A beat control system and control method for a production line

Abstract

The invention discloses a production line rhythm control system and a control method thereof. The control system comprises a production line body, automatic test devices and a control module, whereinthe production line body comprises multiple sequentially-connected test working positions, each test working position comprises two sections of conveying line bodies arranged side by side, the two sections of conveying line bodies are respectively a main conveying line body and an auxiliary conveying line body, two ends of each section of conveying line body are vacant or are connected with conveying line bodies in the adjacent test working positions respectively, the automatic test devices are sequentially arranged at one side of test working positions, one test working position is between adjacent automatic devices, and the control module is used for controlling each test working position to transversely move along a vertical direction of the conveying direction of the production line body and changing the connection mode between adjacent test working positions. A to-be-tested product can be intelligently scheduled, the problems of waiting and congestion of to-be-tested products aresolved, and the production and making efficiency of the production line is improved significantly.

Description

technical field [0001] The invention relates to the technical field of assembly line production, in particular to a beat control system of a production line and a control method thereof. Background technique [0002] At present, the working mode of the manufacturing production line basically adopts the traditional assembly line mode. The working mode of the traditional assembly line is to make the product flow to the next station after the work of the previous station is completed. However, there is a loss of production efficiency when this mode of assembly line production is applied to jobs with the same job contents. For example, in the TV production process such as screw driving and complete machine testing, the existing technical solution is to split the contents of the same process into several stations in a reasonable order to complete them sequentially. The bit has been basically invested in automated robots. According to the traditional assembly line control operat...

AI Technical Summary

Problems solved by technology

However, there is a loss of production efficiency when this mode of assembly line production is applied to jobs with the same job content.

For example, in the TV production process such as screw driving and complete machine testing, the existing technical solution is to split the contents of the same process into several stations in a reasonable order to complete them sequentially. The bit has been basically invested in automated robots. According to the traditional assembly line control operation mode, it is obvious that actions will be repeated and time wasted. For example, most of the production time will be wasted on the flow of the production line body and the repeated positioning of the product by the robot. , affecting the production beat

Moreover, once a robot equipment in the production line fails or there is a problem with the product operation, it will cause the entire line to be paralyzed, which greatly affects the manufacturing efficiency of the production line.

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