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    • 1. 发明授权
    • Signal pickup mechanism
    • 信号拾取机构
    • US5195368A
    • 1993-03-23
    • US604817
    • 1990-10-29
    • John E. Durand
    • John E. Durand
    • G01F3/08G01F3/12G01F15/06
    • G01F15/066G01F3/08G01F3/12
    • A magnetic signal pickup mechanism is presented. The mechanism comprises a moving magnetic element mass fixedly coupled to a moving element mass such as a nutator. A movable magnetic element wire is physically non rigidly coupled magnetically to the moving magnetic element mass and further coupled mechanically to quasi restrictive longitudinal pivot points wherein the pivot points restrain longitudinal movement in relation to the moving magnetic element mass, the pivot points being offset sufficiently distant from each other to prevent contact between the wire and any structure other than the pivot points, wherein the wire is non straight.
    • 提出了磁信号拾取机构。 该机构包括固定地联接到移动元件块(诸如联动器)的移动磁性元件块。 可移动磁性元件线在物理上非刚性地耦合到移动磁性元件块,并且进一步机械地耦合到准限制性纵向枢轴点,其中枢转点限制相对于移动的磁性元件块的纵向运动,枢转点被偏移得足够远 彼此之间以防止电线与枢转点之外的任何结构之间的接触,其中电线是非直的。
    • 2. 发明授权
    • Centrifugal positive displacement device
    • 离心式正位移装置
    • US4601646A
    • 1986-07-22
    • US536612
    • 1983-09-26
    • John E. Durand
    • John E. Durand
    • F01C5/02F04C5/00
    • F01C5/02
    • A centrifugal positive displacement device is presented. It is believed that this is the first type device which has the advantages of both a centrifugal pump and a positive displacement pump without any substantial disadvantages. The device comprises a casing similar to that of previous centrifugal casings disposed around an impeller smaller than prior art centrifugal impellers and having cavities in the outer surface thereof. On each side of each cavity is coupled a flexible loop. In operation, as it passes the cam, the flexible loop is filled with incoming fluid which is then compressed out as the cam is approached near the discharge port.
    • 提出了一种离心式正位移装置。 据信这是具有离心泵和容积式泵的优点的第一种类型的装置,没有任何实质的缺点。 该装置包括类似于先前设置在比现有技术的离心式叶轮小的叶轮周围的离心式壳体的壳体的壳体,并且在其外表面中具有空腔。 在每个腔的每一侧耦合一个柔性回路。 在操作中,当通过凸轮时,柔性环填充有进入的流体,随着凸轮在排放口附近接近而被压缩。
    • 3. 发明授权
    • Nutator bearing assembly
    • 润滑脂轴承总成
    • US4911622A
    • 1990-03-27
    • US235567
    • 1988-08-24
    • John E. Durand
    • John E. Durand
    • F01C1/06G01F3/08G01F3/12
    • G01F3/08F01C1/06G01F3/12
    • An off center one spot nutator fulcrum rocking bearing assembly is presented. The assembly comprises a non rotating circular cylindrical fulcrum rod coupled at each end to a selected fixed point inside a nutating pump chamber. An off center non rotating rocking nutator fulcrum bearing has an interior circular cylindrical surface rotatably mating with and coupled around the exterior circular cylindrical surface of the rod, the bearing having at least two exterior surfaces parallel to the bearing axis including a first generally planar bearing surface parallel to the bearing axis and disposed closer to the bearing interior surface than any other bearing exterior surface parallel to said axis wherein said first bearing surface slideably nutatably couples to a nutator barrier, whereby the barrier rides on the first bearing surface during nutation causing the bearing to rock.
    • 提出了一个偏心的一点钳形支架支点摆动轴承总成。 组件包括一个非旋转的圆柱形支点杆,每个端部连接到章动泵室内的选定的固定点。 偏心中心非旋转摆动支架支点轴承具有与杆的外圆柱形表面可旋转地配合并耦合的内圆柱形表面,所述轴承具有平行于轴承轴线的至少两个外表面,包括第一大致平面的支承表面 平行于轴承轴线并且比任何其他轴承外表面平行于所述轴线更靠近轴承内表面设置,其中所述第一轴承表面可滑动地与可旋转地联接到制动器阻挡件,由此,障碍物在章动期间穿过第一轴承表面,从而使轴承 摇滚。
    • 4. 发明授权
    • Visually and mechanically testable submersible composite
    • 视觉和机械可测试的潜水复合材料
    • US4521652A
    • 1985-06-04
    • US547938
    • 1983-11-02
    • John E. Durand
    • John E. Durand
    • H01H9/04H01H35/18
    • H01H9/041Y10S116/08
    • A visually and mechanically testable float switch composite is presented. The composite had a casing having one opening into a switch cavity containing a switch having leads potted to the outside. A float is coupled through the opening by coupling means to mechanically actuate the switch. The opening is closed by a bearing and bearing cap surrounded by and sealed by an elastomeric boot. Closing of the cap increases pressure on the fluid in the switch cavity thereby causing the boot to expand like a balloon thereby permitting visual or mechanical testing since the boot remains expanded if there is no leak. In like manner, any submersible component may be made visually and mechanically testable by inserting a cap thereby increasing the internal pressure and monitoring a balloon like expandable boot to determine whether the increase in pressure is maintained.
    • 提出了一种视觉和机械可测试的浮子开关复合材料。 复合材料具有一个壳体,该壳体具有一开口,该开口包含一开口,该开关具有封闭到外部的引线。 浮子通过连接装置通过开口联接以机械地致动开关。 开口由被弹性体衬套包围和密封的轴承和轴承盖封闭。 盖的关闭增加了开关腔中的流体的压力,从而使得靴子像气囊一样膨胀,从而允许视觉或机械测试,因为如果没有泄漏,则靴子保持膨胀。 以类似的方式,任何潜水部件可以通过插入盖而进行视觉和机械测试,从而增加内部压力并监视气囊如可膨胀的靴子,以确定压力的增加是否保持。
    • 6. 发明授权
    • Nutator bearing assembly
    • 润滑脂轴承总成
    • US5114323A
    • 1992-05-19
    • US604809
    • 1990-10-29
    • John E. Durand
    • John E. Durand
    • F01C1/06G01F3/08G01F3/12
    • G01F3/12F01C1/06G01F3/08
    • The present invention is a nutating positive displacement device including a nutator with an inverted pendulous, low friction, substantially non sliding vertically elongated double pivoting nutator fulcrum. The fulcrum is one member comprising a bottom base coupled to a central beam coupled to a top nutator support bearing surface. The bottom of the fulcrum comprises a pivoting base pivotally and substantially non slidably mating with a base receptacle defined by a body interior surface. The base is coupled to the fulcrum beam which in turn supports the fulcrum nutator support bearing surface. The nutator support bearing surface pivotally and substantially non slidably mates with a nutator restraint defined by the center bottom surface of the nutator.
    • 本发明是一种章动正位移装置,其包括具有倒置的下摆,低摩擦,基本上不滑动的垂直伸长的双重枢转支撑支架的辅助装置。 支点是一个构件,其包括联接到联接到顶部辅助支撑承载表面的中心梁的底部底座。 支点的底部包括一枢转的基座,该基座可枢转地并且基本上不可滑动地与由主体内表面限定的底座接合。 底座联接到支点梁,支撑梁又支撑支点辅助支撑轴承表面。 联动器支撑轴承表面可枢转地并且基本上不可滑动地配合由制动器的中心底面限定的止动器约束。
    • 7. 发明授权
    • Signal pickup mechanism
    • 信号拾取机构
    • US5024085A
    • 1991-06-18
    • US235563
    • 1988-08-24
    • John E. Durand
    • John E. Durand
    • G01F3/08G01F3/12G01F15/06
    • G01F15/066G01F3/08G01F3/12
    • A magnetic signal pickup mechanism is presented. The mechanism comprises an orbiting mass fixedly coupled to a cyclically repetitively moving element which by moving through its cycle causes the mass to orbit. A relatively tight but slightly moveable wire is coupled to selected points at each end so as to pass near at least one part of the orbit of the mass. One of the mass and the wire is ferro magnetic and the other of the mass and the wire is a permanent magnet sufficiently powerful so that the wire moves one cycle in an orbit in response to each orbit of the mass. A signal detector is coupled to the wire to count orbits of the wire.
    • 提出了磁信号拾取机构。 该机构包括固定地耦合到周期性重复移动的元件的轨道质量块,其通过其循环移动使质量轨道运动。 相对紧密但稍微可移动的线连接到每端的选定点,以便靠近质量轨道的至少一部分。 质量和电线之一是铁磁性,质量和电线中的另一个是足够强大的永磁体,使得线响应于质量的每个轨道在轨道中移动一个周期。 信号检测器耦合到导线以对线的轨道进行计数。