JP5951264B2 - Sheet body - Google Patents

Description

  The present invention relates to a sheet body configured to be able to be peeled off and attached to an object after printing using a printer or the like.

  2. Description of the Related Art Conventionally, various types of sheet bodies are known that are composed of a label sheet having an adhesive on the back surface and a release sheet that supports the label sheet. In recent years, many printers are assumed to be used for printing, and printing is performed while transporting inside the printer instead of printing paper. Furthermore, like what was described in Patent Document 1, a label piece is formed in a predetermined size by cutting the label sheet in advance, and this can be peeled off and attached to an object. You can see a lot of composition.

  After printing on the label piece, these sheet bodies are attached to the object as being peeled from the release sheet. At this time, since the adhesive side of the back side is completely exposed, dirt such as sebum may be attached by gripping with fingers, and the adhesive force may be reduced. Moreover, since the whole back side is usually stuck, the usage form which peels after sticking is not assumed in principle.

  On the other hand, it is possible to grip the label piece without adhering dirt to the adhesive surface, and in order to easily realize a use form such as peeling after attaching, when peeling the label piece from the release sheet, It can be considered that a part of the release sheet is separated and remains on the adhesive surface on the back side of the label piece.

  For example, Patent Document 2 discloses a configuration in which a perforation closed on a release sheet (mounting sheet) is provided at a position corresponding to a label piece, on the premise of a continuous sheet body. By doing this, when peeling the label piece from the release sheet, a part of the release sheet can be cut along the perforation, and the release sheet piece can be attached to a part of the back surface of the label piece. It has become. And if it sticks to a target object in the state accompanied with this peeling sheet piece, it will be possible to peel off a label piece easily by grasping | pulling and pulling a peeling sheet piece.

JP 2006-917779 A JP 7-271306 A

  When configured as in Patent Document 2, it is necessary to separate a part of the release sheet along a perforation that has a closed shape when the label piece is released from the sheet body. In addition, the work requires careful attention, and the work cannot be efficiently performed.

  In order to solve this problem, at least a part of the perforation is formed into a solid line, for example, to enlarge the opening so that a part of the release sheet attached to the label piece can be easily separated from the main body and It is possible to make it easier to hook.

  However, when the opening is enlarged as described above, it is difficult to maintain the form as a sheet body, and when printing is performed by a printer or the like, the inside of the apparatus may be caught, resulting in damage to the sheet body, poor conveyance, A printing defect due to the displacement of the label piece is likely to occur.

  An object of the present invention is to effectively solve such a problem. Specifically, in order to cope with various usage forms, the label is partially attached with a release sheet piece as a non-adhesive part. Assuming that the piece can be separated from the main body, it is possible to maintain a stable shape as a sheet body before separation, which can suppress printing defects and damage during printing, and is quick and efficient during separation It aims at providing the sheet | seat body which can work well.

  In order to achieve this object, the present invention takes the following measures.

That is, the sheet body of the present invention is provided with a label piece arrangement area in which a single or a plurality of label pieces are arranged and a blank area surrounding the label piece arrangement area, and a label sheet formed with the back surface as an adhesive surface, A sheet body comprising a release sheet that supports the label sheet from the adhesive surface side so that the label sheet can be peeled off. A first label sheet cutting line that continues up to and a second label sheet cutting line that corresponds to the outer shape of the label piece other than the first label sheet cutting line. A first release sheet cutting line parallel to the label sheet cutting line, and a portion substantially corresponding to a part of the edge of the first label sheet cutting line and the label piece, and substantially closed within the back surface of the label piece Territory From the part of the label sheet and the part of the release sheet along the first label sheet cutting line and the first release sheet cutting line. When the cut-out part is integrally separable and the cut-out part is not separated, it corresponds to the first label sheet cutting line and the first release sheet cutting line in the label piece and the release sheet on the back surface thereof. The part is configured to be connected to the surrounding part, and the release sheet piece corresponding to the substantially closed region is peeled off integrally with the label piece while forming a non-adhesive part on the back surface of the label piece. It is configured to be separable from the sheet.

  If comprised in this way, since a label piece arrangement | positioning area | region is supported from the circumference | surroundings by a margin area | region, and is supported from the adhesion surface side by the peeling sheet corresponding to these, it can maintain the shape as a sheet | seat body stably. It is possible to suppress damage during printing and printing defects. Moreover, it becomes possible to open | release the edge part of a label piece and to make it easy to peel off a label piece by separating the cutting part which is a part of sheet body along each cutting line after printing. Furthermore, since the release sheet piece forms a non-adhesive part while adjoining the end part side, the label surface is aligned while using the non-adhesive part as a handle, so that the adhesive surface becomes dirty. It becomes possible to perform positioning accurately without adhering. And when it is necessary to peel off the label piece later, it is possible to remove the label piece simply and beautifully while holding the part as a handle by sticking with the non-adhesive part formed. Is possible. On the other hand, when there is no need to remove the label piece, the peeling sheet piece that becomes a non-adhesive part is removed and the entire surface of the label piece is applied to the object to increase the adhesive force, making it more stable. Thus, the adhesion state can be maintained, and the usage pattern can be easily changed according to the purpose.

  Furthermore, while having a simple and inexpensive configuration, it is possible to obtain good integrity during printing to improve printing quality and handling properties, and to quickly and reliably remove unnecessary cut portions when peeling the label pieces. In order to do this, the first label sheet cutting line and the first release sheet cutting line alternate between all cut parts cut from the front to the back of the sheet body and uncut parts that are not cut. It is preferable to form such that it is formed by polymerization as a continuous perforated cutting line.

  Furthermore, in order to make it possible to separate the label piece from the release sheet more easily, the label piece is placed on the back side of the end portion by removing the cut portion along the perforated cutting line. It is preferable that the non-adhesive portion is in a state of being separated from other regions of the adjacent release sheet while being in the accompanying state. For this purpose, the second release sheet cutting line is a label piece. A shared cutting part which is a part shared with a part of the first release sheet cutting line corresponding to the edge of the label, and from one point on the edge of the label piece to another point in parallel with the shared cutting part An intermediate part that is a continuous part in a solid line or a perforated line so as to cross, and a connection that is a continuous part in a solid line that connects the shared cutting part and the intermediate part along the edge of the label piece It is suitable to comprise from a part.

  Furthermore, in order to more easily form the second release sheet cutting line for constituting the non-adhesive portion by the release sheet piece on the back side of the end of the label piece, the intermediate portion in the second release sheet cutting line Is formed as a release sheet side half cutting line that does not reach the cutting of the label sheet while cutting only the release sheet, and the connecting portion is a sheet together with a part of the second label sheet cutting line. It is preferable that the slit is formed as a slit from the front to the back of the body.

  In addition, as described above, while having a simple and inexpensive configuration, it is possible to obtain good integrity at the time of printing to improve the printing quality and handling property, and to quickly and reliably remove a cut-out portion that is unnecessary when the label piece is peeled off. A configuration different from the configuration in which the effect that can be removed is formed by polymerizing the first label sheet cutting line and the first release sheet cutting line as a perforated full cutting line as described above. In order to further improve the workability in the state where the adhesive surface is exposed on the back side of the end surface of the label piece only by removing the cut portion, the first label sheet cutting line is formed at both ends. An imaginary straight line connecting the single or plural label pieces, and extending the imaginary straight line, and an outer edge shared portion that is a continuous part of a solid line that is a part of an edge of the label piece arrangement region. And a transverse part that is a continuous part formed in a blank area from the both ends to the end of the label sheet, and at least the transverse part is peeled while cutting only the label sheet. It is formed as a label sheet side half-cut line that does not lead to cutting to the sheet, and the first release sheet cut line continues from one end of the release sheet to the other end corresponding to the virtual straight line. It is preferable that the position is formed as a perforated release sheet side half-cut line that cuts only the release sheet.

  Furthermore, while only removing the cut portion of the sheet body along the first label sheet cutting line and the first release sheet cutting line as described above, the adhesive surface is exposed on the back side of the end of the label piece, In order to surely form a non-adhesive portion by a release sheet piece in the region, the second release sheet cutting line is more than the first label sheet cutting line with the first release sheet cutting line as a boundary. It is composed of a label edge sharing part which is a part corresponding to a part of the edge of the label piece in the side region, and a closing part which is a part connected to the label edge sharing part to form a substantially closed region The label edge sharing part is formed as a slit with a part of the corresponding first or second label sheet cutting line and a slit cut from the front to the back of the sheet body, and the closing part is a release sheet Cutting only It is preferable to configure so until the cutting of the label sheet is formed as a release sheet side half cut line does not lead while.

  Further, even when a plurality of label pieces are adjacent to each other, in order to suitably maintain the above-described effect, the label piece crosses the linear first side and the first side. The label piece arrangement region is formed by providing two sides and a third side, and a plurality of label pieces are provided adjacent to each other while continuing the first sides, and the substantially closed region is the first side and The label edge sharing part is formed by a part of the first side and the second side, and the closing part is formed as a straight line that intersects with the first side and the second side. It is preferable to configure so that.

  According to the present invention described above, since it is possible to maintain a stable shape as a sheet body before separating the label pieces, it is possible to suppress printing defects and damage during printing, and efficiency when separating the label pieces. Work can be performed well, and when separating, it is possible to have a release sheet piece as a non-adhesive part on the back side of the label piece, so when sticking while holding this part as a handle Sheet body that can be used properly according to the purpose of full adhesion for the purpose of stable adhesion and partial adhesion with non-adhesive part for easy peeling after use Can be provided.

The top view of the sheet body concerning a 1st embodiment of the present invention. The bottom view of the sheet body. The perspective view of the sheet body. The disassembled perspective view which decomposed | disassembled a part of the sheet | seat body. The principal part disassembled perspective view which decomposed | disassembled and expanded a part of the sheet | seat body. FIG. 4 is a perspective view showing a state in which a part of the sheet body is cut along a cutting line from the state of FIG. 3. The perspective view which shows the state in the middle of peeling some label pieces from the state of FIG. The top view of the sheet | seat body which concerns on 2nd Embodiment of this invention. The bottom view of the sheet body. The perspective view of the sheet body. The disassembled perspective view which decomposed | disassembled a part of the sheet | seat body. The principal part disassembled perspective view which decomposed | disassembled and expanded a part of the sheet | seat body. FIG. 11 is a perspective view illustrating a state in which a part of the sheet body is cut along a cutting line from the state of FIG. 10. The perspective view which shows the state in the middle of peeling some label pieces from the state of FIG.

  Embodiments of the present invention will be described below with reference to the drawings.

<First Embodiment>
The sheet body S1 according to the first embodiment is configured on the side shown by the rectangular label sheet L1 made of a paper material formed on the side shown by the plan view shown in FIG. 1 and the bottom view shown in FIG. A rectangular release sheet R1 made of a paper material is polymerized in the same direction as shown in FIG. The label sheet L1 has a back surface formed as an adhesive surface provided with an adhesive (not shown), and is configured such that the release sheet R1 is detachably supported through the adhesive surface.

  As shown in FIG. 1, the label sheet L1 is provided with label piece placement areas A11 and A11 at two locations by inserting a cutting line, which will be described later, and is distinguished from the blank area A12 other than these.

  The label piece placement areas A11 and A11 are each formed in a rectangular shape in which the long side faces in the same direction as the long side of the label sheet L1, and is arranged side by side in the short side direction. And label piece arrangement | positioning area | region A11, A11 is each arrange | positioned inside the edge part of label sheet L1, and it is made for the blank area | region A12 to be formed also between both. That is, the label piece placement areas A11 and A11 are formed so that the outer periphery is covered by the blank area A12.

  The label piece arrangement areas A11, A11 are divided into six label pieces 2-2 of the same size by cutting lines 41-41 formed in a direction orthogonal to the long sides of the label piece arrangement areas A11, A11. It is divided.

  Hereinafter, the label piece arrangement areas A11, A11 and the cutting lines for dividing the label piece arrangement areas A11 and A11 into a plurality of label pieces 2-2 will be described. The upper label piece arrangement area A11 and the lower label in FIG. Since the configuration of the cutting line in the single arrangement area A12 is the same, the description will be given focusing on only the upper label piece arrangement area A11. In the drawing, the reference numerals in the lower label piece arrangement area A11 are omitted to indicate the intention, and actually the same configuration as the cutting line for forming the upper label piece arrangement area A11. It is said.

  The label pieces 2 and 2 arranged in the label piece arrangement area A11 are formed in a rectangular shape as described above. For convenience, the upper edge in the drawing is defined as the first side 21 and is rotated clockwise from this. Each of the positioned edges is referred to as a second side 22, a third side 23, and a fourth side 24. That is, the third side 23 is parallel to the first side 21, and the second side 22 and the fourth side 24 are orthogonal to the first side 21 and the third side 23.

  Each 1st edge | side 21-21 of the label pieces 2-2 which form the same label piece arrangement | positioning area | region A11 is arrange | positioned so that the same straight line may be formed by continuing between adjacent ones. The first label sheet cutting line 3 is formed so as to continue from one end of the label sheet L1 to the other end corresponding to the straight line. The first label sheet cutting line 3 is formed by polymerization in parallel with the first release sheet cutting line 5 to be described later, and was cut from the front side to the back side of the sheet body S1. It is formed as a perforated full cut line in which all cut portions and non-cut portions are alternately continued.

  Here, the total cutting means that the label sheet L1 and the release sheet R1 constituting the sheet body S1 are cut from either side, and the cut reaches the opposite side over the entire thickness direction. It shall be referred to as a cut state, and it is not necessary to be continuous as a solid line as a cutting line. Further, as long as the cut state is obtained, it does not matter whether the cut is provided from either side of the front and back. Further, non-cutting means a state in which neither the label sheet L1 nor the release sheet R1 constituting the same portion of the sheet body 21 is cut in the thickness direction, that is, a state in which no cut is made from either side. To do. The half cut is a state in which only one of the label sheet L1 and the release sheet R1 constituting the same portion of the sheet body 21 is cut, that is, a cut is made from either side of the label sheet L1 and the release sheet R1. , One is completely cut, but the other is formed so that the cut hardly reaches the other. Furthermore, the full cut line and the half cut line are configured as a straight line or a curve in which the full cut or half cut part is continuous in a linear or dotted line, or a continuous line in which these straight lines or curves are continuous. In other words, it is not always necessary that the fully cut or half cut portion is continuous in a solid line. Hereinafter, the description will be continued using the words defined as described above.

  As described above, in FIG. 1, the first label sheet cutting line 3 is linearly formed as a perforated total cutting line across the left and right side edges of the label sheet L1. Moreover, this 1st label sheet cutting line 3 is comprised so that it may connect with each side edge of the label sheet L1 by all the cutting parts which comprise this. Therefore, a part of the blank area A12 can be easily separated along the first label sheet cutting line 3.

  Moreover, the 2nd label sheet cutting line 4 is comprised by the cutting line formed so that it might correspond to the edge part, ie, external shape, of each label piece 2-2 other than said 1st label sheet cutting line 3. FIG. The second label sheet cutting line 4 is a label that does not constitute the first label sheet cutting line 3 and the long side corresponding parts 41 to 41 corresponding to the long sides 22 to 22 and 24 to 24 of the label pieces 2 to 2. It is comprised from the short side corresponding | compatible part 42 corresponding to the short sides 23-23 of the pieces 2-2.

  More specifically, among the label pieces 2 and 2 forming the same label piece arrangement area A11, five straight lines shared as the second side 22 and the fourth side 24 by the adjacent ones, and both ends not shared The seven straight line portions corresponding to the long sides 24 and 22 form the long side corresponding portions 41 to 41, respectively. Moreover, the short side corresponding | compatible part 42 is comprised as a straight line which made the 3rd sides 23-23 of the label pieces 2-2 continuous.

  Moreover, a part close to the intersection with the first label sheet cutting line 3 in the long side corresponding portion 41 is formed as slit portions 41a to 41a having the same length that are completely cut to the release sheet R1 side. 1 is connected to the cutting line 3 of the label sheet. Further, the long side corresponding portions 41 to 41 excluding the slit portions 41a to 41a are formed as a continuous half-cut line on the label sheet side that cuts only the label sheet L1, and each is formed as a slit portion 41a to 41a. To connect.

  As described above, the first label sheet cutting line 3 and the second label sheet cutting line 4 configured around the upper label arrangement area A11 in FIG. 1 are also provided around the lower label arrangement area A11. It is constituted similarly. In this way, the upper part formed with the first label sheet cutting line 3 formed at the upper side in the figure as the boundary is easily cut out along the first label sheet cutting line 3 as the first cutout part X11. The upper part with the first label sheet cutting line 3 formed at the lower side in the figure as the boundary is the lower first label sheet cutting line as the second cutout portion X12. 3 can be easily cut out, and the end of the label pieces 2 to 2 on the first side 21 to 21 side can be opened by cutting each of them.

  Next, the cutting line formed on the release sheet R1 will be described with reference to FIG. 1 and FIG. 3 using FIG. Since FIG. 2 is shown as a bottom view, the vertical relationship with FIG. 1 is reversed.

  In the following, the description will be given focusing on the lower area in FIG. 2 corresponding to the label arrangement area A11 located on the upper side in FIG.

  First, the first release sheet cutting line 5 is formed on the release sheet R1 in parallel with the first label sheet cutting line 3 formed on the label sheet L1 side, more specifically, so as to be polymerized. Since these are simultaneously formed as the same perforated cutting line, the positional relationship is substantially the same as that described as the first label sheet cutting line 3 in the label sheet L1.

  Furthermore, the second release sheet cutting line is formed on the release sheet R1 so as to form substantially closed areas 7 to 7 in the back surfaces of the six label pieces 2-2 forming the same label piece arrangement area A11. 6 is provided. These substantially closed regions 7 to 7 constitute release sheet pieces as non-adhesive portions in the adhesive surface on the back side when the label pieces 2 and 2 are separated from the sheet body S1 as described later. . Hereinafter, the substantially closed region may be referred to as a non-adhesive portion or a release sheet piece. In addition, the above-mentioned substantially closed region does not require that the lines forming this are seamlessly connected, and the release sheet piece in the region can be easily separated from other parts. In other words, it is sufficient to be independent so that it can be distinguished from other parts.

  The 2nd peeling sheet cutting line 6 is comprised from the part corresponding to each edge | side of each peeling sheet piece 7-7 formed in the rectangular shape. Specifically, the second release sheet cutting line 6 corresponds to one of the long sides of the release sheet piece 7, and a shared cutting part 61 as a part shared with the first release sheet cutting line 5, It is comprised from the intermediate part 62 corresponding to the other long side which opposes, and the connection parts 63 and 63 which connect these shared cutting parts 61 and the intermediate part 62. FIG.

  Among these, the connection parts 63 and 63 respond | correspond to the slit parts 41a-41a in the label sheet L1, and are superposed | polymerized and formed as the same slit part. Further, the intermediate portion 62 is formed so as to cross a part of the label piece 2 from the middle of the second side 22 which is the long side of the label piece 2 in FIG. 1 to the middle of the opposed fourth side 24. It is configured as a release sheet side semi-cut line continuous in a solid line shape that cuts only the release sheet R1 side. In addition, as long as the release sheet pieces 7 to 7 can be easily separated from the release sheet R1 located in the periphery thereof, the intermediate part 62 is replaced with a solid line-shaped release sheet side half cut. It can also be configured as a line.

  In addition, each of the connecting portions 63 and 63 is formed so as to have a connection with the intermediate portion 62, and is connected with all the cutting portions constituting the shared cutting portion 61 formed in a perforated shape. It is formed to have. By doing so, the release sheet piece 7 can be made completely independent of the surrounding release sheet R1 when the excision X11 is excised as described later.

  As described above, the cutting line around the release sheet pieces 7 to 7 positioned on the lower side in FIG. 2 has been described, but the same is also configured around the release sheet pieces 7 to 7 positioned on the upper side. In this way, in the region below the first release sheet cutting line 5 on the lower side, the first cut portion X11 is configured together with the label sheet L1 side, and the upper first release sheet cutting is performed. In the region below the line 5, the second cut portion X12 is configured together with the label sheet L1 side.

  The label sheet L1 and the release sheet R1 on which the cutting line is formed as described above are configured as a sheet body S1 in a polymerized state as shown in FIG.

  FIG. 4 shows an exploded view of the state in which the label sheet L1 and the release sheet R1 are separated vertically from the state shown in FIG. As described above, the first label sheet cutting line 3 formed on the label sheet L1 and the first release sheet cutting line 5 formed on the release sheet R1 are polymerized and integrally formed. And the peeling sheet pieces 7-7 are formed in the positional relationship which respond | corresponds in the back surface area | region of the edge part by the side of the 1st label sheet cutting line 3 of each label piece 2-2. Further, since the second label sheet cutting line 4 is mainly formed as a label sheet side semi-cutting line, the corresponding cutting line excludes the connecting part 63 which is a slit part on the release sheet R1 side. Not formed.

  FIG. 5 is an enlarged view of a part of FIG. As described above, the slit portion 41a on the side of the label sheet L1 and the connecting portion 63 on the side of the release sheet R1, which are integrally formed, are respectively connected to the first label sheet cutting line 3 or the B1 portion and the C1 portion in the drawing. It forms so that it may connect with all the cutting parts of the 1st peeling sheet cutting line 5. FIG. In addition, by changing the material and thickness of each sheet, the adhesive strength of the adhesive portion, the pitch of the perforated full cutting line, etc., the cutting of the cut portion X11 (X12) is performed by the label pieces 2-2 and the release sheet pieces 7-7. 7 can be easily achieved without bringing in the slit portion 41a on the label sheet L1 side and the connecting portion 63 on the release sheet R1 side in the B1 portion and the C1 portion, the first label sheet cutting line 3 and You may form so that it may connect not to the whole cutting part of the 1st peeling sheet cutting line 5, but to a non-cutting part.

  By carrying out like this, along the 1st label sheet cutting line 3 and the 1st peeling sheet cutting line 5, the cutting part X11 which consists of a part of label sheet L1 and a part of peeling sheet R1 from the whole sheet | seat body S1. (X12) (see FIG. 3) can be integrally separated, and the release sheet pieces 7 to 7 adjacent thereto can be completely independent of the surrounding release sheet R1. At the same time, the label pieces 2-2 adjacent to the excised part X11 (X12) that has been excised can be made completely independent of the surrounding label sheet L1.

  The sheet body S1 configured as described above can be used as follows.

  First, when handled as an integrated sheet body S1 as shown in FIG. 3, the label pieces 2-2 corresponding to the target print region and the release paper sheet pieces 7-7 (see FIG. 4) on the back side thereof are The non-cut portion of one label sheet cutting line 3 and the non-cut portion of the first release sheet cutting line 5 are connected to surrounding portions. Moreover, since the 2nd label sheet cutting line 4 which forms the other edge part of the label pieces 2-2 is mainly formed as a semi-cutting line, a cutting line is formed in the corresponding position in the peeling sheet R1 side. Thus, it is possible to stably support the label pieces 2 and 2 from the back side.

  Therefore, even when printing is performed by the printer using the sheet body S1, the sheet body S1 is not torn and the label piece 2 is not displaced due to being caught inside the printer. In addition, it is possible to suppress damage to the sheet body S1 and a decrease in print quality. Further, when the sheet body S1 is handled, since the surface irregularities are small and the catching is difficult to occur, there is little possibility that the label is displaced or peeled off, and the handling property is excellent.

  FIG. 6 shows a state where the first excision X11 is excised from the state of FIG. In this figure, the first excision X11 is first excised, but it is also possible to excise from the second excision X12 (see FIG. 3).

  The cut portions X11 and X12 are cut so as to be sequentially cut from one end side along the first label sheet cutting line 3 and the first release sheet cutting line 5 formed as an integral perforated cutting line. . Since the end portion of the cutting line is formed so as to be connected to the edge portion of the sheet body S1 by all the cutting portions forming the perforation, it is possible to easily start the separation with a small force.

  Further, the cutting lines 41 and 63 that form the edge portions of the label pieces 2 and 2 and the release sheet pieces 7 to 7 are the first label sheet cutting line 3 or the first release sheet at the B1 and C1 parts in FIG. Since it is formed so as to be connected to all the cutting portions of the cutting line 5, it is possible to easily start cutting along with the cutting of the cut portion X11 (X12), and to suppress the trouble that the cutting portion 5 is pulled off. .

  After the excision part X11 (X12) is excised in this way, the label pieces 2-2 and the release sheet pieces 7-7 adjacent to the excision part X11 (X12) are completely in the peripheral part of the label sheet L1 or the peripheral part of the release sheet R1. Will be independent. Therefore, when peeling the label pieces 2 and 2 from the release sheet R1, in the figure, holding the portions of the release sheet pieces 7 to 7 together with the vicinity of the ends of the label pieces 2 and 2 to be superposed on the handle. It is possible to easily separate from the release sheet R1 simply by pulling upward.

  FIG. 7 shows a state in the middle of peeling one of the label pieces 2 and 2 from the release sheet R1. As for the label piece 2 to be peeled, the adhesive surface 2a on the back side is exposed, and the non-adhesive surface is formed by the release sheet piece 7 at the end in the adhesive surface 2a. As described above, since the release sheet piece 7 is completely independent of the peripheral portion of the release sheet R1, it is possible to smoothly separate the release sheet piece 7 without taking another part at the time of release.

  Thus, only by cutting the cut portion X11, the plurality of label pieces 2 and 2 adjacent to the cut portion X11 become independent, and can be easily separated from the release sheet R1 simply by gripping and pulling the end portion. Therefore, the working speed required for peeling off the label pieces 2 and 2 is greatly improved, and the shape of the label pieces 2 and 2 can be maintained beautifully.

  The label piece 2 separated from the release sheet R1 is attached by moving to the surface of the object while holding the part of the release sheet piece 7 as a handle. In this process, the operator can perform various operations such as temporary positioning and re-bonding while holding the part of the release sheet piece 7 as a handle. Since the surface 2a is not soiled and wrinkles are less likely to occur due to the stiffness of the release sheet piece, the affixing operation can be suitably carried out while suppressing a decrease in adhesive strength and the generation of wrinkles.

  Whether or not the release sheet piece 7 as the non-adhesive portion is removed after pasting can be appropriately selected according to the usage form.

  For example, when it is not assumed that the pasted label piece 2 will be removed later, or when it is desired to strongly peel and prevent peeling, the peelable sheet piece 7 is removed after pasting as described above. After the adhesive surface 2a is completely exposed, the entire adhesive surface 2a is attached to the object. By doing this, it is possible to increase the adhesive force and to prevent the edge from rolling up, so it is possible to enhance the aesthetics after pasting and at the same time suppress adhesion and damage to other parts It becomes.

  On the other hand, when it is assumed that the attached label piece 2 will be removed later, the label piece 2 is used with being attached with the release sheet piece 7 on the back side, and the release sheet is used after use. It can be peeled off while holding the piece 7 as a handle. In this way, the non-adhesive portion is formed by the release sheet piece 7, and since there is a portion that becomes a handle at the time of peeling, the peeling operation can be performed easily and beautifully. In addition, when the adhesive strength is maintained at a certain level or higher even after peeling from the object, it can be used again after being attached to another portion.

  As described above, the sheet body S1 in the present embodiment is provided with the label piece arrangement areas A11 and A11 for arranging the plurality of label pieces 2 and 2 and the blank area A12 surrounding the label piece arrangement areas A11 and A11. A sheet body S1 including a label sheet L1 formed with a back surface as an adhesive surface and a release sheet R1 that supports the label sheet L1 from the adhesive surface side so that the label sheet L1 can be peeled from the label sheet L1. The first label sheet cutting line 3 that continues from one end to the other end while including a part of the edge of the piece arrangement region A11, and the outer shape of the label pieces 2-2 other than the first label sheet cutting line 3 A second label sheet cutting line 4 corresponding to the first label sheet cutting line 3 parallel to the first label sheet cutting line 3 in a part of the release sheet R1, and the first A second release sheet cutting line 6 that includes a bell sheet cutting line 3 and a portion corresponding to a part of the edge of the label pieces 2-2, and that forms a substantially closed region in the back surface of the label pieces 2-2. A cut portion X11, X12 made of a part of the label sheet L1 and a part of the release sheet R1 is integrated along the first label sheet cutting line 3 and the first release sheet cutting line 5. The release sheet pieces 7 to 7 corresponding to the substantially closed region are formed integrally with the label pieces 2-2 while forming a non-adhesive portion on the back surface of the label pieces 2-2. It is configured to be separable from R1.

  Since the label piece placement area A11 is supported from the periphery by the surrounding margin area A12 and is supported from the back side by the release sheet R1 corresponding to these because it is configured in this way, the sheet body S1 Thus, it is possible to perform printing appropriately while maintaining the shape of the printer. Moreover, it becomes possible to open | release the edge part of the label pieces 2-2 and to make it easy to peel off the label pieces 2-2 by separating the cutting parts X11 and X12 along each cutting line after printing. Further, since the release sheet pieces 7 to 7 form a non-adhesive portion while adjoining the end portions of the label pieces 2 and 2, the position of the label pieces 2-2 is used while using the non-adhesive portion as a handle. By performing the alignment, it is possible to perform positioning accurately without attaching dirt to the adhesive surface. And when it is necessary to peel off the label piece later, the label pieces 2 and 2 can be removed easily and beautifully while holding the part as a handle by applying the non-adhesive part. Can be performed. On the other hand, when it is not necessary to remove the label pieces 2-2, the release sheet pieces 7-7, which are non-adhesive portions, are removed and adhered to the object using the entire surface of the label pieces 2-2. By increasing the force, it is possible to maintain the adhesion state more stably, and it is possible to easily change the usage pattern according to the purpose.

  In addition, the first label sheet cutting line 3 and the first release sheet cutting line 5 alternate between all cut parts cut from the front to the back of the sheet body S1 and uncut parts that are not cut. Since it is configured to be formed by polymerization as a continuous perforated cutting line, when the sheet body S1 is handled as a whole, such as during printing, good integrity can be obtained, and printing quality and handling can be obtained. In addition to improving the properties, it becomes possible to quickly and reliably remove the unnecessary portions when the label pieces 2 and 2 are peeled off. Moreover, since it is set as the structure formed simultaneously as all the cutting lines cut | disconnected in the thickness direction from the label sheet L1 to the peeling sheet R1, it is possible to reduce manufacturing cost.

  Moreover, the said 2nd peeling sheet cutting line 6 is a part shared with a part of said 1st peeling sheet cutting line 5 corresponding to the edge part of the label pieces 2-2, An intermediate portion 62 that is a portion continuous in a solid line so as to cross from one point on the edge of the label pieces 2 to 2 to the other point in parallel with the shared cutting portion 61, and the shared cutting portion 61 and the intermediate portion 62 Are connected to each other along the edges of the label pieces 2 and 2, and are connected portions 63 and 63 that are continuous in a solid line shape. Therefore, the cut portion X11 is formed along the perforated cutting line. , X12 is removed so that the label pieces 2-2 are independent from the peripheral portion of the label sheet L1 with the release sheet pieces 7-7 on the back side of the end, and the release sheet pieces 7-7 are the periphery of the release sheet R1. Because it becomes independent from the part, label piece 2 2 together with the back side of the release sheet piece 7 to 7 it is possible to easily separated from the release sheet R1.

  Further, the intermediate portion 62 in the second release sheet cutting line 6 is formed as a release sheet side half-cut line that does not reach the cutting of the label sheet L1 while cutting only the release sheet R1. Since the connecting portion 63 is configured to be formed as a slit that is cut from the front side to the back side of the sheet body S1 together with the part 41a of the second label sheet cutting line 4, as a non-adhesive portion The second release sheet cutting line 6 for forming the release sheet pieces 7 to 7 can be configured more simply.

Second Embodiment
The sheet body S2 according to the second embodiment includes a rectangular label sheet L2 configured on the side shown by the plan view shown in FIG. 8 and a rectangular release configured on the side shown by the bottom view shown in FIG. As shown in FIG. 10, the sheet R <b> 2 is superposed in the same direction and configured as an integral unit.

  The basic configuration is the same as in the case of the sheet body S1 according to the first embodiment, and the same parts are denoted by the same reference numerals and description thereof is omitted.

  As shown in FIG. 8, two label arrangement areas A21, A21 are provided so as to be surrounded by a blank area A22, and the first sides of the label pieces 2-2 constituting the label arrangement areas A21, A21 are provided. The first label sheet cutting lines 203 and 203 are formed on the 21 to 21 side, and in the drawing, the region above the first label sheet cutting lines 203 and 203 is the first cut portion X21 or the second cutout line. Each excision X22 is configured.

  The upper label arrangement area A21 and the lower label arrangement area A21 are configured by forming the same cutting line around them. Therefore, in the following, description will be made by paying attention to the upper label piece arrangement area A21.

  The first label sheet cutting line 203 includes cross sections 232 and 232 formed as described below, and an outer edge shared section 231. When considering the virtual straight line 231C that is parallel to the first sides 21 to 21 of the label pieces 2-2 while traversing the label piece placement area A21, the crossing portions 232 and 232 extend the virtual straight line 231c to make a blank space. It is a straight line portion formed in the region A22, and is formed as a continuous half-cut line on the label sheet side in a solid line shape. The outer edge shared portion 231 is a continuous line portion formed so as to connect both ends of the imaginary straight line 231c along the outer edge of the label piece arrangement region A21. The slit portions 231b1, 231a1 to 231a1 described later and these portions Except for the intersection part to be formed, it is formed as a half cut line on the label sheet side continuous in a solid line shape. That is, the outer edge sharing portion 231 is a long side sharing portion corresponding to the fourth side 24 of the label piece 2 located on the leftmost side in the drawing and a part of the second side 22 of the label piece 2 located on the rightmost side. 231b, 231b and short side sharing portions 231a to 231a corresponding to the first sides 21 to 21 of all the label pieces 2-2.

  Furthermore, in the part corresponding to the outer shape of the label pieces 2-2, the part other than the first label sheet cutting line 203 is configured as a second label sheet cutting line 204, and will be described later as slit parts 242a- Except for 242a and the intersection part formed by these, it is formed as a half cut line on the label sheet side continuous in a solid line shape. Specifically, the second label sheet cutting line 204 is formed on the fourth side 24 of the label piece 2 located on the leftmost side in the drawing and a part of the second side 22 of the label piece 2 located on the rightmost side. Each of the first long side corresponding portions 241 and 241 corresponding to each other, the second long side corresponding portions 242 to 242 corresponding to the sides shared by the adjacent label pieces 2 to 2, and the label pieces 2 to 2, respectively. The short side sharing parts 243 to 243 corresponding to the three sides 23 to 23 are configured.

  As described above, a part of the first label sheet cutting line 203 and the second label sheet cutting line 204 is configured as a slit that is completely cut from the front to the back of the sheet body S2. This slit is formed in a portion corresponding to the upper right corner in the figure where the first side 21 and the second side 22 of each label piece 2-2 intersect. Specifically, among the short side sharing portions 231a to 231a constituting the first label sheet cutting line 203, the right end portion in the drawing is formed as the slit portions 231a1 to 231a1 and is positioned on the right side in the drawing. Of the long side shared portion 231b to be formed, the portion from the upper end to the portion immediately before the crossing portion 232 is formed as the slit portion 231b1. In addition, portions of the second long side corresponding portions 242 to 242 constituting the second label sheet cutting line 204 from the upper end portion to just before reaching the virtual straight line 231c are formed as slit portions 242a to 242a.

  The cutting line formed on the release sheet R2 side so as to correspond to the cutting line formed on the label sheet L2 side as described above will be described using FIG. 9 with reference to FIG.

  First, the first release sheet cutting lines 205 and 205 are perforated-released at a position extending from one end to the other end while overlapping with the virtual line 231c on the label sheet L2 side on the release sheet R2. It is formed as a sheet side half-cut line. That is, the first release sheet cutting lines 205 and 205 are provided so as to be parallel to the first label sheet cutting lines 203 and 203 while being partially polymerized. The first release sheet cutting lines 205 and 205 are formed by connecting a half-cut portion and a non-cut portion formed from the release sheet R2 side on the dotted line, so that the edge of the release sheet R2 is connected by the half-cut portion. Is formed. In addition, half cut and non-cut here refer to what is formed by a cut made from the release sheet R2 side, and when the cut is formed at a position where polymerization is also performed from the label sheet L2 side on the back side, It can be in a cut or semi-cut state.

  In addition, a plurality of second release sheet cutting lines 206 to 206 are formed on the release sheet R2, and a triangular substantially closed area is formed by each of the second release sheet cutting lines 206 to 206. The release sheet pieces 207 to 207 in these regions are easily separated from the surrounding portions and are independent to the extent that they can be distinguished. Further, the second release sheet cutting lines 206 to 206 are respectively formed at positions slightly separated from the first release sheet cutting lines 205 to 205. In the drawing, the first release sheet cutting lines 205 to 205 are formed. The substantially closed region is formed in a lower region, that is, a region where the cut portion X21 is formed, and more specifically, the first side 21 and the second side 22 of the label pieces 2 to 2 are It is formed at a position corresponding to the intersecting corner.

  The second release sheet cutting line 206 is formed on a part of the first side 21 of the label piece 2 in the region closer to the first label sheet cutting line 203 than the first release sheet cutting line 205 as a boundary. In addition to the label edge sharing part 261 composed of the corresponding short side sharing part 261a and the long side sharing part 261b corresponding to a part of the second side 22, the closure is connected to these to form the substantially closed region. The unit 262 is configured. The short side sharing part 261a and the long side sharing part 261b are any of the slit parts 231a1 to 231a1 and 231b1 of the first label sheet cutting line 203 and the slit parts 242a to 242a of the second label sheet cutting line 204. They correspond to each other and are formed simultaneously as all cutting lines integrated with them. Moreover, the said closure part 262 is formed as a solid-lined peeling sheet side half-cut line connected with the short side shared part 261a and the long side shared part 261b.

  The label sheet L2 and the release sheet R2 on which the cutting line is formed as described above are configured as a sheet body S2 in a polymerized state as shown in FIG.

  FIG. 11 shows an exploded view of the state in which the label sheet L2 and the release sheet R2 are vertically separated from the state shown in FIG. As described above, the first label sheet cutting line 203 formed on the label sheet L2 and the first release sheet cutting line 205 formed on the release sheet R2 are formed in parallel while being polymerized in the vicinity of the end portion. Yes. Even at the position where the first label sheet cutting line 203 and the first release sheet cutting line 205 are superposed, the first release sheet cutting line 203 is formed in a perforation, so that these cutting lines The sheet body S2 is not divided, and the state where the label pieces 2 and 2 are appropriately supported can be maintained.

  The release sheet pieces 207 to 207 are formed in a positional relationship corresponding to the back side of the corner on the first label sheet cutting line 203 side among the label pieces 2 and 2. In addition, since the second label sheet cutting line 204 is mainly formed as a label sheet side half cutting line, the corresponding cutting line has a long side shared portion 261b which is a slit portion on the release sheet R2 side. It is not formed except.

  FIG. 12 is an enlarged view of a part of FIG. As described above, the slit portions 231b1, 231a1, and 242a constituting a part of the first label sheet cutting line 203 and the second label sheet cutting line 204 are the slit portions 261a, 261a, 261a is formed integrally.

  Focusing on the label sheet L2 side, in the D1 portion in the figure, the slit portion 231b1 and the slit portion 231a1 are not completely connected, and a very few uncut portion is formed at the intersection point described above. Also, in the E1 portion, the slit portion 242a and the slit portion 231a1 are not completely connected, and a very few uncut portions are formed at the intersection. Similarly, on the release sheet R1 side, the slit part (long side shared part) 261b and the slit part (short side shared part) 261a are completely connected in the D2 and E2 parts corresponding to the D1 part and E1 part. Instead, very few uncut portions are formed at the intersections. In this way, by providing the non-cut portion at the intersection portion that becomes the apex of the corner portion, the apex portion can be prevented from being bent and bent, and the shape as the sheet body S2 can be more stably maintained. At the same time, it is possible to reduce the unevenness that causes the catch. In addition, in the F part in the figure, the slit part (long side shared part) 261b and the first release sheet cutting line 205 are positioned so as not to be connected, and the cut parts X21, X22 (see FIG. 10) is separated from the F portion as a base point.

  By configuring as described above, along the first label sheet cutting line 203 and the first release sheet cutting line 205, a part of the label sheet L2 and a part of the release sheet R2 from the entire sheet body S2. The cut portion X21 (X22) (see FIG. 10) can be quickly and integrally separated, and at the same time, the label pieces 2 and 2 are exposed in the state where the adhesive surface which is the back surface is exposed in the vicinity of the end portion. Independent release sheet pieces 207 to 207 can be formed in the exposed back surface area.

  The sheet body S2 configured as described above can be used as follows.

  First, when handled as an integrated sheet S2 as shown in FIG. 10, the label pieces 2-2 corresponding to the target print region are accompanied by the release sheet pieces 207-207 on the back of only a small corner. However, almost the entire back surface is supported by the release sheet R2, and is also supported by the non-cut portions at the corners where the release sheet pieces 207 to 207 are formed. Therefore, there is no part that is greatly opened, and the unevenness in the thickness direction is reduced, so that a stable shape can be maintained.

  Accordingly, similarly to the sheet body S1 in the first embodiment, even when printing is performed by the printer using the sheet body S2, damage to the sheet body S2 and poor printing can be suppressed.

  FIG. 13 shows a state where the first excision X21 is excised from the state of FIG. In the figure, the first excision X21 is first excised, but it is also possible to excise from the second excision X22 (see FIG. 10).

  The cut portions X21 and X22 are cut out so as to be sequentially cut off from one end side along the first label sheet cutting line 203 and the first release sheet cutting line 205 partially overlapping therewith. The first label sheet cutting line 203 is connected to the edge of the sheet body S2 that forms one end as the cutting start position, as a solid line-like half cutting line on the label sheet side. One release sheet cutting line 205 is connected by a semi-cut portion of the perforated release sheet side half cutting line. Therefore, it is possible to start the separation easily with a small force.

  When the cut portions X21 and X22 are separated from the sheet body S2, the cut portions X21 and X22 are separated from the right side in the drawing by sequentially shearing toward the release sheet R2 side.

  The first label sheet cutting line 203 and the first release sheet cutting line 205 are at different positions except for the overlapping portions of the end portions, and the first release sheet cutting line is removed by removing the cut portions X21 and X22. Adhesive surfaces 2a to 2a that become the back surfaces of the label pieces 2 to 2 appear in a portion located outside the line 205. At the same time, it is in a state accompanied by triangular release sheet pieces 207 to 207 in the region of the adhesive surfaces 2a to 2a and at the lower corners in the figure.

  Each of the release sheet pieces 207 to 207 is formed in an almost independent state with the exception of a slight uncut portion with respect to the peripheral portion of the release sheet R2, so that the cut portions X21 and X22 are separated as described above. Also when it is made to move, the position is not shifted. Further, since the release sheet pieces 207 to 207 are formed in a triangular shape facing the same direction, the release sheet pieces 207 to 207 are more stably attached to the back surfaces of the label pieces 2 and 2. Can do. Furthermore, when separating the cut portions X21 and X22 so as to sequentially shear from the one end side, the direction from the apex portion of the triangle forming the release sheet pieces 207 to 207 to the base portion having an uncut portion is set. Specifically, by sequentially separating from the right side to the left side of the drawing, the influence of the non-cutting portion hitting the apex of the corner is reduced, and the release sheet pieces 207 to 207 are stably attached. It can be set as the state attached to the back surface of the label pieces 2-2.

  After the excision part X21 (X22) is excised in this way, the label pieces 2-2 and the release sheet pieces 207 to 207 adjacent to the excision part X21 (X22) are completely with respect to the peripheral portion of the label sheet L2 or the peripheral portion of the release sheet R2. Will be independent. Therefore, when peeling the label pieces 2 and 2 from the release sheet R2, in the figure while holding the portions of the release sheet pieces 207 to 207 together with the vicinity of the end portions of the label pieces 2 and 2 to be overlapped with the handle. It is possible to easily separate them only by pulling them upward. The separation itself can also be performed while holding the adhesive surfaces 2a to 2a other than the release sheet pieces 207 to 207.

  In FIG. 14, the state in the middle of peeling one of the label pieces 2-2 from the peeling sheet R2 is shown. The label piece 2 to be peeled exposes the adhesive surface 2a on the back side, and a non-adhesive surface is formed by the release sheet piece 207 at one corner of the adhesive surface 2a. As described above, since the release sheet piece 207 is completely independent of the peripheral portion of the release sheet R2, it is possible to smoothly separate the release sheet piece 207 without taking another part at the time of release.

  Since the plurality of label pieces 2 and 2 adjacent to the cut portion X21 are made independent by simply cutting the cut portion X21 in this way, it can be easily separated from the release sheet R2 simply by gripping and pulling the end portion. In addition, the working speed required for peeling the label pieces 2 and 2 is greatly improved, and the shape of the label pieces 2 and 2 can be maintained in a beautiful state.

  The label piece 2 separated from the release sheet R2 can be attached by moving it to the surface of the object while holding the part of the release sheet piece 207 as a handle, and the release sheet R2 in the first embodiment. The pasting operation can be carried out in the same manner as described above.

  Further, by using the release sheet piece 207 as a non-adhesive part in the same manner as the release sheet R2 in the first embodiment, the usage form in which the adhesive surface 2a is completely exposed and completely adhered, and the release sheet piece It is possible to preferably select a usage pattern in which peeling is performed after use while leaving 207.

  Further, in the sheet body S2 in the second embodiment, the release sheet piece 207 is formed smaller than in the case of the sheet body S1 in the first embodiment. Therefore, even if it is a case where it adhere | attaches in the state which left the peeling sheet piece 207 in order to peel after use, an adhesion area is large and it can make adhesive force higher than the case of 1st Embodiment. Further, since the release sheet piece 207 is formed only at one corner and the remaining three corners can be bonded, the label piece 2 of the label piece 2 can be compared with the case of the first embodiment. The site where the squealing occurs is small, and it is possible to maintain the pasting state more stably.

  As described above, the sheet body S2 according to the present embodiment is configured such that the first label sheet cutting line 203 has the edge of the label piece arrangement region A21 set so that the virtual straight line 231c connecting both ends crosses the plurality of label pieces 2. A solid line shape formed in the blank area A22 extending from the both ends to the end of the label sheet L2 by extending the virtual straight line 231c and the outer edge shared portion 231 that is a continuous portion that is part of the solid line that is a part of the portion And at least the transverse part 232 is formed as a half-cut line on the label sheet side that cuts only the label sheet L2 and does not reach the cut to the release sheet R2. In the position where the first release sheet cutting line 205 is continuous from one end to the other end of the release sheet R2 corresponding to the virtual straight line 231c, It is obtained by configured to be formed as a perforated line in the release sheet side half section line for cutting only release sheet R2.

  Since it comprises in this way, when handling as the whole sheet | seat body S2, such as the time of printing, while being able to obtain favorable integrity and improving print quality and handling property, when peeling the label pieces 2-2 It is possible to quickly and reliably remove the excised portions X21 and X22 which are unnecessary. Moreover, since the cutting line at the time of removing the cut portions X21 and X22 is in a position crossing the label pieces 2 and 2 on the release sheet R2 side, the label pieces 2 and 2 can be formed only by removing the cut portions X21 and X22. Since the adhesive surfaces 2a to 2a can be exposed independently on the back side of the end portion, the label pieces 2-2 can be peeled off immediately with this portion, and workability is improved.

  Further, the second release sheet cutting line 206 is a part of the edge of the label pieces 2-2 in the region closer to the first label sheet cutting line 203 than the first release sheet cutting line 205 as a boundary. The label edge sharing portion 261 is a portion corresponding to the label edge sharing portion 261, and the closing portion 262 is connected to the label edge sharing portion 261 to form a substantially closed region 207. Together with a part of the corresponding first or second label sheet cutting line 203, 204, it is formed as a slit cut from the front to the back of the sheet body S2, and the closing portion 262 is only the release sheet R2. The first label sheet cutting line 20 is formed so as to be formed as a release sheet side half-cutting line that does not reach the cutting of the label sheet L2 while cutting the sheet. And by removing the cut portions X21 and X22 of the sheet body S2 along the first release sheet cutting line 205, while exposing the adhesive surfaces 2a to 2a on the back sides of the end portions of the label pieces 2 to 2, In addition, it is possible to suitably form the non-adhesive portion by the release sheet pieces 207 to 207.

  Further, the label pieces 2-2 include a linear first side 21 and a second side 22 and a third side 23 intersecting the first side 21, and a plurality of label pieces 2-2 are provided on the first side 21-1-2. The label piece arrangement region A21 is formed by being provided adjacent to each other while being continuous with each other, the substantially closed region 207 is formed at a corner where the first side 21 and the second side 22 intersect, The label edge sharing part 261 is formed by a part of the side 21 and the second side 22, and the closing part 262 is formed as a straight line that intersects the first side 21 and the second side 22. Therefore, since the release sheet pieces 207 to 207 that form the non-adhesive portions on the back surfaces of the label pieces 2 to 2 are configured to be substantially triangular and arranged in the same direction, the cut portions X21, When removing X22, It is possible to perform the work smoothly without causing caught between the parts.

  The specific configuration of each unit is not limited to the above-described embodiment.

  For example, in the above-described embodiment, the label sheets L1 and L2 and the release sheets R1 and R2 are configured by using paper as a material. However, as long as the label piece 2 can be printed by the printing means used, It may be configured using another material such as a synthetic film. The label sheets L1 and L2 and the release sheets R1 and R2 are formed with the same dimensions, but the release sheets R1 and R2 are slightly larger than the label sheets L1 and L2 so that the adhesive is not exposed. It is also preferable to form them.

  In the above-described embodiment, the label pieces 2 and 2 have a rectangular shape and are configured to have the same dimensions. However, the above cutting lines may be formed in a curved shape or may have different intervals. It is possible to configure the label pieces 2 to 2 by changing the outer shape so that the outer shape is mainly a curve, or by changing the size according to the position.

  Moreover, in the above-mentioned embodiment, it was set as the structure which has the twelve label pieces 2-2 within one sheet | seat body S1 (S2), However, changing the number suitably, such as making the label piece 2 single. It is also possible to configure.

  Furthermore, in the above-described embodiment, the release sheet pieces 7 to 7 constituting the non-adhesive portion on the back surface of the label pieces 2 to 2 are formed in a rectangular shape, and the release sheet pieces 207 to 207 are formed in a triangular shape. However, it is possible to form the release sheet pieces 7 to 7 and 207 to 207 in various shapes and sizes other than the above by changing the shape and interval of the above-described cutting line, and also the direction. it can.

  Other configurations can be variously modified without departing from the spirit of the present invention.

2 ... Label piece 21 ... First side (edge)
22 ... 2nd side (edge)
23 ... Third side (edge)
24 ... Fourth side (edge)
DESCRIPTION OF SYMBOLS 3 ... 1st label sheet cutting line 4 ... 2nd label sheet cutting line 5 ... 1st peeling sheet cutting line 6 ... 2nd peeling sheet cutting line 7 ... Release sheet piece (substantially closed area)
41a ... Slit part 61 ... Shared cutting part 62 ... Intermediate part 63 ... Connecting part (slit part)
203 ... 1st label sheet cutting line 204 ... 2nd label sheet cutting line 205 ... 1st release sheet cutting line 206 ... 2nd release sheet cutting line 207 ... Release sheet piece (substantially closed area)
231 ... Outer edge shared portion 231a1 ... Slit portion 231b1 ... Slit portion 231c ... Virtual straight line 232 ... Transverse portion 242a ... Slit portion 261 ... Label edge shared portion 261a ... Short side shared portion (slit portion)
261b ... long side common part (slit part)
262 ... Closure part A11, A21 ... Label piece arrangement area A12, A22 ... Blank area L1, L2 ... Label sheet R1, R2 ... Release sheet S1, S2 ... Sheet body X11, X12, X21, X22 ... Cutting part

Claims (7)

A label piece formed with a label piece arrangement region for arranging a single or a plurality of label pieces and a blank area surrounding the label piece arrangement region, and the back surface as an adhesive surface;
A sheet body composed of a release sheet that supports the label sheet from the pressure-sensitive adhesive surface side so as to be peelable,
A first label sheet cutting line that includes a part of the edge of the label piece arrangement region and continues from one end to the other end of the label sheet, and a label other than the first label sheet cutting line A second label sheet cutting line corresponding to the outer shape of the piece,
A part of the release sheet corresponding to a part of a first release sheet cutting line parallel to the first label sheet cutting line and a part of an edge of the first label sheet cutting line and the label piece. A second release sheet cutting line forming a substantially closed region in the back surface of the label piece while including,
A cut portion formed of a part of the label sheet and a part of the release sheet can be integrally separated along the first label sheet cutting line and the first release sheet cutting line, and the cut portion is separated. If not, the first strip sheet cutting line and the portion corresponding to the first peeling sheet cutting line in the label piece and the release sheet on the back surface thereof are connected to the surrounding parts. The release sheet piece corresponding to the substantially closed region is configured to be separable from the release sheet integrally with the label piece while forming a non-adhesive portion on the back surface of the label piece. .   A sewing machine in which the first label sheet cutting line and the first release sheet cutting line are alternately continuous with all cut portions cut from the front to the back of the sheet body and uncut portions that are not cut. The sheet body according to claim 1, wherein the sheet body is formed by polymerization as a full cut line having a mesh shape.   The second release sheet cutting line is a part shared with a part of the first release sheet cutting line corresponding to the edge of the label piece, and the label is in parallel with the shared cutting part. An intermediate portion that is a continuous line or a perforated portion that crosses from one point on the edge of the piece to another point, and the edge of the label piece between the shared cutting portion and the intermediate portion The sheet body according to claim 2, comprising a connecting portion that is a continuous portion connected in a solid line. The intermediate portion in the second release sheet cutting line is formed as a release sheet side half-cut line that does not reach the cutting of the label sheet while cutting only the release sheet,
4. The sheet body according to claim 3, wherein the connecting portion is formed as a slit with a part of the second label sheet cutting line and cut from the front to the back of the sheet body. The first label sheet cutting line is a continuous part that is a solid line that is a part of an edge of the label piece arrangement region set so that a virtual straight line connecting both ends crosses the single or plural label pieces. It is composed of a certain outer edge shared part, and a transverse part that is a continuous part formed in a blank area extending from the both ends to the end of the label sheet by extending the virtual straight line, and at least The transverse part is formed as a half cut line on the label sheet side that does not reach the cutting to the release sheet while cutting only the label sheet,
The first release sheet cutting line is formed as a perforated release sheet side half-cut line that cuts only the release sheet at a position that corresponds to the virtual straight line from one end to the other end of the release sheet. The sheet body according to claim 1, wherein the sheet body is formed. The label in which the second release sheet cutting line corresponds to a part of the edge of the label piece in the region closer to the first label sheet cutting line with the first release sheet cutting line as a boundary. It is composed of an edge sharing part and a closing part that is connected to the label edge sharing part to form a substantially closed region,
The label edge sharing part is formed as a slit with a cut from the front to the back of the sheet body, together with a part of the corresponding first or second label sheet cutting line,
6. The sheet body according to claim 5, wherein the closing portion is formed as a half-cut line on the release sheet side that cuts only the release sheet and does not reach the cutting of the label sheet. The label piece has a linear first side and a second side and a third side intersecting the first side, and a plurality of label pieces are provided adjacent to each other with the first sides continuous. A single placement area is formed,
The substantially closed region is formed at a corner where the first side and the second side intersect, the label edge sharing part is formed by a part of the first side and the second side, and the first side and the second side, The sheet body according to claim 6, wherein the closing portion is formed as an intersecting straight line.

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