Clothing production assembly line based on Internet of Things

Abstract

The invention relates to the technical field of garment production lines, and discloses a garment production line based on the Internet of Things. The garment production line based on the Internet of Things comprises a main rotating assembly machine shell, and a supporting guide plate is fixedly mounted on the main rotating assembly machine shell. A protruding stabilizing plate is arranged in the middle of the upper surface of the screening and guiding transverse plate and used for being clamped into a corresponding annular groove formed in the middle of a hung roller, and the hung roller is stably clamped and downwards rolled to be separated from the main rotating assembly. And meanwhile, the hanging roller enters the buffer identification structure after being separated from the main rotating assembly in the manner, whether the clothes on the hanging assembly are normally hung or not can be detected, then whether the clothes are guided to the processing workbench or not is judged subsequently, and the functional comprehensiveness of the assembly line is improved.

Description

technical field [0001] The invention relates to the technical field of clothing production lines, in particular to a clothing production line based on the Internet of Things. Background technique [0002] In the existing garment production process, an intelligent hanging assembly line is mainly used. The assembly line mainly includes the main rotating component, the feeding guide component, the processing station and the discharge guide component. The main working process is: the first processing station. The garment hanger enters the main rotating assembly, and then transmits signals to the control terminal through the Internet of Things according to the sensors on the equipment. Each hanger contains an identification chip, and then controls which processing workstation each garment hanger needs to enter. The feeding guide component at the end of the workstation is activated, and the garment hanging on the main rotating component is shunted to the processing workstation for...

AI Technical Summary

Problems solved by technology

[0003] 1. In the existing feeding guide assembly, the transmission part between the main rotating assembly and the processing table is an arc-shaped steering guide rail that can swing up and down. When the corresponding garments that need to be processed are hung and moved to this place, The sensor provided on it transmits signals to control the guide rail to be attached to the guide rail of the main rotating assembly, and then it is stuck on the guide rail during the garment hanging and moving process, and then moves in an arc and then enters the processing table for processing, but In the process of merging from the main rotating assembly to the steering guide rail, the clothing hanger needs to be moved up slightly with the help of the steering guide rail, so that the hanging rollers are first separated from the guide rails on the main rotating assembly, and then the rotation and merging can be completed on the steering guide rail. And this process may cause the suspension to derail when turning, which disrupts the process of the entire garment processing line. At the same time, the derailment of the suspension may also cause injuries to the personnel sitting at the processing table.

[0004] 2. When the existing feed guide assembly recognizes the hanger that needs to be imported, it will directly guide the hanger to the processing table, without identifying the buffer area, and because the garment is hung under the hanger , during the transmission process, the clothes will fall off from the hanger, and the hanger after falling off will be directly sent to the processing table in the existing assembly line, which will increase the amount of hanging accumulation at the processing table , and the accumulated empty hangers can only be sent back to the main rotating assembly in the subsequent cycle in order not to disrupt the entire assembly line process, and then re-rotate to the first processing workstation to hang the clothes, and then proceed to the follow-up Such an operation makes the empty hanger go through the whole cycle, and cannot be found in time before entering the processing table, and there is no structure for marking the chip to mark the chip, and the empty hanger will go through a long period of time. Idling on the assembly line greatly reduces the utilization rate of the suspension

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