Machining device for stamping bearing with counterbore

Abstract

The invention discloses a machining device for a stamping bearing with a counterbore. The machining device comprises the bearing, a stamping base arranged outside the bearing in a sleeving mode and a machining device body used for forming the stamping base and installing the stamping base into the bearing, a cavity allowing the bearing to be placed in is formed in the stamping base, a forming base is formed on the periphery of the stamping base through stamping, the forming base is arranged in a U shape with a downward opening, the bottom of the forming base is higher than the bottom of the stamping base, the machining device body comprises a riveting die, axial movement of the outer ring of the bearing is limited, and the assembling stability of the stamping base and the bearing is improved.

Description

technical field [0001] The invention relates to the technical field of bearing equipment, in particular to a processing device for stamping bearings with locking ports. Background technique [0002] Stamping bearings are widely used and can withstand radial loads and bidirectional axial loads. Usually, the structure of stamping bearings includes outer rings, inner rings, cages and stamping bodies. Among them, the stamping bodies are the core components of stamping bearings. The stamping bearing provides the installation position and increases the structural strength. A stamping bearing in the prior art has a stamping body sleeved outside the outer ring, and the stamping parts and the outer ring are not tightly matched. During use, the bearing is prone to axial displacement. In addition, a processing device for stamping bearings in the prior art usually directly stamps the stamping parts on the bearing, the forming of the stamping parts is not good, and the assembly limit bet...

AI Technical Summary

Problems solved by technology

[0002] Stamping bearings are widely used and can withstand radial loads and bidirectional axial loads. Usually, the structure of stamping bearings includes outer rings, inner rings, cages and stamping bodies. Among them, the stamping bodies are the core components of stamping bearings. The stamping bearing provides the installation position and increases the structural strength. A stamping bearing in the prior art has a stamping body sleeved outside the outer ring, and the stamping parts and the outer ring are not tightly matched. During use, the bearing is prone to axial displacement. In addition, a processing device for stamping bearings in the prior art usually directly stamps the stamping parts on the bearing, the forming of the stamping parts is not good, and the assembly limit between the stamping parts and the outer ring of the bearing is not good. good

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