KR100848683B1 - Structure of dieboard - Google Patents

Abstract

A dieboard having a blocking portion is provided to protect an outer peripheral portion of the dieboard when the dieboard is transported by forming the blocking portion at the outer peripheral portion of the dieboard. A dieboard comprises a supporter, which makes contact with a press hanger. Stepped portions(80) are formed at two opposite sides or four lateral sides of the supporter. Rim members(50) are fitted with the stepped portion to prevent particles from dropping onto a product. The supporter is formed at upper and lower portions thereof with stepped portions(80-1) such that protrusions(90) of the rim members are fitted with the stepped portions. Piece holes(70-1) are formed in the rim members and pieces are inserted into the piece holes to fix the rim members to the supporter.

Description

Structure of dust prevention wood mold with bending surface {structure of dieboard}

Figure 1 is a state attached to the dust prevention wood mold provided with a bent surface of the preferred embodiment of the present invention.

2 is a structure of the dust prevention wood mold provided with the bent surface of the present invention

Figure 3 is a cross-sectional view of the dust prevention wood mold provided with the bent surface of Figure 2 mounted on the press.

Figure 4 is a perspective view of the hanger mounting step on both sides of the support of the present invention.

Figure 5 is a structure of a dust prevention wood mold provided with a bent surface of another embodiment of the present invention.

Figure 6 is a state attached to the conventional mulles.

* Explanation of symbols for main parts of the drawings

10: support 20: cutter blade

30: press 40: hanger

50: tedol

70: fixing piece 100: wood mold

The present invention relates to a structure of a dust prevention wood mold provided with a bent surface, and more particularly, to constitute a hanger groove in which a press hanger can be seated on an edge surface of a wood mold configured with a cutter blade. The present invention relates to a structure of a dust-proof wood mold, which does not protrude so that the hanger does not touch the product during cutting, and dust on the edge does not fall on the product.

Dieboards are commonly referred to as dies, thomson dies or knife dies and consist of a plate-shaped support and a number of knives and punches combined with the support. This support is made of steel plate, wood or resin, and is cut or processed by laser or SCSI in the shape as shown below. And the cutter blade is cut and bent by cutting machines and bending machines, etc., and is pressed together with punches in various forms in the sketch space of the cutting process.

In addition to the processing of simple products such as paper boxes and printed materials, wood molds have recently been extended to the processing of precise products. Half cutting and special fabrics that cannot be processed with existing molds In the field of cutting, it improves productivity and product quality rather than the existing mold, and does not require the lower die than the existing mold, so the production period is short, the production cost is low, and the sample can be produced at low cost. It has advantages that are suitable for both mass production and mass production.

Typically used for cutting LCD film, sealing, electronic nameplate, gasket, printed matter, vacuum molding, rubber, sponge, etc., the wood mold is desired for a plurality of cutter blades 20 on the support 10 of various materials to be plate-shaped. It is produced by forcing it into a predetermined pattern, and pressing the produced metal mold using a press or the like to cut it into a product of a shape to be cut. In this case, since the product cut by the cutter blade is sandwiched between the inner side of the cutter blade, it is not easy to detach, and for this purpose, the elastic member such as a pad having elasticity is bonded to the inner supporter and the outer supporter of the cutter blade. When the cutter blade of the wood mold presses and cuts the product, the elastic member is pressed and pressed. When the wood die is raised after the cutting, the elastic member pushes the cut product while expanding so that it is easily separated from the cutter blade.

As can be seen in Figure 6, the conventional wood mold is made by inserting the wood mold in the hanger 50, or when the mounting or detachment of the wood mold because of the dust generated in the area in contact with the hanger 50 or There was a very uncomfortable problem in the transport process.

The above problems occurred and developed by forming tedol on the rim surface of the wood mold, which is an application of the present application, but the wood die and the press hanger protrude, so that the cutter blade does not go deep into the processing surface and it is difficult to process precisely when cutting. There was a problem that the press hanger touched the machining surface.

The present invention is to solve the above problems, the structure of the dust prevention wood mold provided with a bent surface to increase the quality of the processing surface by configuring the mounting groove on the rim of the support so that the press hanger does not protrude at the time of mounting To provide.

Another object of the present invention is to provide a structure of the dust prevention wood mold provided with a bent surface in which dust of the edge surface does not fall on the product.

Still another object of the present invention is to provide a dust prevention wood mold structure having a bent surface for protecting the edge of the wood mold to protect the damage during transportation.

In order to achieve the object of the present invention, in the wood mold made of a support and a cutter blade, the wood mold constitutes a hanger mounting groove that can be fitted with press hangers on both sides or four sides of the support, and the aluminum on the hanger mounting groove. , Fused or fixed to a rubber, synthetic resin or film, the tedol has a feature that can be fixed by inserting a press hanger that can be fixed to the side of the support.

The tedol of the present invention has been achieved so that the piece groove is configured to be fixed to the support so that the fixed piece and the press hanger does not rub.

The present invention was achieved by configuring the tedolfi fixing stepped on the upper and lower portions of the support so that the protrusions can be fitted to the tedol projections.

Hereinafter, with reference to the accompanying drawings, the structure of the wood mold for preventing dust having a bent surface of a preferred embodiment of the present invention will be described in detail.

The dust prevention wood mold 100 with the bent surface of the present invention shown in Figures 1 to 5 is configured so that the support does not protrude when the support is mounted on the press hanger, the present invention is characterized in that both sides or 4 To constitute a hanger mounting step (80) that can be fitted to the press hanger (40) on the side, and constitutes the tedol 50 fused or fixed to aluminum, rubber, synthetic resin or film to the hanger mounting step, The press hanger which can fix the support on the side of the support has a feature that is configured to prevent dust by constructing a tedol on the surface touching the insert.

In order to fix the press hanger to the rim surface of the support of the present invention is configured in four directions as shown in Figure 3, the four sides attached to or attached to the protrusion 50, or fixed by a piece attached.

Referring to the configuration of the te protrusion 50 as an example, as shown in Figure 3 to form a piece groove (70-1) to the te protrusion so as not to protrude when mounting the fixed piece 70 in the piece groove Configured.

The te protrusion 50 may be configured by attaching a tape or applying a silicone material.

The structure of the dust prevention wood mold provided with the bending surface of the support of another embodiment shown in FIG. 5 of the present invention is fixed to the upper end and the lower end of the supporter 80-1 to mount the tedol. ) Is configured so that the projections of the tedol are fitted.

As shown in FIG. 5, the tedol 50 is configured to be fitted with the protrusion 90 of the tedol by configuring a fixed step 80-1 on the upper and lower surfaces of the support so as to be fixed to the support. In addition, the tedol may be installed on only four or one side.

As can be seen in FIG. 6, the wood mold of the present invention includes a support and a cutter knife, and forms a wood mold by attaching an elastic member to a support around the cutter knife. In the wood mold of the present invention, the support is formed in a plate state to form the base of the wood mold. The cutter blade is assembled by forcing it into the cutting space of the cut support to correspond to the sketch of the support. The elastic member is attached to the support around the cutter blade, and when the cutter blade is lowered, the object is compressed when cutting the saddle on the cutting board. It does not come up along the cutter blade and keeps its stable state on the cutting board. It is usually formed of a sponge and can be replaced with a large elastic rubber plate. The cutter blade is formed such that the tip is positioned at a predetermined height higher than the tip of the elastic member so that the elastic member compresses the object while rising and lowers the object while the cutter blade is lowered.

In order to fix the press to be operated as described above, when it is mounted on the press hanger, it must be pushed on the hanger, so dust is generated on the contact surface, and the wood mold mounted on the press that reciprocates hundreds to thousands of times generates dust in the friction part. There is a problem with the lower part, and when the press hanger protrudes more than the surface of the support, it solves the problem that the product is damaged by friction with the processing surface.

The wood mold of the present invention is equipped with an edge frame 40 on both sides or four sides of the support 10, so that the wood mold abuts with the hanger 50 when the wood mold is inserted into or removed from the hanger 50. The hanger mounting step was configured to prevent the occurrence of dust at the site and to protrude.

As described above, the present invention has been described with reference to the embodiments shown in the drawings, but this is only an example, and those skilled in the art may have various materials installed on one side or both sides of the material and both ends therefrom. It will be understood that other variations and equivalent embodiments are possible. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

The edge frame is mounted on both sides or four sides of the support of the present invention as described above, so that when the wood mold is inserted into or detached from the hanger, dust is prevented from occurring in the area where the die is in contact with the hanger, and the hanger protrudes. It is possible to minimize the occurrence of defects in the product and it is a very useful invention for the wood mold industry because it has a very useful effect that can prevent damage caused during shock absorption and movement.

Claims (3)

When inserting into the press hanger constitute a hanger mounting step (80) that can be fitted to the press hanger on both sides or four sides of the support (100) which is the surface contacting the hanger 40, The structure of the dust prevention wood mold provided with a bent surface, characterized in that configured to prevent dust by configuring the tedol 50 on the mounting step. The method of claim 1, wherein the support 100 The neck for preventing dust having a bent surface, characterized in that the protrusions 90 of the tedol are formed to be fitted by respectively configuring the fixing step 80-1 of the tedol on the upper and lower portions of the support so as to mount the tedol. The structure of the mold. The method of claim 1, wherein the tedol 50 is The structure of the dust prevention wood mold provided with the bent surface, characterized in that the piece groove (70-1) is configured to be fixed to the support.

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