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    • 81. 发明申请
    • METHOD FOR OPERATING WINCH, AND WINCH
    • 操作方式和WINCH
    • US20150266707A1
    • 2015-09-24
    • US14626287
    • 2015-02-19
    • ABB Oy
    • Mikael HOLMBERGRisto TiihonenAsko Salminen
    • B66D1/38B66D1/48B66D1/60B66D1/12
    • B66D1/38B66D1/12B66D1/48B66D1/60
    • A method for operating a winch and a winch having a winch drum for spooling a spoolable medium, wherein the winch drum is rotatable about a first axis, a guiding member for guiding the spoolable medium, wherein the guiding member is movable along a second axis between two end positions, and an electric drive having a first electric motor for driving the guiding member towards one of the two end positions during spooling in or spooling out of the spoolable medium. The electric drive is configured to change the driving direction of the guiding member when a monitored torque of the first electric motor, or a quantity indicative thereof, exceeds a predetermined threshold.
    • 一种用于操作绞盘和绞盘的方法,所述绞盘和绞盘具有用于卷绕可卷绕介质的绞盘鼓,其中所述绞盘鼓可绕第一轴线旋转,用于引导所述可卷绕介质的引导构件,其中所述引导构件可沿第二轴线在 两个端部位置,以及具有第一电动机的电驱动器,用于在卷绕或绕出可绕线介质期间将导向件朝向两个端部位置之一驱动。 当第一电动机的监视转矩或其指示的数量超过预定阈值时,电驱动器构造成改变引导构件的驱动方向。
    • 83. 发明授权
    • Variable-speed hoisting machine
    • 变速曳引机
    • US09045319B2
    • 2015-06-02
    • US14002594
    • 2012-03-06
    • Kazuhiro Nishikawa
    • Kazuhiro Nishikawa
    • H02P1/04B66D1/12B66D3/18B66D5/30
    • B66D1/12B66D3/18B66D5/30
    • A variable-speed hoisting machine uses an electric motor having a pull-rotor brake as a hoisting motor and capable of supplying the electric motor with an electric current that can reliably release the pull-rotor brake at the time of starting an operation even in the case of a variable-speed hoisting machine such as an electric chain block in a variable-speed hoisting machine having an electric motor with a pull-rotor brake and an inverter controlling the speed of the electric motor in a soft-start manner, the inverter is set to operate according to a predetermined voltage-frequency (V-F) pattern.
    • 变速曳引机使用具有拉动转子制动器的电动机作为起重电动机,并能够向电动机供给能够在开始动作时可靠地释放牵引转子制动器的电流,即使在 在具有拉动转子制动器的电动机和以软启动方式控制电动机的转速的变频器的变速曳引机中的电动链条等可变速曳引机的情况下, 被设定为根据预定的电压 - 频率(VF)模式进行操作。
    • 86. 发明授权
    • Battery supervisor system having smart winch control
    • 具有智能绞盘控制的电池主管系统
    • US08958956B1
    • 2015-02-17
    • US14202523
    • 2014-03-10
    • Jimmie Doyle Felps
    • Jimmie Doyle Felps
    • B66D1/12B66D1/40B66D3/26
    • B66D3/26B66D1/00B66D1/12B66D1/40H02J7/0029H02J2007/004H02J2007/005
    • A battery supervisor system having an integral smart winch controller is provided for a vehicle equipped with an electric winch system and especially for off-road vehicles such as all-terrain-vehicles (ATVs), utility-task-vehicles (UTVs). and extreme-terrain-vehicles (XTVs) which are generally equipped with small batteries. The purpose of this invention is to prevent over discharge of the vehicle battery to a point where it would be difficult or impossible to start the vehicle engine and to prevent damage to the electric winch system, either of which has the potential of stranding an operator in a remote area. The battery supervisor monitors the state-of-charge of the vehicle's battery to automatically control the power to the winch and the vehicle's accessory loads. In addition, the smart winch controller takes a unique approach to protecting the winch by controlling the short term pulse (or pulses) of energy delivered to the winch and by forcing a fixed off time for the winch system to cool down, in lieu of trying to determine if components in the winch system are experiencing excessive temperatures and then turning the winch off.
    • 为具有电动绞盘系统的车辆,特别是用于诸如全地形车辆(ATV),公用事业车辆(UTV)等越野车辆的车辆提供具有整体智能绞盘控制器的电池监控系统。 和一般配备小电池的极地面车(XTV)。 本发明的目的是防止车辆电池的过度放电到难以或不可能启动车辆发动机并且防止对电动绞盘系统的损坏的点,其中任何一种具有绞合操作者的潜力 一个偏远地区。 电池监视器监视车辆电池的充电状态,以自动控制绞车和车辆附件负载的电力。 此外,智能绞盘控制器采用独特的方法,通过控制输送到绞盘的能量的短期脉冲(或脉冲)来控制绞车,并强制将绞车系统的固定时间冷却下来,代替尝试 以确定绞盘系统中的组件是否遇到过高的温度,然后关闭绞车。