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
    • 1. 发明申请
    • CONTINUOUS FLUID FLOW PROBE TRANSDUCER GAGE ASSEMBLY
    • 连续流量探头传感器总成
    • WO1995033969A1
    • 1995-12-14
    • PCT/US1995006894
    • 1995-05-30
    • JS RESEARCH AND DEVELOPMENT, INC.
    • JS RESEARCH AND DEVELOPMENT, INC.STRUBLE, James, E.
    • G01B07/00
    • G01B13/16G01B3/008Y10S33/02
    • A transducer gage assembly (100) which is configured to permit a continuous selectively controlled flow of air or other fluid therethrough so as to selectively actuate a spring-biased piston probe (104) slidably mounted therein from its retracted rest position into its extended soft contact measuring position against a part being measured. The transducer gage assembly (100) is adapted to be a part of a computer controlled system, including a computer assembly (120), whereby several variable air flow modes are delivered therethrough so that selective rest position air flow modes, high volume air flow calibration modes and operative soft contact air flow measuring modes are used to actuate the transducer gage assembly (100) in its operative use environment.
    • 换能器量规组件(100),其被配置为允许空气或其它流体的连续选择性控制的流动通过其中,以便选择性地启动弹簧偏置的活塞探头(104),其可滑动地安装在其中从其缩回的静止位置进入其延伸的软接触 相对于被测量的部件测量位置。 传感器测量组件(100)适于作为计算机控制系统的一部分,包括计算机组件(120),由此几个可变气流模式通过其传送,使得选择性静止位置气流模式,大体积气流校准 模式和操作软接触空气流量测量模式用于在其操作使用环境中致动换能器计量组件(100)。
    • 2. 发明申请
    • PLUG GAUGE FOR CHECKING GEOMETRIC FEATURES OF PARTS WITH ROTATIONAL SYMMETRY
    • 用旋转对称检查零件的几何特征的插头尺
    • WO1997006408A1
    • 1997-02-20
    • PCT/EP1996003092
    • 1996-07-15
    • MARPOSS SOCIETA' PER AZIONICIPRIANI, Riccardo
    • MARPOSS SOCIETA' PER AZIONI
    • G01B13/16
    • G01B13/16Y10S33/02
    • A plug gauge (1) for checking shape errors, in particular the roundness of a valve seat (60), comprises seating surfaces (13, 14, 34) adapted for cooperating with the surface (64, 66) of seat (60), and a pneumatic circuit with an annular nozzle (50) at the seating surfaces (13, 14, 34). The gauge comprises two coaxial cylindrical elements, one (6) of the two housed within the other (18), that can reciprocally translate in an axial direction and that comprise associated resting surfaces (13, 14, 34) both resting on surface (64, 66) of the seat to be checked (60). The annular nozzle (50) is substantially defined by an internal (20) and an external (12) cylindrical portion of said two reciprocally movable elements (18, 6).
    • 一种用于检查形状误差的塞子测量计(1),特别是阀座(60)的圆度,包括适于与座椅(60)的表面(64,66)配合的就座表面(13,14,34) 以及在所述座表面(13,14,34)处具有环形喷嘴(50)的气动回路。 该计量器包括两个同轴圆柱形元件,两个同轴圆柱形元件中的一个(6)容纳在另一个(18)内,其可以在轴向方向上往复平移,并且包括两个搁置在表面上的相关联的搁置表面(13,14,34) ,66)(60)。 环形喷嘴(50)基本上由所述两个可往复运动元件(18,6)的内部(20)和外部(12)圆柱形部分限定。
    • 4. 发明申请
    • METHOD FOR DETERMINING BOREHOLE OR CAVITY CONFIGURATION THROUGH INERT GAS INTERFACE
    • 通过入口气体界面确定井眼或洞穴配置的方法
    • WO1984000192A1
    • 1984-01-19
    • PCT/US1983000936
    • 1983-06-13
    • BROUSSARD, Paul, P.FAUL, Donald, J.GRANGER, Donald, W.
    • E21B47/04
    • E21B47/0003E21B47/08G01B13/16
    • A method of determining the erosion of a borehole or cavity (10) by providing a source of liquid inert gas, preferably nitrogen, placing the inert gas in a storage tank (20), and suspending the storage tank so that one may determine the actual weight of the nitrogen as it is withdrawn from the tank in liquid state. There is further provided hydraulic means (36, 38) for lifting or lowering the storage tanks suspended from a weight cell (50) as a tank is place into use or non-use. Further, the liquid nitrogen is pumped from the storage tank with the use of a reciprocating pump (56), and converted into gaseous nitrogen (in the state of 100 F,) and is injected into a borehole (10) or the like. The nitrogen gas is then allowed to flow under a certain pressure down the borehole, and due to the properties of nitrogen gas, the nitrogen interfaces at a horizontal plane (58) as it moves down the borehole.
    • 一种通过提供液体惰性气体源(优选氮气)来确定钻孔或空腔(10)的侵蚀的方法,将惰性气体放置在储罐(20)中,并且将该储存罐悬挂使得可以确定实际的 当液体从罐中取出时,氮的重量。 还提供了用于当罐被放置在使用或不使用中时,用于提升或降低悬挂在重物单元(50)上的储罐的液压装置(36,38)。 此外,使用往复泵(56)从储罐泵送液氮,并将其转化为气态氮(在100°F的状态),并将其注入钻孔(10)或 喜欢。 然后允许氮气在一定压力下沿着钻孔流动,并且由于氮气的性质,氮气在水平面(58)沿着井眼移动时接合。