A multi-vehicle and multi-process integrated workstation

Abstract

The invention provides a multi-vehicle and multi-process integrated workstation. The polyhedron frame is driven by a rotating device and can rotate around the central axis. Each surface is equipped with the same structure and fixtures. The first locking mechanism and the first positioning block Cooperate to form the locked positioning of the tooling fixture in the X direction, use the second locking mechanism to cooperate with the second positioning block to form the locked positioning of the tooling fixture in the Z direction, and use the tooling positioning mechanism to cooperate with the third positioning block to form the tooling fixture Y Positioning in the Z direction, the support and positioning of the fixture in the Z direction is formed by the cooperation of the tooling support track plate and the first support roller assembly, and the gas source and electrical signal are provided by the gas supply unit; each surface follows the rotation direction according to the production process of the workpiece Corresponding to each process in sequence, each process is carried out step by step as the polyhedron frame rotates from the initial position in one direction, and finally the positively switched storage bank is merged into the warehouse. The invention occupies a small area, has low equipment investment cost, and improves the degree of equipment integration and flexibility.

Description

technical field [0001] The invention relates to a multi-vehicle multi-process integrated workstation. Background technique [0002] With the rapid development of the automobile industry, automobile lightweight technology has begun to be widely used, and there are more and more automobile production processes; at present, a single-process workstation or a production line composed of multiple single-process workstations in series is used to complete the product production process; as The increase in the types of production processes, in order to meet these production processes, leads to an increasing production line area, a low degree of equipment integration, and room for improvement in work efficiency. [0003] With the diversification of automobile appearance requirements, single-model production process workstations or production lines can no longer meet the existing production requirements. The land area is further increased, and the equipment input cost is also higher. ...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the automobile industry, automobile lightweight technology has begun to be widely used, and there are more and more automobile production processes; at present, a single-process workstation or a production line composed of multiple single-process workstations in series is used to complete the product production process; as The increase in the types of production processes, in order to meet these production processes, leads to an increasing production line area, a low degree of equipment integration, and room for improvement in work efficiency

[0003] With the diversification of automobile appearance requirements, single-model production process workstations or production lines can no longer meet the existing production requirements. The land area is further increased, and the equipment investment cost is also higher

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