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    • 14. 发明申请
    • DEVICE FOR FILTERING A LIQUID BY CYCLONIC EFFECT
    • 通过循环效应过滤液体的装置
    • US20160346792A1
    • 2016-12-01
    • US15115195
    • 2015-01-29
    • PISCINES DESJOYAUX SA
    • Marc DejeyFlorian ArotJean-Louis DesjoyauxCéline SageThibault Parin
    • B04C5/181E04H4/12B04C9/00
    • B04C5/181B04C5/14B04C5/185B04C9/00B04C2009/007C02F1/38E04H4/1209
    • The disclosure relates to a filtering device that comprises a tubular body with a cylindrical segment extended at one of the ends thereof by a conical segment with a tapering section, the other end of the cylindrical segment being in lateral communication with a fitting for the entry of the liquid to be filtered tangentially to the circumference of the body next to the wall such that solid particles of the liquid, under the effect of the centrifugal force, tend to be pushed against the wall, the fluid following the wall until the apex and rising back up free of at least some of the particles via the center of the body so as to be discharged via a coaxial fitting of the cylindrical segment. The end of the conical segment considered at the apex thereof, has means capable of allowing the extraction and discharge of solid particles captured at the wall of the body in order to guide the same into a tank in communication with the coaxial fitting.
    • 本发明涉及一种过滤装置,其包括具有圆柱形部分的管状体,圆柱形部分在其一个端部处延伸有具有锥形部分的锥形部分,圆柱形部分的另一端与用于进入 待被过滤的液体与本体的周围相切地靠近壁,使得液体的固体颗粒在离心力的作用下倾向于被推向壁上,流体跟随壁直到顶点和上升 经由身体的中心而不存在至少一些颗粒,以通过圆柱形段的同轴配件排出。 在其顶点考虑的锥形段的端部具有能够允许在身体的壁处捕获的固体颗粒的提取和排出的装置,以便将其引导到与同轴配件连通的罐中。
    • 19. 发明申请
    • DEVICE FOR SEPARATION OF PARTICLES FROM A GAS FLOW
    • 从气体流中分离颗粒的装置
    • US20150238979A1
    • 2015-08-27
    • US14431609
    • 2013-10-09
    • NANO CONTROL AB
    • Adrian Jose Cabezas Morales
    • B04C3/04B01D45/16
    • B04C3/04B01D45/02B01D45/12B01D45/16B04C5/06B04C5/14B04C5/185B04C5/26
    • A device (1) for separation of particles from a flow of gas is described. The device (1) comprises a first cyclone generator (6) comprising a first cyclone tube (8) with a length axis (4) and a first blocking means (9) arranged so that an annular first inlet (10) is arranged between the first cyclone tube (8) and the first blocking means (9). A first vortex generator (11) is arranged in the first inlet (10). The device comprises a further cyclone generator (12) comprising a further cyclone tube (13) with a length axis (4) and a further blocking means (14) arranged so that an annular further inlet (15) is arranged between the second cyclone tube (13) and the further blocking means (14), and a further vortex generator (16) arranged in the further inlet (15), and an outlet tube (22) comprising an outlet (23) and a length axis (4), which outlet tube (22) is arranged concentric in relation to the second cyclone tube (13). The first blocking means (9) overlaps the further inlet (15) seen in the direction of the length axis (4) and the second blocking means (14) has essentially the same extension as the outlet (23) seen in the direction of the length axis (4). The further cyclone generator (12) is arranged between the first cyclone generator (6) and the outlet (23).
    • 描述了用于从气体流中分离颗粒的装置(1)。 装置(1)包括第一旋风发生器(6),其包括具有长度轴线(4)的第一旋风管(8)和布置成使得环形第一入口(10)布置在 第一旋风管(8)和第一阻塞装置(9)。 第一涡流发生器(11)布置在第一入口(10)中。 该装置包括另外的旋风发生器(12),其包括具有长度轴线(4)的另外的旋风管(13)和另外的阻塞装置(14),其被布置成使得环形的另外的入口(15)布置在第二旋风管 (13)和另外的阻挡装置(14),以及另外的涡流发生器(16),其布置在另外的入口(15)中,以及出口管(22),包括出口(23)和长度轴线(4) 该出口管(22)相对于第二旋风管(13)设置为同心的。 第一阻挡装置(9)与在长度方向(4)方向上看到的进一步的入口(15)重叠,而第二阻塞装置(14)具有与出口(23)基本上相同的延伸部分 长轴(4)。 另外的旋风发生器(12)布置在第一旋风发生器(6)和出口(23)之间。
    • 20. 发明授权
    • Systems and methods for separating sand from oil
    • 将砂与油分离的系统和方法
    • US08945399B2
    • 2015-02-03
    • US13306522
    • 2011-11-29
    • Erik M. Howard
    • Erik M. Howard
    • B01D21/24B01D21/26B04C5/04B04C5/08B04C5/085B04C5/181B04C5/185B04C5/14B01D17/038E21B43/34B01D17/02
    • B01D21/2411B01D17/0217B01D21/267B01D2221/04B04C5/085B04C5/14B04C5/181B04C5/185E21B43/34
    • Systems and methods for separating sand and other solids from oil and other fluids produced from a well. The present systems and methods introduce the fluids at relatively high speed into a generally cylindrical separation chamber. The fluids flow in a generally circular path within the chamber, causing the solids and higher density fluid/media to be urged outward from the axis of the chamber as the fluids flow from the upper portion of the chamber. Because the solids become concentrated at the outer wall of the chamber, the fluid in a central portion of the chamber is substantially free of the solids, and can be removed from the chamber via a fluid outlet. The solids concentrated at the outer wall of the chamber continue to move downward into an accumulation chamber in which the fluid speed is reduced, allowing the solids to settle out of the fluid.
    • 从井中分离出沙子和其他固体与油和其他液体产生的系统和方法。 本系统和方法将流体以相对高的速度引入到通常为圆柱形的分离室中。 流体在腔室内以大致圆形的路径流动,导致当流体从腔室的上部流动时,固体和较高密度的流体/介质从腔室的轴线向外被推动。 因为固体变得集中在室的外壁上,所以室的中心部分中的流体基本上没有固体,并且可以经由流体出口从室中移出。 浓缩在室外壁的固体继续向下移动到其中流体速度降低的聚集室中,从而允许固体沉淀出流体。