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    • 4. 发明申请
    • PARKING BRAKE SYSTEM
    • 停车制动系统
    • US20160091036A1
    • 2016-03-31
    • US14866669
    • 2015-09-25
    • UUSI, LLC
    • David W. ShankJohn M. WasheleskiGary E. Terrill
    • F16D63/00B60T1/00
    • F16D63/006B60T1/005
    • A parking brake system for a vehicle includes a first member adapted to be mounted to a wheel assembly of the vehicle, a spindle shaft block adapted to be mounted to a spindle shaft of the vehicle, a backer plate disposed about a portion of the spindle shaft block, a second member mounted to the backer plate for engagement and disengagement with the first member, and an actuation lever adapted to receive an input to move the first member and the second member into engagement to perform a parking brake function. The parking brake system disclosed requires very little or no force to engage and disengage. The parking brake system has an input for obtaining engage or disengage information from a vehicle operator or from a vehicle independent of the operator. The information will engage the parking brake of the vehicle in a low force and cost effective manner.
    • 一种用于车辆的驻车制动系统包括适于安装到车辆的车轮组件上的第一构件,适于安装到车辆的主轴的主轴轴块;围绕主轴的一部分 安装到所述支承板上用于与所述第一构件接合和分离的第二构件以及适于接收用于使所述第一构件和所述第二构件移动到接合中以执行驻车制动功能的输入的致动杆。 所公开的驻车制动系统需要非常少的或没有力来啮合和分离。 驻车制动系统具有用于从车辆操作者或独立于操作者的车辆获得接合或脱离信息的输入。 这些信息将以低的力量和低成本的方式进行车辆的驻车制动。
    • 7. 发明申请
    • VEHICLE ACCESSORY CONTROL INTERFACE HAVING CAPACITIVE TOUCH SWITCHES
    • 具有电容触摸开关的车辆附件控制界面
    • US20150234531A1
    • 2015-08-20
    • US14700731
    • 2015-04-30
    • UUSI, LLC
    • Todd R. NewmanJohn M. Washeleski
    • G06F3/041G06F3/0354G06F3/044
    • G06F3/0416G06F3/03547G06F3/044G06F2203/04105
    • A system including a control interface including a display panel and a processor, the display panel including a touch surface, an electronically non-conductive touch surface, and a plurality of touch areas having an array of electrically conductive rows and columns, which capacitivily couples to a conductive object, moving into close proximity to one of the conductive rows and columns, while being driven with an electrical charge, and the processor detecting the capacitive coupling of the conductive row to the conductive object, generating a signal and providing the signal wirelessly to one of an accessory and remote device, based on a first movement, followed by a second movement when a pattern or sequence has been detected, remotely communicating to a wireless device using a transceiver associated with the processor, and controlling at least one of the remote accessories in accordance with an output command from the wireless device.
    • 一种包括包括显示面板和处理器的控制接口的系统,所述显示面板包括触摸表面,电子非导电触摸表面以及具有导电行和列阵列的多个触摸区域,其电容耦合到 导电物体在被电荷驱动的同时靠近导电行和列之一移动,并且处理器检测导电行与导电物体的电容耦合,产生信号并将信号无线地提供给 附件和远程设备中的一个,基于第一移动,随后在检测到模式或序列时进行第二移动,使用与处理器相关联的收发器远程与无线设备通信,以及控制远程 配件根据无线设备的输出命令。