KR102159884B1 - Secondary Mill structure of scrap metal compressor to reduce all costs in repair and replacement - Google Patents

Abstract

The present invention is a secondary plate structure of a scrap metal compressor that can significantly reduce all costs during repair and replacement, which can greatly reduce economic costs including time and labor costs incurred when the secondary plate is worn and replaced. As for,
When the corner unit 130 fixed in a detachable and attachable type to facilitate separation and coupling with the body 110 at the four corners 120 of the polygonal body 110 is fixed, the four corners 110 ) The second sealing plate 100 is configured to replace only the corner unit 130 fixed to the part.

Description

Secondary Mill structure of scrap metal compressor to reduce all costs in repair and replacement}

The present invention relates to a secondary plate structure of a scrap metal compressor that can reduce all overall costs during repair and replacement, and in more detail, economic costs including time and labor costs incurred when the secondary plate is worn and replaced. It relates to a secondary plate structure of a scrap metal compressor that can significantly reduce all costs in repair and replacement.

In general, scrap metal generated from household waste and scrap metal waste generated at industrial sites are collected by a collection company and then compressed into cylinders and polygons of a certain size to form scrap metal solids.

It is the scrap metal compressor (S) shown in Figs. 1 to 2 that compresses the scrap metal collected as described above into a cylinder or polygonal shape of a predetermined size.

The scrap metal compressor (S) is made in a polygonal shape, and the base plate 10 slides forward and backward in a state in which the first pressing plate 50 is seated, and the scrap metal is placed on the upper side of the base plate 10. The insertion groove 20 formed by the support plate 30 so that the scrap is input, the support plate 30 fixed vertically to the edges of the four surfaces of the base plate 10, and the mounting bracket 35 It is fixed, one or more hydraulic cylinders 40 that move the first pressure plate 50 forward and backward, and the rod 41 of the hydraulic cylinder 40 are connected and fixed to form a scrap metal scrap according to the operation of the cylinder. A first mill plate 50 for pressurization and compression, a discharge groove 60 formed in the support plate 30 to discharge compressed scrap metal, and a scrap metal scrap compressed through the discharge groove 60. A hydraulic cylinder 70 for discharging compressed scrap metal that is pushed and discharged, and a material that is connected and fixed with the rod of the hydraulic cylinder to push and discharge compressed scrap metal formed in a shape of adjustment according to the operation of the hydraulic cylinder to the outside of the discharge groove 60 It is operated by the hydraulic cylinder 82 for a certain section with the axis pin 81 inserted into the two-mold plate 100 and the support plate 30 facing each other, and the input groove 20 by the operation of the hydraulic cylinder While opening and closing, the cover 80 is formed integrally with the clamp 84 operated by the hydraulic cylinder 83, and the cover 80 is in close contact with the clamp 84 to maintain a tightly closed state. The support frame 90 in which the clamp 84 and the corresponding clamping groove 91 are integrally formed so as to be retained, and the control unit 95 accompanying the overall operation and control function of the equipment are organically coupled to each other.

Of course, other types of scrap metal compressors may exist in addition to the above-mentioned scrap metal compressor, but it can be said that the operation method in a large frame is mostly the same, and the installation and operation method of the second sealing plate 100 are also very similar. .

As shown in Figure 2, the second milling plate 100 installed in the scrap metal compressor performs a function of pushing the compression-molded scrap metal out of the discharge groove 60 by the operation of the first milling plate. Particularly severe wear of the four corners of the push plate 100 appears.

The second sealing plate 100, which has been worn as described above, had a problem that the entire replacement had to be replaced even though a portion of the second sealing plate 100 was worn, and due to this, not only the delay of the replacement time, but also the economic cost including labor costs was inevitable. However, there was a problem in that the production volume was reduced due to the long pause of equipment.

1. Registered Utility Model No. 20-0478786 (name of the draft: scrap metal compressor)

Accordingly, in the present invention, as a result of solving the above problems, it is not possible to repair and replace the worn second sealing plate after moving to the manufacturer, but by allowing the user to replace the extra corner unit only at the corner. Its purpose is to provide a secondary plate structure of scrap metal compressors that can significantly reduce repair time and cost, and reduce all costs during repair and replacement that can improve production by shortening the down time of the device. There is this.

The secondary plate structure of the scrap metal compressor that can reduce all the costs during repair and replacement of the present invention to achieve the above object is, the body 110 on the four corners 120 of the polygonal body 110 ) And the corner unit 130 fixed in a detachable and attachable type to facilitate separation and coupling with each other, and when the corner unit 130 is fixed and worn, the second sealing plate is to replace only the corner unit 130 fixed to the four corners 120 ( 100).

In addition, the corner unit 130 is fixed to any one selected from the whole type 131 combined with the entire edge 120 or the partial type 132 combined only with a part, the partial type 132 is a body The inclined portion 133 is formed with an end inclined in the center direction so as to receive the force in the center direction of, and the corresponding edge 120 is formed in the same manner to prevent slipping.

The secondary plate structure of the scrap metal compressor that can reduce all the costs during repair and replacement of the present invention having the above characteristics does not require repair and replacement after moving the worn second plate to the manufacturer, but the user By allowing the side to replace the spare corner unit only at the corner, repair time and cost can be significantly reduced, and at the same time, the down time of the device can be shortened, thereby improving production.

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1 is a perspective view showing a conventional scrap metal compressor
Figure 2 is a perspective view showing the scrap metal compressor of Figure 1 from a different angle
Figure 3 is an exploded perspective view showing a preferred embodiment of the present invention
Figure 4 is a perspective view of the combination of Figure 3
5 is an exploded perspective view showing another embodiment of the present invention

Hereinafter, the present invention will be described in detail according to the accompanying drawings and preferred embodiments.

First, the secondary plate structure of the scrap metal compressor that can reduce all the costs during repair and replacement provided by the present invention is a polygonal body 110 and four corners 120 as shown in FIGS. 3 to 5 To facilitate separation and coupling with the body 110, when the corner unit 130 fixed in a detachable and attachable type is fixed and worn, only the corner unit 130 fixed at the four corners 120 is replaced. The core of the second sealing plate 100 is configured.

In addition, the corner unit 130 is fixed to any one selected from the whole type 131 combined with the entire edge 120 or the partial type 132 combined only with a part, the partial type 132 is a body The inclined portion 133 is formed with an inclined end inclined in the center direction so as to receive the force in the center direction of, and the corresponding edge 120 is formed in the same manner to prevent slipping.

A general scrap metal compressor (S) is made in a polygonal shape as shown in FIGS. 1 and 2, and a base plate 10 that slides in the front and rear directions while the first pressing plate 50 is seated, An input groove 20 formed by a support plate 30 so that scrap metal scraps are input to the upper side of the base plate 10, and a support plate 30 that is vertically fixed to the edge of the four surfaces of the base plate 10 ), and one or more hydraulic cylinders 40, which are mounted and fixed to the mounting bracket 35, to move the first pressure plate 50 forward and backward, and a cylinder connected to and fixed to the rod 41 of the hydraulic cylinder 40 The first pressing plate 50 for pressing and compressing the scrap metal scrap into a predetermined shape according to the operation of, a discharge groove 60 formed in the support plate 30 to discharge compressed scrap metal, and the discharge groove A hydraulic cylinder (70) for discharging compressed scrap by pushing and discharging the compressed scrap scrap through (60), and a compressed scrap metal molded into a predetermined shape according to the operation of the hydraulic cylinder by being fixed in connection with the rod of the hydraulic cylinder and discharging grooves It is operated by a hydraulic cylinder 82 for a certain section around the axis of the second sealing plate 100 which is pushed to the outside of 60 and discharged, and the shaft pin 81 inserted in the opposite support plate 30. While opening/closing the input groove 20 by the operation of the cylinder, the clamp 84 operated by the hydraulic cylinder 83 is integrally formed with a cover 80 and the cover 80 is in close contact with the clamp 84 A support frame 90 in which a clamp 84 and a corresponding clamping groove 91 are integrally formed to maintain a tightly closed state by the operation of), and a control unit 95 accompanying the overall operation and control function of the equipment Is composed of organically bonded together

In the present invention, the mill plate 100 is invented to provide convenience in using the user, and according to the present invention, the edge 120 portion of the second sealing plate 100 that is particularly severely worn is separated and combined. It is possible to significantly reduce the time and cost associated with replacement by having the corner unit 130 fixed to the corner 120 and the corner unit 130 fixed to the corner 120 as a detachable configuration, and the time when the device is not operated There is an advantage that can improve production by minimizing

As shown in Figs. 3 to 4, the sliding plate may replace the entire corner 120, and only a part can be replaced as shown in Fig. 5. In addition to the method of fastening and fixing with fixing bolts, slide coupling The method (not shown) may be adopted.

In particular, in preparation for the corner unit 130 of FIG. 3 being pushed backward, it can be fixed using a square pin (not shown), or the body 110 and the corner unit 130 as shown in FIG. 5 By forming the abutting portion to be inclined, the pushing force may be transmitted in the direction of the body 110, thereby reinforcing the supporting force.

Embodiments of the present invention have been described, but those of ordinary skill in the art can add, change, delete, or add components within the scope of the technical spirit of the present invention described in the claims. Various modifications and changes may be made, and this will also be said to be included within the scope of the present invention.

S: scrap metal compressor
10: base plate 20: input groove
30: support plate 35: mounting bracket
40,70,82,83: hydraulic cylinder
41: cylinder rod 50: first sealing plate
60: discharge groove 80: cover
81: shaft pin 84: clamp
90: support frame 91: clamping groove
95: control unit 100: second sealing plate
110: body 120: corner
130: corner unit 131: whole type
132: partial

Claims (2)

A base plate 10 that has a polygonal shape and slides in the front and rear directions in a state in which the first push plate 50 is seated, and a support plate so that scrap metal scraps are input to the upper side of the base plate 10 ( 30) formed by the input groove 20, the support plate 30 configured to be vertically fixed to the edge of the four faces of the base plate 10, and mounted and fixed to the mounting bracket 35, and the first sealing plate ( One or more hydraulic cylinders 40 that move 50) forward and backward, and a first step that is connected and fixed to the rod 41 of the hydraulic cylinder 40 to pressurize and compress the scrap metal scrap into a predetermined shape according to the operation of the cylinder. For discharging the compressed scrap metal by pushing and discharging the pressing scrap 50, the compressed scrap metal formed in the support plate 30 to discharge the compressed scrap metal, and the compressed scrap scrap through the discharging groove 60 The hydraulic cylinder 70 and a second sealing plate 100 which is connected and fixed to the rod of the hydraulic cylinder and pushes and discharges compressed scrap metal molded into a predetermined shape according to the operation of the hydraulic cylinder to the outside of the discharge groove 60, It is operated by the hydraulic cylinder 82 for a certain section on the axis of the shaft pin 81 inserted into the opposite support plate 30, and the input groove 20 is opened and closed by the operation of the hydraulic cylinder, while the hydraulic cylinder A cover 80 in which the clamp 84 actuated by the 83 is integrally formed, and the clamp 84 so that the cover 80 is in close contact so that it can be held firmly closed by the operation of the clamp 84 In the scrap metal compressor (S) in which the support frame 90 is integrally formed with the clamping groove 91 corresponding to and the control unit 95 accompanying the overall operation and control function of the equipment are organically coupled to each other,
The second sealing plate 100 is worn while fixing the corner unit 130 fixedly attached to the body 110 to facilitate separation and coupling with the body 110 at the four corners 120 of the polygonal body 110 Secondary plate structure of a scrap metal compressor capable of reducing all costs during repair and replacement, characterized in that only the corner unit 130 fixed to the four corners 120 is replaced.
The method of claim 1,
The corner unit 130 is fixed to any one selected from a whole type 131 combined with the entire edge 120 or a partial type 132 combined with only a part, wherein the partial type 132 is the center of the body Repair and replacement, characterized in that the inclined portion 133 is formed so that the end is inclined in the center direction so as to receive force in the direction, and the corresponding edge 120 is formed to be the same to prevent slipping. Secondary plate structure of scrap metal compressor that can reduce all the costs of the city.

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