On-line identification method for plating clamps

Abstract

The invention discloses an on-line identification method for plating clamps. The method comprises the following steps: (1) forming nine screw holes in a clamp body of the plating clamp; (2) arranging an inductive screw in at corresponding position of at least one of the screw holes; (3) respectively arranging inductive devices on the other side of the inductive screw for sensing the inductive screw so as to output a signal; and (4) comparing the output signal with pre-stored data in the operating system and numbering each clamp so that the clamps can be identified with a number. The method disclosed by the invention not only can realize on-line management and feedback of on-line operating state of a great number of clamps; for example, monitoring of the power supply resistance value of the clamp or information of workpieces clamped by the clamps and the like can be automatically input into a computer for automatically managing production parameters. When the parameters are different from the set values, alarm is sent out immediately, so that the worker can effectively and immediately treat equipment abnormality caused by clamp operation, thereby ensuring the stable operation of plating equipment.

Description

technical field [0001] The invention relates to an online identification method for electroplating fixtures, in particular to an online identification method capable of realizing online management of the operating conditions of a large number of fixtures, automatic management of production parameters, and stable operation of electroplating equipment. Background technique [0002] In a general electroplating production line, a large number of fixtures are often operated at the same time to ensure production efficiency. However, due to the large number of fixtures, and each fixture is performing its own operation tasks, when one or several fixtures have equipment abnormalities, the staff often cannot find them in time, and because the existing fixtures cannot be coded and identified, thus It will cause staff identification confusion, and then can not accurately grasp the detailed operation status of the fixture, and cannot deal with the problems that occur in time, which will ...

AI Technical Summary

Problems solved by technology

However, due to the large number of fixtures, and each fixture is performing its own operation tasks, when one or several fixtures have equipment abnormalities, the staff often cannot find them in time, and because the existing fixtures cannot be coded and identified, thus It causes the staff to identify confusion, and then cannot accurately grasp the detailed operation status of the fixture, and cannot deal with the problems that occur in time, which will seriously affect the stable operation of the entire production line and reduce production efficiency

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