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    • 2. 发明申请
    • APPARATUS AND METHOD FOR SEPARATING SOLIDS FROM A SOLIDS LADEN FLUID
    • 用于从固体流体中分离固体的装置和方法
    • WO2007057712A3
    • 2007-11-15
    • PCT/GB2006050395
    • 2006-11-16
    • VARCO INTSCOTT ERICSMITH GEORGE EDWARDBURNETT GEORGE ALEXANDERMCDONOUGH KEVINSEYFFERT KENNETH WAYNEMCCLUNG III GUY LAMONT
    • SCOTT ERICSMITH GEORGE EDWARDBURNETT GEORGE ALEXANDERMCDONOUGH KEVINSEYFFERT KENNETH WAYNEMCCLUNG III GUY LAMONT
    • B01D21/00B01D29/44E21B21/06
    • E21B21/065B01D21/0012B01D21/283B01D33/0315B01D33/0346B01D33/0376B01D33/37B01D33/722B01D33/76B07B1/28B07B1/42B07B1/46B07B13/16B07B13/18B07B2230/01
    • An apparatus for separating solids from a solids laden fluid, the apparatus comprising a container (C, 102) for containing a solids laden liquid and box (X, 104) having at least one opening therein and a screen assembly (A, 110) arranged over said opening, when in use, at least a part of the screen assembly (A, 110) immersed in said solids laden liquid in the container (C, 102) characterised in that said apparatus comprises at least one of: an electromagnetic vibratory apparatus; and piezoelectric vibratory apparatus for vibrating the screen assembly (A, 110) . An apparatus for separating solids from solids laden fluid, the apparatus comprising a base and a basket (1324) resiliently suspended on said base and a vibratory apparatus (1322) for vibrating the basket, at least one upper screen apparatus (1316) in the basket having a fluid exit end, and at least one lower screen apparatus (1320) in the basket below the at least one upper screen apparatus (1316), fluid flowable from the at least one upper screen apparatus (1316) down onto the at least one lower screen apparatus (1320) , and flow diffusion apparatus (1318) mounted below the fluid exit end of the at least one upper screen apparatus and above the at least one lower screen apparatus , so that fluid flowing down from the at least one upper screen apparatus (1316) flows onto the flow diffusion apparatus (1318) and is diffused thereby characterised in that the vibratory apparatus comprises at least one of: an electromagnetic vibratory apparatus; and piezoelectric vibratory apparatus for vibrating the basket (1324) .
    • 一种用于从载有固体的流体中分离固体的设备,该设备包括用于容纳载有固体的液体的容器(C,102)和在其中具有至少一个开口的箱体(X,104)以及设置的筛组件(A,110) 在使用时,所述筛网组件(A,110)的至少一部分浸没在所述容器(C,102)中的所述载有固体的液体中,其特征在于,所述设备包括以下中的至少一个:电磁振动装置 ; 以及用于振动屏幕组件(A,110)的压电振动装置。 一种用于从装载固体的流体分离固体的设备,所述设备包括基座和弹性悬挂在所述基座上的篮筐(1324)以及用于振动篮筐的振动设备(1322),篮筐中的至少一个上筛选设备(1316) 具有流体出口端,以及位于所述至少一个上部筛选装置(1316)下方的所述篮中的至少一个下部筛选装置(1320),流体可从所述至少一个上部筛选装置(1316)向下流动到所述至少一个 下过滤装置(1320)以及安装在至少一个上过滤装置的流体出口端下方并且在至少一个下过滤装置上方的流扩散装置(1318),使得从所述至少一个上过滤装置 设备(1316)流到流扩散设备(1318)上并由此扩散,其特征在于,振动设备包括以下中的至少一个:电磁振动设备; 和振动篮(1324)的压电振动装置。
    • 3. 发明申请
    • MAGNETIC VIBRATORY SCREEN CLAMPING
    • 磁力振动屏蔽夹
    • WO2011148169A3
    • 2013-04-04
    • PCT/GB2011050975
    • 2011-05-24
    • NAT OILWELL VARCO LPLUCAS BRIAN RONALDDUFILHO PAUL WILLIAMSCOTT ERIC
    • DUFILHO PAUL WILLIAMSCOTT ERIC
    • B07B1/46
    • B07B1/42B01D33/0315B01D33/0376B01D33/37B01D33/722B01D33/76B07B1/46B07B13/16B07B13/18
    • Methods for automatically controlling a vibratory separator for processing drilling fluid are disclosed. The methods include introducing material to a vibratory separator,and sensing with a sensor apparatus a state parameter indicative of operation of the vibratory separator and providing a signal indicative of a value of the state parameter to a control apparatus. Then, with the control apparatus, automatically controlling the vibratory separator based on the level of the state parameter.In a further feature of a vibratory separator screen supports 310a, 311b, 311c are secured to their respective screens 310, 311, 312 with suitable clamping devices such as one or more electro-magnetic clamp apparatus 314, or other suitable clamp devices. The electro-magnetic clamp apparatus 314 may be of the type which are energized and/or de-energized with a single temporary electric pulse. That is, an un-magnetized clamp apparatus may be set to a magnetized state and remain in a magnetized state with a temporary electric pulse signal from some form of a controller device or other suitable source. Another pulse from the same or a different source may then set it back to an un-magnetized state and the clamp will remain in that state indefinitely until it is once again re-energized. The clamp apparatus may be based on monostable or bistable electropermanent magnets A 'constant 'G' force controller (not shown) may be included with the control system of the controller to assure that the vibratory accelerations are maintained within acceptable limits.
    • 公开了用于自动控制用于处理钻井液的振动分离器的方法。 所述方法包括将材料引入振动分离器,以及用传感器装置感测指示振动分离器的操作的状态参数,并向控制装置提供表示状态参数的值的信号。 然后,利用控制装置,基于状态参数的水平自动控制振动分离器。在振动分离器屏幕支撑件310a,311b,311c的另一特征中,通过合适的夹紧将它们固定到它们各自的筛网310,311,312 诸如一个或多个电磁夹具装置314或其他合适的夹紧装置的装置。 电磁夹具装置314可以是用单个临时电脉冲通电和/或断电的类型。 也就是说,未磁化的夹紧装置可以被设置为磁化状态,并且使用来自某种形式的控制器装置或其它合适的源的临时电脉冲信号保持在磁化状态。 来自相同或不同源的另一个脉冲然后可以将其设置回未磁化状态,并且钳位将无限期地保持在该状态,直到再次被再次通电。 夹紧装置可以基于单稳态或双稳态电永久磁体A'恒定'G'力控制器(未示出)可以包括在控制器的控制系统中,以确保振动加速度保持在可接受的限度内。