Development and Perspectives of Bearing Life Testers

Yuan Zhang, Xiaolong Wang, Yuanxin Qu
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Abstract

Background:: Bearings are a kind of precision mechanical basic parts that are widely used in aerospace, automobile, home appliances and industrial fields. At the same time, bearings are also one of the most important wear parts in mechanical equipment. The research and analysis of bearing life are of great significance as they directly affect the efficiency and safety of the equipment. Objective:: By analyzing and discussing the patents on bearing life testing devices, some valuable conclusions have been drawn, and the development direction of bearing life research and bearing testing devices is speculated. Methods:: Various bearing life testing devices, such as life testing machines, performance testing machines and simulation testing machines, are observed, and the influence of bearing life testing devices on bearing quality assessment and product development is analyzed. The patents about the bearing life testing device are investigated in conjunction with the bearing life data signal acquisition method. Results:: The analysis of bearing life detection devices in bearing fatigue life and performance failure in the bearing failure detection collection method primarily uses vibration detection method, while bearing life detection devices primarily focus on structural innovation and detection method innovation to improve the accuracy of bearing detection. Conclusion:: The development of the bearing detection device and the advancement of test software, multi-species, small batch, high precision, multiple control, group control, simulation of working conditions, and special development work in tandem to address technical issues and improve bearing detection device functionality.
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轴承寿命测试仪的发展与展望
背景:轴承是一种精密机械基础零件,广泛应用于航空航天、汽车、家电和工业领域。同时,轴承也是机械设备中最重要的易损件之一。轴承寿命的研究和分析具有重要意义,因为它直接影响到设备的效率和安全。目的:通过对轴承寿命试验装置专利的分析讨论,得出了一些有价值的结论,并对轴承寿命研究和轴承试验装置的发展方向进行了推测。方法:观察寿命试验机、性能试验机、模拟试验机等各种轴承寿命试验装置,分析轴承寿命试验装置对轴承质量评价和产品开发的影响。结合轴承寿命数据信号采集方法,对轴承寿命检测装置专利进行了研究。结果:对轴承寿命检测装置在轴承疲劳寿命和性能失效分析中,轴承失效检测采集方法主要采用振动检测方法,而轴承寿命检测装置主要侧重于结构创新和检测方法创新,以提高轴承检测精度。结论:轴承检测装置的研制与测试软件的进步,多品种、小批量、高精度、多控、组控、工况模拟、专项开发等工作同步进行,解决技术问题,提高轴承检测装置的功能性。
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来源期刊
Recent Patents on Engineering
Recent Patents on Engineering Engineering-Engineering (all)
CiteScore
1.40
自引率
0.00%
发文量
100
期刊介绍: Recent Patents on Engineering publishes review articles by experts on recent patents in the major fields of engineering. A selection of important and recent patents on engineering is also included in the journal. The journal is essential reading for all researchers involved in engineering sciences.
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