Bearing ring feeder

Abstract

The invention discloses a bearing ring feeder which comprises a framework and an oblique storage table. The storage table is arranged on the framework, an oblique discharge channel is arranged on a side of the storage table, the lowest end of the discharge channel is hinged onto the framework, and a driving device for changing oblique angles of the discharge channel is arranged at the highest end of the discharge channel; a push device for pushing bearing rings to the discharge channel is arranged on the storage table; a ring separating device for discharging the bearing rings one by one is arranged at a discharge outlet of the discharge channel. The bearing ring feeder has the advantages that the storage table has appropriate oblique angles, so that the bearing rings can be neatly arrayed, can be separately fed and can be prevented from being collided with one another, accordingly, defective products due to collision can be reduced, and the production cost can be lowered; the distance between a pair of discharge barriers of the discharge channel can be appropriately adjusted, and accordingly the discharge channel is applicable to discharging the diversified bearing rings.

Description

technical field [0001] The invention relates to the field of mechanical production, and mainly relates to a bearing ring feeding machine. Background technique [0002] The bearing rings after the automatic processing of the machine tool are generally manually loaded. The speed of feeding and the processing speed of the bearing rings cannot be well matched, and the distance between the two bearing rings cannot be controlled. It is easy to collide with each other, which has a great impact on the appearance and machining accuracy of the bearing, and produces a large number of waste and defective products; secondly, in order for the next process to proceed normally, at least two people are required to alternately push the bearing ring to the feeding channel, which consumes a lot of time. A lot of manpower increases the production cost, and once the force is accidentally used too much, it will cause damage to the product and waste of raw materials. Contents of the invention ...

AI Technical Summary

Problems solved by technology

[0002] The bearing rings after the automatic processing of the machine tool are generally manually loaded. The speed of feeding and the processing speed of the bearing rings cannot be well matched, and the distance between the two bearing rings cannot be controlled. It is easy to collide with each other, which has a great impact on the appearance and machining accuracy of the bearing, and produces a large number of waste and defective products; secondly, in order for the next process to proceed normally, at least two people are required to alternately push the bearing ring to the feeding channel, which consumes a lot of time. More manpower increases the production cost, and if you accidentally use too much force, it will cause damage to the product and waste of raw materials

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