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    • 2. 发明申请
    • Motor locking system to prevent unauthorized manual operation of automatic gates
    • 电机锁定系统防止自动门的未经授权的手动操作
    • US20120324963A1
    • 2012-12-27
    • US13135068
    • 2011-06-24
    • Alex ParsadayanWayne C. Hom
    • Alex ParsadayanWayne C. Hom
    • E05B47/00E05B65/00
    • E05F15/603E05Y2201/22E05Y2201/23E05Y2201/246E05Y2201/462E05Y2800/23E05Y2800/234E05Y2800/426E05Y2900/40Y10T70/5093
    • A lock module housing containing the components of a preferred embodiment is physically mounted to the rear of a gate drive motor of an automatic gate system. A solenoid front shaft, when the solenoid is de-energized, is pushed into a sprocket attached to the drive motor, thus preventing the motor shaft from turning. To release the drive motor, the solenoid is energized. The solenoid rear shaft contacts a limit switch to indicate to the controller that the drive motor is indeed unlocked. When the controller is about to move the gate, energizing the solenoid retracts the shaft and allows normal operation of the gate control system. At the end of the gate cycle, the solenoid is de-energized and the drive motor is once again locked. In the case of a manual release, a key lock is turned from a first position to a second position to unlock the motor shaft. A mechanical linkage arm attached to the key lock pulls the solenoid shaft to its energized position, which in turn contacts the limit switch. The gate can then be back driven manually.
    • 包含优选实施例的部件的锁模块壳体物理地安装在自动门系统的门驱动马达的后部。 当螺线管断电时,螺线管前轴被推入安装在驱动马达上的链轮上,从而防止马达转动。 要释放驱动电机,螺线管通电。 电磁铁后轴接触限位开关,向控制器指示驱动电机的确解锁。 当控制器即将移动闸门时,通电螺线管使轴回缩并允许门控制系统正常运行。 在门循环结束时,电磁阀断电,驱动电机再次被锁定。 在手动释放的情况下,钥匙锁从第一位置转动到第二位置以解锁电动机轴。 连接到钥匙锁的机械联动臂将螺线管轴拉到其通电位置,该位置又接触限位开关。 然后门可以手动返回。
    • 5. 发明申请
    • Actuating system for a hatch or similar hinged structure
    • 用于舱口或类似铰链结构的致动系统
    • US20020174604A1
    • 2002-11-28
    • US10127378
    • 2002-04-22
    • Stabilus GmbH
    • Leo LauderbachAndreas Ritter
    • E05F011/00
    • F16F9/0245E05C17/305E05F1/1091E05F15/627E05Y2201/20E05Y2201/23E05Y2201/246E05Y2201/256E05Y2201/264E05Y2201/416E05Y2201/462E05Y2800/00E05Y2900/546
    • An actuating system, comprising a base part and a moving part, which can be moved by a compressively preloaded piston/cylinder assembly that comprises a cylinder and a piston rod, wherein a piston on the piston rod divides the cylinder into two working chambers, wherein the base part has an externally powered drive device that stands in operative connection with the moving part and functions in opposition to the operating force of the piston/cylinder assembly, wherein a control system monitors the motion of the moving system and detects an obstacle when a parameter representing the motion deviates from a stored parameter by a threshold limit, wherein the actuating system in the unpowered state holds the moving part with the aid of a locking device, wherein the locking device is formed by a flow connection between the working chambers of the piston/cylinder assembly and a pilot valve for controllably blocking fluid flow through the flow connection.
    • 一种致动系统,包括一个基座部分和一个运动部件,可以通过一个包括一个气缸和一个活塞杆的压缩预加载的活塞/气缸组件移动,其中活塞杆上的活塞将气缸分成两个工作室,其中 基座部分具有外部驱动的驱动装置,其与移动部件保持有效连接并且与活塞/气缸组件的操作力相反地起作用,其中控制系统监视移动系统的运动并且当一个 表示运动的参数偏离存储的参数阈值极限,其中,在无动力状态下的致动系统借助于锁定装置保持运动部件,其中锁定装置由所述运动部件的工作室之间的流动连接形成, 活塞/气缸组件和用于可控地阻挡流过流动连接的流体的先导阀。
    • 7. 发明授权
    • Overhead door backup spring system
    • 架空门备用弹簧系统
    • US09080361B2
    • 2015-07-14
    • US14333070
    • 2014-07-16
    • Kydrid Door Systems, Inc.
    • Trever Nykilchuk
    • E05F11/00E05D13/00
    • E05D15/38E05D13/00E05D13/1215E05D13/1261E05D13/1269E05Y2201/23E05Y2201/47E05Y2201/706E05Y2800/404E05Y2900/106E06B3/44Y10T16/84
    • The present invention essentially comprises an overhead door backup spring system for providing an auxiliary spring counterweight to operate an overhead door shaft upon failure of a spring. The system has an activation unit, a control assembly, an engagement assembly operably associated with the activation unit, and an auxiliary spring engagement assembly operably associated with the control and engagement assemblies. The control assembly has an engagement block engageable with a spring post of the auxiliary spring assembly. The engagement assembly has an engagement post engageable with the spring post to transfer torque from the auxiliary spring to the overhead door shaft. An engaged position has the engagement post not engaged with the spring posts while the engagement block is engaged with the spring post. A non-engaged position has the engagement post engaged with the spring post, and the engagement block not engaged with the spring post.
    • 本发明基本上包括顶部门支撑弹簧系统,用于在弹簧失效时提供辅助弹簧配重以操作高架门轴。 该系统具有激活单元,控制组件,与激活单元可操作地相关联的接合组件以及可操作地与控制和接合组件相关联的辅助弹簧接合组件。 控制组件具有可与辅助弹簧组件的弹簧柱接合的接合块。 接合组件具有可与弹簧柱接合的接合柱,以将扭矩从辅助弹簧传递到架空门轴。 接合位置具有不与弹簧柱接合的接合柱,而接合块与弹簧柱接合。 非接合位置具有与弹簧柱接合的接合柱,并且接合块不与弹簧柱接合。
    • 10. 发明申请
    • OVERHEAD DOOR BACKUP SPRING SYSTEM
    • OVERHEAD门后备弹簧系统
    • US20150020456A1
    • 2015-01-22
    • US14333070
    • 2014-07-16
    • Trever Nykilchuk
    • Trever Nykilchuk
    • E05D13/00
    • E05D15/38E05D13/00E05D13/1215E05D13/1261E05D13/1269E05Y2201/23E05Y2201/47E05Y2201/706E05Y2800/404E05Y2900/106E06B3/44Y10T16/84
    • The present invention essentially comprises an overhead door backup spring system for providing an auxiliary spring counterweight to operate an overhead door shaft upon failure of a spring. The system has an activation unit, a control assembly, an engagement assembly operably associated with the activation unit, and an auxiliary spring engagement assembly operably associated with the control and engagement assemblies. The control assembly has an engagement block engageable with a spring post of the auxiliary spring assembly. The engagement assembly has an engagement post engageable with the spring post to transfer torque from the auxiliary spring to the overhead door shaft. An engaged position has the engagement post not engaged with the spring posts while the engagement block is engaged with the spring post. A non-engaged position has the engagement post engaged with the spring post, and the engagement block not engaged with the spring post.
    • 本发明基本上包括顶部门支撑弹簧系统,用于在弹簧失效时提供辅助弹簧配重以操作高架门轴。 该系统具有激活单元,控制组件,与激活单元可操作地相关联的接合组件以及可操作地与控制和接合组件相关联的辅助弹簧接合组件。 控制组件具有可与辅助弹簧组件的弹簧柱接合的接合块。 接合组件具有可与弹簧柱接合的接合柱,以将扭矩从辅助弹簧传递到架空门轴。 接合位置具有不与弹簧柱接合的接合柱,而接合块与弹簧柱接合。 非接合位置具有与弹簧柱接合的接合柱,并且接合块不与弹簧柱接合。