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Research on the automatic dynamic balancing emendation integrated system with remote manipulating ability

机译:具有远程操纵能力的自动动平衡校正集成系统的研究

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In order to satisfy the needs of advanced dynamic balancing emendation technique, an automatic dynamic balancing emendation integrated system with remote manipulating ability, which took an embedded system as central controlling and measuring unit, was introduced. In the system, automatic dynamic balancing measurement, numerical control machining and workpiece-transfer manipulator were integrated, and two key techniques, including automatic dynamic balancing measurement and remote real-time data transmission, were studied emphatically. For the dynamic balancing measurement, an improved method of adaptive filtering based on harmonic wavelet was presented, an adaptive filter was designed by means of the phase-locking and narrowband analysis ability of harmonic wavelet, and the problem of abstracting unbalance quantity and its phase precisely in the environment of strong background noises with variable frequency structure was successfully solved. For the remote real-time data transmission, based on wavelet transformation, the remote environmental information and field operating parameters were collected, compressed and coded, an approach of collection and compression on video image data was advanced, and the time delay in network communication was forecasted and eliminated. On the basis of above works, an automatic dynamic balancing emendation integrated system with remote manipulating ability was integrated and applied in practice. Applied results indicate that this system runs with the performance of high efficiency, precision and reliability, can meet the needs of dynamic balancing emendation on a large scale, moreover, the system has got remote manipulating and maintaining ability.
机译:为了满足先进的动态平衡校正技术的需要,介绍了一种具有远程操纵能力的自动动态平衡校正集成系统,该系统以嵌入式系统为中央控制和测量单元。该系统集成了自动动平衡测量,数控加工和工件传输机械手,着重研究了自动动平衡测量和远程实时数据传输这两项关键技术。针对动态平衡测量,提出了一种改进的基于谐波小波的自适应滤波方法,利用谐波小波的锁相和窄带分析能力,设计了一种自适应滤波器,精确地提取了不平衡量及其相位。成功解决了具有可变频率结构的强背景噪声的环境。对于远程实时数据传输,基于小波变换,对远程环境信息和现场操作参数进行采集,压缩和编码,提出了对视频图像数据进行采集和压缩的方法,网络通信的时延为预测并消除。在以上工作的基础上,集成了具有远程操纵能力的自动动平衡校正集成系统,并在实践中得到了应用。应用结果表明,该系统具有高效,准确,可靠的性能,可以大规模满足动态平衡修正的需要,并且具有远程操纵和维护能力。

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