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    • 11. 发明授权
    • Pump control system
    • 泵控制系统
    • US07901190B2
    • 2011-03-08
    • US11658634
    • 2005-07-26
    • Ian Gray
    • Ian Gray
    • F04B49/00
    • F04D15/0209
    • A pumping system in which a pump (5) is controlled by a programmed controller (22) in response to input signals from an inlet pressure transducer (3) and an outlet pressure transducer (15) and in certain circumstances inputs from various flow sensors (4,19). The controller (22) can be programmed to allow the pump (5) to prematurely operate before an outlet pressure reaches a low pressure threshold, when usage of the liquid is high. The controller (22) can be programmed to detect a lack of prime of the pump (5), to restore prime once the pump (5) has lost prime, and to prevent successive on/off pump cycles when the outlet flow is continuous and at a moderate or low level.
    • 一种泵送系统,其中泵(5)由编程的控制器(22)响应于来自入口压力传感器(3)和出口压力传感器(15)的输入信号控制,并且在某些情况下,来自各种流量传感器 4,19)。 当使用液体高时,控制器(22)可被编程为允许泵(5)在出口压力达到低压阈值之前过早地操作。 控制器(22)可被编程为检测泵(5)的质量不足,以便一旦泵(5)已经消失了原料,就恢复起动,并且当出口流连续时防止连续的开/关泵循环,并且 处于中等或低水平。
    • 12. 发明授权
    • Centrifugal pump
    • 离心泵
    • US5871332A
    • 1999-02-16
    • US454777
    • 1995-05-31
    • Ian GrayJohn CullerRonald Palgrave
    • Ian GrayJohn CullerRonald Palgrave
    • F04D29/046F04D29/08F04D29/12F04D29/16
    • F04D29/167F04D29/128
    • A centrifugal pump has a rotating shaft (1) with a centrifugal impeller (3) mounted on it. The shaft (1) and impeller (3) are mounted within a stationary casing (7) and a mechanical seal (8) is provided where the shaft (1) passes out through the casing (7). In order to cool rubbing, sealing faces (9, 11) of the seal, fluid is caused to flow along a path from a tip (6) of the impeller, through the casing (7), into a seal chamber (14), through a clearance (15) between a hub (2) of the impeller and the casing (7) and returning through a port (16) in the impeller. In order to act as a vent for and to clear debris from the seal chamber (14), the clearance is located radially outwardly of and remote from the shaft (1). Especially those parts which are moving and are subject to wear can be replaceable.
    • 离心泵具有安装有离心式叶轮(3)的旋转轴(1)。 轴(1)和叶轮(3)安装在固定壳体(7)内,并且在轴(1)通过壳体(7)通过的地方提供机械密封件(8)。 为了冷却摩擦,密封件的密封面(9,11)使得流体沿着从叶轮的尖端(6)通过壳体(7)到达密封室(14)的路径流动, 通过叶轮的毂(2)和壳体(7)之间的间隙(15),并通过叶轮中的端口(16)返回。 为了作为用于从密封室(14)清除碎屑的通风口,间隙位于轴(1)的径向外侧并远离轴(1)。 特别是那些正在移动并受磨损的部件可以更换。
    • 13. 发明授权
    • Auxiliary tank and mains water supply system
    • 辅助水箱和供水系统
    • US08973597B2
    • 2015-03-10
    • US12998746
    • 2009-12-01
    • Ian Gray
    • Ian Gray
    • E03B1/00F16K11/07E03B7/04E03B7/07G01F23/68G01F23/74G01F23/76
    • F16K11/07E03B7/04E03B7/075G01F23/68G01F23/74G01F23/76Y10T137/0379Y10T137/2567Y10T137/87571Y10T137/87676
    • A water supply system that supplies water to a plumbing system from either a mains supply, or an auxiliary supply. In a default state, a shuttle valve is pressure balanced and couples water from the mains supply to the plumbing system via mains inlet port and outlet port, and in another state the shuttle valve is pressure unbalanced and moved so that auxiliary water is coupled to the plumbing system via an auxiliary inlet port and the outlet port of the shuttle valve. Water is drawn from an auxiliary tank and coupled to the plumbing system when two conditions exist, namely when water is demanded, as sensed by flow sensor, and when water is available from the auxiliary supply, as sensed by float system. Water pressure at the auxiliary inlet port causes the shuttle to move from the default state and couple water from the auxiliary inlet port to the outlet port and thus to the plumbing system. When either of the two conditions are not met, the shuttle valve remains in the default state and couples mains water from the mains inlet port to the outlet port and thus to the plumbing system.
    • 供水系统,可从主电源或辅助电源向管道系统供水。 在默认状态下,梭阀是压力平衡的,并且通过主入口和出口将来自主电源的水与管道系统相连,并且在另一状态下,梭阀是压力不平衡和移动的,使得辅助水连接到 管道系统通过辅助入口和梭阀的出口。 当两个条件存在时,即当需要水时,由辅助水箱抽出水,并且如由浮动系统所感测的那样从辅助水源获得水。 辅助入口处的水压使梭子从默认状态移动,并将水从辅助入口端口连接到出口,从而连接到管道系统。 当两个条件中的任何一个都不符合时,梭阀保持在默认状态,并将主干水从电源入口端口连接到出口端口,从而连接到管道系统。
    • 15. 发明授权
    • Supplying water to a reticulation system from different sources
    • 向不同来源的网状系统供水
    • US07066197B1
    • 2006-06-27
    • US10525561
    • 2003-09-01
    • Ian GrayRodney Douglas MooreGregory Duncan Cameron
    • Ian GrayRodney Douglas MooreGregory Duncan Cameron
    • E04D13/00
    • E03B7/04E03B1/04E03B3/02E03B2001/047Y02A20/108Y10T137/2567Y10T137/6969Y10T137/7313Y10T137/8242Y10T137/86027
    • A water supply system for supplying water to a building including a water tank (13) for collecting water from the roof (10) and gutters (12) of the building (11); a water level sensor means (21) for sensing the level of water in the water tank; a tank water system (22) for supplying water from the water tank (13); a water pump (23) for pumping water from the water tank (13) along the tank water system (22); a non-return valve (25) downstream of the pump in the tank water system; a pressure sensor means (26) for sensing water pressure of water within the tank water system, said pressure sensor means (26) is located downstream of the non-return valve (25); a mains water system for supplying mains water; a three port valve (35) having a first port (34) connected to the tank water system downstream from the pressure sensor means (26), a second port (37) connected to the mains water system and a third port (41) connected to the building's water reticulation system; wherein when the first (34) and third port (41) are open the second port (37) is closed and when the second (37) and third port (41) are open the first port (34) is closed; and a control means (27) for operatively receiving inputs from the water level sensor means (21), pressure sensor means (26) and mains electricity supply (45) and controlling the water pump (23) and the three port valve (35).
    • 一种用于向建筑物供水的供水系统,包括用于从建筑物(11)的屋顶(10)和沟槽(12)收集水的水箱(13); 水位传感器装置(21),用于感测水箱中的水位; 用于从水箱(13)供水的罐水系统(22); 一个水泵(23),用于沿着水箱系统(22)从水箱(13)中抽水; 罐体水系统中泵的下游的止回阀(25); 压力传感器装置(26),用于检测罐水系统内的水的水压,所述压力传感器装置(26)位于止回阀(25)的下游; 用于供水的供水系统; 具有连接到压力传感器装置(26)下游的罐水系统的第一端口(34)的三端口阀(35),连接到主水供应系统的第二端口(37)和连接到第二端口 到建筑物的水网系统; 其中当第一(34)和第三端口(41)打开时,第二端口(37)关闭,并且当第二(37)和第三端口(41)打开时,第一端口(34)关闭; 以及用于可操作地接收来自水位传感器装置(21),压力传感器装置(26)和主电源(45)并且控制水泵(23)和三通阀(35)的输入的控制装置(27) 。
    • 16. 发明授权
    • System for directional control of drilling
    • 钻孔方向控制系统
    • US06109370A
    • 2000-08-29
    • US11999
    • 1999-01-20
    • Ian Gray
    • Ian Gray
    • E21B7/06E21B7/08E21B21/10E21B44/00E21B47/022
    • E21B7/065E21B21/10E21B44/005E21B47/022E21B7/067
    • A drill bit (6) is equipped with one or more fluid jets (7) that are activated during a portion of the rotational movement of the drill bit (6). A processor (41) located with other down-hole sensors (33-38), is programmed with parameters defining the desired path of the borehole (8). The sensors (33-38) determine the actual spatial location of the drill bit (6) and provide the processor (41) with corresponding information. The processor (41) compares the actual drilling path to the desired path, and if a correction is required, a switching module (3) allows a pressurized drill fluid to be sequentially switched to selected jets (7) during rotation of the drill bit (6) to thereby erode the formation in a direction toward the desired path. With this arrangement, the problems of directional control by surface-located equipment are overcome.
    • PCT No.PCT / IB97 / 00962 Sec。 371日期1999年1月20日 102(e)1999年1月20日PCT 1997年6月25日PCT公布。 WO97 / 49889 PCT公开号 日期1997年12月31日钻头(6)装备有在钻头(6)的旋转运动的一部分期间被激活的一个或多个流体射流(7)。 与其它井下传感器(33-38)一起定位的处理器(41)用定义钻孔(8)的期望路径的参数进行编程。 传感器(33-38)确定钻头(6)的实际空间位置并向处理器(41)提供相应的信息。 处理器(41)将实际钻孔路径与期望的路径进行比较,并且如果需要校正,则切换模块(3)允许加压钻井液在钻头旋转期间顺序切换到选定的喷嘴(7) 6),从而沿着所需路径的方向侵蚀地层。 通过这种布置,解决了地面设备的方向控制问题。
    • 17. 发明授权
    • Pressurized formation sample collection
    • 加压成型样品收集
    • US5785131A
    • 1998-07-28
    • US617160
    • 1996-03-18
    • Ian Gray
    • Ian Gray
    • E21B21/00E21B33/068E21B49/08E21B49/00
    • E21B49/084E21B21/00E21B33/068
    • A borehole drilling apparatus has a jacket attachable to a well head and through which a drill rod passes and which carries pressurized drilling fluid to a working end of the drill rod and out into an annulus of the borehole. The jacket has a drill rod seal and an outlet port leading from the interior of the jacket to a pressure regulator. The pressure regulator comprises an annular space through which fluid can flow from an inlet to an outlet. The annular space is defined between an inner rod and a surrounding elastomer pipe. In use, the elastomer pipe is squeezed radially inwards toward the inner rod by fluid pressure maintained between the outside of the elastomer pipe and a surrounding housing. A sampling system is in communication with the outlet port at a location upstream of the regulator. The sampling system intercepts a proportion of the drilling fluid passing to the regulator for enabling sorption pressures, gas contents, bubble points or other characteristics of the return fluid and entrained contents to be determined.
    • 井眼钻井装置具有可附接到井口的护套,钻杆通过该护套穿过,并且将加载的钻井流体运送到钻杆的工作端并进入钻孔的环形空间。 护套具有钻杆密封件和从护套内部引导到压力调节器的出口端口。 压力调节器包括环形空间,流体可以通过该空间从入口流到出口。 环形空间限定在内杆和周围弹性体管之间。 在使用中,弹性体管通过保持在弹性体管的外部和周围的壳体之间的流体压力而径向向内挤压。 采样系统与调节器上游位置处的出口连通。 采样系统拦截通过调节器的钻井液的一部分,以使得能够确定吸附压力,气体含量,泡点或返回流体的其他特性和夹带的内容物。
    • 20. 发明授权
    • Simple rotary steerable drilling system
    • US10975625B2
    • 2021-04-13
    • US16766846
    • 2018-11-23
    • Ian Gray
    • Ian Gray
    • E21B7/06E21B17/10E21B3/00E21B47/024
    • A steering collar for deflecting a drill string in a borehole to cause the borehole to be drilled in a different direction. The steering collar surrounds a hollow drive shaft which is driven by the drill string. During normal drilling operations, the steering collar does not rotate with the drive shaft. The steering collar has three sets of pistons operated by the pressure of the drilling fluid, one set of which is pressure relieved. Drill fluid that is pumped down the drill string flows into the hollow drive shaft and through ports to activate the pistons which thereby force corresponding pads outwardly into contact with the sidewall of the borehole. Since the one set of pistons is pressure relieved, it does not force its pad against the borehole sidewall with as much pressure as the other two sets of pistons force their pads against the sidewall of the borehole. Accordingly, the steering collar is deflected laterally in the borehole so that the drill bit is also steered laterally to cause drilling in a different direction. In order to reorient the steering collar in the borehole, the steering collar can be locked to the drive shaft so that when the drill string is rotated, the steering collar is also rotated so that it is moved to a new angular position in the borehole.