An automated management system (120) for in-flight restart of engines (110) of an aircraft (100) comprises controllers (130, 160), each engine (110) of the aircraft (100) being managed by one of the controllers (130). A controller (130) that detects the stopped engine cuts off the energy supply to the engine and executes the windmill engine start. If at least one other engine has been stopped, prioritization of engine restarts comprises: collecting information related to the state of health of each engine (110); determining, from the collected information, information indicating a probability of restarting each engine that has been stopped; a sequential order of restarting the stopped engines is determined from information indicating a probability of restarting each engine stopped. Each engine that has stopped continues windmill start until the engine in question is selected in a sequential order that restarts the engine that has stopped. Therefore, the operating state of the aircraft is improved as quickly as possible.
一种用于飞行器(100)的发动机(110)的飞行中重启的自动化管理系统(120),包括控制器(130、160),该飞行器(100)的每个发动机(110)由所述控制器之一(130)管理。检测到已停止的发动机的控制器(130):切断该发动机的能量供应,并执行风车发动机启动。若至少一个其他发动机已停止,则发动机重启的优先级化包括:收集与每个发动机的健康状态有关的信息(110);根据所收集的信息确定表示重启已停止的每个发动机的概率的信息;根据表示重启已停止的每个发动机的概率的信息确定重启已停止的发动机的序贯次序。已停止的每个发动机继续风车启动,直到以重启已停止的发动机的序贯次序选择所讨论的发动机。因此,尽可能快地改善飞行器的操作状态。
Restarting multiple engines of in-flight aircraft
重启飞行中飞行器的多个发动机
2022-12-20
Patent
Electronic Resource
Chinese
IPC: | B64D Ausrüstung für Flugzeuge , EQUIPMENT FOR FITTING IN OR TO AIRCRAFT |
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