Coil shell automatic detection equipment

Abstract

A coil housing automatic detection device disclosed by the present invention comprises a carrier plate, and an indexing mechanism and a detection mechanism which are installed on the carrier plate, the indexing mechanism comprises a cam divider installed on the carrier plate, a turntable rotatably installed on the cam divider, and a hexagonal prism fixedly installed on the cam divider, a feeding station, a first detection station, a second detection station, a third detection station, a code printing station and a discharging station are evenly arranged on the surface of the rotary disc in the circumferential direction of the rotary disc, the six side faces of the hexagonal prism directly face the six stations on the rotary disc correspondingly, and a first mounting base is mounted on the side face, directly facing the feeding station, of the hexagonal prism. Shell inductors are installed on the two sides of the first installation base, and the detection mechanism comprises a first detection assembly, a second detection assembly and a third detection assembly which are arranged on one side of a first detection station, one side of a second detection station and one side of a third detection station correspondingly. And the detection efficiency and accuracy are improved.

Description

technical field [0001] The invention relates to the technical field of automation equipment, in particular to a coil housing automatic detection equipment. Background technique [0002] As a power frequency withstand voltage test device, the Tesla coil has been widely used in the AC test of cables, capacitors, generators and other power equipment with large capacitance. The existing Tesla coil needs to use a coil with a special structure The casing is packaged and uses a semiconductor as a current switch. Because there is high voltage in the working environment of the Tesla coil, the coil casing needs to carry out multiple inspections before installing the coil. The existing inspection methods use multiple calipers and The inspection tool is manually inspected. Due to the large output of the coil casing, it is necessary to arrange multiple operators to inspect at the same time. Missing inspections will lead to unqualified products flowing to customers, and in severe cases, ...

AI Technical Summary

Problems solved by technology

[0002] As a power frequency withstand voltage test device, the Tesla coil has been widely used in the AC test of cables, capacitors, generators and other power equipment with large capacitance. The existing Tesla coil needs to use a coil with a special structure The casing is packaged and uses a semiconductor as a current switch. Because there is high voltage in the working environment of the Tesla coil, the coil casing needs to carry out multiple inspections before installing the coil. The existing inspection methods use multiple calipers and The inspection tool is manually inspected. Due to the large output of the coil casing, it is necessary to arrange multiple operators to inspect at the same time. Missing inspections will lead to unqualified products flowing to customers, and in severe cases, safety accidents will be caused

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