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AssigneeNanjing University of Aeronautics and Astronautics
InventorsLei QIU, Shenfang YUAN, Qianyun ZHENG, Hanfei MEI, Yuanqiang REN, Qiao BAO
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The present invention discloses a diode array-based digitized miniature ultra-low-power-consumption impact monitoring system, which belongs to the technical field of aircraft structural health monitoring. The impact monitoring system consists of a miniature sensor array interface, a passive band-pass filter array, a diode array, a digital conversion and management module, an on-board bus communication module, a monitoring data storage module, a self-powering module, and a miniature communication and power supply interface. According to the impact monitoring system, the amplitudes of impact response signals are controlled within a clamp voltage range of diodes by using the diode array, thereby realizing the first-stage digitization; and the second-stage digitization of the impact response signals is realized by using the digital conversion and management module consisting of a miniature field programmable gate array of ultra-low-power-consumption. The impact monitoring system can realize on-line, real-time and uninterrupted impact monitoring on large-scale aircraft structures, thereby improving the safety and maintenance efficiency of the aircraft structures.
A diode array-based digitized miniature ultra-low-power-consumption impact monitoring system, comprising a miniature sensor array interface, a passive band-pass filter array, a diode array, a digital conversion and management module, an on-board bus communication module, a monitoring data storage module, a self-powering module, and a miniature communication and power supply interface, wherein the miniature sensor array interface, the passive band-pass filter array, the diode array, and the digital conversion and management module are sequentially connected, the digital conversion and management module is bidirectionally connected to the on-board bus communication module, the digital conversion and management module is bidirectionally connected to the monitoring data storage module, the on-board bus communication module is bidirectionally connected to the miniature communication and power supply interface, the on-board bus communication module, the monitoring data storage module, and the digital conversion and management module are connected to the self-powering module respectively, and the self-powering module is connected to the miniature communication and power supply interface.
Dependencies are inferred from the claim text.