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    • 81. 发明授权
    • Gate opening apparatus
    • 开门装置
    • US4782628A
    • 1988-11-08
    • US8469
    • 1987-01-29
    • John J. Gaddis
    • John J. Gaddis
    • E05F15/12E06B11/06E05F15/10
    • E05F15/622E05Y2400/502E05Y2400/614E05Y2400/628E05Y2800/404E05Y2900/40
    • A housing and telescoping arm are supported by a shaft pivot pivotally mounted in the ground. The telescoping arm includes a rotating rod actuator journalled for rotation in a bearing mounted atop the shaft. The rod includes a threaded portion extending longitudinally from the shaft to the gate. A traveling tubular member is mounted concentrically with the rod and includes a block having a threaded bore for receiving the threads of the rod. The arm is connected to the gate through a pinned connection between one end of the traveling member and a lower rail of the gate. Relative rotation between the rod an the traveling member is prevented by the pinned connection. As a result, the traveling member extends outwardly and retracts inwardly in response to the counter-clockwise and clockwise rotation respectively of the rod. A motor and transmission for driving the rod in rotation are mounted in the housing along with a motor control circuit. The motor control circuit receives a start switch signal and shuts the motor off after the gate has swung to either the open or closed positions by receiving a stop signal from a limit switch. The direction of the motor is reversed each time a signal is received from a limit switch so that the gate is alternately opened and closed by the apparatus. The apparatus can be used in areas not supplied with commercial power, since it is battery powered. A solar cell panel recharges the battery so that a completely self-sufficient operation is provided.
    • 壳体和伸缩臂由枢转地安装在地面中的轴枢轴支撑。 伸缩臂包括旋转杆致动器,其轴颈安装在安装在轴顶上的轴承中旋转。 杆包括从轴纵向延伸到门的螺纹部分。 行进的管状构件与杆同心地安装并且包括具有用于容纳杆的螺纹的螺纹孔的块。 臂通过行进构件的一端和门的下导轨之间的钉扎连接连接到门。 杆与移动部件之间的相对旋转通过固定连接来防止。 结果,行进构件向外延伸并响应于杆的逆时针和顺时针旋转向内缩回。 用于驱动杆旋转的电动机和变速器与电动机控制电路一起安装在壳体中。 电机控制电路接收启动开关信号,并通过从限位开关接收到停止信号,在门已经打开或关闭位置之后关闭电机。 每次从限位开关接收到信号时,电机的方向都会相反,从而使门被交替地打开和关闭。 该设备可用于没有商业电源的区域,因为它是电池供电的。 太阳能电池板为电池充电,从而提供完全自给自足的操作。
    • 84. 发明专利
    • Power window system
    • 电动窗系统
    • JP2005083057A
    • 2005-03-31
    • JP2003315940
    • 2003-09-08
    • Honda Motor Co Ltd本田技研工業株式会社
    • NORO EIKINAMIKI TORUSHIOIRI KENJI
    • E05F15/16B60J1/17B60L3/00E05F15/20
    • E05F15/695E05F15/00E05Y2400/41E05Y2400/42E05Y2400/502E05Y2400/86E05Y2800/21E05Y2800/404E05Y2900/55
    • PROBLEM TO BE SOLVED: To provide a power window system which can open/close window glasses of passenger seats by operating a master controller for a driver seat while reducing the number of electric wires between the master controller and slave controllers for the passenger seats. SOLUTION: According to the power window system, the master controller 1 for the driver seat supplies DOWN current for opening windows by descending the window glasses 24, 25, 26, to a controller 12 for a front passenger seat, a controller 13 for a rear right passenger seat, and a controller 14 for a rear left passenger seat, respectively, via corresponding electric wires S, and supplies UP current for closing the windows by ascending the window glasses 24, 25, 26, to the relevant controllers via the single electric wires. Therefore the controller 12 for the front passenger seat, the controller 13 for the rear right passenger seat, and the controller 14 for the rear left passenger seat control the window glass 24 of the front passenger seat, the window glass 25 of the rear right passenger seat, and the window glass 26 of the rear left passenger seat, respectively, to be opened/closed, by the UP current and the DOWN current supplied through the respective single electric wires. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种能够通过操作驾驶员座椅的主控制器来打开/关闭乘客座椅的窗玻璃的电动窗系统,同时减少主控制器和乘客的从控制器之间的电线数量 席位。 解决方案:根据电动车窗系统,用于驾驶员座椅的主控制器1通过将窗玻璃24,25,26降下来向前排乘客座椅的控制器12提供用于打开窗户的DOWN电流,控制器13 分别用于右后乘客座椅和用于后左乘客座椅的控制器14,并通过上述窗玻璃24,25,26向相关控制器提供用于关闭窗户的UP电流。 单根电线。 因此,用于前排乘客座椅的控制器12,用于右后乘客座椅的控制器13和用于后副驾驶座椅的控制器14控制前排乘客座椅的窗玻璃24,右后乘客的窗玻璃25 分别通过由相应的单根电线提供的UP电流和DOWN电流来分开左后乘客座椅的窗玻璃26和开/关。 版权所有(C)2005,JPO&NCIPI
    • 85. 发明专利
    • 出入扉の二重制御装置およびその方法
    • 入门双控制器及其方法
    • JP2014198563A
    • 2014-10-23
    • JP2014138216
    • 2014-07-04
    • 韓国産業銀行The Korea Development BankKorea Development Bank:The韓国産業銀行The Korea Development Bank
    • NO JUN HYUNG
    • B61D19/02E05F15/14
    • E05F15/0017E05F15/41E05F15/70E05Y2400/336E05Y2400/502E05Y2800/22E05Y2800/246E05Y2800/73E05Y2900/51
    • 【課題】障害が発生しても連続的に出入扉を制御できるようにするための、出入扉の二重制御装置を提供する。【解決手段】本発明の出入扉の二重制御装置は、出入扉開閉用モータを駆動するための制御装置であって、前記モータの回転量を示すパルス列を発生させるエンコーダ、および前記モータに供給される負荷電流を感知する電流感知部を具備するモータ回転感知部と、前記モータ回転感知部の障害を感知するための障害感知部と、前記パルス列および前記負荷電流のいずれか1つを主感知信号に、他の1つを予備感知信号に決定し、前記障害が感知されると、前記主感知信号と前記予備感知信号とを切り替え、出入扉の移動距離に応じて前記モータが駆動されるように制御するメイン制御部と、前記主感知信号に基づいて生成される前記出入扉の移動距離情報を出力する位置決定部とを備え、前記メイン制御部の制御下に、障害発生情報を外部機器に通知する通信部をさらに備える。【選択図】図3
    • 要解决的问题:提供即使发生故障也能够连续地控制入口门的入口门双重控制器。解决方案:本发明的入口门双控制器是用于驱动入口门打开/关闭电动机的控制器, 包括:编码器,用于产生指示电动机的旋转量的脉冲串; 电动机旋转传感器,包括感测供给到电动机的负载电流的电流传感器; 感测马达旋转传感器故障的故障传感器; 确定脉冲序列和负载电流中的任何一个作为主感测信号,另一个作为初步感测信号的主控制单元,如果感测到故障,则在主感测信号和初步感测信号之间切换;以及 其根据入口门的移动距离控制要驱动的电机; 以及位置确定单元,其基于主感测信号输出在入口门上的移动距离信息。 入口双门控制器还包括在主控制单元的控制下向外部设备通知故障发生信息的通信单元。