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    • 2. 发明申请
    • PEDAL REACTION FORCE APPLYING DEVICE
    • PEDAL反应力应用设备
    • US20160311321A1
    • 2016-10-27
    • US15138959
    • 2016-04-26
    • HONDA MOTOR CO., LTD.
    • Kohei MaruyamaToshiaki AraiYoshikazu SatoHideto NebuyaGo Suzaki
    • B60K26/02B60W50/16
    • B60K26/021B60K2026/022B60K2026/023B60W50/16F02D11/02G05G5/03
    • A pedal reaction force applying device includes an acceleration pedal used in a stepping-in operation and a returning operation, a motor configured to apply a pedal reaction force acting on an acceleration pedal in the stepping-in operation and the returning operation, a power transmitting device provided between the acceleration pedal and the motor and including a speed-reduction mechanism, an operation direction determiner configured to determine an operation direction of the acceleration pedal, and a reaction force controller configured to control the pedal reaction force on the acceleration pedal. The reaction force controller controls a magnitude of the pedal reaction force by controlling a power of the motor based on the operation direction of the acceleration pedal determined by the operation direction determiner.
    • 踏板反作用力施加装置包括在踏步操作和返回操作中使用的加速踏板,构造成在踏步操作和返回操作中施加作用在加速踏板上的踏板反作用力的马达,动力传递 设置在加速踏板和电动机之间的装置,包括减速机构,构造成确定加速踏板的操作方向的操作方向确定器和被配置为控制加速踏板上的踏板反作用力的反作用力控制器。 反作用力控制器通过根据由操作方向确定器确定的加速踏板的操作方向控制马达的动力来控制踏板反作用力的大小。
    • 4. 发明申请
    • ADJUSTABLE GROUND SPEED CONTROL DEVICES, SYSTEMS, AND METHODS FOR WALK-BEHIND EQUIPMENT
    • 可调式地面速度控制装置,系统和方法用于沃尔吉克设备
    • US20160101693A1
    • 2016-04-14
    • US14514324
    • 2014-10-14
    • Honda Motor Co., Ltd.
    • Andrew E. Bejcek
    • B60K26/02
    • B60K26/02A01D34/69A01D2034/6843B60K26/021B60K2026/022B60K2026/025B60Y2300/188
    • The present subject matter relates to adjustable ground speed control devices, systems, and methods for walk-behind equipment. A variable speed control system for a machine can include a control system base, one or more control lever selectively movable with respect to the control system base between a first operating position and a second operating position, first and second speed adjustment actuators positioned on the control system base proximal to the one or more control lever, and a control unit configured for communication with the one or more control lever, the first and second speed adjustment actuators, and a machine component. In this configuration, the one or more control lever can be configured to control the machine component to operate between a minimum operating speed and a variable maximum operating speed, where the value of the variable maximum operating speed can be adjusted by the first and second speed adjustment actuators.
    • 本主题涉及用于步行设备的可调地面速度控制装置,系统和方法。 用于机器的变速控制系统可以包括控制系统基座,一个或多个控制杆,其可相对于控制系统基座在第一操作位置和第二操作位置之间选择性地移动,位于控制器上的第一和第二速度调节致动器 靠近所述一个或多个控制杆的系统基座,以及被配置为与所述一个或多个控制杆,所述第一和第二速度调节致动器以及机械部件通信的控制单元。 在该配置中,一个或多个控制杆可以被配置为控制机器部件在最小操作速度和可变最大操作速度之间操作,其中可变最大操作速度的值可以通过第一和第二速度 调节执行器。
    • 6. 发明申请
    • Active Accelerator Pedal
    • 主动加速踏板
    • US20150239346A1
    • 2015-08-27
    • US14427830
    • 2013-09-17
    • ROBERT BOSCH GMBH
    • Alex GrossmannUdo SieberDaniel HenningThomas Klotzbuecher
    • B60K26/02G05G1/38
    • B60K26/021B60K2026/022G05G1/38
    • An active accelerator pedal for a vehicle includes a pedal position sensor configured to detect a position of a pedal lever of the active accelerator pedal and to convert the position into a pedal position signal. The active accelerator pedal further includes an actuator configured to output haptic feedback to the pedal lever. The active accelerator pedal further includes an actuator controller configured to control the actuator. The pedal position sensor is configured to transmit pedal position signals to a central engine controller of the vehicle the engine controller is configured to control drive of the vehicle using the central engine controller, and the actuator controller is configured to receive a pedal position signal from the pedal position sensor.
    • 用于车辆的主动加速器踏板包括踏板位置传感器,其被配置为检测主动加速踏板的踏板杆的位置并将该位置转换成踏板位置信号。 活动加速器踏板还包括致动器,其构造成将触觉反馈输出到踏板杆。 主动加速器踏板还包括构造成控制致动器的致动器控制器。 踏板位置传感器被配置为将踏板位置信号传送到车辆的中央发动机控制器,发动机控制器被配置为使用中央发动机控制器来控制车辆的驱动,并且致动器控制器构造成从踏板位置传感器 踏板位置传感器。
    • 9. 发明授权
    • Active eco pedal apparatus
    • 活跃的生态踏板装置
    • US08820190B2
    • 2014-09-02
    • US13475653
    • 2012-05-18
    • Jong-Sang NohJung-Yeol AnJong-Man LeeJong-Geun ChaMo-Se Kim
    • Jong-Sang NohJung-Yeol AnJong-Man LeeJong-Geun ChaMo-Se Kim
    • G05G1/30
    • B60K26/021B60K2026/022B60K2026/023
    • An active eco pedal apparatus with an the actuator which includes a VCM having a pair of first and second coils through which a current flows in opposite directions, and a pair of first and second magnets interacting with the electric field generated by the pair of the first and second coils, in which additional repulsive force is generated from the VCM supplied by the current, in addition to basic moving forces, thereby increasing thrust to push a pedal and thus remarkably improving the efficiency of an eco mode, in which since the actuator is controlled in a single-phase manner by a single-phase driver chip without using a hall sensor having high error possibility, it is possible to improve the reliability of operation, and in which since the number of FETs is reduced, the system is configured to have a compact size, and costs are lowered.
    • 一种具有致动器的活动节气门踏板装置,该致动器包括具有电流沿相反方向流动的一对第一和第二线圈的VCM,以及一对第一和第二磁体与由该对第一和第二线圈产生的电场相互作用 以及第二线圈,其中除了基本的移动力之外,由电流提供的VCM产生额外的排斥力,从而增加了推动踏板的推力,从而显着提高了生态模式的效率,其中由于致动器是 通过单相驱动器芯片以单相方式进行控制,而不使用具有高错误可能性的霍尔传感器,可以提高操作的可靠性,并且由于减少了FET的数量,所以系统被配置为 尺寸紧凑,成本降低。