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    • 21. 发明申请
    • FEED ACCELERATOR SYSTEM INCLUDING ACCELERATING CONE
    • 进料加速器系统,包括加速锥
    • WO1993010906A1
    • 1993-06-10
    • PCT/US1992010274
    • 1992-11-20
    • BAKER HUGHES INCORPORATED
    • BAKER HUGHES INCORPORATEDLEUNG, Woon, FongSHAPIRO, Ascher, H.
    • B04B01/20
    • B04B1/20B04B3/02B04B11/06B04B2001/2033
    • A feed accelerator system for use in a centrifuge, the system comprising a conveyor hub (26) rotatably mounted substantially concentrically within a rotating bowl (12), and an accelerator (43) including a cone-shaped inside surface (29) disposed between an accelerator base (31) and an accelerator small diameter section (33). The accelerator (43) is secured proximately to its base within the conveyor hub (26) so that the accelerator (43) rotates with the conveyor hub (26). A distributor including a distributor surface (37) having no sharp bends or junctions is secured to the small diameter section (33). A plurality of accelerator vanes (39) are disposed on the cone-shaped inside surface (29) and extend proximately from the small diameter section (33) and terminate at a location on the cone-shaped inside surface (29) proximate to the accelerator base (31) so that an unvaned portion of the cone-shaped inside surface forms a smoothener section (41). A feed pipe (34) having at least one discharge opening (38) is disposed within the centrifuge so that the discharge opening (38) is positioned proximately to the distributor surface (37) at a stand-off distance (D). The stand-off distance (D), feed slurry flow rate, diameter of the feed pipe (34), location of the accelerator vanes (39) proximate to the small diameter section (33), and number of vanes are selected to obtain overall maximum centrifuge efficiency.
    • 一种用于离心机的进料加速器系统,该系统包括可旋转地基本上同心地安装在旋转碗(12)内的输送轮毂(26),以及加速器(43),其包括锥形内表面(29) 加速器基部(31)和加速器小径部(33)。 加速器43紧密地固定在输送轮毂26内的基座上,使得加速器43与输送轮毂26一起旋转。 包括没有尖锐弯曲或接合点的分配器表面(37)的分配器被固定到小直径部分(33)。 多个加速器叶片(39)设置在锥形内表面(29)上并且从小直径部分(33)附近延伸并且终止于靠近加速器的锥形内表面(29)上的位置 基部(31),使得锥形内表面的未涂覆部分形成平滑部分(41)。 具有至少一个排出口(38)的进料管(34)设置在离心机内,使得排出口(38)以分离距离(D)靠近分配器表面(37)定位。 选择间隔距离(D),进料浆流量,进料管(34)的直径,靠近小直径部分(33)的加速器叶片(39)的位置和叶片数量以获得总体 最大离心机效率。
    • 22. 发明申请
    • DECANTER CENTRIFUGE
    • WO1991013686A1
    • 1991-09-19
    • PCT/DK1991000075
    • 1991-03-12
    • ALFA-LAVAL SEPARATION A/SMADSEN, Bent
    • ALFA-LAVAL SEPARATION A/S
    • B04B01/20
    • B04B1/20B04B2001/2033
    • A decanter centrifuge comprises a drum (1) with a conveyor (2) containing an inlet (4). The liquid to be separated flows in a jet centrally into the inlet (4) towards an end wall (11), at which the liquid is radially distributed and flows axially onwards towards the second end wall (13) through an area of the inlet (4) free of members imparting an angular velocity to the liquid. The inlet (4) is provided with inlet apertures (6) positioned on a radius larger than the radius to the overflow edge (9) at the liquid discharge. The design of the inlet (4) implies that the free liquid surface in the inlet during operation is drawn far towards the axis of the drum, thereby causing excess energy supplied to the liquid during acceleration to the angular velocity of the conveyor (2) to be dissipated in the comparatively thick liquid layer before the liquid discharges into the separation space (7) through the inlet apertures (6).
    • 沉降式离心机包括具有包含入口(4)的输送机(2)的滚筒(1)。 待分离的液体以喷射的方式朝向端壁(11)中心流入入口(4),在该端壁处液体被径向分布并且通过入口的区域朝向第二端壁(13)轴向向前流动 4)没有赋予液体角速度的构件。 入口(4)设置有入口孔(6),该入口孔位于大于在液体排出口处的溢流边缘(9)的半径的半径处。 入口(4)的设计意味着在操作期间入口中的自由液体表面被拉向鼓的轴线,从而在加速期间向输送机(2)的角速度提供给液体的过量能量到 在液体通过入口孔(6)排放到分离空间(7)中之前,在较厚的液体层中消散。
    • 23. 发明申请
    • A DECANTER CENTRIFUGE
    • 一个迪斯尼中心
    • WO1997022411A1
    • 1997-06-26
    • PCT/DK1996000544
    • 1996-12-18
    • TETRA LAVAL HOLDINGS & FINANCE S.A.MADSEN, Bent
    • TETRA LAVAL HOLDINGS & FINANCE S.A.
    • B04B01/20
    • B04B1/20B04B2001/2041
    • The decanter centrifuge has a bowl with a screw conveyor having a body (4) and a screw (7). Material to be separated into a light phase and a heavy phase is supplied through inlet ports (6) in the body, and the heavy phase is discharged through discharge ports in the bowl at one end of the conveyor. Between the inlet ports and the discharge ports for the heavy phase, the body of the screw conveyor carries a baffle (8c), generally shaped as a radial rib which forms a helical surface turning in the same direction as the screw (7). Owing to its shape the baffle actively contributes to the transport of the heavy phase, and with retention of the same gap between the baffle and the inner surface of the bowl, the gap area can be increased by increasing the axial length of the baffle.
    • 沉降式离心机具有带有螺旋输送机的碗,其具有主体(4)和螺钉(7)。 分离成轻相和重相的材料通过体内的入口(6)供给,重相通过输送机一端的碗中的排出口排出。 在入口和重相排放口之间,螺旋输送机的主体带有通常形成为径向肋的挡板(8c),所述挡板形成沿与螺钉(7)相同的方向转动的螺旋表面。 由于其形状,挡板主动地有助于重相的输送,并且通过在挡板和碗的内表面之间保持相同的间隙,可以通过增加挡板的轴向长度来增加间隙面积。
    • 24. 发明申请
    • DECANTER CENTRIFUGE
    • WO1996014935A1
    • 1996-05-23
    • PCT/DK1995000440
    • 1995-11-06
    • INCENTRAMICHELSEN, Jan
    • INCENTRA
    • B04B01/20
    • B04B1/20B04B1/2008B04B2001/205
    • A decanter centrifuge (1) has a rotor comprising a helical conveyor (2) and a drum (20). The conveyor (2) comprises a conveyor hub (3) and helical flights (4), and the drum comprises an inner shell (21) of steel and an outer shell (22) of fibre reinforced plastic. The conveyor (2) consists of a shaft of tube form (11), primarily made from carbon fibre reinforced resin, and helical flights (4), primarily made from polyurethane. The flights (4) of the helical conveyor are formed in such a way that all the time they are in contact with the inner periphery of the drum (31). The division of the drum in an inner and an outer shell causes the mass of the drum to be reduced considerably.
    • 沉降式离心机(1)具有包括螺旋输送机(2)和滚筒(20)的转子。 输送机(2)包括输送轮毂(3)和螺旋叶片(4),滚筒包括钢的内壳(21)和纤维增强塑料的外壳(22)。 输送机(2)由主要由碳纤维增强树脂制成的管形式(11)轴和主要由聚氨酯制成的螺旋螺旋(4)组成。 螺旋输送机的叶片(4)形成为一直与滚筒(31)的内周接触的方式。 滚筒在内壳和外壳中的分割导致滚筒的质量显着减小。
    • 25. 发明申请
    • WEAR ELEMENT FOR SCREW PRESSES OR THE LIKE
    • 磨损元件或类似的元件
    • WO1995021025A1
    • 1995-08-10
    • PCT/NO1995000021
    • 1995-01-31
    • OMMUNDSEN, Dag
    • B04B01/20
    • B30B11/246B04B1/2008B30B9/121
    • A wear element comprising a wear plate (2) of a hard, typically ceramic material, locked in a dovetail recess (20) of a bracket (1) made of steel. The bracket (1) consists of two initially separate parts (6', 6'') comprising a respective one of the two inclined dovetail wedge surfaces (5', 5'') of the dovetail recess (20). The two parts (6', 6'') are welded together when positioned with their respective wedge surfaces (5', 5'') tightly engaging a respective one of two complementary inclined wedge surfaces (4', 4'') formed on the wear plate (2).
    • 一种磨损元件,其包括硬的,通常为陶瓷材料的耐磨板(2),该耐磨板(2)锁定在由钢制成的托架(1)的燕尾槽(20)中。 支架(1)包括两个最初分离的部分(6',6“),其包括燕尾槽凹部(20)的两个倾斜的燕尾形楔形表面(5',5”)中的相应一个。 两个部分(6',6“)在定位时被焊接在一起,它们各自的楔形表面(5',5”)紧密地接合形成在其上的两个互补的倾斜楔形表面(4',4“)中的相应的一个 耐磨板(2)。
    • 26. 发明申请
    • FEED ACCELERATOR SYSTEM INCLUDING ACCELERATING VANE APPARATUS
    • 进料加速器系统,包括加速风扇装置
    • WO1993012886A1
    • 1993-07-08
    • PCT/US1992010911
    • 1992-12-16
    • BAKER HUGHES INCORPORATED
    • BAKER HUGHES INCORPORATEDLEUNG, Woon, FongSHAPIRO, Ascher, H.
    • B04B01/20
    • B04B1/20B04B3/04B04B2001/2033
    • A feed accelerator system (10) for use in a centrifuge, the system comprising a conveyor hub (26) rotatably mounted within a rotating bowl (12), the hub including an inside surface and an outside surface. At least one feed slurry passageway is disposed between the inside surface (42) of conveyor hub and the outside surface of the conveyor hub, and at least one helical blade (24) having a plurality of turns is mounted to the outside surface of the conveyor hub. A vane apparatus is associated with the passageway and is disposed between two adjacent turns of the helical blade. The vane apparatus may include an inwardly extending baffle (58) and/or an outwardly extending accelerator vane (122). Alternatively, a U-shaped channel (84) may be associated with the passageway, the U-shaped channel including plurality partitions (142) attached to the discharge end of such channel so as to form a plurality of discharge channels and a flow directing and overspeeding vane (146) disposed within each channel, each vane having a different forward discharge angle.
    • 一种用于离心机的进料加速器系统(10),该系统包括可旋转地安装在旋转碗(12)内的输送轮毂(26),所述轮毂包括内表面和外表面。 至少一个进料淤浆通道设置在输送轮毂的内表面(42)和输送轮毂的外表面之间,并且具有多个匝的至少一个螺旋叶片(24)安装在输送机的外表面 枢纽。 叶片装置与通道相关联并且设置在螺旋叶片的两相邻匝之间。 叶片装置可以包括向内延伸的挡板(58)和/或向外延伸的加速器叶片(122)。 或者,U形通道(84)可以与通道相关联,U形通道包括附接到该通道的排放端的多个隔板(142),以便形成多个排放通道,以及流动引导和 设置在每个通道内的超速叶片(146),每个叶片具有不同的正向排出角度。
    • 29. 发明申请
    • MULTISPRAY NOZZLE
    • MULTISPRAY喷嘴
    • WO1993012885A1
    • 1993-07-08
    • PCT/US1992010786
    • 1992-12-17
    • BAKER HUGHES INCORPORATED
    • BAKER HUGHES INCORPORATEDLEUNG, Woon, Fong
    • B04B01/20
    • B04B1/20B04B3/04B04B15/12B04B2001/2033
    • A liquid accelerator system for use in a centrifuge, the system comprising a conveyor hub (26) rotatable mounted within a rotating bowl, the hub including an inside surface and an outside surface. At least one feed slurry or wash liquid passageway (44) is disposed between the inside surface of the conveyor hub and the outside surface of the conveyor hub. A plurality of outwardly extending extensions (84 and 200) are associated with each passageway. In the preferred embodiment, the extensions are U-shaped channels (84) and full channels (200). A plurality of partitions extends in a circumferential direction from the discharge end of each U-shaped channel (84) and each full channel (200) so as to form a plurality of discharge channels. A flow directing and overspeeding vane (146) is disposed within each discharge channel.
    • 一种用于离心机的液体加速器系统,该系统包括可旋转地安装在旋转碗内的输送轮毂(26),该轮毂包括内表面和外表面。 至少一个进料淤浆或洗涤液通道(44)设置在输送轮毂的内表面和输送机轮毂的外表面之间。 多个向外延伸的延伸部(84和200)与每个通道相关联。 在优选实施例中,延伸部是U形通道(84)和全通道(200)。 多个分隔件从每个U形通道(84)的排放端和每个全通道(200)沿圆周方向延伸,以便形成多个排放通道。 流动引导和超速叶片(146)设置在每个排放通道内。
    • 30. 发明申请
    • FEED ACCELERATOR SYSTEM INCLUDING FEED SLURRY ACCELERATING NOZZLE APPARATUS
    • 进料加速器系统,包括进料浆加速喷嘴装置
    • WO1993010905A1
    • 1993-06-10
    • PCT/US1992010273
    • 1992-11-20
    • BAKER HUGHES INCORPORATED
    • BAKER HUGHES INCORPORATEDLEUNG, Woon, Fong
    • B04B01/20
    • B04B1/20B04B2001/2033
    • A feed accelerator system for use in a centrifuge, the system comprising a conveyor hub (26) rotatably mounted substantially concentrically within a rotating bowl (12), the conveyor hub (26) including at least one passageway (44) connecting an inside surface of the conveyor hub (26) to an outside surface of the conveyor hub (26) for a feed slurry (32) exiting the conveyor hub. The passageway (44) may be associated with a variety of feed slurry accelerator enhancements, such as a baffle (58) extending into a slurry pool (40) formed on the inside of the conveyor hub (26), a divider (68), a U-shaped channel (84), an extension tube (94), and/or a flow directing and overspeeding member (78). These accelerator enhancements may be combined within the passageway or incorporated into a feed slurry accelerating nozzle apparatus removably secured to the passageway. The passageway and/or the nozzle apparatus may include a cross-sectional area having a longer axis approximately parallel to the conveyor hub axis of rotation. Any of these feed slurry accelerator enhancements may include a wear resistant material.
    • 一种用于离心机的进料加速器系统,该系统包括可旋转地基本上同心地安装在旋转碗(12)内的输送轮毂(26),输送轮毂(26)包括至少一个通路(44) 所述传送轮毂(26)到达所述传送轮毂(26)的外表面,用于离开所述传送轮毂的进料浆料(32)。 通道(44)可以与各种进料浆加速器增强相关联,例如延伸到形成在输送轮毂(26)内部的淤浆池(40)中的挡板(58),分隔器(68), U形通道(84),延伸管(94)和/或流动引导和超速构件(78)。 这些加速器增强可以组合在通道内或并入到可移除地固定到通道的进料浆加速喷嘴装置中。 通道和/或喷嘴装置可以包括具有大致平行于输送轮毂旋转轴线的较长轴线的横截面区域。 这些进料淤浆加速剂增强物中的任何一种可以包括耐磨材料。