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    • 11. 发明公开
    • Method for generating hydraulic power in an aircraft, use of a hybrid power control unit and drive system
    • 一种用于在飞行器中产生油压功率,使用混合动力控制单元和驱动系统的方法
    • EP2690007A1
    • 2014-01-29
    • EP12178041.5
    • 2012-07-26
    • Airbus Operations GmbH
    • Fleddermann, AndreasHeintjes, Mark
    • B64C13/40B64C13/42
    • B64C9/04B64C13/40B64C13/42B64D41/00Y02T50/44
    • A method for generating hydraulic power in an aircraft (2), the aircraft having a drive system (4) comprising at least one transmission shaft (10, 14, 44, 46) connected to a power control unit (22, 24), the power control unit having an electric motor (36) and a hydraulic displacement machine (34) connected to a differential gear unit (28) for driving a common output shaft (52), the method comprises the steps of switching the hydraulic displacement machine into a pump mode, arresting the output shaft, rotating the electric motor such that the hydraulic displacement machine is driven due to the arrested output shaft and supplying the fluid flow into a hydraulic system (54). A drive system of an aircraft may thereby used for either moving control surfaces or for generating hydraulic power in an aircraft. This hydraulic power may be used to cover hydraulic load peaks during aircraft operation or to power hydraulic devices without the need of additional hydraulic power generation components.
    • 一种用于在飞机产生油压功率的方法(2),其具有连接到电源控制单元(22,24)的驱动系统(4)包括至少一个变速器轴(10,14,44,46)的飞机,所述 具有电动马达(36)和连接到差动齿轮单元(28),用于驱动一个共同的输出轴(52)的液压位移机(34),电源控制单元,该方法包括的液压位移机切换至步骤 泵模式,阻止输出轴,旋转电动马达做检查液压位移机由于输出轴驱动,抓获供给流体流入的液压系统(54)。 飞行器的驱动系统可以由此用于任一移动控制表面或用于在飞行器上产生液压动力。 该液压动力可用于飞机操作过程中,以覆盖液压负载峰或,而不需要附加的液压发电组件的液压装置提供动力。
    • 19. 发明公开
    • Hydraulic control system for a trim surface
    • 液压控制的Trimmungsklappe
    • EP1182134A3
    • 2003-01-15
    • EP01303012.7
    • 2001-03-29
    • HR TEXTRON INC.
    • Hart, Kenneth Edward
    • B64C13/40
    • B64C13/40
    • A control system utilizes hydraulic power only to control a fixed-wing aircraft horizontal stabilizer trim control surface (8) with no electrical control devices except for a cockpit pilot/co-pilot initiated 3-position spring-centered toggle trim switch (11), a backup electrical motor (22) and a standard electronic logic pilot interface. The toggle trim switch (11) controls two solenoid valves (150,152) which control the operation of a directional control valve (140). The control system also includes a hydraulic motor (20), a rate control valve (18), a blocking-bypass valve (160), a shutoff valve (170) with an integrated position sensor and a gear set driving an acme threaded output shaft for elevating or lowering the horizontal stabilizer trim control surface (8) on command by the pilot. The control system controls the horizontal stabilizer trim control surface (8) angular displacement rate as a function of angular position by means of a mechanical feedback linkage (126) between the spool of the rate control valve (18) and the horizontal stabilizer trim control surface (8). The sleeve (102) of the rate control valve (18) has a variable outflow area slot (114,116) to control the hydraulic flow rate to the motor ports of the hydraulic motor (20). The horizontal stabilizer trim control surface (8) is automatically stopped at pre-determined maximum-up/maximum-down positions by means of a mechanical feedback linkage (126) between the horizontal stabilizer trim control surface (8) and the spool of the shutoff valve (170). If the mechanical feedback linkage (126) between the rate control valve (18) spool and the horizontal stabilizer trim control surface (8) malfunctions, the rate control valve (18) automatically reverts to a default fixed flow rate which translates into a corresponding fixed horizontal stabilizer trim control surface (8) angular displacement rate.