Bearing ring grinding workshop detection line

Abstract

The invention provides a bearing ring grinding workshop detection line. The bearing ring grinding workshop detection line is used for achieving automated detection of bearing rings. The bearing ring grinding workshop detection line comprises a feeding conveyor, a discharging conveyor, an isothermal box, a detection conveyor, a detection table, a classifying table, a classifying groove and a returnconveyor. Two left-right arranged spraying boxes are arranged on the feeding conveyor. The discharging conveyor and the feeding conveyor are arranged in parallel. The isothermal box is located between the feeding conveyor and the discharging conveyor, a feeding ramp is arranged between the isothermal box and the feeding conveyor, a discharging ramp is arranged between the isothermal box and the discharging conveyor, and a transferring unit for driving an inner ring or an outer ring to enter and exit the isothermal box is arranged in the isothermal box. The detection conveyor is arranged in amanner that the detection conveyor is perpendicular to the discharging conveyor. The detection table is arranged on the left side of the detection conveyor, and a detector is arranged on the detectiontable. The classifying groove is formed in the detection conveyor, and the lower end of the classifying groove is engaged with a classifying table. The return conveyor is arranged in a manner that the return conveyor is perpendicular to the detection conveyor. By means of the bearing ring grinding workshop detection line, automated detection of bearing rings can be achieved.

Description

technical field [0001] The invention relates to the technical field of bearing ring detection, in particular to a detection line for a bearing ring grinding workshop used in a bearing ring grinding workshop and matched with a grinding processing line. Background technique [0002] Bearing is a very important part in the machinery industry. It is widely used and has a wide variety. The processing accuracy and quality of bearings are related to the performance, quality and life of mechanical products. Therefore, the processing quality inspection of various bearings has always been Manufacturers are concerned about issues that matter. In the high-level bearing grinding process, online intelligent detection has been realized, but the detection methods of quite a few bearing manufacturers in China are still in the stage of combining semi-automatic and manual, and the establishment of a convenient, feasible and reliable detection line is still There is a big market. [0003] In ...

AI Technical Summary

Problems solved by technology

[0003] In the case of the existing manual inspection technology for bearing rings, the inspection cannot be well integrated into the production process

Mainly manifested in the following aspects: (1) 100% inspection cannot be realized on the production line; (2) The inspection results of the bearing cannot be communicated with the grinding process in real time; (3) The detection environment and the production environment are quite different, which affects the accuracy of the inspection. (4) It is impossible to classify the processing out-of-tolerance products in time; (5) It cannot be connected with the follow-up process of bearing production, which causes waste in terms of time and space, and is easy to bring extra work to the bearing ring (such as Anti-rust) and accidental damage (such as bump damage) and then lead to new quality problems

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