Steel pipe stacking and bundling two-way conveying line

Abstract

The invention discloses a steel pipe stacking and bundling two-way conveying line, and belongs to the technical field of conveying lines, a forming trolley conveys a formed whole pipe material to a bundling machine, the bundled pipe material is conveyed to a temporary storage trolley, and the temporary storage trolley conveys the pipe material to a temporary storage support to wait for hoisting after completing handover. Two sets of forming trolleys, two sets of bundling machines, two sets of temporary storage trolleys and two sets of temporary storage supports can meet the working condition of independent operation on the two sides. The double-flying-swallow type steel pipe stacking and bundling two-way conveying line has the advantages that the front ends of production lines are combined into one line, the occupied area and the number of devices are reduced, and cost is saved; conveying mechanisms such as a forming trolley or a chain operate in a two-way alternating mode, and efficiency is improved. According to the technical scheme for solving the technical problems, front-end equipment is combined into one line, a forming trolley is used for moving on the two sides, the space utilization rate and the equipment production efficiency of a traditional bundling production line are improved, the space utilization rate is reduced by 50%, and the equipment production efficiency is improved by 1.5 times. 20, forming a trolley I; 21, a first bundling machine; 22, caching the trolley; 23, a temporary storage support I; 24, a second bundling machine; and 25, forming a trolley II.

Description

Technical Field

[0001] The invention relates to a bidirectional conveyor line for steel pipe stacking and bundling, belonging to the technical field of conveyor lines. Background Art

[0002] For example, the conveyor line disclosed in the application number: 202210586298.3 includes: a frame; a first belt conveyor line, rotatably arranged on the frame; a second belt conveyor line, rotatably arranged on a side of the frame away from the first belt conveyor line, and the conveying directions of the first belt conveyor line and the second belt conveyor line are consistent; a driving device, respectively connected to the first belt conveyor line and the second belt conveyor line for driving the first belt conveyor line and the second belt conveyor line to transmit synchronously. The conveyor line of the embodiment is constructed by arranging the first belt conveyor line and the second belt conveyor line on opposite sides of the frame, and then using a driving device to simultaneously drive the first belt conveyor line and the second belt conveyor line to convey materials, so that the first belt conveyor line and the second belt conveyor line are transported synchronously. Not only is the structure simple and compact, but it also reduces the space occupied by production operations, thereby reducing the production cost of the enterprise.

[0003] The existing technology still has the problems of large floor space and low production efficiency. Therefore, a bidirectional conveyor line for stacking and bundling of steel pipes is needed to improve the above-mentioned shortcomings. Summary of the invention

[0004] The main purpose of the invention is to provide a bidirectional conveying line for steel pipe stacking and bundling.

[0005] The purpose of the present invention can be achieved by adopting the following technical solutions:

[0006] A bidirectional conveyor line for stacking and bundling steel pipes, comprising a forming trolley track and a buffer trolley track for guiding;

[0007] A forming trolley wheel group is slidably installed on the forming trolley track, a forming trolley frame is installed on the forming trolley wheel group, a forming frame guide is installed on the forming trolley frame, the forming frame guide is connected by the forming trolley power drive, a forming frame opening adjustment handle is installed on the forming trolley power, and a forming frame is installed on the forming frame opening adjustment handle;

[0008] A forming operation component is installed in the middle of the buffer trolley track, a buffer bundling component 1 is installed at one end of the buffer trolley track, a buffer bundling component 2 is installed on the other side of the buffer trolley track, and a buffer trolley material picking component is installed on the forming trolley track.

[0009] Preferably, the forming operation assembly includes a Sweaton mechanism, a stepping chain bed, a convergence mechanism, a layer dislocation, a magnetic hanger, a forming mechanism and a forming trolley;

[0010] A forming trolley is installed in the middle of the cache trolley track, a magnetic hanger is installed on one side of the forming trolley, a forming trolley is installed between the magnetic hanger and the forming trolley, a forming mechanism is installed on the other side of the forming trolley, magnetic hangers are distributed on the magnetic hanger, a stepping chain bed is installed on one side of the magnetic hanger, a gathering mechanism is installed on the stepping chain bed, and a Sweaton mechanism is installed on the gathering mechanism.

[0011] Preferably, a cache bundling component includes a baler, a cache trolley and a cache bracket, a cache bracket is distributed at one end of the cache trolley track, a cache trolley is installed at the connection between the cache bracket and the cache trolley track, and a baler is installed on one side of the cache trolley.

[0012] Preferably, the buffer baling component II includes a baler II, a forming trolley II, a cache bracket II and a cache trolley II. A cache bracket II is distributed at the other end of the cache trolley track, a cache trolley II is installed at the connection between the cache bracket II and the cache trolley track, a forming trolley II is installed on one side of the cache trolley II, and a baler II is installed on one side of the forming trolley II.

[0013] Preferably, the cache trolley material retrieving assembly includes a cache trolley material retrieving platform, a cache trolley lifting power, a cache trolley translational power, a cache trolley frame and a cache trolley wheel group. The cache trolley material retrieving platform is installed at the bottom of the forming trolley track, the cache trolley lifting power is installed on one side of the cache trolley material retrieving platform, the cache trolley translational power is installed at the bottom of the cache trolley material retrieving platform, the cache trolley frame is installed in the cache trolley translational power, and the cache trolley frame is placed on the cache trolley wheel group.

[0014] Preferably, the Sweaton mechanism, stepping chain bed, gathering mechanism, layer dislocation, magnetic hanger, forming mechanism and forming trolley on the buffer trolley track move laterally along the forming trolley track.

[0015] Preferably, baler 1, cache trolley, cache bracket 1, baler 2, forming trolley 2, cache bracket 2 and cache trolley 2 slide along the cache trolley track.

[0016] Preferably, the equipment on the forming trolley track and the buffering trolley track is a split structure, and the forming trolley track and the buffering trolley track on the equipment are a multi-directional movable structure.

[0017] Beneficial technical effects of the present invention:

[0018] The present invention provides a steel pipe stacking and bundling bidirectional conveyor line. This double-flying-swallow type steel pipe stacking and bundling bidirectional conveyor line uses a Sweaton mechanism to receive materials, and the Sweaton mechanism smoothly transfers the pipe materials to a stepping chain bed, gathers the pipe materials on the stepping chain bed, and after gathering, the rows of pipe materials are staggered and placed by a layer dislocation mechanism. The magnetic hoist transports the pipe materials to a forming mechanism, and at the same time, a forming trolley enters the forming mechanism to replace the forming mechanism. The forming trolley transports the formed whole pipe materials to a baler, and then transports them to a cache trolley after bundling. After the cache trolley completes the handover, it is transported to a cache bracket to wait for hoisting.

[0019] There are two sets of forming trolleys, balers, buffer trolleys and buffer brackets, which can meet the working conditions of independent operation on both sides.

[0020] Highlights of the double-flying-swallow steel pipe stacking and bundling bidirectional conveyor line:

[0021] 1-Merge the front end of the production line into one line, reducing the land area and the number of equipment, saving costs.

[0022] 2- The conveying mechanism such as the forming trolley or chain operates alternately in both directions to improve efficiency.

[0023] The technical solution adopted to solve its technical problems is: merge the front-end equipment into one line, use the forming cart to move on both sides, improve the space utilization and equipment production efficiency of the traditional baling production line, reduce the space utilization by 50%, and increase the equipment production efficiency by 1.5 times. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 It is a schematic diagram of the device structure BB of a preferred embodiment of a bidirectional conveyor line for stacking and bundling steel pipes according to the present invention;

[0025] Figure 2 It is a CC side view of a preferred embodiment of a bidirectional conveyor line for stacking and bundling steel pipes according to the present invention;

[0026] Figure 3 The figure is an AA schematic diagram of a preferred embodiment of a bidirectional conveyor line for stacking and bundling steel pipes according to the present invention.

[0027] In the figure: 1. forming frame; 2. forming frame opening adjustment handle; 3. forming trolley power; 4. forming frame guide; 5. forming trolley frame; 6. forming trolley wheel group; 7. forming trolley track; 8. buffer trolley material taking platform; 9. buffer trolley lifting power; 10. buffer trolley translational power; 11. buffer trolley frame; 12. buffer trolley wheel group; 13. buffer trolley track; 14. Sweaton mechanism; 15. stepping chain bed; 16. convergence mechanism; 17. layer dislocation; 18. magnetic crane; 19. forming mechanism; 20. forming trolley one; 21. baler one; 22. buffer trolley; 23. buffer bracket one; 24. baler two; 25. forming trolley two; 26. buffer bracket two; 27. buffer trolley two. DETAILED DESCRIPTION

[0028] In order to make the technical solution of the present invention more clear and specific to those skilled in the art, the present invention is further described in detail below in conjunction with embodiments and drawings, but the implementation manner of the present invention is not limited thereto.

[0029] like Figure 1 - Figure 3 As shown, the present embodiment provides a bidirectional conveyor line for stacking and bundling steel pipes, comprising a forming trolley track 7 and a buffer trolley track 13 for guiding;

[0030] A forming trolley wheel group 6 is slidably mounted on the forming trolley track 7, a forming trolley frame 5 is mounted on the forming trolley wheel group 6, a forming frame guide 4 is mounted on the forming trolley frame 5, the forming frame guide 4 is driven and connected by a forming trolley power 3, a forming frame opening adjustment handle 2 is mounted on the forming trolley power 3, and a forming frame 1 is mounted on the forming frame opening adjustment handle 2;

[0031] A forming operation component is installed in the middle of the cache trolley track 13, a cache bundling component 1 is installed at one end of the cache trolley track 13, a buffer bundling component 2 is installed on the other side of the cache trolley track 13, and a cache trolley material picking component is installed on the forming trolley track 7.

[0032] The forming operation components include a Sweaton mechanism 14, a stepping chain bed 15, a gathering mechanism 16, a layer dislocation 17, a magnetic hanger 18, a forming mechanism 19 and a forming trolley 20;

[0033] A forming trolley 20 is installed in the middle of the cache trolley track 13, a magnetic hanger 18 is installed on one side of the forming trolley 20, a forming trolley 20 is installed between the magnetic hanger 18 and the forming trolley 20, a forming mechanism 19 is installed on the other side of the forming trolley 20, magnetic hangers 18 are distributed on the magnetic hanger 18, a stepping chain bed 15 is installed on one side of the magnetic hanger 18, a gathering mechanism 16 is installed on the stepping chain bed 15, and a Sweaton mechanism 14 is installed on the gathering mechanism 16.

[0034] The cache bundling component includes a baler 21, a cache trolley 22 and a cache bracket 23. A cache bracket 23 is distributed at one end of the cache trolley track 13, a cache trolley 22 is installed at the connection between the cache bracket 23 and the cache trolley track 13, and a baler 21 is installed on one side of the cache trolley 22.

[0035] The buffer baling component II includes a baler II 24, a forming trolley II 25, a cache bracket II 26 and a cache trolley II 27. A cache bracket II 26 is provided at the other end of the cache trolley track 13. A cache trolley II 27 is installed at the connection between the cache bracket II 26 and the cache trolley track 13. A forming trolley II 25 is installed on one side of the cache trolley II 27, and a baler II 24 is installed on one side of the forming trolley II 25.

[0036] The cache trolley material retrieving assembly includes a cache trolley material retrieving platform 8, a cache trolley lifting power 9, a cache trolley translational power 10, a cache trolley frame 11 and a cache trolley wheel group 12. The cache trolley material retrieving platform 8 is installed at the bottom of the forming trolley track 7, the cache trolley lifting power 9 is installed on one side of the cache trolley material retrieving platform 8, the cache trolley translational power 10 is installed at the bottom of the cache trolley material retrieving platform 8, the cache trolley frame 11 is installed in the cache trolley translational power 10, and the cache trolley frame 11 is placed on the cache trolley wheel group 12.

[0037] The Sweaton mechanism 14, the stepping chain bed 15, the gathering mechanism 16, the layer dislocation 17, the magnetic hanger 18, the forming mechanism 19 and the forming trolley 20 on the buffer trolley track 13 move laterally along the forming trolley track 7.

[0038] The baler 1 21 , the buffer trolley 22 , the buffer support 1 23 , the baler 2 24 , the forming trolley 2 25 , the buffer support 2 26 and the buffer trolley 2 27 slide along the buffer trolley track 13 .

[0039] The equipment on the forming trolley track 7 and the buffering trolley track 13 is a split structure, and the forming trolley track 7 and the buffering trolley track 13 on the equipment are a multi-directional movable structure.

[0040] like Figure 1 - Figure 3 As shown, the working process of a bidirectional conveyor line for stacking and bundling steel pipes provided in this embodiment is as follows: Figure 1-3The shown steel pipe stacking and bundling bidirectional conveyor line is composed of a Sweaton mechanism 14, a stepping chain bed 15, a gathering mechanism 16, a layer dislocation 17, a magnetic hanger 18, a forming mechanism 19, a forming trolley 20, a baler 21, a buffer trolley 22, a buffer bracket 23, a baler 24, a forming trolley 25, and a buffer bracket 26. A single material is taken by the Sweaton mechanism 14 and placed on the stepping chain bed of the gathering mechanism 15. The gathering mechanism 16 gathers the pipe material. The layer dislocation 17 dislocations the gathered pipe material. The magnetic hanger 18 transports each layer of the pipe material to the forming mechanism 19. The forming trolley 20 enters the forming mechanism 19 and transports the pipe material to the baler 20. After bundling, the forming trolley 20 transports the pipe material to the buffer position. The buffer trolley 22 transports the buffer position pipe material to the buffer bracket 23.

[0041] When the forming trolley 20 is transported to the baler 21 to start baling, the forming trolley 25 enters the forming mechanism 19, and then transports the pipe material to the baler 24. After baling, the forming trolley 25 transports the pipe material to the buffer position, and the buffer trolley 27 transports the pipe material at the buffer position to the buffer bracket 26.

[0042] The processes of the Sweaton mechanism 14, the stepping chain bed 15, the gathering mechanism 16, the layer dislocation 17, the magnetic hanging 18 and the forming mechanism 19 are carried out continuously, and the forming trolley 1 20 and the forming trolley 2 25 take materials alternately.

[0043] Example

[0044] like Figure 1 - Figure 3 As shown, the forming frame 1 is equipped with a forming frame opening adjustment handle 2, the forming frame opening adjustment handle 2 is equipped with a forming trolley power 3, the forming frame guide 4 is equipped with a forming trolley frame 5, the forming trolley frame 5 is equipped with a forming trolley wheel group 6, the forming trolley wheel group 6 moves along the forming trolley track 7, the forming frame 1 is equipped with a forming trolley track 7, a buffer trolley material retrieving platform 8 is equipped with a buffer trolley lifting power 9 on one side of the buffer trolley material retrieving platform 8, the buffer trolley lifting power 9 is equipped with a buffer trolley translation power 10, the bottom is equipped with a buffer trolley frame 11, and the buffer trolley frame 11 is equipped with a buffer trolley wheel group 12;

[0045] like Figure 1-3 The steel pipe stacking and bundling bidirectional conveyor line shown is composed of a Sweaton mechanism 14, a stepping chain bed 15, a gathering mechanism 16, a layer dislocation 17, a magnetic hanger 18, a forming mechanism 19, a forming trolley 1 20, a baler 1 21, a buffer trolley 22, a buffer bracket 1 23, a baler 2 24, a forming trolley 2 25, a buffer bracket 26 and a buffer trolley 2 27;

[0046] The single material is taken by the Sweaton mechanism 14 and placed on the stepping chain bed of the gathering mechanism 15. The gathering mechanism 16 gathers the pipe material, and the layer dislocation 17 dislocations the gathered pipe material. The magnetic hanger 18 transports each layer of the pipe material to the forming mechanism 19. The forming trolley 20 enters the forming mechanism 19 and transports the pipe material to the baling machine 20. After bundling, the forming trolley 20 transports the pipe material to the buffer position. The buffer trolley 27 transports the pipe material at the buffer position to the buffer bracket 26.

[0047] When the forming trolley 20 is transported to the baler 21 to start baling, the forming trolley 25 enters the forming mechanism 19, and then transports the pipe material to the baler 24. After baling, the forming trolley 25 transports the pipe material to the buffer position, and the buffer trolley 27 transports the pipe material at the buffer position to the buffer bracket 26.

[0048] The processes of the Sweaton mechanism 14, the stepping chain bed 15, the gathering mechanism 16, the layer dislocation 17, the magnetic hanger 18 and the forming mechanism 19 are carried out continuously, the forming trolley 1 20 and the forming trolley 2 25 take materials alternately, the front-end equipment is merged into one line, and the forming trolley is used to move on both sides to improve the space utilization rate and equipment production efficiency of the traditional baling production line, the space utilization rate is reduced by 50%, and the equipment production efficiency is increased by 1.5 times.

[0049] The above description is only a further embodiment of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical solutions and concepts of the present invention within the scope disclosed by the present invention, which belong to the protection scope of the present invention.

Claims

1. A bidirectional conveyor line for stacking and bundling steel pipes, comprising a forming trolley track (7) for guiding and a buffer trolley track (13); Features: A molding trolley wheel group (6) is slidably mounted on the molding trolley track (7), a molding trolley frame (5) is mounted on the molding trolley wheel group (6), a molding frame guide (4) is mounted on the molding trolley frame (5), the molding frame guide (4) is driven and connected by a molding trolley power (3), a molding frame opening adjustment handle (2) is mounted on the molding trolley power (3), and a molding frame (1) is mounted on the molding frame opening adjustment handle (2); A forming operation component is installed in the middle of the buffer trolley track (13), a buffer bundling component 1 is installed at one end of the buffer trolley track (13), a buffer bundling component 2 is installed on the other side of the buffer trolley track (13), and a buffer trolley material taking component is installed on the forming trolley track (7).

2. A bidirectional conveyor line for stacking and bundling steel pipes according to claim 1, characterized in that: The forming operation assembly includes a Sweaton mechanism (14), a stepping chain bed (15), a gathering mechanism (16), a layer dislocation (17), a magnetic hanger (18), a forming mechanism (19) and a forming trolley (20); A forming trolley (20) is installed in the middle of the buffer trolley track (13), a magnetic hanger (18) is installed on one side of the forming trolley (20), a forming trolley (20) is installed between the magnetic hanger (18) and the forming trolley (20), a forming mechanism (19) is installed on the other side of the forming trolley (20), magnetic hangers (18) are distributed on the magnetic hanger (18), a stepping chain bed (15) is installed on one side of the magnetic hanger (18), a gathering mechanism (16) is installed on the stepping chain bed (15), and a Sweaton mechanism (14) is installed on the gathering mechanism (16).

3. A bidirectional conveyor line for stacking and bundling steel pipes according to claim 2, characterized in that: The cache bundling component comprises a baler (21), a cache trolley (22) and a cache bracket (23); a cache bracket (23) is distributed at one end of the cache trolley track (13); a cache trolley (22) is installed at the connection between the cache bracket (23) and the cache trolley track (13); and a baler (21) is installed on one side of the cache trolley (22).

4. The bidirectional conveyor line for stacking and bundling steel pipes according to claim 3 is characterized by: The buffer bundling component II comprises a baler II (24), a forming trolley II (25), a buffer bracket II (26) and a buffer trolley II (27). The buffer bracket II (26) is provided at the other end of the buffer trolley track (13). The buffer trolley II (27) is installed at the connection between the buffer bracket II (26) and the buffer trolley track (13). The forming trolley II (25) is installed on one side of the buffer trolley II (27), and the baler II (24) is installed on one side of the forming trolley II (25).

5. The bidirectional conveyor line for stacking and bundling steel pipes according to claim 4 is characterized by: The cache trolley material retrieving component comprises a cache trolley material retrieving platform (8), a cache trolley lifting power (9), a cache trolley translational power (10), a cache trolley frame (11) and a cache trolley wheel group (12); the cache trolley material retrieving platform (8) is installed at the bottom of the forming trolley track (7); the cache trolley lifting power (9) is installed on one side of the cache trolley material retrieving platform (8); the cache trolley translational power (10) is installed at the bottom of the cache trolley material retrieving platform (8); the cache trolley frame (11) is installed in the cache trolley translational power (10); and the cache trolley frame (11) is placed on the cache trolley wheel group (12).

6. The bidirectional conveyor line for stacking and bundling steel pipes according to claim 5, characterized in that: The Sweaton mechanism (14), the stepping chain bed (15), the gathering mechanism (16), the layer dislocation (17), the magnetic hanger (18), the forming mechanism (19) and the forming trolley one (20) on the buffer trolley track (13) move laterally along the forming trolley track (7).

7. The bidirectional conveyor line for stacking and bundling steel pipes according to claim 6, characterized in that: The baler 1 (21), the buffer trolley (22), the buffer support 1 (23), the baler 2 (24), the forming trolley 2 (25), the buffer support 2 (26) and the buffer trolley 2 (27) slide along the buffer trolley track (13).

8. The bidirectional conveyor line for stacking and bundling steel pipes according to claim 7, characterized in that: The equipment on the forming trolley track (7) and the buffering trolley track (13) is a split structure, and the forming trolley track (7) and the buffering trolley track (13) on the equipment are a multi-directional movable structure.

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