Flexible automatic device for assembling notebook computer rear cover screws and gaskets

Abstract

The invention relates to the technical field of notebook computer precise structural part production equipment, in particular to a flexible automatic device for assembling notebook computer rear coverscrews and gaskets The flexible automatic device comprises a shell transferring system and a first X axis beam; and one or more screw gasket fixing systems are distributed at the lower end of the first X axis beam, and each screw gasket fixing system comprises a gasket feeding system, a gasket transplanting mechanism, a screw locking mechanism and a vision detecting mechanism. The flexibility ofthe device shows that the one or more screw gasket fixing systems are distributed at the lower end of the first X axis beam, a client can freely add the screw gasket fixing systems, and feeding or discharging operation on the plurality of screw gasket fixing systems can be achieved just through one shell transferring system to meet the production requirement. The flexible automatic device can achieve automatic assembling and detecting of the notebook computer rear cover upper gaskets and the screws, manual participation is not needed in the whole process, the yield and efficiency of assemblingare improved, and considerable economic benefits are brought to enterprises.

Description

technical field [0001] The invention relates to the technical field of notebook precision structural parts production equipment, in particular to a flexible automation equipment for assembling notebook back cover screws and gaskets. Background technique [0002] The precision structural parts of the notebook are the structural parts of the notebook shell. Some notebook shells, such as the back cover of the notebook, need to fix the gasket together in the process of fixing the screws. The operation method of the prior art is manual assembly. There are many specifications, and there are positioning requirements in the fixing process, so it takes a long time to pick and place, the efficiency is very low, and the defective rate of assembly is also high. After the assembly is completed, it needs to be transferred to the subsequent process to test the quality of the assembly. The increase in the process and the turnover of materials have increased the time of product production. ...

AI Technical Summary

Problems solved by technology

[0002] The precision structural parts of the notebook are the structural parts of the notebook shell. Some notebook shells, such as the back cover of the notebook, need to fix the gasket together during the screw fixing process. The operation method of the prior art is manual assembly. There are many specifications, and there are positioning requirements during the fixing process, so it takes a long time to pick and place, the efficiency is very low, and the defective rate of assembly is also high

After the assembly is completed, it needs to be transferred to the follow-up process to test the quality of the assembly. The increase in the process and the turnover of materials have increased the time of product production.

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