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    • 2. 发明申请
    • LOCK ACTUATION SYSTEM FOR AIRCRAFT
    • 航空器锁定执行系统
    • US20150360770A1
    • 2015-12-17
    • US14303443
    • 2014-06-12
    • The Boeing Company
    • Mark S. Good
    • B64C13/38B64D45/00B64C13/16B64C23/06
    • B64D45/0005B64C3/56Y10T74/20012
    • Described herein is a system that includes an actuator with a movable input, a first summing mechanism with an input, a first output, and a second output. The input of the first summing mechanism is movably driven by the movable input of the actuator and the first output of the first summing mechanism is movably coupled to a first actuatable element. The system also includes an end mechanism with an input and a first output. The input of the end mechanism is movably driven by the second output and the first output of the end mechanism is movably coupled to a second actuatable element. The system further includes a sensor that senses a position of the rotational input of the actuator. A status of the first and second actuatable elements is based on a sensed position of the movable input of the actuator.
    • 这里描述的系统包括具有可移动输入的致动器,具有输入的第一求和机构,第一输出和第二输出。 第一求和机构的输入由致动器的可移动输入可移动地驱动,并且第一求和机构的第一输出可移动地联接到第一可致动元件。 该系统还包括具有输入和第一输出的端部机构。 端部机构的输入由第二输出端可移动地驱动,并且端部机构的第一输出端可移动地联接到第二可启动元件。 该系统还包括感测致动器的旋转输入的位置的传感器。 第一和第二可致动元件的状态基于感测到的致动器的可移动输入的位置。
    • 8. 发明授权
    • Complex joystick control system and method
    • 复杂的操纵杆控制系统和方法
    • US08796961B2
    • 2014-08-05
    • US13107930
    • 2011-05-15
    • Ken KobayashiHerbert S. Kobayashi
    • Ken KobayashiHerbert S. Kobayashi
    • H02P1/00H02P3/00H02P3/20E02F9/20
    • E02F9/2008H01H2217/04Y10T29/49002Y10T74/20012
    • A complex joystick system master unit embodiment utilizes joystick segments and joystick joints arranged in a particular order with a slave unit arranged in a similar order. A sample master unit with three joystick segments has segment lengths that provide a relative ratio of lengths between themselves. The slave unit articulated arm utilizes controlled segments and articulated arm joints arranged in the same order and having the same relative ratio of lengths between themselves. Articulated arm electronic angle sensors and joystick segment angle sensors produce signal that are applied to a plurality of servos. The servos control movement of the articulated arm so that said respective relative angular articulated arm positions of the articulated arm controlled segments match those of the complex joystick segments.
    • 复杂的操纵杆系统主单元实施例利用以特定次序布置的操纵杆段和操纵杆接头,其中副单元以类似的顺序布置。 具有三个操纵杆段的样品主单元具有提供它们之间长度的相对比例的段长度。 从属单元铰接臂利用以相同顺序布置的受控段和铰接臂接头,并且在它们之间具有相同的相对长度比。 铰接臂电子角度传感器和操纵杆段角度传感器产生施加到多个舵机的信号。 关节臂的伺服控制运动,使得铰接臂受控段的所述相应的相对角度的铰接臂位置与复合操纵杆段的那些位置相匹配。
    • 9. 发明授权
    • Manual device for controlling brake and accelerator of a vehicle
    • 用于控制车辆制动和加速器的手动装置
    • US08671794B2
    • 2014-03-18
    • US13496414
    • 2010-09-14
    • Fabrizio Venturini
    • Fabrizio Venturini
    • G05G11/00G05G13/00
    • B60W30/18181B60W10/04B60W10/18B60W2540/10B60W2540/12Y10T74/20012Y10T74/2022
    • A manual device for controlling brake and accelerator of a vehicle, a device having a body coupled with the vehicle and remaining substantially standstill while the device is used. The device includes a first lever provided with an upper handgrip projecting from inside the body and movable independently with respect to the same, a second lever and a third lever and a frame the first lever being pivoted on the frame in a substantially central position. When the user exerts an action on a handgrip it can be displaced forward or backward, the second lever being pivoted above on a frame in correspondence of one of its ends the upper part of the first lever shaped not to interfere with the second lever as an upper kinematic torque, the third lever being pivoted at the bottom of the frame in correspondence of one of its ends lower end of the first lever being so shaped to interfere with the lever, as an upper kinematic torque, free end of the second lever being coupled with brake and free end of the third lever being coupled with accelerator.
    • 一种用于控制车辆的制动器和加速器的手动装置,具有与车辆联接的主体并且在使用该装置的同时基本上保持静止的装置。 该装置包括第一杠杆,该第一杠杆具有从主体内部突出并相对于其自由移动的上手柄,第二杠杆和第三杠杆以及框架,第一杠杆在基本中心位置上枢转在框架上。 当用户在手柄上施加动作时,其可以向前或向后移动,第二杠杆在框架上方枢转,对应于其一端的第一杠杆的上部形成为不与第二杠杆相干扰,作为 上运动扭矩,第三杠杆在框架的底部枢转,对应于其第一杆的下端之一的下端被成形为与杆干涉,作为上运动转矩,第二杠杆的自由端为 与第三杠杆的制动器和自由端耦合加速器。
    • 10. 发明授权
    • Trailer and unloading device
    • 拖车卸货装置
    • US08500383B2
    • 2013-08-06
    • US13197087
    • 2011-08-03
    • Hartzell H. Schmidgall
    • Hartzell H. Schmidgall
    • B65G67/24B60P1/44
    • G05G9/02B60P7/12Y10T74/20012
    • In one embodiment of a trailer and/or unloading device, a front and rear roller assembly and chock may be moved along the length of the trailer. The front and rear roller assemblies may each include two rollers that may be actuated between a first and second position. The chock may include a stop that may be actuated between a first and second position. The arrangement of front and rear rollers and chock allows the operator to unload a plurality of objects placed on the trailer deck, one object at a time, while remaining in the cab of a prime mover. The moving components of the trailer and/or unloading device may be powered hydraulically. The trailer and/or unloading device may include strategically placed cameras and a control panel for operating the various elements of the trailer and unloading device placed in the cab of the prime mover.
    • 在拖车和/或卸载装置的一个实施例中,前轮和后轮组件和轴承座可以沿着拖车的长度移动。 前辊组件和后辊组件可以各自包括可在第一和第二位置之间致动的两个辊。 轴承座可以包括可以在第一和第二位置之间致动的止挡件。 前轮和后轮和轴承座的布置允许操作者在保持在原动机的驾驶室中时一次卸载放置在拖车甲板上的多个物体,一个物体。 拖车和/或卸载装置的移动部件可以液压地供电。 拖车和/或卸载装置可以包括策略性放置的照相机和用于操作放置在原动机的驾驶室中的拖车和卸载装置的各种元件的控制面板。