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MOISTURE CONTROL SYSTEMS AND METHODS FOR CONTROLLING MOISTURE IN AN AIRCRAFT

机译:用于飞机中水分控制的水分控制系统和方法

摘要

A moisture control system (242) includes an anode (244) coupled to an insulation blanket (214) that is positioned between an inner wall (208) and an outer wall (216) of an aircraft fuselage (130), a cathode (246) coupled to an interior surface (248) of the outer wall (216), and a power control unit (252) coupled to the anode (244) and the cathode (246) to apply voltage across the anode (244) and the cathode (246). When the voltage is applied across the anode (244) and the cathode (246), moisture is drawn away from the anode (244) and toward the cathode (246) on the interior surface (248) of the outer wall (216) and guided along a drainage path (254) provided via structural members (222) disposed between the inner wall (208) and the outer wall (216) toward a drainage port (256).
机译:湿度控制系统(242)包括连接到隔热毯(214)的阳极(244),该隔热毯位于飞机机身(130)的内​​壁(208)和外壁(216)之间,阴极(246) )耦合到外壁(216)的内表面(248),并且功率控制单元(252)耦合到阳极(244)和阴极(246),以在阳极(244)和阴极之间施加电压(246)。当在阳极(244)和阴极(246)之间施加电压时,水分从阳极(244)移出并朝着外壁(216)的内表面(248)上的阴极(246)吸走,并且沿着经由设置在内壁(208)和外壁(216)之间的结构构件(222)提供的排水路径(254)朝向排水口(256)引导。

著录项

  • 公开/公告号EP3696082A1

    专利类型

  • 公开/公告日2020-08-19

    原文格式PDF

  • 申请/专利权人 THE BOEING COMPANY;

    申请/专利号EP20200156971

  • 发明设计人 LEMERY STEVEN G.;

    申请日2020-02-12

  • 分类号B64C1/40;B60R13/08;B01D61/56;F26B5;

  • 国家 EP

  • 入库时间 2022-08-21 11:40:30

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