Bearing inner ring supply device

Abstract

The invention provides a bearing inner ring supply device capable of being provided with a plurality of material stringing rods. A plurality of bearing inner rings can be stacked on each material stringing rod, and a large number of bearing inner rings can be stored in the device. Through a pushing device, the supply device has the capability of sequentially discharging the single bearing inner rings, and the enterprise requirement for continuous and uninterrupted large-batch bearing inner ring supply is met. After the bearing inner rings on one material stringing rod are discharged, a rotation shaft driving device is used for driving a rotation shaft to rotate, accordingly, a bearing device is made to rotate, and accordingly automatic material stringing rod replacement for discharging isachieved. Full-automatic continuous discharging of the supply device is achieved, and manual operation for material stringing rod replacement is not needed. The supply device is reasonable in design,the one-time feeding continuous work time is long, the positioning precision is high, and running is stable. The enterprise bearing product preparing efficiency is improved, the labor cost is saved, meanwhile, material supply continuity is guaranteed, and the machine assembling efficiency is improved.

Description

technical field [0001] The invention relates to a bearing inner ring feeding device. Background technique [0002] At present, when automatically assembling bearing products, it is necessary to continuously feed materials to the assembly equipment. The existing feeding method for the inner ring of the bearing is usually to hang a material belt at the feed port to place the inner ring of the bearing to be processed, and wait for the material belt to be processed inside the bearing. After the ring processing is completed, another material belt is manually replaced. This feeding method has low work efficiency, and it is easy to affect the processing efficiency due to the negligence of workers. There is no continuous and uninterrupted large-volume feeding device to achieve high assembly production. efficiency. Therefore, in order to meet the practical needs of the enterprise, it is necessary to design a high-efficiency feeding device for the inner ring of the bearing. Content...

AI Technical Summary

Problems solved by technology

[0002] At present, when automatically assembling bearing products, it is necessary to continuously feed materials to the assembly equipment. The existing feeding method for the inner ring of the bearing is usually to hang a material belt at the feed port to place the inner ring of the bearing to be processed, and wait for the material belt to be processed inside the bearing. After the ring processing is completed, another material belt is manually replaced. This feeding method has low work efficiency, and it is easy to affect the processing efficiency due to the negligence of workers. There is no continuous and uninterrupted large-volume feeding device to achieve high assembly production. efficiency

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