Fully-automatic flexible assembly line

Abstract

The invention discloses a fully-automatic flexible assembly line. The fully-automatic flexible assembly line comprises a control system, an assembly line component, a plurality of machine platform stations and a plurality of artificial stations, wherein the machine platform stations and the artificial stations are arranged on the two sides of the assembly line component separately, different assembly machine platforms are arranged on the machine platform stations according to different assembly procedures, and the assembly line component and the assembly machine platforms are electrically connected with the control system. When the assembly machine platform on a certain machine platform station fails, the assembly machine platform is replaced, an operating worker who is used for replacing the assembly machine platform to conduct assembly operation is assigned at the artificial station corresponding to the machine platform station, artificial and automatic zero-time switching is realized, and the procedure continues until the assembly machine platform is maintained off line or a standby machine platform is replaced; after product switching or process changing, the number of the machine platforms of the whole assembly line can be increased or decreased arbitrarily and quickly according to a new process, and thus the fully-automatic flexible assembly line can be adapted to multiple product production. According to the fully-automatic flexible assembly line, assembly efficiency can be improved, line body spare part cost can be reduced, and the assembly period can be shortened.

Description

technical field [0001] The invention relates to the field of fully automatic assembly, in particular to a fully automatic flexible assembly line. Background technique [0002] With the advancement and development of science and technology, more and more products, such as automobiles, engines, mobile phones, computers, etc. Faster, and the compatibility with automated lines is getting higher and higher. The previous assembly methods cannot meet the assembly requirements of such products. Therefore, in order to achieve high-efficiency standardized and high-compatibility assembly, it is necessary to use flexible assembly lines. Way. [0003] Traditional assembly lines often have the following disadvantages: [0004] 1. Since the traditional assembly line adopts the "sequential" assembly logic that the assembly process of the previous station is completed and then transferred to the next station for assembly, when one or more stations on the assembly line fails and the machine...

AI Technical Summary

Problems solved by technology

[0004] 1. Since the traditional assembly line adopts the "sequential" assembly logic that the assembly process of the previous station is completed and then transferred to the next station for assembly, when one or more stations on the assembly line fails and the machine goes down Finally, the assembly process after the downtime station must be stopped, and the assembly process before the downtime station must also be stopped, so that the entire assembly line has to stop assembly until the machine at the downtime station is repaired Resume normal operations, which leads to the fact that once a downtime problem occurs, the entire assembly line will be shut down for too long and the assembly efficiency will be low, which will affect production capacity and cause large economic losses to the project;

[0005] 2. The traditional assembly line is tailor-made for a certain product to be assembled, that is, a certain assembly line can only assemble a single type / model product correspondingly. If you want to assemble an improved model of this product, you must re- Tailor-made another assembly line or comprehensively transform the existing line body, but the design and production cycle of the assembly line is long, and the cost of new production or transformation is high, which causes a lot of waste of resources from a certain point of view and production cycle delays

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