Automatic shakeout detection device for aluminum profiles

Abstract

The invention discloses an automatic shakeout detection device for aluminum profiles. The device comprises a database, a data processing module, a PLC (programmable logic controller), an industrial camera, a resistance measuring module, a weighing module, a shakeout module, a recovery module and a detection platform, wherein the data processing module is connected with the database, the PLC and the industrial camera; the PLC is connected with the resistance measuring module and the weighing module; and the PLC is connected with a control end of the shakeout module and a control end of the recovery module, and a discharge port of the recovery module is connected with a feed port of the shakeout module. According to the automatic shakeout detection device, automatic shakeout detection is realized by combining the data processing module with the PLC, the detection result is monitored in real time by the industrial camera and the resistance measuring module, and meanwhile, the cyclic operation of shakeout, weighing and recovery is realized; besides, corresponding detection data stored in the database can be used for subsequent analysis. The automatic shakeout detection device for the aluminum profiles can be widely applied to the industrial field.

Description

technical field [0001] The invention relates to the industrial field, in particular to an automatic sand falling detection device for aluminum profiles. Background technique [0002] The wear resistance of aluminum profile coating reflects the wear resistance of aluminum profiles and is one of the important indicators for evaluating the quality of aluminum profiles. In-depth research on various testing methods is of great significance to ensure the quality of aluminum profiles. At present, there are many methods for testing the wear resistance of aluminum profile coatings, such as: 1. Falling sand test method; 2. Sand blasting tester method; 3. Wheel grinding tester method and so on. In my country, the testing method for the wear resistance of aluminum profiles mainly adopts the falling sand test method, which mainly relies on manual completion of the falling sand test. However, the process of the falling sand test is particularly long. People need to keep adding sand while ...

AI Technical Summary

Problems solved by technology

However, the current practice relies too much on human operation, and there are differences in the judgment standards for aluminum profile black spots after sand falling. Manually cannot accurately judge the size of the hole, which brings a large accidental error to the experimental data, making the experimental data unreliable. Convincing power is greatly reduced, and when people are working for a long time, it is easy to affect judgment due to fatigue, which in turn affects the efficiency and effect of detection

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