Automobile LED lamp assembly detection and identification machine, detection and identification system and method

Abstract

The invention discloses an automobile LED lamp assembly detection and identification machine, a detection and identification system and a detection and identification method. The detection and identification machine is designed for an automobile LED lamp semi-finished product; an LED lamp is clamped and fixed, so that power issupplied to the LED lamp. Whether the appearance, the display state, theuniformity degree, the light emitting color and the light guide silk screen of the LED lamp are qualified or not is detected and observed through the turn-on condition of the LED lamp. And through aperformance detection confirmation mechanism, a detection result of a worker is obtained, a final detection index is obtained, a final bar code or label is obtained through a printer set, and the final bar code or label is adhered to the corresponding detected LED lamp. The label is high in signal content, not easy to fall off and good in reliability.

Description

Technical field[0001]The invention relates to the technical field of LED lamp production and processing, in particular to an automobile LED lamp assembly detection and recognition machine, detection and recognition system and method.Background technique[0002]During the processing of automotive LED lights, the appearance, brightness, appearance, lighting voltage and current of the LED lights need to be tested in real time to improve the production quality and qualification rate of the LED lights and improve the brand quality.[0003]In the prior art, in the existing LED lamp production chain, workers need to inspect all the LED lamps produced once. For all testing standards, the form of labeling on products is generally adopted to indicate the test results, such as color labels, marking labels, etc. However, due to the numerous products, long and irregular structures, and exposed lines, it is easy to be entangled and knotted, and labels are easy to fall off. As a result, the follow-up ...

AI Technical Summary

Problems solved by technology

However, due to the large number of products and the problems of long and irregular structures and exposed lines, it is easy to entangle and knot each other, and the labels are easy to fall off.

As a result, the follow-up production process does not know whether the product has passed the inspection of the previous process, so it can only be reworked and re-inspected. After a long period of accumulation, the number of reworked products is huge.

And because there are many testing standards, the glue for label sticking is easy to adhere to the lamp tube, resulting in dust sticking and accumulation, resulting in unqualified final appearance

In addition, the existing detection equipment is scattered, and the completion of parameter detection requires the participation of multiple workers at the same time, which is time-consuming and laborious

Due to the cross placement of equipment, the product structure is also complex and irregular, which may easily lead to knotting of testing equipment and product lines, resulting in equipment damage

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