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    • 4. 发明申请
    • HARD SURFACE CLEANER
    • 硬表面清洁剂
    • WO2009132017A3
    • 2010-01-14
    • PCT/US2009041273
    • 2009-04-21
    • RICHARDS EDWARD
    • RICHARDS EDWARD
    • A47L5/00
    • A47L11/34A47L11/4044A47L11/4083
    • A surface cleaner, comprising a tank having a fluid-filled part and an air-filled part; a vacuum pump; a fluid pressure pump; a cleaning head having a cleaning chamber and a vacuum chamber, the cleaning chamber forming a cavity bounded by a surface to be cleaned, the vacuum chamber having an inlet lip at the periphery of the cleaning chamber; jet nozzles mounted within the cleaning chamber; wherein the pressure pump draws fluid from the tank and ejects it into the cleaning chamber through the nozzles; wherein the vacuum pump maintains a low pressure in the air- filled part of the tank and a high pressure in the cleaning chamber; and wherein the inlet lip is in fluid communication with the air- filled part of the tank portion whereby fluid ejected into the cleaning chamber is drawn into the inlet lip and returned to the tank.
    • 一种表面清洁器,包括具有流体填充部分和充气部分的罐; 真空泵; 液压泵; 具有清洁室和真空室的清洁头,所述清洁室形成由被清洁表面限定的空腔,所述真空室在所述清洁室的周围具有入口唇缘; 安装在清洁室内的喷嘴; 其中所述压力泵从所述罐抽出流体并通过所述喷嘴将其喷射到所述清洁室中; 其中所述真空泵在所述空气填充部分中保持低压并且在所述清洁室中保持高压; 并且其中所述入口唇缘与所述罐部分的空气填充部分流体连通,由此喷射到所述清洁室中的流体被吸入所述入口唇缘并返回到所述罐。
    • 5. 发明申请
    • HARD SURFACE CLEANER
    • 硬表面清洁剂
    • WO2009132017A2
    • 2009-10-29
    • PCT/US2009/041273
    • 2009-04-21
    • RICHARDS, Edward
    • RICHARDS, Edward
    • A47L7/00
    • A47L11/34A47L11/4044A47L11/4083
    • A surface cleaner, comprising a tank having a fluid-filled part and an air-filled part; a vacuum pump; a fluid pressure pump; a cleaning head having a cleaning chamber and a vacuum chamber, the cleaning chamber forming a cavity bounded by a surface to be cleaned, the vacuum chamber having an inlet lip at the periphery of the cleaning chamber; jet nozzles mounted within the cleaning chamber; wherein the pressure pump draws fluid from the tank and ejects it into the cleaning chamber through the nozzles; wherein the vacuum pump maintains a low pressure in the air- filled part of the tank and a high pressure in the cleaning chamber; and wherein the inlet lip is in fluid communication with the air- filled part of the tank portion whereby fluid ejected into the cleaning chamber is drawn into the inlet lip and returned to the tank.
    • 一种表面清洁器,包括具有流体填充部分和充气部分的罐; 真空泵; 液压泵; 具有清洁室和真空室的清洁头,所述清洁室形成由被清洁表面限定的空腔,所述真空室在所述清洁室的周围具有入口唇缘; 安装在清洁室内的喷嘴; 其中所述压力泵从所述罐抽出流体并通过所述喷嘴将其喷射到所述清洁室中; 其中所述真空泵在所述空气填充部分中保持低压并且在所述清洁室中保持高压; 并且其中所述入口唇缘与所述罐部分的空气填充部分流体连通,由此喷射到所述清洁室中的流体被吸入所述入口唇缘并返回到所述罐。
    • 6. 发明申请
    • TOOL FACE SENSOR METHOD
    • 工具面传感器方法
    • WO2009029359A3
    • 2009-08-13
    • PCT/US2008070623
    • 2008-07-21
    • SCHLUMBERGER CA LTDSCHLUMBERGER TECHNOLOGY BVPRAD RES & DEV LTDSCHLUMBERGER SERVICES PETROLSCHLUMBERGER HOLDINGSDOWNTON GEOFFHORNBLOWER PETERBAYLISS MARTINRICHARDS EDWARD
    • DOWNTON GEOFFHORNBLOWER PETERBAYLISS MARTINRICHARDS EDWARD
    • E21B47/024
    • E21B47/024E21B7/067
    • Exhaust pressure from at least one actuator (34,36) which can tilt joint (6) of a bottom hole assembly (4) can be utilized to determine the direction (26) tiltable joint (6) is pointing (e.g., orientation, angular displacement, and/or inclination and azimuth). In one embodiment, a known exhaust pressure can be correlated to a known orientation and/or angular displacement, and the measured exhaust pressure can be compared to the known exhaust pressure to determine the orientation and/or angular displacement. In another embodiment, the flow rate of fluid exhausted from an actuator (34,36) can be derived from the exhaust pressure. The exhaust flow rate can then be used to calculate the state of actuation, which can allow determination of the angular displacement of the tiltable joint (6). Orientation and/or angular displacement with respect to the bottom hole assembly (4) can be resolved into an inclination and azimuth with respect to a formation (14).
    • 来自至少一个能够倾斜底部孔组件(4)的接头(6)的致动器(34,36)的排气压力可用于确定可倾斜接头(6)指向的方向(例如,取向,角度 位移和/或倾斜度和方位角)。 在一个实施例中,已知的排气压力可以与已知的取向和/或角位移相关联,并且可以将测量的排气压力与已知排气压力进行比较以确定取向和/或角位移。 在另一个实施例中,从致动器(34,36)排出的流体的流量可以从排气压力导出。 然后可以使用排气流量来计算致动状态,这可以允许确定可倾斜接头(6)的角位移。 相对于底孔组件(4)的取向和/或角位移可被分解成相对于地层(14)的倾斜度和方位角。