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    • 1. 发明申请
    • AIR DUCT FOR SUPPLYING AMBIENT AIR IN AN AIRCRAFT
    • 空气管道,用于环境的空气供应在飞机
    • WO2009156120A4
    • 2010-05-20
    • PCT/EP2009004513
    • 2009-06-23
    • AIRBUS OPERATIONS GMBHKASTELL DIRKROERING SEBASTIANCASAS NORIEGA WILSON WILLY
    • KASTELL DIRKROERING SEBASTIANCASAS NORIEGA WILSON WILLY
    • B64D33/02
    • B64D13/00B64D2241/00Y02T50/56
    • The invention relates to an air duct (10) for supplying ambient air in an aircraft, comprising an air inlet (12), a duct channel section (16) extending downstream of the air inlet (12) and an air conveying device (22) which is adapted to convey ambient air through the air inlet (12) and the duct channel section (16). A flow control flap (24) closes the air inlet (12) in a first position, releases a first flow cross-section of the air inlet (12) in a second position and releases a second flow cross-section of the air inlet (12), which is larger than the first flow cross-section, in a third position. The flow control flap (24) is designed and arranged in such a manner that a first surface section (28) of the flow control flap (24) is oriented substantially parallel to an aircraft shell section (18) surrounding the air inlet (12) in the area of the air inlet (12) in the second position of the flow control flap (24) and that the first surface section (28) of the flow control flap (24) is oriented at an angle with respect to the aircraft shell section (18) surrounding the air inlet (12) in an area of the air inlet (12) in the third position of the flow control flap (14).
    • 用于在飞行器中环境空气供应的空气通道(10)包括延伸所述空气入口的下游,其通过空气入口(12)和适于将环境空气的空气入口(12)(12)的流动通道段(16)和一个输送器(22) 以促进所述流动通道部分(16)。 一种流量控制翼片(24)在第一位置关闭所述空气入口(12)处于第二位置的空气入口(12)自由的第一流动横截面,并且在第三位置中,一个相对于该第一流动横截面放大的第二流动空气入口的横截面(12)自由 , 流动控制翼片(24)被设计和布置成使得在空气入口(12)的区域中的流量控制阀(24)的第二位置的流控制翼片(24)的第一表面部分(28),其与进气口平行基本上包围(12) 飞机外蒙皮部分(18)对准,并且成角度地围绕所述空气入口(12)的飞机外蒙皮部分的区域中的空气入口(12)的区域中的流量控制阀(24)的第三位置时,流量控制翼片(24)的第一表面部分(28)(18 )对齐。
    • 3. 发明申请
    • AIR DUCT FOR SUPPLYING AMBIENT AIR IN AN AIRCRAFT
    • 空气管道,用于环境的空气供应在飞机
    • WO2009156120A2
    • 2009-12-30
    • PCT/EP2009004513
    • 2009-06-23
    • AIRBUS OPERATIONS GMBHKASTELL DIRKROERING SEBASTIANCASAS NORIEGA WILSON WILLY
    • KASTELL DIRKROERING SEBASTIANCASAS NORIEGA WILSON WILLY
    • B64D13/00
    • B64D13/00B64D2241/00Y02T50/56
    • The invention relates to an air duct (10) for supplying ambient air in an aircraft, comprising an air inlet (12), a duct channel section (16) extending downstream of the air inlet (12) and an air conveying device (22) which is adapted to convey ambient air through the air inlet (12) and the duct channel section (16). A flow control flap (24) closes the air inlet (12) in a first position, releases a first flow cross-section of the air inlet (12) in a second position and releases a second flow cross-section of the air inlet (12), which is larger than the first flow cross-section, in a third position. The flow control flap (24) is designed and arranged in such a manner that a first surface section (28) of the flow control flap (24) is oriented substantially parallel to an aircraft shell section (18) surrounding the air inlet (12) in the area of the air inlet (12) in the second position of the flow control flap (24) and that the first surface section (28) of the flow control flap (24) is oriented at an angle with respect to the aircraft shell section (18) surrounding the air inlet (12) in an area of the air inlet (12) in the third position of the flow control flap (14).
    • 用于在飞行器中环境空气供应的空气通道(10)包括延伸所述空气入口的下游,其通过空气入口(12)和适于将环境空气的空气入口(12)(12)的流动通道段(16)和一个输送器(22) 以促进所述流动通道部分(16)。 一种流量控制翼片(24)在第一位置关闭所述空气入口(12)处于第二位置的空气入口(12)自由的第一流动横截面,并且在第三位置中,一个相对于该第一流动横截面放大的第二流动空气入口的横截面(12)自由 , 流动控制翼片(24)被设计和布置成使得在空气入口(12)的区域中的流量控制阀(24)的第二位置的流控制翼片(24)的第一表面部分(28),其与进气口平行基本上包围(12) 飞机外蒙皮部分(18)对准,并且成角度地围绕所述空气入口(12)的飞机外蒙皮部分的区域中的空气入口(12)的区域中的流量控制阀(24)的第三位置时,流量控制翼片(24)的第一表面部分(28)(18 )对齐。
    • 4. 发明申请
    • COOLING SYSTEM FOR COOLING HEAT LOADS ON BOARD AN AIRCRAFT AND METHOD FOR OPERATING SUCH A COOLING SYSTEM
    • 用于冷却飞机上的热负荷的冷却系统和用于操作这种冷却系统的方法
    • WO2008025462A8
    • 2008-05-29
    • PCT/EP2007007295
    • 2007-08-17
    • AIRBUS GMBHEBIGT WOLFGANGCASAS NORIEGA WILSON WILLYFREY ANDREASKASTELL DIRK
    • EBIGT WOLFGANGCASAS NORIEGA WILSON WILLYFREY ANDREASKASTELL DIRK
    • B64D13/00B64D13/06
    • F25B25/005B64D13/06B64D2013/0629B64D2013/064B64D2013/0674Y02T50/44Y02T50/56
    • A cooling system (10) for cooling heat loads (28, 34) on board an aircraft comprises a cold producing device (12), a first cold carrier fluid circuit (24), which is thermally coupled to the cold producing device (12) and is connected to a first heat load (28) in order to carry off heat from the first heat load (28), and a second cold carrier fluid circuit (30), which is connected to a second heat load (34) in order to carry off heat from the second heat load. A coupling system of the cooling system (10) is adapted to selectively thermally couple the first cold carrier fluid circuit (24) to the second cold carrier fluid circuit (30) or thermally uncouple it from the second cold carrier fluid circuit (30). In a method for operating such a cooling system (10) for cooling heat loads (28, 34) on board an aircraft, the first cold carrier fluid circuit (24) is selectively thermally coupled to the second cold carrier fluid circuit (30) or thermally uncoupled from the second cold carrier fluid circuit (30) by means of the coupling system.
    • 用于冷却飞机上的热负荷(28,34)的冷却系统(10)包括冷产生装置(12),与冷产生装置(12)热耦合的第一冷载体流体回路(24) 并连接到第一热负荷(28)以便从第一热负荷(28)传出热量;以及第二冷载体流体回路(30),其依次连接到第二热负荷(34) 以从第二热负荷中传出热量。 冷却系统(10)的联接系统适于选择性地将第一冷载体流体回路(24)热耦合到第二冷载体流体回路(30),或者使其与第二冷载体流体回路(30)热分离。 在用于操作用于冷却飞机上的热负荷(28,34)的这种冷却系统(10)的方法中,第一冷载体流体回路(24)选择性地热耦合到第二冷载体流体回路(30)或 通过耦合系统与第二冷载体流体回路(30)热耦合。
    • 8. 发明专利
    • СИСТЕМА ОХЛАЖДЕНИЯ ДЛЯ ОХЛАЖДЕНИЯ ТЕПЛОВОЙ НАГРУЗКИ НА БОРТУ ВОЗДУШНОГО СУДНА И СПОСОБ РАБОТЫ ТАКОЙ СИСТЕМЫ
    • RU2429992C2
    • 2011-09-27
    • RU2009109837
    • 2007-08-17
    • AIRBUS OPERATIONS GMBH
    • EHBIGT VOL FGANGKAZAS NORIGA VIL ZON VILLIFREJ ANDREASKASTELL DIRK
    • B64D13/00
    • Группаизобретенийотноситсяк техникеобработкивоздухав помещенияхвоздушногосудна. Системаохлаждения, предназначеннаядляохлаждениятепловыхнагрузокнабортувоздушногосудна, содержитохлаждающееустройство. Имеетсяпервыйконтурциркуляциитекучейсредыхладоносителя, которыйтермическисоединенс охлаждающимустройствоми присоединенк первойтепловойнагрузкес цельюотведенияотнеетепла. Имеетсявторойконтурциркуляциитекучейсредыхладоносителя, которыйприсоединенковторойтепловойнагрузкес цельюотведенияотнеетепла. Соединительнаясистемасистемыохлаждениявыполненас возможностьюобеспечения, повыбору, термическогосоединенияпервогоконтурациркуляциитекучейсредыхладоносителясовторымконтуромтекучейсредыхладоносителяилитермическогоотсоединенияпервогоконтурациркуляциитекучейсредыхладоносителяотвторогоконтурациркуляциитекучейсредыхладоносителя. Вспособеработытакойсистемыохлаждениядляохлаждениятепловыхнагрузокнабортувоздушногосуднапервыйконтурциркуляциитекучейсредыхладоносителяповыборутермическисоединяютсовторымконтуромциркуляциитекучейсредыхладоносителяилитермическиотсоединяютотвторогоконтурациркуляциитекучейсредыхладоносителяпосредствомсоединительнойсистемы. Группаизобретенийпозволяетэнергоэффективноохлаждатьтепловыенагрузки, находящиесянаразличныхуровняхтемпературы. 2 н. и 9 з.п. ф-лы, 2 ил.
    • 9. 发明专利
    • AIR DUCT FOR SUPPLYING AMBIENT AIR IN AN AIRCRAFT
    • CA2729473A1
    • 2009-12-30
    • CA2729473
    • 2009-06-23
    • AIRBUS OPERATIONS GMBH
    • KASTELL DIRKROERING SEBASTIANCASAS NORIEGA WILSON WILLY
    • B64D33/02
    • The invention relates to an air duct (10) for supplying ambient air in an aircraft, comprising an air inlet (12), a duct channel section (16) extending downstream of the air inlet (12) and an air conveying device (22) which is adapted to convey ambient air through the air inlet (12) and the duct channel section (16). A flow control flap (24) closes the air inlet (12) in a first position, releases a first flow cross-section of the air inlet (12) in a second position and releases a second flow cross-section of the air inlet (12), which is larger than the first flow cross-section, in a third position. The flow control flap (24) is designed and arranged in such a manner that a first surface section (28) of the flow control flap (24) is oriented substantially parallel to an aircraft shell section (18) surrounding the air inlet (12) in the area of the air inlet (12) in the second position of the flow control flap (24) and that the first surface section (28) of the flow control flap (24) is oriented at an angle with respect to the aircraft shell section (18) surrounding the air inlet (12) in an area of the air inlet (12) in the third position of the flow control flap (14).