Full-automatic locking and assembling device for automobile antenna base and control method of full-automatic locking and assembling device

Abstract

The invention relates to a full-automatic locking and assembling device for an automobile antenna base. The full-automatic locking and assembling device comprises a rack; a base feeding module, a base taking module, a copper sleeve feeding module, a copper sleeve taking module, a spring feeding module, a spring taking module, an index plate module, a locking module, a finished product discharging module, a detection module and a control module are arranged on the rack; By means of the modules, a copper sleeve, a spring and a base are sequentially installed on a bearing seat, the base, the spring and the copper sleeve are locked through the locking module, and the copper sleeve, the spring and the base are fixed into a whole and meet a preset torsion value requirement. According to the full-automatic locking and assembling device for the automobile antenna base and the control method of the full-automatic locking and assembling device of the invention, the self-designed automatic locking module is adopted, so that the locking force can be automatically controlled, the stability is high, the working efficiency of automobile antenna locking is improved, the locking quality is ensured, and full-automatic operation and control are realized. In the full-automatic production process realized by the full-automatic locking and assembling device provided by the invention, the problem of manual assembly in the prior art is effectively solved, the working efficiency is greatly improved, and meanwhile, the working thought is provided for automatic production.

Description

technical field [0001] The invention relates to the field of automatic assembly, in particular to a fully automatic locking assembly device for an automobile antenna base. Background technique [0002] The car antenna base assembly is composed of a base, a spring, and a copper sleeve. The base, spring, and copper sleeve need to be locked together, and the locking torque must be controllable. The reality is that because the base, spring and copper sleeve are custom-made, the dimensions and shapes are not standard. At present, the base, spring and copper sleeve can only be manually put into the self-designed tooling fixture through electric batch. The three are fixed and locked together, and need to be taken out manually after locking; it is easy to see that manual loading and unloading is relatively slow in such an operation, which makes the production capacity of the production workshop low. This method requires one person to complete the lock base assembly and loading. , C...

AI Technical Summary

Problems solved by technology

The reality is that because the base, spring and copper sleeve are custom-made, the dimensions and shapes are not standard. At present, the base, spring and copper sleeve can only be manually put into the self-designed tooling fixture through electric batch. The three are fixed and locked together, and need to be taken out manually after locking; it is easy to see that manual loading and unloading is relatively slow in such an operation, which makes the production capacity of the production workshop low. This method requires one person to complete the lock base assembly and loading. , The work of cutting materials, for an ordinary employee, the workload is relatively large, the requirements of the employees are high, and the labor cost is high

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