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    • 1. 发明申请
    • DRIVING TOOL AND METHOD FOR CONTROLLING SAME
    • 驱动工具及其控制方法
    • US20080223894A1
    • 2008-09-18
    • US11687224
    • 2007-03-16
    • Nathan CruisePaul G. GrossJeffrey A. ElligsonJames J. Kenney
    • Nathan CruisePaul G. GrossJeffrey A. ElligsonJames J. Kenney
    • B25C1/06
    • B25C1/06B25C1/008
    • A method for controlling a driving tool having a power source, a driver, an actuator, a follower, and a control unit. The power source includes a motor and a flywheel that is driven by the motor. The actuator is configured to selectively move the follower to push the driver into frictional engagement with a surface of the flywheel. The control unit is configured to selectively activate the electric motor and the actuator. The control unit includes a speed sensor that is configured to sense a rotational speed of an element of the power source and produce a speed signal in response thereto. The method includes: directly determining a rotational speed of an element in the power source; controlling electrical power provided to the motor based on the rotational speed of the element in the power source to cause the flywheel to rotate at a predetermined speed; and actuating the actuator when a set of actuating criteria has been met, the set of actuating criteria not including a rotational speed of the element.
    • 一种用于控制具有电源,驱动器,致动器,从动器和控制单元的驱动工具的方法。 电源包括电动机和由电动机驱动的飞轮。 致动器构造成选择性地移动从动件以将驾驶员与飞轮的表面摩擦接合。 控制单元构造成选择性地启动电动机和致动器。 控制单元包括速度传感器,其被配置为感测电源的元件的转速并响应于此产生速度信号。 该方法包括:直接确定电源中元件的转速; 基于所述电源中的所述元件的旋转速度来控制提供给所述电动机的电力,以使所述飞轮以预定速度旋转; 并且当已经满足一组致动标准时致动致动器,该组启动标准不包括元件的转速。
    • 2. 发明授权
    • Driving tool and method for controlling same
    • 驾驶工具及其控制方法
    • US07646157B2
    • 2010-01-12
    • US11687224
    • 2007-03-16
    • Nathan CruisePaul G. GrossJeffrey A. ElligsonJames J. Kenney
    • Nathan CruisePaul G. GrossJeffrey A. ElligsonJames J. Kenney
    • H02K7/02
    • B25C1/06B25C1/008
    • A method for controlling a driving tool having a power source, a driver, an actuator, a follower, and a control unit. The power source includes a motor and a flywheel that is driven by the motor. The actuator is configured to selectively move the follower to push the driver into frictional engagement with a surface of the flywheel. The control unit is configured to selectively activate the electric motor and the actuator. The control unit includes a speed sensor that is configured to sense a rotational speed of an element of the power source and produce a speed signal in response thereto. The method includes: directly determining a rotational speed of an element in the power source; controlling electrical power provided to the motor based on the rotational speed of the element in the power source to cause the flywheel to rotate at a predetermined speed; and actuating the actuator when a set of actuating criteria has been met, the set of actuating criteria not including a rotational speed of the element.
    • 一种用于控制具有电源,驱动器,致动器,从动器和控制单元的驱动工具的方法。 电源包括电动机和由电动机驱动的飞轮。 致动器构造成选择性地移动从动件以将驾驶员与飞轮的表面摩擦接合。 控制单元构造成选择性地启动电动机和致动器。 控制单元包括速度传感器,其被配置为感测电源的元件的转速并响应于此产生速度信号。 该方法包括:直接确定电源中元件的转速; 基于所述电源中的所述元件的旋转速度来控制提供给所述电动机的电力,以使所述飞轮以预定速度旋转; 并且当已经满足一组致动标准时致动致动器,该组启动标准不包括元件的转速。
    • 5. 发明授权
    • Method for stepping current output by a battery charger
    • 电池充电器步进电流输出方法
    • US08044640B2
    • 2011-10-25
    • US12246890
    • 2008-10-07
    • Nathan CruiseBrian K. Wohltmann
    • Nathan CruiseBrian K. Wohltmann
    • H20J7/04H20J7/00
    • H02J7/022H02J7/0077H02J7/045H02M2001/0025
    • A battery charger is provided for implementing a charging method having a stepped output current. The battery charger includes: a power supply circuit that receives an AC input signal and outputs a DC output signal. The power supply circuit includes a power supply controller configured to receive a feedback signal indicative of current being output by the power supply circuit via an amplifier and operates to control current output by the power supply circuit in accordance with the feedback signal. A charger controller is interfaced with the power supply controller to implement a charging method having a stepped output current. The charger controller may set the output current level by adjusting gain of an operational amplifier having a negative feedback configuration with the feedback signal input to a non-inverting input terminal of the operational amplifier, where the charger controller sets the output current level by changing the resistance at an inverting input terminal of the operational amplifier.
    • 提供一种用于实现具有阶梯式输出电流的充电方法的电池充电器。 电池充电器包括:电源电路,其接收AC输入信号并输出​​DC输出信号。 电源电路包括:电源控制器,被配置为接收指示由电源电路经由放大器输出的电流的反馈信号,并且操作以根据反馈信号控制电源电路的电流输出。 充电器控制器与电源控制器接口以实现具有阶梯式输出电流的充电方法。 充电器控制器可以通过调节具有负反馈配置的运算放大器的增益来设置输出电流电平,其中反馈信号输入到运算放大器的非反相输入端,其中充电器控制器通过改变输出电流电平来设置输出电流电平 运算放大器反相输入端的电阻。