Bearing assembly detecting device

Abstract

The invention relates to the technical field of processing and detection of bearings, and discloses an integrated bearing assembly detecting device. The integrated bearing assembly detecting device comprises a rack and a grease filling and cap pressing system, a vibration detecting system and a conveying system arranged on the rack; the grease filling and cap pressing system includes a first weighing mechanism, a first grease filling mechanism, a first cap adding mechanism, a first cap pressing mechanism, a first cap detecting mechanism, a first turning-over mechanism, a second weighing mechanism, a second grease filling mechanism, a second cap adding mechanism, a second cap pressing mechanism, a second cap detecting mechanism and a grease homogenizing mechanism which are sequentially disposed along a conveying direction of the bearing; the vibration detecting system is located on one side of the grease homogenizing mechanism, can be rigidly connected to the rack, and can be detached from the rack as needed; the vibration detecting system includes an A-face detecting mechanism, a second turning-over mechanism and a B-face detecting mechanism which are sequentially disposed along the conveying direction of the bearing; and the conveying system is configured to simultaneously perform material loading and material unloading on the grease filling and cap pressing system and the vibration detecting system.

Description

technical field [0001] The invention relates to the technical field of bearing processing and testing, in particular to an integrated bearing assembly testing device. Background technique [0002] Bearings are an important part of contemporary mechanical equipment. According to the friction properties, bearings can be divided into two categories: sliding bearings and rolling bearings. Rolling bearings are generally composed of inner rings, outer rings, balls and cages. Bearing is one of the most critical basic parts in rotating machinery. The quality of bearing is directly related to the working performance of the main machine. According to reliable data, 30% of the faults in rotating machinery are related to bearings. The processing procedures of bearings include riveting, weighing, grease injection, capping, capping, cap inspection, grease uniformity, vibration detection and analysis, etc. [0003] At present, the distribution of the above-mentioned processing procedures...

AI Technical Summary

Problems solved by technology

[0003] At present, the distribution of the above-mentioned processing procedures is relatively scattered, especially the vibration detection and analysis, which needs to be carried out independently to avoid vibration interference; each process corresponds to a machine, resulting in high cost

In addition, the bearings need to be transferred between various processing machines. During the transfer process, the bearings are easily contaminated, and sometimes the bearings are misplaced, which affects the processing quality of the bearings to a certain extent.

Furthermore, since each processing machine is independent, although the floor space is small, the corresponding space in the machine cover is also small. When maintaining the inside of the machine, the maintenance space is insufficient and the maintenance is inconvenient.

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