Stamping outer ring bearing detector

Abstract

The invention discloses a stamping outer ring bearing detector. The stamping outer ring bearing detector comprises a frame, wherein a feed conveying belt for conveying a bearing, a height detecting station for detecting the height of the bearing, an eddy current inspection station for detecting the end surface of the bearing and an R angle crack, a turning station for turning the bearing, a flexibility detecting station for detecting the flexibility of the bearing, a pull core detecting station for detecting an inner return circle of the bearing, an image detecting station for detecting a typing surface defect of the bearing, an unqualified product removing station for pushing the unqualified bearing into an unqualified product storage box and a discharge conveying belt for conveying the qualified bearing outside are arranged on the frame in sequence from left to right; the frame is provided with a feeding mechanism for transferring the bearing among all the stations; and all the stations are electrically connected with a PLC program controller. The stamping outer ring bearing detector, provided by the invention, is high in detecting efficiency.

Description

technical field [0001] The invention relates to the technical field of testing equipment, in particular to a stamping outer ring bearing testing machine. Background technique [0002] At present, the detection of stamped outer rings mainly adopts the manual segmented circulation method: this method is mainly composed of two parts: part machine inspection and manual inspection. Part of the machine inspection mainly completes the three processes of missing stitches, flexibility, and end surface cracks, and manual inspection The inspection mainly completes the detection of product height and low height, the detection of R-angle cracks of bearings, the detection of inner round core pulling of products, and finally completes the inspection of products. This inspection method is disconnected between the processes and does not appear in the form of a complete machine. It needs to be circulated and waited between processes, which takes a long time, has low efficiency, and requires a...

AI Technical Summary

Problems solved by technology

This inspection method is disconnected between the processes and does not appear in the form of a complete machine. It needs to be circulated and waited between processes, which takes a long time, has low efficiency, and requires a lot of manual intervention and high labor costs at the same time. In the middle, because the product is sent to the detection material port by the oscillating plate, that is, the product roll side up or the typing side up is random and uncertain, which is not conducive to the analysis and tracking of the product testing data in the later stage.

Based on the above shortcomings, it is not suitable for products with high measurement accuracy and batch testing, and is only suitable for small batch and multi-specification testing.

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