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System and method for monitoring an aircraft engine

机译:用于监视飞机发动机的系统和方法

摘要

An aircraft engine monitoring system, comprising: - an acquisition module (3) for acquiring current measurements of physical quantities, called input (ME) and physical output quantities (MS), relating to said aircraft engine (15), - a simulation module (5) of the physical behavior of said aircraft engine, to simulate values of output physical quantities (VS) as a function of said current measurements of input physical quantities (ME ), - a processor (9) for calculating physical margins, known as real (MR), between said simulated values of physical output quantities (VS) and said corresponding current measurements of physical output quantities (MS), - a module d 'learning (7) for predicting margins, called predicted margins (MP), from current measurements of input physical quantities (ME), and in that said processor (9) is configured to calculate monitoring residuals ( R) showing an indication of the condition of the aircraft engine . Figure for the abstract: Fig. 1
机译:一种飞机发动机监视系统,包括:-采集模块(3),用于采集与所述飞机发动机(15)有关的物理量的当前测量值,称为输入(ME)和物理输出量(MS),-模拟模块( 5)所述飞机发动机的物理行为,以模拟所述输出物理量(VS)的值作为所述输入物理量(ME)的当前测量值的函数,-用于计算物理余量的处理器(9),称为实数(MR),在所述物理输出量(VS)的模拟值和所述物理输出量(MS)的相应的电流测量值之间,-用于从电流预测余量的模块d'学习(7),称为预测余量(MP)测量输入物理量(ME),并且所述处理器(9)被配置为计算监测残差(R),所述监测残差R表示飞机发动机的状态的指示。图为摘要:图1

著录项

  • 公开/公告号FR3095424A1

    专利类型

  • 公开/公告日2020-10-30

    原文格式PDF

  • 申请/专利权人 SAFRAN;

    申请/专利号FR1904283

  • 发明设计人 SÉBASTIEN PHILIPPE RAZAKARIVONY;

    申请日2019-04-23

  • 分类号B64F5/60;G01M15/14;G05B17;G07C5;

  • 国家 FR

  • 入库时间 2022-08-21 11:00:19

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