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    • 1. 发明申请
    • OBSTACLE AND TERRAIN WARNING RADAR SYSTEM FOR A ROTORCRAFT
    • OBSTATLE和TERRAIN警告用于转轮的雷达系统
    • US20140292556A1
    • 2014-10-02
    • US14100580
    • 2013-12-09
    • EUROCOPTER DEUTSCHLAND GMBH
    • Wolfgang Kreitmair-SteckRichard Scheiblhofer
    • G01S13/93
    • G01S13/9303G01S13/93G01S13/94G01S2013/9082
    • Obstacle and terrain warning radar system (1) for a rotorcraft (2), the system having at least two assemblies (10), each having at least one radar unit, said rotorcraft (2) including at least one main rotor (20) having at least two blades (22) and a rotor head (23). Each radar unit transmits a centrifugal radar beam (17) with angular beam width in azimuth α of at least 5° and beam width in elevation ε of at least 5°. Said assemblies (10) of at least one radar unit are positioned directly on said rotor head (23) between said blades (22), said radar system (1) electronically scanning the surroundings with angular coverage in elevation of at least +/−15° and mechanically scanning the surroundings with angular coverage in azimuth of 360°, and then informing the pilot of said rotorcraft (2).
    • 用于旋翼航空器(2)的障碍物和地形警告雷达系统(1),所述系统具有至少两个组件(10),每个组件具有至少一个雷达单元,所述旋翼航空器(2)包括至少一个主转子(20) 至少两个叶片(22)和转子头(23)。 每个雷达单元发射具有至少5°的方位角α的角波束宽度和仰角波束宽度的离心雷达波束(17) 至少5°。 至少一个雷达单元的所述组件(10)直接位于所述叶片(22)之间的所述转子头(23)上,所述雷达系统(1)以高度角度覆盖至少+/- 15的电子扫描周围环境 °并以360°的方位角度覆盖机械扫描周围环境,然后通知所述旋翼航空器(2)的飞行员。
    • 2. 发明申请
    • COMPOUND HELICOPTER WITH TAIL BOOMS
    • 复合直升机与尾巴
    • US20140061366A1
    • 2014-03-06
    • US13950517
    • 2013-07-25
    • EUROCOPTER DEUTSCHLAND GMBH
    • Axel FinkAndrew WinkworthAmbrosius Weiss
    • B64C27/26
    • B64C27/26B64C39/04B64C2027/8236
    • The present invention is related to a compound helicopter (1) with a main rotor (13) providing lift, a pair of additional propulsion devices (14, 15) providing thrust and anti-torque and a fixed wing structure (16, 17, 26) on each side providing additional lift during horizontal cruise flight. The propulsion devices (14, 15) are arranged at each side of a fuselage body (2) with two tail booms (7, 8), one arranged at each side of said fuselage body (2), each of both tail booms (7, 8) having one of both propulsion devices (14, 15) arranged at its boom rear end (9). Each of the two tail booms (7, 8) houses an engine (21) and a drive shaft (24) driving the corresponding propulsion device (14, 15).
    • 本发明涉及具有主转子(13)提供升降机的复合直升机(1),提供推力和抗扭矩的一对附加推进装置(14,15)和固定翼结构(16,17,26 ),在水平巡航飞行期间提供额外的电梯。 推进装置(14,15)布置在机体(2)的两侧,具有两个尾臂(7,8),一个布置在所述机身主体(2)的每一侧,每个尾翼(7) ,8)具有布置在其悬臂后端(9)处的两个推进装置(14,15)中的一个。 两个尾杆(7,8)中的每一个都容纳有一个发动机(21)和一个驱动相应的推进装置(14,15)的驱动轴(24)。
    • 3. 发明申请
    • OPTICAL LIQUID LEVEL SENSOR
    • 光学液位传感器
    • US20140014777A1
    • 2014-01-16
    • US13937533
    • 2013-07-09
    • EUROCOPTER DEUTSCHLAND GMBH
    • Wolfgang Kreitmair-SteckFrank Singer
    • G01F23/284B64D37/00
    • G01F23/2845B64D37/005G01F23/2921G01F23/2927
    • An optical level sensor (1) includes: mounting means (11) mounting the sensor (1) to a ceiling of the tank (9); a sensor tube (12, 12.1) provided with support and guidance elements (4) extending with at least three radially distributed positions inside the tank (9) and which collect support and guide optical fibers (3, 3.3, 3.4) to different heights of the tank (9), with each optical fiber (3) having a number of input sides (3.3) and a number of turns forming sensor heads between two input sides (3.3), for a different level (19); the corresponding support and guidance element (4) bending the fiber (3, 3.3, 3.4) in turns forming sensor heads of a small radius r around at least one corresponding guideway (4.3).
    • 光学水平传感器(1)包括:将传感器(1)安装到罐(9)的天花板上的安装装置(11); 设置有支撑和引导元件(4)的传感器管(12,12.1),所述支撑和引导元件(4)在罐(9)内部具有至少三个径向分布的位置延伸,并且收集支撑和引导光纤(3,3.3,3.4)到不同的高度 (9),其中每个光纤(3)具有多个输入侧(3.3),并且在两个输入侧(3.3)之间形成传感器头的数量圈,用于不同的等级(19); 相应的支撑和引导元件(4)使纤维(3,3.3,3.4)弯曲,从而形成围绕至少一个对应导轨(4.3)的小半径r的传感器头部。
    • 5. 发明申请
    • AERODYNAMIC BLADE ATTACHMENT FOR A BEARINGLESS ROTOR OF A HELICOPTER
    • 直升机无轴承转子的动态叶片附件
    • US20130315734A1
    • 2013-11-28
    • US13785696
    • 2013-03-05
    • Eurocopter Deutschland GmbH
    • Gerald Kuntze-FechnerMarkus BauerMartin Ortner
    • B64C27/33
    • B64C27/33B64C27/48B64C27/50
    • An aerodynamic blade attachment (1) for a bearingless rotor, particularly a main rotor, of a helicopter, comprising: an airfoil blade (2) having a tip end and a root end and having a pitch axis from said tip end to said root end; a flexbeam (3); a control cuff (4, 22) enclosing and extending along said flexbeam (3) and a separable junction arrangement between said flexbeam (3), said control cuff (4) and said root end of said airfoil blade (2). Said junction arrangement is mechanical between said flexbeam (3), said control cuff (4) and said root end of said airfoil blade (2). Removable fasteners (5, 6) connect said root end of said airfoil blade (2) and said control cuff (4) with said flexbeam (3). Said junction arrangement comprises fairing means (10, 27, 28, 31, 32 and 39) encompass the removable fasteners (5, 6) and said flexbeam (3).
    • 一种用于直升机的无轴承转子,特别是主转子的空气动力学叶片附件(1),包括:具有尖端和根端并具有从所述尖端到所述根端的俯仰轴的翼型叶片(2) ; 柔性梁(3); 沿着所述挠性束(3)包围并延伸的控制箍(4,22)和所述柔性梁(3),所述控制箍(4)和所述翼型叶片(2)的所述根端之间的可分离的连接装置。 所述接合装置在所述挠性梁(3),所述控制箍(4)和所述翼型叶片(2)的所述根端之间是机械的。 可拆卸紧固件(5,6)将所述翼型叶片(2)的所述根端和所述控制箍(4)与所述挠性梁(3)连接。 所述接合装置包括包围可拆卸紧固件(5,6)和所述柔性梁(3)的整流装置(10,27,28,31,32和39)。
    • 7. 发明申请
    • Fasteners for attaching a windshield to the fuselage side frame of an aircraft viewing port
    • 用于将挡风玻璃附接到飞机观察端口的机身侧框架上的紧固件
    • US20030010867A1
    • 2003-01-16
    • US10180484
    • 2002-06-27
    • Eurocopter Deutschland GmbH
    • Klaus WojatschekMark Drewe
    • B64D045/00
    • B64C1/1492
    • A connecting device for joining a windshield with a fuselage side frame of a viewing port of an aircraft, especially a cockpit frame of a helicopter. The connecting device includes a fastening element which is fixed into position on a section of a peripheral region of the windshield through a bore hole and into a congruent bore hole of the fuselage side frame and in a fastening part with a spring device. A peripheral slit filled with a sealant is arranged in a peripheral region between the fuselage side frame and windshield. The fastening part includes a retaining nut and a spring device which can be moved and guided within a seating element and connected with the fuselage side frame. The spring device is arranged between the retaining nut and the frame.
    • 一种用于将挡风玻璃与飞机的观察端口的机身侧框架连接的连接装置,特别是直升机的驾驶舱框架。 连接装置包括紧固元件,该紧固元件通过孔眼固定在挡风玻璃的周边区域的一部分上并进入机身侧框架的一体钻孔中以及具有弹簧装置的紧固部件中。 填充有密封剂的周边狭缝布置在机身侧框架和挡风玻璃之间的周边区域中。 紧固部件包括固定螺母和弹簧装置,该弹簧装置可在座位元件内移动和引导并与机身侧框架连接。 弹簧装置设置在固定螺母和框架之间。
    • 10. 发明申请
    • GRID TYPE FIBER COMPOSITE STRUCTURE AND METHOD OF MANUFACTURING SUCH GRID TYPE STRUCTURE
    • 网格型纤维复合结构及制造这种网格结构的方法
    • US20140170372A1
    • 2014-06-19
    • US14101458
    • 2013-12-10
    • Eurocopter Deutschland GMBH
    • Axel Fink
    • B32B3/12
    • B32B3/12B29C70/68B29D24/005Y10T29/49826Y10T428/24149Y10T428/24157
    • The invention is related to a grid type fiber composite structure (1) comprising a grid of polygon cell modules (5) comprising at least three substantially u-shaped ribs made of fiber composite layer (8, 13) and a foam core (9) provided inside each cell module (5) for support of said u-shaped ribs. Said foam core (9) is along a base essentially in line with one of said flat cap sections (11, 12). At least one layer of strip (2, 3) is provided outside said flat cap sections (11, 12) and a skin sheet (4) is unilaterally attached to said cell modules (5) essentially in line with one of said flat cap sections (11, 12). The invention is as well related to a method of manufacturing such a grid type fiber composite structure (1).
    • 本发明涉及一种格栅型纤维复合结构(1),其包括多个光栅模块(5)的格栅,所述多边形单元模块(5)包括由纤维复合层(8,13)和泡沫芯(9)构成的至少三个基本上为U形的肋, 设置在每个单元模块(5)内部,用于支撑所述u形肋。 所述泡沫芯(9)沿着基本上与所述扁平盖部分(11,12)中的一个基本上一致的基座。 至少一层条带(2,3)设置在所述平盖部分(11,12)之外,并且皮肤片(4)单向地附接到所述电池模块(5),基本上与所述扁平盖部分 (11,12)。 本发明也涉及制造这种格栅型纤维复合结构(1)的方法。