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    • 13. 发明公开
    • MEMBRANE SEPARATION APPARATUS
    • MEMBRANABSCHEIDER
    • EP3069783A1
    • 2016-09-21
    • EP13897278.1
    • 2013-11-19
    • Zhou, XiaoshanSun, MingLei, Ji
    • Zhou, XiaoshanSun, MingLei, Ji
    • B01D63/08B01D63/02
    • B01D63/16B01D53/22B01D63/02B01D63/08B01D63/087B01D2313/20B01D2313/24B01D2313/243B01D2315/02
    • A membrane separation apparatus comprises: a shell (1), wherein an inner surface (11) of the shell is an arc surface, and at least one medium inlet and at least one medium outlet used for discharging a medium that is separated are arranged on the shell (1); a rotor (2) arranged inside the shell (1), wherein at least two contact ends (24, 26) that are always in slidably contact with the inner surface (11) of the shell are arranged on an outer surface of the rotor (2), the outer surface of the rotor (2) and the inner surface (11) of the shell form sealed separate cavities between the adjacent contact ends (24, 26), and an empty part inside the rotor (2) is used as a medium storage chamber; and separation chambers (32, 34, 36) arranged inside the rotor (2), wherein insides of the separation chambers (32, 34, 36) are filled with a membrane (6), one-way valves corresponding to the separate cavities are arranged on outer walls of the separation chambers (32, 34, 36) for communicating with the separate cavities, medium outlets corresponding to the medium storage chamber are arranged on inner walls of the separation chambers (32, 34, 36), and the medium storage chamber is communicated with the medium outlet of the shell (1).
    • 一种膜分离装置,包括:壳体(1),其中壳体的内表面(11)是弧形表面,并且至少一个用于排出分离介质的介质入口和至少一个介质出口布置在 壳(1); 布置在所述壳体(1)内的转子(2),其中总是与所述壳体的内表面(11)滑动接触的至少两个接触端部(24,26)设置在所述转子的外表面 如图2所示,转子(2)的外表面和壳体的内表面(11)在相邻的接触端(24,26)之间形成密封的分开的空腔,转子(2)内部的空的部分用作 介质储存室; 和分离室(32,34,36),其设置在转子(2)内部,其中分离室(32,34,36)的内部填充有膜(6),与分开的空腔对应的单向阀 设置在分离室(32,34,36)的外壁上,用于与分离的空腔连通,对应于介质储存室的介质出口被布置在分离室(32,34,36)的内壁上,介质 储存室与壳体(1)的介质出口连通。
    • 14. 发明专利
    • Membrane separation apparatus
    • NZ720020A
    • 2016-11-25
    • NZ72002013
    • 2013-11-19
    • ZHOU XIAOSHANSUN MINGLEI JI
    • ZHOU XIAOSHANSUN MINGLEI JI
    • B01D63/08B01D33/35B01D33/37B01D35/26B01D35/30B01D61/00B01D63/02
    • The invention relates to a membrane separation device that may be applied to separation process for gas or liquid mediums. The invention provides a membrane separation device having simple and compact structure in which gas compression or liquid pumping is integrated with separation chambers of the device without the need for a complex gas or liquid pipeline. The device is characterized by high integration, high permeability per unit volume, and low cost. The membrane separation device comprises: a housing having an arc-shaped inner surface, the housing being provided with at least one medium inlet and at least one medium outlet used for discharging a separated medium; a rotor provided in the housing, the rotor being provided with at least two contact ends on an outer surface thereof, the at least two contact ends being constantly in sliding contact with the inner surface of the housing, the outer surface of the rotor and the inner surface of the housing forming sealed separate cavities between the adjacent contact ends, the separate cavities being separated by the contact ends, the inside of the rotor being hollow, and a hollow part inside the rotor being used as a medium storage chamber; separation chambers, provided inside the rotor as a part of the rotor, one separation chamber being defined between the adjacent contact ends, each of the separation chambers being filled with a membrane therein for dividing the separation chamber into two parts, one inner part and one outer part, one-way valves corresponding to the separate cavities being provided on outer walls of the separation chambers for communicating with the separate cavities, medium outlets corresponding to the medium storage chamber being provided on inner walls of the separation chambers, the medium storage chamber being in communication with the medium outlets on the housing; wherein during the rotation of the rotor, a medium entering the separate cavities through the medium inlets on the housing enters the separation chambers through the one-way valves under pressure, and the separated medium passes through the membranes and enters the medium storage chamber from the medium outlets on the inner walls of the separation chambers, and then exits through the medium outlets on the housing.