JP2009154265A - Machining tool constituted of punch and retainer - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve a problem wherein a fastened hole and a guided hole are opened at positions corresponding to a fastening hole and a guide hole of a punch-die side base material by foreseeing a moving distance of a punch and taking large mounting area when opening a fastening hole and a guide hole in a retainer when the punch is conventionally moved, the fastened holes and the guided holes are opened several times on a punch side base material, and thereby the punch side base material becomes weak and unusable, and wastefulness of the punch side base material (resources) and complication of maintenance are caused. <P>SOLUTION: In this machining tool, a square or annular pedestal hole and a square through-hole communicated with the pedestal hole are opened in punch and retainer provided in the punch side base material, the punch provided with a square or annular pedestal and a square shaft rod is inserted into the pedestal hole and the through-hole via a gap, one sheet or two sheets of shim plates are inserted into the gap, and the shim plates are fastened and fixed with a punch pressing bolt screwed from a retainer side face. The punch can be moved. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention mainly relates to a processing jig that also serves as a detent made up of a punch and a retainer used for opening a mounting hole for a resin product.

  Conventionally, when opening (drilling) an attachment hole for this type of development molded resin product, due to the characteristics of the resin molding, an error can often occur in the position of the mark for opening the attachment hole. For example, in large resin products, there is a high probability that the error will occur due to the possibility of shrinkage due to temperature difference in the molding stage (tolerance due to misunderstanding) and the possibility of hole drilling position (tolerance due to misunderstanding), In each case, it is necessary to change the punch mounting position (move the punch). In the case of a new work, the following method is used. For example, when a tightening hole and / or a guide hole is opened in the retainer, a larger area is provided in anticipation of the movement distance of the punch, and the tightening of the punch side base material is performed in accordance with the movement distance. In this method, the tightened hole and / or the guided hole are opened at a position corresponding to the hole and / or the guide hole. However, if this tightening hole and / or guided hole is opened several times on the punch side / die side, the punch side / die side becomes fragile and unusable.・ Problems such as waste of die side base material (resources) and complicated maintenance have occurred.

Then, in FIGS. 6A and 6B showing the problems of the processing jig made of an elliptical punch and a retainer with respect to the movement of the conventional punch, in FIG. If it is difficult to open the guide hole, for example, after performing supplementary processing such as filling other punch-side base material such as a die button, the tightened hole and / or the guided hole is opened again. . On the other hand, in the die side base material, in accordance with the movement of the punch side base material and / or the punch position, overlaying is performed around the hole of the die side base material, and then a hole for punching is opened. To do. The conventional methods for correcting the punch side / die side base material as described above are supplemented through a great deal of labor and work, and have problems such as being difficult and inefficient. (Names are entered in FIGS. 6-1 and 6-2.)
Further, in the example shown in FIGS. 7-1 to 7-4 showing the problems of the processing jig made of the punch and the retainer with respect to the movement of the conventional punch, in the original punch side base material, the tightening hole and If it is difficult to open the guided hole, for example, the tightening hole and / or the guided hole is largely opened. After performing the opening operation as shown in FIG. As shown in FIG. 7, end face bolts are screwed into the respective opening holes and flattened as shown in FIG. After that, as shown in FIG. 7-4, there may be a large correction method corresponding to the movement of the punch by opening a new tightening hole and / or a guided hole. Although illustration and / or explanation is omitted, the same applies to the die side base material. (Names are entered in FIGS. 7-1 to 7-4.)
The following literature (1) and literature (2) are disclosed if the above-mentioned problem is improved and prior documents suitable for this improvement are listed.

  Document (1) is “Method for manufacturing rotor of hybrid stepping motor” disclosed in Japanese Patent Application Laid-Open No. 2005-6375. In this invention, the base of the punch is formed in a quadrangular prism shape, a support hole having a square cross section for inserting the base of the punch is formed in the punch plate, and a gap is formed between the base of the punch and the inner surface of the support hole By adjusting the number of shim plates inserted into the gap, the punch mounting position can be adjusted in any direction in the XY direction with respect to the punch plate, which is a conventional problem. In addition, when machining accuracy is required, there is no need to make fine adjustments to the punch mounting position while checking the state of machining using an actual press die, simplifying work, increasing efficiency, and speeding up. There is a feature that can be handled.

  However, the present invention is a method of manufacturing a rotor of a hybrid type stepping motor, and cannot be adopted in other processing apparatuses. In the method of inserting a shim plate shown in FIG. However, it is considered that structural problems remain.

  Document (2) is an “ultra-high pressure generator” disclosed in Japanese Patent Application Laid-Open No. 2003-33641. In the present invention, the base of the pressure block is attached to the lower surface of the insertion block of the upper base block, and this base has a conical shape having a vertex at the lower end, and the lower end is used to pressurize the compression medium. A top anvil is installed. Since a shim (shim plate) is provided between the upper anvil and the base, the distance between the upper anvil and the base can be adjusted by changing the thickness of the shim. Therefore, changing the thickness of the shim can change the distance between the lower surface of the upper anvil and the lower surface of the insertion block. Similarly, in the pressure block, the distance between the upper surface of the lower anvil and the upper surface of the insertion block of the lower base block can be changed by changing the thickness of the shim. In another pressure block, by changing the thickness of the shim, the distance between the front surface of the side anvil and the front surface of the rear quadrangular pyramid part of the sliding block can be changed. Even if the manufacturing error of any of the upper and lower base blocks and each sliding block is larger than the tolerance in the design stage, if the shim thickness of each pressure block is changed, the distance between the surfaces of each side anvil, and There is a feature that the distance between the surfaces of the upper and lower anvils can be adjusted to be within an allowable error.

  However, the present invention is a mold composed of a pressure block in four directions (left and right side and bottom), a sliding block, and a four-direction anvil. It is a structure that changes the position of the anvil by providing shims in the gap, and the support of all the anvils can be made uniform, but the structure is complicated, it is four directions, experience in alignment between them And time-consuming issues can be considered. In addition, there is no disclosure of a mechanism related to shim tightening, and it is considered that a problem remains as in the above-mentioned document (1).

JP2005-6375 JP2003-33641A

  Documents (1) and (2) described above remain problems relating to shim mounting and tightening, and improvements are desired. Therefore, the present invention proposes a structure capable of securely mounting the “1” shim plate, preventing the shim plate from being pulled out, and moving not only in the front-rear and left-right directions but also in the diagonal direction. It is intended to propose a structure of a processing jig consisting of a punch and a retainer that can be moved. In addition, the present invention is a punch that can be used for opening a mounting hole of a resin product, and can cover the tolerance of expansion / contraction of the resin product and the tolerance of the hole position, or other dimensional tolerance of the product. It is intended to propose the structure of a processing jig consisting of a retainer. Furthermore, the present invention intends to propose a structure of a processing jig composed of a punch and a retainer that can reliably perform detent in a “3” deformed punch.

  The invention of claim 1 is intended to exhibit the characteristics shown in the aforementioned “1” and “2”.

Claim 1 is a processing jig comprising a punch and a retainer, which is screwed to a punch side base material with a fastening bolt.
While opening this square-shaped or annular pedestal hole, and opening a rectangular-shaped through hole communicating with this pedestal hole, through the gap between the pedestal hole and the through-hole, a rectangular or annular pedestal, and A punch having a square shaft rod is inserted, and one or two shim plates can be inserted into the gap, and the shim plate is inserted into the retainer by a punch presser bolt that is screwed from the side surface of the retainer. This is a processing jig consisting of a punch and retainer that are fastened to the side.

  The invention according to claim 2 achieves the object of claim 1 and presents a product to be used optimally for the processing jig to achieve the object, and can exhibit the effect of the processing jig of the present invention most. In addition, it is intended to present a product to be used for processing jigs that can ensure finishing accuracy.

Claim 2 is a processing jig comprising the punch and retainer according to claim 1,
The processing jig is used for opening a mounting hole for a resin / metal product, and a punch configured to cover the expansion / contraction tolerance of the resin / metal product, or the tolerance due to a difference in the hole position, and other dimensional tolerances of the product. A processing jig made of retainers.

  The invention of claim 3 achieves the object of claim 1, and the shaft of the processing jig and shim plate that are optimal for achieving the object of the invention, the handling, and the shaft of the processing jig that can ensure safety. It is intended to present the structure of the heel and shim board.

Claim 3 is a processing jig comprising the punch and retainer according to claim 1,
A processing jig comprising a punch and a retainer having a structure in which a groove for preventing the shim plate from falling off is formed in the square shaft shaft of the punch, and a protrusion engaging with the groove protrudes from the shim plate. .

  The invention of claim 4 achieves the object of claim 1, and the structure of the punch or retainer of the processing jig optimal for achieving this object, its handling, safety, durability, strength, etc. It is intended to present the structure of punches or retainers that can be secured.

Claim 4 is a processing jig comprising the punch and retainer according to claim 1,
A punch and retainer configured to open a screw hole for a punch presser bolt to be screwed in from the side surface of the punch or retainer, from the four directions of the punch or retainer toward each side surface of the punch. It is a processing jig.

  The invention of claim 5 achieves the object of claim 4, and the structure of the punch or retainer of the processing jig optimal for achieving this object, its handling, safety, durability, strength, etc. It is intended to present a structure of a punch or retainer of a processing jig that can be secured, and a structure of a punch or retainer of a processing jig in which a plurality of fastening holes for punch plates and guide holes for knocking are provided in the retainer.

Claim 5 is a processing jig comprising the punch and retainer according to claim 4,
The retainer has a plurality of tightening holes for attaching to the punch side base material, and a plurality of knock guide holes are opened in the same axial direction as the shaft core of the tightening hole. It is a processing jig composed of a punch and a retainer configured to open a screw hole for the punch presser bolt between the guide holes.

  The invention of claim 6 is intended to achieve the object of claim 1, and to provide a structure capable of positive rotation to achieve this object.

Claim 6 is a processing jig comprising the punch and retainer according to claim 1,
The punch provided with the rectangular shaft rod is a rectangular punch or an odd-shaped punch such as an elliptical shape, and the deformed punch is connected to the rotation stop structure via the rectangular shaft rod and the rectangular through hole. It is a processing jig consisting of a punch and a retainer.

The invention of claim 1 is a processing jig comprising a punch and a retainer, which is screwed to a punch side base material with a tightening bolt.
A rectangular or annular pedestal hole is opened, a rectangular through hole communicating with the pedestal hole is opened, and a square or annular pedestal is formed with a gap between the pedestal hole and the through hole. 1 or 2 shim plates can be inserted into the gap, and the shim plate is fastened to the side of the punch with a punch presser bolt that is screwed from the side of the retainer. It is a processing jig composed of a punch and a retainer.

Accordingly, claim 1 has the following characteristics.
“1” A punch that can be securely attached to the shim plate, propose a structure that can prevent the shim plate from being removed, and that can move not only in the front-rear and left-right directions but also in the diagonal direction. The structure of a processing jig consisting of a retainer can be proposed.
“2” A processing jig consisting of a punch and a retainer that can be used to open resin product mounting holes and cover the tolerances of expansion and contraction of resin products and the tolerance of hole positions, or other dimensional tolerances of products. Can be proposed.
“3” It is possible to propose a structure of a processing jig made up of a punch and a retainer that can reliably rotate around a deformed punch.

The invention of claim 2 is a processing jig comprising the punch and retainer according to claim 1,
Processing jigs are used to open mounting holes for plastic and metal products, and punches and retainers that are configured to cover the expansion and contraction tolerances of resin and metal products, tolerances due to different hole positions, and other dimensional tolerances of products. It is a processing jig consisting of

  Therefore, Claim 2 can achieve the object of Claim 1 and can present a product to be used optimally for the processing jig to achieve this object, and can most exhibit the effect of the processing jig of the present invention. In addition, it is possible to present a target product to be used for a processing jig that can ensure finishing accuracy.

The invention of claim 3 is a processing jig comprising the punch and retainer according to claim 1,
This is a processing jig composed of a punch and a retainer in which a groove for preventing the shim plate from falling off is formed on a square shaft shaft of the punch, and a protrusion that engages with the groove protrudes from the shim plate.

  Accordingly, the third aspect of the present invention can achieve the object of the first aspect of the invention, and the structure of the shaft rod and shim plate of the processing jig that is optimal for achieving the purpose, the handling and safety of the processing jig that can ensure safety. It has the feature of being able to present the structure of the shaft rod and shim plate.

The invention of claim 4 is a processing jig comprising the punch and retainer according to claim 1,
A processing jig consisting of a punch and a retainer, in which a screw hole for a punch presser bolt to be screwed in from the side of the punch or retainer is opened from the four directions of the punch or retainer toward each side of the punch. It is.

  Accordingly, claim 4 can achieve the object of claim 1 and is the optimum structure of the punch or retainer of the processing jig, the handling, safety, durability, strength, etc. It is intended to present the structure of a punch of a processing jig or retainer that can be secured.

The invention of claim 5 is a processing jig comprising the punch and retainer according to claim 4,
The retainer is provided with a plurality of tightening holes for attaching to the punch side base material, and a plurality of knock guide holes are provided in the same axial direction as the shaft core of the tightening hole. It is a processing jig comprising a punch and a retainer having a structure in which a screw hole for a punch presser bolt is opened.

  Therefore, Claim 5 can achieve the object of Claim 4, and the optimum structure of the punch or retainer of the processing jig, its handling, safety, durability, strength, etc. can be achieved. It is possible to present the structure of the punch or retainer of the processing jig that can be secured, and the structure of the punch or retainer of the processing jig in which a plurality of clamping plate fastening holes and knock guide holes are provided in the retainer.

The invention of claim 6 is a processing jig comprising the punch and retainer according to claim 1,
The punch provided with the square shaft rod is a deformed punch such as a square shape or an ellipse shape, and the deformed punch is a punch having a swivel structure through a square shaft rod and a rectangular through hole. A processing jig made of retainers.

  Therefore, claim 6 has the characteristics that the object of claim 1 can be achieved, and that a structure that can be reliably secured to achieve this object can be provided.

  An example of the present invention will be described.

  Referring to the drawings, FIG. 1 is a perspective view of a processing jig made up of a punch (hereinafter referred to as a punch) having an elliptical or rectangular processing portion and a retainer, and FIG. 2 is an exploded perspective view of FIG. 3 is a cross-sectional view of a processing jig consisting of a punch and a retainer, FIG. 4 is a plan view of a processing jig consisting of a punch and a retainer, and FIG. 5 is a processing jig consisting of a punch and a retainer, and has various mounting holes (mounting holes). It is the conceptual diagram which showed the resin product to open. FIG. 6A is a cross-sectional view for explaining the relationship between a conventional processing jig made of an elliptical punch and a retainer, and the punch side base material, and FIG. 6-2 shows a hole formed in the die side base material. FIG. 6-3 is a plan view of a conventional processing jig made of an elliptical punch and a retainer, FIG. 7 is a schematic cross-sectional view showing an example of a conventional swivel structure, and FIG. -1 is a schematic diagram of a state in which opening work for opening a tightened hole and / or a guided hole is performed when it is difficult to open a tightened hole and / or a guided hole in the punch side base material, 7-2 is a schematic diagram of a state in which end face bolts are screwed into the holes opened in FIG. 7-1, and FIG. 7-3 is an open state in which the screwed end face bolts are processed flat in FIG. 7-2. Fig. 7-4 shows a new tightening hole and / or cover. It is a schematic view of a state in which opened a wellbore. FIG. 8 is a schematic cross-sectional view showing an example of a conventional swivel structure.

  A preferred embodiment will be described below.

  In the figure, reference numeral 1 denotes a substantially square retainer. The retainer 1 is connected to a punch holder (not shown) via a fastening bolt (fastening tool) inserted into a fastening hole and a knock (knock pin) inserted into a guide hole. 2) is detachably provided on a punch plate 2 (punch side base material) provided on The retainer 1 and the punch plate 2 are provided with a plurality of tightening holes 100 (tightened holes 200) at intervals, and are provided adjacent to the tightening holes 100 (tightened holes 200) so as to knock. A plurality of guide holes 101 (guided holes 201) are opened at intervals. Therefore, the retainer 1 is provided on the punch plate 2 with a bolt (not shown) for the fastening hole 100 (tightened hole 200) and a knock (not shown) for the knocking guide hole 101 (guided hole 201). It is fastened and fixed (screwed) via The plate portion 1a between the tightening hole 100 (tightened hole 200) and the knock guide hole 101 (guided hole 201) has screw holes 5a to 5d for punch presser bolts 12a to 12d. Open.

  The retainer 1 is provided with a rectangular or annular pedestal hole 3 on the attachment side 1b (in the case of an annular shape, it is easy to process, but can also be rectangular). A through-hole 4 having a smaller diameter and a square shape is formed in communication with the pedestal hole 3 and has a smaller diameter than the pedestal hole 3, and the punch presser bolts 12 a from the side surfaces 1 c (four sides) of the retainer 1 toward the through-hole 4. Screw holes 5a to 5d for ˜12d are opened. These screw holes 5 a to 5 d communicate with the through hole 4.

  In the figure, reference numeral 7 denotes a rectangular or annular pedestal 8 (when the pedestal 8 is annular, processing is easy. In addition, the pedestal 8 can be formed into a rectangular shape. The punch 7 is firmly fixed in the hole 3 and is excellent in stability), and is provided with a punch having a shaft rod 10 having a smaller diameter and a square shape than the base 8 (to prevent the shim plate 13 from being pressed and fixed). The punch 7 is inserted into the base hole 3 provided in the retainer 1 and the rectangular through hole 4. At the time of this insertion, between the square or annular pedestal hole 3 and the rectangular through-hole 4 and the square or annular pedestal 8 and the square shaft rod 10, the entire shape is square. Gaps 11a to 11d are formed. In addition, each clearance gap 11a-11d formed between the square-shaped through-hole 4 and the square shaft shaft 10 is a space space at the time of the movement of the punch 7, and is the number of inserted shim plates 13 to be described later. Allows adjustment.

  One to a plurality of shim plates 13 are inserted into the gaps 11a to 11d, and punch press bolts 12a to 12d are respectively screwed through the screw holes 5a to 5d so that the shim plate 13 is pressed. Attach the punch 7 to the retainer 1. That is, the shim plate 13 is pressed and fixed to each side surface 7a (one side to four sides) of the punch 7 by the punch holding bolts 12a to 12d. In actual work, the shim plate 13 is usually one or two, and the position of the punch 7 can be adjusted.

  In this way, by appropriately changing the number of shim plates 13 inserted into the gaps 11a to 11d, the position of the punch 7 is diagonal, starting from front and rear, left and right (arrows “I” and “B”). There is a feature that can be moved to (arrow "ha"). Thereby, for example, there is a feature that can cope with distortion or tolerance of the resin product through the movement of the punch 7. In the figure, 1d is a plate portion 1a of the retainer 1 and is a scale provided around the tightening hole 100, and 7b in the figure is a scale provided on each side surface 7a of the punch 7. Through the scales 1d and 7b, the retainer 1 can accurately position the punch 7 in the front-rear and left-right (arrow "I", "B") directions.

  In the present invention, since the screw holes 5a to 5d are opened from the respective side surfaces 1c (four directions) of the retainer 1, the tightening hole 100 (tightened hole 200) and the knock guide hole 101 (guided) are provided. It is necessary to determine where to open the hole 201). In this example, as described above, the screw hole 5d is opened in the plate portion 1a formed between the tightening hole 100 (the tightened hole 200) and the knock guide hole 101 (the guided hole 201), A screw hole 5c is formed in the plate portion 1a on the extension line of the screw hole 5d with the through hole 4 interposed therebetween. The screw holes 5a and 5b are structured to be opened in the plate portion 1a spaced apart from the tightening hole 100 (tightened hole 200) and the knock guide hole 101 (guided hole 201).

  In addition, since the screw holes 5a and 5b have a facing structure and the screw holes 5c and 5d have a facing structure, the punch 7 can be tightened in a cross shape. There is a feature that it can improve and uniform tightening. Further, even when a plurality of shim plates 13 are used, it is possible to securely and firmly tighten, which is beneficial. By firmly tightening the punch 7 to the retainer 1 in this way, a molded product (resin) is not displaced even when the processed portion 7c of the punch 7 (portion opening portion) is elliptical or rectangular. It is possible to accurately open mounting holes in the product W). The same applies to the case where the processed portion 7a has a round shape.

  The shim plate 13 is formed with a protrusion 1300 and is fitted into a recessed groove 1000 provided on the outer peripheral surface of the shaft rod 10, thereby helping to prevent falling off and simplifying the operation. There are features. If a recess groove 1301 is provided on the back side of the protrusion 1300 provided on the shim plate 13, the recess groove 1301 on the back side of the plurality of shim plates 13 and the protrusions 1300 of the other shim plates 13 are prevented from coming off. If this is achieved, it will be possible to achieve a stronger tightening and locking.

  FIG. 5A shows a resin product W that is optimal for using the processing jig of the present invention, and this resin product W is molded because of its size and / or shape. Therefore, it is necessary to attach the portions W1 and W2 to a vehicle body (not shown). In these places W1 to W2, since the position often deviates due to the expansion and contraction peculiar to the resin, it is necessary to change the position of the punch 7. In such a case, it is a feature of the present invention that the position can be changed instantaneously and easily. And since it becomes possible to open the attachment holes W3 at the specified positions of the places W1 to W2, and each of the attachment holes W3 is aligned with the attachment holes in the vehicle body, the predetermined place W1 of the vehicle. ~ W2 and / or a hole (not shown) has a feature that enables the resin product W to be attached, and has a utility that can adapt to a vehicle standard (not shown).

  In addition, in the swivel structure of the retainer and the deformed punch shown in FIG. 8 as an example of the prior art, a notch is formed in the retainer and a notch is formed in the base of the round punch. Join the end faces of the parts and try to stop the deformed punch. However, by adopting the present invention, there is no need to provide such a notch, which is simple and can prevent a decrease in strength. And, as in the conventional example, a retainer and / or a deformed punch provided with a notch for retaining the rotation is inconvenient because the pedestal cannot use a disk-shaped retainer and / or a deformed punch, and workability is improved. Is inferior. However, such a problem does not occur in the present invention.

FIG. 1 is a perspective view of a processing jig composed of a punch and a retainer. 2 is an exploded perspective view of FIG. Fig. 3 is a cross-sectional view of a processing jig consisting of a punch and retainer FIG. 4 is a plan view of a processing jig made of a punch and a retainer. Fig. 5 is a conceptual diagram showing a resin product that opens various mounting holes (mounting holes) with a processing jig consisting of a punch and retainer. FIG. 6A is a cross-sectional view for explaining the relationship between a conventional processing jig composed of an elliptical punch and a retainer, and a punch-side base material. Fig. 6-2 is a cross-sectional view of opening a hole in the die side base material and driving a die button into this hole FIG. 6-3 is a plan view of a processing jig composed of a conventional elliptical punch and retainer. FIG. 7A is a schematic view of a state in which an opening operation for opening a tightened hole and / or a guided hole is performed when it is difficult to open a tightened hole and / or a guided hole in the punch side base material. Figure FIG. 7-2 is a schematic diagram of the state in which the end face bolts are screwed into the holes opened in FIG. FIG. 7-3 is a schematic view of the opened state in which the screwed end face bolt is processed flat in FIG. 7-2. FIG. 7-4 is a schematic diagram of a state where a new tightening hole and / or a guided hole is opened. FIG. 8 is a schematic sectional view showing an example of a conventional swivel structure.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Retainer 1a Plate part 1b Mounting side 1c Side 1d Scale 100 Tightening hole 101 Guide hole 2 Punch plate 200 Tightened hole 201 Guided hole 3 Base hole 4 Through hole 5a-5d Screw hole 7 Punch 7a Side surface 7b Scale 7c Processed part 8 Pedestal 10 Shaft 1000 Recessed groove 12a-12d Punch presser bolt 13 Shim plate 1300 Protruding part 1301 Recessed groove 11a-11d Gap W Resin product W1 Location W2 Location W3 Mounting hole

Claims (6)

In a processing jig consisting of a punch and retainer that is screwed to the punch side base material with a tightening bolt,
A rectangular or annular pedestal hole is opened on the retainer mounting side, a rectangular through hole communicating with the pedestal hole is opened, and a rectangular shape is formed in the pedestal hole and the through hole via a gap. Alternatively, a punch holder having an annular pedestal and a square shaft rod is inserted, and one or two shim plates can be inserted into the gap, and the shim plate is screwed from the side surface of the retainer. A processing jig comprising a punch and a retainer configured to be fastened to the side surface of the punch with a bolt. A processing jig comprising the punch and retainer according to claim 1,
The processing jig is used for opening a mounting hole for a resin / metal product, and a punch configured to cover the expansion / contraction tolerance of the resin / metal product, or the tolerance due to a difference in the hole position, and other dimensional tolerances of the product. Processing jig made of retainers. A processing jig comprising the punch and retainer according to claim 1,
A processing jig comprising a punch and a retainer, wherein a groove for preventing the shim plate from falling off is formed in the square shaft shaft of the punch, and a protrusion engaging with the groove is provided on the shim plate. A processing jig comprising the punch and retainer according to claim 1,
A punch and retainer configured to open a screw hole for a punch presser bolt to be screwed in from the side surface of the punch or retainer, from the four directions of the punch or retainer toward each side surface of the punch. A processing jig. A processing jig comprising the punch and retainer according to claim 4,
The retainer is provided with a plurality of fastening holes for attaching to the punch side base material, and a plurality of knock guide holes are provided in the same axial direction as the axial center of the fastening hole. A processing jig comprising a punch and a retainer configured to open a screw hole for the punch presser bolt between the guide holes. A processing jig comprising the punch and retainer according to claim 1,
The punch provided with the rectangular shaft rod is a rectangular punch or an odd-shaped punch such as an elliptical shape, and the deformed punch is connected to the rotation stop structure via the rectangular shaft rod and the rectangular through hole. A processing jig consisting of a punch and retainer.

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