JP2010030040A - Method of mounting face plate on cutting plate of punching machine, and tool for determining transition position used for the method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To accurately transit a face plate onto a cutting plate (receiving die) of a punching machine without such a trouble that the face plate engages with a driving chain of the punching machine when inserting a punch die into the punching machine. <P>SOLUTION: In punching a sheet 28 exhibiting an outline of a paper container and also making a crease 30, a transition position determining tool 1 comprising a female member 2 detachably attached to a positioning hole 24 of the punch die 22, a male member 6 having a shaft 6a to be inserted into or detached from a recess 2a of the female member 2 and a disk-like head 8, and a transition member 12 with an adhesive 13 for being laminated with the receiving die 21 applied to be detachably mounted on the head 8 is used to stick the transition member 12 to the receiving die 22. Thereafter face plates 15 and 17 are mounted with the transition member as a mark. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

In the present invention, the sheet body (28) of a corrugated cardboard sheet or a paperboard sheet is punched by a punching die (22) to make a blank (29), and an accurate crease (30) is carved to be a crease of the blank (29). It is necessary to prevent surface cracking of the creases (30) of the setting and the blank (29), and it adheres to the push rule (25) of the punching die (22) attached to the punching machine and the cutting plate (21) of the punching machine. It belongs to the technical field of punching in which a crease (30) is accurately engraved on the blank (29) in cooperation with a film surface slab (17) and a CAD surface slab (15) adhered with an adhesive. The positional relationship between the push ruler (25) of the punching die (22) and the recesses provided in the film surface slab (17) and the CAD surface slab (15) that adhere to the cutting plate (21) of the punching machine with an adhesive adhesive. It relates to a transfer positioning jig for accurate correspondence (FIG. 10).

Conventionally, when manufacturing a blank (29) packaging container or the like, the sheet body (28) is cut into a predetermined shape by the Thomson blade (26) of the punching die (22) by punching, and the stamping rule of the punching die (22) is performed. A large number of fold lines (30) are engraved on the blank (29) according to (25). Next, the blank (29) is bent along the fold line (30) to form a box body.

The punching die (22) used for punching of this kind of conventional sheet body (28) is laser-cut on a veneer plate according to the shape of the box, and the groove and push ruler (25) for the Thomson blade (26) of the outer shape of the box. ) Grooves are formed, and a Thomson blade (26) and a push rule (25) having a height lower than the height of the Thomson blade (26) are embedded in each groove to manufacture a general die (22). In the punching process, the sheet body (28) is inserted between the punching die (22) mounted on the upper side of the punching machine and the cutting plate (21) on the lower side of the punching machine, and the cutting plate (21) is raised. Next, by lowering and punching, it is cut into a predetermined shape by the Thomson blade (26) of the punching die (22), and a large number of creases (30) are engraved in the required portion by the push rule (25). A blank (29) is formed. Next, the blank (29) is bent along the fold line (30) to form a box body.

However, in order to more accurately engrave the fold line (30) and prevent the surface layer cracking of the fold line (30) of the blank (29), a recess called a face cut is formed on the cutting plate (21) of the punching machine. Need to form.

In recent years, a film surface plate (17) and an inexpensive CAD surface plate (17) that can be used with a general die (22), have an adhesive adhesive coated on the back surface, and can be reusable by sticking or peeling off at a low cost ( A leaf-shaped integrally molded sheet called 15) has been invented and used by adhering it on a cutting plate (21) of a punching machine with an adhesive adhesive.

The film surface plate (17) is drawn on the film sheet (18) from the CAD data for manufacturing the die (22), corresponds to the push rule (25) of the die (22), and has an appropriate length at the opposite position. A trapezoidal tape with a gentle ridge is attached and fixed to form a concave portion, and the portion where the Thomson blade (26) abuts is manufactured by cutting off the film sheet (18), and the CAD surface plate (15) is manufactured. A groove is machined from the CAD data for manufacturing the die (22) on the bake sheet (16) at a position corresponding to the push rule (25) of the die (22) by an NC processing machine, and a Thomson blade (26) is formed. ) Is made by cutting off the bake sheet (16).

Conventionally, the method of transferring the film surface plate (17) or CAD surface plate (15) onto the cutting plate (21) of the punching machine and adhering it with an adhesive adhesive is the punching die (22) drawn from the punching machine. After attaching the film surface plate (17) or CAD surface plate (15) to which the set jig is fitted to the push rule (25), the punching die (22) is inserted into the punching machine, and the cutting plate (21) is inserted. ) Was raised and then lowered to transfer the film surface plate (17) and CAD surface plate (15), which were adhered with an adhesive adhesive, and set in the punching die (22) pulled out from the punching machine. A hole is provided, a set pin is erected, a set hole provided in the CAD surface plate (15) is inserted into the set pin, then the die (22) is inserted into a punching machine, and the cutting plate (21) is raised. Then, the CAD surface plate (15) was transferred onto the cutting plate (21) and adhered with an adhesive adhesive (FIG. 9).

However, in the work with the jig, the film surface slab (17) and the CAD surface slab (15) hang down due to their own weight (34), and the chain guide of the punching machine when the punching die (22) is inserted into the punching machine. An accident occurred in which the film surface slab (17) or CAD surface slab (15) was caught in the die, and as a result, the film surface slab (17) or the CAD surface slab (15) was removed from the die (22), and the film surface slab (17) or the CAD surface slab (15) was successfully removed. It was difficult to transfer the film surface slab (17) or the CAD surface slab (15) onto the cutting plate (21) and adhere it with an adhesive adhesive (FIG. 9).

The present invention has been made to solve the above-mentioned problems, and the film surface plate (17) or CAD surface plate (15) attached to the punching die (22) is inserted into the punching machine. There is no trouble that the film surface plate (17) or CAD surface plate (15) is caught on the drive chain of the punching machine, and the film surface plate (17) or CAD surface plate (15) is accurately cut on the cutting plate of the punching machine. (21) It is an object of the present invention to provide a transfer positioning jig that can be transferred to the top, adhered with an adhesive adhesive, and can perform work efficiently, and the present invention is referred to with reference to the drawings for the embodiment. I will explain in detail while doing so.

The transfer positioning jig (1) of the present invention comprises a combination of a female member (2), a male member (6), and a transfer register member (12), and FIG. 1 is an assembly diagram of the transfer positioning jig (1). The height of the assembled transfer positioning jig (1) should be set to an appropriate height equal to or slightly higher than the height of the die (22).

FIG. 2 shows the female member (2) of the present invention, which is a cylinder having an appropriate height and size from the lower part of the inner surface of the cylinder, and a vertical thin-walled portion (3) is provided at a symmetrical position on the inner surface of the vertical thin-walled portion (3). A lateral thin-walled portion (4) having an appropriate width is provided in one direction from the intermediate portion, and a plurality of arrowhead-shaped small protrusions (5) are provided on the lower portion of the outer surface of the cylinder.

FIG. 3 is a cylinder having an appropriate fitting gap, which is slightly smaller than the inner dimension of the cylinder of the female member and has an appropriate height and size to be fitted into the female member (2) by the male member (2) of the present invention. A semi-cylindrical convex portion (7) and an umbrella wheel-shaped convex portion (8) are provided at symmetrical positions, and a circular concave portion (9) having an appropriate depth and size is provided on the bottom surface of the umbrella wheel-shaped convex portion (8). ) Is provided, and a flat washer-shaped elastic body (11) having an appropriate thickness is fitted in the upper part of the umbrella-shaped convex portion (8), and a chevron shape is formed in the inclined portion of the umbrella-shaped convex portion (8). The uneven non-slip (10) is formed.

FIG. 4 is a transfer register member (12) of the present invention, which is a circular flat plate-shaped object having a size to be fitted into a circular concave portion (9) on the bottom surface of the umbrella wheel-shaped convex portion (8). An adhesive is applied to the lower surface of the bottom surface with a thickness slightly protruding from the bottom recess (9), and a release paper (14) is attached to the adhesive surface (13).

Details of the use of the transfer positioning jig (1) of the present invention will be described. When the die (22) was manufactured, a plurality of solid holes (24) into which the cylinder of the female member could be fitted were provided at appropriate positions on the veneer plate (23) of the die (22), and the die (22) was provided. When the female member (2) is fitted and fixed in the plurality of solid holes (24), a plurality of arrowhead-shaped small protrusions (5) provided in the female member (2) are embedded in the die (22), and the female member (22) is embedded. Prevent the rotation of the member (2).

Next, the male member (6) is pushed into the vertical thin wall portion (3) on the inner surface of the cylinder of the female member (2) using the semi-cylindrical convex portion (7) of the male member (6) as a lead. When the member (6) is rotated, it is attached to the semi-cylindrical convex portion (7) of the male member (6) and the lateral thin-walled portion (4) of the female member of the female member (2). The female member (2) and the male member (6) are locked by the repulsive force of the flat washer-shaped elastic body (11) of the member (6). A chevron-shaped unevenness (10) is formed on the inclined portion of the umbrella wheel-shaped convex portion (8) of the female member (2), and the hand does not slip when rotating.

Next, the transfer register member (12) is fitted into the circular recess (9) on the bottom surface of the umbrella wheel-shaped convex portion (8) of the male member (6), and the release paper (14) is peeled off.

Next, when the punching die (22) is inserted into the punching machine, the cutting plate (21) is raised and then lowered, the transfer register member (12) is transferred and adhered onto the cutting plate (21). (Fig. 5).

Next, the cutting plate (21) is pulled out from the punching machine.

Separately, the film surface slab (17) or the CAD surface provided with a hole (20) having a position corresponding to a plurality of solid holes (24) provided at an appropriate position at the time of manufacturing the die (22) and a hole (20) having an appropriate size. A plate (15) is produced and prepared (Fig. 1).

Next, the film surface slab (17) and the hole (20) of the CAD surface slab (15) are aligned with the transfer register member (12) on the cutting plate (21) and inserted, and the film surface slab (17) is inserted. ) And the CAD surface plate (15) are adhered onto the cutting plate (21) with an adhesive adhesive (FIG. 6).

Next, when the transfer register member (12) is removed from the cutting plate (21), the film surface plate (17) or CAD surface plate (15) is located at a position corresponding to the push rule (25) of the die (22). Will be formed on the cutting plate (21).

Next, the punching die (22) is pulled out from the punching machine, the male member (6) is removed, and the punching die (22) is inserted again.

A sheet body (28) is inserted and punched between the punching die (22) mounted on the upper side of the punching machine and the cutting plate (21) on which the film surface plate (17) or CAD surface plate (15) is formed. Process (Fig. 10).

If the stop positions for stopping the rotation of the female member (2) and the male member (6) of the transfer positioning jig (1) are limited, the bottom concave shape (9) of the umbrella wheel-shaped convex portion and the transfer register member ( The shape of 12) is not limited to a circular shape.

Further, if the transfer register member (12) is made of a rubber magnet material, the cutting plate (21) is made of an iron material, and it is not necessary to apply an adhesive to the lower surface of the transfer register member (12), and the cutting is performed. Transfer is possible on the plate (21) (claim 2).

According to the present invention described in detail above, the following effects are obtained.
By adopting the transfer positioning jig (1) of the present invention, it is possible to indirectly adhere the film surface plate (17) or CAD surface plate (15) to the cutting plate (21) with an adhesive adhesive with high accuracy. Therefore, it is no longer necessary to directly attach the film surface plate (17) or CAD surface plate (15) to the push rule (25) of the conventional die-cutting die (22), and the weight of the film surface plate (17) or CAD surface plate (15) is reduced. The film surface plate (17) and CAD surface plate (15) are no longer caught on the chain guide of the punching machine when the punching die (22) is inserted into the punching machine due to the hanging (34). 17) and the CAD surface plate (15) were transferred onto the cutting plate (21), and the problem that it was difficult to adhere with the adhesive adhesive could be solved, and the film surface plate (17) was placed on the cutting plate (21). ) And CAD surface plate (15) can be accurately adhered with an adhesive adhesive, and accurate engraving of creases (30) and surface cracking of creases (30) of blanks (29) can be prevented. It has become possible.

It is an overall perspective view of the transfer positioning jig by this invention. It is a perspective view of the female member by this invention. It is a perspective view of the male member by this invention. It is a perspective view of the transition register member by this invention. It is a side view of the transfer work of transferring a transfer register member onto a cutting plate using the transfer positioning jig according to the present invention. It is a perspective view which sets the CAD surface plate or the film surface plate on the transfer register member transferred on the cutting plate by this invention. Perspective view of CAD surface plate Perspective view of the film surface plate It is a side view of the transfer work which sets a film surface plate and a CAD surface plate on a cutting plate using a conventional set jig and a set pin. A sheet body (28) is inserted between the punching die (22) mounted on the upper side of the punching machine and the cutting plate (21) on which the film surface plate (17) or CAD surface plate (15) is formed and punched. Side view when doing.

1 Transition positioning jig 2 Female member 3 Vertical thin-walled part of female member 4 Lateral thin-walled part of female member 5 Arrowhead-shaped small protrusion of female member 6 Male member 7 Semi-cylindrical convex part of male member 8 Umbrella-shaped male member Convex part 9 Male member's umbrella-shaped convex part Circular concave part 10 Male member Umbrella-shaped convex part Inclined part's chevron unevenness Anti-slip 11 Male member's flat washer-shaped elastic body 12 Transfer register member 13 Adhesive 14 Release paper 15 CAD surface plate 16 Bake sheet 17 Film surface plate 18 Film sheet 19 Trapezoidal tape 20 Holes provided in the CAD surface plate and film surface plate 21 Cutting plate 22 Die-cutting 23 Veneer plate 24 Multiple solid holes provided in the veneer plate 25 Pressed ruled lines 26 Thomson blade 27 Sponge 28 Sheet body 29 Blank 30 Folding bar 31 Set jig 32 Set pin 33 Set hole 34 Hanging part due to its own weight

The present invention is a method of attaching a face plate to a cutting plate of a punching machine, which is performed when a punching die and a cutting plate are attached to a punching machine, punching a sheet body and providing creases, and transfer positioning used in this method. Regarding jigs.

Conventionally, when manufacturing a box body (paper container) such as a packaging container bent by a sheet body 28, as shown in FIG. 10, the sheet body 28 is punched out to form a Thomson blade (Thomson blade) 26 of a die 22. A large number of creases 30 are engraved on the blank (punched product) 29 by the push rule 25 of the die 22 and then bent along the creases 30 of the blank 29 to form a box. Assemble the body (paper container).

The punching die 22 used for punching the conventional sheet body 28 of this type is a veneer plate laser-cut according to the shape of the box body (paper container) and the ruled lines for folding, and the groove and push for the Thomson blade of the outer shape of the box body. Grooves for ruled lines are formed, and a Thomson blade 26 and a push ruled line 25 having a height lower than the height of the Thomson blade 26 are embedded in each groove to manufacture a general die 22. In the punching process, the sheet body 28 is inserted between the punching die 22 mounted on the upper side of the punching machine and the cutting plate (cutting plate) 21 on the lower side of the punching machine, and the cutting plate 21 is raised and then lowered. By punching, a blank (punched product) 29 is formed by cutting the die 22 into a predetermined shape with the Thomson blade 26 and engraving a large number of creases 30 in the required portion by the push rule 25. .. Next, the box body is bent and assembled by bending along the folding line 30 of the blank 29.

However, in order to more accurately engrave the fold bar 30 and prevent the surface layer cracking of the fold line 30 of the blank 29, it is necessary to form a recess called a face cut on the cutting plate 21 of the punching machine.
In recent years, an adhesive adhesive has been applied to the back surface, and a leaf-shaped integrally molded sheet called a plate-shaped or film-shaped surface plate 17 that can be pasted or peeled off and reused, or an inexpensive CAD surface plate 15 (these are used). A "fill-shaped face plate", also simply referred to as a "face plate") was invented, and since a general punching die 22 can be used and is inexpensive, it is adhered to the cutting plate 21 of the punching machine with an adhesive adhesive. Is being used.

The plate-shaped or film-shaped surface plate 17 is drawn on the film sheet 18 from the CAD data for manufacturing the die 22, and has a gentle ridge line of an appropriate length at a position corresponding to / facing the push rule 25 of the die 22. A trapezoidal tape is attached and fixed to form a concave portion, and a portion to which the Thomson blade 26 abuts is manufactured by cutting off the film sheet 18 (FIG. 8). Further, the CAD surface plate 15 is formed by cutting a groove on the bake sheet 16 from the CAD data for manufacturing the die 22 at a position corresponding to the push rule 25 of the die 22 by an NC processing machine, and the portion where the Thomson blade 26 abuts. Is manufactured by cutting off the bake sheet 16 (FIG. 7).
Patent Document 1 describes a method for attaching a die to a punching machine and a cutting plate, and a positioning and attachment member for the cutting plate.

Japanese Patent No. 3249828

Conventionally, the method of transferring the film-shaped surface plate 17 or the CAD surface plate 15 onto the cutting plate 21 of the punching machine and adhering it with an adhesive adhesive is to set a set jig on the push rule 25 of the punching die 22 drawn out from the punching machine. After attaching the film-shaped surface slab 17 to which the film-shaped surface slab 17 is fitted, the punching die 22 is inserted into the punching machine, the cutting plate 21 is raised and then lowered to transfer the film-shaped surface slab 17, and the film-like surface slab 17 is adhered with an adhesive adhesive. Was there. Further, a set hole is provided in the punching die 22 drawn out from the punching machine, a set pin is set up, the set hole provided in the CAD surface plate 15 is inserted into the set pin, and then the punching die 22 is inserted into the punching machine and cutting. The plate 21 was raised and then lowered to transfer the CAD surface plate 15 onto the cutting plate 21 and adhered with an adhesive adhesive (FIG. 9).
However, in the work using the set jig, the film-shaped surface plate 17 and the CAD surface plate 15 hang down due to their own weight (34), and when the punching machine 22 is inserted into the punching machine, the film-shaped surface plate 17 is attached to the chain guide of the punching machine 19. And the CAD surface plate 15 is caught, and as a result, the film-like surface plate 17 and the CAD surface plate 15 are removed from the die 22 and the film-like surface plate 17 and the CAD surface plate 15 are successfully cut. It was difficult to transfer it onto the plate 21 and make it adhere with an adhesive adhesive (FIG. 9).

The present invention has been made to solve the above-mentioned problems, and drives the punching machine when the film surface plate 17 or CAD surface plate 15 attached to the punching die 22 is inserted into the punching machine. There is no trouble that the film surface plate 17 or CAD surface plate 15 is caught on the chain, and the film surface plate 17 or CAD surface 15 can be accurately transferred onto the cutting plate 21 of the punching machine and adhered with an adhesive adhesive. Further, it is an object of the present invention to provide a method of attaching a face plate to a cutting plate of a punching machine capable of efficiently performing work and a transfer positioning jig used in this method, and to provide a drawing regarding an embodiment of the present invention . It will be explained in detail with reference to it.

The method of attaching the face plate to the cutting plate of the punching machine of the present invention is as follows.
A Thomson blade that punches out the sheet body so that it has the outer shape of a paper container, a die with a push rule that attaches creases to the sheet body, and a plate-shaped or film-shaped face plate that has been grooved to correspond to the creases. When attaching the cutting plate to which the above-mentioned sheet is bonded to the punching machine and punching out the above-mentioned sheet body and providing creases,
A plurality of holes for aligning with the surface slab are formed in the die, and holes corresponding to the holes formed in the die are formed in the surface slab.
A transfer positioning jig for detachably mounting a transfer register member coated with an adhesive for transferring to the cutting plate is used, or a transfer register member composed of a magnet for mounting on the cutting plate is used. Using a transfer positioning jig that can be attached and detached,
After the transfer positioning jig is attached to the hole of the die and the transfer register member is attached, the transfer register member is transferred to the cutting plate via the adhesive or the magnet by pressing the die against the cutting plate. The surface plate is attached to the cutting plate via the transfer register member.

Further, the transfer positioning jig used for attaching the face plate to the cutting plate of the punching machine of the present invention is
A Thomson blade that punches out the sheet body so that it has the outer shape of a paper container, a die with a push rule that attaches creases to the sheet body, and a plate-shaped or film-shaped face plate that has been grooved to correspond to the creases. When attaching the cutting plate to which the above-mentioned sheet is bonded to the punching machine and punching out the above-mentioned sheet body and providing creases,
A plurality of holes for aligning with the surface slab are formed in the die, and holes corresponding to the holes formed in the die are formed in the surface slab.
A transfer positioning jig for detachably mounting a transfer register member coated with an adhesive for transferring to the cutting plate is used, or a transfer register member composed of a magnet for mounting on the cutting plate is used. Using a transfer positioning jig that can be attached and detached,
The transfer positioning jig is attached to the hole of the die, the transfer register member is attached, and then the transfer register member is transferred to the cutting plate via the adhesive or the magnet by pressing the transfer register member against the cutting plate. The surface plate is attached to the cutting plate via the transfer register member.

According to the present invention described in detail above, the following effects are obtained.
By adopting the transfer positioning jig 1 of the present invention, the film surface plate 17 and the CAD surface plate 15 can be indirectly adhered to the cutting plate 21 with an adhesive adhesive, and the conventional die 22 can be pressed. It is no longer necessary to directly attach the film surface plate 17 or CAD surface plate 15 to the ruled 25, and the chain guide of the punching machine when the punching machine 22 is inserted into the punching machine by the hanging 34 due to the weight of the film surface plate 17 or CAD surface plate 15. The problem that the film surface plate 17 and the CAD surface plate 15 were not caught in the cutting plate 17 and the film surface plate 17 and the CAD surface plate 15 were successfully transferred onto the cutting plate 21 and it was difficult to adhere them with an adhesive adhesive. It is possible to accurately adhere the film surface plate 17 and CAD surface plate 15 on the cutting plate 21 with an adhesive adhesive, and accurately engrave the fold lines 30 and crack the surface layer of the fold lines 30 of the blank 29. It became possible to prevent.

It is an overall perspective view which shows the transfer positioning jig and the die | die of one Embodiment of this invention. It is a perspective view of the female member of this invention. It is a perspective view of the male member of this invention. It is a perspective view of the transition register member of this invention. It is a side view of the transfer work of transferring a transfer register member onto a cutting plate using the transfer positioning jig of the present invention. It is a perspective view which sets the face plate on the transfer register member transferred on the cutting plate of this invention. It is a perspective view of a CAD surface plate. It is a perspective view of a film-shaped surface plate. It is a side view of the transfer work which sets a face plate on a cutting plate using a conventional set jig and a set pin. It is a side view at the time of punching by inserting a sheet body between a punching die mounted on the upper side of a punching machine and a cutting plate on which a face plate is formed.

The transfer positioning jig 1 of the present invention is composed of a combination of a female member 2, a male member 6, and a transfer register member 12, and FIG. 1 is an assembly diagram of the transfer positioning jig 1, and the assembled transfer positioning jig 1 is shown. The height of 1 should be set to an appropriate height that is equal to or slightly higher than the height of the die 22.

FIG. 2 shows the female member 2 of the present invention, which is a cylinder having an appropriate height and size from the lower part of the inner surface of the cylinder, and a vertical thin-walled portion 3 is provided at a symmetrical position on the inner surface in one direction from the intermediate portion of the vertical thin-walled portion 3. A lateral thin-walled portion 4 having an appropriate width is provided, and a plurality of arrowhead-shaped small protrusions 5 are provided on the lower portion of the outer surface of the cylinder.

FIG. 3 shows the male member 6 of the present invention, which is a cylinder having an appropriate height and size to be fitted into the female member 2, slightly smaller than the inner dimension of the cylinder of the female member 2 , and having an appropriate fitting space. A semi-cylindrical convex portion 7 is provided at a symmetrical position and an umbrella wheel-shaped convex portion 8 is provided at the lower portion, and a circular concave portion 9 having an appropriate depth and size is provided on the bottom surface of the umbrella wheel-shaped convex portion 8. A flat washer-shaped elastic body 11 having an appropriate thickness is fitted in the upper portion of the wheel-shaped convex portion 8. Further, a chevron-shaped uneven non-slip 10 is formed on the inclined portion of the umbrella wheel-shaped convex portion 8.

FIG. 4 is a transfer register member 12 of the present invention, which is a circular flat plate-shaped object having a size to be fitted into the circular concave portion 9 on the bottom surface of the umbrella-shaped convex portion 8, and slightly protrudes from the bottom concave portion 9 of the umbrella-shaped convex portion 8. An adhesive is applied to the lower surface with a thickness, and a release paper 14 is attached to the adhesive surface 13.

An example of using the transfer positioning jig 1 of the present invention will be described.
When the die 22 is manufactured, a plurality of holes 24 into which the cylinder of the female member 2 can be fitted are provided at appropriate positions on the veneer plate 23 of the die 22, and the female member 2 is provided in the plurality of holes 24 provided in the die 22. When the female member 2 is fitted and fixed, a plurality of arrowhead-shaped small protrusions 5 provided on the female member 2 are embedded in the die 22 to prevent the female member 2 from rotating.

Next, when the male member 6 is pushed into the vertical thin-walled portion 3 on the inner surface of the cylinder of the female member 2 with the semi-cylindrical convex portion 7 of the male member 6 as a lead, and the male member 6 is rotated, the male member 6 is rotated. It is assembled to the semi-cylindrical convex portion 7 of the member 6 and the lateral thin-walled portion 4 of the female member of the female member 2, and when released, the female member 2 and the female member 2 are repulsed by the repulsive force of the flat washer-shaped elastic body 11 of the male member 6. The male member 6 is locked. An uneven non-slip 10 is formed on the inclined portion of the umbrella wheel-shaped convex portion 8 of the female member 2, and the finger does not slip when rotating.

Next, the transfer register member 12 is fitted into the circular recess 9 on the bottom surface of the umbrella wheel-shaped convex portion 8 of the male member 6, and the release paper 14 is peeled off.
Next, when the punching die 22 is inserted into the punching machine 19 , the cutting plate 21 is raised and then lowered, the transfer register member 12 is transferred and adhered onto the cutting plate 21 (FIG. 5).

Next, the cutting plate 21 is pulled out from the punching machine.
Separately, a film-shaped surface slab 17 or a CAD surface slab 15 provided with holes 20 having a position matching a plurality of holes 24 provided at appropriate positions at the time of manufacturing the die 22 and an appropriately sized hole 20 is manufactured and prepared (FIG. 1). ).

Next, the holes 20 of the film-shaped surface plate 17 and the CAD surface plate 15 are aligned with and inserted into the transition register member 12 on the cutting plate 21, and the film-shaped surface plate 17 and the CAD surface plate 15 are inserted into the cutting plate 21. Adhere on top with an adhesive adhesive (Fig. 6).

Next, when the transfer register member 12 is removed from the cutting plate 21, a film-shaped plate 17 or a CAD surface plate 15 is formed on the cutting plate 21 at a position corresponding to the push rule 25 of the die 22. ..
Next, the punching die 22 is pulled out from the punching machine 19 , the male member 6 is removed, and the punching die 22 is inserted again for punching (FIG. 10).
The sheet body 28 is inserted between the punching die 22 mounted on the upper side of the punching machine 19 and the cutting plate 21 on which the film-shaped surface plate 17 and the CAD surface plate 15 are formed, and punching is performed (FIG. 10).

If the stop positions for stopping the rotation of the female member 2 and the male member 6 of the transfer positioning jig 1 are limited, the shape of the bottom concave portion 9 of the umbrella wheel-shaped convex portion 8 and the shape of the transfer register member 12 are defined in the present invention. Is not limited to a circle.

Further, if the transfer register member 12 is made of a rubber magnet material, the cutting plate 21 is made of an iron material, and it is not necessary to apply an adhesive to the lower surface of the transfer register member 12, and the transfer is generated on the cutting plate 21. It will be possible.

1 Transition positioning jig 2 Female member 3 Vertical thin-walled part of female member 4 Lateral thin-walled part of female member 5 Arrowhead-shaped small protrusion of female member 6 Male member 7 Semi-cylindrical convex part of male member 8 Umbrella-shaped male member Convex part 9 Male member's umbrella wheel-shaped convex circular concave part 10 Male member 's umbrella wheel-shaped convex part Inclined mountain-shaped unevenness Anti-slip 11 Male member's flat washer-shaped elastic body 12 Transfer register member 13 Adhesive 14 Release paper 15 CAD surface plate 16 Bake sheet 17 Film surface plate 18 Film sheet 19 Trapezoidal tape 20 Holes provided in the CAD surface plate and film surface plate 21 Cutting plate 22 Die-cutting 23 Veneer plate 24 Multiple solid holes provided in the veneer plate 25 Pressed ruled lines 26 Thomson blade 27 Sponge 28 Sheet body 29 Blank 30 Folded bar 31 Set jig 32 Set pin 33 Set hole

Claims (2)

The female member is a cylinder having an appropriate height and size, and is provided with a longitudinal thin portion at a symmetrical position on the inner surface, and a laterally thin portion with an appropriate width in one direction from an intermediate portion of the longitudinal thin portion. A ring-shaped member provided with a plurality of arrowhead-shaped small protrusions on the outer surface of
The male member has an appropriate height and size to be fitted into the female member, and is slightly smaller than the inner cylindrical dimension of the female member, and is a cylinder having an appropriate fitting gap, and a semi-cylindrical convex part at the upper part and an umbrella at the lower part. A car-shaped convex portion is provided, and a circular concave portion having an appropriate depth and size is provided on the bottom surface of the umbrella-shaped convex portion, and a flat washer-shaped elastic body having an appropriate thickness is provided on the upper portion of the umbrella-shaped convex portion. A fitted member; and
The transition register member has a circular plate shape of an appropriate size to be fitted into the bottom concave portion of the umbrella wheel-shaped convex portion, and has a thickness slightly protruding from the bottom concave portion of the umbrella wheel-shaped convex portion, and an adhesive is applied to the bottom surface. , And a member of a circular flat plate with release paper pasted on the adhesive surface,
The female member, the male member, and the transfer register member are combined,
A transfer positioning jig attached to the punching die for transferring and positioning a film surface plate or a CAD surface plate that forms a folding line in a sheet body by cooperating with the punching die by punching processing on a cutting plate of a punching machine. The transfer positioning jig according to claim 1, wherein the transfer register member is a magnet material or the like.

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