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    • 1. 发明专利
    • Coupler lock-state check system, coupler lock-state detection device, and method of checking coupler lock-state
    • 联轴器锁定状态检测系统,联轴器锁定状态检测装置以及检查联轴器状态的方法
    • JP2013052735A
    • 2013-03-21
    • JP2011191583
    • 2011-09-02
    • Yoshikawa Kogyo Co Ltd吉川工業株式会社Nippon Steel & Sumitomo Metal Corp新日鐵住金株式会社
    • SAWADA KIKUZOISHII HIROYUKI
    • B61G7/14B61G3/10
    • PROBLEM TO BE SOLVED: To provide a coupler lock-state check system which enables an operator to easily check a lock state of a coupler during coupling operation.SOLUTION: The coupler lock-state check system includes: a coupler lock-state detection device provided with a magnet 21 and an active RFID 22, which includes a magnetic sensor 24 and a radio transmission section that wirelessly transmits a magnetic detection signal; and a portable alarm device 30 provided with a radio reception section which receives the magnetic detection signal, and an alarm section which alarms whether the coupler is locked or not on the basis of the magnetic detection signal. One of the magnet 21 and the magnetic sensor 24 moves along with a lock 5, and the other is fixed on a coupler main unit 2. The magnet 21 and the magnetic sensor 24 are disposed to face each other when the lock 5 is located in a locked position and to separate from each other when located in the opposite position. The operator W checks the lock-state easily only by checking the portable alarm device 30.
    • 要解决的问题:提供一种耦合器锁定状态检查系统,其能够使操作者在耦合操作期间容易地检查耦合器的锁定状态。 解决方案:耦合器锁定状态检查系统包括:耦合器锁定状态检测装置,其具有磁体21和有源RFID 22,该磁体21和有源RFID 22包括磁传感器24和无线电传输部分,无线传输部分将磁检测信号 ; 以及设置有接收磁检测信号的无线接收部的便携式报警装置30以及基于磁检测信号来报告耦合器是否被锁定的报警部。 磁体21和磁传感器24中的一个与锁5一起移动,另一个固定在耦合器主单元2上。当锁5位于磁体21中时,磁体21和磁传感器24相互配置 锁定位置并且当位于相对位置时彼此分离。 操作员W通过检查便携式报警装置30容易地检查锁定状态。版权所有:(C)2013,JPO&INPIT
    • 4. 发明专利
    • Uncoupling mechanism for coupling device
    • 联合装置的解除机制
    • JPH11278265A
    • 1999-10-12
    • JP8140998
    • 1998-03-27
    • Sumitomo Metal Ind Ltd住友金属工業株式会社
    • MATSUOKA SEIJISHIROYAMA AKIICHI
    • B61G3/10
    • PROBLEM TO BE SOLVED: To provide an uncoupling mechanism for a coupling device such that when the coupling device is in an unlocking condition, it is not returned to its initial locking condition even by vertical and horizontal vibrations.
      SOLUTION: This uncoupling mechanism is for a coupling device comprising one coupler A which moves a lock 1 vertically at the bottom of the inside of a lock room 2a via a lower lock lift 12 by pushing and pulling an uncoupling pull rod 13, and which rotates a knuckle opener 5 by the movement of the lock 1, and the other coupler which makes a pair with the coupler A and which freely rotationally holds a knuckle 3 and rotates the knuckle 3 from a locking position to an unlocking position by the movement of the lock 1 and the rotation of the knuckle opener 5. A second clamp 16b is freely rotationally installed on the side of the coupler A facing the handle of the uncoupling pull rod 13. An engagement groove 13a is provided in the relative position of time uncoupling pull rod 13 under an unlocking condition to the second clamp 16b. Under the unlocking condition, the movement of the uncoupling pull rod 13 toward a locking condition is prevented by the second clamp 16b and the engagement groove 13a.
      COPYRIGHT: (C)1999,JPO
    • 要解决的问题:为了提供联接装置的解耦机构,使得当联接装置处于解锁状态时,即使通过垂直和水平振动也不会恢复其初始锁定状态。 解决方案:该脱耦机构用于包括一个耦合器A的联接装置,该耦合器A通过推拉拉拔拔拉杆13,通过下锁定升降机12将锁1垂直移动到锁室2a内部的底部,并旋转 通过锁1的运动的转向节开启器5和与联接器A成对的另一个联接器,并且可自由旋转地保持转向节3并且通过转动节3的运动将转向节3从锁定位置旋转到解锁位置 锁定1和转向节开启器5的旋转。第二夹具16b可自由地旋转地安装在耦合器A的面向非耦合拉杆13的手柄的侧面上。接合槽13a设置在时间非耦合拉力的相对位置 处于解锁状态的杆13到第二夹具16b。 在解锁状态下,通过第二夹具16b和接合槽13a来防止解耦拉杆13朝向锁定状态的移动。