Mechanical part quality test sorting device and method

Abstract

The invention relates to a mechanical part quality test sorting device, which includes a test workbench. The center of the test workbench is equipped with a product rotation table, on which product stop blocks are disposed at intervals. The outer edge of the product rotation table is provided with an automatic feeding mechanism, test tools and electric control parts. The testing tools include a barcode scanning gun, a product camera, sensor components, and an RFID (radio frequency identification device) reader-writer. The barcode scanning gun, the product camera, the sensor components, and the RFID reader-writer are arranged on a circumference. The follow-up position of the RFID reader-writer is provided with a defective product storage area and a good product storage area. An electronic sorting instrument is arranged between the defective product storage area and the good product storage area, and the follow-up position of the good product storage area is provided with a stop block for stopping the product. The sorting device provided in the invention realizes automatic sorting treatment of products such as mechanical parts. The automated intelligence degree of product production is improved, and the human cost of labor intensive sectors is substantially reduced.

Description

Technical field [0001] The invention relates to a device and method for detecting and sorting the quality of mechanical parts. Background technique [0002] In the production of light industry, electronics, mechanical parts and other related industries, there is a widespread demand for product quality testing. For example, in the production of mechanical parts, the basic physical specifications of the parts, such as length, width, height, hardness, etc., need to be carefully tested, and unqualified products must be classified and quality judged. At present, traditional manual inspection methods for product quality are not only inefficient, but also have problems such as false inspections and high missed inspection rates. The inspection quality is difficult to guarantee, which reduces production efficiency and increases manual workload. Moreover, due to the different types and forms of products produced, and different testing standards, there is no general equipment available on ...

AI Technical Summary

Problems solved by technology

At present, the traditional manual inspection method of product quality is not only inefficient, but also has problems such as false detection and high missed detection rate, which makes it difficult to guarantee the detection quality, reduces production efficiency, and increases manual workload.

Moreover, due to the different types and forms of the products produced, the testing standards are also different, and there is no general-purpose equipment available in the market, which makes it difficult to meet the customization requirements of mechanical parts enterprises.

Images