Multi-station maintenance automatic testing device for panel laser

Abstract

The invention discloses a multi-station maintenance automatic testing device for panel laser. The device comprises: an optical filter assembly used for synchronously receiving testing light waves generated by a plurality of multi-type panel lasers and filtering the testing light waves to obtain the testing light waves with specific wavelengths; and a testing module arranged at the bottom of the optical filter assembly and used for receiving light waves generated by to-be-maintained panel laser and measuring the energy value of the light waves, wherein a plurality of station assemblies are arranged on the circumference taking the optical filter assembly as a circle center, so that a plurality of types of panel lasers are used for projecting testing light waves to the optical filter assembly at a fixed angle. According to the invention, through the structure that the optical filter assembly serves as the circle center and the stations are distributed in the circumferential position with the optical filter assembly serving as the circle center, projection and detection control of testing light waves of multiple or multiple types of panel lasers are controlled at the same time, synchronous quality detection on the multiple or multiple types of panel lasers is achieved, and the detection efficiency of the panel laser equipment and the semi-automatic or full-automatic process of detection are improved.

Description

technical field [0001] The invention relates to the field of panel laser technology, in particular to a multi-station automatic test device for panel laser maintenance. Background technique [0002] In the process of maintenance of existing laser equipment, most of the detection and inspection devices are electrically connected manually, which makes the inspection process of laser equipment inefficient, and because laser equipment needs to be inspected for different items, such as laser energy and light spots In this process, manual inspection is easy to cause damage to the lens part of the laser equipment by manually inspecting the next item after the previous inspection is completed. At the same time, laser equipment of different specifications requires Perform manual optical path calibration, thereby greatly reducing the inspection efficiency of the equipment. [0003] Most of the existing technologies are manual maintenance, and it is easy to think of using an automated...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to provide a multi-station maintenance automatic test device for panel laser to solve the technical problem of lack of synchronous maintenance of multiple and multi-type laser equipment in the maintenance process of existing laser equipment

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