Automobile assembly sliding plate conveying line

Abstract

The invention discloses an automobile assembly sliding plate conveying line. A track system of the conveying line comprises trim lines and chassis lines. Line turning portions are arranged inside the trim lines, chassis lines and/or the connecting positions of the ending ends of the trim lines and the starting ends of the chassis lines, steering devices are arranged at the ends of the line turning portions, and a transition track is arranged between every two adjacent steering devices. The ending ends of the chassis lines and the starting ends of the trim lines are connected through sliding plate recovery lines, and then a sliding plate can cyclically move in a whole line. A sliding plate body is provided with a lifting table and workpiece storage mechanisms, the workpiece storage mechanisms are used for storing workpieces needing to be stored in disassembly station sections of the trim lines, and the lifting table is used for lifting workpieces in lifting station sections of the chassis lines. The chassis lines are provided with following power supply systems respectively in an ascending station section and a descending station section of the lifting table, and the following power supply systems can provide electric power correspondingly when the lifting table ascends and descends. The technical performance of a sliding plate conveying system can be improved at least in the aspect of assembly accuracy or work efficiency or manufacturing cost, and application prospects are good.

Description

technical field [0001] The invention relates to conveying equipment, in particular to an automobile assembly slide conveying line. Background technique [0002] The position of the slide conveyor system in the modern industry is becoming more and more prominent, and the assembly accuracy, assembly efficiency and man-machine environment are also getting higher and higher. For the assembly of large workpieces, it will involve many different types of assembly lines. Each assembly line is an effective combination of man and machine. It organically integrates conveying equipment, accompanying fixtures and testing equipment to meet the assembly requirements of workpieces. . [0003] For example, the automobile assembly system consists of interior decoration line, instrument subassembly line, door conveyor line, door subassembly line, body storage line (PBS), engine subassembly line, sub-frame subassembly line, rear axle subassembly line, The chassis line, the final assembly line...

AI Technical Summary

Problems solved by technology

Due to the use of different conveying equipment and conveying methods, when workpieces are transferred between different devices, corresponding transfer auxiliary equipment and buffer stations (such as transfer elevators, etc.) must be set up, and the reliability of the transfer equipment must also be ensured. performance and accuracy, once a transfer fault occurs on the conveyor line, the transfer station will become the bottleneck of the entire assembly conveyor line system

In addition, there are many types of conveying equipment and conveying methods, which are arranged in different locations in a scattered form, making the structure of the entire assembly system complex and difficult to install on site, which will cause restrictions on the environment of the assembly conveying line, such as assembly workshop factory building frame nodes High requirements on load bearing and housing height, etc., resulting in higher manufacturing costs of the entire assembly line

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