Universal chamfer detection device on bearing material channel

Abstract

The invention discloses a universal chamfer detection device on a bearing material channel. The universal chamfer detection device comprises an inclined conveying material channel, a rectangular positioning base abuts against the upper end face of the conveying material channel, side supporting plates are fixed to the two side walls of the positioning base, and the lower ends of the side supporting plates are fixed to the conveying material channel; inserting grooves communicated with containing grooves are formed in the side supporting plates, and flanges are formed on the side supporting plates on the two sides of the inserting grooves; Two detection rods are inserted into the containing grooves of the positioning base, the lower ends of the detection rods extend out of the positioning base to form detection heads, and the other end of each detection rod penetrates through the inserting grooves of the side supporting plates and the sliding blocks to be fixedly provided with side adjusting plates; the sliding block is inserted between the flanges, guide grooves are formed in the inner walls of the flanges, guide blocks are formed on the two side walls of the sliding block, and theguide blocks are inserted into the guide grooves of the flanges.

Description

technical field [0001] The invention relates to the technical field of bearing production equipment, in particular to a general-purpose chamfering detection device on a bearing material path. Background technique [0002] The existing turning process of bearing rings includes feeding, inner groove cutting, waterproof groove cutting, chamfering and cutting of the outer ring of the end face, etc. The above-mentioned processes are completed by corresponding equipment, and each equipment is realized by connecting equipment. Turnover transportation between various equipment; most of the connecting equipment is a trough structure, and in order to prevent the missing processing of the above process, the connecting equipment also needs to be equipped with a device that can detect missing processing, such as the outer ring of the end face of the bearing ring For chamfering and cutting, the existing detection method is to use a clamp set in the trough. The corners of the clamp are pro...

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Problems solved by technology

[0002] The existing turning process of bearing rings includes feeding, inner groove cutting, waterproof groove cutting, chamfering and cutting of the outer ring of the end face, etc. The above-mentioned processes are completed by corresponding equipment, and the connection between each equipment is realized. Turnover transportation between various equipment; most of the connecting equipment is a trough structure, and at the same time, in order to prevent the missing processing of the above process, the connecting equipment also needs to be equipped with a device that can detect missing processing, such as the outer ring of the end face of the bearing ring For chamfering and cutting, the existing detection method is to use a clamp set in the trough. The corners of the clamp are provided with triangular blocking blocks opposite to the chamfering of the ferrule. The blocking block can block the unprocessed chamfering. Bearing rings pass through the trough; however, the existing clamping plate structure is fixed, which is not suitable for the detection of bearing rings of various specifications and sizes, and a general chamfering detection device is needed

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