Bearing outer sleeve ring detection system

Abstract

The invention relates to a bearing outer sleeve ring detection device. The bearing outer sleeve ring detection device comprises at least two devices with different detection functions, a long-strip-shaped station table, a moving gripper and a first driving device, wherein the station table is provided with a plurality of stations, the plurality of stations comprises detection stations corresponding to the number of detection devices, the different detection devices are correspondingly mounted on the different detection stations; the moving gripper is arranged opposite to the station table, wherein one side, facing the station table, of the moving gripper is provided with a plurality of grooves used for grabbing a bearing outer sleeve ring, and the number of the grooves is more than two ofthe detection devices; the first driving device comprises a first motor for allowing the moving gripper to move in the length direction of the station table and a second motor for allowing the movinggripper to move perpendicular to the station table; and the stroke of the moving gripper driven by the first motor is equal to the spacing between the two adjacent stations.

Description

technical field [0001] The invention relates to the field of bearing detection, in particular to a bearing outer ring detection system. Background technique [0002] Deep groove ball bearings are composed of outer ring, inner wheel, balls and cage. In order to ensure that the inner wheel of the bearing and the ball with the cage can be well installed into the outer ring of the bearing, the existing deep groove ball bearing needs to inspect the outer ring of the bearing before assembling. [0003] In Chinese patent application: CN201910347445.X, a device for detecting the outer ring of a bearing is disclosed, which automatically transports the outer ring of the bearing to the detection station, and measures the height, chamfer, diameter of the ball groove, and shaft of the ball groove. Detecting parameters such as eccentricity effectively increases the detection efficiency and detection accuracy of the bearing outer ring. [0004] However, in the prior art, since multiple p...

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Problems solved by technology

[0004] However, in the prior art, due to the need to detect multiple parameters of the bearing outer ring, the detection devices are located at different stations, so a transmission track is required for transmission

However, the transmission track itself is a constant speed transmission, and the transmission rhythm cannot be controlled. It needs to cooperate with a special limit mechanism to limit the position. This will cause a workpiece to be detected, and subsequent workpieces need to wait, making the detection efficiency of the entire detection system not high.

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