JP6667936B2 - Wallpaper glue winding machine - Google Patents

Description

  TECHNICAL FIELD The present invention relates to a wallpaper size winder. More specifically, it is possible to wind up one piece of glued wallpaper as in the past, or to further divide the glued wallpaper into predetermined lengths to provide the total length desired by the orderer, and to grasp the remaining remaining amount of wallpaper. The present invention also relates to a wallpaper gluing winder which can be efficiently performed.

  In interior construction, in the case of new construction, wallpaper construction is often carried out by an interior construction company bringing a wallpaper gluing machine to the construction site, but it is sold at home centers etc. without requesting the interior construction company The purchase of wallpaper and the construction of home wallpaper were also performed.

  Sales methods such as applying a paste to desired wallpaper and selling it at a home center, a DIY shop, or even the Internet have been known. They also sell tools and glue, putty and other auxiliary materials required for wallpaper construction.

  Wallpapers sold at home improvement stores and DIY shops can be used for re-wetting wallpapers where the adhesive side, which is the back side of the wallpaper, is activated by water, or for peeling off release paper like stickers or stickers and pasting the sealing surface. There were many types of wallpaper to be attached. Since these types of wallpaper can hardly be shifted once after pasting once, it is very difficult to align and reattach the wallpaper, so wrinkles etc. while carefully positioning and using care It was necessary to paste it so as not to cause any problems, and the workability was poor.

  Therefore, glued wallpaper that the starch glue used by the interior construction company is applied and can be re-applied several times during the construction, or even once pasted, can be immediately peeled off and the pasting position changed Is becoming more and more popular.

  2. Description of the Related Art A wallpaper glue winding machine (Patent Literature 1) that applies glue to wallpaper purchased at a store or a homepage and pastes a film is known.

  The wallpaper gluing winder of Patent Document 1 is a wallpaper gluing winding device that applies glue to a wallpaper with a gluing roller, and sticks a film on a gluing surface of the wallpaper and winds it. After applying the glue, the film is pasted, and when it is wound up, there is a transport path in which the glued surface of the wallpaper is transported upward and the glued surface of the wallpaper is visible to the operator. And is wound up.

  In addition, a wallpaper gluing winder A shown in FIG. 6 of Patent Document 1 uses a conventionally known wallpaper gluing machine main body B, and a raw paper roll D, cut tape E, After the film roll F for drying prevention can be set up and glued by the wallpaper sizing machine main body B, the film G for prevention of drying and the cut tape E are applied to the glue surface of the wallpaper I at the flat roller H. There is also known a wallpaper gluing winder configured to rotate by winding around a handle which is pasted and discharged from a wallpaper gluing machine main body B.

Japanese Patent No. 4321771

  In a conventional wallpaper glue winding machine, a predetermined length ordered is wound up in one roll and delivered to the orderer by a courier service or the like. The weight of the wallpaper roll was heavy, and when holding the roll, the glue on the back side of the wallpaper sometimes protruded, and the amount of glue at the end of the wallpaper sometimes fluctuated.

  In addition, when the amount of wallpaper of one roll is long, it is difficult to cut out the wall when it is applied to the wall after it reaches the orderer.

  In addition, when the wallpaper is shipped from a wallpaper maker, the initial winding length is often shipped as 50 m winding, and the paste is applied to the wallpaper from the 50 m winding, for example, three 10 m windings and wound up. The remaining number of m of the remaining raw material that was shipped has a large error because the part where the glue was applied to the wallpaper was actually removed at the conventional cutting position, so the number of m of the remaining volume of the wallpaper could be grasped. It also had the problem of being difficult.

In addition, when the raw paper roll is a roll that matches the length desired by the orderer, all the one raw paper roll is glued and delivered to the orderer. The end of the wallpaper that has been entangled is often wound around the paper tube with many wrinkles at the end because it is wound around the paper tube. However, in the case of delivery to the orderer, the wrinkles are conspicuous since the wallpaper end of the paper tube portion before gluing becomes the edge of the surface of the glued wallpaper after gluing. This may lead to complaints from the orderer, and there is a request from the glued wallpaper seller to cut the wrinkled portion.

In order to solve the above-mentioned problems, the present invention provides a wallpaper glue winding machine in which paste is applied to wallpaper and a film is attached to the paste application surface of the wallpaper, and the film is cut in a state where the wallpaper and the film are attached to each other. And a second cut position for cutting only the wallpaper on which the glue is applied, and a second cut position for dividing the total length of the wallpaper desired by the orderer into a plurality of pieces and winding and gluing. Is controlled so that the wallpaper path dimension from the first cut position to the second cut position is added to the paste count value of the paste length of the wallpaper .

Further, when a third cut position for cutting the wallpaper before applying the glue is provided, and the cut position is changed from the first cut position to the third cut position, the wallpaper path from the first cut position to the second cut position is set. The size and the wallpaper path dimension from the second cut position to the third cut position are controlled so as to be added to the glued count value of the glued length of the wallpaper, and cut from the second cut position to the third cut position. In the case of changing the position, the wallpaper path dimension from the second cut position to the third cut position is controlled to be added to the paste count value of the paste length of the wallpaper, so that the paste before the paste is performed. Is characterized in that the wallpaper is cut at a third cutting position located in the wallpaper path of the first embodiment.

The cutting guide part constituting the second cutting position is located at the retracted position when the wallpaper gluing winder is operating, and when the wallpaper gluing winder is stopped, the wallpaper coated with glue is applied. it thus is moved to the cutting position to cut.

In addition, there is provided a means for detecting the presence or absence of wallpaper between the third cut position and the raw wallpaper support portion, and the means for detecting the presence or absence of the wallpaper detects that the wallpaper has disappeared, and the gluing unit is stopped. In this case, by cutting the wallpaper at the third cut position, the wrinkled wallpaper portion at the end located on the center side of the raw wallpaper roll is cut.

  By using the first cut position where the wallpaper and the film are cut together and the second cut position where only the glued wallpaper is cut, the total amount of the wallpaper can be subdivided and the glue winding operation can be performed. In this case, only the wallpaper on which the glue has been applied is cut using the second cut position, and the winding operation is performed. Since the leading end of the wallpaper for the next winding operation is held in the second cut position, the work is performed. It is possible to work efficiently in the procedure of winding on a winding paper tube.

  Furthermore, since the cut position is provided in the wallpaper path before applying the glue using the third cut position, when replacing the wallpaper, the glue is applied, and the wallpaper to be discarded is not efficiently output. A wallpaper paste winding operation can be performed. Further, since the wallpaper to be discarded is not output, the accuracy of the remaining amount of the raw material roll of the wallpaper can be improved.

Furthermore, the cut of the wrinkled portion of the end rolled in the center of the raw paper roll can also be cut using the third cut position, and the path size can be reduced by using the third cut position. It is possible to grasp in advance in the apparatus, and it is also possible to accurately grasp the amount of glued and wound when cut at the third cutting position.

It is a side view of the wallpaper gluing winder of this invention. It is the front view seen from the winding side of the wallpaper of the wallpaper gluing winder of this invention. It is a top view of the wallpaper paste winding machine of this invention. It is a figure explaining the method of winding up the wallpaper A and the film B to which the glue was applied using the first cut position. (A) illustrates a state in which preparation for gluing is completed, (b) illustrates a state in which the leading end of the wallpaper has reached the wound paper tube, and (c) illustrates a state in which the end of the wallpaper is detected and stopped. (D) shows a state in which a film is further wound around the paste-wound wallpaper. It is a figure explaining the method of winding up the wallpaper A and the film B to which the glue was applied using the second cut position. (A) illustrates a state in which preparation for gluing is completed, (b) illustrates a state in which the leading end of the wallpaper has reached the winding paper tube, and (c) illustrates a state in which the count value has reached and stopped. (D) illustrates a state in which a film is further wound around the paste-wound wallpaper, and (e) illustrates a description of movement of the leading end of the wallpaper from the second cut position. I have. It is a figure explaining the method of winding up the wallpaper A and the film B to which the glue was applied using the third cut position. (A) shows a state in which the take-up paper tube is set and the film is wound around the take-up paper tube, (b) shows a state in which the leading end of the wallpaper has reached the take-up paper tube, and (c) shows a state in which the leading end of the wallpaper has reached the take-up paper tube. A state in which the count value reaches and stops and cuts is shown, and (d) is a view for explaining cutting of a wrinkled portion at an end inside the winding of the wallpaper. 4 is a diagram illustrating an example of an embodiment of an operation unit.

An embodiment of a wallpaper glue winding machine 1 of the present invention will be described with reference to the drawings.
FIG. 1 is a side view of the wallpaper gluing winder 1, FIG. 2 is a front view seen from the wallpaper winding side, and FIG. 3 is a plan view of the wallpaper gluing winder 1. In FIG. 2, the gluing unit 3 and the raw wallpaper support portion 4 described below are omitted.

  The wallpaper gluing winder 1 has a frame 2 on which a gluing unit 3 is mounted, and has a wallpaper material support unit 4 on which a material of the wallpaper A is placed. Glue is applied to the wallpaper A by the gluing unit 3, and the wallpaper A has a film web support 5 below the side where the wallpaper A is discharged from the gluing machine unit 3, and the glue is applied above the film web support 5. It has a glued wallpaper winding section 6 for winding the applied wallpaper A and the film B together.

  A cutter guide 7 is provided upstream of the glued wallpaper winding section 6 in order to match the glued wallpaper A with the film B. The cutter guide 7 is provided with a cutting guide portion 7a for cutting the wallpaper A and the film B together, and a roller so that the wallpaper A and the film B are transported upstream and downstream in the wallpaper transport direction. 7b, which is integrally formed with a cutting frame 7a and a guide frame 7c that holds a roller 7b in a rotatable state, and is provided detachably on the frame 2 of the wallpaper gluing winder 1. The end face of the cutting guide portion 7a on the handle 8 side constitutes a first cut position C.

  An operator takes up the paste-applied wallpaper A and the film B using the handle 8 provided on the paste-up wallpaper winding section 6 and the take-up shaft 8 a rotated by the handle 8. Reference numeral 9 denotes an operation unit for setting the length of wallpaper for applying glue by the gluing unit. The set length of the wallpaper to be pasted can be set in cm units.

Reference numeral 12 denotes a cutting stay that constitutes a second cut position D for cutting the long wallpaper A from the material roll into the subdivision wallpaper length set in the setting of the operation unit 9. E is a third cut position, and more specifically, a stay provided on a frame below the gluing unit 3 is configured by the third cutting guide portion 13 to constitute the third cut position E.

  Using a numeric keypad or the like provided on the operation unit 9, a set value for winding with glue is input. FIG. 7 shows an example of the operation unit 9. Reference numeral 9a denotes a speed display, and the operation speed of the gluing unit 3 for gluing can be adjusted by a speed adjusting switch 9h. For example, the adjustment can be made in 11 steps. The up key increases the speed by one step, and the down key decreases the speed by one step.

  Reference numeral 9b denotes a remaining amount warning display, and the "glue" display is displayed when the amount of glue in the gluing unit 3 becomes low. “Cross” is displayed when the wallpaper A runs out. A wallpaper end detection sensor 3a for confirming the presence of the wallpaper A is provided. (See Fig. 1)

  9d is a set value of the amount of wallpaper to be wound and pasted, and 9c is a count value of the actually pasted amount of paste, that is, a scale value. If 9d is not set and the process is started with “0”, the gluing unit 3 operates so as to glue all the originals of the wallpaper A. Reference numeral 9e denotes a set number display, and if the number setting is performed before the operation, only the display of "remaining" is displayed, and the number is reduced by one each time one sheet of paper is wound and the remaining number display becomes "0". The gluing unit 3 is controlled not to operate unless the continuous operation is completed and the set value and the number of sheets are set or the set value is changed.

  If the operation is started with “0” without setting the set number of sheets, only the “number of sheets” is displayed, and the number of sheets is incremented by one each time one sheet of paper is wound.

  Reference numeral 9f denotes a switch for automatically supplying the glue. When this switch is turned on, the glue detecting sensor is operated in conjunction with a glue detecting sensor (not shown). When the glue detecting sensor stops detecting the glue, the glue supplying device is operated until the glue is detected. .

  9g is a switch for manually supplying glue. The glue supply device operates only while this switch is on, and the operation is controlled so that the glue is supplied to the glue unit 3.

  Reference numeral 9i denotes a numeric keypad, which is a so-called numeric keypad, which is used when setting a set value or the number of sheets. Reference numeral 9j denotes a clear key, which is a switch for clearing the numerical value being set and resetting it when an input error of the set value is made. Reference numeral 9k denotes a set key, which is a key for fixing a set value being set. Reference numeral 9l denotes a key for shifting to the information screen. When this key is pressed, the total length pasted since clearing to 0 last time and all past pasting amounts are displayed in parallel. . 9m is a screen switch key switch for shifting to a detailed setting screen of various functions. Reference numeral 9n denotes a key switch for turning on before using the last one of the wallpapers A currently set on the raw wallpaper support portion 4 to use a third cut position E described later. It is.

The operation of the wallpaper gluing winder 1 of the present invention will be described.
A method of winding the wallpaper A and the film B on which the glue is applied using the first cut position C will be described.

  The material roll of the film B was placed on the film support 5, the leading end of the film B was pulled out, and the take-up paper tube 10 was set so that the film B was placed on the cutter guide 7. The leading end of the film B is pulled out to the position of the winding shaft 8a, and the film B is wound around the winding paper tube 10 several times so as not to come off.

  Next, the material roll of the wallpaper A is placed on the material support 4 of the wallpaper glue winding machine 1, and the leading end of the wallpaper A is pulled out. The wallpaper A is set in the gluing unit 3 so as to pass through a predetermined route while operating the gluing unit 3. When the main unit of the wallpaper gluing machine is used, the gluing unit 3 opens the upper frame (not shown) and sets the wallpaper A with high linearity so that the wallpaper does not meander while gluing the wallpaper A. Closed and locked, setting is possible.

  At this time, if the wallpaper A is set while applying the glue to the vicinity of the leading end of the wallpaper A, the amount of wasted wallpaper at the leading end can be reduced. When setting the wallpaper A, a conventionally known interrupt switch (not shown) is employed as in the case of using the wallpaper gluing machine, and the gluing unit 3 operates while the interrupt switch is turned on. It is good to keep it.

  When the leading end of the wallpaper A reaches the first cut position C of the cutting guide portion 7a of the cutter guide 7, an interrupt switch (not shown) is turned off to stop the gluing unit 3. At this time, the tip of the wallpaper A to which the glue is applied is pasted on the film B. (See FIG. 4 (a))

  Then, the set value and the number of the glued winding amount or the set value of the glued winding amount are input.

  The machine is now ready to be used as the wallpaper gluing winder 1, and the operation switch (not shown) is turned on. When the operation switch is turned on, the leading end of the wallpaper A positioned at the first cut position C of the cutting guide portion 7a is glued by a predetermined amount (a transport distance between arrows shown in FIG. 4B). It is transported by the operation of the unit 3. That is, the length of the paper A that has reached the take-up paper tube 10 that is rotated by the handle 8 and that has been pre-glued and conveyed as cueing conveyance until it is wound on the take-up paper tube 10 for at least half a turn is programmed. It is set by. It is controlled so as to temporarily stop when this cueing conveyance is completed. (See FIG. 4B)

  Even if the leading end of the wallpaper A moves away from the film B because the diameter of the winding paper tube 10 is small (about 2 to 3 cm), the paper is wound around the winding paper tube 10 again by the temporary stop due to the cueing conveyance. In this way, it is possible to ensure that it can be wound up. When the printing is temporarily stopped, the count value 9c in FIG. 7 is temporarily stopped in a state where the length pasted by the cueing conveyance is displayed.

  When the winding of the leading end of the wallpaper A around the winding paper tube 10 is completed, the operation switch is turned on again. The gluing unit 3 is activated, the count value 9c is increased, and the operator rotates the handle 8 to wind the paper A onto the paper tube 10 in a state where the wallpaper A and the film B are put together. When the count value 9c reaches the set value 9d, the gluing unit 3 stops. Alternatively, the sizing and winding operation is performed with the set value “0”, and the operation is stopped when the end portion of the wallpaper A is detected by the wallpaper end detection sensor 3a of the sizing unit 3 as shown in FIG. The wallpaper end detecting sensor 3a is described in Japanese Patent Application Laid-Open No. H10-146552, and is well-known in a wallpaper sizing machine, and thus description thereof is omitted.

  When the gluing unit 3 stops, the operator cuts along the first cutting position C of the cutting guide 7a with a cutter knife or the like. Alternatively, the cutting may be performed when the paste winding operation is being performed with the set value “0”, or the remaining wallpaper may be pasted by operating the paste unit 3 using an interrupt switch (not shown) or the like. take.

  When the cutting is performed along the first cutting position C of the cutting guide 7a, the wallpaper A and the film B are wound up by the handle 8 to the cut ends, and then the film B is pulled out and wound several times, and then wound from the end. Make sure that the glue does not adhere to the floor or wall when it reaches the orderer. (See FIG. 4D.) Alternatively, instead of rewinding the film B, a packing bag may be prepared and packed in a bag so that glue does not adhere.

  When the same wallpaper is continuously glued and wound, preparation is made so as to be in the state shown in FIG. 4A, and the above procedure is performed. If you want to change to a different wallpaper, cut and remove the glued wallpaper and replace the wallpaper. The wallpaper to be removed is a conventional problem, and its solution will be described later. In FIG. 4, the second cutting guide portion 12 is omitted.

  Next, a method of winding the wallpaper A and the film B on which the glue is applied using the second cut position D will be described. When the second cut position D is used, a method of performing a plurality of glue winding operations of a predetermined length, for example, 2 m and 3 m, and performing a glue winding operation of a desired length by the orderer. .

  The material roll of the film B was placed on the film support 5, the leading end of the film B was pulled out, and the take-up paper tube 10 was set so that the film B was placed on the cutter guide 7. The leading end of the film B is pulled out to the position of the winding shaft 8a, and the film B is wound around the winding paper tube 10 several times so as not to come off.

  Next, the material roll of the wallpaper A is placed on the material support 4 of the wallpaper glue winding machine 1, and the leading end of the wallpaper A is pulled out. The wallpaper A is set in the gluing unit 3 so as to pass through a predetermined route while operating the gluing unit 3. When the main unit of the wallpaper gluing machine is used, the gluing unit 3 opens the upper frame (not shown) and sets the wallpaper A with high linearity so that the wallpaper does not meander while gluing the wallpaper A. Closed and locked, setting is possible.

  At this time, if the wallpaper A is set while applying the glue to the vicinity of the leading end of the wallpaper A, the amount of wasted wallpaper at the leading end can be reduced. When setting the wallpaper A, a conventionally known interrupt switch (not shown) is employed as in the case of using the wallpaper gluing machine, and the gluing unit 3 operates while the interrupt switch is turned on. It is good to keep it.

  When the leading end of the wallpaper A reaches the first cut position C of the cutting guide portion 7a of the cutter guide 7, an interrupt switch (not shown) is turned off to stop the gluing unit 3. At this time, the tip of the wallpaper A to which the glue is applied is pasted on the film B. (See FIG. 5 (a))

  The second cutting guide portion 12, which is at the second cutting position D, pivots to the position shown in FIG. 5A and rises while the sizing and winding operation is stopped, and the sizing from the sizing unit 3 is performed. The wallpaper A on the line connecting the exit of the wallpaper and the cutter guide 7 with a straight line is supported. When the wallpaper gluing winder 1 is operating, the second cutting guide unit 12 is pivoted down to the position shown in FIG. 5B and retreated from the glue application surface of the wallpaper A on which the glue is applied. It is located in the state. This raising and lowering may be performed by a worker using a lever or the like, or the gluing unit 3 operates the wallpaper cutting position and the retreat position by turning or simply moving up and down using an electric actuator or the like. Switching may be performed automatically depending on whether or not it is performed.

  Then, the set value and the number of the glued winding amount or the set value of the glued winding amount are input. Further, the user turns on the function setting screen switching key 9m to switch the setting of cutting the wallpaper to the use of the second cut position D. Here, for example, a case where the set value is set to 2 m and the number of sheets is set to four will be described.

  The machine is now ready to be used as the wallpaper gluing winder 1, and the operation switch (not shown) is turned on. When the operation switch is turned on, the leading end of the wallpaper A located at the first cut position C of the cutting guide portion 7a is conveyed by an operation of the gluing unit 3 by a predetermined amount. That is, the length of the paper A that has been previously glued and conveyed as a cueing conveyance until it reaches a state in which the tip of the wallpaper A reaches the winding paper tube 10 that is rotated by the handle 8 and is wound around the winding paper tube 10 for about a half turn or more is programmed. It is set by. It is controlled so as to temporarily stop when this cueing conveyance is completed. (See FIG. 5B.) FIG. 5B shows the state immediately before the stop, so the second cutting guide portion 12 is shown in the retracted position. In addition, the wallpaper is not cut off when the cueing conveyance is completed by the program control, so that the second cutting guide unit 12 can be controlled so as not to rise to the cutting position.

  Even if the leading end of the wallpaper A moves away from the film B because the diameter of the winding paper tube 10 is small (about 2 to 3 cm), the paper is wound around the winding paper tube 10 again by the temporary stop due to the cueing conveyance. In this way, it is possible to ensure that it can be wound up. At the time of temporary stop, the count value 9c in FIG. 7 is temporarily displayed in a state in which the length glued by the cueing conveyance + the length of the wallpaper path dimension x from the first cut position C to the second cut position D is displayed. Has stopped.

  Since the cutting position is changed to the second cutting position D of the second cutting guide section 12 using the function setting screen switching key 9m, at the time of the cueing conveyance, the first cutting position shown in FIG. Control is performed such that the wallpaper path dimension x from the cut position C to the second cut position D is added to display the count value. The dimension x is a dimension determined in design and is set in the control program in advance.

  When the winding of the leading end of the wallpaper A around the winding paper tube 10 is completed, the operation switch is turned on again. The gluing unit 3 is activated, the count value 9c is increased, and the operator rotates the handle 8 to wind the paper A onto the paper tube 10 in a state where the wallpaper A and the film B are put together. When the count value 9c reaches the set value 9d, the gluing unit 3 stops. That is, when the count value reaches 2 m and the gluing unit 3 stops, the display changes from 4 to 3. Then, the second cutting guide section 12 is swung to the cutting position and raised. (See FIG. 5 (c))

  The operator cuts the wallpaper A along the second cutting position D of the second cutting guide section 12 with a cutter knife or the like. Since the cutting is performed at the second cutting position D of the second cutting guide portion 12, only the wallpaper A can be cut. After the cutting of the wallpaper A, the handle 8 can be rotated to wind the wallpaper A and the film B. When the winding up to the end of the wallpaper A is completed, the film B is wound up several times. (See FIG. 5 (d).) Then, the film B is cut, the take-up paper tube 10 is removed, and the roll on which the gluing is completed is removed.

  The next winding paper tube 10 is set on the handle 8 and the film B is wound around the winding paper tube 10. The operator confirms that three 2m-long wallpaper-glue winding operations remain on the display of the operation unit 9, and turns on the operation switch.

  Since the wallpaper gluing winder 1 is set to use the second cut position D in the setting, the cueing conveyance is performed by setting the normal cueing conveyance length + the length of the wallpaper path dimension x as the cueing conveyance. Controlled. (See FIG. 5E.) When the cueing conveyance is completed, the state shown in FIG. 5B is obtained. Therefore, the operations of FIGS. Work.

  In the above description, the control of the cueing conveyance has been described as the normal cueing conveyance length + the length of the wallpaper path dimension x. The leading end of A is transported to the first cut position C and stopped temporarily, and the leading end of the wallpaper A is pasted on the film B on the cutter guide 7 and then set to a predetermined normal cueing transfer length. As a procedure for carrying, a procedure may be used in which air bubbles can be reduced between the wallpaper A and the film B on which the paste is applied.

  A method of winding the wallpaper A and the film B on which the glue is applied using the third cut position E in the last sheet will be described.

  Next, a method of winding the wallpaper A and the film B on which the glue is applied using the third cut position E will be described. The third cut position E performs control so that the position of the setting value to which the wallpaper A is pasted, that is, the cutting position, can be cut before entering the pasting unit 3.

  That is, in FIG. 5, the cutting position of the wallpaper A after the pasting is set to the second cutting position D, but the control is also performed in the pasting and winding operation of the last sheet of the wallpaper A. If the operation of the removing machine 1 is performed, the wallpaper on which the glue is applied by the glue roller of the glue unit 3 from the second cut position D is discarded, and a lot of waste is generated.

  In order to solve this problem, a method of performing a glue winding operation by controlling that the cutting position is set to the second cutting position D so as to move to the third cutting position E will be described.

  FIG. 6A shows a state in which the roll obtained by combining the wallpaper A and the film B which have been pasted and pasted as shown in FIG. 5D described above is removed, and the next winding paper tube 10 is set. This is a state where the setting is completed in a state where the film B is wound around the take-up paper tube 10. The wallpaper A is cut at the second cut position D, the second cutting guide portion 12 is located at the cutting position, and the tip of the wallpaper A is held by the second cutting guide portion 12.

  Since the number setting of the operation unit 9 is displayed as "remaining 1", it is displayed that the operator is the last one to work on the wallpaper A set in the wallpaper gluing winder 1 now. Is checked, and the third cut position use key 9n of the operation unit 9 is turned on.

  When the third cut position use key 9n is turned on, the setting of the cut position is changed from the first cut position C to the third cut position E in the use method of FIG.

  The machine is now ready to be used as the wallpaper gluing winder 1, and the operation switch (not shown) is turned on. When the operation switch is turned on, the leading end of the wallpaper A located at the second cut position D of the second cutting guide portion 12 is moved by a predetermined amount (normal cueing transport length + length of wallpaper path dimension x) ) Is carried by the operation of the gluing unit 3. That is, the length of the paper A that has been previously glued and conveyed as a cueing conveyance until it reaches a state in which the tip of the wallpaper A reaches the winding paper tube 10 that is rotated by the handle 8 and is wound around the winding paper tube 10 for about a half turn or more is programmed. It is set by. It is controlled so as to temporarily stop when this cueing conveyance is completed. (See FIG. 6B) The second cutting guide section 12 is shown moving from the cutting position indicated by the dotted line to the retreat position indicated by the solid line.

  In the above description, the control of the cueing conveyance has been described as the normal cueing conveyance length + the length of the wallpaper path dimension x. The leading end of A is transported to the first cut position C and stopped temporarily, and the leading end of the wallpaper A is pasted on the film B on the cutter guide 7 and then set to a predetermined normal cueing transfer length. As a procedure for carrying, a procedure may be used in which air bubbles can be reduced between the wallpaper A and the film B on which the paste is applied.

  Even if the leading end of the wallpaper A moves away from the film B because the diameter of the winding paper tube 10 is small (about 2 to 3 cm), the paper is wound around the winding paper tube 10 again by the temporary stop due to the cueing conveyance. In this way, it is possible to ensure that it can be wound up.

  When the leading end of the wallpaper A located at the second cut position D completes the cueing conveyance and pauses, the actual count of the count value 9c in FIG. The length is the length of the paper path plus the length x of the wallpaper path. However, since the cutting is performed at the third cut position E, the wallpaper path dimension y from the second cut position D to the third cut position E is controllably added. By the calculation, the count value 9c in FIG. 7 is set in advance to the length that is glued by the cueing conveyance + the length of the wallpaper path dimension x + the wallpaper path dimension y from the second cut position D to the third cut position E. Is displayed. When the leading end of the wallpaper A located at the first cut position C completes the cueing conveyance and pauses, the actual count of the count value 9c in FIG. Since the cutting is performed at the third cut position E, the length of the wallpaper path dimension x and the length of the wallpaper path dimension y from the second cut position D to the third cut position E are controlled in a controlled manner. By the calculation, the count value 9c in FIG. 7 is set in advance to the length that is glued by the cueing conveyance + the length of the wallpaper path dimension x + the wallpaper path dimension y from the second cut position D to the third cut position E. Is displayed.

  This state is the same as FIG. 5B, but the count value of the operation unit 9 is the third cut position E, which is the wallpaper cutting position. The calculated value is obtained by adding the wallpaper path dimension y of the third cut position E from the position D and is displayed. The addition of the wallpaper path dimension y is not limited to the time of cueing conveyance, and may be added at the start of the next winding.

  When the winding of the leading end of the wallpaper A around the winding paper tube 10 is completed, the operation switch is turned on again. The gluing unit 3 is activated, the count value 9c is increased, and the operator rotates the handle 8 to wind the paper A onto the paper tube 10 in a state where the wallpaper A and the film B are put together. When the count value 9c reaches the set value 9d, the gluing unit 3 stops. That is, when the count value reaches 2 m and the gluing unit 3 stops, the display changes from 1 to 0. In this case, the cutting position has been changed to the third cutting position E, so that the second cutting guide portion 12 remains at the retracted position without turning and rising. (See FIG. 6 (c))

  In the stopped state of FIG. 6C, the operator cuts straight with a cutter knife or the like along a blade of the cutter knife or the like along the end surface of the third cutting guide portion 13 at the third cutting position E. When the cutting of the wallpaper A is completed at the third cutting position E, an interrupt switch (not shown) is turned on to activate the gluing unit 3, and the handle 8 is rotated to complete the winding of the wallpaper A with the film B. As already described with reference to FIG. 5D, when the winding up to the end of the wallpaper A is completed, the film B is wound up several times as it is, and the completed roll is removed from the winding up shaft 8a. Complete.

  When the information screen key is turned on, the amount of gluing on the set wallpaper is displayed as 8 m. Since the winding of 4 sheets of 2 m wallpaper has been completed by the above operation, when the 50 m roll material is used, 50-8 = 42 m can be calculated. Also, the calculation can be immediately performed by mental arithmetic without setting the amount of the initial wallpaper. According to the procedure described with reference to FIG. 4, the length of the wallpaper on which the glue has been applied is only known to the operator with an approximate size, so the exact number of remaining rolls m was not known. For this reason, the glued wallpaper winding machine 1 is operated and used under control that does not generate a glued wallpaper that is cut and discarded at a position before the glue is applied at the third cut position E, and is efficiently used for gluing and winding. They were able to do the work.

  Further, in the case where the raw material roll of the wallpaper A is wrinkled at the end, the wrinkled portion is desired to be cut before gluing. A method using the cut position E will be described.

  The function setting screen switching key 9m is turned on to set the operation of the wallpaper detection sensor 11. With this setting, the end of the wallpaper can be detected on the side of the original of the wallpaper A further than the wallpaper end detection sensor 3a provided as a standard. When the end of the wallpaper A is detected by the wallpaper detection sensor 11 and the third cutting guide portion 13 at the third cutting position E cuts the portion where wrinkles occur, it is possible to efficiently remove the portion of the wallpaper A efficiently. Wrinkle portions can be cut using the third cut position. (See FIG. 6D.) Since the wallpaper A is cut at the third cutting position E, the second cutting guide section 12 is controlled so as not to move to the cutting position while being in the retracted position.

  Then, since the count value of the amount of glued winding until the end of the wallpaper A is detected by the wallpaper detection sensor 11 and stopped is displayed in the count value 9c of the operation unit 9, the initial cut before gluing is performed. If the position is the first cut position C, it is calculated by the count value + the path dimension x + the path dimension y, and if the initial cut position before gluing is the second cut position D, the count value + the path dimension y It is possible to accurately calculate the glued amount of the wallpaper after the calculation.

In the present embodiment, the configuration has been described in which the worker pastes the wallpaper A and the film B and winds them together during the glue winding operation using the handle 8. It may be configured to be wound up.

REFERENCE SIGNS LIST 1 wallpaper gluing and winding machine 2 frame 3 gluing unit 3 a wallpaper end detection sensor 4 raw material web support unit 5 film raw material support unit 6 glued wallpaper winding unit 7 cutter guide 7 a cutting guide unit 7 b roller 7 c guide frame 8 handle 8a Take-up shaft 9 Operation section 9a Speed display 9b Remaining amount warning display 9c Count value 9d Set value 9e Number of sheets setting display 9f Glue automatic supply switch 9g Glue supply switch 9h Speed adjustment switch 9i Numeric keypad 9j Clear key 9k Set key 9l Information screen key 9m Function setting screen switching key 9n Third cut position use key 10 Winding paper tube 11 Wallpaper detection sensor 12 Second cutting guide unit 13 Third cutting guide unit A Wallpaper B film C First cut position D Second cut position E Second 3 cut positions

Claims (4)

In a wallpaper glue winding machine that applies glue to the wallpaper and pastes the film on the glue-coated surface of the wallpaper and winds it up,
A first cutting position where the wallpaper and the film are cut in a state of being bonded together,
A second cutting position for cutting only the wallpaper on which the glue is applied,
When the cut position is changed from the first cut position to the second cut position in order to divide the total length of the wallpaper desired by the orderer into a plurality of pieces and wind up with glue, the wallpaper from the first cut position to the second cut position A wallpaper gluing winder, wherein a path dimension is controlled so as to be added to a gluing count value of a glued length of wallpaper. A third cut position for cutting the wallpaper before applying the glue is provided,
In the case where the cut position is changed from the first cut position to the third cut position, the wallpaper path size from the first cut position to the second cut position and the wallpaper path size from the second cut position to the third cut position are set to the values of the wallpaper. Control so that it is added to the glued count value of the glued length ,
When the cut position is changed from the second cut position to the third cut position, the wallpaper path dimension from the second cut position to the third cut position is added to the glued count value of the glued length of the wallpaper. 2. The wallpaper sizing and winding machine according to claim 1, wherein the wallpaper is cut at a third cutting position located in the wallpaper path before the sizing is performed. The cutting guide part constituting the second cutting position is located at the retracted position when the wallpaper gluing winder is operating, and when the wallpaper gluing winder is stopped, the wallpaper coated with glue is applied. The wallpaper-gluing winder according to claim 1, wherein the winder is moved to a cutting position to cut the paper. A means for detecting the presence or absence of wallpaper between the third cut position and the wallpaper material support portion,
The above-mentioned means for detecting the presence or absence of the wallpaper detects that the wallpaper has been lost, and cuts the wallpaper at the third cut position when the gluing unit is stopped. 3. The winding machine according to claim 2, wherein the wrinkled wallpaper portion is cut.