KR100666827B1 - Hole processing device and wood mold with automatic outlet for scrap - Google Patents

Abstract

A die board with a hole processing die and an automatic outlet for scrap is provided to improve the attached and detached performance at the upper plate by forming the wing surface at the hole processing pin at the surface instead of inserting the hole processing pin. A die board with a hole processing die and an automatic outlet for scrap comprises a blade and a hole processing die(60) set to be exposed at a die board base(90) to cut the distal end by a press. A wing surface(50) is attached at the die board base by forming the hole processing die having the wing surface at the hole processed place at the upper end of the die board base. A hole processing pin rivet or a fixing pin(30) is fixed at the upper section of the die board base. Metal sheets(20) are laminated at the upper end of the die board base.

Description

Hole processing device and wood mold with automatic outlet for scrap}

1 is a state equipped with a conventional hole processing jig.

Figure 2 is a perspective view of the hole processing jig of the preferred embodiment of the present invention.

3 is a cross-sectional view of a state in which the hole processing tool of the present invention is mounted.

Figure 4 is a state of operation equipped with a metal mold with a hole processing tool and the automatic scrap outlet of the present invention mounted on the press.

Figure 5 is a cutaway perspective view of a wood mold with a hole processing tool and automatic scrap outlet of the present invention.

Figure 6 is a perspective view showing another embodiment of the wood mold having a hole processing tool and the automatic scraping outlet of the present invention.

Explanation of the main symbols in the drawings

10: blade 20: metal plate

30: fixed pin 40: through hole

50: wing surface 60,60-1: hole processing jig

70: support pin 80: collecting space

90: wooden base 100: synthetic resin film

110: paper 120: scrap

150: press

The present invention relates to a wood mold having a hole processing tool and an automatic scrap outlet, and more particularly, a hole for processing holes of labels, sheets, and gaskets used in electronic products such as mobile phones, digital cameras, notebook computers, PDAs, and the like. It relates to a processing mold.

With the development of the IT industry, the types and complexity of labels, cell phone sheets, and sealings are increasing, and research and manufacturers' efforts to minimize manufacturing costs are rapidly progressing.

In addition, according to the importance of cutting by wood mold, technology development, manufacturing cost, labor cost and production cost are minimized.

The dieboard consists 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 knife is cut and bent to form a cutting machine and the bending machine, etc. are inserted into the sketch space of the cutting process is forcibly fitted with a punch in various forms.

The wood mold (patent application 2004-0052246) of the present application is applied to press a cutting tool to cut a sticker, etc., into a wood mold in which a blade is inserted in various patterns, such that the shape of the blade is deformed so that the dimensions of the product are also deformed. It is about the wood mold which can get the good product and minimize the pressure of the press which presses, and the air channel which discharges the air of the area which contact | connects a wood mold and a product is pressurized even if it presses closely. It is a technology that can reduce the warpage of the cutter blade to minimize the defect rate of the product, and obtain a good product.

When the blade (cutter blade) to work on the wood mold to precisely bend and cut the corners of the precise form, but there was a problem that the mounting of the hole processing jig during the hole processing.

Conventional wood mold assembly (patent registration No. 0512559) having a hole processing pin is a hole processing pin installed alone on the wooden base during the process of cutting the film fabric by repeated press operation by installing a cutting blade and hole processing pin on the wooden base To solve the point where it cannot be reused by failing to cut out of the flow-designed position and cutting to the desired shape or when the hole processing pin 12 is flowed with respect to the die-base 10, resulting in deformation of the die-base 10. 1 is provided with a wooden base 50 and a cutting blade 51 and a hole processing pin 52 which are planted so that an upper end thereof protrudes from the wooden base 50 in a desired pattern. A coupling hole 50a having a larger area than the hole processing pin 52 is formed in the wooden base 50 where the processing pin 52 is located, and the hole processing pin 52 is planted in the coupling hole 50a. Losing pin block (60) is combined A technology on which a coupling detachably.

The conventional technique requires a cut to make a block, and there is a problem that the tolerance of the long time use can be increased due to distortion of the wood material caused by impacting the hole processing pin inserted into the block.

In addition, when inserting a plurality of hole processing pins in the position of the hole processing, there was a problem in that the bearing force of the hole processing pins fell or was difficult to install.

In addition, there is a problem that manufacturing and management is difficult because the increase in the manufacturing cost and mounting the processing pin in a precise position.

Accordingly, the present invention is to provide a wood mold having a hole processing pin capable of precise hole processing without the impact phenomenon or the long-term use of the hole processing pin.

Another object of the present invention is to provide a wood mold that can be precisely holed without dropping the holding force of the in-hole processing pin even when a plurality of hole processing pins in close proximity to the position of the hole processing.

Still another object of the present invention is to provide a wood mold having a hole processing pin configured to collect scrap in one place so that the work is continuously made by constructing the perforated scrap collection space.

In order to achieve the above object, the present invention provides a wood mold having a hole processing tool for cutting a fabric by a press provided with a blade and a hole processing tool which are planted to protrude into a wooden base, and hole processing is performed on the upper surface of the wood mold base. It was achieved by attaching the wing surface to the wooden base by constructing a hole processing tool having a wing surface at the position.

In addition, it was achieved by fixing with a hole pin rivet or fixing pin having a wing surface in the hole processing position on the top surface of the wooden base.

The present invention is achieved by forming a wooden base by inserting a blade by laminating a metal plate on the top of the wooden base, and attaching a hole processing jig to the upper surface of the metal plate.

In a preferred embodiment of the present invention was achieved by configuring the collection space in the wooden base of the bottom of the hole processing jig.

Hereinafter, with reference to the accompanying drawings, a wood mold having a hole processing tool and a scrap automatic discharge port of the present invention will be described in detail.

Wood mold having a hole processing jig and scrap automatic discharge port of the present invention shown in Figures 2 to 6 is designed on a wooden base 90 so that the blade 10 can be planted on a wooden board to cut the base 110 Laser processing is performed on the base, and a blade is planted in the processing hole. When forming the through-hole of the fastening bolt to the gasket, label, or LCD monitor, a synthetic resin film to be manufactured and processed as described above to form a hole processing jig 60 having a wing surface rivet or fixed pin ( 30) or the metal plate 20 is laminated on the upper surface of the wooden base, and the hole processing jig is attached to the upper surface to form a wood mold that is convenient to manufacture. In addition, there is a feature that constituted the scrap collecting space portion 80 in the hole processing jig.

With a blade and a hole processing jig planted to protrude into the wooden base of the present invention, the wooden mold is mounted on the press 150 to be continuously cut.

The wood mold forms a hole processing jig 60 having a wing base 50 at a hole processing position on a die base 90 and a top surface of the die base, and attaches the wing surface to the die base with rivets or fixing pins 30. And configured.

The hole processing jig 60 is configured to be easily attached and detached by being attached to the upper surface, rather than a structure that is planted in a wooden base like the conventional hole processing jig.

The hole processing tool having the wing surface 50 of the hole processing tool is configured to communicate with the through-hole 40 of the wooden base and is configured to be coupled to the wing surface by riveting, fixing screws, fixing pins and the like.

As described above, since the hole processing fixture 60 is directly attached to the upper portion of the wooden base, the hole processing fixture is precisely mounted at the hole processing position, thereby quickly and accurately manufacturing.

Since the scrap collecting space portion 80 is formed at the lower end of the hole processing jig, the support pin 70 is formed vertically to the bottom of the hole processing jig so as to prevent sagging to the bottom by long use of wood dies. In order to prevent sagging of the jig and to secure the discharge passage to the collecting space, the support pins are embedded to maximize the space.

In the above, the hole processing fixture is directly fixed to the wooden base, but in the preferred embodiment, as shown in FIGS. 2 and 5, the hole processing fixture is conveniently fixed, and the metal plate 20 is formed on the upper plate for firmly mounting. It was.

When the hole processing jig of the present invention is mounted on the wooden base 90, the hole processing jig is minimized due to the flow of the hole processing jig or material problems, and the blade can be precisely driven into the wood die, and the blade is held. The metal plate was laminated on the top so that the blade could be put in the hole cut in the metal plate.

If the metal plate is needed to securely fix the hole processing jig as shown in Figure 3 to form a wing surface 50 to detachable hole processing jig on the upper surface of the metal plate configuration to be fixed by riveting, screw fixing, fixing pins, etc. Doing. Moreover, it can attach by welding as needed.

As described above, the metal plate 20, the wooden base 90, and the synthetic resin film 100 are sequentially formed in a stacked structure, and fixed by planting a blade in the blade mounting hole processed in the metal plate, and the metal plate The hole processing jig is attached to the position to be machined.

The support pin 70 is formed on the bottom to receive the impact force in the vertical direction of the bottom of the hole processing tool, and the support pin receives the force acting to prevent sagging due to the force generated when the fabric is processed. It was to support the processing jig.

In addition, the collection space portion 80 is formed so that the scrap 120 of the paper punched by the hole processing jig is formed so that the scraps are stacked and pushed together to collect the collection space portion 80.

As described above, the scrap collected in the collecting space part was easily removed by scraping off the synthetic resin film attached to the back of the wooden base.

Another embodiment of the present invention is configured by attaching the hole processing jig 60-1 on the metal plate or the wooden base by integrating a plurality of hole processing jig shown in FIG. 6 into one, thereby reducing costs and efficiently working. There is one feature that makes it possible.

The wood mold provided with the hole processing tool and the automatic scrap discharge device of the present invention is fixed to a separate hole processing tool with a fixing pin on the upper side, the support using the space to efficiently collect the collection space portion and scrap at the bottom It is characterized by the configuration of the pins to directly receive the force in the vertical direction.

As described above, the present invention has been described with reference to the embodiments illustrated in the drawings, but this is merely exemplary, and it should be understood by those skilled in the art that various modifications and equivalent other embodiments are possible. will be. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

The present invention described above has the effect of attaching the pin directly to the top plate by forming a wing surface on the hole processing pin without inserting and fixing the existing hole processing pin.

Even in a narrow space, the hole pins are easy to configure, easy to remove, and easy to replace.

In addition, since a separate collecting space is formed on the bottom to store scraps, the efficiency of the work can be increased, and the precision can be further improved, which is a very useful invention for the wood mold industry.

Claims (5)

In the wood mold having a knife cutting tool and a hole processing jig to be protruded to the wooden base to cut the fabric by the press, The wood mold having a hole processing tool and a scrap automatic discharge port characterized in that the wing surface is attached to the wood mold base by forming a hole processing tool having a wing surface at the hole processing position on the top surface of the wood mold base. According to claim 1, The wood mold base having a hole processing jig and a scrap automatic outlet, characterized in that fixed to the upper surface of the base die hole hole pin having a wing surface in the riveting or fixing pin. The method of claim 1, wherein the wood mold base is formed by inserting a blade by laminating a metal plate material on the top of the wood mold base, the hole processing jig and the scrap characterized in that the hole processing jig attached to the upper surface of the metal plate material Wood mold with automatic outlet. The wood mold provided with a hole processing tool and a scrap automatic discharge port according to claim 3, wherein a blade support pin is formed on the bottom of the hole processing tool perpendicularly to the blade. The wood mold provided with a hole processing jig and a scrap automatic discharge port according to any one of claims 1 to 4, characterized in that a collecting space is formed in a wood mold base on the bottom of the hole processing jig.

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