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    • 4. 发明申请
    • MAGNET ROLLER
    • 磁铁滚筒
    • US20130051865A1
    • 2013-02-28
    • US13640554
    • 2011-05-12
    • Setsuo KotaniKiyoshi IdaKazuhiko Ogino
    • Setsuo KotaniKiyoshi IdaKazuhiko Ogino
    • G03G15/09
    • G03G15/0921H01F7/0221
    • A magnet roller according to the present invention comprises: a single metal shaft member; and a pair of first and second semicylindrical resin magnet members each of which is shorter than the metal shaft member and has a first or second annular portion integrally provided at one end portion thereof. Each of first and second central holes is provided at the center of each of the first and second annular portions. The magnet roller according to the present invention is assembled by arranging the first annular portion and the second annular portion so as not face each other, inserting both end portions of the metal shaft member into the first and second central holes from the inner side of the first and second annular portions, and sandwiching the metal shaft member between the first and second semicylindrical resin magnet members in such a manner that both the end portions of the metal shaft member protrude to the outside of the first and second annular portions.
    • 根据本发明的磁性辊包括:单个金属轴构件; 以及一对第一和第二半圆柱形树脂磁体构件,其每一个都比金属轴构件短,并且具有一体地设置在其一个端部的第一或第二环形部分。 第一和第二中心孔中的每一个设置在第一和第二环形部分的每一个的中心。 根据本发明的磁性辊通过将第一环形部分和第二环形部分布置为彼此面对而组装,从金属轴构件的内侧将金属轴构件的两个端部插入第一和第二中心孔 第一和第二环形部分,并且以金属轴构件的两个端部突出到第一和第二环形部分的外侧的方式将金属轴构件夹在第一和第二半圆柱形树脂磁体构件之间。
    • 5. 发明授权
    • Porous multilayered hollow fiber and filtration module, and method of manufacturing porous multilayered hollow fiber
    • 多孔多层中空纤维和过滤组件,以及制造多孔多层中空纤维的方法
    • US07735660B2
    • 2010-06-15
    • US10684836
    • 2003-10-15
    • Tooru MoritaKiyoshi IdaHajime Funatsu
    • Tooru MoritaKiyoshi IdaHajime Funatsu
    • B01D63/02B01D63/04B01D61/00
    • B01D69/08B01D63/022B01D63/04B01D63/12B01D69/141Y10T428/24091
    • A porous multilayered hollow fiber for outer side pressed filtration is made of a multilayer comprising a supporting layer constituted of the thickness of an expanded porous polytetrafluoroethylene tube, and a filtration layer provided on the outer surface of the supporting layer, wherein pores surrounded by fibrous frameworks in the filtration layer are smaller than those of the supporting layer, and the mean of the maximum fibril length (L) of the fibrous frameworks surrounding each pore in the outer surface of the filtration layer is designed to be small such that (X) and (Y) fall within the range on the XY plane, where (X) is a particle diameter of particles captured when the particle trapping ratio is equal to or more than 90% in the case where the filtration is done under an elevated pressure of 0.1 MPa, and (Y) is a value designated as RFL obtained by dividing (L) by (X). Thus, the degradation of flow rate due to the elapse of time can be prevented, since solid particles to be separated do not enter into pores, and clogging and blockade of the pores do not occur even in the case of filtering a solution of high turbidity. As a result, it is possible to recover filtration property easily by performing back-wash reverse filtration and to maintain excellent filtration property for a long time.
    • 用于外侧压制过滤的多孔多层中空纤维由包括由膨胀的多孔聚四氟乙烯管的厚度构成的支撑层和设置在支撑层的外表面上的过滤层的多层制成,其中由纤维框架包围的孔 在过滤层中小于支撑层的过滤层,并且在过滤层的外表面中围绕每个孔的纤维骨架的最大原纤维长度(L)的平均值设计得较小,使得(X)和 (Y)落在XY平面的范围内,其中(X)是当在0.1升的压力下进行过滤时,当颗粒捕获率等于或大于90%时捕获的颗粒的粒径 (Y)是通过将(L)除以(X)而获得的指定为RFL的值。 因此,由于要分离的固体颗粒不会进入孔隙,所以可以防止由于时间的流逝而引起的流量的降低,即使在过滤高浊度的溶液的情况下也不会发生堵塞和堵塞孔 。 结果,可以通过进行反冲洗反向过滤容易地回收过滤性能,并且能够长期保持优异的过滤性能。
    • 6. 发明授权
    • Magnet roller
    • 磁铁辊
    • US08750768B2
    • 2014-06-10
    • US13640554
    • 2011-05-12
    • Setsuo KotaniKiyoshi IdaKazuhiko Ogino
    • Setsuo KotaniKiyoshi IdaKazuhiko Ogino
    • G03G15/09
    • G03G15/0921H01F7/0221
    • A magnet roller according to the present invention comprises: a single metal shaft member; and a pair of first and second semicylindrical resin magnet members each of which is shorter than the metal shaft member and has a first or second annular portion integrally provided at one end portion thereof. Each of first and second central holes is provided at the center of each of the first and second annular portions. The magnet roller according to the present invention is assembled by arranging the first annular portion and the second annular portion so as not face each other, inserting both end portions of the metal shaft member into the first and second central holes from the inner side of the first and second annular portions, and sandwiching the metal shaft member between the first and second semicylindrical resin magnet members in such a manner that both the end portions of the metal shaft member protrude to the outside of the first and second annular portions.
    • 根据本发明的磁性辊包括:单个金属轴构件; 以及一对第一和第二半圆柱形树脂磁体构件,其每一个都比金属轴构件短,并且具有一体地设置在其一个端部的第一或第二环形部分。 第一和第二中心孔中的每一个设置在第一和第二环形部分的每一个的中心。 根据本发明的磁性辊通过将第一环形部分和第二环形部分布置为彼此面对而组装,从金属轴构件的内侧将金属轴构件的两个端部插入第一和第二中心孔 第一和第二环形部分,并且以金属轴构件的两个端部突出到第一和第二环形部分的外侧的方式将金属轴构件夹在第一和第二半圆柱形树脂磁体构件之间。
    • 7. 发明申请
    • Filtration device
    • 过滤装置
    • US20060260998A1
    • 2006-11-23
    • US11412109
    • 2006-04-27
    • Tatsuhiko SuzukiTooru MoritaKiyoshi Ida
    • Tatsuhiko SuzukiTooru MoritaKiyoshi Ida
    • B01D65/02
    • B01D61/20B01D63/02B01D65/08B01D2313/26B01D2315/06B01D2321/185
    • There is provided a compact filtration device capable of efficiently separate and remove suspension components adhered to membrane surfaces or to between membranes by allowing bubbling action by means of bubbles from an air diffusion tube to effectively affect the entire hollow fiber membrane, and capable of disposing inside hollow fiber membranes in high density. In a filtration device 11 for performing solid-liquid separation by allowing a liquid to be treated 12 containing suspension components to permeate a membrane module 14 for immersion type suction filtration or external pressure filtration, said membrane module 14 is formed from bundled membranes 16 in which a multiplicity of hollow fiber membranes 15 with their axes being in the vertical direction are contacted closely with each other at the upper and lower ends thereof, and a diffuser tube 21 is threaded into between said multiplicity of hollow fiber membranes 15 for insertion at the lower part of the bundled membrane 16.
    • 提供了一种紧凑的过滤装置,其能够通过使来自空气扩散管的气泡起泡作用,从而有效地影响整个中空纤维膜,并且能够在内部设置,从而有效地分离和去除附着在膜表面或膜之间的悬浮组分 高密度中空纤维膜。 在通过使含有悬浮液成分的液体12透过用于浸渍式吸滤或外压过滤的膜组件14进行固液分离的过滤装置11中,所述膜组件14由捆束膜16形成,其中 其轴线处于垂直方向的多个中空纤维膜15在其上端和下端彼此紧密接触,并且扩散管21被拧入所述多个中空纤维膜15之间以插入下部 捆绑膜16的一部分。