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    • 53. 发明申请
    • DEVICE FOR SEPARATING PARTICULATE SOLID MATERIALS FROM AN AQUEOUS TURBID MEDIUM BY SIFTING
    • 装置脱除的固体颗粒从水GLOOMY通过筛选
    • WO02026348A1
    • 2002-04-04
    • PCT/EP2001/011080
    • 2001-09-25
    • B01D29/25B01D33/03B07B1/18D21D5/02B01D33/46B01D33/72
    • D21D5/026B01D29/25B01D29/6476B01D29/72B01D29/902B01D33/0338B01D33/466B01D33/722B01D2201/287B01D2201/301B07B1/18D21D5/023
    • The invention relates to a device for separating particulate solid materials from an aqueous turbid medium sifting, comprising a housing (1) with an inlet pipe (12) for the sludge and an outlet (13) for the sifted sludge, in addition to an outlet (14) for the separated solid materials. The housing is provided with a sifting body (7) with a central longitudinal axis (Ms). A vibration device (15) arranged in the sifting body (7) has at least one unbalanced mass which can be rotatingly driven on a radial plane in relation to the central longitudinal axis (Mv), in order to displace the central longitudinal axis (Mv) of the vibration device eccentrically and to move the central longitudinal axis of the sifting body. A device (19) is provided in order to maintain the central longitudinal axis of the vibration device and the sifted body in an essentially parallel direction. The device can have at least four support elements (20) arranged around the central longitudinal axis (Mv) in order to absorb the traction and pressure forces. At least one support element is disposed at a radial distance from the central longitudinal axis (Mv) which is different from that of the other support elements.
    • 通过筛选装置从水性浆液中分离颗粒状固体物质的装置,包括具有用于污泥的分离出的固体的入口(12)和用于筛选浆料的出口(13)和出口(14)的壳体(1)。 在所述壳体具有一个中心纵向轴线(ms)的过滤器主体(7)设置。 ,一个在筛体(7)设置振动装置(15)具有在径向平面到Mittenlängachse(Mv)为至少一个旋转驱动的不平衡质量来移动振动器偏心和屏幕主体的中心纵向轴线的中心纵向轴线(Mv)为。 装置(19)被提供给维持振动装置和屏幕主体的中心纵向轴线彼此大致轴向平行对准。 该装置可至少四个,沿周向包围所述中心纵向轴线(Mv)为设置接收支撑元件(20),列车压力,所述至少一个支撑元件被布置在从所述其他支撑元件延伸的中心纵向轴线(Mv)为一径向距离是不同的。
    • 55. 发明申请
    • EQUIPMENT FOR FILTERING A SOLID/LIQUID SUSPENSION
    • 用于过滤固体/液体悬浮液的设备
    • WO01039860A1
    • 2001-06-07
    • PCT/FR2000/002812
    • 2000-10-10
    • B01D29/39
    • B01D29/39B01D29/66B01D29/86B01D29/902B01D2201/087
    • The invention concerns an equipment for separating a solid/liquid suspension by filtering, in particular sludge of biological or physico-chemical purifying liquor, on filtering textile or membrane materials, consisting of at least a filtering plate immersed in the suspension to be treated, said plate being inclined relative to the vertical and made in the form of a recessed plate comprising one or several chambers whereof only the bottom surface is covered with the filtering support, the top surface being solid; the internal volumes of the recessed plate are connected to a collecting body collecting the treated water and means are provided for ensuring a homogeneous sweeping gas stream, said means being positioned beneath the plate so that the bubbles emitted by them flow along the filtering support. The invention is characterised in that it further comprises substantially planar plates (1) interposed between the filtering plates (2) so as to produce a separation between the upflow of gas and water in front of the filtering supports of said plates and the down flow recycling the water only.
    • 本发明涉及一种用于通过过滤织物或膜材料过滤特别是生物或物理化学净化液体的污泥来分离固体/液体悬浮液的设备,所述过滤织物或膜材料至少包括浸在待处理悬浮液中的过滤板,所述过滤板 板相对于垂直方向倾斜并且形成为包括一个或多个室的凹板的形式,其中底表面仅被过滤支撑件覆盖,顶表面是固体; 凹陷板的内部容积连接到收集处理水的收集体,并且提供用于确保均匀的清扫气体流的装置,所述装置位于板下方,使得它们发射的气泡沿着过滤支撑件流动。 本发明的特征在于,它还包括介于过滤板(2)之间的基本平坦的板(1),以便在所述板的过滤支撑件前面的气体和水的上流之间产生分离,并且下流回收 只有水。
    • 56. 发明申请
    • SELF-CLEANING FILTER FOR LIQUIDS, PARTICULARLY FOR LUBRI-REFRIGERANTS CONTAINING SOLID PARTICLES
    • 用于液体的自清洁过滤器,特别是含有固体颗粒的润滑油
    • WO00072931A2
    • 2000-12-07
    • PCT/BR2000/000041
    • 2000-05-02
    • B01D29/11B01D
    • B01D29/114B01D29/606B01D29/665B01D29/902B01D29/908B01D29/925B01D29/94
    • Self-cleaning filter for liquids, particularly for lubri-refrigerants containing solid particles includes an inlet chamber (12) communicating with a lateral inlet duct (8) for the liquid to be filtered and possessing a bottom valve (3), an outlet chamber (20) communicating with an outlet duct (21) and a movable piston (19). Also included are an outer chamber (13) adn an inner chamber (20) communicating with each other through a perforated cylindrical wall (10) and a filter element (12) associated with the wall (10). The piston (19) intermittently compresses the liquid within the inner chamber (20) so as to cause particles adhering to the filter element (12) drop off into the outlet chamber (20). The outlet duct (21) includes a discharge tube (23) ending inside the filtered liquid contained in a collecting pan (24) and has a lateral vent (28) arranged above the liquid level within the pan (24).
    • 用于液体的自清洁过滤器,特别是用于含有固体颗粒的润滑剂的自清洁过滤器包括与用于待过滤液体的侧向入口管道(8)连通并具有底部阀(3),出口室( 20)与出口管道(21)和活动活塞(19)连通。 还包括通过穿孔圆柱形壁(10)和与壁(10)相关联的过滤元件(12)彼此连通的内室(20)的外室(13)。 活塞(19)间歇地压缩内室(20)内的液体,使得附着在过滤元件(12)上的颗粒落入出口室(20)。 出口管道(21)包括排放管(23),该排放管(23)终止在收集盘(24)内所包含的过滤液体的内部,并具有布置在盘(24)内的液面上方的侧向通气孔(28)。
    • 57. 发明申请
    • FUEL INTAKE DEVICE FOR FUEL SYSTEMS
    • 用于燃油系统的燃油装置
    • WO1998028059A1
    • 1998-07-02
    • PCT/US1997022284
    • 1997-12-04
    • SIKORSKY AIRCRAFT CORPORATION
    • SIKORSKY AIRCRAFT CORPORATIONBARNARD, Richard, S.CHASEN, Scott, A.
    • B01D35/02
    • B01D35/027B01D29/114B01D29/54B01D29/902B01D29/925
    • A fuel intake device (20) for a fuel system (10) having a fuel tank (14) for containing a supply of fuel (16) and an internal fuel feed line (18) which is disposed internally of the fuel tank (14) and which extends into a sump region (26) thereof. The fuel intake device (20) is characterized by a filter assembly (40) which envelopes an end portion (18E) of the internal fuel feed line (18) and which includes a lower fuel filtering portion (42) and an upper fuel bypass portion (44). The lower fuel filtering portion (42) has a plurality of fine apertures (42O) therein for facilitating a primary flow (PF) of fuel (16) therethrough and for filtering debris from the supply of fuel (16) in a normal operating mode. The upper fuel bypass portion (44) has a plurality of coarse apertures (44O) for facilitating a secondary flow (SF) of fuel therethrough in a bypass operating mode. Furthermore, the filter assembly (40) is situated about the end portion (18E) such that the inlet orifice (18O) thereof is disposed internally of the lower fuel filtering portion (42) and such that the coarse apertures (44O) of the upper bypass portion (44) are distally spaced from the inlet orifice (18O). The fuel intake device is further characterized by a shroud member (50) disposed about the filter assembly (40), which shroud member (50) includes an upper end portion (52) disposed in sealed combination with an external peripheral surface (18p) of the internal fuel feed line (18) and a lower end portion (54) which extends into the sump region (26) of the fuel tank (14). The lower end portion (54), furthermore, defines an opening for facilitating fuel flow to the filter assembly (40).
    • 一种用于燃料系统(10)的燃料进入装置(20),其具有用于容纳供应燃料的燃料箱(14)和设置在所述燃料箱(14)内部的内部燃料供给管线(18) 并且其延伸到其中的贮槽区域(26)中。 燃料进入装置(20)的特征在于包围内部燃料供给管线(18)的端部(18E)的过滤器组件(40),其包括下部燃料过滤部分(42)和上部燃料旁路部分 (44)。 下部燃料过滤部分(42)在其中具有多个细孔(42O),用于促进燃料(16)的主流(PF)通过其中并用于以正常操作模式从燃料供应源16过滤碎屑。 上部燃料旁路部分(44)具有多个粗略孔(44O),用于在旁路操作模式中促进燃料的二次流(SF)。 此外,过滤器组件40围绕端部部分18E设置成使得其入口孔口18O设置在下部燃料过滤部分42的内部,并且使得上部的上部的粗略孔44O) 旁路部分(44)与入口孔(180)远离间隔开。 燃料进入装置的特征还在于围绕过滤器组件(40)设置的护罩构件(50),所述护罩构件(50)包括上部端部(52),所述上端部分(52)与外部周边表面(18p) 内部燃料供给管线(18)和延伸到燃料箱(14)的集油槽区域(26)中的下端部分(54)。 此外,下端部分(54)限定用于促进燃料流向过滤器组件(40)的开口。
    • 59. 发明申请
    • DRAIN FILTERING DEVICE
    • 排水过滤装置
    • WO1997044112A1
    • 1997-11-27
    • PCT/US1996007466
    • 1996-05-21
    • SILVA, Charles
    • B01D35/02
    • E04D13/076B01D29/33B01D29/902
    • A drain filtering device (44) is disclosed. The improvement over the prior art is comprised of reducing the filter size from an elongated device that spans the length of the gutter system (46) to a modular unit which is neccessary only at the drain site. The invention also includes an inclined upper face (54) which is positioned on the upstream side of the drain in the gutter and a down spout attachment which locates the invention in the gutter such that the flow of filtered water passes through the invention and into the downspout. The debris (58) that collects in the gutter is carried along with the water until it makes contact with the inclined upper face (54) and is forced up the incline until the overflow debris (66) flows over the side of the gutter (46) thereby cleaning same and preventing the downspout (64) from becoming clogged.
    • 泄漏滤波装置(44)被公开。 相对于现有技术的改进包括将过滤器尺寸从跨越沟槽系统(46)的长度的细长装置减小到仅在排水部位需要的模块化单元。 本发明还包括一个倾斜的上表面(54),其定位在沟槽中的排水沟的上游侧,以及将本发明定位在沟槽中的向下喷口附件,使得过滤的水流通过本发明并进入 落水管。 收集在沟槽中的碎屑(58)与水一起携带,直到它与倾斜的上表面(54)接触并且被迫向上倾斜,直到溢流碎屑(66)流过沟槽(46) ),从而清洗相同并防止下水口(64)堵塞。
    • 60. 发明申请
    • SLOTTED FILTER, IN PARTICULAR FOR HYDRAULIC MINING SYSTEMS
    • GAP过滤器,尤其是对水采
    • WO1996004975A1
    • 1996-02-22
    • PCT/EP1995003120
    • 1995-08-05
    • SAARBERG HYDRAULIK GMBHMATEJA, Ernst
    • SAARBERG HYDRAULIK GMBH
    • B01D29/15
    • B01D29/15B01D29/23B01D29/46B01D29/902
    • A slotted filter for hydraulic mining systems consists of a filter cage (15) designed as a hollow cylinder and mounted within a housing (1-4) with two axial connections (7) of which one is arranged in continuation to the cylindrical inner space of the filter cage (15) and the other is in communication with the space (12) of the housing that surrounds the filter cage (15). A cylinder (19) provided with openings, preferably a perforated tube, is arranged around or within the filter cage (15), at its inlet side. The cylinder (19) is arranged with little axial clearance in the housing (1-4) and is not radially secured. In known embodiments, filter cages are made of a closely wound spiral of profiled wire welded to axial parallel rods made of the same profiled wire. The profiled wire sections that lie between the axial parallel rods, and that are for example 5 to 10 mm long, tend to vibrate and to flutter at high flow rates and under high pressures of 300 to 1000 bars, for example. This causes their welds to the axial rods to break. After the first break, others follow quickly and the cage is destroyed. The cylinder mounted around or within the cage suppresses the vibrations of the profiled wire sections and thus increases the filter cage service life.
    • 用于液压挖掘的间隙过滤器由在两轴向连接的中空圆柱体过滤篮(15)(7),其包括壳体(1-4),其中设置在所述一个在过滤器篮的柱形内部空间延续的一种形式的(15) 连接,而另一个与所述外壳的一个包围所述过滤器篮(15)的空间(12)。 过滤篮(15)设置在其入口侧 - 外侧或内侧 - 一个设置有通路气缸(19)优选是多孔管。 在所述壳体(1-4)在气缸(19)布置成与一个小的轴向间隙和径向不采取。 该过滤器篮有从狭义的轮廓线,这是由具有相同的轮廓线的轴向平行的棒焊接的焊接螺旋已知的。 的轴向平行的杆之间的卧,例如5〜10mm的轮廓线的长的部分,都在高压下振动的倾向,如300〜1000巴,高流速和扑。 这导致他们与轴杆焊接的突破。 下一个的第一部分的发生,并且在此之后的破坏很快如下。 与气缸本发明的分配防止形金属丝部的摆动,从而增加了过滤器篮的寿命。