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    • 1. 发明授权
    • Automatic gate opener
    • 自动开门器
    • US4416085A
    • 1983-11-22
    • US373859
    • 1982-05-03
    • Robert W. LybeckerKarl A. SenghaasJames W. Olafson
    • Robert W. LybeckerKarl A. SenghaasJames W. Olafson
    • E01F13/06E05F15/04E05F15/20E05F15/02
    • E01F13/06E05F15/53E05F15/70E05Y2400/614E05Y2400/628E05Y2900/40
    • The present invention is for an automatic gate opening device where commercial electricity is not economically available. A hydraulic cylinder operated by a bidirectional gear pump moves a cylinder rod which connects to an opening rod. The opening rod is pivotally connected to one end to the gate and on the other end to a stationary location. Due to pivotal connections and a pivotal linkage near the middle of the opening rod, the gate may be opened and closed by the hydraulic cylinder. The hydraulic cylinder is also pivotally mounted. Electronic controls may be operated by a number of different type sensors, including limit switches on the hydraulic cylinder, sensors for detecting the gate location, manual switches or other traditional vehicle approach sensors. Power is provided by a storage battery, which battery can be recharged during daylight hours at a solar panel or by a traditional battery charger.
    • 本发明涉及一种自动开门装置,其商业电力在经济上不可用。 由双向齿轮泵操作的液压缸移动连接到开启杆的气缸杆。 开启杆可枢转地连接到一端到门,另一端枢转地连接到静止位置。 由于枢转连接和在开启杆的中间附近的枢转连杆,门可以被液压缸打开和关闭。 液压缸也可枢转地安装。 电子控制可以由许多不同类型的传感器操作,包括液压缸上的限位开关,用于检测门位置的传感器,手动开关或其他传统车辆接近传感器。 电源由蓄电池提供,该蓄电池可以在白天用太阳能电池板或传统电池充电器进行充电。
    • 3. 发明授权
    • Drill pipe identification method and system
    • 钻管识别方法和系统
    • US4202490A
    • 1980-05-13
    • US918640
    • 1978-06-23
    • Walter A. GunkelRobert W. Lybecker
    • Walter A. GunkelRobert W. Lybecker
    • E21B19/20E21B47/09G06K7/08E21B11/00E21B47/00
    • E21B19/20E21B47/0905G06K7/084
    • Numbers in binary form comprising apertures filled with non-magnetic material are formed in the outer periphery of drill pipe sections for identification purposes. The numbers are read by a sensor and recorded as the drill pipe sections are lowered into a well bore in order to keep track of the position of the pipe sections in the drill string and to obtain a cumulative record of the service time of each drill pipe section for the purpose of determining fatigue damage. The sensor comprises an encircling electrical coil which generates a magnetic field in the walls of the drill pipe sections as they are moved through the coil and a second electrical coil which is rotated around the drill pipe section in the vicinity of the encircling coil for detecting the magnetic field next to the filled encloding apertures of the identification numbers.
    • 为了识别目的,在钻管部分的外周形成包括填充有非磁性材料的孔的二进制形式的数字。 这些数字由传感器读取,并且当钻管段下降到井眼中时被记录,以便跟踪钻柱中管段的位置并获得每个钻杆的使用时间的累积记录 以确定疲劳损伤的目的。 传感器包括环绕的电线圈,当钻管部分的壁移动通过线圈时,其产生磁场,并且第二电线圈围绕钻管部分围绕环绕线圈旋转,用于检测 识别号码的填充孔径旁边的磁场。
    • 4. 发明授权
    • Safety shutdown circuit for pneumatic pump system
    • 气动泵系统安全关闭电路
    • US5174722A
    • 1992-12-29
    • US742742
    • 1991-08-09
    • Robert W. Lybecker
    • Robert W. Lybecker
    • F03C1/00F04B9/125F04B49/10
    • F04B49/103F03C1/003F04B9/125
    • A safety shutdown circuit for a pneumatic pump system. The pump system includes a manifold assembly for discharging pumped liquid. The liquid is discharged from the system by a reciprocating piston apparatus which drives a liquid pump cylinder. The pump system is provided with a pneumatic safety circuit for monitoring the stroke time or rate of the reciprocating air cylinder. The safety circuit includes a safety shutdown valve and a pneumatic timer associated with the shutdown valve. The pneumatic timer vents air supply within the safety circuit after a predetermined time interval. If a leak or failure occurs in the pump system, the reciprocating piston apparatus will complete a stroke in less time than the predetermined time as a result of the pressure loss incident to the leak or failure. In such event, the air supply within the safety circuit is directed through the shutdown valve to the pump system START valve to deactivate the system.
    • 气动泵系统的安全关闭电路。 泵系统包括用于排出泵送液体的歧管组件。 液体通过驱动液体泵筒的往复活塞装置从系统排出。 泵系统配备有用于监测往复运动气缸的行程时间或速度的气动安全回路。 安全回路包括安全关闭阀和与关闭阀关联的气动定时器。 气动定时器在预定的时间间隔之后排出安全电路内的空气供应。 如果在泵系统中发生泄漏或故障,往复活塞装置将由于泄漏或故障引起的压力损失而在比预定时间少的时间内完成行程。 在这种情况下,安全电路内的供气将通过关闭阀引导至泵系统启动阀,以禁用系统。