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
    • 32. 发明申请
    • Oil circulation retention system and method
    • 油循环保留系统及方法
    • US20060054404A1
    • 2006-03-16
    • US10909990
    • 2004-08-03
    • Yehia El-Ibiary
    • Yehia El-Ibiary
    • F16N29/00
    • F16N7/40F16C33/1085F16N2210/14
    • A bearing lubrication (oil circulation) system having a check valve configuration for preventing overflow of an oil reservoir or tank. The pressurized oil circulation system may comprise a pump that pressurizes oil from the tank and circulates the oil through a supply conduit to a bearing, and returns the oil to the tank through a return conduit. The system may include a check valve disposed in the supply conduit and a pilot-operated check valve disposed in the return conduit. The pilot may be taken from the supply conduit upstream of the check valve disposed on the supply conduit. When pressure is discharged from the oil circulation, such as with shutdown of a circulation pump, the check valves automatically close and thus prevent oil contained in the supply and return conduits from draining (i.e., by gravity) to the oil tank. Therefore, flooding of the oil tank with excessive oil is prevented. Furthermore, loss of oil from the bearing sump is also prevented.
    • 具有止回阀结构的轴承润滑(油循环)系统,用于防止储油槽或油箱溢出。 加压油循环系统可以包括泵,其对来自罐的油进行加压并将油循环通过供应管道到轴承,并且通过返回管道将油返回到罐中。 该系统可以包括设置在供应管道中的止回阀和设置在返回管道中的先导式止回阀。 飞行员可以从设置在供应导管上的止回阀的上游的供应导管取出。 当从油循环中排出压力时,例如在循环泵关闭时,止回阀自动关闭,从而防止供应和返回管道中的油排放(即通过重力)到油箱。 因此,防止了油箱过多油的溢流。 此外,还防止了从轴承油槽中的油的损失。
    • 34. 发明授权
    • Self-contained service tool for adding fluorescent leak detection dye
into systems operating with pressurized fluids
    • 将荧光泄漏检测染料添加到使用加压流体的系统中的独立服务工具
    • US6056162A
    • 2000-05-02
    • US181195
    • 1998-10-28
    • Kenneth C. Leighley
    • Kenneth C. Leighley
    • F16N29/00G01M3/20G01M3/22B67D5/38B65D88/54B67D5/42
    • F16N29/00G01M3/20G01M3/226
    • A dispensing device is provided for introducing a fluorescent leak detection dye into an operating system containing a pressurized fluid. An embodiment of the dispensing device of the invention comprises a hollow capsule for containing dye having an interior wall and a first and a second end, with the first end adapted to engage the operating system. A plunger having a geometry corresponding to the capsule's interior wall forms a seal against the wall. A rod, having threads of a pre-selected pitch and at least one channel running longitudinally on the rod, is rotatably and axially moveable within the capsule. An end cap is adapted to receive the second end of the capsule with the rod positioned through the end cap. The dispensing device has means located in the end cap to provide controlled engagement of the rod, interposed with the threads of the rod. An indicator adapted to engage the channel of the rod is located in the end cap. A knob is attached to the rod so that rotation of the knob directs the movement of the rod through the capsule and an audible and tactile response is generated as the indicator engages the channel.
    • 提供一种分配装置,用于将荧光检漏染料引入含有加压流体的操作系统中。 本发明的分配装置的一个实施例包括用于容纳具有内壁和第一和第二端的染料的中空胶囊,第一端适于接合操作系统。 具有对应于胶囊内壁的几何形状的柱塞形成抵靠壁的密封。 具有预选间距的螺纹和在杆上纵向延伸的至少一个通道的杆可旋转并且轴向地在胶囊内移动。 端盖适于接收胶囊的第二端,其中杆定位成通过端盖。 分配装置具有位于端盖中的装置,以提供杆的受控接合,插入杆的螺纹。 适于接合杆的通道的指示器位于端盖中。 旋钮连接到杆上,使得旋钮的旋转将杆的运动引导通过胶囊,并且当指示器接合通道时,产生听觉和触觉的响应。
    • 37. 发明授权
    • Temperature compensated electrical sensor system for measuring ferrous
particles in a fluid using a series resonant oscillator and
microprocessor
    • 温度补偿电传感器系统,用于使用串联谐振振荡器和微处理器测量流体中的亚铁颗粒
    • US5334932A
    • 1994-08-02
    • US813353
    • 1991-12-24
    • Paul H. Nielsen
    • Paul H. Nielsen
    • G01N15/00F16N29/00G01N15/06G01N27/02G01N27/72G01N27/74G01V3/10G01R33/12
    • F16N29/00G01N15/0656G01V3/101
    • A magnetic sensor for the collection and measurement of ferrous particles through the use of an electronic tuned circuit is disclosed. The sensor contains an electrical inductance coil along with an integral magnet to attract ferrous particles suspended in the fluid. The ferrous particles collecting on the magnetic surface of the sensor causes a change in the inductance of the integral coil which is measured by an electronic circuit. The electronic circuit operating in conjunction with the sensor utilizes a series resonant circuit. A measurement of the voltage across the series resonant circuit is responsive to changes in temperature of the inductance coil. A microprocessor is used to determine the change in period of the resonant oscillation with change in inductance of the coil. The microprocessor uses the data on temperature variation to correct the observed change in oscillator period for the effects of temperature. The sensor may be located in environmental conditions which include a large variation in ambient temperature. The microprocessor may be interrogated to obtain information on the total debris accumulated, the presence of any rapid or large debris accumulation and the variation of the temperature in the probe.
    • 公开了一种用于通过使用电子调谐电路来收集和测量亚铁颗粒的磁传感器。 该传感器包含一个电感线圈和一个整体的磁铁,以吸引悬浮在流体中的亚铁颗粒。 收集在传感器的磁性表面上的铁质颗粒导致由电子电路测量的积分线圈的电感的变化。 与传感器一起工作的电子电路利用串联谐振电路。 串联谐振电路两端的电压的测量响应于电感线圈的温度变化。 微处理器用于通过线圈电感的变化来确定谐振振荡周期的变化。 微处理器使用温度变化的数据来校正观察到的温度对振荡周期的变化。 传感器可以位于包括环境温度变化很大的环境条件下。 可以询问微处理器以获得关于积累的总碎片,任何快速或大的碎屑堆积的存在以及探针中的温度变化的信息。
    • 38. 发明授权
    • Pressure system for detecting malfunctions of a fuel/oil heat exchanger
    • 用于检测燃料/油热交换器故障的压力系统
    • US5320196A
    • 1994-06-14
    • US59991
    • 1993-05-12
    • Pierre C. Mouton
    • Pierre C. Mouton
    • F01M11/10F16N29/00G01M3/32F16N29/04
    • F16N29/00F01M11/10G01M3/3227G01M3/3263F16N2200/00
    • A system is disclosed for detecting a malfunction in a fuel/lubricating oil heat exchanger which includes a pressure differential generator located in the pressure balancing conduit connecting the lubricating oil reservoir with the lubricating enclosure. The pressure differential generator may be a cavitation venturi tube having a throat which, under normal conditions, allows sub-sonic fluid flow which enables the air in the lubricating enclosure to freely communicate with the interior of the oil reservoir and vice versa. When fuel is mixed with the lubricating oil, due to a malfunction in the fuel/oil heat exchanger, the fuel enters the lubricating oil reservoir causing the fluid level within the reservoir to rise and overflow. The cavitation venturi tube is then supplied with a comparatively hot mixture of fuel and oil having a vapor pressure approximately equal to the reference pressure within the lubricating enclosure. Under these conditions, vaporization takes place at the throat of the venturi tube which effectively blocks any fluid flow through the venturi. As a result, the pressure within the oil reservoir increases.
    • 公开了一种用于检测燃料/润滑油热交换器故障的系统,其包括位于连接润滑油储存器与润滑壳体的压力平衡管道中的压差发生器。 压差发生器可以是具有喉部的空化文丘里管,其在正常条件下允许次声流体流动,其使润滑外壳中的空气能够与储油器的内部自由地连通,反之亦然。 当燃料与润滑油混合时​​,由于燃料/油热交换器的故障,燃料进入润滑油储存器,导致储液器内的液位升高并溢出。 气蚀文丘里管然后被供应燃料和油的比较热的混合物,其蒸汽压力大致等于润滑外壳内的参考压力。 在这些条件下,蒸发发生在文丘里管的喉部,这有效地阻止了通过文丘里管的任何流体流动。 因此,油藏内的压力增加。