Circulation type bidirectional assembly line

Abstract

The invention discloses a circulation type bidirectional assembly line. The line comprises an assembly line, a carrying line and a circulation type feeding device arranged beside the carrying line, wherein projection parts, on a horizontal plane, of the assembly line and the conveying line are partially or overall overlapped, the conveying direction of the assembly line is opposite to the carryingdirection of the carrying line, a transferring device is arranged between the carrying line and the circulation type feeding device, and the transferring device comprises a transferring rack erectedon the carrying line and a transferring mechanism periodically reciprocating between the circulation type feeding device and the carrying line. According to the assembly line, a bidirectional conveying mode is adopted, the occupied area of equipment is reduced, a material carrying stroke is shortened, the assembling / machining efficiency is improved, the interval of successive two-time assembling / machining is shortened, the assembling / machining efficiency is further improved, and the problem that the occupied area of an empty material plate or tray is large is solved by adopting a circulation type feeding mode.

Description

technical field [0001] The invention relates to the field of non-standard automation, in particular to a turnover type bidirectional assembly line. Background technique [0002] In the non-standard automated production process, it is often necessary to use an assembly line that assembles at least two materials into one or sequentially processes two groups of materials. [0003] The existing assembly line has the following problems: First, the traditional assembly line uses the same set of handling mechanism, that is, only after one material is transported, the next material will be transported, because the material spare parts area is far away from the assembly station And materials need to be positioned before assembly, resulting in too long intervals between two adjacent assemblies / processing, resulting in low assembly / processing efficiency; Long, which further leads to low assembly / processing efficiency; thirdly, the degree of automation is low, and there are many steps ...

AI Technical Summary

Problems solved by technology

[0003] The existing assembly line has the following problems: First, the traditional assembly line uses the same set of handling mechanism, that is, only after one material is transported, the next material will be transported, because the material spare parts area is far away from the assembly station And materials need to be positioned before assembly, resulting in too long intervals between two adjacent assemblies / processing, resulting in low assembly / processing efficiency; Long, which further leads to low assembly / processing efficiency; thirdly, the degree of automation is low, and there are many steps that require manual assistance, which leads to problems such as low feeding efficiency and contamination or damage to materials by operators during the feeding process; finally, The space is not fully utilized, and the structure is complicated. The recycling process of the material box or tray used to carry the material during the feeding process is relatively cumbersome, resulting in the entire feeding device being bloated and bulky, occupying too much workshop area, and at the same time having a large volume It is also not conducive to debugging and replacement of parts. In addition, the stacking of used material boxes or trays will cause a large area of ​​the factory building, resulting in more crowded factory space, which is not conducive to the smooth progress of production work.

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