Automatic terminal identification feeding system and automatic terminal identification feeding method

Abstract

The invention is suitable for the technical field of terminal assembly automation, and discloses an automatic terminal identification feeding system and an automatic terminal identification feeding method. A feeding device conveys a terminal to a terminal identification shifting device; the terminal identification shifting device clamps the terminal and drives the terminal to rotate; a terminal sensing detection component performs color discrimination and selects a terminal working face meeting the requirements; the terminal identification shifting device sends the terminal being subjected to selection to a transforming carrying device; the transforming carrying device moves the terminal to a welding post. According to the automatic terminal identification feeding system and the automatic terminal identification feeding method, material delivery and location identification in the aspect of multiple function modules are realized, the accuracy requirement and the processing efficiency of products are improved, the error and the working hour of single-module operation are greatly reduced, the process waste is avoided, technological innovation can be provided for enterprises and related laboratories with related professional emphasis, the labor cost and the experimental error of the enterprises are reduced, and the work efficiency is improved.

Description

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AI Technical Summary

Benefits of technology

This technology allows companies or researchers to efficiently identify different types of material (such as paper) that are used during their production processes without having them manually moved around inside each other's boxes. It also helps reduce operating time while ensuring accurate results from various stages of manufacture.

Problems solved by technology

Technologies exist today for identifying and selecting specific parts of electronic components such as spun bodies used in loudspeakers. However, current mechanisms have limitations due to their complexity and lack of precise control over rotation speed and orientation during component placement. Additionally, they require expensive apparatuses like robot arms or vacuum suction systems, making them less efficient than desired because these machines cannot automatically identify and select terminal positions without human intervention.

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