Discharge detecting device of bearing double-end-face processing machine tool

Abstract

The invention discloses a discharge detecting device of a bearing double-end-face processing machine tool. The discharge detecting device comprises an input guide rail connected with a discharge end of the double-end-face processing machine tool, a measuring vessel used for measuring bearing size, a first output guide rail and a second output guide rail, and the input guide rail comprises a guide unit used for guiding a rolling state of bearings to be a state of sliding along end faces. The discharge detecting device has the advantages that automatic feeding is realized; due to designed structure of the measuring vessel, automatic diverging of qualified products and unqualified products is realized; the guide rail used for conveying the unqualified products is reconnected with an input end of the machine tool, so that reprocessing of defective products is realized, and production cost is lowered; the discharge detecting device is easy and simple to operate, so that high-efficiency full automation of a bearing double-end-face discharge link is realized, processing accuracy is improved, manual work and manpower are reduced, bearing processing and quality are improved, number of repeated secondary processing is reduced, and automated management of bearing double-end-face processing discharge is realized.

Description

technical field [0001] The invention belongs to the technical field of production lines for industrialized production of bearings, and relates to an automatic detection technology for the discharge of a double-end surface processing process in an automatic bearing production line, in particular to a discharge detection device for a bearing double-end surface processing machine tool. Background technique [0002] The bearing processing technology requires the rough machining and fine machining of the surface of the bearing through the processing machine tool, that is, grinding the inner and outer circles of the bearing and the side rings to achieve the precision level of standard components. Among them, after the bearing parts are processed by a double-face machine tool (only double-sided grinding of the ring on the bearing side, or the plane of the upper and lower rings in a horizontal state), some bearing parts often do not meet the requirements, such as There will be some ...

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Problems solved by technology

[0004] The purpose of the present invention is to solve the shortcomings of the existing bearing double-end surface processing machine tools, such as low manual detection efficiency, high labor costs, and missing inspections, and proposes a bearing double-end surface processing machine tool discharge detection device that can realize automatic detection.

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