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    • 3. 发明授权
    • Building modules and assemblies made from such modules
    • 由这些模块构建的模块和组件
    • US5820299A
    • 1998-10-13
    • US564095
    • 1996-03-22
    • John Muirhead Anderson
    • John Muirhead Anderson
    • F16L1/24E02B3/12
    • F16L1/24
    • Each module includes a tubular member filled with filling material, such as concrete, and a tube located in the filling material and extending longitudinally of the tubular member. Tubes or holes extend transversely through the tubular member and the filling material. The longitudinal tube facilitates connection of the module in end-to-end relationship with the modules using connecting mechanisms. The transverse tubes or holes facilitate securing the module to one or more like modules in side-by-side relationship using securing mechanisms. The modules may be assembled together so as to form, for example, a pipeline stabilizing and protection mat to ballast and protect underwater pipelines.
    • PCT No.PCT / GB94 / 01283第 371日期:1996年3月22日 102(e)1996年3月22日PCT 1994年6月14日PCT公布。 公开号WO94 / 29624 PCT 日期1994年12月22日每个模块包括填充有填充材料(例如混凝土)的管状构件和位于填充材料中并沿管状构件纵向延伸的管。 管或孔横向延伸穿过管状构件和填充材料。 纵向管有助于使用连接机构将模块与模块的端对端关系连接。 横向管或孔有助于使用固定机构将模块以并排关系固定到一个或多个相似模块。 模块可以组装在一起,以形成例如管道稳定和保护垫以压载和保护水下管道。
    • 5. 发明授权
    • Method and apparatus for installing pipes
    • 安装管道的方法和装置
    • US5699154A
    • 1997-12-16
    • US605436
    • 1996-02-22
    • Dudley Trevor DicksonMohammed Yunis Aziz
    • Dudley Trevor DicksonMohammed Yunis Aziz
    • F16L55/00F16L1/00F16L55/162F16L55/28G01N21/00
    • F16L55/28F16L55/162
    • Sensor apparatus 18 for use in a plastic service pipe 16 inside a steel service pipe 10 connected to a main consists of a flexible element 42 which is fed through the steel pipe 10 and through the plastic pipe 16. The element 42 has at its remote end two light-emitting diodes 80 and two photoconductive cells 82 The flexible element 42 and the pipe 16 are fed together into the steel pipe 10. The sensor apparatus 18 indicates when the cells 82 have entered the main 14 because the intensity of the light reflected to the cells 82 falls to a low value and gives an audible or visual signal. This also indicates that the end of the plastic pipe 16 which carries a seal 38 is positioned correctly and that sealant 30 can be injected into the space between the steel pipe 10 and the plastic pipe 16 and is detected by a second light sensor arrangement 154/156. After the sealant 30 has been injected the sensor apparatus 18 can be recovered by withdrawal through the nose-piece 32 and through the pipe 10.
    • 用于与主要连接的钢制服务管10内的塑料管道16中的传感器装置18由通过钢管10供给并通过塑料管16的柔性元件42组成。元件42在其远端 两个发光二极管80和两个感光单元82将柔性元件42和管16一起馈送到钢管10.传感器装置18指示电池82何时进入主14,因为光的强度反射到 单元82降到较低的值并给出可听或视觉信号。 这也表示承载密封件38的塑料管16的端部正确定位,并且密封剂30可以被注入到钢管10和塑料管16之间的空间中,并且被第二光传感器装置154 / 156。 在注入密封剂30之后,可以通过鼻片32的抽出和通过管10回收传感器装置18。
    • 8. 发明授权
    • Method of testing pipes for leakage
    • 管道泄漏检测方法
    • US5610323A
    • 1997-03-11
    • US613585
    • 1996-03-12
    • Roger P. Ashworth
    • Roger P. Ashworth
    • G01M3/00G01M3/26G01M3/28
    • G01M3/2815
    • Air is passed under pressure into a pipe under test and into a reference chamber connected to the pipe by a valve while recording at intervals of every few seconds the temperature in the reference chamber, the temperature in the pipe and the absolute pressure in the reference chamber. When the test pressure has been reached the valve is closed and the differential pressure between the pipe and the reference chamber is measured. The valve is opened to equalize the pressure and then closed again and the differential pressure drift rate is measured. This is repeated several times. A computer is used to calculate a creep prediction curve. A comparison is made to see whether the pressure drift rate due to creep and leak only in the pipe independent of any temperature change in the pipe is trending towards crossing the curve or not.
    • 空气在压力下通入阀门进入连接到管道的参考室,并以每隔几秒的间隔记录参考室中的温度,管道中的温度和参考室中的绝对压力 。 当达到测试压力时,关闭阀门,并测量管道和参考室之间的压差。 打开阀门以均衡压力,然后再次关闭,并测量差压漂移率。 这是重复几次。 计算机用于计算蠕变预测曲线。 比较是否管道中随蠕变和泄漏​​而产生的压力漂移速率是否随着管道中的任何温度变化而趋向于跨越曲线。
    • 10. 发明授权
    • Electrical power generating arrangement with computer control for
varying engine speed as a function of load demand
    • 具有计算机控制的发电装置,用于根据负载需求改变发动机转速
    • US5552640A
    • 1996-09-03
    • US296912
    • 1994-08-31
    • Jeffrey A. SuttonIain J. Tebbutt
    • Jeffrey A. SuttonIain J. Tebbutt
    • H02P9/04F02N11/06
    • H02P9/04Y02E20/14
    • An electrical power generating arrangement (for example, in a combined heat and (CHP) system in is which fixed frequency AC electric power for supply to the mains or grid is output from a frequency converter supplied with a variable frequency AC power input from an electrical generator driven by an internal combustion engine. The speed of the engine is varied by operation of a throttle controlled by a controller containing a predetermined engine map representing variation of engine speed as a function of the variation in electrical power output from the frequency converter to meet the demand of an external electrical load. On the load demand changing, the controller signals the frequency converter to give a changed new power output to meet the changed demand. The controller consults the map to determine the new engine speed corresponding to the new power demand and operates the throttle to cause the engine to run at the new speed.
    • 发电装置(例如,在热电联供系统中,(CHP)系统)是从供电到电网或电网的固定频率交流电力从提供有来自电气的可变频率AC电力输入的变频器输出 由内燃机驱动的发动机的速度通过由包含预定的发动机曲线图的控制器控制的节气门的操作而变化,所述预定发动机曲线表示作为从变频器输出的电力变化的函数的发动机转速的变化以满足 外部电气负载的需求在负载需求变化时,控制器向变频器发出信号,发出变化的新功率输出以满足变化的需求,控制器查询地图,确定与新电力需求对应的新发动机转速 并操作油门以使发动机以新的速度运行。