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Unobtrusive and automated detection of frequencies of spatially located distinct parts of a machine
Unobtrusive and automated detection of frequencies of spatially located distinct parts of a machine
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机译:毫不扰动地自动检测机器在空间上不同部位的频率
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#$%^&*AU2019200861B220200903.pdf#####ABSTRACT UNOBTRUSIVE AND AUTOMATED DETECTION OF FREQUENCIES OF SPATIALLY LOCATED DISTINCT PARTS OF A MACHINE 5 This disclosure relates generally to methods and systems for unobtrusive and automated detection of frequencies of spatially located distinct parts of a machine. Location of vibration and detection of vibration frequency of each vibrating part in a machine is critical for routine monitoring and fault detection in the machine. 10 Current solutions use either high frames per second (fps) industrial grade camera or stroboscopes tuned at one particular frequency. Manual stroboscopes require manual intervention for objects moving at different speeds with high convergence time. Point-lasers need prior knowledge of exact location of faults. Also Point-bypoint scanning of a large machine body is time consuming. In the present disclosure, 15 a movement detector such as RADAR enables detecting all vibration frequencies that also serve to reduce the search space of a stroboscope configured to start strobing at each detected vibration frequency to enable mapping of each vibration frequency to a corresponding vibrating part. 20 [To be published with FIG. 3]CD CDC CDC . Jo I CC CDC CD
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