JP7386468B2 - sticky note transfer tool - Google Patents

Description

The present invention relates to a sticky note transfer tool for attaching a sticky note coated with an adhesive to a paper surface or the like using a sticky tape.

Generally, sticky notes are attached to necessary locations on documents, booklets, etc. for ease of search, but the method for attaching them is to use an adhesive attached along the sides of a rectangular sticky note. A single sticky note is peeled off with a finger or the like from a stack of sticky notes mutually adhered by a thin strip, and then pasted.

Further, there are the following types of sticky note pasting tools for pasting sticky notes on a paper surface, etc., using a sticky tape with sticky notes coated with an adhesive applied to the tape. I will write about the first case. A supply reel 4, a take-up reel 5, a separating roller 8, and a pressing roller 6 are rotatably provided in the main container 3, and a sticky note 15 coated with an adhesive 17 is pasted on a tape 16 for unused paper. The supply reel 4 for feeding out the first sticky tape 7 and the take-up reel 5 for winding up the used first sticky tape 7 are arranged, and the first sticky tape 7 is fed out from the supply reel 4. The curved area where the sticky note 15 is peeled off from the first sticky tape 7 by curving it along the separating roller 8 and between the supply reel 4 and the take-up reel 5 and the pressing roller 6 The separating roller 8 is disposed near the first sticky tape 7, and the pressing roller is disposed at the opening 2 at the front end of the main container 3 so as to press the sticky note 15 peeled off from the first sticky tape 7 onto the surface to which it is pasted. A drive gear 10 is provided coaxially and integrally with the roller 6, and a driven gear 12 that meshes with the drive gear 10 is provided coaxially with the take-up reel 5 along the outer circumference of the cylindrical portion of the take-up reel 5. There is a first sticky note pasting tool 1 for pasting a sticky note 15, which is provided integrally with the first sticky note 15 (see Patent Document 1). There are also the following: Next, I will write about the second case. The machine casing 1 is open at the bottom with an opening 9, and the rotatable winding shafts 4 are arranged vertically inside the machine casing 1.The tape 8 is passed from the upper winding shaft 4 to the lower winding shaft 4 through the opening 9. In front of the front guide member 11, a pair of front and rear guide members 11 and 12 are provided near the opening 9 of the machine casing 1 in order to peel off the small piece 7 bent at a steep angle and attached to the surface thereof. A pressing member 10 is provided to protrude from the opening 9 and serves to press the piece 7 peeled off from the tape 8 against the target object. There is a pasting device for a seal or the like (see Patent Document 2), which includes a collar 5 that drives the winding shaft 6 by sliding.
Patent application 2004-215106 Jitsukō 47-1438

Write down the first issue. In Patent Document 1, during use, the diameter of the take-up reel 5 changes, and for example, as shown in FIGS. Since the "diameter 24A of the first sticky tape 7 at any position when it is wound up on the take-up reel" is larger than the "diameter 24" at the time of "sticking one sticky note 15 alone" The number of rotations of the pressing roller 6 required for this must be gradually reduced. Therefore, when "sticking a single sticky note 15", it is necessary to carefully check the position of the sticky note 15 on the first sticky tape 7 each time and determine the number of rotations of the pressing roller 6 before rotating. It won't happen. That is, when attaching a sticky note, there is a problem in that the number of rotations of the pressing roller must be determined and rotated while carefully checking the position of the sticky note on the sticky tape each time. To solve the above problem and provide a sticky note transfer tool that eliminates the need to carefully check the position of a sticky note on a sticky tape and determine the number of rotations of a pressing roller each time when pasting a sticky note. The purpose is to do so (assignment A1). The same applies to Patent Document 2. Next, the second issue will be described. In Patent Document 1, when pasting a sticky note, which is the first problem, the number of rotations of the pressing roller must be determined and rotated while carefully checking the position of the sticky note on the sticky note tape each time. Supplementary information has been added to the problem of "must be done". In order to "keep the amount of rotation of the pressing roller 6 required to stick one single sticky note 15 constant regardless of the change in the usage amount of the first sticky tape 7," When the first sticky note 15 of the first sticky note tape 7 wound on the take-up reel is attached, the tape length 23 for one work step is the amount of movement required to attach one sticky note 15. If the gap length 25 is 25 and the diameter 24 of the first sticky tape 7 is 1, then the diameter 24A of the first sticky tape 7 at any position when wound on the take-up reel is In contrast, within the tape length 23A for one work step, which is the amount of movement required to paste one sticky note 15, multiplied by the ratio of the diameter 24A side of the first sticky tape 7 at the arbitrary position. Based on the gap length 25A shown in , the sticky notes 15 and the gap length 25A are arranged alternately to determine the amount of change in the diameter of the first sticky tape 7 wound on the take-up reel, in this case. With respect to the amount of change from the diameter 24 to the diameter 24A, the amount of movement required for pasting one sticky note 15 of the first sticky tape 7 wound on the take-up reel for one step of the work. There is a description that ``the amount of change in the gap length within the tape length of , in this case, the amount of change from the gap length 25 to the gap length 25A, may be interlocked'' and ``may be provided.'' However, if a "sticky note 15" is provided on the "first sticky tape 7" by means of "multiplying the ratio", for example, the "gap at any position" is Since the "length 25A" is larger, the more "sticky notes 15" are provided on the "first sticky tape 7", the "gap length 25A" increases each time. Therefore, the proportion of the "gap length" in the "first sticky tape 7" increases, resulting in more waste. Therefore, the "diameter of the first sticky tape 7" cannot be made very large when commercialized. In other words, when a sticky note is provided on the first sticky note tape using the method of "multiplying by a ratio", the gap length at any position is greater than the initial gap length, so the sticky note 15 is placed on the first sticky note tape. As the number of tapes with sticky notes increases, the length of the gap increases each time, and the proportion of the length of the gap in the first tape with sticky notes increases, resulting in more waste. , there is a problem that it is not possible to increase the number too much. We have developed a sticky note transfer tool that solves the above problem and allows the amount of the first sticky tape to be increased to a certain extent when commercialized without increasing the proportion of the gap length in the first sticky tape. (Task B1) In addition, as described above, the amount of the first sticky tape 7 wound onto the take-up reel varies depending on the diameter of the take-up reel, so it is necessary to "multiply by the ratio" each time when commercializing the product. be. There are problems in that the specifications of the first sticky tape 7 cannot be standardized, and each product type has to be commercialized, resulting in inefficient production and an increase in inventory. Sticky notes solve the above problem, make it possible to standardize the specifications of sticky tape, eliminate the need to commercialize each product type, prevent inefficient production, and prevent an increase in inventory. The purpose is to provide a transfer tool (Problem B2).

According to the present invention, the above problem is solved as follows. A feed-out reel is arranged to feed out an unused sticky note tape with sticky notes coated with an adhesive applied to the tape, a take-up reel is placed to wind up the used sticky note tape, and the feed-out reel and the A separating roller, a pressing roller, a driven roller, and an auxiliary roller are rotatably provided, and the sticky tape fed out from the feeding reel is moved along the separating roller. By curving the sticky note together, the sticky note is peeled off from the sticky note tape.A separating roller is arranged in the curved area, between the feed reel and the take-up reel, and near the pressing roller, and the sticky note is peeled off from the sticky note tape. The pressing roller is arranged to press the transfer surface onto the transfer surface, the pressing roller is interlocked with the driven roller, and the driven roller is arranged between the feeding reel and the take-up reel, The auxiliary roller is arranged opposite to the driven roller, a sticky tape is inserted between the driven roller and the auxiliary roller, and the driven roller is rotated by the pressing roller that is rotated while pressing against the transfer surface. Then, the sticky note tape inserted between the driven roller and the auxiliary roller is driven by the rotation of the driven roller, and the sticky note is peeled off from the unused sticky note tape fed out from the feed reel by the separation roller. , a sticky note transfer tool for pasting a sticky note on a transfer target surface, characterized in that the peeled sticky note is pressed onto the transfer target surface by the pressing roller, and the used sticky note tape is wound up by a take-up reel; do.

A feed-out reel is arranged to feed out unused sticky note-attached tape with sticky notes coated with an adhesive applied to the tape, a take-up reel is arranged to wind up the used sticky note-attached tape, and the feed-out reel and the An interlocking means for interlocking the take-up reel, a separating roller, a pressing roller, and an auxiliary roller are rotatably provided, and the sticky tape fed out from the feeding reel is curved along the separating roller. A separation roller is placed in a curved area where the sticky note is peeled off from the sticky tape, between the feed reel and the take-up reel, and near the pressing roller, and the sticky note that has been peeled off from the sticky tape is transferred to the transfer surface. and an interlocking means for interlocking the pressing roller and the separating roller, and the auxiliary roller is arranged opposite to the separating roller, and the separating roller and the auxiliary roller The sticky tape is inserted between the two, and the separation roller is rotated by the pressing roller that rotates while pressing it against the transfer surface, and the sticky tape that is inserted between the separation roller and the auxiliary roller is separated. A separating roller peels off the sticky note from an unused sticky tape fed out from a feeding reel, and the peeled sticky note is pressed onto the surface to be transferred by the pressing roller. To provide a sticky note transfer tool for pasting a sticky note on a surface to be transferred, characterized in that a sticky note tape is wound up with a take-up reel.

A feed-out reel is arranged to feed out an unused sticky note tape with sticky notes coated with an adhesive applied to the tape, a take-up reel is placed to wind up the used sticky note tape, and the feed-out reel and the and an interlocking means for interlocking the take-up reel, and a separating roller, a pressing roller, and a driven roller are rotatably provided, and the sticky tape fed out from the feeding reel is curved along the separating roller. A separating roller is placed in a curved area where the sticky note is peeled off from the sticky tape by moving the tape, between the feed reel and the take-up reel, and near the pressing roller, and the sticky note that has been peeled off from the sticky tape is transferred. The pressing roller that presses against the surface is disposed, the pressing roller is interlocked with the driven roller, the driven roller is disposed opposite to the separating roller, and the separating roller and the driven A sticky tape is inserted between the recording roller and the driven roller is rotated by the pressing roller, which rotates while pressing it against the transfer surface, and the sticky note is inserted between the separating roller and the driven roller. The sticky tape is driven by the rotation of the driven roller, the sticky note is peeled off by the separation roller from the unused sticky note tape fed out from the feed reel, and the peeled sticky note is pressed onto the transfer surface by the pressing roller. To provide a sticky note transfer tool for pasting a sticky note on a surface to be transferred, characterized in that the used sticky tape is wound up with a take-up reel.

A feed-out reel is arranged to feed out an unused sticky note tape with sticky notes coated with an adhesive applied to the tape, a take-up reel is placed to wind up the used sticky note tape, and the feed-out reel and the An interlocking means for interlocking the take-up reel, a separating roller and a pressing roller are rotatably provided, and the sticky note tape fed out from the feeding reel is curved along the separating roller, thereby producing a sticky note. A separation roller is arranged at a curved place where the sticky note is peeled off from the sticky tape, between the feed reel and the take-up reel, and near the pressing roller, and the sticky note that has been peeled off from the sticky tape is pressed onto the transfer surface. A pressing roller is disposed, and interlocking means for interlocking the pressing roller and the separating roller is disposed, the separating roller is disposed opposite to the pressing roller, and the separating roller is disposed between the pressing roller and the separating roller. A sticky tape was inserted between the tape, and the pressure roller rotated while pressing it against the surface to be transferred, and the sticky tape inserted between the pressure roller and the separation roller was driven and fed out from the feed reel. The sticky note is peeled off from the unused sticky note tape by a separating roller, the peeled sticky note is pressed against the transfer surface by the pressing roller, and the used sticky note tape is wound up by a take-up reel. This is a sticky note transfer tool that attaches a sticky note to the surface to be transferred.

The sticky note transfer tool is characterized in that the driven roller and the auxiliary roller are arranged between the pressing roller and the take-up reel, or the auxiliary roller is arranged between the pressing roller and the winding reel. The sticky note transfer tool, characterized in that it is arranged between the take-up reel, or the sticky note transfer tool, characterized in that the driven roller is arranged between the pressure roller and the take-up reel. shall be.

The sticky note transfer tool is characterized in that the sticky note is coated with an adhesive that can be reattached and removable.

The sticky note transfer tool is characterized in that the sticky note is made of paper and has a thickness of 0.08 to 0.1 mm.

The sticky note transfer tool is characterized in that each of the interlocking means is constituted by mutually meshing gears, a rotating belt, or a pulley.

According to the present invention, the following effects are achieved.
(1) A feed-out reel is arranged to feed out unused sticky note tape with sticky notes coated with adhesive applied to the tape, a take-up reel is placed to wind up the used sticky note tape, and the An interlocking means for interlocking the reel and the take-up reel is provided, and a separating roller, a pressing roller, a driven roller, and an auxiliary roller are rotatably provided, and the sticky tape fed out from the feeding reel is separated. The sticky note is peeled off from the sticky note tape by curving it along the roller. A separation roller is arranged in the curved area, between the feed reel and the take-up reel, and near the pressing roller, and the sticky note is peeled off from the sticky note tape. The pressing roller is arranged to press the sticky note onto the transfer surface, and the pressing roller is interlocked with the driven roller, and the driven roller is interlocked between the feeding reel and the take-up reel. The auxiliary roller is placed opposite the driven roller, and sticky tape is inserted between the driven roller and the auxiliary roller, so that the feed reel, take-up reel, driven roller, and auxiliary roller are The movements of the roller, separating roller, pressing roller, unused sticky note tape, and used sticky note tape are roughly synchronized, and the amount of movement is basically always approximately constant, so one sticky note is used. The number of rotations of the pressing roller at this time is approximately constant. In other words, the movements of unused sticky note tapes, used sticky note tapes, etc. are approximately synchronized, their movements are approximately the same in time, and the amount of movement is basically always approximately constant. (Effect 1-5). Therefore, there is no need to gradually reduce the number of rotations of the pressure roller required to paste one single sticky note, and when pasting one single sticky note, the position of the sticky note on the sticky note tape can be changed each time. , there is an effect that there is no need to carefully check the number of rotations of the pressing roller and rotate it (Effect A1-Actual 1). Similarly, it is not necessary to add sticky notes to sticky tape by "multiplying the ratio", there is no waste of sticky tape, and the upper limit of the amount of sticky note tape when commercialized is relaxed. There is an effect that it is possible to do so (Effect B1-Actual 1). In addition, since there is no need to "multiply by a factor" each time when commercializing a product, it is easy to standardize the specifications of sticky tape, and there is no need to commercialize each product type, resulting in efficient production. This has the effect of making it easier to carry out inventory and reducing inventory (Effect B2-Actual 1).
(2) A feed-out reel is arranged to feed out unused sticky note tape with sticky notes coated with adhesive applied to the tape, and a take-up reel is placed to wind up the used sticky note tape, and the An interlocking means for interlocking the reel and the take-up reel is provided, a separating roller, a pressing roller, and an auxiliary roller are rotatably provided, and the sticky tape fed out from the feeding reel is aligned with the separating roller. A separation roller is arranged in a curved area where the sticky note is peeled off from the sticky note tape by curving it, between the feed reel and the take-up reel, and near the pressing roller, and the sticky note peeled off from the sticky note tape is separated from the sticky note tape. The pressing roller that presses against the transfer surface is arranged, and the pressing roller and the separating roller are interlocked with each other, the auxiliary roller is arranged opposite to the separating roller, and the separating roller and Since the sticky tape is inserted between the auxiliary roller, the movement of the feed reel, take-up reel, separating roller, pressing roller, auxiliary roller, unused sticky tape, and used sticky tape is controlled. are approximately synchronous and the amount of movement is basically always approximately constant, so the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, the movements of unused sticky note tapes, used sticky note tapes, etc. are approximately synchronized, their movements are approximately the same in time, and the amount of movement is basically always approximately constant. (Effect 4-1). Therefore, there is no need to gradually reduce the number of rotations of the pressure roller required to paste one single sticky note, and when pasting one single sticky note, the position of the sticky note on the sticky note tape can be changed each time. , there is an effect that there is no need to carefully check the number of rotations of the pressing roller and rotate it (effect A1-actual 4). Similarly, it is not necessary to add sticky notes to sticky tape by "multiplying the ratio", there is no waste of sticky tape, and the upper limit of the amount of sticky note tape when commercialized is relaxed. There is an effect that it is possible to do so (Effect B1-Actual 4). In addition, since there is no need to "multiply by a factor" each time when commercializing a product, it is easy to standardize the specifications of sticky tape, and there is no need to commercialize each product type, resulting in efficient production. It has the effect of making it easy to carry out and reducing the amount of inventory held (Effect B2-Actual 4).
(3) Arranging a feed-out reel for feeding out unused sticky note tape with sticky notes coated with adhesive applied to the tape, and arranging a take-up reel for winding up the used sticky note tape; An interlocking means for interlocking the reel and the take-up reel is provided, and a separating roller, a pressing roller, and a driven roller are rotatably provided, and the sticky tape fed out from the feeding reel is moved along the separating roller. By curving the sticky note together, the sticky note is peeled off from the sticky note tape.A separating roller is arranged in the curved area, between the feed reel and the take-up reel, and near the pressing roller, and the sticky note is peeled off from the sticky note tape. The pressing roller is arranged to press the transfer surface, the pressing roller is interlocked with the driven roller, the driven roller is arranged opposite to the separating roller, and the separating roller is arranged to Since the sticky tape is inserted between the roller and the driven roller, the feed reel, take-up reel, separation roller, pressing roller, driven roller, unused sticky tape, and used sticky notes can be stored. The movements of the sticky tapes are approximately synchronous and the amount of movement is basically always approximately constant, so the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, the movements of unused sticky note tapes, used sticky note tapes, etc. are approximately synchronized, their movements are approximately the same in time, and the amount of movement is basically always approximately constant. (Effect 6-2). Therefore, there is no need to gradually reduce the number of rotations of the pressure roller required to paste one single sticky note, and when pasting one single sticky note, the position of the sticky note on the sticky note tape can be changed each time. , there is an effect that there is no need to carefully check the number of rotations of the pressing roller and rotate it (Effect A1-Example 6). Similarly, it is not necessary to add sticky notes to sticky tape by "multiplying the ratio", there is no waste of sticky tape, and the upper limit of the amount of sticky note tape when commercialized is relaxed. There is an effect that it is possible to do so (Effect B1-Example 6). In addition, since there is no need to "multiply by a factor" each time when commercializing a product, it is easy to standardize the specifications of sticky tape, and there is no need to commercialize each product type, resulting in efficient production. It has the effect of making it easier to carry out inventory and reducing inventory (Effect B2-Realty 6).
(4) A feed-out reel is arranged to feed out unused sticky note tape with sticky notes coated with adhesive applied to the tape, and a take-up reel is placed to wind up the used sticky note tape, and the An interlocking means for interlocking the reel and the take-up reel is provided, a separating roller and a pressing roller are rotatably provided, and the sticky tape fed out from the feeding reel is curved along the separating roller. A separation roller is placed in a curved area where the sticky note is peeled off from the sticky tape, between the feed reel and the take-up reel, and near the pressing roller, and the sticky note that has been peeled off from the sticky tape is transferred to the transfer surface. The pressing roller is disposed to press the pressing roller, and the pressing roller is interlocked with the separating roller, and the separating roller is disposed opposite to the pressing roller, and Since sticky tape is inserted between the two, the movements of the feed reel, take-up reel, separating roller, pressing roller, unused sticky tape, and used sticky tape are approximately synchronized. Since the amount of movement is basically always approximately constant, the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, the movements of unused sticky note tapes, used sticky note tapes, etc. are approximately synchronized, their movements are approximately the same in time, and the amount of movement is basically always approximately constant. (Effect 2-2). Therefore, there is no need to gradually reduce the number of rotations of the pressure roller required to paste one single sticky note, and when pasting one single sticky note, the position of the sticky note on the sticky note tape can be changed each time. , there is an effect that there is no need to carefully check the number of rotations of the pressing roller and rotate it (effect A1-actual 2). Similarly, it is not necessary to add sticky notes to sticky tape by "multiplying the ratio", there is no waste of sticky tape, and the upper limit of the amount of sticky note tape when commercialized is relaxed. There is an effect that it is possible to do so (Effect B1-Actual 2). In addition, since there is no need to "multiply by a factor" each time when commercializing a product, it is easy to standardize the specifications of sticky tape, and there is no need to commercialize each product type, resulting in efficient production. This has the effect of making it easier to reduce inventory and reducing inventory (Effect B2-Actual 2).
(5) Since the driven roller and the auxiliary roller, which are arranged to face each other, are arranged between the pressing roller and the take-up reel, the sticky note does not stick to the tape and sticks. Therefore, there is an effect that it is not difficult for the separation roller to peel off the sticky note from the sticky note tape fed out from the feed reel (effect 7-1). Since the auxiliary roller, which is disposed opposite to the separating roller, is disposed between the pressing roller and the take-up reel, the sticky note does not stick to the tape. , there is an effect that the sticky note is not difficult to peel off by the separating roller from the sticky note tape fed out from the feed reel (effect 4-3). Since the driven roller, which is disposed opposite to the separating roller, is disposed between the pressing roller and the take-up reel, the sticky note will not stick to the tape, and will not stick to the tape. Therefore, there is an effect that the sticky note is not difficult to peel off by the separation roller from the sticky note tape fed out from the feed reel (effect 8-1).
(6) The sticky note is coated with an adhesive that can be reattached and removable.The adhesive used for the sticky note is a restick type that can be pasted, peeled off, and then pasted again. There is an effect that there is no fear that the sticky note will not be peeled off by the separation roller from the unused sticky note tape fed out from the reel, or that a large force will be required to peel it off (effect 1-3- 1). The sticky note is coated with an adhesive that can be reattached and removable.The adhesive used for the sticky note is a restick type that is pasted, peeled off, and then pasted again. Even if a sticky note tape is inserted between the tape and the auxiliary roller, the sticky note will not stick to the tape and will not stick to the tape. This has the effect that the sticky note is not difficult to peel off due to the roller (effect 1-4). The sticky note is coated with an adhesive that can be reattached and removable.The adhesive used for the sticky note is a restick type that is pasted, peeled off, and then pasted again. Even if the sticky note tape is inserted between the roller and the driven roller, the sticky note will not stick to the tape and will not stick to the tape, so it can be separated from the unused sticky note tape fed out from the feed reel. This has the effect that the sticky note does not become difficult to peel off due to the roller (effect 6-1). The sticky note is coated with an adhesive that can be reattached and removable.The adhesive used for the sticky note is a restick type that is pasted, peeled off, and then pasted again. Even if sticky tape is inserted between the tape and the separation roller, the sticky note will not stick to the tape and will not stick to the tape, so it can be separated from unused sticky note tape fed out from the feed reel. This has the effect that the sticky note does not become difficult to peel off due to the roller (effect 2-1).
(7) Since the sticky notes are made of paper with a thickness of approximately 0.08 to 0.1 mm, you can also wrap unused sticky note tape with sticky notes coated with adhesive on the feed reel. It is easy to follow the cylinder of the feeding reel, and the sticky note tape wound on the feeding reel is easy to form a circular shape, and does not form a different shape with unevenness, so the sticky note tape is fed out normally from the feeding reel, and , it has the effect of looking good (effect 1-1). Since the sticky notes are made of paper with a thickness of approximately 0.08 to 0.1 mm, the adhesive force will not be unable to hold the sticky note on the tape, and when the sticky note tape is fed out from the feeding reel, This has the effect that there is no risk of the sticky note falling off the tape (effect 1-2). Since the sticky notes are made of paper with a thickness of approximately 0.08 to 0.1 mm, they are relatively easy to recycle and are environmentally friendly (effects 1-3).
(8) Since it uses rollers, gears, etc., it has the advantage of not having a complicated structure, being relatively easy to manufacture, and being relatively inexpensive to manufacture (Other effects 1-2) . Since it is equipped with rotating belts, pulleys, or gears that mesh with each other, it does not have a complicated structure, making it relatively easy to manufacture and relatively inexpensive. Effects and others 1-4) (Effects and others 7-3) (Effects and others 6-1).

Embodiments of the present invention will be described in detail below based on the accompanying drawings, but the scope of the present invention is not limited to the embodiments described below. Furthermore, regarding the numbers assigned to each problem described in the above section (Problems to be Solved by the Invention), for example, "A1" in (Problem A1) represents the number of the problem. Furthermore, the numbers assigned to each effect described in the above section (Effects of the Invention) are written in a manner that corresponds to the number assigned to each problem. For example, the number assigned to the effect corresponding to (Task A1) is (Effect A1 - Real 1), and "Real 1" represents Example 1. This is also stated throughout the specification. In addition, for each effect described in the specification for which the number of the corresponding problem is not stated in the above section (Problem to be solved by the invention) or in the specification, the following It is as follows. For example, the first number "1" in (effect 1-1) represents Example 1, and the second number after "-" represents its serial number.

Each example, which is an embodiment of the present invention, will be described. A part of the figure will be explained. The main container (7) is transparent so that the inside of the main container can be seen. The sticky notes in each diagram are intentionally drawn to be thicker to make them easier to understand. Similarly, in FIG. 7, the thickness of the sticky note (9) and tape (23) are also drawn large for ease of understanding. Although FIG. 2 is a top view, for the sake of clarity, the tape (23) is not removed and attached. 3 and 4 are operation explanatory diagrams, and for convenience, the interlocking means (6) and the second interlocking means (17) are omitted in order to explain the process of transferring the sticky note (9). FIG. 5 is an explanatory diagram of the operation, and conversely, the reels, rollers, etc. shown in FIGS. 3 and 4 are omitted, and only the interlocking means (6) and the second interlocking means (17) are depicted. Therefore, FIGS. 3 to 5 are combined to form an action explanatory diagram that explains the entire action. In addition, Fig. 3 shows a state in which almost all of the unused sticky note tape (10) is wound around the feed reel (3), and Fig. 4 shows a state in which almost all of the unused sticky note tape (10) has been used up. Then, almost no unused sticky note tape (10) remains on the feed reel (3), and almost all of the used sticky note tape (11) is wound up on the take-up reel (5). It is shown as a diagram. However, the sizes and shapes of the feed reel, take-up reel, and each gear are not limited to those depicted. The same applies to each embodiment. FIG. 6 shows a top view of a portion of an unused sticky note tape (10). FIG. 7 depicts a cross section taken along line A1-A2 in FIG. 6 from the Y direction.

Next, the meanings of the terms described in the specification will be supplemented. I will write about "insertion". The term ``Haniri'' is not listed in the Kojien. There is a description in the 2nd edition of the Patent Technology Glossary (Nikkan Kogyo Shimbun). "Pinsing" means to insert. Insert it between both parts. It is stated that.

In addition, "transfer tools" can transfer transfer materials such as "solid glue," "liquid glue," "adhesive," "adhesive," "adhesive tape," and "tape without adhesive," onto film, As a tool used for transferring to a transfer target such as paper, the sticky note transfer tool is also referred to as a transfer tool because it has the same function of transfer, form, etc. The sticky note is also coated with adhesive and is written considering that it is included in the transcription of the above-mentioned "etc.".

In addition, the "interlocking means" is classified into "driving gear" and "driven gear". In order to clarify the order in which power is transmitted, the first gear to which power is transmitted is referred to as a "driving gear," and the second and subsequent gears are referred to as "driven gears." Note that there is no particular difference in the form of the gears, etc.

Also, the tape before transfer (2) and the unused tape with sticky notes (10) refer to the same thing, and similarly, the tape after transfer (4) and the tape with sticky notes after use (11) refer to the same thing. refer to the same thing. It is written as such for convenience.

Next, a sticky note transfer tool (1), which is Example 1, will be described. The sticky note transfer tool (1) of Example 1 is shown in FIGS. 1 to 7 as follows. In FIGS. 1 to 7, it has a main container (7). A feed reel (3) for feeding out the tape (23) before transfer, a take-up reel (5) for winding the tape (4) after transfer, and the feed reel (3) and the take-up reel (5). The transfer tool is provided with interlocking means (6) ((6A), (6B), and (6C)) in the main container (7).

The following items are provided inside the main container (7). In Figures 1 to 7, a feed reel (3) is arranged to feed out an unused sticky note tape (10) on which a sticky note (9) coated with an adhesive (8) is attached to the tape (23). There is. A take-up reel (5) is arranged to wind up the sticky tape (11) after use. Interlocking means (6) ((6A) (6B) (6C)) for interlocking the feed reel (3) and the take-up reel (5) is provided in the main container (7). A separating roller (12), a pressing roller (13), a driven roller (14), and an auxiliary roller (15) are rotatably provided. By curving the sticky note tape (10) fed out from the feed reel (3) along the separating roller (12), the sticky note (9) is separated from the sticky note tape (10) at a curved place and A separating roller (12) is arranged between the feed reel (3) and the take-up reel (5) and near the pressing roller (13). The pressing roller (13) is arranged to press the sticky note (9) peeled off from the sticky note tape (10) onto the transfer surface (16).

It has interlocking means (17) for interlocking the pressing roller (13) and the driven roller (14). A driven roller (14) is arranged between the feed reel (3) and the take-up reel (5). The auxiliary roller (15) is arranged opposite to the driven roller (14). A sticky tape (10) fed out from a feeding reel (3) is sandwiched between a driven roller (14) and an auxiliary roller (15).

Next, the effect will be explained. The driven roller (14) is rotated by the pressing roller (13) which is rotated while pressing against the transfer surface (16). The sticky tape (10) inserted between the driven roller (14) and the auxiliary roller (15) is driven by the rotation of the driven roller (14). The sticky note (9) is peeled off by the separation roller (12) from the unused sticky note tape (10) fed out from the feed reel (3). The peeled sticky note (9) is pressed against the transfer surface (16) by the pressing roller (13). The sticky tape (11) after use is wound up on the take-up reel (5). It is a sticky note transfer tool (1) for pasting a sticky note (9) on a surface to be transferred (16).

Next, for reference, we will describe the results of an experiment in which unused sticky tape was stored on a feed reel for more than 14 years and 6 months and then used. The products to be tested are three prototype sticky note attachments filed on July 23, 2004 (Patent Application No. 2004-215106). The tape used was one obtained by cutting a commercially available polyethylene bag with a thickness of 0.02 mm and processing it into tape-like dimensions. The sticky notes are made from commercially available paper, 7.5 mm x 20 mm, and 0.08 to 0.1 mm thick, and the adhesive is a re-stick type that can be peeled off and pasted again. I am using a re-peel one. The number of unused sticky notes wound on a feed reel with a diameter of 20 mm is about 120 per item. Unused sticky note tape was stored on a reel for over 14 years and 6 months, but not a single sticky note had fallen off the tape, and no deformation was observed on the tape or sticky notes. Ta. Next, I tried rotating the pressing roller. Although the sticky note was peeled off by the separation roller from the unused sticky note tape fed out from the feed reel, the peeling was good and no particular abnormality was observed. The peeled sticky note was then pressed against the transfer surface (paper) by a pressing roller, but the sticking condition was good. However, the adhesive strength was slightly weaker. It is presumed that the slight weakening of the adhesive force is due to the individual sticky notes and is not due to a decline in the functionality of the sticky note attachment tool. As mentioned above, even if unused sticky note tape has been stored on a reel for more than 14 years and 6 months, there are no sticky notes that have fallen off the tape, and there is no deformation of the tape or sticky notes. Although this was not observed and the adhesive strength was slightly weaker, the sticky notes adhered to the paper well without any particular problems.

Next, each part of the sticky note transfer tool (1) of Example 1 will be supplemented. In FIG. 6, an unused sticky note tape (10) has a sticky note (9) coated with an adhesive (8) attached to the tape (23).

The material of the tape (23) is not particularly limited, but glassine paper coated with silicone, a thin plastic film (PET film), or the like may be used. The thickness of the tape (23) is not particularly limited, but is approximately 0.012 to 0.040 mm. The thickness, material, etc. of the tape (23) used for the sticky note (9) are preferably comparable to current commercially available products.

The sticky note (9) is a typical typical sticky note that can be written on with a pencil or the like, and the material of the sticky note (9) is preferably paper. Examples of paper include wood-free paper, colored wood-free paper, medium-quality paper, art paper, coated paper, Kent paper, non-carbon paper, and imitation paper. Further, although not particularly limited, the thickness of the sticky note (9) in the case of paper is preferably about 0.08 to 0.1 mm, and is about the same as a current commercial product. However, there is no particular limitation, and it may be a special film such as PET or PVC that cannot be written on with a pencil or the like and is mainly used for adhesive stickers. Specifically, as the plastic film, polypropylene, polyethylene, polyvinyl chloride, polyethylene terephthalate (PET), polystyrene, polyamide, polyurethane, etc. are preferable.

The sticky note (9) is coated with a removable adhesive (8). An adhesive layer consisting of a reappliable and removable adhesive (8) is applied. The adhesive (8) that can be reattached and removable is generally a slightly adhesive adhesive in consideration of repeated use. The adhesive (8) used for the sticky note (9) is a current commercially available product with a slight adhesiveness and a re-stick type that is pasted, peeled off, and pasted again.

Additionally, in general, sticky notes are attached using fingers, etc., and it is assumed that the attached sticky note will be removed if it is no longer necessary after the original purpose has been achieved. , The adhesion force of the adhesive (8) (adhesive) provided on the sticky note (9) for easy removal is not strong in commercially available products, and the same applies to the sticky note (9). The adhesive (8) to be used is the same as the current commercially available adhesive. The adhesive (8) used for the sticky note (9) is, for example, a re-stick type in which the sticky note is pasted, peeled off, and then pasted again, and preferably uses a slight adhesive. The adhesive (8) is mainly composed of water-soluble emulsion type or solvent-based acrylic type, or resin such as silicone type, rubber type, polyester type, polyurethane type, or polyethylene type. Consists of. More specifically, (meth)acrylic acid resins, (meth)acrylic acid ester resins, or copolymers thereof, styrene-butadiene copolymers, natural rubber, casein, gelatin, rosin esters, terpene resins, and phenolic resins. Possible resins include styrene resins, chromanindene resins, polyvinyl ethers, silicone resins, alpha-cyanoacrylates, silicones, maleimides, styrenes, polyolefins, resorcinols, and polyvinyl ethers. As the type of adhesive (8), organic solvent-soluble type, organic solvent-dispersed type, water-dispersed type, water-soluble type, etc. can be used. In addition, the adhesive (8) is required to have characteristics such as not leaving any adhesive residue on the transfer surface (applied surface) and being able to be used repeatedly, so it is provided as an adhesive layer containing a particulate adhesive component. The adhesive layer is constructed by dispersing a plurality of spherical particles. By dispersing the spherical particles, peeling becomes easy and it is possible to suppress the adhesive layer from remaining on the transfer surface (applied surface). The spherical particles are preferably spherical, elliptical, acicular, flat, etc., but are not particularly limited. The thickness of the adhesive layer is preferably 3 μm or more and 300 μm or less, but is not particularly limited. For example, it may be 3 μm or more and 100 μm or less. In addition, specifically, adhesives used for re-peel and the like are preferable.

In addition, as described in the previous experimental results, even when unused sticky note tape is wound on a reel and stored for a long period of time, no deformation of the sticky note is observed, and unused sticky note tape is The sticky note was peeled off from the tape by the separation roller, but the peeling was good, and the sticky note was attached to the paper well without any problems. The thickness, material, etc., and adhesive (8) are preferably comparable to current commercially available products. Furthermore, as described in the previous experimental results, when unused sticky tape was wound around a reel and stored for a long period of time, the adhesive strength was slightly weakened. Considering this, when storing not only the transfer tool but also commercially available sticky notes that can be pasted with fingers or the like, for a long period of time, it is necessary to give sufficient consideration to the durability of the adhesive force. Further, in order to facilitate easy removal, the paper used for the sticky notes is preferably made of a relatively flexible material and thick, such as those available on the market.

Regarding the application area of the adhesive (8), it is not the entire surface of the sticky note (9), but the length of the sticky note (9) in the longitudinal direction from the pressing roller (13) and separating roller (12) side (gear). (not from the side) but from about 1/3 of the way up. However, it is not particularly limited. It may be from the gear side.

Regarding the arrangement of the sticky note (9) with respect to the tape (23) in the unused sticky note tape (10), in FIG. 6, for example, a gap is placed between the sticky note (9A) and the sticky note (9B). However, the length (N) of the gap is not particularly limited. Alternatively, the sticky notes (9) may be arranged continuously without any gaps. Further, the length of the tape (23) in the transverse direction may be set shorter than the length of the sticky note (9) in the longitudinal direction.

The feed reel (3) is rotatably supported by a support shaft (19).

The take-up reel (5) is rotatably supported by a support shaft (24).

In FIGS. 1 to 5, the "interlocking means (6) for interlocking the feed reel (3) and the take-up reel (5)" is as follows. A first drive gear (6A) that draws a circular shape larger than the outer circumference of the cylindrical portion of the payout reel (3) during rotation is provided coaxially and integrally with the payout reel (3). The first drive gear (6A) is rotatably supported by a support shaft (19). Further, a second driven gear (6C) that draws a circular shape smaller than the outer periphery of the cylindrical portion of the take-up reel (5) when rotated is provided coaxially and integrally with the take-up reel (5). The second driven gear (6C) is rotatably supported by a support shaft (24). The first driven gear (6B) is rotatably supported by a support shaft (26). The first driven gear (6B) is provided between the first drive gear (6A) and the second driven gear (6C), and the first drive gear (6A) and the first driven gear (6B) The first driven gear (6B) and the second driven gear (6C) are arranged to mesh with each other. When the first driving gear (6A) rotates, the first driven gear (6B) and the second driven gear (6C) rotate and interlock with each other.

In FIGS. 1 to 5, the pressing roller (13) is rotatably supported by a support shaft (27) at the opening (25) at the front end of the main container (7). In FIGS. 3 to 5, the separation roller (12) is rotatably supported by a support shaft (28).

"Disposing the separating roller (12) near the pressing roller (13)" will be explained. FIG. 10 is a simplified diagram for explaining Examples 1 and 2. In FIG. 10, a straight line E connecting the center point E of the support shaft of the pressing roller (13) and the center point O of the support shaft of the separation roller (12), and the transfer surface (16A) (16B) In other words, it is provided so that it is parallel to the surface of the paper on which the sticky note (9) is attached. However, it is not necessary to provide the straight line E and the transfer surfaces (16A) and (16B) parallel to each other. Further, a separation roller (12) is arranged opposite to the pressing roller (13). The pressing roller (13) and the separating roller (12) are provided at positions where they are not in contact with each other. In the prototype of the sticky note application filed on July 23, 2004 (Patent Application No. 2004-215106) used for the experimental results described above, the width between the pressing roller and the separating roller was approximately 0. The width is 7 mm, which is not small compared to the thickness of the commercially available sticky notes used in the experiment. However, if this width is too large, the peeled sticky note (9) will not be pressed against the transfer surface (16) by the pressing roller (13), so sufficient consideration is required. Further, the width between the pressing roller (13) and the separating roller (12) needs to be adjusted depending on the material, thickness, etc. of the sticky note (9), tape (23), etc.

Next, the sticky note tape (10) fed out from the feed reel (3) is curved along the separating roller (12), so that the sticky note (9) is peeled off from the sticky note tape (10). ``The place where it was done'' is explained. FIG. 10 is a simplified diagram for explaining Examples 1 and 2. Therefore, it should be noted that the dimensions etc. are different from actual Examples 1 and 2. Further, the points shown in FIG. 10 are drawn slightly above the actual contact points in order to make the display easier to understand. Therefore, although ∠Akao in FIG. 10 is not drawn at a right angle, it should be noted that ∠Akao is originally a right angle. There are mainly three mechanical factors that determine the "location" of "peeling": I will describe the first one. The first is the angle at which the sticky note is peeled off. In FIG. 10, the first location where the tip of the sticky note starts to peel off from the sticky note tape (10) is approximately at the position of the dot. The unused sticky tape (10) fed out from point A of the feeding reel (3) is a tangent that touches the outer periphery of the cylindrical portion of the separation roller (12), and point A is its contact point. ∠Akao is a right angle. In this case, the unused sticky tape (10) is fed out from the feed reel (3) and the unused tape (10) passes between the pressing roller (13) and the separating roller (12) from position A. Point A where the transferred surfaces (16A) and (16B) intersect with the extension line of the sticky tape (10) (the tangent line touching the outer periphery of the cylindrical portion of the separation roller (12)), and the transferred surface (16A) (16B) ∠Iu of three points of any point C on (16B) is an angle smaller than about 90 degrees. Next, the second point will be described. The second is the angle at which the tip of the sticky note contacts the transfer surface (16A) (16B) while the sticky note is being peeled off. In Fig. 10, the point where the tip of the sticky note touches the transferred surface (16A) (16B) while the sticky note is being peeled off is approximately at the position of point A, but ∠ is smaller than about 90 degrees. It must be an angle. In addition, in Example 1, the pressure roller is moved from the point A where the tip of the sticky note comes into contact with the transfer surface (16A) (16B) while the sticky note is being peeled off, and from the position A described in the first section. (13) and the separation roller (12), the transfer surface ( The point A where 16A) and 16B intersect is the same location. However, these two points A do not have to be at the same position. Next, the third point will be described. Third, in FIG. 10, the straight line chi is approximately smaller than half the dimension of the side of the sticky note attached to the sticky note tape (10) that is parallel to the longitudinal direction of the tape. . As described above, the place where the three mechanical factors are likely to occur is the "place" where the "peeling" occurs, and the sticky tape (10) fed out from the feeding reel (3) is transferred to the separating roller (12). By curving the tape along the tape, the sticky note (9) is peeled off from the sticky note tape (10). This is how the sticky note transfer tool (1) of Example 1 is constructed. However, it varies depending on the shape, thickness, hardness of the sticky note, the material and flexibility of the tape (23), the adhesive strength of the adhesive (8), etc., and is not particularly limited.

A second drive gear (33) is coaxially integrated with the pressing roller (13). The size and surface shape of the pressing roller (13) are the same as the size and surface shape of the second drive gear (33), and it looks as if only the second drive gear (33) is present. Although it looks like this, the second drive gear (33) is on the front side, and the pressing roller (13) is on the back side. In order to prevent the sticky note (9) from slipping when the sticky note (9) is rotated to press it on the paper surface etc. on which the sticky note (9) is pasted, the surface of the pressing roller (13) is provided with unevenness. It is provided to have the same surface shape as the gear (33). Note that the surface of the pressing roller (13) may have a tooth profile such as serrations or splines. In the case of a structure in which unevenness is provided, the shape is not particularly limited. It is sufficient if the sticky note (9) can be attached reliably. Further, it is not necessary to provide any particular unevenness, and it may be flat.

The driven roller (14) is rotatably supported by a support shaft (30).

The "interlocking means (17) for interlocking the pressing roller (13) and the driven roller (14)" is as follows. A third driven gear (34) is provided which draws a circular shape slightly larger than the outer periphery of the cylindrical portion of the separation roller (12) when rotating. The third driven gear (34) is rotatably supported by a support shaft (28). Note that the third driven gear (34) is provided coaxially with the separation roller (12). The third driven gear (34) and the separation roller (12) are supported by the same support shaft (28). However, the third driven gear (34) is not provided integrally with the separation roller (12). The third driven gear (34) and the separation roller (12) are not combined and processed, but are separate. Further, a fifth driven gear (36) which draws a circular shape slightly larger than the outer periphery of the cylindrical portion of the driven roller (14) when rotating is provided coaxially and integrally with the driven roller (14). The fifth driven gear (36) is rotatably supported by a support shaft (30). In FIG. 5, the fourth driven gear (35) is rotatably supported by a support shaft (29). The fourth driven gear (35) is provided between the third driven gear (34) and the fifth driven gear (36). The second driving gear (33) and the third driven gear (34) are arranged so as to mesh with each other, the third driven gear (34) and the fourth driven gear (35) are arranged so as to mesh with each other, and the fourth driven gear (35) and the fifth driven gear (36) are arranged so as to mesh with each other. When the second driving gear (33) rotates, the third driven gear (34), the fourth driven gear (35), and the fifth driven gear (36) rotate and interlock with each other.

Note that the second drive gear (33), third driven gear (34), fourth driven gear (35), fifth driven gear (36) of the interlocking means (17), and the first drive gear (36) of the interlocking means (6) Regarding the drive gear (6A), the first driven gear (6B), and the second driven gear (6C), the size of each gear is not particularly limited to the illustrated size.

Furthermore, “between the feeding reel (3) and the take-up reel (5)” in “arranging the driven roller (14) between the feeding reel (3) and the take-up reel (5)” means, This does not mean that the arrangement may be anywhere between the feed reel (3) and the take-up reel (5). Along the route of the sticky tape that is fed out from the feed reel (3) and wound up by the take-up reel (5), in other words, on the route, the feed reel (3) and the take-up reel (5) This means that it is located between. The reels, rollers, etc. through which the sticky tape passes are the feed reel (3), the driven roller (14) (or the auxiliary roller (15)), the separation roller (12), and the take-up reel (5). Become.

Next, "the auxiliary roller (15) is disposed opposite the driven roller (14)" will explain the positional relationship between the driven roller (14) and the auxiliary roller (15). In FIGS. 3 and 4, the auxiliary roller (15) is rotatably supported by a support shaft (22). A sticky tape (10) inserted between the driven roller (14) and the auxiliary roller (15) is provided so as to be driven by the rotation of the driven roller (14). When it rotates, the sticky tape (10) inserted between the driven roller (14) and the auxiliary roller (15) moves in conjunction, and the auxiliary roller (15) is also provided to rotate in conjunction with it. The width between the driven roller (14) and the auxiliary roller (15) is set so that the sticky tape (10) can be inserted therein. In addition, the driven roller (14) and the auxiliary roller are arranged so that the sticky tape (10) fed out from the feeding reel (3) can move toward the separation roller (12) when the driven roller (14) rotates. A width is provided between (15) and (15). An auxiliary roller (15) is arranged opposite to the driven roller (14), and the center point of the spindle (30) of the driven roller (14) and the center of the spindle (22) of the auxiliary roller (15) The points are symmetrical with respect to the sticky tape (10) as a boundary, and the center point of the spindle (30) of the driven roller (14) and the spindle (22) of the auxiliary roller (15) The distance from the center point of is the closest neighbor position. Comparing the driven roller (14) and the auxiliary roller (15) to gears, the driven roller (14) and the auxiliary roller (15) are arranged so as to mesh with each other, and the width is such that the sticky tape (10) can be inserted. The driven roller (14) and the auxiliary roller (15) are arranged with a slight shift between them. For example, the driven roller (14) and the auxiliary roller (15) are arranged so that the sticky tape (10) can be sandwiched between the driven roller (14) and the auxiliary roller (15). However, a width is provided between the driven roller (14) and the auxiliary roller (15) to the extent that the sticky tape (10) can be moved. In addition, the width between the driven roller (14) and the auxiliary roller (15) depends on the material, surface condition, rotation performance, etc. of the driven roller (14) and the auxiliary roller (15), or the sticky tape ( 10) Since it is affected by the material, thickness, surface condition, etc., it is necessary to carefully consider and adjust it to prevent slipping. The materials for the driven roller (14) and auxiliary roller (15) are mainly urethane rubber, NBR rubber (nitrile rubber), CR rubber (chloroprene rubber), silicone rubber, EPDM (ethylene propylene diene rubber), and butyl rubber. , SBR (styrene-butadiene rubber), etc., but other materials may also be used. Surface processing includes vertical groove processing, horizontal groove processing, helical processing, double helical processing, diamond cut processing, worm processing, tapered crown processing, radial crown processing, and reverse crown processing from the viewpoints of slip prevention, meandering prevention, and improved friction coefficient. etc. may be applied.

Similarly, the materials for the pressing roller (13) are mainly urethane rubber, NBR rubber (nitrile rubber), CR rubber (chloroprene rubber), silicone rubber, EPDM (ethylene propylene diene rubber), butyl rubber, It may also be SBR (styrene-butadiene rubber) or the like. Alternatively, other materials may be used. Similarly, the surface processing of the pressing roller (13) is performed from the viewpoints of slip prevention, meandering prevention, and improvement of the coefficient of friction, such as vertical groove processing, horizontal groove processing, helical processing, double helical processing, diamond cut processing, and worm processing. , tapered crown processing, radial crown processing, reverse crown processing, etc. may be applied.

In addition, in the transfer tool which is a known technology, the drive gear of the transfer tool and the feeding cylinder part of the transfer tool rotate integrally, and the succession of feeding out of the transfer tool and winding of the transfer tool is synchronized. A clutch mechanism is provided so that when the transfer tool collapses, the feeding cylindrical portion of the transfer tool slides and rotates with respect to the drive gear of the transfer tool to restore synchronization of both speeds. The clutch mechanism of the transfer tool, which is a known technique, may be provided in the cylindrical portion of the feed reel (3) or the cylindrical portion of the take-up reel (5) of the present invention. Alternatively, when the synchronization between the feeding of the transfer tool and the winding of the transfer tool is lost, a known technique for manually returning the transfer tool to the take-up reel ( 5) It may be provided on the side.

Furthermore, the feed reel (3) or the take-up reel (5) may be provided with a mechanism for preventing the transfer tool from reversing, which is a known technique. Alternatively, in order to prevent the unused sticky tape (10) from sagging, not only when the synchronization between the feeding of the transfer tool and the winding of the transfer tool is lost, a reversal prevention mechanism or a reverse The feed reel (3) may be provided with a stopper or the like to prevent rotation. Similarly, in order to prevent the sticky tape (11) from sagging after use, a reversal prevention mechanism or a The take-up reel (5) may be provided with a stopper or the like to prevent reverse rotation.

Next, I will add some information about the effect. 3 to 5, the sticky note transfer tool (1) is grasped by hand, etc., and the pressure roller (13) is pressed against the paper surface to be pasted, that is, the surface to be transferred (16), and the sticky note transfer tool (1) backward as shown by arrow B, the pressing roller (13) is rotated clockwise as shown by arrow R, and the second The drive gear (33) similarly rotates clockwise, and the third driven gear (34), which meshes with the second drive gear (33), rotates counterclockwise and then meshes with the third driven gear (34). The fourth driven gear (35) rotates clockwise, and further, the fifth driven gear (36) that meshes with the fourth driven gear (35) rotates counterclockwise. The driven roller (14) provided integrally with the fifth driven gear (36) similarly rotates counterclockwise. In other words, the pressing roller (13) and the driven roller (14) are rotated in conjunction with each other by the interlocking means (17).

Due to the rotation of the driven roller (14), the sticky tape (10) inserted between the driven roller (14) and the auxiliary roller (15) is moved from the feed reel (3) side to the take-up reel (5). By moving in the side direction (arrow Z), that is, by rotating the driven roller (14), the unused sticky tape (10) is driven. In this case, the auxiliary roller (15) also rotates clockwise at the same time. As the unused sticky tape (10) moves, the feed reel (3) also rotates counterclockwise as indicated by arrow L.

Next, the first drive gear (6A) provided integrally with the feed reel (3) similarly rotates counterclockwise, and the first driven gear (6B) that meshes with the first drive gear (6A) rotates clockwise. Then, the second driven gear (6C) that meshes with the first driven gear (6B) rotates counterclockwise. Then, the take-up reel (5) provided integrally with the second driven gear (6C) similarly rotates counterclockwise. That is, the feed-out reel (3) and the take-up reel (5) are rotated in conjunction with each other by the interlocking means (6).

When the take-up reel (5) rotates counterclockwise, the used sticky tape (11) is taken up by the take-up reel (5), so that it can be moved from the feed reel (3) side to the take-up reel (5) side. The used sticky tape (11) moves in the direction (arrow K).

At the same time, the sticky tape slides between the pressing roller (13) and the separating roller (12). With the sticky tape sliding along the separation roller (12), the sticky note (9) of the unused sticky note tape (10) is removed from the tape (23) of the unused sticky note tape (10). The unused sticky note tape (10) is peeled off from the tape (23) without being linked to the movement. That is, the sticky note (9) is peeled off by the separating roller (12) from the unused sticky note tape (10) fed out from the feed reel (3). "The curved area where the sticky note (9) is peeled off from the sticky note tape (10) by curving the sticky note tape (10) fed out from the feeding reel (3) along the separation roller (12). ” refers to that place. Note that the details of the "(omitted) curved location" have been described above.

Since the sticky note paster (1) is moved backward as shown by arrow B, the peeled sticky note (9) moves forward between the lower surface of the pressing roller (13) and the paper surface to be pasted. , is pressed against a pressing roller (13) and pasted onto a paper surface or the like. In other words, the peeled sticky note (9) is pressed against the transfer surface (16) by the pressing roller (13). A sticky note (9) is pasted on the transfer surface (16). Then, only the tape (23) of the used sticky note tape (11), which is pasted onto a paper surface and from which the sticky note (9) has been peeled off, is wound up on the take-up reel (5).

Further, the sticky note transfer tool (1) of Example 1 is constructed as follows. In Figures 3 and 4, along the unused sticky tape (10) between the feed reel (3) and the driven roller (14) (or the auxiliary roller (15)), , guide rollers (18) are provided. The guide roller (18) is rotatably supported by a support shaft. The guide roller (18) guides and guides the unused sticky tape (10) fed out from the feed reel (3) between the driven roller (14) and the auxiliary roller (15). As shown in Fig. 3, the thickness of the unused sticky note tape (10) wound around the feeding reel (3) is larger than the diameter of the cylinder of the feeding reel (3) when it is almost unused. have. However, as it continues to be used, its width gradually decreases and becomes smaller, and in the final stage, as shown in FIG. 4, it approaches the diameter of the cylinder of the feed reel (3). As the width changes and decreases, in the absence of the guide roller (18), from the feed reel (3), it will be sandwiched between the driven roller (14) and the auxiliary roller (15). The sticky tape (10) has a problem in that resistance due to contact with the driven roller (14) increases, and a load is easily applied to the driven roller (14). In Example 3, which will be described later, ∠Akao and ∠Akaki are set at about 90 degrees, but the angles in Example 1 corresponding to these ∠Akao and ∠Akaa will move away from about 90 degrees. To solve the above problem, a guide roller (18) is provided between the feed reel (3) and the driven roller (14) (or the auxiliary roller (15)), and the unused sticky note transfer tool (1) can be transferred as it is. Even if you continue to use the sticky note tape (10), the resistance due to contact of the unused sticky note tape (10) fed out from the feed reel (3) to the driven roller (14) is reduced, Since the driven roller (14) and the auxiliary roller (15) are guided and guided, the load that is likely to be applied to the driven roller (14) is reduced, and the driven roller (14) and the auxiliary roller This has the effect of increasing the reliability when being inserted between the roller (15) (effects 1-1).

Further, the auxiliary roller (15) and the guide roller (18) also have a role similar to a nip roller, which has a role such as preventing meandering. Although the guide roller (18) is rotatably supported by a support shaft, a fixed pin or the like may be arranged instead of the guide roller (18).

Next, the effects will be described. As mentioned above, the sticky note (9) is coated with a removable adhesive. A pressure-sensitive adhesive layer made of a re-stickable and removable pressure-sensitive adhesive is applied. Further, as described above, the material of the tape (23) is not particularly limited, but glassine paper coated with silicone, a thin plastic film (PET film), or the like may be used. The thickness of the tape (23) is not particularly limited, but is approximately 0.012 to 0.040 mm. The thickness, material, etc. of the tape (23) used for the sticky note (9) are preferably comparable to current commercially available products. The sticky note (9) is a typical typical sticky note that can be written on with a pencil or the like, and the material of the sticky note (9) is preferably paper. Examples of paper include wood-free paper, colored wood-free paper, medium-quality paper, art paper, coated paper, Kent paper, non-carbon paper, and imitation paper. Further, although not particularly limited, the thickness of the sticky note (9) in the case of paper is preferably about 0.08 to 0.1 mm, and is about the same as a current commercial product. However, there is no particular limitation, and it may be a special film such as PET or PVC that cannot be written on with a pencil or the like and is mainly used for adhesive stickers. Specifically, as the plastic film, polypropylene, polyethylene, polyvinyl chloride, polyethylene terephthalate (PET), polystyrene, polyamide, polyurethane, etc. are preferable. Additionally, as mentioned earlier, sticky notes are generally pasted using fingers, etc., and if there is no need to do so after the original purpose has been achieved, the pasted sticky note may be removed. The adhesive (8) (adhesive) provided on the sticky note (9) is not strong enough to make it easy to remove. Similarly, the adhesive (8) used for the sticky note (9) is equivalent to a current commercially available product. The adhesive (8) used for the sticky note (9) is, for example, a re-stick type in which the sticky note is pasted, peeled off, and then pasted again, and preferably uses a slight adhesive. The adhesive components are water-soluble emulsion type or solvent-based acrylic type, or resins such as silicone type, rubber type, polyester type, polyurethane type, and polyethylene type. Ru. More specifically, (meth)acrylic acid resins, (meth)acrylic ester resins, or copolymers thereof, styrene-butadiene copolymers, natural rubber, casein, gelatin, rosin esters, terpene resins, and phenolic resins. Possible resins include styrene resins, chromanindene resins, polyvinyl ethers, silicone resins, alpha-cyanoacrylates, silicones, maleimides, styrenes, polyolefins, resorcinols, and polyvinyl ethers. As the type of adhesive, organic solvent-dispersed type, organic solvent-dispersed type, water-dispersed type, water-soluble type, etc. can be used. In addition, the adhesive is required to have characteristics such as not leaving any adhesive residue on the surface to be transferred (applied surface) and being able to be used repeatedly. is composed of a plurality of dispersed spherical particles. By dispersing the spherical particles, peeling becomes easy and it is possible to suppress the adhesive layer from remaining on the surface to be transferred (applied surface). The spherical particles are preferably true spherical, elliptical, acicular, flat particles, etc., but are not particularly limited. The thickness of the adhesive layer is preferably 3 μm or more and 300 μm or less, but is not particularly limited. For example, it may be 3 μm or more and 100 μm or less. In addition, specifically, a re-peel adhesive or the like is preferable.

In addition, as described in the previous experimental results, even when unused sticky note tape is wound on a reel and stored for a long period of time, no deformation of the sticky note is observed, and unused sticky note tape is The sticky note was peeled off from the tape by the separation roller, but the peeling was good, and the sticky note was attached to the paper well without any problems. The thickness, material, etc., and adhesive (8) are preferably comparable to current commercially available products. Furthermore, as described in the previous experimental results, when unused sticky tape was wound around a reel and stored for a long period of time, the adhesive strength was slightly weakened. Considering this, when storing not only the transfer tool but also commercially available sticky notes that can be pasted with fingers or the like, for a long period of time, it is necessary to give sufficient consideration to the durability of the adhesive force. Further, in order to facilitate easy removal, the paper used for the sticky notes is preferably made of a relatively flexible material and thick, such as those available on the market.

In addition, general and typical commercially available adhesive stickers other than sticky notes (9) are those used for general labels, etc. The material of the sticker is a laminated film processed on the surface of paper. Alternatively, films such as PET and PVC are commonly used. Films such as PET and PVC have slightly greater elasticity than paper. In addition, the adhesives used in general, typical commercially available adhesive stickers, etc. are permanent adhesive (strong adhesive) adhesives that do not peel off after pasting, or adhesives that are pasted for a certain period of time. It uses a removable (medium adhesive) type of adhesive, which is stronger than the adhesive strength of sticky notes.

The feed reel (3) is wrapped with an unused sticky note tape (10) in which a sticky note (9) coated with an adhesive (8) is attached to the tape (23). The paper thickness, material, etc. used for the paper may not be appropriate unless it is comparable to current commercially available products.

For example, even if the "thickness and material of the tape (23)" and "adhesive (8)" are comparable to current commercially available products, if the material used for the sticky note is a film such as PET or PVC, Alternatively, even if the material used for the sticky note is paper, if it is thicker than the current commercially available product, it will have slightly more elasticity. For example, if the "thickness and material of the tape (23)" are comparable to current commercially available products, and the material used for the sticky note is a film such as PET or PVC, or the material used for the sticky note is However, even if paper is used, it is thicker than current commercially available products, and the adhesive used for the sticky note has a strong adhesive force (for example, if the adhesive used for the sticky note is In the case of adhesives used for adhesive stickers, etc., there are permanent adhesive (strong adhesive) type adhesives that do not need to be removed after pasting, or removable (medium adhesive) types that are pasted for a certain period of time and then peeled off. In the case of adhesives, the elasticity is similarly increased. Therefore, if an unused sticky note tape with an adhesive coated on the tape is wound on the feed reel (3), the sticky note tape wound on the feed reel (3) will normally be A circular shape is formed along the cylinder of the feeding reel (3), but since the elasticity is slightly increased, it becomes difficult to follow the cylinder of the feeding reel (3), and the sticky note tape wound around the feeding reel (3) It is difficult to form a circular shape, and it tends to be a different shape with unevenness, which may make it difficult for the sticky note tape (10) to be normally fed out from the feeding reel (3), and it also does not look good. However, in the sticky note transfer tool (1) of Example 1, since the sticky note (9) is made of paper with a thickness of about 0.08 to 0.1 mm, adhesive was applied to the feeding reel (3). Even when unused sticky note tape with sticky notes attached and distributed is wound, it is easy to follow the cylinder of the feeding reel (3), and the sticky note tape wound around the feeding reel (3) is easy to form a circular shape. Since the sticky note tape (10) does not have a different shape with unevenness, the sticky note tape (10) is normally fed out from the feeding reel (3), and also looks good (effect 1-1).

Next, I will write about the effects. For example, even if the "thickness and material of the tape (23)" and "adhesive (8)" are comparable to current commercially available products, if the material used for the sticky note is a film such as PET or PVC, Alternatively, even if the material used for the sticky note is paper, if it is thicker than the current commercial product, or if it has a little more elasticity, the adhesive used for the sticky note may be less sticky. Since the force is not strong, there is a risk that the sticky note may fall off from the tape (23) when the tape with the sticky note is fed out from the feed reel (3). However, in the sticky note transfer tool (1) of Example 1, since the sticky note (9) is made of paper with a thickness of about 0.08 to 0.1 mm, the sticky note transfer tool (1) does not have enough adhesive force to transfer onto the tape (23). There is no possibility that a certain sticky note (9) cannot be held, and there is no fear that the sticky note (9) will fall off from the tape (23) when the sticky note tape (10) is fed out from the feed reel (3). There is an effect (effect 1-2).

Next, I will write about the effects.
Usually, the sticky note (9) is peeled off by the separating roller (12) from the unused sticky note tape (10) fed out from the feeding reel (3). , material,""thickness, material, etc. of paper used for sticky notes, etc." Even if the adhesive used for sticky notes has a strong adhesive force (for example, if the adhesive used for sticky notes has a strong adhesive force, If the adhesive is mainly used for adhesive stickers, etc., it is a permanent adhesive (strong adhesive) that does not need to be removed after being applied, or a removable adhesive that is applied for a certain period of time and then peeled off. (In the case of medium adhesive type adhesive), the sticky note may not be peeled off.

Usually, the sticky note (9) is peeled off by the separating roller (12) from the unused sticky note tape (10) fed out from the feeding reel (3). Even if the material is comparable to current commercially available products, if the adhesive used for the sticky note has a strong adhesive force (for example, the adhesive used for the sticky note is an adhesive mainly used for adhesive stickers, etc.) In the case of a permanent adhesive (strong adhesive) type adhesive that cannot be removed after pasting, or a removable (medium adhesive) type adhesive that is peeled off after being pasted for a certain period of time), and Similarly, if the material used for the sticky note is a film such as PET or PVC, or even if the material used for the sticky note is paper, it is thicker than the current commercially available product. may not be peeled off.

In addition, for example, if the adhesive used for the sticky note has a strong adhesive force, and even if it is possible to peel it off by using a tape (23) with a crease or other design, it will take a lot of force to peel it off. may require.

As mentioned above, adhesives (8) for sticky notes (9) that are on the same level as current commercially available products may not be suitable. It may not be appropriate to use adhesives such as adhesive stickers. In other words, in the sticky note transfer tool (1) of Example 1, the adhesive (8) used for the sticky note (9) is a re-stick type re-peel type in which the sticky note (8) is peeled off and pasted again. Since it is about the same as the current commercial product used, there is no fear that the sticky note (9) will not be peeled off by the separation roller (12) from the unused sticky note tape (10) fed out from the feed reel (3), or, There is an effect that there is no fear that a large force is required for peeling (effect 1-3-1). In other words, the sticky note (9) is normally peeled off by the separation roller (12) from the unused sticky note tape (10) fed out from the feed reel (3). The adhesive (8) used in (9) should be a current commercially available product that uses a re-apply type re-peel type that is pasted, peeled off, and then re-applied, or a re-adhesive adhesive with a re-peel level. It is established by making it something of power. In other words, in the sticky note transfer tool (1) of Example 1, the adhesive (8) used for the sticky note (9) is a re-sticking type re-peel type that is peeled off and pasted again. Since it is comparable to current commercially available products that use the tape, the effect is that the sticky note (9) is peeled off by the separation roller (12) from the unused sticky note tape (10) fed out from the feed reel (3). Yes (Effect 1-3-2).

Next, I will write about the effects. As described above, in the sticky note transfer tool (1) of Example 1, the auxiliary roller (15) is arranged opposite to the driven roller (14), and the sticky note transfer tool (1) is fed out from the feeding reel (3). The sticky tape (10) is inserted between the driven roller (14) and the auxiliary roller (15), and the driven roller (13) is rotated while pressing it against the transfer surface (16). 14) rotates, and the sticky tape (10) sandwiched between the driven roller (14) and the auxiliary roller (15) is driven by the rotation of the driven roller (14). ) may not be suitable unless it is on the level of current commercially available products.

Normally, the sticky tape (10) inserted between the driven roller (14) and the auxiliary roller (15) is driven by the rotation of the driven roller (14). Thickness, material, etc. of the paper used for sticky notes, etc. Even if the adhesive used for sticky notes has a strong adhesive force (e.g., If the adhesive used is the adhesive used for adhesive stickers, etc., it is a permanent adhesive (strong adhesive) type adhesive that does not need to be removed after being applied, or a removable adhesive that is applied for a certain period of time and then peeled off. (In the case of medium adhesive type adhesive), by inserting the sticky note tape (10) between the driven roller (14) and the auxiliary roller (15), the sticky note is attached to the tape (23). By sticking and fixing, it may become difficult for the separation roller (12) to peel off the sticky note from the unused sticky note tape fed out from the feed reel (3).

Further, normally, the sticky tape (10) inserted between the driven roller (14) and the auxiliary roller (15) is driven by the rotation of the driven roller (14). Even if the "thickness and material of the sticky notes" are comparable to current commercially available products, if the adhesive used for the sticky note has a strong adhesive force (for example, the adhesive used for the sticky note may be used for adhesive stickers, etc.) In the case of adhesives, permanent adhesives (strong adhesives) that cannot be removed after being applied, or removable (medium adhesives) adhesives that are peeled off after being applied for a certain period of time. In addition, the same applies if the material used for the sticky note is a film such as PET or PVC, or even if the material used for the sticky note is paper, it is thicker than the current commercially available product. By inserting the sticky tape (10) between the driven roller (14) and the auxiliary roller (15), the sticky note sticks to the tape (23), and by sticking, the feed reel (3 ) It may be difficult for the separating roller (12) to peel off the sticky note from the unused sticky note tape fed out from the tape.

As mentioned above, adhesives (8) for sticky notes (9) that are on the same level as current commercially available products may not be suitable. It may not be appropriate to use adhesives such as adhesive stickers. In other words, in the sticky note transfer tool (1) of Example 1, the adhesive (8) used for the sticky note (9) is a re-stick type re-peel type in which the sticky note (8) is peeled off and pasted again. Since it is about the same as the current commercial product used, the sticky tape (10) inserted between the driven roller (14) and the auxiliary roller (15) is driven by the rotation of the driven roller (14). Even if the sticky note tape (10) is inserted between the driven roller (14) and the auxiliary roller (15), the sticky note (9) will not stick to the tape (23). Therefore, there is an effect that the sticky note (9) is not difficult to be peeled off by the separation roller (12) from the unused sticky note tape (10) fed out from the feed reel (3) (effect 1- 4).

Next, I will write about the effects. As described above, the sticky note transfer tool (1) of Example 1 is constructed as follows. A driven roller (14) is arranged between the feeding reel (3) and the take-up reel (5), and the auxiliary roller (15) is arranged opposite to the driven roller (14). ) is inserted between the driven roller (14) and the auxiliary roller (15), and the pressing roller (13) and the driven roller (14) are Since it has an interlocking means (17) for interlocking, the driven roller (14) is rotated by the pressing roller (13) rotated while pressing against the transfer surface (16), and the driven roller (14) A sticky tape (10) inserted between the roller and the auxiliary roller (15) is driven by the rotation of the driven roller (14). Further, a feed reel (3) from which the tape (2) before transfer is fed, a take-up reel (5) from which the tape (4) after transfer is wound, the feed reel (3) and the take-up reel (5). ) is provided as a transfer tool in the main container (7), so that the separating roller ( The sticky note (9) peeled off by step 12) is pressed against the transfer surface (16) by the pressing roller (13), and the used sticky note tape (11) is wound up by the take-up reel (5). It looks like this. Therefore, the feed reel (3), the take-up reel (5), the driven roller (14), the auxiliary roller (15), the separating roller (12), the pressing roller (13), and the unused sticky tape (10 ), the movement of the sticky note tape (11) after use is approximately synchronous, and the amount of movement is basically always approximately constant, so the number of rotations of the pressing roller when using one sticky note is approximately constant. be. In other words, the movements of the unused sticky note tape (10), the used sticky note tape (11), etc. are approximately synchronized, their movements approximately coincide in time, and the amount of movement is basically always approximately constant. There is an effect that there is (effect 1-5).

Next, I will write about the effects. In addition, as described in Effect 1-4, when the adhesive used for sticky notes has a strong adhesive force, the tape can be inserted between the driven roller (14) and the auxiliary roller (15). (23), and by sticking, the sticky note becomes difficult to be peeled off by the separating roller (12) from the unused sticky note tape (10) fed out from the feed reel (3), and the sticky note becomes difficult to peel off. may become difficult. The sticky note tape (10) sandwiched between the driven roller (14) and the auxiliary roller (15) may be difficult to peel off. Even if you select the method of following by rotation, it is not effective.

However, in the sticky note transfer tool (1) of Example 1, the adhesive (8) used for the sticky note (9) is a re-sticking type re-peel type in which the sticky note (8) is peeled off and pasted again. Since it is about the same as the current commercial product used, the sticky tape (10) inserted between the driven roller (14) and the auxiliary roller (15) is driven by the rotation of the driven roller (14). Even if you select , the sticky note (9) does not become difficult to peel off, and it does not become difficult to peel it off.

In addition, as described in Effect 1-5, the movements of the unused sticky note tape (10), the used sticky note tape (11), etc. are approximately synchronized, and the movements are approximately coincident in time. The amount is basically always approximately constant, but in order to make it so, the sticky note transfer tool (1) of Embodiment 1 has a roller between the driven roller (14) and the auxiliary roller (15). A method is selected in which the inserted sticky tape (10) is driven by the rotation of the driven roller (14).

In other words, the movements of the unused sticky note tape (10), the used sticky note tape (11), etc. are approximately synchronized, their movements approximately coincide in time, and the amount of movement is basically always approximately constant. However, in order to do so, the sticky note transfer tool (1) of Example 1 uses a sticky note tape (10) inserted between a driven roller (14) and an auxiliary roller (15). Even if the method of being driven by the rotation of the driven roller (14) is selected, the adhesive (8) used for the sticky note (9) of the sticky note transfer tool (1) in Example 1 is as follows. Since it is comparable to current commercially available products that use a re-stick type re-peel with a slight adhesive that is pasted, peeled off, and pasted again, the sticky note (9) will not be difficult to peel off and will not become difficult to peel off. do not have. To be more specific, the movements of the unused sticky note tape (10), the used sticky note tape (11), etc. are approximately synchronized, their movements approximately coincide in time, and the amount of movement is basically always approximately However, in order to do so, the adhesive (8) used for the sticky note (9) is the current one that uses a re-apply type re-peel type that has a slight adhesive that is pasted, peeled off, and pasted again. This has been achieved by making it comparable to commercially available products. In other words, in the sticky note transfer tool (1) of Example 1, the adhesive (8) used for the sticky note (9) is a re-sticking type re-peel type that is peeled off and pasted again. As a result, the movements of the unused sticky note tape (10), the used sticky note tape (11), etc. are approximately synchronized, and the movements are roughly consistent in time. , the amount of movement is basically always approximately constant (effect 1-6-1).

Similarly, effect 1-5 becomes more reliable as an effect due to effects 1-1, 1-2, and 1-3-1. As described in Effects 1-1 and 1-2, in the sticky note transfer tool (1) of Example 1, the sticky note (9) is made of paper with a thickness of about 0.08 to 0.1 mm, The adhesive (8) used for the sticky note (9) is the same level as the current commercially available product, which uses a re-apply type re-peel type that is peeled off and re-attached after being pasted, and has a low adhesive level, so it is effective. Become. As described in Effect 1-3-1, in the sticky note transfer tool (1) of Example 1, the adhesive (8) used for the sticky note (9) is peeled off after being pasted and then re-applied. Since it is comparable to current commercially available products that use a re-apply type re-peel with a slight adhesive, its effects are effective. In other words, in the sticky note transfer tool (1) of Example 1, the adhesive (8) used for the sticky note (9) is a re-sticking type re-peel type in which the sticky note (8) is peeled off and pasted again. The sticky note (9) is made of paper with a thickness of about 0.08 to 0.1 mm, and the adhesive (8) used for the sticky note (9) is suitable for pasting. It is about the same as the current commercially available product that uses a re-applying type re-peel with a slight adhesive that is peeled off and pasted again. , the certainty of the effect of effect 1-5 is improved (effect 1-6-2).

Next, I will continue to write about the effects. Although this is a duplicate, the description is made to correspond to the problem described in ``Problems to be Solved by the Invention''.

Write down the first issue. In Patent Document 1, during use, the diameter of the take-up reel 5 changes, and for example, as shown in FIGS. Since the "diameter 24A of the first sticky tape 7 at any position when it is wound up on the take-up reel" is larger than the "diameter 24" of "time", "one sticky note 15 alone is pasted". The number of rotations of the pressing roller 6 required for this must be gradually reduced. Therefore, when "sticking a single sticky note 15", it is necessary to carefully check the position of the sticky note 15 on the first sticky tape 7 each time and determine the number of rotations of the pressing roller 6 before rotating. It won't happen. That is, when attaching a sticky note, there is a problem in that the number of rotations of the pressing roller must be determined and rotated while carefully checking the position of the sticky note on the sticky note tape each time. To solve the above problem and provide a sticky note transfer tool that eliminates the need to carefully check the position of a sticky note on a sticky tape and determine the number of rotations of a pressing roller each time when pasting a sticky note. The purpose is to do so (assignment A1). The same applies to Patent Document 2.

First, the effect on the first problem will be described. As described above (effect 1-5), the sticky note transfer tool (1) of Example 1 includes a feed reel (3), a take-up reel (5), a driven roller (14), and an auxiliary roller ( 15) The movements of the separating roller (12), pressing roller (13), unused sticky note tape (10), and used sticky note tape (11) are approximately synchronized, and the amount of movement is basically is always approximately constant. Therefore, since it is always approximately constant, the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, to solve the first problem, it is not necessary to gradually reduce the number of rotations of the pressing roller required to paste one single sticky note, and to paste one single sticky note. Another advantage is that there is no need to carefully check the position of the sticky note on the sticky note tape each time while determining the number of rotations of the pressing roller and rotating it (effect A1-actual 1).

Next, the second issue will be described. In Patent Document 1, when pasting a sticky note, which is the first problem, the number of rotations of the pressing roller must be determined and rotated while carefully checking the position of the sticky note on the sticky note tape each time. Supplementary information has been added to the problem of "must be done". In order to "keep the amount of rotation of the pressing roller 6 required to stick one single sticky note 15 constant regardless of the change in the usage amount of the first sticky tape 7," When the first sticky note 15 of the first sticky note tape 7 wound on the take-up reel is attached, one work step is the amount of movement required to attach one sticky note 15. If the diameter 24 of the first sticky tape 7 is 1 in the gap length 25 within the tape length 23 of In comparison with the diameter 24A of the sticky note tape 7, the work amount is the amount of movement required to paste one sticky note 15, which is multiplied by the ratio of the diameter 24A side of the first sticky note tape 7 at the arbitrary position. Based on the gap length 25A within the tape length 23A for the process, the sticky notes 15 and the gap length 25A are arranged alternately.'' The movement required for pasting one single sticky note 15 of the first sticky tape 7 wound on the take-up reel with respect to the amount of change in diameter, in this case, the amount of change from diameter 24 to diameter 24A. The amount of change in the gap length within the tape length for one step of the work, in this case, the amount of change from gap length 25 to gap length 25A, may be linked. It is stated that. However, if a "sticky note 15" is provided on the "first sticky tape 7" by means of "multiplying the ratio", for example, the "gap at any position" is Since the "length 25A" is larger, the more "sticky notes 15" are provided on the "first sticky tape 7", the "gap length 25A" increases each time. Therefore, the proportion of the "gap length" in the "first sticky tape 7" increases, resulting in more waste. Therefore, the "diameter of the first sticky tape 7" cannot be made very large when commercialized. In other words, when a sticky note is provided on the first sticky note tape using the method of "multiplying by a ratio", the gap length 25A at any position is larger than the initial gap length 25, so the first sticky note tape is The more sticky notes 15 are provided, the larger the gap length becomes each time, and the proportion of the gap length in the first sticky note tape increases, resulting in more waste. The problem is that the amount cannot be increased too much. We have developed a sticky note transfer tool that solves the above problem and allows the amount of the first sticky tape to be increased to a certain extent when commercialized without increasing the proportion of the gap length in the first sticky tape. (Task B1) In addition, as described above, the amount of the first sticky tape 7 wound onto the take-up reel varies depending on the diameter of the take-up reel, so it is necessary to "multiply by the ratio" each time when commercializing the product. be. There are problems in that it is difficult to standardize the specifications of the first sticky tape 7, and products are produced for each product type, resulting in inefficient production and increased inventory. Solving the above problems, it is easy to standardize the specifications of sticky tape, there is no need to commercialize each product type, and it is possible to prevent inefficient production and increase in inventory. The purpose is to provide a sticky note transfer tool (Task B2).

Next, the effect on the second problem will be described. As described in (Effect A1-Example 1), the sticky note transfer tool (1) of Example 1 has the following effects: the movement of the unused sticky note tape (10), the used sticky note tape (11), etc. Since they are approximately synchronized and the amount of movement is basically always approximately constant, the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, by solving the second problem, it is not necessary to put sticky notes on the sticky note tape by the method of "multiplying the rate", there is no waste of sticky note tape, and it is possible to commercialize the sticky note tape. There is an effect that the upper limit value of the amount of sticky tape can be relaxed in case (Effect B1-Actual 1). In addition, since there is no need to "multiply by a factor" each time when commercializing a product, it is easy to standardize the specifications of sticky tape, and there is no need to commercialize each product type, resulting in efficient production. This has the effect of making it easier to carry out inventory and reducing inventory (Effect B2-Actual 1).

Next, I will write about the effects. The sticky note transfer tool (1) of Example 1 uses rollers, gears, etc., so it does not have a complicated structure, is relatively easy to manufacture, and can be manufactured at a relatively low cost. There is an effect (Effects 1-2). Furthermore, since the sticky note (9) is made of paper with a thickness of approximately 0.08 to 0.1 mm, it is relatively easy to recycle and is environmentally friendly (effects 1-3).

Further, although not particularly shown, the following method may be used. In the sticky note transfer tool (1) of Example 1, the auxiliary roller (15) is arranged opposite to the driven roller (14), and the driven roller (14) is moved from the sticky note tape (10). Although the auxiliary roller (15) is placed on the inside and the auxiliary roller (15) is placed on the outside of the sticky tape (10), this arrangement may be reversed. A driven roller (14) is provided outside the sticky note tape (10), and an auxiliary roller (15) is provided inside the sticky note tape (10). In that case, similarly, the interlocking means (17) provided inside the sticky tape (10) is provided outside.

Further, although not particularly shown, the following method may be used. As described above, in the sticky note transfer tool (1) of Example 1, the second driving gear (33) is coaxially integrated with the pressing roller (13). ) are set to have the same size and surface shape as the second drive gear (33). However, the size and surface shape of the pressing roller (13) and the size and surface shape of the second drive gear (33) do not have to be the same. The size and surface shape of the pressing roller (13) do not follow the size and surface shape of the second drive gear (33), and may be, for example, circular instead of a gear shape. A second driving gear that draws a circular shape slightly smaller than the outer periphery of the cylindrical portion of the pressing roller when rotated may be provided coaxially and integrally with the pressing roller.

Next, a sticky note transfer tool (1a), which is Example 2, will be described. A part of the figure will be explained. FIG. 9 is an explanatory diagram of the operation, and for convenience, the interlocking means (6a) and the interlocking means (32) are omitted in order to explain the process of transferring the sticky note (9a). The sticky note transfer tool (1a) of Example 2 is shown in FIGS. 8 and 9 as follows. In FIGS. 8 and 9, it has a main body container (7a). A feed-out reel (3a) is arranged to feed out an unused sticky note tape (10a) in which a sticky note (9a) coated with an adhesive (8) is attached to a tape (23). A take-up reel (5a) is arranged to wind up the used sticky tape (11a). Interlocking means (6a) for interlocking the feed reel (3a) and the take-up reel (5a) is provided in the main container (7a). A separating roller (12a) and a pressing roller (13a) are rotatably provided. By curving the sticky note tape (10a) fed out from the feed reel (3a) along the separating roller (12a), the sticky note (9a) is peeled off from the sticky note tape (10a) at a curved place and A separating roller (12a) is arranged between the feed reel (3a) and the take-up reel (5a) and near the pressing roller (13a). The pressing roller (13a) is arranged to press the sticky note (9a) peeled off from the sticky note tape (10a) onto the transfer surface.

It has interlocking means (32) for interlocking the pressing roller (13a) and the separation roller (12a). A separation roller (12a) is arranged opposite the pressing roller (13a). A sticky tape (10a) fed out from a feeding reel (3a) is sandwiched between a pressing roller (13a) and a separating roller (12a).

Next, the effect will be explained. The sticky tape (10a) inserted between the pressing roller (13a) and the separating roller (12a) is driven by the pressing roller (13a) rotated while pressing against the transfer surface. A separating roller (12a) separates the sticky note (9a) from the unused sticky note tape (10a) fed out from the feed reel (3a). The peeled sticky note (9a) is pressed against the transfer surface by the pressing roller (13a). The sticky tape (11a) after use is wound up with a take-up reel (5a). It is used as a sticky note transfer tool (1a) for pasting a sticky note (9a) on the surface to be transferred.

Next, each part of the sticky note transfer tool (1a), which is Example 2, will be supplemented. The materials, forms, etc. of the tape (23), adhesive (8), and sticky note (9a) are the same as in Example 1.

The interlocking means (6a) is similar to the interlocking means (6) of the first embodiment.

The pressing roller (13a) is rotatably supported by a support shaft (27a) at the opening (25a) at the front end of the main container (7a). The pressing roller (13a) has an uneven surface so as to prevent slipping when the sticky note (9a) is rotated to press the sticky note (9a) on a paper surface or the like on which the sticky note (9a) is pasted. It may also be a configuration. Note that the surface of the pressing roller (13a) may have a tooth profile such as serrations or splines. In the case of a structure in which unevenness is provided, the shape is not particularly limited. It is sufficient if the sticky note (9a) can be attached reliably. Further, it is not necessary to provide any particular unevenness, and it may be flat.

The separation roller (12a) is rotatably supported by a support shaft (28a).

The "interlocking means (32) for interlocking the pressing roller (13a) and the separation roller (12a)" is as follows. In FIGS. 8 and 9, the second driving gear (33a) draws a circular shape that is approximately the same as the outer circumference of the cylindrical portion of the pressing roller (13a) and has a diameter that is approximately the same as the diameter of the pressing roller (13a). is provided coaxially with the pressing roller (13a). Further, a second drive gear (33a) is provided integrally with the pressing roller (13a). A third driven gear (34a) that draws a circular shape larger than the outer circumference of the cylindrical portion of the separation roller (12a) during rotation is provided coaxially with the separation roller (12a). Further, a third driven gear (34a) is provided integrally with the separation roller (12a). The second driving gear (33a) and the third driven gear (34a) are arranged to mesh with each other. When the second driving gear (33a) rotates, the third driven gear (34a) rotates and is interlocked with the third driven gear (34a).

Next, "a separation roller (12a) is arranged near the pressing roller (13a)" and "a separation roller (12a) is arranged opposite to the pressing roller (13a)". I will explain about it. In FIG. 10, a straight line E connecting the center point E of the support shaft (27a) of the pressing roller (13a) and the center point O of the support shaft (28a) of the separation roller (12a) and the transfer surface ( 16A) and (16B) are arranged parallel to each other, and in the second embodiment, the dimensions of the straight line EO are arranged to be near the shortest. A sticky tape (10a) sandwiched between the pressing roller (13a) and the separating roller (12a) is provided so as to follow the rotation of the pressing roller (13a), and the pressing roller (13a) When it rotates, the separating roller (12a) also rotates, and at the same time, the sticky tape (10a) inserted between the pressing roller (13a) and the separating roller (12a) also moves. The width between the pressing roller (13a) and the separating roller (12a) is set so that the sticky tape (10a) can be inserted therein. A pressing roller (13a) and a separating roller ( 12a). A separating roller (12a) is arranged opposite to the pressing roller (13a). If we compare the pressing roller (13a) and the separating roller (12a) to gears, the pressing roller (13a) and the separating roller (12a) are arranged so as to mesh with each other, and the sticky tape (10a) is inserted between them. The pressing roller (13a) and the separating roller (12a) are arranged with a slight offset between them as wide as possible. Further, for example, the pressing roller (13a) and the separating roller (12a) may be arranged so that the sticky tape (10a) can be sandwiched between the pressing roller (13a) and the separating roller (12a). However, a width is provided between the pressing roller (13a) and the separating roller (12a) to the extent that the sticky tape (10a) can be moved. In addition, the width between the pressing roller (13a) and the separating roller (12a) depends on the material, surface condition, rotation performance, etc. of the pressing roller (13a) and the separating roller (12a), or the Since it is affected by the material, thickness, surface condition, etc. of the tape (10a), it is necessary to sufficiently consider and adjust the setting. The materials for the pressing roller (13a) and the separating roller (12a) are mainly urethane rubber, NBR rubber (nitrile rubber), CR rubber (chloroprene rubber), silicone rubber, EPDM (ethylene propylene diene rubber), Butyl rubber, SBR (styrene-butadiene rubber), etc. are used, but other materials may be used. Surface processing includes vertical groove processing, horizontal groove processing, helical processing, double helical processing, diamond cut processing, worm processing, tapered crown processing, radial crown processing, and reverse crown processing from the viewpoints of slip prevention, meandering prevention, and improved friction coefficient. etc. may be applied.

Note that the position of the sticky note transfer tool (1a) in Example 2 where the separation roller (12a) is placed opposite to the pressing roller (13a) and the position in Example 1 described above Note that this is different from the position of the sticky note transfer tool (1) in which the separating roller (12) is placed opposite the pressing roller (13).

In addition, by curving the sticky note tape (10a) fed out from the feed reel (3a) along the separating roller (12a), the sticky note (9a) is peeled off from the sticky note tape (10a). "Location" is the same as in Example 1.

Next, I will add some information about the effect. In FIGS. 8 and 9, the sticky note transfer tool (1a) is grasped by hand, etc., and the pressure roller (13a) is pressed against the paper surface to be pasted, that is, the surface to be transferred, and the sticky note transfer tool (1a) is By moving the pressing roller (13a) backward as shown by arrow B, the pressing roller (13a) is rotated clockwise as shown by arrow R, and the second driving gear ( 33a) similarly rotates clockwise, and the third driven gear (34a) meshing with the second drive gear (33a) rotates counterclockwise. Then, the separation roller (12a) provided integrally with the third driven gear (34a) similarly rotates counterclockwise. That is, the pressing roller (13a) and the separating roller (12a) are rotated in conjunction with each other by the interlocking means (32).

The sticky tape (10a) sandwiched between the pressing roller (13a) and the separating roller (12a) is rotated by the pressing roller (13a) and the separating roller (12a), so that the sticky tape (10a) is placed on the feed reel (3a). from the side toward the take-up reel (5a) (arrow Z). As the unused sticky tape (10a) moves, the feed reel (3a) also rotates counterclockwise as indicated by arrow L at the same time.

Next, the first drive gear (6Aa) provided integrally with the feed reel (3a) similarly rotates counterclockwise, and the first driven gear (6Ba) that meshes with the first drive gear (6Aa) rotates clockwise. Then, the second driven gear (6Ca) that meshes with the first driven gear (6Ba) rotates counterclockwise. Then, the take-up reel (5a) provided integrally with the second driven gear (6Ca) similarly rotates counterclockwise. That is, the feed-out reel (3a) and the take-up reel (5a) are rotated in conjunction with each other by the interlocking means (6a).

When the take-up reel (5a) rotates counterclockwise, the used sticky tape (11a) is taken up by the take-up reel (5a), so that it is moved from the feed reel (3a) side to the take-up reel (5a) side. The used sticky tape (11a) moves in the direction (arrow K).

At the same time, with the sticky tape between the pressing roller (13a) and the separating roller (12a), the sticky note (9a) of the unused sticky note tape (10a) is replaced with the sticky note (9a) of the unused sticky note tape (10a). Peel off the unused sticky note tape (10a) from the tape without interlocking with the movement of the tape. That is, the sticky note (9a) is peeled off by the separating roller (12a) from the unused sticky note tape (10a) fed out from the feeding reel (3a). ``A curved place where the sticky note (9a) is peeled off from the sticky note tape (10a) by curving the sticky note tape (10a) fed out from the feed reel (3a) along the separation roller (12a). ” refers to that place. Note that the details of the "(omitted) curved location" have been described above.

Since the sticky note paster (1a) is moved backward as shown by arrow B, the peeled sticky note (9a) moves forward between the lower surface of the pressing roller (13a) and the paper surface to be pasted. , is pressed against a pressing roller (13a) and pasted onto a paper surface or the like. That is, the peeled sticky note (9a) is pressed against the transfer surface by the pressing roller (13a). Attach a sticky note (9a) to the surface to be transferred. Then, only the used sticky note tape (11a) that has been attached to a paper surface and the sticky note (9a) has been peeled off is wound onto the take-up reel (5a).

Further, in the second embodiment, the following may be used. As mentioned earlier, in Example 2, in FIGS. 8 and 9, a circle that is approximately the same diameter as the pressing roller (13a) is formed along the outer circumference of the cylindrical portion of the pressing roller (13a). A second drive gear (33a) that draws a shape when rotated is provided coaxially and integrally with the pressing roller (13a), and a separating roller (12a) is provided along the outer periphery of the cylindrical portion of the separating roller (12a). A third driven gear (34a) which draws a circular shape larger than the outer circumference of the cylindrical portion (12a) when rotated is provided coaxially and integrally with the separation roller (12a). For example, the former is used as a second drive gear that draws a circular shape smaller than the outer circumference of the cylindrical portion of the pressing roller (13a) along the outer periphery of the cylindrical portion of the pressing roller (13a), and the separating roller The third driven gear may be arranged along the outer periphery of the cylindrical portion of the separating roller (12a) and draw a circular shape considerably larger than the outer periphery of the cylindrical portion of the separation roller (12a) during rotation.

Further, in the second embodiment, the following may be used. The interlocking means (32) may be configured as follows. Two intermediate gears that mesh with each other are arranged between the second drive gear (33a) and the third driven gear (34a), and when the second drive gear (33a) rotates, each of the intermediate gears rotates, and the third driven gear (34a) rotates. A driven gear (34a) may be provided to rotate and interlock.

Further, the sticky note transfer tool (1a) of Example 2 is constructed as follows. In FIG. 9, a guide roller (18a) is provided inside along the unused sticky tape (10a) between the feed reel (3a) and the separation roller (12a). be. The guide roller (18a) is rotatably supported by a support shaft. The guiding roller (18a) guides and guides the unused sticky tape (10a) fed out from the feeding reel (3a) between the pressing roller (13a) and the separating roller (12a). . The thickness of the unused sticky tape (10a) wound around the feeding reel (3a) is, when it is almost unused, as shown in Fig. 9, the width is larger than the diameter of the cylinder of the feeding reel (3a). have. However, as it continues to be used, its width gradually decreases and becomes smaller, and in the final stage, it approaches the diameter of the cylinder of the feed reel (3a). As the width changes and decreases, in the absence of the guide roller (18a), from the feed reel (3a), it is inserted between the pressure roller (13a) and the separation roller (12a). The sticky note tape (10a) has a problem in that resistance due to contact with the separation roller (12a) increases, and a load is easily applied to the separation roller (12a). In Example 3, which will be described later, ∠Akao and ∠Akaki are set at about 90 degrees, but the angles in Example 2 corresponding to these ∠Akao and ∠Akagi will move away from about 90 degrees. To solve the above problem, a guide roller (18a) is provided between the feed reel (3a) and the separation roller (12a), and the unused sticky note tape (10a) of the sticky note transfer tool (1a) is transferred as it is. Even if it continues to be used, the unused sticky tape (10a) fed out from the feeding reel (3a) can be separated from the pressing roller (13a) by reducing the resistance caused by contact with the separation roller (12a). Since the separating roller (12a) is guided between the pressing roller (13a) and the separating roller (12a), the load on the separating roller (12a) is reduced, and the pressure roller (13a) and the separating roller (12a) are guided. It has the effect of increasing certainty when it is inserted in between (Effects and others 2-1).

Next, the effects will be described. The sticky note transfer tool (1a) of Example 2 has the same effects as described in the sticky note transfer tool (1) of Example 1 (effect 1-1) (effect 1-2) (effect 1-3-1) ( It has the same effect as effect 1-3-2).

Next, I will write about the effects. As described above, in the sticky note transfer tool (1a) of Example 2, the separation roller (12a) is arranged opposite to the pressing roller (13a), and the sticky note transfer tool (1a) is fed out from the feeding reel (3a). A sticky tape (10a) is inserted between a pressing roller (13a) and a separating roller (12a), and the pressing roller (13a) is rotated while pressing it against the transfer surface. ) and the separating roller (12a), the sticky tape (10a) is driven, but the "adhesive for the sticky note (9a)" is not suitable unless it is on the level of a current commercially available product. There is.

Normally, the sticky tape (10a) inserted between the pressing roller (13a) and the separating roller (12a) is driven by the rotation of the pressing roller (13a). Even if the "thickness, material, etc. of the paper used for the sticky note (9a)" is comparable to current commercially available products, if the adhesive used for the sticky note has a strong adhesive force. (For example, if the adhesive used for sticky notes is the adhesive used for adhesive stickers, etc., it may be a permanent adhesive (strong adhesive) type that does not peel off after being pasted, or it may be a permanent adhesive (strong adhesive) that cannot be removed after being pasted, or , in the case of removable (medium adhesive) type adhesives), by inserting sticky tape between the pressing roller (13a) and the separating roller (12a), the tape (23) If the sticky note sticks and sticks, it may become difficult for the separating roller (12a) to peel off the sticky note from the unused sticky note tape (10a) fed out from the feed reel (3a).

Further, normally, the sticky tape (10a) inserted between the pressing roller (13a) and the separating roller (12a) is driven by the rotation of the pressing roller (13a). 23) Thickness and material may be comparable to current commercially available products, but if the adhesive used for the sticky note has a strong adhesive force (for example, the adhesive used for the sticky note may be used for adhesive stickers, etc.) In the case of adhesives, permanent adhesives (strong adhesives) that cannot be removed after being applied, or removable (medium adhesives) adhesives that are peeled off after being applied for a certain period of time). , and the same applies if the material used for the sticky note is a film such as PET or PVC, or even if the material used for the sticky note is paper, it is thicker than the current commercial product. By inserting the sticky tape between the pressing roller (13a) and the separation roller (12a), the sticky note sticks to the tape (23), and by sticking, the feed reel (3a) There is a possibility that it becomes difficult for the separating roller (12a) to peel off the sticky note from the unused sticky note tape (10a) that has been drawn out further.

However, in the sticky note transfer tool (1a) of Example 2, the adhesive used for the sticky note (9a) is a re-applying type that uses a slightly adhesive re-peel that is peeled off and pasted again. Since it is a commercially available product, the sticky tape (10a) inserted between the pressing roller (13a) and the separating roller (12a) is driven by the rotation of the pressing roller (13a). Even if the sticky tape is inserted between the separation roller (13a) and the separation roller (12a), the sticky note (9a) will not stick to the tape (23) and will not stick to it. , there is an effect that the sticky note (9a) is not difficult to peel off by the separating roller (12a) from the unused sticky note tape (10a) fed out from the feed reel (3a) (effect 2-1). .

Next, I will write about the effects. As described above, the sticky note transfer tool (1a) of Example 2 is constructed as follows. It has an interlocking means (32) for interlocking the pressing roller (13a) and the separating roller (12a), the separating roller (12a) is arranged opposite to the pressing roller (13a), and the feeding reel is Since the sticky tape (10a) fed out from (3a) is sandwiched between the pressing roller (13a) and the separating roller (12a), the pressing roller rotates while pressing it against the transfer surface. (13a) causes the sticky tape (10a) inserted between the pressing roller (13a) and the separating roller (12a) to be driven. Further, a feed reel (3a) for feeding out the tape (2a) before transfer, a take-up reel (5a) for winding up the tape (4a) after transfer, the feed reel (3a) and the take-up reel (5a). ) is provided as a transfer tool in the main container (7a), so that the separating roller ( The sticky note (9a) peeled off by 12a) is pressed against the transfer surface by the pressing roller (13a). After use, the sticky tape (11a) is wound up on a take-up reel (5a). Therefore, the movement of the feed reel (3a), take-up reel (5a), separation roller (12a), pressing roller (13a), unused sticky note tape (10a), and used sticky note tape (11a) are approximately synchronous and the amount of movement is basically always approximately constant, so the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, the movements of the unused sticky note tape (10a), the used sticky note tape (11a), etc. are approximately synchronized, their movements approximately coincide in time, and the amount of movement is basically always approximately constant. There is an effect that there is (effect 2-2).

Next, I will write about the effects. In addition, as described in Effect 2-1, when the adhesive used for the sticky note has a large adhesive force, by inserting it between the pressing roller (13a) and the separating roller (12a), Since the sticky note sticks to the tape (23) and sticks, it becomes difficult for the separating roller (12a) to peel off the sticky note from the unused sticky note tape (10a) fed out from the feed reel (3a), making it difficult for the sticky note to be peeled off. may become difficult. Since the sticky note may be difficult to peel off, the sticky note tape (10a) sandwiched between the pressing roller (13a) and the separating roller (12a) may be attached to the pressing roller (13a). It is not effective to select a method that follows the rotation of the .

However, in the sticky note transfer tool (1a) of Example 2, the adhesive used for the sticky note (9a) is a re-stick type that uses a slightly adhesive re-peel adhesive that is peeled off and pasted again. Since it is a commercially available product, we selected a method in which the sticky tape (10a) inserted between the pressing roller (13a) and the separating roller (12a) is driven by the rotation of the pressing roller (13a). Even if the sticky note (9a) is peeled off, the sticky note (9a) does not become difficult to peel off.

In addition, as described in Effect 2-2, the movements of the unused sticky note tape (10a), the used sticky note tape (11a), etc. are approximately synchronized, and the movements are approximately coincident in time. The amount is basically always approximately constant, but in order to make it so, the sticky note transfer tool (1a) of Embodiment 2 uses a pressure roller between the pressing roller (13a) and the separating roller (12a). A method is selected in which the sticky tape (10a) inserted between the tapes is driven by the rotation of the pressing roller (13a).

In other words, the movements of the unused sticky note tape (10a), the used sticky note tape (11a), etc. are approximately synchronized, their movements approximately coincide in time, and the amount of movement is basically always approximately constant. However, in order to do so, the sticky note transfer tool (1a) of Example 2 uses a sticky note tape (10a) inserted between a pressing roller (13a) and a separating roller (12a). ) is driven by the rotation of the pressing roller (13a), and even if the method is selected, the adhesive used for the sticky note (9a) of the sticky note transfer tool (1a) in Example 2 is not suitable for pasting. Since the sticky note (9a) is used as a current commercially available product using a slightly adhesive re-peel that is peeled off and pasted again, the sticky note (9a) does not become difficult to peel off and does not become difficult to peel off. To be more specific, the movements of the unused sticky note tape (10a), the used sticky note tape (11a), etc. are approximately synchronized, their movements approximately coincide in time, and the amount of movement is basically always approximately. However, in order to do so, the adhesive used for the sticky note (9a) is a current commercially available product that uses a re-apply type re-peel type that requires peeling off and pasting again. It is established by doing this. In other words, in the sticky note transfer tool (1a) of Example 2, the adhesive used for the sticky note (9a) was a re-sticking type re-peel type that had to be peeled off and pasted again. Since it is comparable to current commercially available products, as a result, the movements of the unused sticky note tape (10a), the used sticky note tape (11a), etc. are approximately synchronized, and the movements are approximately coincident in time. There is an effect that the amount is basically always approximately constant (effect 2-3-1).

Similarly, effect 2-2 is more reliable as an effect due to effects 1-1, 1-2, and 1-3-1. Similar to Example 1 described in Effects 1-1 and 1-2, Example 2, the sticky note transfer tool (1a), also uses paper whose sticky note (9a) has a thickness of about 0.08 to 0.1 mm. The adhesive used for the sticky note (9a) is similar to that of current commercially available products that use a re-applying type re-peel type that requires peeling off and pasting again, so it is effective. become. Similar to Example 1 described in Effect 1-3-1, in Example 2, the sticky note transfer tool (1a), the adhesive used for the sticky note (9a) is peeled off after being pasted, and then removed again. Since it is comparable to current commercially available products that use a re-apply type re-peel with a slight adhesive, its effect is effective. In other words, in the sticky note transfer tool (1a) of Example 2, the adhesive used for the sticky note (9a) is a re-sticking type that uses a slightly sticky re-peel adhesive that is pasted, peeled off, and pasted again. Alternatively, the sticky note (9a) is made of paper with a thickness of about 0.08 to 0.1 mm, and the adhesive used for the sticky note (9a) is peeled off after pasting. Since it is about the same as the current commercially available product that uses a re-apply type re-peel with a slight adhesive, by applying effects 1-1, 1-2, and 1-3-1, as a result, the effect of effect 2-2 is guaranteed. It has the effect of improving sexual performance (effect 2-3-2).

Next, I will continue to write about the effects. The sticky note transfer tool (1a) of the second embodiment is the same as that of the first embodiment (effect A1-actual 1). As described above (effect 2-2), the feed reel (3a), the take-up reel (5a), the separation roller (12a), the pressing roller (13a), the unused sticky tape (10a), The movements of the sticky note tape (11a) after use are approximately synchronized, and the amount of movement is basically always approximately constant. Therefore, since it is always approximately constant, the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, it is necessary to solve the first problem described in ``Problems to be Solved by the Invention'' by gradually reducing the number of rotations of the pressing roller required to paste a single sticky note. This has the effect that when pasting a single sticky note, there is no need to carefully check the position of the sticky note on the sticky tape each time and determine the number of rotations of the pressing roller. Effect A1-Actual 2).

Next, I will continue to write about the effects. The sticky note transfer tool (1a) of Example 2 is the same as (Effect B1-Actual 1) of Example 1. As described in (Effect A1-Example 2), the sticky note transfer tool (1a) of Example 2 does not move the unused sticky note tape (10a), the used sticky note tape (11a), etc. Since they are approximately synchronized and the amount of movement is basically always approximately constant, the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, the second problem described in ``Problems to be Solved by the Invention'' is solved, and the above-mentioned method of "multiplying by the ratio" eliminates the need to provide sticky notes on the sticky note tape. There is an effect that there is no waste, and the upper limit of the amount of sticky tape when commercialized can be relaxed (effect B1-actual 2). In addition, since there is no need to "multiply by a factor" each time when commercializing a product, it is easy to standardize the specifications of sticky tape, and there is no need to commercialize each product type, resulting in efficient production. This has the effect of making it easier to reduce inventory and reducing inventory (Effect B2-Actual 2).

Next, a sticky note transfer tool (1b), which is Example 3, will be described. The sticky note transfer tool (1b) of the third embodiment has a part of the second embodiment as follows. Note that, as described above, the points shown in FIG. 10 are drawn slightly above the actual contact points in order to make the display easier to understand. Therefore, although ∠Akao in FIG. 10 is not drawn at a right angle, ∠Akao is originally a right angle. In addition, for ease of comparison, the dots in FIG. 11 are drawn slightly higher than they actually are in order to be similar to the dots in FIG. 10. Therefore, although ∠Akao and ∠Akaki in FIG. 11 are not drawn at right angles, it should be noted that ∠Akao and ∠Akaki are originally at right angles. As mentioned above, in the second embodiment, the straight line E and the transfer surfaces (16A) and (16B) are arranged in parallel in FIG. However, for example, it is not necessary to provide the straight line EO and the transfer surfaces (16A) (16B) parallel to each other. FIG. 11 is a simplified diagram for explaining the third embodiment. In FIG. 11, the sticky tape inserted between the position A and the pressing roller (13b) and the separating roller (12b) from the position A (the tangent of the outer periphery of the cylindrical part of the separating roller (12b) ), a point F (contact point F on the outer periphery of the cylindrical portion of the separating roller (12b)), where a straight line connecting the center point K of the support shaft of the pressing roller (13b) and the point O intersects, and the point F Set up three points of ∠Akao at approximately 90 degrees. Similarly, the pressing roller (13b) and the separating roller (12b) are arranged at positions where the ∠ angle is about 90 degrees. By setting ∠Red and ∠Red at about 90 degrees, the sticky tape inserted between the pressing roller (13b) and the separating roller (12b), the pressing roller (13b), and the separating roller (12b), and when the unused sticky tape (10b) moves from the feed reel (3b) side to the take-up reel side, the movement becomes even smoother, making it easier to move. The required load can be reduced. (Effects etc. 3-1)

Next, a sticky note transfer tool (1c), which is Example 4, will be described. A part of the figure will be explained. FIG. 13 is an explanatory diagram of the operation, and the interlocking means (6c) and the interlocking means (32c) are omitted for convenience in order to explain the process of transferring the sticky note (9c). The sticky note transfer tool (1c) of Example 4 has a main body container (7c) as shown in FIGS. 12 and 13. A feed-out reel (3c) is arranged to feed out an unused sticky note tape (10c) in which a sticky note (9c) coated with an adhesive (8) is attached to a tape (23). A take-up reel (5c) is arranged to wind up the sticky tape (11c) after use. Interlocking means (6c) for interlocking the feed reel (3c) and the take-up reel (5c) is provided in the main container (7c). A separating roller (12c), a pressing roller (13c), and an auxiliary roller (37) are rotatably provided. By curving the sticky note tape (10c) fed out from the feed reel (3c) along the separation roller (12c), the sticky note (9c) is peeled off from the sticky note tape (10c) at a curved place and A separating roller (12c) is arranged between the feed reel (3c) and the take-up reel (5c) and near the pressing roller (13c). The pressing roller (13c) is arranged to press the sticky note (9c) peeled off from the sticky note tape (10c) onto the transfer surface.

It has interlocking means (32c) for interlocking the pressing roller (13c) and the separating roller (12c). The auxiliary roller (37) is arranged opposite to the separation roller (12c). The sticky tape fed out from the feeding reel (3c) is sandwiched between the separation roller (12c) and the auxiliary roller (37).

Next, the effect will be explained. The separation roller (12c) is rotated by the pressing roller (13c) which is rotated while pressing against the transfer surface. The sticky tape (11c) inserted between the separation roller (12c) and the auxiliary roller (37) is driven by the rotation of the separation roller (12c). The sticky note (9c) is peeled off by the separating roller (12c) from the unused sticky note tape (10c) fed out from the feed reel (3c). The peeled sticky note (9c) is pressed against the transfer surface by the pressing roller (13c). The sticky tape (11c) after use is wound up with a take-up reel (5c). It is used as a sticky note transfer tool (1c) for pasting a sticky note (9c) on the surface to be transferred.

Next, each part of the sticky note transfer tool (1c) of Example 4 will be supplemented. The materials, forms, etc. of the tape (23), adhesive (8), and sticky note (9c) are the same as in Example 1.

The interlocking means (6c) is similar to the interlocking means (6) of the first embodiment.

The "interlocking means (32c) for interlocking the pressing roller (13c) and the separating roller (12c)" is configured as follows, similar to the second embodiment. In FIGS. 12 and 13, the pressing roller (13c) is rotatably supported by a support shaft (27c). The second drive gear (33c) draws a circular shape that is approximately the same as the outer circumference of the cylindrical portion of the pressing roller (13c) and the diameter of the pressing roller (13c) when rotating. It is installed coaxially and integrally. The second drive gear (33c) is rotatably supported by a support shaft (27c). Further, the separation roller (12c) is rotatably supported by a support shaft (28c). A third driven gear (34c) that draws a circular shape larger than the outer periphery of the cylindrical portion of the separation roller (12c) during rotation is provided coaxially and integrally with the separation roller (12c). The third driven gear (34c) is rotatably supported by a support shaft (28c). The second driving gear (33c) and the third driven gear (34c) are arranged to mesh with each other. When the second drive gear (33c) rotates, the third driven gear (34c) rotates and is interlocked with the third driven gear (34c).

``A separating roller (12c) is arranged near the pressing roller (13c)'' is the same as in Example 1. Further, it is stated that ``a separation roller (12c) is disposed opposite to a pressing roller (13c)'' is the same as in the first embodiment.

``A curved place where the sticky note (9c) is peeled off from the sticky note tape (10c) by curving the sticky note tape (10c) fed out from the feed reel (3c) along the separation roller (12c). " is the same as in Examples 1 and 2.

Also, "the auxiliary roller (37) is arranged between the feeding reel (3c) and the take-up reel (5c)" does not mean "between the feeding reel (3c) and the take-up reel (5c)". However, this does not mean that the arrangement may be anywhere between the feed reel (3c) and the take-up reel (5c). Along the route of the sticky tape that is fed out from the feed reel (3c) and wound up by the take-up reel (5c), in other words, on the route, the feed reel (3c) and the take-up reel (5c) This means that it is located between. The reels, rollers, etc. through which the sticky tape passes are the feed reel (3c), the separation roller (12c) (or the auxiliary roller (37)), and the take-up reel (5c), in that order.

Next, "the auxiliary roller (37) is disposed opposite the separation roller (12c)" describes the positional relationship between the separation roller (12c) and the auxiliary roller (37). In FIGS. 12 and 13, the auxiliary roller (37) is rotatably supported by a support shaft (39). A sticky tape (11c) inserted between the separation roller (12c) and the auxiliary roller (37) is provided to follow the rotation of the separation roller (12c), and the separation roller (12c) When it rotates, the sticky tape (11c) inserted between the separating roller (12c) and the auxiliary roller (37) moves in conjunction with each other, and the auxiliary roller (37) also rotates in conjunction. The width between the separation roller (12c) and the auxiliary roller (37) is set so that the sticky tape (11c) can be inserted therein. In addition, the separating roller (12c) and an auxiliary roller are arranged so that the sticky tape (11c) fed out from the feeding reel (3c) can move toward the take-up reel (5c) when the separating roller (12c) rotates. (37) is provided. An auxiliary roller (37) is arranged opposite to the separation roller (12c), and the center point of the support shaft (28c) of the separation roller (12c) and the center of the support shaft (39) of the auxiliary roller (37) point is symmetrical with respect to the sticky tape (11c) as a boundary, and the center point of the spindle (28c) of the separating roller (12c) and the spindle (39) of the auxiliary roller (37) The distance from the center point of is the closest neighbor position. If we compare the separation roller (12c) and the auxiliary roller (37) to gears, the separation roller (12c) and the auxiliary roller (37) are arranged so as to mesh with each other, and the width is such that the sticky tape (11c) can be inserted. The separating roller (12c) and the auxiliary roller (37) are arranged with a slight offset between them. For example, the separation roller (12c) and the auxiliary roller (37) are arranged so that the sticky tape (11c) can be sandwiched between the separation roller (12c) and the auxiliary roller (37). However, a width is provided between the separation roller (12c) and the auxiliary roller (37) to the extent that the sticky tape (11c) can be moved. The width between the separation roller (12c) and the auxiliary roller (37) depends on the material, surface condition, rotation performance, etc. of the separation roller (12c) and the auxiliary roller (37), or the sticky tape ( Since it is affected by the material, thickness, surface condition, etc. of 11c), it is necessary to carefully consider and adjust it to prevent slipping. The materials for the separation roller (12c) and auxiliary roller (37) are mainly urethane rubber, NBR rubber (nitrile rubber), CR rubber (chloroprene rubber), silicone rubber, EPDM (ethylene propylene diene rubber), and butyl rubber. , SBR (styrene-butadiene rubber), etc., but other materials may also be used. Surface processing includes vertical groove processing, horizontal groove processing, helical processing, double helical processing, diamond cut processing, worm processing, tapered crown processing, radial crown processing, and reverse crown processing from the viewpoints of slip prevention, meandering prevention, and improved friction coefficient. etc. may be applied.

Further, the fourth embodiment is as follows. FIG. 14 is a simplified diagram for explaining the fourth embodiment. In addition, in FIG. 14, for ease of comparison with FIG. 10 of Examples 1 and 2 and FIG. 11 of Example 3, the same symbols are used for A, C, O, and F, although the positions are different. be. Figure 14: The position where the used sticky note tape (11c) is wound up on the take-up reel (5c), and the separation roller (12c) for separating the sticky note tape (10c) fed out from the feed reel (3c). and the auxiliary roller (37) (the tangent to the outer periphery of the cylindrical portion of the auxiliary roller (37)). 37) The point where the straight line connecting the center point C of the support shaft intersects (the point of contact on the outer periphery of the cylindrical part of the auxiliary roller (37)) and the ∠ height of the three points above are approximately 90 degrees. Provided for. Similarly, ∠cosao is set at about 90 degrees. By setting the angles of ∠ and ∠ at approximately 90 degrees, the sticky tape inserted between the separation roller (12c) and the auxiliary roller (37) and the separation roller (12c) and the auxiliary roller (37) are separated. ), the unused sticky tape (10c) moves more smoothly from the feed reel (3c) side to the take-up reel (5c) side, and the load required for movement is reduced. can be reduced. (Effects etc. 4-1)

Further, the fourth embodiment is as follows. First, for explanation, the sticky note transfer tool (1d), which is Example 5, will be described. FIG. 15 is a simplified diagram for explaining the fifth embodiment. Note that in FIG. 15, for ease of comparison with FIG. 14 of the fourth embodiment, A, C, O, and F are shown as being the same, and their positions are also the same. The sticky note transfer tool (1d) of Example 5 has a part of Example 4 as follows. The diameter of the pressing roller (13d) in Example 5 is larger than the diameter of the pressing roller (13c) in Example 4. In other respects, the sticky note transfer tool (1d) of the fifth embodiment is almost the same as the sticky note transfer tool (1c) of the fourth embodiment.

Next, Example 4 will be described. In the fourth embodiment, as shown in FIG. 14, the auxiliary roller (37) is provided below the separation roller (12c), so if the pressing roller is placed adjacent to the separating roller (12c), the pressing roller ( The diameter becomes large as shown in 13d). Therefore, in Example 4, the diameter of the pressing roller (13c) is made small. Since the diameter of the pressing roller (13c) is made small, it is arranged as follows. As mentioned above, in Example 1, the pressure roller is moved from point A where the sticky note (9) touches the transfer surface (16A) (16B) while the sticky note (9) is being peeled off, and from position A. (13) and the separation roller (12), the transfer surface ( The point A where 16A) and 16B intersect is the same location. However, in the fourth embodiment, the point S (FIG. 14) corresponding to the former point A does not match the latter point A. In addition, in FIG. 15, in Example 5, the former point A corresponds to the latter point A, and the latter point A matches. Further, the fourth embodiment is as follows. ∠The angle is set smaller than about 90 degrees.

Further, the fourth embodiment is as follows. In Example 1, the extension line of the unused sticky tape (10) passing between the pressing roller (13) and the separating roller (12) from position A (the cylindrical part of the separating roller (12) At point A (not shown in FIG. 14), which corresponds to point A where the transferred surfaces (16A) and (16B) intersect with the tangent line touching the outer periphery, ∠ Asu is made smaller than about 90 degrees, as in Example 1. It is provided. Further, as described above, ∠Kosashi is set at about 90 degrees, and ∠Kosao is set at about 90 degrees. Also, the angle of ∠ is set to be smaller than about 90 degrees. The fourth embodiment is implemented as follows while satisfying a total of four conditions. The angle of the sticky tape that passes through the dots is made as wide as possible. By widening the angle at which the sticky tape passes through the point acacia, the relationship between the sticky tape and the separation roller (12c) and auxiliary roller (37) is improved, and the tape is taken up from the feed reel (3c) side. When the unused sticky tape (10c) moves in the direction toward the reel (5c), the movement becomes smoother, and the load required for movement can be reduced. (Effects etc. 4-2)

In addition, in FIG. 15, in Example 5, the line marks are in a straight line, whereas in FIG. 14, in Example 4, the line marks are not in a straight line, so compared to Example 4 In the fifth embodiment, when the sticky note (9d) is peeled off by the separation roller (12d) from the unused sticky note tape (10d) fed out from the feed reel (3d), the sticky note (9d) can be moved smoothly. (Effects etc. 5-1)

Next, I will add some information about the effect. In FIGS. 12 and 13, the sticky note transfer tool (1c) is grasped by hand, etc., and the pressure roller (13c) is pressed against the paper surface to be pasted, that is, the surface to be transferred, and the sticky note transfer tool (1c) is By moving the pressing roller (13c) backward as shown by arrow B, the pressing roller (13c) is rotated clockwise as shown by arrow R, and the second drive gear ( 33c) similarly rotates clockwise, and the third driven gear (34c) meshing with the second drive gear (33c) rotates counterclockwise. Then, the separation roller (12c) provided integrally with the third driven gear (34c) similarly rotates counterclockwise. In other words, the pressing roller (13c) and the separating roller (12c) are rotated in conjunction with each other by the interlocking means (32c).

The sticky tape (11c) sandwiched between the separation roller (12c) and the auxiliary roller (37) is rotated by the separation roller (12c), and is rolled from the feed reel (3c) side to the take-up reel (5c). The unused sticky tape (10c) is moved in the side direction, that is, by the rotation of the separation roller (12c). In this case, the auxiliary roller (37) also rotates clockwise at the same time. As the unused sticky tape (10c) moves, the feed reel (3c) also rotates counterclockwise as shown by arrow L at the same time.

Next, the first drive gear (6Ac) provided integrally with the feed reel (3c) similarly rotates counterclockwise, and the first driven gear (6Bc) that meshes with the first drive gear (6Ac) rotates clockwise. Then, the second driven gear (6Cc) that meshes with the first driven gear (6Bc) rotates counterclockwise. Then, the take-up reel (5c) provided integrally with the second driven gear (6Cc) similarly rotates counterclockwise. In other words, the feed reel (3c) and the take-up reel (5c) are rotated in conjunction with each other by the interlocking means (6c).

When the take-up reel (5c) rotates counterclockwise, the used sticky tape (11c) is taken up by the take-up reel (5c), so that it can be moved from the feeding reel (3c) side to the take-up reel (5c) side. The used sticky tape (11c) moves in the direction of .

At the same time, the sticky tape slides between the pressing roller (13c) and the separating roller (12c). With the sticky tape sliding along the separating roller (12c), the sticky note (9c) of the unused sticky note tape (10c) is attached to the tape (23) of the unused sticky note tape (10c). The unused sticky note tape (10c) is peeled off from the tape (23) without being linked to the movement. That is, the sticky note (9c) is peeled off by the separating roller (12c) from the unused sticky note tape (10c) fed out from the feed reel (3c). ``A curved place where the sticky note (9c) is peeled off from the sticky note tape (10c) by curving the sticky note tape (10c) fed out from the feed reel (3c) along the separation roller (12c). ” refers to that place. Note that the details of the "(omitted) curved location" have been described above.

Since the sticky note paster (1c) is moved backward as shown by arrow B, the peeled sticky note (9c) moves forward between the lower surface of the pressing roller (13c) and the paper surface to be pasted. , is pressed by a pressing roller (13c) and pasted onto a paper surface or the like. In other words, the peeled sticky note (9c) is pressed against the transfer surface by the pressing roller (13c). Paste the sticky note (9c) on the surface to be transferred. Then, only the tape (23) of the used sticky note tape (11c), which is pasted onto a paper surface and from which the sticky note (9c) has been peeled off, is wound up on the take-up reel (5c).

In the sticky note transfer tool (1c) of Example 4, the auxiliary roller (37) is arranged opposite to the separation roller (12c), and the auxiliary roller (37) is placed near the take-up reel (5c). An auxiliary roller (37) is arranged between the pressure roller (13c) and the take-up reel (5c). Opposing rollers between which the sticky tape is sandwiched are arranged near the take-up reel. Further, although not particularly shown in the drawings, the following method may be used. The auxiliary roller (37) may be provided closer to the feed reel (3c). An auxiliary roller may be arranged between the feed reel (3c) and the pressing roller (13c). In other words, the opposing rollers between which the sticky tape is inserted may be arranged closer to the feed reel. The auxiliary roller is located diagonally above and to the right of the pressing roller and to the left of the separating roller, but the diameter of the pressing roller in this case is smaller than that of the pressing roller (13c).

Further, the sticky note transfer tool (1c) of Example 4 is constructed as follows. In FIG. 13, the outer side (auxiliary A guiding roller (31) is provided on the roller (37) side). The guide roller (31) is rotatably supported by a support shaft (38). The guide roller (31) guides the used sticky tape (11c) sandwiched between the separation roller (12c) and the auxiliary roller (37) to the take-up reel (5c). do. The thickness of the used sticky tape (11c) wound around the take-up reel (5c) is approximately the same as the diameter of the cylinder of the take-up reel (5c) when it is almost unused, as shown in Figure 13. That's about it. However, as it continues to be used, its width gradually increases, and in the final stage, it becomes larger than the diameter of the cylinder of the take-up reel (5c). As the width changes and increases, in the absence of the guide roller (31), the used material moves from between the separation roller (12c) and the auxiliary roller (37) to the take-up reel (5c). The sticky tape (11c) has a problem in that resistance due to contact with the separation roller (12c) increases, and a load is easily applied to the separation roller (12c). To solve the above problem, a guide roller (31) is provided between the separation roller (12c) (or auxiliary roller (37)) and the take-up reel (5c), and the sticky note transfer tool (1c) is installed as is. Even if you continue to use the sticky note tape (10c), the used sticky note tape (11c) moves from between the separation roller (12c) and the auxiliary roller (37) to the separation roller (12c). Since it is guided to the take-up reel (5c) with less resistance due to contact between This has the effect of increasing the reliability when being inserted between the roller (37) (Effect and others 4-3).

Although the guide roller (31) is rotatably supported by the support shaft (38), a fixed pin or the like may be arranged instead of the guide roller (31).

Next, the effects will be described. The sticky note transfer tool (1c) of Example 4 has the same effects as described in the sticky note transfer tool (1) of Example 1 (effect 1-1) (effect 1-2) (effect 1-3-1) ( It has the same effect as effect 1-3-2).

Next, I will write about the effects. As described above, the sticky note transfer tool (1c) of Example 4 is constructed as follows. It has an interlocking means (32c) for interlocking the pressing roller (13c) and the separation roller (12c), the auxiliary roller (37) is arranged opposite to the separation roller (12c), and the feeding reel is Since the sticky tape fed out from (3c) is sandwiched between the separating roller (12c) and the auxiliary roller (37), the pressing roller (13c) rotates while pressing it against the transfer surface. The separation roller (12c) rotates, and the sticky tape (11c) sandwiched between the separation roller (12c) and the auxiliary roller (37) is driven by the rotation of the separation roller (12c). It has become. Further, a feed reel (3c) for feeding out the tape (2c) before transfer, a take-up reel (5c) for winding up the tape (4c) after transfer, the feed reel (3c) and the take-up reel (5c). ) is provided as a transfer tool in the main container (7c), so that the separating roller ( The sticky note (9c) peeled off by step 12c) is pressed against the transfer surface by the pressing roller (13c). After use, the sticky tape (11c) is wound up on a take-up reel (5c). Therefore, a feed reel (3c), a take-up reel (5c), a separating roller (12c), a pressing roller (13c), an auxiliary roller (37), an unused sticky note tape (10c), and a used sticky note. The movements of the tape (11c) are approximately synchronous and the amount of movement is basically always approximately constant, so the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, the movements of the unused sticky note tape (10c), the used sticky note tape (11c), etc. are approximately synchronized, their movements are approximately the same in time, and the amount of movement is basically always approximately constant. There is an effect that there is (effect 4-1).

Moreover, effect 4-2 is more reliable as an effect as a result of effects 1-1, 1-2, and 1-3-1. Similar to Example 1 described in Effects 1-1 and 1-2, Example 4, the sticky note transfer tool (1c), also uses paper with a sticky note (9c) thickness of about 0.08 to 0.1 mm. The adhesive used for the sticky note (9c) is similar to that of current commercially available products, which use a re-apply type re-peel type that requires peeling off and pasting again, so it is effective. become. Similar to Example 1 described in Effect 1-3-1, in Example 4, the sticky note transfer tool (1c), the adhesive used for the sticky note (9c) is peeled off after being pasted, and then removed again. Since it is comparable to current commercially available products that use a re-apply type re-peel with a slight adhesive, its effect is effective. In other words, in the sticky note transfer tool (1c) of Example 4, the adhesive used for the sticky note (9c) is a re-stick type that uses a slightly adhesive re-peel adhesive that is pasted, peeled off, and pasted again. Or, the sticky note (9c) is made of paper with a thickness of about 0.08 to 0.1 mm, and the adhesive used for the sticky note (9c) is peeled off after pasting. Since it is about the same as the current commercially available product that uses a re-stick type re-peel with a slight adhesive, by applying effects 1-1, 1-2, and 1-3-1, as a result, the effect of effect 4-1 is guaranteed. This has the effect of improving sexual performance (effect 4-2).

Next, I will write about the effects. As mentioned earlier, as in the problem described in Example 1 (effect 1-4) and the problem described in example 2 (effect 2-1), sticky tape is usually used between the two. Opposed rollers are arranged to sandwich the sticky note, but by inserting the sticky note tape between the rollers, the sticky note sticks to the tape, and as a result of the stickiness, the sticky note is fed out from the feed reel. The sticky note may be difficult to peel off from the sticky tape by the separation roller. In the sticky note transfer tool (1c) of Example 4, the sticky note (9c) is also peeled off by the separation roller (12c) from the unused sticky note tape (10c) fed out from the feed reel (3c). However, in the sticky note transfer tool (1c) of Embodiment 4, the auxiliary roller (37) placed opposite the separation roller (12c) is connected to the pressing roller (13c) and the take-up reel (5c). Since the sticky tape (11c) is placed between the separation roller (12c) and the auxiliary roller (37), the pressing roller (13c) rotates while pressing against the transfer surface. When the separation roller (12c) rotates and the sticky tape inserted between the separation roller (12c) and the auxiliary roller (37) is driven by the rotation of the separation roller (12c), The sticky tape inserted between the separation roller (12c) and the auxiliary roller (37) is only the used sticky note tape (11c) (23) from which the sticky note (9c) has been peeled off. Therefore, the sticky note (9c) does not stick to the tape (23), and the sticky note (9c) is not stuck to the tape (23), so the separating roller (12c) separates the sticky note (9c) from the sticky note tape fed out from the feed reel (3c). It has the effect of not becoming difficult to peel off (effect 4-3).

Next, I will continue to write about the effects. The sticky note transfer tool (1c) of Example 4 is similar to (Effect A1 - Actual 1) of Example 1. As described in (Effect 4-1) above, the feed reel (3c), take-up reel (5c), separation roller (12c), pressing roller (13c), auxiliary roller (37), and unused sticky notes. The movements of the sticky tape (10c) and the sticky tape (11c) after use are approximately synchronized, and the amount of movement is basically always approximately constant. Therefore, since it is always approximately constant, the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, it is necessary to solve the first problem described in ``Problems to be Solved by the Invention'' by gradually reducing the number of rotations of the pressing roller required to paste a single sticky note. This has the advantage that when pasting a single sticky note, there is no need to carefully check the position of the sticky note on the sticky tape each time and determine the number of rotations of the pressing roller. Effect A1-Actual 4).

Next, I will continue to write about the effects. The sticky note transfer tool (1c) of Example 4 is the same as (Effect B1-Actual 1) of Example 1. As described in (Effect A1-Example 4), the sticky note transfer tool (1c) of Example 4 has the following effects: the movement of unused sticky note tape (10c), used sticky note tape (11c), etc. Since they are approximately synchronized and the amount of movement is basically always approximately constant, the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, the second problem described in ``Problems to be Solved by the Invention'' is solved, and the above-mentioned method of "multiplying by the ratio" eliminates the need to provide sticky notes on the sticky note tape. There is an effect that no waste occurs and the upper limit of the amount of sticky tape when commercialized can be relaxed (effect B1-actual 4). In addition, since there is no need to "multiply by a factor" each time when commercializing a product, it is easy to standardize the specifications of sticky tape, and there is no need to commercialize each product type, resulting in efficient production. It has the effect of making it easy to carry out and reducing the amount of inventory held (Effect B2-Actual 4).

Next, a sticky note transfer tool (1e), which is Example 6, will be described. A part of the figure will be explained. FIG. 17 is an explanatory diagram of the operation, in which the interlocking means (6e) and the interlocking means (40) are omitted for convenience in order to explain the process of transferring the sticky note (9e). The sticky note transfer tool (1e) of Example 6 is shown in FIGS. 16 and 17 as follows. In FIGS. 16 and 17, it has a main body container (7e). A feed-out reel (3e) is arranged to feed out an unused sticky note tape (10e) in which a sticky note (9e) coated with an adhesive (8) is attached to a tape (23). A take-up reel (5e) is arranged to wind up the sticky tape (11e) after use. Interlocking means (6e) for interlocking the feed reel (3e) and the take-up reel (5e) is provided in the main container (7e). A separating roller (12e), a pressing roller (13e), and a driven roller (42) are rotatably provided. By curving the sticky note tape (10e) fed out from the feed reel (3e) along the separation roller (12e), the sticky note (9e) is peeled off from the sticky note tape (10e) at a curved place and A separating roller (12e) is arranged between the feed reel (3e) and the take-up reel (5e) and near the pressing roller (13e). The pressing roller (13e) is arranged to press the sticky note (9e) peeled off from the sticky note tape (10e) onto the transfer surface.

It has interlocking means (40) for interlocking the pressing roller (13e) and the driven roller (42). A driven roller (42) is arranged opposite to the separation roller (12e). A sticky tape (10e) fed out from a feeding reel (3e) is sandwiched between a separating roller (12e) and a driven roller (42).

Next, the effect will be explained. The driven roller (42) is rotated by the pressing roller (13e) rotated while pressing against the transfer surface. The sticky tape (10e) inserted between the separation roller (12e) and the driven roller (42) is driven by the rotation of the driven roller (42). The sticky note (9e) is peeled off by the separation roller (12e) from the unused sticky note tape (10e) fed out from the feed reel (3e). The peeled sticky note (9e) is pressed against the transfer surface by the pressing roller (13e). The sticky tape (11e) after use is wound up with a take-up reel (5e). It is a sticky note transfer tool (1e) for pasting a sticky note (9e) on the surface to be transferred.

Next, we will provide supplementary information about each part of the mechanism. The materials, forms, etc. of the tape (23), adhesive (8), and sticky note (9e) are the same as in Example 1.

The interlocking means (6e) is similar to the interlocking means (6) of the first embodiment.

The pressing roller (13e) is rotatably supported by a support shaft (27e). The driven roller (42) is rotatably supported by a support shaft (45).

The "interlocking means (40) for interlocking the pressing roller (13e) and the driven roller (42)" is as follows. In FIGS. 16 and 17, the second driving gear (33e) draws a circular shape that is approximately the same as the outer circumference of the cylindrical portion of the pressing roller (13e) and has a diameter that is approximately the same as the diameter of the pressing roller (13e). is provided coaxially and integrally with the pressing roller (13e). The second drive gear (33e) is rotatably supported by a support shaft (27e). A seventh driven gear (44), which draws a circular shape larger than the outer circumference of the cylindrical portion of the driven roller (42) during rotation, is provided coaxially and integrally with the driven roller (42). The seventh driven gear (44) is rotatably supported by a support shaft (45). The sixth driven gear (41) is rotatably supported by a support shaft (43). The sixth driven gear (41) is provided between the second drive gear (33e) and the seventh driven gear (44). The second drive gear (33e) and the sixth driven gear (41) are arranged to mesh with each other, and the sixth driven gear (41) and the seventh driven gear (44) are arranged to mesh with each other. When the second driving gear (33e) rotates, the sixth driven gear (41) and the seventh driven gear (44) rotate and interlock with each other.

The diameter of the driven roller (42) is larger than the diameter of the separation roller (12e).

Next, "the driven roller (42) is disposed opposite the separation roller (12e)" will be explained. A sticky tape (10e) sandwiched between the separation roller (12e) and the driven roller (42) is provided so as to be driven by the rotation of the driven roller (42). When the is rotated, the sticky tape (10e) inserted between the separation roller (12e) and the driven roller (42) is interlocked, and the separation roller (12e) is also interlocked and rotated. . The width between the separating roller (12e) and the driven roller (42) is set so that the sticky tape (10e) can be inserted therein. In addition, the separating roller (12e) and the driven roller are arranged so that the sticky tape (10e) fed out from the feeding reel (3e) can move toward the take-up reel (5e) when the driven roller (42) rotates. A width is provided between the roller (42) and the roller (42). A driven roller (42) is arranged opposite to the separation roller (12e), and the center point of the support shaft (28e) of the separation roller (12e) and the support shaft (45) of the driven roller (42) The center point of the separation roller (12e) is in plane symmetry with respect to the sticky tape (10e) as the boundary, and the center point of the spindle (28e) of the separation roller (12e) and the spindle of the driven roller (42) (45) is the closest position to the center point. If we compare the separation roller (12e) and the driven roller (42) to gears, the separation roller (12e) and the driven roller (42) are arranged so as to mesh with each other, and the sticky tape (10e) is inserted between them. The separating roller (12e) and the driven roller (42) are arranged with a slight offset between them as wide as possible. For example, the separation roller (12e) and the driven roller (42) are arranged so that the sticky tape (10e) can be held between the separation roller (12e) and the driven roller (42). However, a width is provided between the separation roller (12e) and the driven roller (42) to the extent that the sticky tape (10e) can be moved. In addition, the width between the separation roller (12e) and the driven roller (42) depends on the material, surface condition, rotation performance, etc. of the separation roller (12e) and the driven roller (42), or the Since it is affected by the material, thickness, surface condition, etc. of the tape (10e), it is necessary to carefully consider and adjust the setting so as not to slip. The materials for the separation roller (12e) and driven roller (42) are mainly urethane rubber, NBR rubber (nitrile rubber), CR rubber (chloroprene rubber), silicone rubber, EPDM (ethylene propylene diene rubber), Butyl rubber, SBR (styrene-butadiene rubber), etc. are used, but other materials may be used. Surface processing includes vertical groove processing, horizontal groove processing, helical processing, double helical processing, diamond cut processing, worm processing, tapered crown processing, radial crown processing, and reverse crown processing from the viewpoints of slip prevention, meandering prevention, and improved friction coefficient. etc. may be applied.

``A curved place where the sticky note (9e) is peeled off from the sticky note tape (10e) by curving the sticky note tape (10e) fed out from the feed reel (3e) along the separation roller (12e). " is the same as in Examples 1, 2, and 4.

In addition, "the driven roller (42) is arranged between the feeding reel (3e) and the take-up reel (5e)", but "between the feeding reel (3e) and the take-up reel (5e)" This does not mean that the arrangement can be anywhere between the feed reel (3e) and the take-up reel (5e). Along the route of the sticky tape that is fed out from the feed reel (3e) and wound up by the take-up reel (5e), in other words, on the route, the feed reel (3e) and the take-up reel (5e) This means that it is located between. The reels, rollers, etc. through which the sticky tape passes are, in this order, the feed reel (3e), the driven roller (42) (or the separation roller (12e)), and the take-up reel (5e).

Next, I will add some information about the effect. In FIGS. 16 and 17, the sticky note transfer tool (1e) is grasped by hand, etc., and the pressure roller (13e) is pressed against the paper surface to be pasted, that is, the surface to be transferred, and the sticky note transfer tool (1e) is By moving the pressing roller (13e) backward as shown by arrow B, the pressing roller (13e) is rotated clockwise as shown by arrow R, and the second driving gear ( 33e) similarly rotates clockwise, the sixth driven gear (41) meshing with the second drive gear (33e) rotates counterclockwise, and then the seventh driven gear (41) meshing with the sixth driven gear (41). The gear (44) rotates clockwise. The driven roller (42) provided integrally with the seventh driven gear (44) similarly rotates clockwise. That is, the pressing roller (13e) and the driven roller (42) are rotated in conjunction with each other by the interlocking means (40).

The sticky tape (10e) sandwiched between the separation roller (12e) and the driven roller (42) is rotated by the driven roller (42), and is rolled from the feed reel (3e) side to the take-up reel (5e). ) side direction, that is, follow. In this case, the separation roller (12e) also rotates counterclockwise at the same time. As the unused sticky tape (10e) moves, the feed reel (3e) also rotates counterclockwise as indicated by arrow L at the same time.

Next, as in the first embodiment, the feed reel (3e) and the take-up reel (5e) are rotated in conjunction with each other by the interlocking means (6e).

When the take-up reel (5e) rotates counterclockwise, the used sticky tape (11e) is taken up by the take-up reel (5e), so that it can be moved from the feed-out reel (3e) side to the take-up reel (5e) side. The used sticky tape (11e) moves in the direction of .

At the same time, the sticky note tape (9e) of the unused sticky note tape (10e) is the unused sticky note tape between the pressing roller (13e) and the separation roller (12e). The unused sticky tape (10e) is peeled off from the tape without being linked to the movement of the tape (10e). That is, the sticky note (9e) is peeled off by the separating roller (12e) from the unused sticky note tape (10e) fed out from the feed reel (3e). ``A curved place where the sticky note (9e) is peeled off from the sticky note tape (10e) by curving the sticky note tape (10e) fed out from the feed reel (3e) along the separation roller (12e). ” refers to that place. Note that the details of the "(omitted) curved location" have been described above.

Since the sticky note paster (1e) is moved backward as shown by arrow B, the peeled sticky note (9e) moves forward between the lower surface of the pressing roller (13e) and the paper surface to be pasted. , is pressed against a pressing roller (13e) and pasted onto a paper surface or the like. In other words, the peeled sticky note (9e) is pressed against the transfer surface by the pressing roller (13e). Attach the sticky note (9e) to the surface to be transferred. Then, only the used sticky note tape (11e) that is pasted onto a paper surface and from which the sticky note (9e) has been peeled off is wound up on the take-up reel (5e).

In the sticky note transfer tool (1e) of Example 6, a driven roller (42) is arranged opposite to a separation roller (12e), and the driven roller (42) is placed closer to the feed reel (3e). It is provided. A driven roller (42) is arranged between the feed reel (3e) and the pressing roller (13e). Opposed rollers between which the sticky tape is inserted are arranged closer to the feed reel.

Next, the effects will be described. The sticky note transfer tool (1e) of Example 6 has the same effects as described in the sticky note transfer tool (1) of Example 1 (effect 1-1) (effect 1-2) (effect 1-3-1) ( It has the same effect as effect 1-3-2).

Next, I will write about the effects. As described above, the sticky note transfer tool (1e) of Example 6 has a driven roller (42) arranged opposite to a separation roller (12e), and is fed out from a feeding reel (3e). The sticky tape (10e) is inserted between the separation roller (12e) and the driven roller (42), and the driven roller is pressed by the pressing roller (13e) rotated while pressing it against the transfer surface (16). (42) rotates, and the sticky tape (10e) sandwiched between the separating roller (12e) and the driven roller (42) is driven by the rotation of the driven roller (42). The adhesive (9e) may not be suitable unless it is on the level of current commercially available products.

Normally, the sticky tape (10e) inserted between the separation roller (12e) and the driven roller (42) is driven by the rotation of the driven roller (42), but as described in Example 1, Effect 1-4), described in Example 2 (Effect 2-1), and Example 4 (Effect 4-1), the separation roller (12e) and driven roller (42) By inserting the sticky note tape between them, the sticky note sticks to the tape (23), and as a result of the sticky note being stuck, the separation roller separates it from the unused sticky note tape (10e) that is fed out from the feed reel (3e). (12e) may make it difficult to peel off the sticky note. However, in the sticky note transfer tool (1e) of Example 6, the adhesive used for the sticky note (9e) is a re-stick type that uses a slightly adhesive re-peel that is peeled off and pasted again. Since it is a commercially available product, the sticky tape (10e) inserted between the separation roller (12e) and the driven roller (42) is driven by the rotation of the driven roller (42). Even if the sticky tape is inserted between the driven roller (12e) and the driven roller (42), the sticky note (9e) will not stick to the tape (23) and will not stick to the tape (23). There is an effect that the sticky note (9e) is not difficult to peel off by the separation roller (12e) from the unused sticky note tape (10e) fed out from the reel (3e) (effect 6-1). ).

Next, I will write about the effects. As described above, the sticky note transfer tool (1e) of Example 6 is constructed as follows. It has an interlocking means (40) for interlocking the pressing roller (13e) and the driven roller (42), and the driven roller (42) is disposed opposite to the separating roller (12e), and the feeding roller The sticky tape (10e) fed out from the reel (3e) is sandwiched between the separation roller (12e) and the driven roller (42), so it can be rotated while being pressed against the transfer surface. The driven roller (42) is rotated by the roller (13e), and the sticky tape (10e) inserted between the separation roller (12e) and the driven roller (42) is rotated by the driven roller (42). It is driven by rotation. Further, a feed reel (3e) for feeding out the tape (2e) before transfer, a take-up reel (5e) for winding up the tape (4e) after transfer, the feed reel (3e) and the take-up reel (5e). ) is provided as a transfer tool in the main container (7e), so that the separating roller ( The sticky note (9e) peeled off by 12e) is pressed against the transfer surface by the pressing roller (13e). After use, the sticky tape (11e) is wound up on a take-up reel (5e). Therefore, a feed reel (3e), a take-up reel (5e), a separating roller (12e), a pressing roller (13e), a driven roller (42), an unused sticky note tape (10e), and a used sticky note. The movements of the sticky tape (11e) are approximately synchronous and the amount of movement thereof is basically always approximately constant, so the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, the movements of the unused sticky note tape (10e), the used sticky note tape (11e), etc. are approximately synchronized, their movements are approximately the same in time, and the amount of movement is basically always approximately constant. There is an effect that there is (effect 6-2).

Next, I will write about the effects. In addition, as described in Effect 6-1, if the adhesive used for the sticky note (9e) has a strong adhesive force, the sticky note tape may be placed between the separation roller (12e) and the driven roller (42). By inserting the sticky note (9e) into the tape (23), the sticky note (9e) sticks to the tape (23) and is fixed, so that it is separated from the unused sticky note tape (10e) fed out from the feed reel (3e) by the separation roller (12e). The sticky note (9e) may become difficult to peel off. Since the sticky note (9e) may become difficult to peel off, the sticky note tape (10e) inserted between the separation roller (12e) and the driven roller (42) is attached to the driven roller. Even if the method of following the rotation of (42) is selected, it is not effective.

However, in the sticky note transfer tool (1e) of Example 6, the adhesive used for the sticky note (9e) is a re-stick type that uses a slightly adhesive re-peel that is peeled off and pasted again. Since it is a commercially available product, we selected a method in which the sticky tape (10e) inserted between the separation roller (12e) and the driven roller (42) is driven by the rotation of the driven roller (42). Even if the sticky note (9e) is peeled off, the sticky note (9e) does not become difficult to peel off.

In addition, as described in Effect 6-2, the movements of the unused sticky note tape (10e), the used sticky note tape (11e), etc. are approximately synchronized, their movements approximately coincide in time, and their movements Basically, the amount is always approximately constant, but in order to make it so, the sticky note transfer tool (1e) of Embodiment 6 has a fixed amount between the separation roller (12e) and the driven roller (42). A method is selected in which the sticky tape (10e) inserted in the tape is driven by the rotation of the driven roller (42).

In other words, the movements of the unused sticky note tape (10e), the used sticky note tape (11e), etc. are approximately synchronized, their movements are approximately the same in time, and the amount of movement is basically always approximately constant. However, in order to do so, the sticky note transfer tool (1e) of Example 6 uses a sticky note tape (10e) inserted between the separation roller (12e) and the driven roller (42). ) is driven by the rotation of the driven roller (42), and even if the method is selected, the adhesive used for the sticky note (9e) of the sticky note transfer tool (1e) in Example 6 is not suitable for pasting. Since the sticky note (9e) is used as a current commercially available product using a slightly adhesive re-peel that is peeled off and pasted again, the sticky note (9e) does not become difficult to peel off and does not become difficult to peel off. To be more specific, the movements of the unused sticky note tape (10e), the used sticky note tape (11e), etc. are approximately synchronized, their movements approximately coincide in time, and the amount of movement is basically always approximately However, in order to do so, the adhesive used for the sticky note (9e) is a current commercially available product that uses a re-apply type re-peel type that requires peeling off and pasting again. It is established by doing this. In other words, in the sticky note transfer tool (1e) of Example 6, the adhesive used for the sticky note (9e) was a re-sticking type re-peel type that had to be peeled off and pasted again. Since it is comparable to current commercially available products, as a result, the movements of the unused sticky note tape (10e), the used sticky note tape (11e), etc. are approximately synchronized, and the movements are approximately coincident in time. There is an effect that the amount is basically always approximately constant (effect 6-3-1).

Similarly, effect 6-2 becomes more reliable as an effect due to effects 1-1, 1-2, and 1-3-1. Similar to Example 1 described in Effects 1-1 and 1-2, the sticky note transfer tool (1e) of Example 6 also uses paper with a sticky note (9e) having a thickness of about 0.08 to 0.1 mm. The adhesive used for sticky notes (9e) is similar to that of current commercially available products, which use a re-apply type re-peel type that requires peeling off and re-applying after pasting, so it is effective. become. Similar to Example 1 described in Effect 1-3-1, in Example 6, the sticky note transfer tool (1e), the adhesive used for the sticky note (9e) is peeled off after being pasted and then re-applied. Since it is comparable to current commercially available products that use a re-apply type re-peel with a slight adhesive, its effect is effective. In other words, in the sticky note transfer tool (1e) of Example 6, the adhesive used for the sticky note (9e) is a re-stick type that uses a slightly adhesive re-peel adhesive that is peeled off and pasted again. The sticky note (9e) is made of paper with a thickness of about 0.08 to 0.1 mm, and the adhesive used for the sticky note (9e) is peeled off after pasting. Since it is about the same as the current commercially available product that uses a re-applying type re-peel with a slight adhesive, the reliability of effect 6-2 is improved by effects 1-1, 1-2, and 1-3-1. It has the effect of improving performance (Effect 6-3-2).

Next, I will continue to write about the effects. The sticky note transfer tool (1e) of Example 6 is the same as that of Example 1 (Effect A1 - Actual 1). As described in (Effect 6-2) above, the feed reel (3e), take-up reel (5e), separation roller (12e), pressing roller (13e), driven roller (42), unused The movements of the sticky note tape (10e) and the used sticky note tape (11e) are approximately synchronized, and the amount of movement thereof is basically always approximately constant. Therefore, since it is always approximately constant, the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, it is necessary to solve the first problem described in ``Problems to be Solved by the Invention'' by gradually reducing the number of rotations of the pressing roller required to paste a single sticky note. This has the advantage that when pasting a single sticky note, there is no need to carefully check the position of the sticky note on the sticky tape each time and determine the number of rotations of the pressing roller. Effect A1-Real 6).

Next, I will continue to write about the effects. The sticky note transfer tool (1e) of Example 6 is the same as (Effect B1-Actual 1) of Example 1. As described in (Effect A1-Example 6), the sticky note transfer tool (1e) of Example 6 has the following effects: the movement of the unused sticky note tape (10e), the used sticky note tape (11e), etc. Since they are approximately synchronized and the amount of movement is basically always approximately constant, the number of rotations of the pressing roller when using one sticky note is approximately constant. In other words, the second problem described in ``Problems to be Solved by the Invention'' is solved, and the above-mentioned method of "multiplying by the ratio" eliminates the need to provide sticky notes on the sticky note tape. There is an effect that no waste occurs and the upper limit of the amount of sticky tape when commercialized can be relaxed (effect B1-actual 6). In addition, since there is no need to "multiply by a factor" each time when commercializing a product, it is easy to standardize the specifications of sticky tape, and there is no need to commercialize each product type, resulting in efficient production. It has the effect of making it easier to carry out inventory and reducing inventory (Effect B2-Realty 6).

Next, a sticky note transfer tool (1f), which is Example 7, will be described. A part of the figure will be explained. Although the interlocking means (6f) and the interlocking means (17f) are described in FIG. 18, they are omitted in FIG. 19, which is an explanatory diagram of their operation, for the sake of explaining the process of transferring the sticky note (9f). There is. The sticky note transfer tool (1f) of Example 7 is shown in FIGS. 18 and 19 as follows. In FIGS. 18 and 19, it has a main body container (7f). A feed-out reel (3f) is disposed to feed out an unused sticky note tape (10f) in which a sticky note (9f) coated with an adhesive (8) is attached to a tape (23). A take-up reel (5f) is arranged to wind up the sticky tape (11f) after use. Interlocking means (6f) for interlocking the feed reel (3f) and the take-up reel (5f) is provided in the main container (7f). A separating roller (12f), a pressing roller (13f), a driven roller (14f), and an auxiliary roller (15f) are rotatably provided. By curving the sticky tape (10f) fed out from the feed reel (3f) along the separating roller (12f), the sticky note (9f) is peeled off from the sticky note tape (10f) at a curved place and A separating roller (12f) is arranged between the feed reel (3f) and the take-up reel (5f) and near the pressing roller (13f). The pressing roller (13f) is arranged to press the sticky note (9f) peeled off from the sticky note tape (10f) onto the transfer surface.

It has interlocking means (17f) for interlocking the pressing roller (13f) and the driven roller (14f). A driven roller (14f) is arranged between the feed reel (3f) and the take-up reel (5f). The auxiliary roller (15f) is arranged opposite to the driven roller (14f). A tape with a sticky note fed out from a feeding reel (3f) is sandwiched between a driven roller (14f) and an auxiliary roller (15f).

Next, the effect will be explained. The driven roller (14f) is rotated by the pressing roller (13f) which is rotated while pressing against the transfer surface. The sticky tape (11f) inserted between the driven roller (14f) and the auxiliary roller (15f) is driven by the rotation of the driven roller (14f). The sticky note (9f) is peeled off by the separation roller (12f) from the unused sticky note tape (10f) fed out from the feed reel (3f). The peeled sticky note (9f) is pressed against the transfer surface by the pressing roller (13f). The sticky tape (11f) after use is wound up on the take-up reel (5f). It is used as a sticky note transfer tool (1f) for pasting a sticky note (9f) on the surface to be transferred.

The "interlocking means (17f) for interlocking the pressing roller (13f) and the driven roller (14f)" is as follows. A third driven gear (34f) is provided which draws a circular shape slightly larger than the outer periphery of the cylindrical portion of the separation roller (12f) when rotating. The third driven gear (34f) is rotatably supported by a support shaft (28f). Note that the third driven gear (34f) is provided coaxially with the separation roller (12f). However, the third driven gear (34f) is not provided integrally with the separation roller (12f). They are kept separate. Further, a fifth driven gear (36f) which draws a circular shape slightly larger than the outer periphery of the cylindrical portion of the driven roller (14f) when rotating is provided coaxially and integrally with the driven roller (14f). The fifth driven gear (36f) is rotatably supported by a support shaft (30f). The fourth driven gear (35f) is rotatably supported by a support shaft (29f). The fourth driven gear (35f) is provided between the third driven gear (34f) and the fifth driven gear (36f). The second driving gear (33f) and the third driven gear (34f) are arranged so as to mesh with each other, the third driven gear (34f) and the fourth driven gear (35f) are arranged so as to mesh with each other, and the fourth driven gear (35f) and the fifth driven gear (36f) are arranged so as to mesh with each other. When the second driving gear (33f) rotates, the third driven gear (34f), the fourth driven gear (35f), and the fifth driven gear (36f) rotate and interlock with each other.

In the sticky note transfer tool (1) of Example 1, the driven roller (14) and the auxiliary roller (15) are arranged between the feed reel (3) and the pressing roller (13). There is. A driven roller (14) and an auxiliary roller (15) are arranged on the feed reel (3) side. A driven roller (14) and an auxiliary roller (15) between which the sticky tape (10) is inserted are arranged near the feed reel (3). In other words, the opposing rollers between which the sticky tape is inserted are arranged closer to the feed reel.

Further, in contrast to the first embodiment, the sticky note transfer tool (1f) of the seventh embodiment is configured as follows. In the sticky note transfer tool (1f) of Example 7, the driven roller (14f) and the auxiliary roller (15f) are arranged between the pressing roller (13f) and the take-up reel (5f). It has been done. The driven roller (14f) and the auxiliary roller (15f) are arranged on the take-up reel (5f) side. A driven roller (14f) and an auxiliary roller (15f) between which the sticky tape (11f) is inserted are arranged near the take-up reel (5f). In other words, the opposing rollers between which the sticky tape is inserted are arranged closer to the take-up reel.

Next, the effects will be described. The sticky note transfer tool (1f) of Example 7 has the same effects as described in the sticky note transfer tool (1) of Example 1 (effect 1-1) (effect 1-2) (effect 1-3-1) ( It has the same effects as Effect 1-3-2) (Effect 1-5) (Effect 1-6-2) (Effect A1-Real 1) (Effect B1-Real 1) (Effect B2-Real 1).

Next, I will write about the effects. As mentioned earlier, as in the problem described in Example 1 (effect 1-4) and the problem described in example 2 (effect 2-1), sticky tape is usually used between the two. Opposed rollers are arranged to sandwich the sticky note, but by inserting the sticky note tape between the rollers, the sticky note sticks to the tape, and as a result of the stickiness, the sticky note is fed out from the feed reel. The sticky note may be difficult to peel off from the sticky tape by the separation roller. In the sticky note transfer tool (1f) of Example 7, the sticky note (9f) is also peeled off by the separation roller (12f) from the unused sticky note tape (10f) fed out from the feed reel (3f). However, the sticky note transfer tool (1f) of Example 7 has the auxiliary roller (15f) facing the driven roller (14f) between the pressing roller (13f) and the take-up reel (5f). Since the sticky tape (11f) is inserted between the driven roller (14f) and the auxiliary roller (15f), the pressing roller (13f) rotates while pressing against the transfer surface. When the driven roller (14f) rotates and the sticky tape inserted between the driven roller (14f) and the auxiliary roller (15f) is driven by the rotation of the driven roller (14f), the driven roller (14f) rotates. The sticky tape inserted between the use roller (14f) and the auxiliary roller (15f) is only the tape (23) of the used sticky note tape (11f) from which the sticky note (9f) has peeled off. Therefore, the sticky note (9f) does not stick to the tape (23) and is not stuck to the tape (23), so the separating roller (12f) separates the sticky note (9f) from the sticky note tape fed out from the feed reel (3f). It has the effect of not becoming difficult to peel off (effect 7-1).

Further, the sticky note transfer tool (1f) of Example 7 is constructed as follows. A guide roller (18fb) is provided between the feed reel (3f) and the separation roller (12f) along the unused sticky tape (10f) and inside. The guide roller (18fb) is rotatably supported by a support shaft. The guiding roller (18fb) guides and guides the unused sticky tape (10f) fed out from the feeding reel (3f) between the pressing roller (13f) and the separation roller (12f). . The thickness of the unused sticky tape (10f) wound around the feeding reel (3f) is larger than the diameter of the cylinder of the feeding reel (3f) when it is almost unused. However, as it continues to be used, its width gradually decreases and becomes smaller, and in the final stage, it approaches the diameter of the cylinder of the feed reel (3f). As the width changes and decreases, in the absence of the guide roller (18fb), the sticky tape ( 10f) has a problem in that the resistance due to contact with the separation roller (12f) increases and a load is easily applied to the separation roller (12f). In Example 3 described above, ∠Akao and ∠Akaki are set at about 90 degrees, but the angles in Example 7 corresponding to these ∠Akao and ∠Akaa are moving away from about 90 degrees. To solve the above problem, a guide roller (18fb) is provided between the feed reel (3f) and the separation roller (12f), and the unused sticky note tape (10f) of the sticky note transfer tool (1f) can be transferred as is. Even if it continues to be used, the unused sticky tape (10f) fed out from the feeding reel (3f) can be separated from the pressing roller (13f) by reducing the resistance caused by contact with the separation roller (12f). Since the pressure roller (12f) is guided between the pressure roller (13f) and the separation roller (12f), the load on the separation roller (12f) is reduced. This has the effect of increasing certainty when there is an interaction between the two (Effects and others 7-1).

Further, the sticky note transfer tool (1f) of Example 7 is constructed as follows. Between the driven roller (14f) (or auxiliary roller (15f)) and the take-up reel (5f), a guide roller (18fa) is placed on the outside along the used sticky tape (11f). ) is provided. The guide roller (18fa) is rotatably supported by a support shaft. The guide roller (18fa) guides and guides the sticky tape (11f) sandwiched between the driven roller (14f) and the auxiliary roller (15f) to the take-up reel (5f). The thickness of the used sticky tape (11f) wound around the take-up reel (5f) is as close as possible to the diameter of the cylinder of the take-up reel (5f) in an almost unused state. However, as it continues to be used, its width gradually increases and becomes larger, and in the final stage, it has a width larger than the diameter of the cylinder of the take-up reel (5f). As the width changes and increases, in the absence of the guide roller (18fa), a sticky note moves from between the driven roller (14f) and the auxiliary roller (15f) to the take-up reel (5f). The problem with the tape (11f) is that the resistance due to contact with the auxiliary roller (15f) increases, making it easier to put a load on the auxiliary roller (15f). To solve the above problem, a guide roller (18fa) is provided between the driven roller (14f) (or auxiliary roller (15f)) and the take-up reel (5f), and the sticky notes of the sticky note transfer tool (1f) can be transferred as is. Even if you continue to use the sticky tape (10f), the sticky tape (11f) that moves from between the driven roller (14f) and the auxiliary roller (15f) to the take-up reel (5f) will be moved to the auxiliary roller (15f). ) is guided to the take-up reel (5f) by reducing the resistance caused by contact with the take-up reel (5f), reducing the load on the auxiliary roller (15f). It has the effect of increasing reliability when being wound up (Effect etc. 7-2).

Further, although not particularly shown in the drawings, the following method may be used. In the sticky note transfer tool (1f) of Example 7, the auxiliary roller (15f) is arranged opposite to the driven roller (14f), and the driven roller (14f) is moved from the sticky note tape (11f). Although the auxiliary roller (15f) is placed on the inside and the auxiliary roller (15f) is placed on the outside of the sticky tape (11f), this arrangement may be reversed. The driven roller (14f) is provided outside the sticky note tape (11f), and the auxiliary roller (15f) is provided inside the sticky note tape (11f). In that case, similarly, the interlocking means (17f) provided inside the sticky tape (11f) is provided outside.

In other respects, the sticky note transfer tool (1f) of the seventh embodiment is approximately the same as the sticky note transfer tool (1) of the first embodiment.

Further, although not particularly shown in the drawings, a part of the first embodiment and the seventh embodiment may be modified as follows. In the sticky note transfer tool (1) of Example 1, regarding the interlocking means (17), the third driven gear (34) is provided coaxially with the separation roller (12), and is not provided integrally. However, the third driven gear may be provided coaxially and integrally with the separating roller. Similarly, in the sticky note transfer tool (1f) of Example 7, regarding the interlocking means (17f), the third driven gear (34f) is provided coaxially with the separation roller (12f), and is integrated. Although not generally provided, the third driven gear may be coaxially and integrally provided with the separation roller.

Next, a sticky note transfer tool (1 g), which is Example 8, will be described. Although not particularly shown, it is done as follows. The sticky note transfer tool (1g) of Example 8 is almost the same as the sticky note transfer tool (1e) of Example 6, but there are some differences. In place of Example 6, in which the driven roller (42) of the sticky note transfer tool (1e) is arranged between the feeding reel (3e) and the pressing roller (13e), Example 8 is used. In the sticky note transfer tool (1g), a driven roller (42g) is arranged between a pressing roller (13e) and a take-up reel (5e). A driven roller (42g) is arranged opposite to the separation roller (12e), and the driven roller is provided closer to the take-up reel (5e). In other words, the opposing rollers between which the sticky tape is inserted are arranged closer to the take-up reel. The position of the driven roller is diagonally below and to the right of the separation roller. Moreover, by changing the position of the driven roller, the following configuration is achieved. In the sixth embodiment, the sixth driven gear (41) and the seventh driven gear are connected by the interlocking means (40) that interlocks the pressing roller (13e) and the driven roller (42) of the sticky note transfer tool (1e). The arrangement of the gear (44) is also the same as in Example 8, and the sticky note transfer tool (1g) has been changed so that it is closer to the take-up reel and interlocks with it.

Next, the effects will be described. The sticky note transfer tool (1g) in Example 8 has the same effects as described in the sticky note transfer tool (1) in Example 1 (Effect 1-1) (Effect 1-2) (Effect 1-3-1) ( Effect 1-3-2) (Effect A1 - Actual 1) (Effect B1 - Actual 1) (Effect B2 - Actual 1), described with the sticky note transfer tool (1e) in Example 6 (Effect 6-2) It has the same effect as (effect 6-3-2).

Next, I will write about the effects. As mentioned earlier, as in the problem described in Example 1 (effect 1-4) and the problem described in example 2 (effect 2-1), sticky tape is usually used between the two. Opposed rollers are arranged to sandwich the sticky note, but by inserting the sticky note tape between the rollers, the sticky note sticks to the tape, and as a result of the stickiness, the sticky note is fed out from the feed reel. The sticky note may be difficult to peel off from the sticky tape by the separating roller. Although not particularly illustrated, the sticky note transfer tool (1g) of Example 8 also separates sticky notes (9e) from unused sticky note tape (10e) fed out from the feed reel (3e) by the separating roller (12e). However, the sticky note transfer tool (1g) of Example 8 has a driven roller (42g) facing the separating roller (12e), a pressing roller (13e), and a take-up reel ( 5e), and a sticky tape (11e) is inserted between the separating roller (12e) and the driven roller (42g), so that the pressure applied by rotating while pressing against the transfer surface is The driven roller (42g) is rotated by the driven roller (13e), and the sticky tape inserted between the separation roller (12e) and the driven roller (42g) is rotated by the driven roller (42g). When the sticky note tape is inserted between the separation roller (12e) and the follower roller (42g), the used sticky note tape (11e) from which the sticky note (9e) has peeled off is used. (23) only. Therefore, the sticky note (9e) does not stick to the tape (23), and the sticky note (9e) is separated from the sticky note tape fed out from the feed reel (3e) by the separation roller (12e). It has the effect that it does not become difficult to peel off (effect 8-1).

Further, although not particularly shown in the drawings, a part of each embodiment may be implemented as follows. Regarding the interlocking means (17) of the sticky note transfer tool (1) in Example 1, the support shaft (29) was not provided and was replaced with a fourth driven gear (35) and a fifth driven gear (36). A rotating belt and a pulley may be provided between the support shaft (28) and the support shaft (30). Alternatively, instead of the second driving gear (33) and the third driven gear (34), a rotating belt and a pulley may be provided between the support shaft (27) and the support shaft (29). That is, a rotating belt, a pulley, etc. may be provided between the support shaft (28) and the support shaft (30), and gears that mesh with each other may be provided at other locations. Alternatively, a rotating belt, pulley, etc. may be provided between the support shaft (27) and the support shaft (29), and gears that mesh with each other may be provided at other locations. A mixture of mutually meshing gears, rotating belts, pulleys, etc. may also be provided. Similarly, although not particularly shown, the interlocking means (17f) of the sticky note transfer tool (1f) according to the seventh embodiment may be similarly configured. Further, although not particularly shown in the drawings, a part of the sixth embodiment may be implemented as follows. Regarding the interlocking means (40) of the sticky note transfer tool (1e) in Example 6, the support shaft (43) was not provided and was replaced with a sixth driven gear (41) and a seventh driven gear (44). A rotating belt and a pulley may be provided between the support shaft (27e) and the support shaft (45). That is, a rotating belt, a pulley, etc. may be provided between the support shaft (27e) and the support shaft (45), and gears that mesh with each other may be provided at other locations. A mixture of mutually meshing gears, rotating belts, pulleys, etc. may also be provided. In each of the above cases, it is necessary to reconsider the gear ratio, etc. Embodiments 1, 6, and 7 are provided with rotating belts, pulleys, or gears that mesh with each other, so they do not have complicated configurations and are relatively easy to manufacture. It has the effect of being able to be manufactured at a relatively low cost (Effects and others 1-4) (Effects and others 7-3) (Effects and others 6-1).

Note that the size of each gear of each interlocking means described in each embodiment is not particularly limited to the illustrated size.

Note that a weak adhesive may be applied to the driven roller (14) of the sticky note transfer tool (1) in Example 1, but if the load when rotating the pressing roller (13) is This may tend to increase, and dust, etc., may also adhere, so be careful. Alternatively, a material with an adhesive structure that prevents dust and the like from adhering may be used. Similarly, the adhesive force is applied to the separation roller of Example 2, or the separation roller or auxiliary roller of Example 4, or the separation roller of Example 6, or the driven roller or auxiliary roller of Example 7. A weak adhesive may be applied.

Further, although not particularly shown in the drawings, the following method may be used. For example, in the sticky note transfer tool (1) of Example 1, an unused sticky note tape (10) is arranged by pasting a sticky note (9) coated with an adhesive (8) on the tape (23). However, regarding the application area of the adhesive (8), the longitudinal direction of the sticky note (9) is the same, and the width direction of the sticky note (9) is the same as that of the sticky note (9) in the transverse direction. For example, the remaining three-fourths of the length may not be coated up to about one-fourth of the side to be peeled off first. When the sticky note (9) is peeled off by the separating roller (12) from the unused sticky note tape (10) fed out from the feeding reel (3), it has the effect of being easier to peel off (effect 1). -5). For example, in the sticky note transfer tool (1) of Example 1, an unused sticky note tape (10) is used to attach a sticky note (9) coated with an adhesive (8) to the tape (23). However, the direction of the sticky note (9) attached to the tape (23) may be shifted by 90 degrees counterclockwise. In that case, the length of the tape (23) in the transverse direction may be matched with the length of the sticky note (9) in the transverse direction.

Front view of Example 1 Top view of Example 1 Action explanatory diagram of Example 1 Action explanatory diagram of Example 1 Action explanatory diagram of Example 1 Top view of unused sticky tape Cross section of unused sticky tape Front view of Example 2 Action explanatory diagram of Example 2 Simplified diagram for explaining Examples 1 and 2 Simplified diagram for explaining Example 3 Front view of Example 4 Action explanatory diagram of Example 4 Simplified diagram for explaining Example 4 Simplified diagram for explaining Example 5 Front view of Example 6 Action explanatory diagram of Example 6 Front view of Example 7 Action explanatory diagram of Example 7

(1) Sticky note transfer tool of Example 1 (1a) Sticky note transfer tool of Example 2 (1b) Sticky note transfer tool of Example 3 (1c) Sticky note transfer tool of Example 4 (1d) Sticky note transfer tool of Example 5 (1e) Sticky note transfer tool of Example 6 (1f) Sticky note transfer tool of Example 7 (1g) Sticky note transfer tool of Example 8 (2) Tape before transfer (3) Feeding reel (4) Tape after transfer ( 5) Take-up reel (6) Interlocking means (6A) First drive gear (6B) First driven gear (6C) Second driven gear (7) Main container (8) Adhesive (9) Sticky note (10) Unused Tape with sticky notes (11) Tape with sticky notes after use (12) Separation roller (13) Pressing roller (14) Follower roller (15) Auxiliary roller (16) Transferred surface (16A) Transferred surface (16B) ) Transferred surface (17) Interlocking means of Example 1 (17f) Interlocking means of Example 7 (18) Guide roller (19) Support shaft (20) Support shaft (22) Support shaft (23) Tape (24) Support shaft (25) Opening (26) Support shaft (27) Support shaft (28) Support shaft (29) Support shaft (30) Support shaft (31) Guide roller (32) Interlocking means (32c) of Example 2 Implementation Interlocking means of Example 4 (33) Second driving gear (34) Third driven gear (35) Fourth driven gear (36) Fifth driven gear (37) Auxiliary roller (38) Support shaft (39) Support shaft (40 ) Interlocking means of Example 6 (41) Sixth driven gear (42) Driven roller (43) Support shaft (44) Seventh driven gear (45) Support shaft (N) Length (arrow B) Direction (arrow K ) Direction (arrow L) Counterclockwise (arrow R) Clockwise (arrow Y) Direction (arrow Z) Direction

Claims (3)

A feed-out reel is arranged to feed out unused sticky note tape with sticky notes coated with adhesive applied to the tape.
A take-up reel is placed to wind up the sticky tape after use.
An interlocking means for interlocking the feed reel and the take-up reel,
Separation rollers, pressing rollers, driven rollers, and auxiliary rollers are rotatably provided.
By curving the sticky tape fed out from the feeding reel along the separating roller, the sticky note is peeled off from the sticky tape at the curved area, between the feeding reel and the take-up reel, and near the pressing roller. Place the separation roller,
disposing the pressing roller that presses the sticky note peeled off from the sticky note tape onto the transfer surface;
It has an interlocking means for interlocking the pressing roller and the driven roller,
A driven roller is arranged between a feed-out reel and a take-up reel, the auxiliary roller is arranged opposite to the driven roller, and a sticky tape is inserted between the driven roller and the auxiliary roller,
The driven roller is rotated by the pressing roller that is rotated while pressing against the transfer surface, and the sticky tape inserted between the driven roller and the auxiliary roller is driven by the rotation of the driven roller, and is released from the feed reel. The sticky note is peeled off from the unused sticky note tape that has been fed out by a separating roller, the peeled sticky note is pressed against the transfer surface by the pressing roller, and the used sticky note tape is wound up with a take-up reel. A sticky note transfer tool for pasting sticky notes on a surface to be transferred. A feed-out reel is arranged to feed out unused sticky note tape with sticky notes coated with adhesive applied to the tape.
A take-up reel is placed to wind up the sticky tape after use.
An interlocking means for interlocking the feed reel and the take-up reel,
Separation rollers, pressing rollers, and auxiliary rollers are rotatably provided,
By curving the sticky tape fed out from the feeding reel along the separating roller, the sticky note is peeled off from the sticky tape at the curved area, between the feeding reel and the take-up reel, and near the pressing roller. Place the separation roller,
disposing the pressing roller that presses the sticky note peeled off from the sticky note tape onto the transfer surface;
an interlocking means for interlocking the pressing roller and the separating roller;
The auxiliary roller is arranged opposite to the separation roller, and a sticky tape is inserted between the separation roller and the auxiliary roller,
The separation roller is rotated by the pressure roller that rotates while pressing against the transfer surface, and the sticky tape inserted between the separation roller and the auxiliary roller is driven by the rotation of the separation roller, and is released from the feed reel. The sticky note is peeled off from the unused sticky note tape that has been fed out by a separating roller, the peeled sticky note is pressed against the transfer surface by the pressing roller, and the used sticky note tape is wound up with a take-up reel. A sticky note transfer tool for pasting sticky notes on a surface to be transferred. A feed-out reel is arranged to feed out unused sticky note tape with sticky notes coated with adhesive applied to the tape.
A take-up reel is placed to wind up the sticky tape after use.
An interlocking means for interlocking the feed reel and the take-up reel,
A separating roller, a pressing roller, and a driven roller are rotatably provided.
By curving the sticky tape fed out from the feeding reel along the separating roller, the sticky note is peeled off from the sticky tape at the curved area, between the feeding reel and the take-up reel, and near the pressing roller. Place the separation roller,
disposing the pressing roller that presses the sticky note peeled off from the sticky note tape onto the transfer surface;
It has an interlocking means for interlocking the pressing roller and the driven roller,
A driven roller is arranged opposite to the separation roller, and a sticky tape is inserted between the separation roller and the driven roller,
The driven roller is rotated by the pressing roller that is rotated while pressing against the transfer surface, and the sticky tape inserted between the separation roller and the driven roller is driven by the rotation of the driven roller, and the feed reel is The sticky note is peeled off from the unused sticky note tape that has been fed out by a separation roller, the peeled sticky note is pressed against the transfer surface by the pressing roller, and the used sticky note tape is wound up on a take-up reel. A sticky note transfer tool for pasting sticky notes on a surface to be transferred.

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