High-automation apparel production line

Abstract

The invention relates to the technical field of garment processing, in particular to a high-automation apparel production line. The invention discloses the high-automation apparel production line which comprises a main rail, workstation rails, rail connecting devices, charging modules and apparel self-walking hangers. For the high-automation apparel production line disclosed by the invention, thearranged apparel self-walking hangers can flexibly move between the main rail and the corresponding workstation rails; as each apparel self-walking hanger has a power device, even if a certain apparelself-walking hanger has a fault, a system can send out a prompt to manually move the apparel self-walking hanger out of the corresponding workstation rail without affecting production of the whole production line; and meanwhile, when the condition of mismatched working progress between adjacent workstation rails occurs, the system can quickly adjust a moving speed of each apparel self-walking hanger, the station entrance amount of the apparel self-walking hangers and the working progress between the adjacent workstations. For the high-automation apparel production line disclosed by the invention, the charging modules arranged on the workstation rails respectively can charge the corresponding apparel self-walking hanger at the waiting stage thereof, and the production progress is not affected by charging the apparel self-walking hangers by using the residence time.

Description

technical field [0001] The invention relates to the technical field of garment processing, in particular to a highly automated garment production line. Background technique [0002] The existing hanging production line for garment processing is generally composed of a ring-shaped main track, a receiving track, a recovery track, a transmission device and several workstations. The working main track and the main track are connected by a receiving track and a recovery track. The hangers are pushed and conveyed by the push rod on the transmission device. The existing production line keeps the rotating device in running state when it is working, and the energy consumption is high. In addition, once the main track transmission device fails, the entire production line will stop working. At the same time, the main track It is also necessary to set up receiving rails and recovery rails between the station and the workstation, and to install transmission devices, which makes the mecha...

AI Technical Summary

Problems solved by technology

[0002] The existing hanging production line for garment processing is generally composed of a ring-shaped main track, a receiving track, a recovery track, a transmission device and several workstations. The working main track and the main track are connected by a receiving track and a recovery track. The hangers are pushed and conveyed by the push rod on the transmission device. The existing production line keeps the rotating device in running state when it is working, and the energy consumption is high. In addition, once the main track transmission device fails, the entire production line will stop working. At the same time, the main track It is also necessary to set up receiving rails and recovery rails between the station and the workstation, and to install transmission devices, which makes the mechanism settings complicated. In addition, because the transmission devices on the main rail run in a constant speed loop, it is impossible to fully achieve equalization in the front and rear production processes. Under certain circumstances, there will be a phenomenon of blockage or shortage of goods in one of the processes, which will bring inconvenience to production scheduling and require a higher level of overall work efficiency for production line operators

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