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    • 1. 发明申请
    • DEVICE AND METHOD FOR MEASURING AND CALIBRATING THE CONTROL ANGLES AND CONTROL FORCES OF A ROTOR BLADE
    • 装置和方法用于测量和叶片控制角校准和-STEUERKRÄFTEN
    • WO1998019909A1
    • 1998-05-14
    • PCT/EP1997006048
    • 1997-11-03
    • ZF LUFTFAHRTTECHNIK GMBHBRÜGGEMANN, DetlefSCHRÖDER, GünterSOMMER, Armin
    • ZF LUFTFAHRTTECHNIK GMBH
    • B64C27/00
    • B64C27/008B64F5/60
    • The device is mounted in the position of a rotor blade on the rotor head (38) of a testing bench or helicopter. Said device has the same geometry as the connecting points to the rotor head and to the control rods (44), similar to a rotor blade. Said device enables the same relative movements of the connecting points, similar to rotor blade. As opposed the use of a rotor blade, a defined support surface (32) for a position measuring equipment on the device makes it possible to measure in a better reproducible way and faster the control angles predetermined by a control system. The possibility of fixing standard weights (36) on a lever arm (28) of the device allows for the impression of a defined longitudinal force to the control rods (44) when the rotor blade is not operational so as to be able to calibrate an integrated force measuring system (46). Said device may also be used when the rotor is working.
    • 该装置安装在在试验台上或直升机的旋翼头部(38)的转子叶片的位置。 它具有连接点到转子头和控制棒(44),其为转子叶片的相同的几何形状。 它允许连接点的相同的相对运动,如一个转子叶片。 A所定义的支撑表面(32),用于位置测量装置,该装置允许在使用的转子叶片,转向角,这是由控制系统确定的一个更可再现的和更快的测量的。 用于在装置的一个杠杆臂(28)的校准砝码(36)的附接使控制杆(44)在所述转子为一体的综合功率测量系统(46)极性的校准确定的纵向力的静止状态。 该装置也可与所述转子的运行使用。
    • 2. 发明申请
    • STRESS TEST RIG FOR HELICOPTER GEAR UNITS
    • 拉伸试验的直升机输电
    • WO1997041415A1
    • 1997-11-06
    • PCT/EP1997001987
    • 1997-04-19
    • ZF LUFTFAHRTTECHNIK GMBHKRUG, HerbertBRÜGGEMANN, DetlefSCHRÖDER, Günter
    • ZF LUFTFAHRTTECHNIK GMBH
    • G01M13/02
    • G01M13/025G01M13/026
    • This invention concerns a stress test rig consisting of a rigidly mounted part, which contains the devices uniformely used for all types of test gears, and an assembly truck (37), which holds the test gear (16) and the required adapter devices. A test rig gear unit (2) forms a continuous stress circuit with a superimposed gear unit (9), an adaptation gear (23), and a second test rig gear (19). The stress moment is set by a control unit (15) through the superimposed gear unit (9). The regulation variable for the stress moment is determined up to more than 80 % by a neuronal network (31). The test rig gear unit (2) is a conical gear wheel and the superimposed gear unit (9) has a conical gear step (13), so that the output shaft (14) of the superimposed gear unit (9) is pivoted and has a height adapted to an input shaft of an adaptation gear unit (23) or of a test gear unit (16).
    • 由刚性安装部分,其中包含的装置的试验装置用于所有Prüfgetriebetypen和装配车(37),它容纳在测试传输(16)和本设备的必要适应相同的。 的试验设备齿轮单元(2)形成的叠加齿轮(9),适配机构(23)和第二测试台传输(19),环形钳位电路,一控制单元的夹紧扭矩(15)经由叠加传动装置设置(9)。 用于张力力矩操纵变量超过一个神经网络(31)设定为80%以上。 测试装备齿轮单元(2)是锥齿轮和叠加齿轮(9)具有一个斜面(13),从而使叠加齿轮(9)的输出轴(14)枢转并在高度上的适配齿轮单元(23)或所述测试变速器的输入轴(16 )进行调整。
    • 5. 发明申请
    • SIGNAL TRANSMITTER
    • 信号装置
    • WO9901850A2
    • 1999-01-14
    • PCT/EP9803938
    • 1998-06-27
    • ZF LUFTFAHRTTECHNIK GMBHPOHL BERNHARD
    • POHL BERNHARD
    • G08C19/00H04B10/00G08C23/04H04B10/22
    • G08C19/00H04B10/801
    • The invention relates to a signal transmitter and a method for transmitting data through one or several data channels between a rotating system and a stationary system. Several transmitters (T1-T8) are arranged in a transmission system (10). One or more receivers (R1-R4) are arranged in an opposite lying receiving system (18). The transmitters and receivers are respectively arranged in ring-shaped areas and distributed in a homogeneous manner, so that each transmitter faces each receiver when a full rotation of the rotating system (10) occurs. A transmitter switching device (34) allocates the data channels to the respective transmitters (T1-T8) facing specific receivers (R1-R4) in a specific rotational angle area according to a signal from a rotational angle sensor (A1, A2, B, C, 20, 22).
    • 信号传输装置和方法技术领域本发明涉及用于在旋转系统和静止系统之间的一个或多个数据信道上传输数据的信号传输装置和方法。 在发射系统(10)上安排几个发射机(T1-T8)和在相对的接收系统(18)上的一个或多个接收机(R1-R4)。 发射器和接收器各自均匀地分布在环形区域上,使得在旋转系统(10)完全旋转时,每个发射器依次面向每个接收器。 根据旋转角度传感器的信号(A1,A2,B,C,20,22),分配一个Senderumschalteinrichtung(34)的数据信道的那些信道(T1-T8),其在一定旋转角度范围特定接收器(R1-R4)是相反的。