会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 11. 发明授权
    • Seal for well drilling assembly
    • 钻井组件密封
    • US5199514A
    • 1993-04-06
    • US793608
    • 1991-11-18
    • Charles H. Titus
    • Charles H. Titus
    • E21B4/00E21B4/02
    • E21B4/003E21B4/02
    • A floating seal adapted particularly for sealing the bearings in a drill string for deep wells. The seal has an outer slide ring slidable longitudinally in the drill casing and an internal support ring mounted in the slide ring against relative axial displacement but adapted for eccentric radial displacement of the mounting ring relative to the slide ring. Rotary discs are provided in the outer slide ring to allow axial displacement of the slide ring but to resist rotary displacement of the slide ring in the casing. The mounting ring is mounted in the slide ring to afford radial displacement of the mounting ring but to resist relative rotational displacement between the mounting ring and the slide ring. Seals are provided between the outer surface of the slide ring and the interior surface of the casing; between the interior surface of the mounting ring and the exterior surface of the shaft; and also between the slide ring and the mounting ring.
    • 一种浮动密封,特别用于密封用于深井的钻柱中的轴承。 密封件具有可在钻壳体中纵向滑动的外滑动环和安装在滑动环中的相对轴向位移的内部支撑环,但适于安装环相对于滑环的偏心径向位移。 旋转盘设置在外滑环中,以允许滑环的轴向位移,但是阻止滑环在壳体中的旋转位移。 安装环安装在滑环中以提供安装环的径向位移,但是抵抗安装环和滑环之间的相对旋转位移。 密封件设置在滑环的外表面和外壳的内表面之间; 在安装环的内表面和轴的外表面之间; 并且还在滑环和安装环之间。
    • 12. 发明授权
    • Electric arc furnace and method with coaxial current flow
    • 电弧炉和同轴电流流动方法
    • US4766598A
    • 1988-08-23
    • US2563
    • 1987-01-12
    • Charles H. TitusJ. Kenneth Wittle
    • Charles H. TitusJ. Kenneth Wittle
    • H05B7/06H05B7/20
    • H05B7/06H05B7/20
    • Electric arc furnace and method suitable for use in the decomposition of hazardous materials such as polychlorobiphenyls (PCBs) and the like. The furnace has an electrically conductive hearth which is connected electrically to the bottom wall of the furnace shell. The arc producing potential is applied to the upper portions of a central electrode and the outer shell of the furnace, and the arc current flows in a coaxial manner in the central electrode and the side wall of the outer shell. The electrical connection between the hearth and the bottom wall of the outer shell is made by a plurality of electrode plates which extend upwardly from the bottom wall into the hearth. The electrode plates are arranged in a circular pattern of slightly greater diameter than the lower tip of the electrode, and the arc has a radial field component which causes it to rotate about the lower tip of the electrode. The potential is applied to the upper portion of the outer shell in a symmetrical manner to provide a substantially uniform distribution of current around the side wall.
    • 电弧炉和适用于分解有害物质如聚氯联苯(PCB)等的电弧炉和方法。 该炉具有导电的炉床,其电连接到炉壳的底壁。 电弧产生电位被施加到中心电极的上部和炉的外壳,并且电弧电流以同轴方式在中心电极和外壳的侧壁中流动。 炉壳和外壳的底壁之间的电连接由多个从底壁向上延伸到炉膛中的电极板制成。 电极板布置成比电极的下端稍大直径的圆形图案,并且电弧具有使其围绕电极的下端旋转的径向场分量。 电势以对称的方式施加到外壳的上部,以提供围绕侧壁的电流的基本上均匀的分布。
    • 13. 发明授权
    • System for disconnecting an electrical power source from a load
    • 用于从电源断开电源的系统
    • US4525764A
    • 1985-06-25
    • US387182
    • 1982-06-10
    • Charles H. Titus
    • Charles H. Titus
    • H02H3/14H02H3/16
    • H02H3/14
    • In accordance with the present invention, an electrical system is provided for disconnecting a power source from a load when a voltage potential in excess of a predetermined threshold is detected between a test point and a selected voltage reference point. Switch means is electrically connected intermediate the power source and the load for switchably connecting and disconnecting the power source with the load. Voltage-reference means provides predetermined reference voltage at the selected voltage reference point. Voltage-detection means is electrically connected with the test point and the selected voltage reference point for detecting when the voltage potential between the test point and the selected voltage reference point exceeds the predetermined threshold. Switch-actuator means responsive to the detection means is provided for actuating the switch means to disconnect the power source from the load when voltage potential in excess of the predetermined threshold is detected by the detection means.
    • 根据本发明,提供电气系统,用于当在测试点和所选择的电压参考点之间检测到超过预定阈值的电压电势时,断开电源与负载的连接。 开关装置电连接在电源和负载之间,用于可重新连接和断开电源与负载的连接。 电压参考装置在所选择的电压参考点处提供预定的参考电压。 电压检测装置与测试点和所选择的电压参考点电连接,用于检测测试点和所选电压参考点之间的电压电压何时超过预定阈值。 提供响应于检测装置的开关致动器装置,用于当由检测装置检测到超过预定阈值的电压电位时,致动开关装置将电源与负载断开。
    • 14. 发明授权
    • Apparatus for passing electrical current through an underground formation
    • 用于使电流通过地下地层的装置
    • US4495990A
    • 1985-01-29
    • US427708
    • 1982-09-29
    • Charles H. TitusJohn K. WittleChristy W. Bell
    • Charles H. TitusJohn K. WittleChristy W. Bell
    • E21B43/24E21B43/00
    • E21B43/2401
    • An apparatus for passing electrical current from a D.C. power source through an underground formation in the extraction of carbonaceous fluids from beneath the earth's surface comprises an anode and a cathode remote from the anode. The anode is comprised of a containment positioned proximate to the underground formation within which is placed layers of material suitable for conduction. First conductor means connect the conduction material and the first terminal of the D.C. power source. The cathode is comprised of a wire screen housing of electrically conductive material which is supported within a well bore proximate to the underground formation. Second conductor means connects the wire screen housing to the second terminal of the D.C. power source. Electrical current from the power source is passed along the first conductor means, through the anode, through the underground formation, through the cathode and back to the power source through the second conductor means.
    • 一种用于在来自地下表面提取含碳流体的地方将来自直流电源的电流通过地下地层的装置包括远离阳极的阳极和阴极。 阳极由位于地下地层附近的容纳物组成,其中放置适于传导的材料层。 第一导体意味着连接导电材料和直流电源的第一端子。 阴极由导电材料的丝网外壳组成,其被支撑在靠近地下地层的井眼内。 第二导体装置将丝网外壳连接到直流电源的第二端。 来自电源的电流沿着第一导体装置通过阳极通过地下地层通过阴极并通过第二导体装置返回到电源。