TWM675575U - Guide components of the guide for the rolling process - Google Patents

Abstract

This invention is a guide assembly for a guide in a rolling process, which can be installed on a machine. The machine includes a machine base, one end of which is provided with two guide rollers, and two fixing members are provided on opposite sides. The guide assembly includes two guide plates assembled with each other, and after assembly, it has an anchoring section, a guide section and a matching section. The guide section is connected to the anchoring section and can extend into the machine base. The outer wall of the guide section is square, so that the two fixing members It forms surface contact with the guide rollers to stably secure the two guide plates, and the guide section has a certain margin in the aperture, allowing even large steel materials to pass through smoothly. Furthermore, the mating section connects to the guide section and extends toward the two guide rollers, extending between them. This continuously supports the steel material to prevent it from deflecting, allowing it to be smoothly guided between the two guide rollers, effectively preventing the problem of steel material blocking the rolling process.

Description

Guiding components of the guide for the rolling process

This invention is a guide assembly for a rolling process guide, specifically a guide assembly for a rolling process guide that can be used to guide steel material to the next step during the rolling process.

When processing small steel billets into wire rod coils in a wire rod factory, they must go through processes such as rolling, cutting, and coiling. To ensure the precision of the wire rod, the rolling process requires rough rolling, intermediate rolling, and finish rolling. Among them, the intermediate rolling section must be used with an inducer to guide the steel material continuously forward.

The guide comprises a base 90, two guide rollers 80, a guide assembly 70 and two fixing members 60. The two guide rollers 80 are spaced and adjacent to each other at one end of the base 90. The guide assembly 70 comprises two guide pieces 71. The two guide pieces 71 are assembled with each other and have a connecting section 73 and a guide section 74 after assembly. A guide space 72 is formed inside. The guide section 74 is connected to the connecting section 73 and can extend into the base. The base 90 has a guide section 74 with its end facing the two guide rollers 80. The two fixing members 60 are respectively disposed on opposite sides of the base 90 and can respectively abut and fix the guide sections 74 of the two guide plates 71. In this way, the steel material can enter the guide space 72 from the end of the connecting section 73 and then extend from the end of the guide section 74, thereby guiding the steel material between the two guide rollers 80, so as to continuously drive the steel material forward to the rolling process.

However, the guide still has the following disadvantages in use: 1. The aperture of the guide section 74 lacks margin, which may cause blockage when the steel passes through: the aperture of the guide section 74 is almost consistent with the cross-sectional shape of the steel, and no appropriate margin is reserved. Once the steel is too large, it will cause interference and cannot pass through the guide section 74 smoothly, causing the steel to be blocked and rolled. 2. The two guide plates 71 are unstable and easily flip over, thus affecting the guidance of the steel: The outer wall of the guide section 74 of the two guide plates 71 is designed to be circular, so the two fixing members 60 and the guide section 74 are in point contact, which cannot achieve stable fixation. When the steel passes through, the two guide plates 71 are prone to shaking and flipping, resulting in the steel not being properly guided by the guide roller 80 into the rolling process, thereby affecting the processing progress of the wire coil. 3. The gap between the end of the guide section 74 and the two guide rollers 80 is too large, which can easily cause steel to shift and cause blockage: There is a large gap between the end of the guide section 74 of the two guide plates 71 and the two guide rollers 80. After the steel extends from the end of the guide section 74, it is easy to form an upward or downward deviation phenomenon, making it difficult to smoothly guide it between the two guide rollers 80, causing the steel to stagnate and cause back-rolling failure.

The main purpose of this invention is to provide a guide assembly for a rolling process guide. It is hoped that this will improve the current problem of the guide assembly of the rolling process guide, which is that when the steel passes through, the guide assembly does not reserve appropriate margins, the fixing effect is poor, and the gap between the guide roller and the guide roller is too large, which leads to the steel being easily blocked and damaged.

In order to achieve the above-mentioned purpose, the guide assembly of the rolling process guide of the present invention can be installed on a machine, which includes a machine base, two guide rollers and two fixing parts. The two guide rollers are arranged at one end of the machine base at intervals, and the two fixing parts are respectively penetrated on two opposite sides of the machine base. The guide assembly of the rolling process guide includes: two guide plates, which are assembled with each other and have a connecting section, a guiding section and a matching section after assembly, and a guiding space is formed inside. The guide section is connected to the connecting section and can extend into the machine base, and the outer wall of the guide section is square. The two fixing parts can respectively abut and fix the guide sections of the two guide plates. The matching section is connected to the guide section and extends in the direction of the two guide rollers and extends between the two guide rollers.

The guide assembly of the invention's rolling process guide can be used to guide the steel material to the next process during the rolling process. The guide assembly of the invention's rolling process guide can be designed with a square shape on the outer wall of the guide section so that the two fixing members can contact and abut against the forming surface thereof, thereby stably fixing the two guide pieces. In addition, the aperture of the guide section is pre-set. A certain margin is left, so that even when the steel is relatively large, it can pass smoothly through the guide section. In addition, the matching section extending between the two guide rollers can reduce the gap between the two guide plates and the two guide rollers. This can continuously support the steel to prevent deviation, and then smoothly guide it into the two guide rollers, effectively preventing the problem of steel blocking the rolling, and improving the efficiency and stability of the guidance.

Please refer to Figure 4, which shows a preferred embodiment of the guide assembly of the rolling process guide of the present invention. It can be installed on a machine 20. The machine 20 includes a machine base 21, two guide rollers 22 and two fixing members 23. The two guide rollers 22 are spaced apart and adjacent to each other at one end of the machine base 21, and the two fixing members 23 are respectively penetrated on opposite sides of the machine base 21. The guide assembly of the rolling process guide includes two guide plates 10.

As shown in Figures 1, 2 and 5, the two guide pieces 10 are assembled with each other and have a connecting section 12, a guide section 13 and a matching section 14 after assembly, and a guide space 11 is formed inside; wherein, each guide piece 10 is U-shaped on the inner wall of the guide section 13.

As shown in FIG. 4 and FIG. 5 , the guide section 13 is connected to the connecting section 12 and can extend into the base 21 , and the outer wall of the guide section 13 is square. The two fixing members 23 can respectively abut and fix the guide sections 13 of the two guide plates 10 .

As shown in Figures 2 and 4, the mating section 14 is connected to the guide section 13 and extends toward the two guide rollers 22 and into between the two guide rollers 22. A recess 141 is formed on two opposite sides of the mating section 14, and the recess 141 can respectively mate with the outer wall of the guide roller 22 on the corresponding side.

As shown in FIG3 , the connecting section 12 extends obliquely outward from the connection with the guide section 13 toward the end of the connecting section 12 ; the aperture of the guide section 13 gradually decreases from the connection with the connecting section 12 toward the connection with the mating section 14 .

As shown in Figures 3 and 4, when the guide assembly of the present invention's rolling process guide is in use, the steel material can enter the guide space 11 from the end of the connecting section 12, pass through the guide section 13, and then extend from the end of the mating section 14. The steel material can then be guided between the two guide rollers 22 to continuously drive the steel material forward into the rolling process.

As shown in FIG. 5 , the outer wall of the guide section 13 is square in design, thereby increasing the contact area with the two fixing members 23 and forming a surface-contact fixing method. This allows the two guide pieces 10 to be stably fixed in the machine base 21 to prevent shaking and flipping when the steel passes through, thereby reducing the stability confirmation process and improving the stability of the steel guidance.

Next, as shown in FIG5 , when the steel passes through the guide section 13, because the inner wall of each guide piece 10 adopts a U-shaped groove design, after the two guide pieces 10 are assembled, the aperture of the guide section 13 can have an appropriate margin to increase the space allowing the steel to pass through. Therefore, when the steel is relatively large, the outer wall of the steel can also maintain a certain gap with the inner wall of the guide section 13, thereby allowing the steel to pass smoothly and reducing the incidence of steel blockage and rolling failure.

Furthermore, as shown in FIG. 4 , because the mating section 14 extends between the two guide rollers 22 and engages with the outer walls of the corresponding guide rollers 22 through the recesses 141, the gap between the guide assembly of the rolling process guide and the two guide rollers 22 is significantly reduced. This ensures that the steel is continuously supported during its introduction into the two guide rollers 22, thereby preventing it from rising or sagging. This allows the steel to be smoothly introduced into the two guide rollers 22, effectively preventing stagnation and back-clogging caused by steel deviation.

In addition, as shown in Figure 3, the joint section 12 and the guide section 13 are both designed to be gradually contracted along the direction of the steel movement, so that the steel can be gradually guided to the correct position, thereby improving the smoothness of the steel's advancement and further reducing the possibility of steel deviation and blocking the rolling process.

In summary, the guide assembly of the present invention's rolling process inducer enables the two fixing members 23 to form surface contact with the outer wall of the guide section 13 through the square design, thereby stably fixing the two guide plates 10. In addition, the aperture of the guide section 13 reserves a certain margin, allowing even large steel materials to pass smoothly through the guide section 13. In addition, the mating section 14 extending between the two guide rollers 22 can reduce the gap between the two guide plates 10 and the two guide rollers 22, thereby continuously supporting the steel material to prevent it from deflecting, thereby smoothly guiding it into the two guide rollers 22, effectively preventing steel material from blocking the rolling process, and improving the efficiency and stability of the guidance.

10: Guide plate 11: Guide space 12: Anchor section 13: Guide section 14: Matching section 141: Recess 20: Machine 21: Machine base 22: Guide roller 23: Fixing member 90: Machine base 80: Guide roller 70: Guide assembly 71: Guide plate 72: Guide space 73: Anchor section 74: Guide section 60: Fixing member

Figure 1: A schematic diagram of the three-dimensional appearance of the guide assembly of the rolling process inducer of the present invention. Figure 2: A schematic diagram of the three-dimensional appearance of the guide assembly of the rolling process inducer of the present invention from another angle. Figure 3: A schematic diagram of the cross-section of the guide assembly of the rolling process inducer of the present invention. Figure 4: A schematic diagram of the guide assembly of the rolling process inducer of the present invention installed on the machine. Figure 5: A-A cross-sectional diagram of Figure 4. Figure 6: A schematic diagram of the three-dimensional appearance of the guide assembly of the rolling process inducer of the known invention. Figure 7: A schematic diagram of the three-dimensional appearance of the guide assembly of the rolling process inducer of the known invention from another angle. Figure 8: A schematic diagram showing the guide assembly of the guide for the rolling process being installed on the machine. Figure 9: A schematic diagram showing the B-B cross-section of Figure 8.

10: Introductory Film

12: Joint Section

13: Introduction

14: Coordination Section

141: concave part

20: Machine

21: Base

22: Guide Roller

23: Fasteners

Claims (7)

A guide assembly of a rolling process guide can be installed on a machine, which includes a machine base, two guide rollers and two fixing parts. The two guide rollers are arranged at one end of the machine base at intervals, and the two fixing parts are respectively penetrated on two opposite sides of the machine base. The guide assembly of the rolling process guide includes: two guide plates, which are assembled with each other and have a connecting section, a guiding section and a matching section after assembly, and a guiding space is formed inside. The guide section is connected to the connecting section and can extend into the machine base, and the outer wall of the guide section is square. The two fixing parts can respectively abut and fix the guide sections of the two guide plates. The matching section is connected to the guide section and extends toward the two guide rollers and extends between the two guide rollers. As described in claim 1, the guide assembly of the rolling process guide is provided with a recess formed on two opposite sides of the mating section, and the recess can respectively cooperate with the outer wall of the guide roller on the corresponding side. The guide assembly of the rolling process guide as described in claim 1, wherein the connecting section extends obliquely outward from the connection of the guide section toward the end of the connecting section. The guide assembly of the rolling process guide as described in claim 2, wherein the connecting section extends outwardly from the connection of the guide section toward the end of the connecting section. A guide assembly of a rolling process guide as described in any one of claims 1 to 4, wherein the aperture of the guide section tapers from the connection of the anchor section toward the connection of the mating section. A guide assembly of a rolling process guide as described in any one of claims 1 to 4, wherein each of the guide plates is U-shaped on the inner wall of the guide section. The guide assembly of the rolling process guide as described in claim 5, wherein each of the guide plates is U-shaped on the inner wall of the guide section.