Full material number detection equipment

Abstract

The invention provides full material number detection equipment, which comprises a rack. The rack is provided with a core detection mechanism, the lower part of the core detection mechanism is provided with an operation platform, and the lower part of the operating platform is equipped with an industrial control placement box. The core detection mechanism includes at least one scanning group, the scanning group comprises a base plate, the base plate is provided with a first bracket and a second bracket, the first bracket and the second bracket are arranged in parallel, the first bracket is provided with an area-array camera for detecting a product incoming material motion position, and an area-array light source for lighting the area-array camera is connected below the base plate. The automatic detection equipment determines the product location through the area-array camera, determines the product appearance through a line scanning camera, can automatically detects whether the product appearance is qualified according to set program, has high efficiency and high accuracy, is also applicable to occasions in which an inductor cannot be installed, avoids high defective rate caused by human eyes, is suitable for thousands of same and similar types of products, can realize fast switching, saves human resources, and improves the degree of automation.

Description

technical field [0001] The invention relates to the field of visual detection of shell appearance, in particular to a detection device for all material numbers. Background technique [0002] The full part number generally refers to the inspection of the internal parts of the computer casing, the production of the computer casing, the assembly line operation, and the appearance inspection of the finished product. It is necessary to detect whether there are missing parts and whether the parts are in the correct position. In the industry, manual visual inspection is generally used, which is inefficient and easy to miss, and it is difficult to quickly switch between multiple material numbers or similar products. Some assembly lines detect whether products pass the general use of sensors, while some special assembly lines cannot be installed with sensors. This is very inconvenient for production, and the detection accuracy is low. Contents of the invention [0003] In order to...

AI Technical Summary

Problems solved by technology

In the industry, manual visual inspection is generally used, which is inefficient and easy to miss, and it is difficult to quickly switch between multiple material numbers or similar products. Some assembly lines detect whether products pass the general use of sensors, while some special assembly lines cannot be installed with sensors. This is extremely inconvenient for production, and the detection accuracy is low

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