AU2015101148A4

AU2015101148A4 - A round pipe cutting auxiliary device with tool cabinet

Info

Publication number: AU2015101148A4
Application number: AU2015101148A
Authority: AU
Inventors: Renke W. We
Original assignee: PUJIANG JIANFENG ENVIRONMENTAL SCIENCE AND TECHNOLOGY CO Ltd
Current assignee: PUJIANG JIANFENG ENVIRONMENTAL SCIENCE AND TECHNOLOGY Co Ltd
Priority date: 2015-06-17
Filing date: 2015-08-21
Publication date: 2015-10-01
Anticipated expiration: 2023-08-21
Also published as: CN204800109U

Abstract

This utility model discloses a round pipe cutting auxiliary device with tool cabinet, including upper bracket (1) and lower bracket (14) set up below the upper bracket (1). A stand column (10) is set up between the upper bracket (1) and the lower bracket (14). An upper arc fixed block (9) is set up inside the stand column (10). The first guide groove (11) is set up along the stand column (10) at the side of arc fixed block (9). Both sides of upper arc fixed block (9) are embedded in the first guide groove (11) . A major threaded rod (5) is set up at the top of upper arc fixed block (9). The top of major threaded rod (5) runs through the upper bracket (1), and a bulge loop (4) is set up at the edge at the end of extension section of major threaded rod (5). This utility model is simple in the structure and easy to use, with high efficiency. It can adapt different pipe diameters and keep firmness of cutting area.

Description

Editorial Note 2015101148 There are 2 pages of description only A round pipe cutting auxiliary device with tool cabinet Technical field This utility model relates to auxiliary facilities of a cutter, especially to a round pipe cutting auxiliary device with tool cabinet. Background technology At present, existing round pipe cutting rotating auxiliary device is used for butt joint with the round pipe in steel structure. Sometimes, the finished round pipe needs to be cut or the groove needs to be made. Since round pipe diameter is large and it is easy to roll, if manual cutting is adopted, great obstacles will be caused to assembly and welding because of large size and poor gas-cut groove. Keeping the firmness in the cutting area and radius change are internal technological requirements of a cutter. Current rotating auxiliary device cannot reach the above requirements. If cutting operating condition is too poor, cutting quality of the round pipe cannot be guaranteed and will decline seriously. Meanwhile, polishing workload will increase after cutting. Invention content The technical problem to be solved by this utility model is to provide a round pipe cutting auxiliary device with tool cabinet which owns simple structure, great convenience for use and high efficiency, and can adapt different pipe diameters and ensure high firmness in the cutting area. This utility model is achieved through the following technical proposal: a round pipe cutting auxiliary device with tool cabinet includes upper bracket and lower bracket set up below the upper bracket. A stand column is set up between the upper bracket and the lower bracket. An upper arc fixed block is set up inside the stand column. The first guide groove is set up along the stand column at the side of arc fixed block. Both sides of upper arc fixed block are embedded in the first guide groove. A major threaded rod is set up at the top of upper arc fixed block. The top of major threaded rod runs through the upper bracket, and a bulge loop is set up at the edge at the end of extension section of major threaded rod. A cavity is set up in the middle of upper bracket. A threaded sleeve connected with the thread of major threaded rod is set up on the external appearance of major threaded rod in the cavity. The first gear fixedly connected with the threaded sleeve is set up in the middle of external appearance of threaded sleeve. The second gear meshed with the first gear is set up at the right side of the first gear. A drive motor is installed above the second gear. The drive motor is rotationally connected with the second gear. The drive motor is fixedly connected with the upper bracket. Lower arc fixed block is set up below the upper arc fixed block. A foundation support is set up outside the lower arc fixed block. The top of foundation support is fixedly connected with the stand column. Auxiliary threaded rod is set up in the middle of end face of lower arc fixed block at the side approaching the foundation support. The auxiliary threaded rod runs through the foundation support, and a hand crank is set up at the end of outward extension section of auxiliary threaded rod. The second guide groove is set up on the surface of lower bracket between the foundation supports. The bottom of lower arc fixed block is embedded in the second guide groove. A tool cabinet is set up at the bottom of lower bracket. A cabinet door is set up at the frond end face of tool cabinet. Idler wheels used to handle are set up at the bottom of tool cabinet. As an optimized technical proposal, a skid resistant layer is set up in arc area between the upper arc fixed block and the lower arc fixed block. As an optimized technical proposal, there are two lower arc fixed blocks. Beneficial effects of this utility model are as follows: this utility model is simple in the structure and easy to use, with high efficiency. it can adapt different pipe diameters and keep firmness of cutting area. It effectively solves negative effects caused by manual cutting, greatly improves cutting accuracy and ensures the quality of gas-cut groove. Descriptions of attached figures To explain it easily, this utility model is detailed by the following specific implementation example and the attached figure. Fig.1 is structure diagram of a round pipe cutting auxiliary device with tool cabinet. Detailed implementation way As shown in Fig.1, a round pipe cutting auxiliary device with tool cabinet includes upper bracket 1 and lower bracket 14 set up below the upper bracket 1. A stand column 10 is set up between the upper bracket 1 and the lower bracket 14. An upper arc fixed block 9 is set up inside the stand column 10. The first guide groove 11 is set up along the stand column 10 at the side of arc fixed block 9. Both sides of upper arc fixed block 9 are embedded in the first guide groove 11. A major threaded rod 5 is set up at the top of upper arc fixed block 9. The top of major threaded rod 5 runs through the upper bracket 1, and a bulge loop 4 is set up at the edge at the end of extension section of major threaded rod 5. A cavity 8 is set up in the middle of upper bracket 1. A threaded sleeve 6 connected with the thread of major threaded rod 5 is set up on the external appearance of major threaded rod 5 in the cavity 8. The first gear 7 fixedly connected with the threaded sleeve 6 is set up in the middle of external appearance of threaded sleeve 6. The second gear 2 meshed with the first gear 7 is set up at the right side of the first gear 7. A drive motor 3 is installed above the second gear 2. The drive motor 3 is rotationally connected with the second gear 2. The drive motor 3 is fixedly connected with the upper bracket 1. Lower arc fixed block 15 is set up below the upper arc fixed block 9. A foundation support 12 is set up outside the lower arc fixed block 15. The top of foundation support 12 is fixedly connected with the stand column 10. Auxiliary threaded rod 16 is set up in the middle of end face of lower arc fixed block 15 at the side approaching the foundation support 12. The auxiliary threaded rod 16 runs through the foundation support 12, and a hand crank 17 is set up at the end of outward extension section of auxiliary threaded rod 16. The second guide groove 13 is set up on the surface of lower bracket 14 between the foundation supports 12. The bottom of lower arc fixed block 15 is embedded in the second guide groove 13. A tool cabinet 18 is set up at the bottom of lower bracket 14. A cabinet door 19 is set up at the frond end face of tool cabinet 18. Idler wheels 20 used to handle are set up at the bottom of tool cabinet 18. A skid resistant layer is set up in arc area between the upper arc fixed block 9 and the lower arc fixed block 15. There are two lower arc fixed blocks 15. Beneficial effects of this utility model are as follows: this utility model is simple in the structure and easy to use, with high efficiency. it can adapt different pipe diameters and keep firmness of cutting area. It effectively solves negative effects caused by manual cutting, greatly improves cutting accuracy and ensures the quality of gas-cut groove. The above is a specific implementation way of this utility model. However, the protection scope of this utility model is not limited to this. Any change or replacement without creative work shall be covered in the protection scope of this utility model. Therefore, the protection scope of this utility model shall be subject to that defined in the claim.

Claims

1. A round pipe cutting auxiliary device with tool cabinet is characterized by the following: it includes upper bracket (1) and lower bracket (14) set up below the upper bracket (1) . A stand column (10) is set up between the upper bracket (1) and the lower bracket (14). An upper arc fixed block (9) is set up inside the stand column (10). The first guide groove (11) is set up along the stand column (10) at the side of arc fixed block (9). Both sides of upper arc fixed block (9) are embedded in the first guide groove (11). A major threaded rod (5) is set up at the top of upper arc fixed block (9). The top of major threaded rod (5) runs through the upper bracket (1), and a bulge loop (4) is set up at the edge at the end of extension section of major threaded rod (5). A cavity (8) is set up in the middle of upper bracket (1). A threaded sleeve (6) connected with the thread of major threaded rod (5) is set up on the external appearance of major threaded rod (5) in the cavity (8). The first gear (7) fixedly connected with the threaded sleeve (6) is set up in the middle of external appearance of threaded sleeve (6). The second gear (2) meshed with the first gear (7) is set up at the right side of the first gear (7). A drive motor (3) is installed above the second gear (2). The drive motor (3) is rotationally connected with the second gear (2). The drive motor (3) is fixedly connected with the upper bracket (1). Lower arc fixed block (15) is set up below the upper arc fixed block (9). A foundation support (12) is set up outside the lower arc fixed block (15). The top of foundation support (12) is fixedly connected with the stand column (10). Auxiliary threaded rod (16) is set up in the middle of end face of lower arc fixed block (15) at the side approaching the foundation support (12). The auxiliary threaded rod (16) runs through the foundation support (12), and a hand crank (17) is set up at the end of outward extension section of auxiliary threaded rod (16). The second guide groove (13) is set up on the surface of lower bracket (14) between the foundation supports (12). The bottom of lower arc fixed block (15) is embedded in the second guide groove (13). A tool cabinet (18) is set up at the bottom of lower bracket (14). A cabinet door (19) is set up at the frond end face of tool cabinet (18). Idler wheels (20) used to handle are set up at the bottom of tool cabinet (18).

2. The round pipe cutting auxiliary device with tool cabinet described in Claim 1 is characterized by that, a skid resistant layer is set up in arc area between the upper arc fixed block (9) and the lower arc fixed block (15).

3. The round pipe cutting auxiliary device with tool cabinet described in Claim 1 is characterized by that, there are two lower arc fixed blocks (15). 1