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    • 4. 发明申请
    • AIRCRAFT CABIN AIR TEMPERATURE SENSING APPARATUS AND SYSTEM USING PASSIVE AIR FLOW
    • 飞机客舱空气温度传感装置和使用被动空气流的系统
    • WO2017062789A1
    • 2017-04-13
    • PCT/US2016/056027
    • 2016-10-07
    • BOMBARDIER INC.LEARJET INC.
    • FAGUNDES, Sandro Afonso SilvaSTEFANINI, Luciano MartinezWANG, Hongzhi
    • B64D13/00B64D13/06
    • B64D13/00B64D2013/0625Y02T50/44
    • An air temperature sensing apparatus and a system for an aircraft includes an ejector with a first air duct (118) for receiving a first air flow (120) from an aircraft air distribution duct, the first air duct (118) defining a first cross-sectional area (134), a second air duct (122) for receiving a second air flow (124) from a passenger compartment of the aircraft, the second air flow (124) merging with the first air flow (120) downstream of the second air duct (122), and a restrictor (130) connected to the first air duct (118) defining a minimal cross-sectional area (144). The apparatus and system also include a temperature sensor (140) in fluid communication with the second air flow (124). The minimal cross-sectional area (144) of the restrictor is smaller than the first cross-sectional area (134) of the first air duct to create a region of low pressure within the ejector, causing the second air flow (124) to be suctioned over the temperature sensor (140).
    • 一种空气温度感测装置和用于飞行器的系统包括具有用于从飞机空气分配管道接收第一空气流(120)的第一空气管道(118)的喷射器,所述第一空气管道(118)限定第一横截面 截面积(134),用于从飞机的乘客舱接收第二空气流(124)的第二空气管道(122),第二空气流(124)与第二空气流(120)在第二空气流 空气管道(122)和连接到限定最小横截面面积(144)的第一空气管道(118)的限流器(130)。 该装置和系统还包括与第二气流(124)流体连通的温度传感器(140)。 限制器的最小横截面积(144)小于第一空气管道的第一横截面积(134),以在喷射器内产生低压区域,从而使第二空气流(124)为 抽吸在温度传感器(140)上。