Breast enhancement apparatus and procedure
    1.
    发明授权
    Breast enhancement apparatus and procedure 失效
    乳房增强装置和程序

    公开(公告)号:US5683420A

    公开(公告)日:1997-11-04

    申请号:US570700

    申请日:1995-12-11

    IPC分类号: A61F2/12 A61M5/42 A61J17/00

    CPC分类号: A61F2/12 A61M5/425

    摘要: The human breast is enhanced by enlargement by inserting body compatible fluids into the natural lactatous containments within the breast by flowing the liquid into the lactatous duct openings at the nipples. Flow is induced, from a source of pressurized fluid, by directing a jet of liquid into the duct opening, by pressing the fluid conductor against the opening or by penetrating the opening with a blunt needle or equivalent catheter. To ease penetration of the opening, suction apparatus is offered that distends the nipple to straighten the duct. Plugs are offered to enhance the fluid retention ability. The plug may be solid or valved to allow fluid flow only when a handling tool is inserted to manipulate the plug. Fluid emulsification apparatus is provided to condition fluids which may include saline aqueous liquid, compressible fluid, and autogenous materials individually or in combinations.

    摘要翻译: 通过将液体流入乳头的乳腺管道开口,通过将体内相容的流体插入乳房内的天然乳酸容器中来增大人体乳腺。 通过将流体导体压靠在开口处或通过用钝针或等效的导管穿透开口而将液体射流引导到管道开口中,从加压流体源引起流动。 为了便于开口的穿透,提供了使乳头膨胀以拉直管道的抽吸装置。 提供插头以提高流体保留能力。 塞子可以是固体或阀门,以便仅当插入处理工具来操纵塞子时允许流体流动。 提供流体乳化设备以单独或组合地调节可包括盐水水溶液,可压缩流体和自体材料的流体。

    Breast enhancement apparatus and procedure
    2.
    发明授权
    Breast enhancement apparatus and procedure 失效
    乳房增强装置和程序

    公开(公告)号:US5904715A

    公开(公告)日:1999-05-18

    申请号:US141546

    申请日:1998-08-28

    IPC分类号: A61F2/12

    CPC分类号: A61F2/12

    摘要: The human breast is enhanced by enlargement by inserting body compatible fluids into the natural lactatous containments within the breast by flowing the liquid into the lactatous duct openings at the nipples. Flow is induced, from a source of pressurized fluid, by directing a jet of liquid into the duct opening, by pressing the fluid conductor against the opening or by penetrating the opening with a blunt needle or equivalent catheter. To ease penetration of the opening, suction apparatus is offered that distends the nipple to straighten the duct. Plugs are offered to enhance the fluid retention ability. The plug may be solid or valved to allow fluid flow only when a handling tool is inserted to manipulate the plug. Fluid emulsification apparatus is provided to condition fluids which may include saline aqueous liquid, compressible fluid, and autogenous materials individually or in combinations.

    摘要翻译: 通过将液体流入乳头的乳腺管道开口,通过将体内相容的流体插入乳房内的天然乳酸容器中来增大人体乳腺。 通过将流体导体压靠在开口处或通过用钝针或等效的导管穿透开口而将液体射流引导到管道开口中,从加压流体源引起流动。 为了便于开口的穿透,提供了使乳头膨胀以拉直管道的抽吸装置。 提供插头以提高流体保留能力。 塞子可以是固体或阀门,以便仅当插入处理工具来操纵塞子时允许流体流动。 提供流体乳化设备以单独或组合地调节可包括盐水水溶液,可压缩流体和自体材料的流体。

    Breast enhancement apparatus and method
    3.
    发明授权
    Breast enhancement apparatus and method 失效
    乳房增强装置及方法

    公开(公告)号:US5800534A

    公开(公告)日:1998-09-01

    申请号:US874523

    申请日:1997-06-13

    IPC分类号: A61F2/12 A61M5/42

    CPC分类号: A61F2/12 A61M5/425

    摘要: The human breast is enhanced by enlargement by inserting body compatible fluids into the natural lactatous containments within the breast by flowing the liquid into the lactatous duct openings at the nipples. Flow is induced, from a source of pressurized fluid, by directing a jet of liquid into the duct opening, by pressing the fluid conductor against the opening or by penetrating the opening with a blunt needle or equivalent catheter. To ease penetration of the opening, suction apparatus is offered that distends the nipple to straighten the duct. Plugs are offered to enhance the fluid retention ability. The plug may be solid or valved to allow fluid flow only when a handling tool is inserted to manipulate the plug. Fluid emulsification apparatus is provided to condition fluids which may include saline aqueous liquid, compressible fluid, and autogenous materials individually or in combinations.

    摘要翻译: 通过将液体流入乳头的乳腺管道开口,通过将体内相容的流体插入乳房内的天然乳酸容器中来增大人体乳腺。 通过将流体导体压靠在开口处或通过用钝针或等效的导管穿透开口而将液体射流引导到管道开口中,从加压流体源引起流动。 为了便于开口的穿透,提供了使乳头膨胀以拉直管道的抽吸装置。 提供插头以提高流体保留能力。 塞子可以是固体或阀门,以便仅当插入处理工具来操纵塞子时允许流体流动。 提供流体乳化设备以单独或组合地调节可包括盐水水溶液,可压缩流体和自体材料的流体。

    Well communication pulser
    4.
    发明授权
    Well communication pulser 失效
    良好的通讯脉冲发生器

    公开(公告)号:US5117398A

    公开(公告)日:1992-05-26

    申请号:US508047

    申请日:1990-04-11

    申请人: John D. Jeter

    发明人: John D. Jeter

    IPC分类号: E21B47/18

    CPC分类号: E21B47/18 E21B47/187

    摘要: A downhole mud pressure change signal generator has a signal valve to variably resist the flow of mud down the drill string bore. The valve is powered by a bias driver and controlled by a holding magnet that is in turn controlled by a downhole instrument. The bias driver has a spring opposed fluid powered piston that moves in response to changes in fluid pressure drop across the signal valve. The valve in normally biased closed. The bias driver is resiliently connected to the valve such that when the piston moves the bias driver in response to fluid pressure that overcomes the spring, the valve is urged toward an open position. When the valve is open and signal pressure across the valve is low the spring exerts more force than the piston and the driver urges the valve toward a closed position.The valve is urged to move but not compelled and is subject to latching in desired positions without losing the power needed to move later. The bias driver is used to power a latch that holds the valve open or closed. The energy is invested in springs that move the latch when holding magnets permit the latch to respond to the bias. The holding magnets never depend upon a flux gap because they hold positions the springs have provided.

    摘要翻译: 井下泥浆压力变化信号发生器具有信号阀,以可变地抵抗钻柱孔下方的泥浆流动。 该阀由偏置驱动器供电并由保持磁体控制,该保持磁体又由井下仪器控制。 偏置驱动器具有弹簧相反的流体动力活塞,其响应于信号阀上的流体压降的变化而移动。 阀门正常偏置关闭。 偏压驱动器弹性地连接到阀,使得当活塞响应于克服弹簧的流体压力移动偏压驱动器时,阀被推向打开位置。 当阀门打开并且阀门上的信号压力低时,弹簧施加比活塞更多的力,并且驾驶员将阀门推向关闭位置。 阀被推动移动但不被迫,并且被锁定在期望的位置,而不会丢失稍后移动所需的动力。 偏置驱动器用于为保持阀门打开或关闭的闩锁供电。 能量被投资在弹簧中,当保持磁体时允许闩锁响应偏压,弹簧移动闩锁。 保持磁体永远不依赖于磁通隙,因为它们保持弹簧提供的位置。

    Acceleration compensating system
    5.
    发明授权
    Acceleration compensating system 失效
    加速补偿系统

    公开(公告)号:US5020609A

    公开(公告)日:1991-06-04

    申请号:US492901

    申请日:1990-03-12

    申请人: John D. Jeter

    发明人: John D. Jeter

    IPC分类号: E21B47/01 E21B47/18

    摘要: In the preferred application, an acceleration compensation mass is supported in a downhole drilling related housing for independent movement along an axis in response to acceleration of the housing. A control member that moves relative to the housing in a direction parallel the axis to carry out the function of the housed apparatus is connected to a piston in a cooperating bore in the housing to displace fluid when the member moves. A second piston and cooperating bore in the housing is arranged to displace fluid when the mass moves. Fluid plumbing is arranged to connect the two hydraulic cylinders such that the mass and the member, if they move, must move in unison in opposite directions. When the housing is accelerated in the direction along the axis, both member and mass tend to move in the opposite direction relative to the housing but each piston opposes the other and no movement occurs if the pistons have effective areas proportional to the weights of the related member and mass. The member, however, can move irrespective of acceleration reaction forces in response to force applied to it relative to the housing, with the mass moving a proportional amount in the opposite direction.Alternate embodiments include linear compensators with the mass and member connected by racks and pinions to compel the opposite direction movements and a rotary compensator includes a rotating compenator mass rotationally connected to the member by gearing to compel rotation in opposite directions relative to the housing.

    摘要翻译: 在优选的应用中,加速度补偿质量被支撑在井下钻井相关壳体中,以响应于壳体的加速度而沿轴线独立运动。 在平行于轴线的方向上相对于壳体移动以执行所容纳的装置的功能的控制构件连接到壳体中的协作孔中的活塞,以在构件移动时移动流体。 壳体中的第二活塞和配合孔设置成当质量移动时移动流体。 流体管道被布置成连接两个液压缸,使得质量块和构件(如果​​它们移动)必须在相反的方向上一致地移动。 当壳体沿着轴线的方向被加速时,构件和质量都趋向于相对于壳体的相反方向移动,但是每个活塞与另一个活塞相反,如果活塞具有与相关的重量成比例的有效区域,则不会发生运动 成员和群众。 然而,该构件可以响应于相对于壳体施加的力而与加速度反作用力无关地移动,质量沿相反方向移动成比例的量。 替代实施例包括线性补偿器,其质量和构件通过齿条和小齿轮连接以强制相反的方向运动,并且旋转补偿器包括通过齿轮旋转地连接到构件的旋转的压缩块,以相对于壳体沿相反方向强制旋转。

    Mud pulse pressure signal generator
    7.
    发明授权
    Mud pulse pressure signal generator 失效
    泥浆脉压信号发生器

    公开(公告)号:US5103430A

    公开(公告)日:1992-04-07

    申请号:US607678

    申请日:1990-11-01

    IPC分类号: E21B47/18

    CPC分类号: E21B47/187 E21B47/18

    摘要: A downhole signal generating mud pulser has a poppet and orifice signal valve to variably resist the drilling fluid stream. The poppet is upstream of the orifice and is moved by a piston in fluid communication with opposite flow related sides of the signal valve such that more pressure drop across the valve applies more piston force to open the valve. The poppet is spring biased toward the orifice and the piston force and spring balance when a preselected operating pressure exists. A servo valve controls flow in a by-pass loop to apply additional pressure to the piston to create a signal pulse when open. The servo valve is urged closed by flow in the servo loop and the closing is retarded by a dashpot to determine signal duration. The servo valve is spring biased to open and is automatically latched closed by a latch that responds to a solenoid actuated to release the servo valve. Options include replacement of the dashpot timer with a second latch position which latches the servo valve open to cause a signal pulse, the duration of which is determined by the controlling instrument which acts to release the latch from both positions.

    摘要翻译: 井下信号产生泥浆脉冲发生器具有提升阀和孔口信号阀,以可变地抵抗钻井液流。 提升阀位于孔口的上游,并通过与信号阀的相对流动相关的流体连通的活塞移动,使得越过阀门的更多压降施加更多的活塞力来打开阀门。 当存在预选的操作压力时,提升阀弹簧偏压朝向孔口和活塞力和弹簧平衡。 伺服阀控制旁路循环中的流量,以向活塞施加额外的压力,以在打开时产生信号脉冲。 伺服阀通过伺服回路中的流量被关闭,闭合由缓冲器延迟以确定信号持续时间。 伺服阀被弹簧偏置打开,并被锁定器自动锁定,该闩锁响应于致动的螺线管以释放伺服阀。 选项包括用第二个闩锁位置替换缓冲器定时器,该第二闩锁位置锁定伺服阀打开以产生信号脉冲,其持续时间由用于从两个位置释放闩锁的控制仪器确定。

    Drilling enhancement tool
    8.
    发明授权
    Drilling enhancement tool 失效
    钻井增强工具

    公开(公告)号:US4817739A

    公开(公告)日:1989-04-04

    申请号:US53357

    申请日:1987-05-19

    申请人: John D. Jeter

    发明人: John D. Jeter

    IPC分类号: E21B7/18 E21B7/24 E21B21/10

    摘要: A drilling fluid pulse generator for use above a drill bit to produce pulsations in drilling fluid flow. An autocycling valve briefly interrupts the flow of fluid to bit jets to reduce the effective hydrostatic pressure at the drilling face and to hydraulic energy in the drill string to thoroughly scour the hole face when the briefly closed valve reopens. An alternate configuration provides a bypass route for fluid diverted from the bit, and the bypass includes jet nozzles to add energy to the return fluid stream to further reduce the effective hydrostatic pressure at the drilling face.

    摘要翻译: 钻井液脉冲发生器,用于钻头上方产生钻井液流动中的脉动。 自动循环阀短暂地中断流体到钻头的流动,以减少钻孔面上的有效流体静力压力和钻柱中的液压能量,以便在短暂关闭的阀重新打开时彻底冲洗孔面。 替代配置提供了用于从钻头转移的流体的旁路路线,并且旁路包括喷嘴以向返回流体流添加能量以进一步降低钻孔面处的有效静水压力。

    Device for drilling a hole in the side wall of a bore hole
    10.
    发明授权
    Device for drilling a hole in the side wall of a bore hole 失效
    钻孔侧壁钻孔的装置

    公开(公告)号:US4007797A

    公开(公告)日:1977-02-15

    申请号:US476328

    申请日:1974-06-04

    申请人: John D. Jeter

    发明人: John D. Jeter

    CPC分类号: E21B4/16 E21B4/00 E21B7/061

    摘要: The device disclosed includes a housing which can be moved through the bore hole and anchored in the desired location for drilling a lateral hole. Located in the housing is a drill string guide or conductor having a bendable lower end. The conductor is movable to a position where its lower end is either inherently or forceably bent so that it provides a curved path leading toward the side wall of the bore hole. The conductor guides a drill string extending through the conductor to cause the drill string to drill a lateral hole in the side wall of the well bore. The drill string and conductor can be retracted into the housing when the lateral hole has been drilled, or a portion of the drill string may be left in the lateral hole as a drain pipe.

    摘要翻译: 所公开的装置包括可以移动穿过钻孔并锚定在期望位置以钻出侧孔的壳体。 位于壳体中的是具有可弯曲的下端的钻柱引导件或导体。 导体可移动到其下端固有地或有力地弯曲的位置,使得其提供朝向钻孔的侧壁的弯曲路径。 导体引导延伸穿过导体的钻柱,以使钻柱在井眼的侧壁中钻一个侧孔。 当钻孔时,钻柱和导体可以缩回到壳体中,或者钻柱的一部分可能作为排水管留在侧孔中。