Bolt model automatic detection device and control method

Abstract

The invention discloses a bolt model automatic detection device and a control method. The bolt model automatic detection device comprises a bolt conveying device, a visual detection system and a boltpushing mechanism; the bolt conveying device sequentially conveys bolts through a belt line; the visual detection system is used for collecting image information of the bolts conveyed by the belt lineand distinguishing qualified products from unqualified products of the bolts according to the image information; the bolt pushing mechanism is used for pushing the qualified products and / or the unqualified products of the bolts conveyed by the belt line out of the belt line; and when a result of distinguishing the bolts on the belt line by the visual detection system is that the bolts are the qualified products or the unqualified products, a pushing instruction is sent to the bolt pushing mechanism, and the qualified products and / or the unqualified products are pushed out of the belt line bythe bolt pushing mechanism. The bolt model automatic detection device can automatically detect bolt models, and improves the bolt detection efficiency and the bolt detection accuracy.

Description

technical field [0001] The invention belongs to the technical field of bolt detection, and in particular relates to a bolt type automatic detection device and a control method. Background technique [0002] As a key part of various equipment, bolts play an important role in fixing different parts of the equipment. Because the same equipment (such as air conditioners, washing machines, refrigerators, etc.) often involves different models, the required bolt models are also different. . And because the bolts are small in size and have a high degree of similarity in appearance, the identification ability of employees is highly required in the production process. At present, most production factories use relatively primitive manual inspection methods. The inspection technology is backward, and the inspection results are unstable and prone to misuse and mixed use, which directly leads to the failure of parts to be assembled and the loss of product scrap costs. Contents of the i...

AI Technical Summary

Problems solved by technology

At present, most production factories use relatively primitive manual detection methods. The detection technology is backward, and the detection effect is unstable and prone to misuse and mixed use, which directly leads to the failure of assembly of parts and the loss of product scrap costs.

Images