CAJ | 학술논문

基于无人机发动机试验检测系统的研制需求,以LabVIEW为开发平台,合理运用汇编语言编程技术,设计开发了无人机发动机野外试车参数采集及分析处理软件.通过采用虚拟仪器、串行模数转换等新技术,实现了在机体与发动机不分离和不需要无人机全系统配合的条件下,模拟地面控制站对发动机进行指令控制,对发动机性能参数实施快速智能检测和综合显示,并根据检测数据进行故障分析,适时提供了维修指南,有效弥补了现有检测手段与方法的不足.
기우무인궤발동궤시험검측계통적연제수구,이LabVIEW위개발평태,합리운용회편어언편정기술,설계개발료무인궤발동궤야외시차삼수채집급분석처리연건.통과채용허의의기、천행모수전환등신기술,실현료재궤체여발동궤불분리화불수요무인궤전계통배합적조건하,모의지면공제참대발동궤진행지령공제,대발동궤성능삼수실시쾌속지능검측화종합현시,병근거검측수거진행고장분석,괄시제공료유수지남,유효미보료현유검측수단여방법적불족.
To meet the requirement of UAV engine test system, a field test running software of the UAV engine based on LabVIEW is designed, which is about parameter collection and data processing. By adopting new technique including virtual instrument and A/D conversion etc., the system can test intellective the engine on the condition that the engine isn' t separated from the plane and the whole system don't need to cooperate. The system can replace the ground control station to control the engine. It can test quickly and expediently, and display the function parameters of the engine. According to testing data, the fault is analyzed and the maintaining guide is offered, and the shortage of the current measure and way is made up effectively.