Processing equipment for bearing cage

Abstract

The invention discloses processing equipment for a bearing cage. The equipment comprises a female die (1), a male die (2), a first power component and an automatic feeding device, wherein the female die (1) and the male die (2) are used for punching a workpiece (5); the first power component (3) pushes the workpiece (5) until the workpiece (5) is sleeved outside the female die (1); the automatic feeding device is provided with a second power component (4); the power direction of the second power component (4) and the power direction of the first power component (3) form a preset angle; and the workpiece (5) is pushed to a preset position through the second power component (4), and then pushed to the female die (1) through the first power component (3). The processing equipment has the advantages of effectively improving the production efficiency of the bearing cage, reducing the effects of personal factors on the bearing cage and enhancing the production quality of the bearing cage.

Description

technical field [0001] The invention relates to the field of bearings, in particular to a processing equipment for a bearing cage. Background technique [0002] During the operation of the bearing, the bearing cage evenly separates the rolling elements and can guide the rolling elements to rotate and improve the internal lubrication performance of the bearing. With the process of modern industrialization, higher requirements are put forward for noise environment control and safe production. The vibration and noise of the cage have become one of the basic performances of bearings. [0003] The structural shape of the tapered roller bearing cage determines the particularity of its assembly and manufacturing process. At present, the process of punching the window hole of the tapered roller bearing cage generally adopts the operation mode of manual feeding of the operator and pedal switch of the punching machine. Manual feeding requires the hands of the operator to continuousl...

AI Technical Summary

Problems solved by technology

Manual feeding requires the hands of the operator to continuously extend between the die and the fixture, and the foot switch for stamping requires the coordination of the operator's hands and feet, resulting in increased unsafe factors, high labor intensity, and low production efficiency.

Moreover, the accuracy of manual feeding is poor, which is greatly affected by the operator's operating level, proficiency, and physical condition, which may easily lead to unstable quality of production cage window holes

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