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    • 1. 发明申请
    • HYDROCYCLONE WITH TURBULENCE CREATING MEANS
    • 具有湍流创造手段的氢氯酸盐
    • WO1993010908A1
    • 1993-06-10
    • PCT/SE1992000814
    • 1992-11-26
    • CELLECO-HEDEMORA ABANDERSSON, Roine
    • CELLECO-HEDEMORA AB
    • B04C05/81
    • D21D5/24B04C5/081
    • In a hydrocyclone the separation chamber (2) has a circumferential wall (3) provided with at least one turbulence creating member (12), which extends along the circumferential wall and crosses a helical path (10), along which a liquid stream is generated during operation. According to the invention, the turbulence creating member is formed by a set-off (12) on the circumferential wall (3). The set-off is formed and dimensioned such that said liquid stream substantially looses its contact with the circumferential wall, as the liquid stream passes the set-off. As a result turbulence is created in a layer of the liquid stream situated closest to the circumferential wall, without the liquid stream becoming any substantial flow component directed inwards in the separation chamber.
    • 在水力旋流器中,分离室(2)具有设置有至少一个湍流产生构件(12)的圆周壁(3),其沿着圆周壁延伸并与螺旋路径(10)交叉,沿着该螺旋路径产生液体流 在运行期间。 根据本发明,湍流产生构件通过在周壁(3)上的排出(12)形成。 形成和定尺寸使得当液体流通过排出物时,所述液体流基本上不与周壁接触。 因此,在位于最靠近周壁的液体流的层中产生湍流,而液体流不会变成在分离室中向内指向的任何实质的流动分量。
    • 2. 发明申请
    • HYDROCYCLONE PLANT
    • HYDROCYCLONE植物
    • WO1992009371A1
    • 1992-06-11
    • PCT/SE1991000803
    • 1991-11-26
    • CELLECO HEDEMORA ABANDERSSON, RoineRUNDQVIST, Lars-Göran
    • CELLECO HEDEMORA AB
    • B04C05/24
    • B04C5/28D21D5/24
    • A hydrocyclone plant comprises a great number of hydrocyclones (1) arranged in groups of at least two hydrocyclones, each group being made in one single piece. The hydrocyclones extend substantially radially in an annular inlet space (11) for a liquid mixture to be separated. The inlet space extends concentrically around a cylindrical heavy fraction space (10) for receiving a created heavy fraction of the liquid mixture from the hydrocyclones. According to the invention, the hydrocyclone groups are distributed around the cylindrical heavy fraction space in the circumferential direction of the latter and are spaced from one another in the inlet space to allow the liquid mixture to flow between adjacent hydrocyclone groups.
    • 一个水力旋流器设备包括大量的至少两个水力旋流器组成的水力旋流器(1),每个组在一个单件中制成。 水力旋流器在环形入口空间(11)中基本上径向延伸,以使液体混合物分离。 入口空间同心地围绕圆柱形重级分空间(10)延伸,用于从水力旋流器接收所产生的重馏分的液体混合物。 根据本发明,水力旋流器组在圆柱形重质分数空间周围沿圆周方向分布,并且在入口空间中彼此间隔开,以使液体混合物在相邻的水力旋流器组之间流动。
    • 4. 发明申请
    • METHOD AND PLANT FOR TREATING A CONTAMINATED PULP SUSPENSION
    • 用于处理污染的纸浆悬浮液的方法和设备
    • WO1998011296A1
    • 1998-03-19
    • PCT/SE1997001437
    • 1997-08-28
    • ALFA LAVAL ABANDERSSON, RoineBACKMAN, Jan
    • ALFA LAVAL AB
    • D21D05/24
    • D21D5/24
    • With the aid of hydrocyclones, relatively light and heavy contaminants are separated from a pulp suspension. According to the invention, at first light contaminants are separated from the pulp suspension and the fibre concentration of the pulp suspension is substantially increased by means of a first multihydrocyclone unit (6) comprising a multiplicity of parallelly coupled hydrocyclones designed for separating light contaminants, and thereafter heavy contaminants are separated from the pulp suspension with the increased fibre concentration by a second multihydrocyclone unit (13) comprising a multiplicity of parallelly coupled hydrocyclones designed for separating heavy contaminants.
    • 借助于水力旋流器,相对较轻和重的污染物与纸浆悬浮液分离。 根据本发明,起初,轻质污染物与纸浆悬浮液分离,纸浆悬浮液的纤维浓度通过包含多个平行耦合的水力旋流器(6)的第一多氢旋转分离器单元(6)而实质上增加,所述水力旋流器被设计用于分离轻质污染物,以及 此后,重质污染物与具有增加的纤维浓度的纸浆悬浮液通过第二多旋流旋转单元(13)分离,该第二多氢旋转分离器单元(13)包含多个平行耦合的水力旋流器,其设计用于分离重污染物。
    • 5. 发明申请
    • HYDROCYCLONE PLANT
    • HYDROCYCLONE植物
    • WO1991016988A1
    • 1991-11-14
    • PCT/SE1991000302
    • 1991-04-29
    • CELLECO HEDEMORA ABANDERSSON, Roine
    • CELLECO HEDEMORA AB
    • B04C05/24
    • B04C5/24B04C5/28D21D5/24
    • A hydrocyclone plant comprises a great number of hydrocyclones (1) arranged in a plurality of separate assemblies (10, 10A, 10B). Each hydrocyclone assembly includes branch pipes (6, 6A), to which the hydrocyclones of the assembly are connected in parallel relationship to one another. There are main pipes (13) of the same number as that of the branch pipes of each assembly, the branch pipes of each assembly being connected to said main pipes, respectively. According to the invention, clamping means (8, 9) are provided for releasably clamping each hydrocyclone substantially transversely against at least one of the associated branch pipes (6, 6A) of the latter, and the individual assemblies include various numbers of hydrocyclones, for optimizing the desired capacity of the hydrocyclone plant.
    • 水力旋流器设备包括大量分布在多个单独组件(10,10A,10B)中的水力旋流器(1)。 每个水力旋流器组件包括分支管道(6,6A),组件的水力旋流器彼此并联连接。 存在与每个组件的分支管相同数量的主管(13),每个组件的分支管分别连接到所述主管。 根据本发明,提供了夹紧装置(8,9),用于将每个水力旋流器基本上横向地相对于后者的相关联的分支管道(6,6A)中的至少一个可释放地夹紧,并且各个组件包括各种数量的水力旋流器,用于 优化水力旋流器工厂的所需能力。
    • 6. 发明申请
    • A CYLINDRICAL SCREEN AND A METHOD OF PRODUCING THE SAME
    • 一种圆柱形筛网及其生产方法
    • WO1998029599A1
    • 1998-07-09
    • PCT/SE1997002202
    • 1997-12-22
    • ALFA LAVAL ABANDERSSON, Roine
    • ALFA LAVAL AB
    • D21D05/02
    • D21D5/16B01D29/25B01D29/445B01D29/86B01D2201/184
    • A cylindrical screen (16) comprises an inlet end (11) for receiving a paper pulp suspension to be separated from undesired particles, and a reject end (13) for removing separated particles. The screen (16) is intended for the kind of pressure screening apparatus having rotor wings (9) adapted to move along a cylindrical path close to the inlet side of the screen. Elongated flow deflecting members (22) are arranged on the inlet side of the screen and are distributed around the circumference of the screen, each elongated flow deflecting member extending obliquely relative to the centre axis of the screen and forwards relative to the direction of rotation of the rotor wings as seen from the inlet end (11) of the screen. According to the invention the distance between adjacent flow deflecting members (22) as seen in the circumferential direction of the screen is less than 6 mm, whereby a high efficiency is obtained with respect to separation of undesired particles without deteriorating the capacity.
    • 圆柱形筛(16)包括用于接收纸浆悬浮液以从不期望的颗粒分离的入口端(11)和用于除去分离的颗粒的废料端(13)。 屏幕(16)适用于具有转子翼(9)的压力筛选装置,适于沿着靠近屏幕入口侧的圆柱形路径移动。 细长的流动偏转构件(22)布置在屏幕的入口侧并且围绕屏幕的圆周分布,每个细长的流动偏转构件相对于屏幕的中心轴线倾斜延伸,并且相对于屏幕的旋转方向 转子翼从屏幕的入口端(11)看。 根据本发明,在屏幕的圆周方向上看到的相邻的流动偏转构件(22)之间的距离小于6mm,从而在不损害容量的情况下获得了高效率的分离不需要的颗粒。
    • 7. 发明申请
    • METHOD AND DEVICE FOR SEPARATING FINE PARTICLES FROM WHITE WATER
    • 从白水分离精细颗粒的方法和装置
    • WO1998020959A1
    • 1998-05-22
    • PCT/SE1997001763
    • 1997-10-22
    • ALFA LAVAL ABANDERSSON, RoineRUNDQVIST, Lars-Göran
    • ALFA LAVAL AB
    • B01D33/21
    • B01D33/21B01D33/463B01D33/801B01D33/808
    • Fine particles are separated from white water by the use of a disc filter, which comprises at least one rotating vertical filter disc (2), partly immersed in the white water to be separated, thereby sections (27) of the filter medium (5) of the filter disc are alternately displaced up from and down into the white water. When a section is displaced up from the white water it is covered by a cake containing fine particles which are detached in a detaching zone (16) before the section again is displaced down into the white water. According to the invention, each section is provided with a layer, solely containing fibres, in a forming zone (20) during each revolution and the section with its fibre layer is displaced through the white water in a separation zone (30), so that fine particles are deposited on the fibre layer and together with the latter form said cake.
    • 通过使用盘式过滤器将细颗粒与白水分离,所述盘式过滤器包括至少一个旋转的垂直过滤盘(2),其部分浸没在待分离的白水中,由此过滤介质(5)的部分(27) 的过滤盘交替地向上或向下移动到白水中。 当一个部分从白水上移开时,它被含有细颗粒的蛋糕覆盖,该蛋糕在分离区再次向下移动到白水中之前分离在分离区(16)中。 根据本发明,每个部分在每个旋转期间在成形区域(20)中设置单独包含纤维的层,并且其纤维层的区段在分离区(30)中被移动通过白水,使得 细颗粒沉积在纤维层上,并与后者形成所述饼。
    • 9. 发明申请
    • HYDROCYCLONE PLANT
    • HYDROCYCLONE植物
    • WO1994009909A1
    • 1994-05-11
    • PCT/SE1993000846
    • 1993-10-15
    • CELLECO-HEDEMORA ABANDERSSON, Roine
    • CELLECO-HEDEMORA AB
    • B04C05/24
    • D21D5/24B04C5/28B04C11/00
    • In a hydrocyclone plant for treating fibre suspensions comprising a multiplicity of hydrocyclone bodies (1) each hydrocyclone body is mounted in a hole in a wall (5) and is sealed to the wall with the aid of a sealing ring (18). According to the invention the sealing ring is made of an inexpensive chemical resistant material and is radially cut through to form two free ends on the sealing ring. The hydrocyclone body is provided with a sealing surface (12) having a radial extension which increases along the hydrocyclone body. Axially along the sealing surface (12) a projection (22) extends between the free ends of the sealing ring. When mounting the hydrocyclone body the sealing ring (18) is adapted to be entrained by the wall (5) along the sealing surface (12), so that the sealing ring is expanded and seals between the sealing surface and the wall.
    • 在用于处理纤维悬浮液的水力旋流器装置中,所述悬浮液包括多个旋流分离器主体(1),每个旋液分离器主体安装在壁(5)的孔中,并借助于密封环(18)密封到壁上。 根据本发明,密封环由廉价的耐化学材料制成,并且被径向切割以在密封环上形成两个自由端。 水力旋流器主体设置有沿着水力旋流器主体增加的径向延伸部的密封表面(12)。 沿着密封表面(12)轴向延伸,突出部(22)在密封环的自由端之间延伸。 当安装水力旋流器主体时,密封环(18)适于沿着密封表面(12)被壁(5)夹带,使得密封环膨胀并在密封表面和壁之间进行密封。
    • 10. 发明申请
    • HYDROCYCLONE ASSEMBLY
    • HYDROCYCLONE装配
    • WO1991016987A1
    • 1991-11-14
    • PCT/SE1991000301
    • 1991-04-29
    • CELLECO HEDEMORA ABANDERSSON, Roine
    • CELLECO HEDEMORA AB
    • B04C05/24
    • D21D5/24B04C5/24B04C5/28
    • A hydrocyclone assembly comprises at least one hydrocyclone (1) having at least two through flow members (2, 3) for distribution of liquid between the outside and the interior of the hydrocyclone, and circular cylindrical pipes (4, 5) of the same number as that of the through flow members of the hydrocyclone, the through flow members of the hydrocyclone being connected to the pipes, respectively. According to the invention each through flow member (2, 3) defines an annular end portion (6), which extends around a radial bore (7) in its associated pipe (4, 5) and abuts sealingly against the mantle surface of the pipe via a gasket (8) extending around said bore in the pipe.
    • 水力旋流器组件包括至少一个具有至少两个用于在水力旋流器的外部和内部之间分配液体的流动构件(2,3)的水力旋流器(1)和相同数量的圆柱形管道(4,5) 与水力旋流器的贯流构件相同,水力旋流器的贯流构件分别与管连接。 根据本发明,每个通过流动构件(2,3)限定环形端部(6),该环形端部部分(6)围绕其相关联的管道(4,5)中的径向孔(7)延伸并且密封地抵靠管道的地幔表面 通过在管道中围绕所述孔延伸的垫圈(8)。