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    • 5. 发明申请
    • TESTING DEVICE AND METHOD FOR TESTING MANUALLY MOVABLE COMPONENTS OF A MOTOR VEHICLE
    • 用于测试电动车辆的手动组件的测试装置和方法
    • WO1996026421A1
    • 1996-08-29
    • PCT/CA1996000109
    • 1996-02-23
    • ATOMA INTERNATIONAL INC.
    • ATOMA INTERNATIONAL INC.GABINIEWICZ, Joseph, V.BRAEUNER, GuentherCHELAIDITE, GalusPALUCH, Zbigniew, A.YIK, Haydn, W., C.
    • G01L05/22
    • G01L5/22
    • An apparatus is provided for acquiring data relating to an amount of force required to move a manually movable member operatively associated with a motor vehicle through a predetermined range of movement. The apparatus comprises a movable assembly constructed and arranged to be able to engage the manually movable member through the predetermined range of movement of the manually movable member. A drive mechanism is constructed and arranged to drive the movable assembly so that the movable assembly applies a force to the manually movable member and moves the manually movable member through the predetermined range of movement so as to generally simulate a predetermined manual movement of the manually movable member. Circuitry is operatively connected with the movable assembly for generating electrical signals indicative of the force applied to the manually movable member by the movable assembly during the predetermined simulated manual movement of the manually movable member through the predetermined range of movement. A data processing system is responsive to the electrical signals generated by the circuitry for generating data indicative of the force applied by the movable assembly to the manually movable member during the predetermined simulated manual movement of the manually movable member through the predetermined range of movement.
    • 提供一种装置,用于获取与通过预定运动范围移动与机动车辆可操作地相关联的手动可移动部件所需的力的数据。 该装置包括可移动组件,该可移动组件被构造和布置成能够通过手动可移动构件的预定范围的移动来接合手动可移动构件。 驱动机构被构造和布置成驱动可移动组件,使得可移动组件向手动可移动构件施加力并且将手动可移动构件移动通过预定的移动范围,以便通常模拟手动可移动的预定手动移动 会员。 电路与可移动组件可操作地连接,用于产生指示在手动可移动部件经过预定运动范围的预定模拟手动运动期间由可移动组件施加到手动可移动部件上的力的电信号。 数据处理系统响应于由电路产生的电信号,用于产生指示由可移动组件施加到手动可移动部件上的力的数据,该数据在手动可移动部件预定的模拟手动移动期间通过预定的运动范围。
    • 8. 发明申请
    • PRESSURE RESPONSIVE SENSOR HAVING CONTROLLED SCANNING SPEED
    • 具有控制扫描速度的压力传感器
    • WO1998009144A1
    • 1998-03-05
    • PCT/US1997014902
    • 1997-08-25
    • TEKSCAN, INC.
    • TEKSCAN, INC.OREPER, BorisHOWARD, Paul
    • G01L05/22
    • A61C19/05G01L1/205G01L5/228
    • A circuit and various sensor arrays are provided which facilitate the scanning of an array of pressure responsive points at higher speed than is possible with currently available circuits and sensor arrays and also provides greater flexibility in selecting scanning speed and in making a trade off between scanning speed and resolution. These objectives are achieved by providing a sensor array having T sets of drive electrodes, with pressure points in a predetermined pattern intersected by drive electrodes of each set and a sense electrode of each pressure point of a set. A test signal is applied simultaneously to the drive electrodes of each set, with a different test signal being applied to each set, each test signal flowing through a drive electrode to which the test signal is applied, and through pressure points intersected by such drive electrode for which the resistance is in a lowered resistance state, to the sense electrode intersecting the point, and through sensor output lines to which the sense electrodes are selectively connected. The sense electrodes may be selectively connected to an output circuit which may for example provide a separate A/D converter for each sensor output line or may multiplex the sensor output lines to a single A/D converter. For one embodiment of the invention, T = 1 so that a single test pulse may be applied simultaneously to all of the pressure points of the sensor array. Various techniques are also provided for enhancing resolution in areas of interest while sacrificing resolution in areas which are not of interest so as to permit higher speed scanning to be performed without significant sacrifice in resolution.
    • 提供了一种电路和各种传感器阵列,其有助于以比当前可用的电路和传感器阵列更高的速度扫描压力响应点的阵列,并且还提供了选择扫描速度和在扫描速度之间进行权衡的更大灵活性 和决议。 这些目的通过提供具有T组驱动电极的传感器阵列来实现,其中预定模式的压力点与每组的驱动电极相交,并且每组压力点的感测电极。 将测试信号同时施加到每组的驱动电极,对每组设置不同的测试信号,每个测试信号流过施加测试信号的驱动电极,并通过与这些驱动电极相交的压力点 电阻处于降低的电阻状态,与感测电极相交的感测电极以及感测电极选择性地连接的传感器输出线。 感测电极可以选择性地连接到输出电路,输出电路可以例如为每个传感器输出线提供单独的A / D转换器,或者可以将传感器输出线复用到单个A / D转换器。 对于本发明的一个实施例,T = 1,使得单个测试脉冲可以同时施加到传感器阵列的所有压力点。 还提供了各种技术,用于在感兴趣的区域中增强分辨率,同时牺牲不感兴趣的区域中的分辨率,以便允许执行更高速扫描而没有显着牺牲分辨率。
    • 9. 发明申请
    • FORCE AND TORQUE CONVERTER
    • 力和转矩转换器
    • WO1993004348A1
    • 1993-03-04
    • PCT/US1992006961
    • 1992-08-21
    • SPACEBALL TECHNOLOGIES, INC.HILTON, John, A.
    • SPACEBALL TECHNOLOGIES, INC.
    • G01L05/22
    • G06F3/038G01L1/248G01L5/161G01L5/166G01L5/223G06F3/03543G06F3/0414
    • A force and torque converter is provided which provides an electronic representation of a planarly applied force and a torque applied about an axis that is orthogonal to the plane. The converter includes a base, an actuating member which is relatively displaced in response to the applied torque and force, resilient mechanisms to provide a restoring force and torque to the actuating member, and sensing mechanisms to sense the applied torque and force and generate an electronic representation thereof. The electronic representation is characterized by a sensitivity curve in which relatively small applied forces and torques result in a relatively low scale factor and where for a range of small applied forces and torques the relation of scale factor with respect to applied torque and force has a relatively low derivative. Further, for a range of larger applied forces and torques, the sensitivity curve has a relatively large scale factor and a relatively large derivative. In one embodiment, the sensitivity curve is implemented by a processing mechanism which includes a microprocessor and firmware.
    • 提供了力和液力变矩器,其提供平面施加的力的电子表示和围绕正交于该平面的轴施加的扭矩。 转换器包括基座,响应于施加的扭矩和力相对移位的致动构件,用于向致动构件提供恢复力和扭矩的弹性机构,以及感测施加的扭矩和力并产生电子的感测机构 表示。 电子表示的特征在于灵敏度曲线,其中相对小的施加力和扭矩导致相对低的比例因子,并且对于小的施加力和扭矩的范围,比例因子与施加的扭矩和力的关系具有相对的 低衍生。 此外,对于较大的施加力和扭矩的范围,灵敏度曲线具有相对较大的比例因子和相对较大的导数。 在一个实施例中,灵敏度曲线由包括微处理器和固件的处理机构实现。