JP3055315U - Dial support - Google Patents

Abstract

(57) [Summary] [Problem] It is possible to mount a required number of dials for engraving product marks, identification marks, etc. without nailing or punching in. Wipe out. A required type of dial B having stamp pins b arranged in order to stamp required letters, numbers and symbols is inserted into the aligning space 11 from the access ports 21 at both ends or one end of the holder member 1. Are inserted in a predetermined order, the inlets / outlets 21, 21 are closed with stopper members 2, 2, and the outer halves 21b, 21b of the stopper members 2, 2 are mounted in a die. One of the stopper members 2, 2 is removed, the dial B is removed, a dial B having a desired marking pin arrangement is inserted in place, and a different product mark, identification character, etc. is stamped by attaching the stopper member 2 in the same manner. Enable.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a dial support that is punched out of a cardboard box or the like and is stamped with a product mark, an identification character, or the like, and is stamped with a die.

[0002]

[Prior art]

 Conventionally, in order to imprint product marks, identification characters, etc. on punched products with a box making machine, a sewing blade or fine blade material with a ruled pitch of the sewing machine is formed into the specified letters, numbers, and symbols, 4 or 5, or by casting a dial plate B integrally having engraving pins b for engraving letters, numbers, symbols, etc. as shown in FIGS. Each of the dials B is nailed and locked to a predetermined die 100 portion in an area surrounded by the steel strip 101 by using locking recesses b1 and b1 formed in a pair of parallel edges. Attached (the latter).

However, in both the former and the latter, it is very difficult to drive and fix a large number of sewing blades or fine blades for engraving letters, numbers, and symbols, and to nail each dial B. Also, in the punching die 100, the main plywood is often not uniform in thickness over the entire area. In order to absorb this, the former adjusts the driving amount of the sewing machine blade or fine blade material, and the latter adopts FIG. As shown, the liner 200 such as a wooden board, rubber, or resin material is selected from various thicknesses or ground, and the dial (specifically, the height of the protruding tip) B becomes a constant height. It is necessary to stick it on the back side, so that the repair time is wasted with the repair work. In contrast to the former, which is driven and fixed, the latter, in which the dial B is nailed, is easier to remove the nail 4 than to remove a sewing machine blade or a fine blade material. However, when changing letters, numbers, symbols, etc., it is necessary to attach the liner 200 to the dial B to be set in the same procedure as described above, adjust the height, and nail the nail again. Yes, replacement is troublesome, and when reusing dial B that has been removed, the liner 200 must be peeled off, cleaned, and then glued and nailed again while adjusting the thickness of the liner 200. In addition, the work was difficult.

[0004]

[Problems to be solved by the invention]

 The present invention has been made in view of the above-mentioned conventional circumstances.The purpose of the present invention is to make it possible to attach a letter plate for engraving a product mark, an identification mark, etc. without nailing or punching, and to be able to be attached in a die-cut manner. Another object of the present invention is to provide a dial support that can be easily replaced by eliminating the trouble of changing numbers, symbols, and the like.

[0005]

[Means for Solving the Problems]

 The technical measures taken to solve the above-mentioned object are as follows. Claim 1 claims that the required kind selected from a plurality of kinds of dials having marking pins in an arrangement according to letters, numbers, symbols, etc. A holder member for supporting the dial, and a pair of stopper members. A window which is open in communication with the alignment space and the two entrances and which allows the engraved pins of all the dials in the alignment space to protrude to the outside; The gist of the present invention is that it has an inner half that enters each of the entrances so as to contact the side surfaces of the holder, and an outer half that protrudes laterally from the holder member and is attached to a die. A second aspect of the present invention is that a contact area reducing means such as a concave portion or a concave groove for reducing a frictional resistance at the time of inserting and removing a dial is provided in the bottom of the alignment space according to the first aspect. According to a third aspect of the present invention, the holder member according to the first aspect is obtained by cutting a long molded product having the same cross-sectional shape as that of the holder member. The gist is that a mark for selecting the cutting position is provided along the length direction and at the same interval as the width of the dial. According to a fourth aspect of the present invention, the attachment to the die according to the first aspect is nailed, and the holder member is made of a synthetic resin having a slight elasticity. The gist is that it is mounted in a die. Engineered plastics such as ABS resin is used as the synthetic resin material having a slight elasticity to constitute the holder member.

(Operation) According to the above technical means, the following operation is achieved. (Claim 1) The dial support includes a required number of dials provided with marking pins arranged to mark letters, numbers, and symbols constituting required product marks, identification characters, and the like. The dial is inserted into the alignment space in a row in a predetermined order from the access port at both ends or one end of the holder member, the access port is closed with a stopper member, and the outer half of the stopper member is closed. It is set by attaching to the die. Then, the punched product is punched out by a punching die (specifically, a steel strip), and at the same time, a product mark or identification character is stamped on the punched product by a stamping pin protruding from a window. Then, by removing one of the stopper members and pulling out the dial, instead inserting a dial with the desired marking pin arrangement and attaching the stopper member in the same way, it is possible to engrave different product marks, identification characters, etc. To (Claim 2) The dial support reduces frictional resistance when the dial is pulled out and inserted into the holder member. (Claim 3) The dial support is formed by cutting a desired molded portion of a long molded product, and positioning the number of dials necessary for engraving a target product mark, identification character, or the like. Freely manufacture holder members of good length. (Claim 4) The dial support has a slight elastic function of the holder member itself and the flexibility of the double-sided adhesive tape, and the height of the stamping pin, which is a cause of uneven plywood thickness, which is a main body of the die-cutting. Adjust the irregularities to eliminate engraving mistakes.

[0007]

[Embodiment of the invention]

 Next, an embodiment of the present invention will be described with reference to the drawings. FIGS. 1 to 3 show an example of an embodiment of a dial support of the present embodiment, and reference numeral A denotes the dial support.

The dial support A is composed of a holder member 1 and a pair of stopper members 2, 2.

As shown in the drawing, the holder member 1 is made of a synthetic resin material having a slight elasticity such as an ABS resin and is integrally formed in a flat, substantially upward U-shape. A dial B having protrusions formed with marking pins b arranged to mark symbols is arranged in a row so as to be removably insertable, and both ends in the longitudinal direction of the alignment space 11 are opened. The upper and lower edges of both side walls constituting the aligning space 11 are bent inward to support the dial B in such a manner that it cannot be dropped. Window 31 for projecting the outside to the outside.

Further, a groove is formed in the holder member 1 at the bottom of the alignment space 11 over the entire length thereof, and the groove reduces frictional resistance when the dial B is inserted and removed. The contact area reducing means 3 is provided. Incidentally, the contact area reducing means 3 may be scattered concave portions, or may be configured by forming a plurality of the concave grooves in parallel.

As shown in the drawing, each of the stopper members 2 and 2 has a small inner half 21 a having a cross-sectional shape fitted into the access opening 21, and a step surface 21 b ′ connected to the inner half 21 a and having a holder 21 b ′. This is an integrally formed product with a large outer half 21b which abuts on the longitudinal end face of the member 1, wherein the inner half 21a has the same width as the dial B and the outer half 21b. A nail hole 5 for mounting is formed at an appropriate position such as a central portion of the device.

The holder member 1 is obtained by cutting from a long molded body having the same cross section. This long molded body is provided with marks 41 for selecting a cutting position on both edges of the window 31 at the same length as the width of the character plate B along its length. By cutting from an arbitrary mark 41 of this long molded body, a holder member 1 having a length just right for positioning the number of dials B required for imprinting a product mark, an identification character, etc. is obtained. I have. In the embodiment, since the inner half 21a of the stopper member 2 is fitted into the alignment space 11 as described above, the number of the dials B is set to be two more than the total length of the dial B at the time of cutting. It is cut from the mark 41 so as to be as long as possible.

[0013] The dial B is a die-cast molded product integrally having the marking pins b, and it goes without saying that the marking pins are arranged in an array pattern corresponding to each character, numeral, symbol, and the like.

The dial support A having such a configuration selects a required dial B having an engraving pin b of an arrangement for engraving required characters, numerals, and symbols, and selects FIG. As shown in FIG. 3, after the holder member 1 is inserted in a predetermined order from the access ports 21 at both ends or one end, the inner half 21a of the stopper members 2, 2 is inserted through the access ports 21, 21 at both ends. The nails 4 are punched using the nail holes 5, 5 of the outer halves 21b, 21b of the stopper members 2, 2 and the double-sided adhesive tape 6 to be adhered to the back surface of the holder member 1. Similarly, it is attached to a die (not shown). Since the tip of the inner half 21a of the stopper member 2 abuts against the side surface of the outermost dial plate B of the dial group B 'inserted into the alignment space 11 of the holder member 1, all dial plates B are loose. Is maintained in a fixed state. In the same manner as in the prior art, a punched product is punched and formed with a steel band blade, and at the same time, a product mark, an identification character and the like are stamped with a stamping pin b projecting from the window 31.

[0015]

[Effect of the invention]

 Since the present invention is configured as described above, it has the following advantages. (Claim 1) A holder member having an alignment space into which both sides are opened and the dials can be inserted and removed in a line in a predetermined order by using the opening as an access port, and an access port for each of the holder members. And a pair of stopper members which enter from the front end and abut on the outermost dial side surface, and are set and set in the holder member so as to be in communication with the alignment space and both the access ports. The window that allows the marking pins of the dial to protrude to the outside is opened, and when a desired product mark, identification character, etc. is punched out and stamped on the product, a pair of stopper members can be easily removed. Can be provided by work. In addition, one of the stopper members is removed, the dial is removed, a dial with the desired marking pin arrangement is inserted in place, and a different product mark, identification character, etc. can be stamped by attaching the stopper member in the same way. This eliminates the need for any troublesome work such as removing all nails for attaching the dial and nailing again. (Claim 2) In the case where a contact area reducing means such as a concave portion or a concave groove for reducing frictional resistance at the time of removing and inserting the dial is provided in the bottom of the alignment space, the dial with respect to the holder member is provided. This makes it easier to insert and remove the dial, and can reduce the setting and replacement work when the number of dials is large. (Claim 3) In addition, since the holder member is obtained by cutting a long molded product marked with the width of the dial, various holders suitable for setting the dial are provided. A long holder member can be easily obtained, and it can be provided at low cost. (Claim 4) In addition, due to the slight elasticity of the holder member itself and the flexibility of the double-sided adhesive tape, the unevenness of the height of the stamping pin, which is caused by the uneven thickness of the plywood, which is the main body of the die, is adjusted. In order to correct the uneven plywood thickness, a liner adjusted to the desired thickness from various thicknesses as in the conventional example is taken care of one by one. When the dial is reused, there is no need to remove the liner, clean it, apply it again while adjusting the liner thickness, and then nail it again. The dial can be used as many times as it is.

[Brief description of the drawings]

FIG. 1 is a partially cutaway plan view showing a use state of a dial support of the present embodiment.

FIG. 2 is an enlarged sectional view taken along line (2)-(2) of FIG.

FIG. 3 is an enlarged perspective view showing a stopper member and a holder member.

FIG. 4 is a perspective view showing a state in which a conventional dial is attached to a die.

FIG. 5 is an enlarged sectional view of the attachment portion.

[Explanation of symbols]

A: Dial support 1: Holder member 2: Stopper member 21: Slot 11: Alignment space 31: Window 21a: Inner half 21b:
Outer half 3: Contact area reduction means 41: Mark 6: Double-sided adhesive tape

Claims (4)

[Utility model registration claims] 1. A holder member for supporting a required type of dial selected from a plurality of types of dials having stamping pins in a projection shape in an arrangement corresponding to letters, numbers, symbols, etc., and a pair of stoppers. An alignment space into which both sides of the holder member are inserted and removed so that the dials can be inserted and removed in rows in a predetermined order from the access ports.
A window which is provided in communication with the alignment space and the two entrances and which allows the engraved pins of all the dials in the alignment space to protrude to the outside, and wherein the stopper member has a tip provided on the outermost dial plate. A dial support, comprising: an inner half portion that enters each access opening so as to abut against a side surface; and an outer half portion that protrudes laterally from a holder member and is attached in a die-cut manner. 2. The character according to claim 1, wherein a contact area reducing means such as a concave portion or a concave groove for reducing frictional resistance when inserting and removing the dial is provided in the bottom of the alignment space. Board support. 3. The holder member is obtained by cutting a long molded product having the same cross-sectional shape as that of the holder member. 2. A dial support according to claim 1, wherein a mark for selecting a cutting position is provided at the same interval as the width of the dial along the width of the dial. 4. The method according to claim 1, wherein the mounting to the die is nailed, the holder member is made of synthetic resin having some elasticity, and the back surface of the holder member is mounted to the die with double-sided adhesive tape. The dial support according to claim 1, wherein: