Anti-searching type machining device based on light breaking flow direction positioning

Abstract

The invention discloses a light breaking flow direction positioning anti-exploration type machining device which comprises a detection box, an electromagnetic equipotential conversion press-fit shaping device, a light breaking flow direction positioning dynamic detection device, a reaction light exploration device and a positioning device. The electromagnetic equipotential conversion press-fit shaping device and the light breaking flow direction positioning dynamic detection device are arranged in the detection box, the light breaking flow direction positioning dynamic detection device is arranged at the lower end of the electromagnetic equipotential conversion press-fit shaping device, and the reaction light detection device is arranged in the detection box. The reaction light searching device is arranged at the lower end of the light breaking flow direction positioning dynamic detection device, the positioning device is arranged on the outer side wall of the detection box, and the electromagnetic equipotential rotating press-fit shaping device is movably arranged on the positioning device. The invention belongs to the technical field of mechanical part detection, and particularly relates to a light breaking flow direction positioning anti-searching type machining device which comprehensively achieves the technical effect of portable detection of irregular parts.

Description

technical field [0001] The invention belongs to the technical field of mechanical parts detection devices, and specifically refers to an anti-seeking mechanical processing device based on light fragmentation flow direction positioning. Background technique [0002] Mechanical parts refer to products that have been completed and constitute an integral part of the user's product. Although mechanical parts cannot independently play a role in production, they directly affect the normal production. A large number of unqualified parts will be produced during the processing of existing mechanical parts. For this, we need to use parts testing equipment to detect parts. Most of the mechanical parts are irregular shapes. For irregular parts with a flat surface The detection of parts and corners is more difficult and difficult to detect manually. More accurate equipment and instruments are often required for detection, but such instruments are expensive. Contents of the invention ...

AI Technical Summary

Problems solved by technology

[0002] Mechanical parts refer to products that have been completed and constitute an integral part of the user's product. Although mechanical parts cannot play a production role independently, they directly affect the normal production

A large number of unqualified parts will be produced during the processing of existing mechanical parts. For this, we need to use parts testing equipment to detect parts. Most of the mechanical parts are irregular shapes. For irregular parts with a flat surface The detection of parts and components is difficult when testing corner specifications. It is difficult to detect artificially. More accurate equipment and instruments are often required for detection, but such instruments are expensive.

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