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复合轮齿式压缩机性能及结构设计分析 被引量:4
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作者 尹静 彭学院 +1 位作者 冯全科 沈锦丰 《流体机械》 CSCD 北大核心 1998年第10期22-25,共4页
介绍了复合轮齿机构作为流体压送装置的工作原理及特点,分析了当复合轮齿机构用于气体压送装置时应注意的主要问题,提出了复合轮齿式压缩机性能参数及结构参数的确定方法。||关键词##4压缩机;;性能及结构;;
关键词 压缩机 结构设计 性能 复合轮齿式
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复合轮齿式液压马达
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作者 钟荣 江先泽 《液压气动与密封》 2002年第3期35-36,共2页
关键词 复合轮齿式 液压马达
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Study on Coaxiality Measurement System of Compound Gear Shaft Based on Non⁃contact Optic 被引量:2
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作者 YE Zhibin LU Yonghua +2 位作者 TAN Jie LI Yanlong CHAI Zhong 《Transactions of Nanjing University of Aeronautics and Astronautics》 EI CSCD 2021年第3期393-403,共11页
Aiming at the shortcomings of traditional contact measurement methods such as low measurement efficiency,high cost and low accuracy,a non-contact optical measurement method based on the laser displacement sensor is pr... Aiming at the shortcomings of traditional contact measurement methods such as low measurement efficiency,high cost and low accuracy,a non-contact optical measurement method based on the laser displacement sensor is proposed.According to the relevant regulations of the coaxiality error evaluation standard and the structural characteristics of the compound gear shaft,we have designed and built a set of supporting software system as well as a hardware test platform.In this paper,the distance difference threshold and scale threshold methods are used to eliminate outlier data.The least squares circle is selected to calculate the center of the circle and the minimum containment cylinder axis method is used as the reference axis of the composite gear shaft.Compensated by the standard step shaft calibration,the coaxiality error of the composite gear shaft can be measured to be within 0.01 mm in less than two minutes.The range value of the multi-section measurement test is 0.065 mm.The average coaxiality error is∅0.476 mm. 展开更多
关键词 compound gear shaft non-contact measurement laser displacement sensor COAXIALITY measuring system
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