CLUTCH-BY-WIRE SYSTEM
    21.
    发明申请
    CLUTCH-BY-WIRE SYSTEM 审中-公开
    离合器绕线系统

    公开(公告)号:US20100298094A1

    公开(公告)日:2010-11-25

    申请号:US12748630

    申请日:2010-03-29

    Abstract: A clutch-by-wire system includes: an automatic clutch having a clutch disposed on a power transmission system pathway, and a clutch actuator; a clutch pedal sensor; and an electronic control device which automatically controls an operation of the clutch actuator in response to an operating state at the time of an automatic mode and controls an operation of the clutch actuator on the basis of a signal from the clutch pedal sensor at the time of a manual mode, wherein the electronic control device compares a first control amount manually controlled in response to a signal from the clutch pedal sensor with a second control amount automatically controlled in response to the operating state and controls the clutch actuator in accordance with the control amount on a non-engagement side out of the first control amount and the second control amount.

    Abstract translation: 一种离心线系统包括:具有设置在动力传递系统通路上的离合器的离合器和离合器致动器; 离合器踏板传感器; 以及电子控制装置,其在自动模式时自动控制离合器致动器的操作,并且基于来自离合器踏板传感器的信号控制离合器致动器的操作 手动模式,其中所述电子控制装置将响应于来自所述离合器踏板传感器的信号手动控制的第一控制量与响应于所述操作状态自动控制的第二控制量进行比较,并且根据所述控制量控制所述离合器致动器 在第一控制量和第二控制量之外的非接合侧。

    Automotive floor panel assembly
    24.
    发明申请
    Automotive floor panel assembly 失效
    汽车地板组装

    公开(公告)号:US20060197361A1

    公开(公告)日:2006-09-07

    申请号:US11364161

    申请日:2006-02-28

    CPC classification number: B62D25/2009

    Abstract: In an automotive floor panel assembly (1) comprising a floor panel (1M) stamp-formed of sheet metal and including a longitudinal floor tunnel (2) extending longitudinally in a laterally central part of the floor panel and a lateral floor tunnel (3) extending laterally across the longitudinal floor tunnel, a first reinforcement member (7), which may have a stepped cross section, attached to and extending along a front surface of a front wall (1fw) of the lateral floor tunnel so as to define a closed cross section jointly with the front wall of the lateral floor tunnel. Thereby, a closed cross section is defined jointly by the first reinforcement member and the front wall of the lateral floor tunnel immediately under the front end of the front seats (4) so that the floor panel can be favorably reinforced without limiting the leg rooms of the vehicle occupants of the front seats and without interfering with the space for receiving the fuel tank (10).

    Abstract translation: 在一种汽车地板镶板组件(1)中,包括由金属板冲压成型的地板镶板(1 M),并且包括纵向地板通道(2),该纵向地板通道在地板镶板的横向中心部分纵向延伸, )横向延伸穿过所述纵向地板通道,第一加强构件(7)可以具有阶梯形横截面,所述第一加强构件(7)沿着所述侧部地板通道的前壁(1fw)的前表面延伸并且沿着所述侧壁通道的前壁延伸,以便限定 与侧面地板隧道的前壁联合封闭的横截面。 因此,闭合的横截面由第一加强构件和正面座椅(4)的前端正下方的侧面地板通道的前壁共同限定,使得地板镶板可以有利地加强而不限制腿部房间 前座椅的车辆乘客,并且不干扰用于接收燃料箱(10)的空间。

    Antenna device, and transmitting/receiving unit
    27.
    发明授权
    Antenna device, and transmitting/receiving unit 有权
    天线设备和发射/接收单元

    公开(公告)号:US6133887A

    公开(公告)日:2000-10-17

    申请号:US346806

    申请日:1999-07-02

    CPC classification number: H01Q13/28 G01S13/44 H01Q25/04 H01Q3/12

    Abstract: An antenna device and a transmitting and receiving unit using the device which are capable of simultaneously polarizing each direction of a plurality of beams are provided without increasing the size of the whole device. For example, when the detection is achieved by forming a plurality of beams such as a radar of monopulse type, the angle measurement range is easily extended. A movable part is provided with a plurality of primary radiators and movable part side transmission lines (dielectric strips of NRD guide) to be coupled therewith, and a fixed part side is provided with dielectric lenses to form each focal plane at the position of primary radiators, and fixed part side transmission lines (dielectric strips of NRD guide) to be respectively coupled with the movable part side transmission lines. A plurality of beams are simultaneously tilted by displacing the movable part.

    Abstract translation: 在不增加整个装置的尺寸的情况下,提供能够同时偏振多个光束的每个方向的使用该装置的天线装置和发送和接收单元。 例如,当通过形成诸如单脉冲型雷达的多个光束来实现检测时,角度测量范围容易延长。 可移动部件设置有多个一次辐射器和可耦合的NRB引导件的可动部分侧传输线(NRD引导件的介质带),并且固定部分侧设置有介电透镜,以在主辐射器的位置处形成每个焦平面 和固定部分侧传输线(NRD导向件的介质条)分别与可动部分侧传输线耦合。 通过移动可动部件同时倾斜多个梁。

    Coordinate input device with display
    29.
    发明授权
    Coordinate input device with display 失效
    坐标输入装置与显示

    公开(公告)号:US4890096A

    公开(公告)日:1989-12-26

    申请号:US792995

    申请日:1985-10-30

    CPC classification number: G06F3/046

    Abstract: A coordinate input device with a display includes a tablet composed of two position detecting units each formed by alternately arranged exciting and detecting lines parallel to each other on a magnetic member in the form of a sheet. These units are overlaid one upon the other so that exciting and detecting lines of one unit extend orthogonally with respect to those of the other. A planar display is overlaid on the tablet. The device further includes a position designating magnetic generator which locally applies a magnetic bias to the magnetic members of the tablet. The exciting lines of the tablet are supplied with an alternating current of a predetermined cycle by a driving current source. A position detecting circuit detects the coordinate values of a position designated by the position designating magnetic generator from the induced voltages respectively generated from the detecting lines of the tablet. The display is driven by a display control circuit. A modulating and demodulating circuit converts data represented by the coordinate values into a signal suitable for a transmission line and vice versa. The device further includes a processor which controls the above-described members and circuits. Position designation with respect to the tablet is effected by the position designating magnetic generator from the upper side of the display, whereby it is possible to input a position signal to the tablet under the display with high accuracy.

    Abstract translation: 具有显示器的坐标输入装置包括由两个位置检测单元构成的平板,每个位置检测单元通过在片状的磁性构件上彼此平行的交替布置的激励和检测线形成。 这些单元彼此重叠,使得一个单元的激发和检测线相对于另一个单元正交地延伸。 平板显示器覆盖在平板电脑上。 该装置还包括一个位置指示磁性发生器,其局部地向片剂的磁性构件施加磁偏置。 平板电脑的激动线由驱动电流源提供预定周期的交流电流。 位置检测电路根据从片剂的检测线分别产生的感应电压来检测由位置指定磁性发生器指定的位置的坐标值。 显示器由显示控制电路驱动。 调制和解调电路将由坐标值表示的数据转换成适合于传输线的信号,反之亦然。 该装置还包括控制上述构件和电路的处理器。 相对于平板电脑的位置指定是通过从显示器的上侧的位置指定磁性发生器来实现的,由此可以高精度地在显示器下面向平板电脑输入位置信号。

    Position detecting apparatus
    30.
    发明授权
    Position detecting apparatus 失效
    位置检测装置

    公开(公告)号:US4634973A

    公开(公告)日:1987-01-06

    申请号:US625281

    申请日:1984-06-27

    CPC classification number: G01D5/247

    Abstract: A position detecting apparatus for detecting a position appointed by a position appointing magnetism generator 7. The apparatus has at least one magnetostrictive transmission medium 1 and a first coil 2 and a second coil 5 around the medium 1 in such a manner that signals are exchanged between these coils 2,5 through the intermediary of the magnetostrictive transmission medium 1. The electro-magnetic coupling coefficient of the magnetostrictive transmission medium 1 is locally changed at a selected position by the position appointing magnetism generator 7, and this position is detected through the detection of timing of change in the signal level attributable to the change of the above-mentioned coefficient. The magnetism generator 7 need not be connected to any portion of the apparatus, and yet the appointed position can be detected at a high resolution even if the position appointing magnetism generator 7 is vertically spaced considerably from the position detection range. This apparatus can be used, for example, in the detection of position of a moving object, by attaching the position appointing magnetism generator to the moving body while laying the magnetostrictive transmission medium along the path of movement of the moving body.

    Abstract translation: 一种用于检测由位置指定磁性发生器7指定的位置的位置检测装置。该装置具有至少一个磁致伸缩传输介质1和第一线圈2和第二线圈5,其以介质1的方式在 这些线圈2,5通过磁致伸缩传动介质1的介质。磁致伸缩传动介质1的电磁耦合系数在位置指定磁发生器7的选定位置处局部改变,并且该位置通过检测 由于上述系数的变化引起的信号电平变化的定时。 磁性发生器7不需要连接到设备的任何部分,而即使位置指定磁性发生器7与位置检测范围相比垂直间隔,也可以以高分辨率检测指定位置。 该装置例如可以用于检测移动物体的位置,通过将位置指定磁力发生器附着到移动体上,同时沿着移动体的移动路径布置磁致伸缩传播介质。

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