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
    • 13. 发明申请
    • INSTALLING PIPES
    • 安装管道
    • WO1998025070A1
    • 1998-06-11
    • PCT/GB1997003355
    • 1997-12-04
    • BG PLC
    • BG PLCDELAFORCE, Stephen, Robert
    • F16L55/165
    • F16L55/165F16L1/00
    • A replacement pipe is installed within an existing service pipe (1) by first advancing a sealing means (6, 8) along the existing pipe to a position adjacent its junction with a main pipe (2), then deploying the sealing means to seal against the inner surface of the existing pipe (in the example shown, by pumping sealant (10) into the space between the seal body (6) and the pipe (1), and subsequently advancing the replacement pipe along the existing pipe. The space between the two pipes is then filled with sealant and finally the sealing means is opened, in the example shown by withdrawing a guide rod (5) and its collar (7) on which the sealing means was advanced into position.
    • 通过首先将沿着现有管道的密封装置(6,8)前进到与主管(2)的连接处的位置,将替换管安装在现有服务管道(1)内,然后展开密封装置以密封 现有管道的内表面(在所示示例中,通过泵送密封剂(10)进入密封体(6)和管道(1)之间的空间,随后沿着现有管道推进替换管道, 然后用密封剂填充两个管道,最后打开密封装置,在示出的示例中,抽出导向杆(5)及其密封装置前进到其上的套环(7)。
    • 14. 发明申请
    • SEALING A CLEARANCE BETWEEN A HOST PIPE AND A LINER PIPE
    • 密封主管和内衬管之间的间隙
    • WO1998005899A1
    • 1998-02-12
    • PCT/GB1997002048
    • 1997-07-30
    • BG PLCSTEPHENSON, Adam, John
    • BG PLC
    • F16L55/165
    • F16L55/128Y10T29/49885Y10T29/53657
    • Apparatus for sealing a clearance between a host pipe (2) and a liner pipe (1) which, in use, is fed into the host pipe, comprises a tubular element (3) for connection to or forming a leading end of the liner pipe and a compressible seal (6) which is adapted when compressed longitudinally to expand radially and which, in use, is mounted on the element, the arrangement being such that the seal moves freely with the element in the direction of feeding of the liner pipe but when the liner pipe is retracted counter to the direction of feeding further seal movement is arrested and the seal is compressed longitudinally by the element so that the seal expands radially to engage the internal wall of the host pipe and seal the clearance.
    • 用于密封主管(2)和衬管(1)之间的间隙的装置,其在使用中被供给到主管中,包括管状元件(3),用于连接或形成衬管的前端 和可压缩密封件(6),其在纵向压缩以径向膨胀并且在使用中被安装在所述元件上时被适配,所述密封件使得所述密封件沿着所述衬管的进给方向与所述元件自由移动,但是 当衬管相对于进料方向退回时,进一步密封运动被阻止并且密封件被元件纵向压缩,使得密封件径向膨胀以接合主管的内壁并密封间隙。
    • 16. 发明申请
    • APPARATUS FOR MEASURING A GAS VALUE
    • 测量气体价值的装置
    • WO1997040375A1
    • 1997-10-30
    • PCT/GB1997001095
    • 1997-04-21
    • BG PLCHAMMOND, Paul, StephenPARKINSON, Geoffrey, JohnTHURSTON, Robert, Richard
    • BG PLC
    • G01N33/22
    • G01N29/348G01K11/24G01N29/024G01N29/032G01N29/323G01N29/326G01N33/225G01N2291/02836G01N2291/02881
    • An energy meter (2) comprises a combustible fuel gas inlet (48) and a fuel gas outlet (50) and a central tube (12) along which the gas flows in travelling from inlet to outlet. Ultra-sound transducers (52 and 54) and a control (56) comprising computer means form a system whereby the speed of ultra-sound signals travelling through the gas between the transducers can be measured and utilised in the control to calculate the volumetric amount of gas which has passed through the meter. The ultra-sound signals pass through apertures (33 and 38) in the walls (24, 26) of chambers (32, 34) containing the transducers. Another ultra-sound transducer (66) in the chamber (32) and connected to the control (56) acts as an emitter and receiver of ultra-sound signals reflected by reflectors (68 and 70). These signals travel through the fuel gas in chamber (32) and their attenuation is observed and measured by the control when they are received by transducer (66). The measured attenuation is used by control (56) to derive the calorific value and/or Wobbe index of the gas, and the control uses the volumetric amount of gas and the calorific value and/or Wobbe index to derive the amount of energy provided by the supply of the gas.
    • 能量计(2)包括可燃燃料气体入口(48)和燃料气体出口(50)和中心管(12),气体沿着该中心管(12)从入口到出口行进。 超声换能器(52和54)和包括计算机装置的控制器(56)形成一个系统,由此可以在控制中测量并利用在换能器之间穿过气体的超声信号的速度来计算体积 通过仪表的气体。 超声信号通过包含换能器的腔室(32,34)的壁(24,26)中的孔(33和38)。 腔室(32)中的另一个超声波传感器(66)连接到控制器(56),用作反射器(68和70)反射的超声信号的发射器和接收器。 这些信号穿过室(32)中的燃料气体,并且当它们被换能器(66)接收时,它们的衰减被观察和测量。 控制(56)使用测量的衰减来得出气体的热值和/或沃泊指数,并且控制使用气体的体积量和发热量和/或沃泊指数来得出由 供气。