an assembly line

Abstract

The invention discloses a production line. At least one machining device is arranged on at least one side of the production line. The production line comprises a tray, a transfer trolley and a transfer line, wherein the transfer line comprises a support, a conveying belt, limiting edges, stoppers and scanners, two borders are arranged at the tops of supports on two sides in the conveying directionof the conveying belt, and the limiting edges are arranged at the tops of the borders. The scanners are fixed to the borders, and the scanners are arranged on the top surfaces of the limiting edges.Trays are put on the conveying belt, and codes are arranged on the side faces of the trays. The transfer trolley is arranged between the transfer line and the machining devices. The transfer trolley can judge whether products on the trays are already machined or not according to the codes on the trays and automatically put unmachined products in idle machining devices. The products completely machined in the machining devices are put on the transfer line again through the transfer trolley, full-automatic product machining is achieved, labor is saved, and the utilization rate and production efficiency of the devices are improved.

Description

technical field [0001] The invention relates to an assembly line, specifically a production line capable of automatically processing products. Background technique [0002] In many processing fields, it is necessary to put the product into the processing equipment for processing, and then carry out post-processing after the processing is completed. For example, in the process of product production, it is often necessary to use a vacuum processing machine to process the processed product rapidly to facilitate later packaging. ,store. However, in the current production process, the products are put in and taken out of the processing equipment by manpower. In many cases, the processing equipment is idle because the products cannot be picked and placed in a hurry. Relying on manpower is not only costly, but also labor-intensive and low in production efficiency. Another example is that during the production process of electronic accessories such as notebook computer casings, sp...

AI Technical Summary

Problems solved by technology

However, in the current production process, the product is put in and taken out of the processing equipment, and the processing equipment is often idle because the product cannot be picked and placed in a hurry.

Relying on manpower is not only costly, but also labor-intensive and low in production efficiency

Another example is that during the production of electronic accessories such as notebook computer casings, special equipment needs to be put in for processing. After the processing is completed, post-processing is carried out. There are also problems of idle equipment and high labor costs.

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