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    • 1. 发明申请
    • SEPARATING DEVICE
    • 分离装置
    • WO2005070555A1
    • 2005-08-04
    • PCT/SE2005/000058
    • 2005-01-20
    • MELLEGÅRD & NAIJ ABMELLEGÅRD, PerNAIJ, Stefan
    • MELLEGÅRD, PerNAIJ, Stefan
    • B03B5/28
    • B03B11/00B03B5/12B03B5/38B03B5/50B03B5/52B03B5/623B03B2011/006B03B2011/008
    • The invention relates to a grit washer for separating organic pollutants from grit in wastewater treatment plants, said device comprising a container (2) which has a material supply inlet (5), a grit outlet (7), a separating water inlet (6) and a liquid discharging means (10). The container (2) has a vibrating means (8) arranged inside the container (2) in order to separate, while vibrating in cooperation with the supplied separating water, the grit from organic matter. The invention also relates to a device for separating solid matter in flowing liquids in wastewater treatment plants, the device comprising a screening unit (30) which is arrangable in a duct with flowing liquid, the screening unit (30) having movably arranged discharging means (39) which feed the solid matter up to an unloading portion (35) having a vibrating means (46) which releases the solid matter from the unloading portion (35). The invention also relates to a screw-type washing press for separating faeces from solid objects and compressing these objects, the device having at least one vibrating means (75; 75') for improving the separation of the faeces from the solid matter. The invention also relates to a vibrating means (8; 46; 75; 75') arranged in a device as stated above.
    • 本发明涉及一种用于在污水处理厂中分离有机污染物与砂粒的砂粒洗涤器,所述装置包括容器(2),容器(2)具有材料供应入口(5),砂粒出口(7),分离水入口(6) 和液体排出装置(10)。 容器(2)具有布置在容器(2)内部的振动装置(8),以便在与所供应的分离水协调的同时与有机物质的砂粒分离。 本发明还涉及一种用于分离废水处理装置中流动液体中的固体物质的装置,该装置包括可在流动液体的管道中排列的筛分装置(30),筛分装置(30)具有可移动排列的排放装置 39),其将固体物质输送到具有从卸载部分(35)释放固体物质的振动装置(46)的卸载部分(35)。 本发明还涉及一种用于将粪便与固体物体分离并压缩这些物体的螺杆式洗衣机,该装置具有至少一个用于改善粪便与固体物质分离的振动装置(75; 75')。 本发明还涉及一种布置在如上所述的装置中的振动装置(8; 46; 75; 75')。
    • 2. 发明申请
    • FILTERING DEVICE COMPRISING A CONVEYOR BELT WITH PERFORATED SEGMENTS
    • 包括带有执行部分的输送带的过滤装置
    • WO2016028205A1
    • 2016-02-25
    • PCT/SE2015/050873
    • 2015-08-17
    • MELLEGÅRD & NAIJ AB
    • MELLEGÅRD, PerNAIJ, Stefan
    • B01D33/333E03F5/14
    • B01D33/333E02B8/023E03F5/14
    • Filtering device (1) for separating solid particles and other objects from water. The device comprises a conveyor belt (2) arranged to run in a closed path through a water flow. The conveyor belt (2) comprises mutually articulately connected perforated segments (15), each segment (15) having a first long side (22a) and a second long side (22b) opposite to said first long side. The long sides (22a, 22b) have a longitudinal extent transversely to the motional direction of the path, and two mutually opposite short sides (23) having a longitudinal extent along the motional direction of the path. The first long side (22a) of each segment (15) comprises a hook section (24), which is articulately hooked in a hook section (24) of the second long side (22b) of a following segment (15) to form said closed path.
    • 用于将固体颗粒和其他物体与水分离的过滤装置(1)。 该装置包括一个传送带(2),该输送带被布置成在封闭的路径中流过水流。 传送带(2)包括相互铰接的穿孔区段(15),每个区段(15)具有与所述第一长边相对的第一长边(22a)和第二长边(22b)。 长边(22a,22b)具有横向于路径的运动方向的纵向长度,以及沿路径的运动方向具有纵向延伸的两个相互相对的短边(23)。 每个节段(15)的第一长边(22a)包括钩部分(24),其被铰接地钩在随后段(15)的第二长边(22b)的钩部分(24)中以形成所述 封闭路径。
    • 3. 发明申请
    • BOTTOM SEAL
    • 底部密封
    • WO2005103390A1
    • 2005-11-03
    • PCT/SE2005/000533
    • 2005-04-14
    • MELLEGÅRD & NAIJ ABMELLEGÅRD, PerNAIJ, Stefan
    • MELLEGÅRD, PerNAIJ, Stefan
    • E02B5/08
    • E02B8/026
    • A bottom seal (9) at the lower end of a step screen (1) adapted to convey solid particles and other objects positioned in flowing water (2). The step screen has a grating (3) comprising alternately fixed and movable lamellar rods (4, 5) with intermediate gaps (6) to allow the water to pass through the grating. The bottom seal extends substantially across the entire width of the grating to seal the ducts (10) that arise between the fixed lamellar rods at their lowermost step (8) as the movable lamellar rods move upwards between the fixed lamellar rods. The bottom seal comprises an elongate bottom cover (11), which at its longitudinal edge (12) upstream is by means of hinges (15) pivotally connected to the step screen via a bottom step (13) upstream of the bottom cover and at its longitudinal edge (16) downstream on the one hand is guided on guides (17) on the lowermost steps(8) of the movable lamellar rods in order to follow the motion thereof and, on the other hand, in this motion is pivotable up and down close to and past the edges (7) upstream on the lowermost steps (8) of the fixed lamellar rods (4).
    • 在步骤筛网(1)的下端处的底部密封件(9),适于传送固定颗粒和位于流动水(2)中的其它物体。 步进式筛网具有光栅(3),其包括具有中间间隙(6)的交替固定和可移动的层状杆(4,5),以允许水通过光栅。 底部密封件基本上延伸穿过光栅的整个宽度,以便在可移动的层状杆在固定的层状杆之间向上移动时,密封在其最下部台阶(8)处固定的层状杆之间产生的管道(10)。 底部密封件包括细长的底盖(11),其在其上游的纵向边缘(12)处通过铰链(15),其通过底盖的底部台阶(13)枢转地连接到台面筛,并且在其底部 一方面,纵向边缘(16)一方面在可移动层状杆的最下台阶(8)上的引导件(17)上引导,以便跟随其运动,另一方面,在该运动中可枢转 靠近并经过固定层状杆(4)的最下台阶(8)上游的边缘(7)。
    • 5. 发明公开
    • BOTTOM SEAL
    • 底部密封
    • EP1740776A1
    • 2007-01-10
    • EP05734883.1
    • 2005-04-14
    • Mellegård & Naij AB
    • MELLEGÅRD, PerNAIJ, Stefan
    • E02B5/08E02B8/02
    • E02B8/026
    • A bottom seal (9) at the lower end of a step screen (1) adapted to convey solid particles and other objects positioned in flowing water (2). The step screen has a grating (3) comprising alternately fixed and movable lamellar rods (4, 5) with intermediate gaps (6) to allow the water to pass through the grating. The bottom seal extends substantially across the entire width of the grating to seal the ducts (10) that arise between the fixed lamellar rods at their lowermost step (8) as the movable lamellar rods move upwards between the fixed lamellar rods. The bottom seal comprises an elongate bottom cover (11), which at its longitudinal edge (12) upstream is by means of hinges (15) pivotally connected to the step screen via a bottom step (13) upstream of the bottom cover and at its longitudinal edge (16) downstream on the one hand is guided on guides (17) on the lowermost steps(8) of the movable lamellar rods in order to follow the motion thereof and, on the other hand, in this motion is pivotable up and down close to and past the edges (7) upstream on the lowermost steps (8) of the fixed lamellar rods (4).