(JP6535664) Biological or chemical reactor for transformation 机翻标题: 暂无翻译,请尝试点击翻译按钮。

源语言标题
(JP6535664) Biological or chemical reactor for transformation
公开号/公开日
JP6535664 JP2017501018 / 2019-06-26 2017-01-12
申请号/申请日
JP2016525947 / 2014-09-26
发明人
Bistreem, Emil Shellman, Henrik Irgan, Knut
申请人
SUPINKEMU ABE
主分类号
IPC分类号
B01J-019/18 C12M-001/02 C12M-001/10
摘要
(JP6535664)
The present invention relates to a new reactor for performing, by means of at least one solid reaction member, biological or chemical transformation, or physical or chemical trapping from, or release of agents to, a fluidic medium, which reactor is comprised of a reactor vessel comprising means for enhancing fluidic shear stress, and a transformation device operatively mounted in said reactor vessel. The invention also provides a kit of parts comprising a reactor vessel comprising means for enhancing fluidic shear stress and a transformation device. Finally, the invention provides a method of using said reactor and/or said kit of parts for biological or chemical transformation or physical or chemical trapping from, or release of agents to, a fluidic medium, by means of at least one solid reaction member.
 (From US10188963 B2)
机翻摘要
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地址
代理人
(JP6535664) S & S INTERNATIONAL PPC Reg. Nb: 110001737
代理机构
优先权号
2013SE-0051272 2014WO-SE51118
主权利要求
(JP6535664)
1. 1 At least one of the solid reactant member is used, in a biological or chemical present in the fluid medium or transformation, or physical or chemical from a fluid medium to capture, with respect to media to release the drug or the fluid in the reactor, the reactor, the first end of the (250) 1, 2 and the end portion of the (260) second end of the cylindrical reactor vessel having (148) inner walls between (120,230) and, wherein the reaction vessel is attached to the transformation apparatus (100), comprising, the transforming apparatus, having an essentially cylindrical geometry, and a second essentially flat surface of the (104) 1, 2 and the surface of the (106) first essentially planar, and the inner circumferential wall (108) has a circular cross-sectional shape essentially, 2 1 and/or the second surface of the first of the arranged closer to the center, for receiving a fluid medium adapted to, and a floating solid reaction so as to receive the first member is adapted to be at least 1 any one fluid medium inlet (110), arranged in a peripheral wall, with the solid reactant to flow through the fluid medium has at least one of the fluid impervious member 1 and in that the medium outlet (112), wherein the flow distribution device in order to allow a rotation or vibration of the first drive shaft disposed in the plane of the 1 (114,226) and, with the solid reactant member captured, and wherein the at least one transformation is performed with the containment 1, (102,212) and having a flow distributor, said transformed to rotate and/or (116,214) and a swing means, comprising, in the inner wall (148) of the reaction vessel is, 2 1 wherein the first end of (260) the first end of the (250) inner wall 2 along one of either the direction of rotation of the fluid (122,124,126,128,140,232) has means for reinforcing the shear stress, a shear stress to the means for reinforcing said fluid is (122,124,126,128,140,232), and the inner wall is (148) at least 1 (124,126,128,140) has a hollow structure, said first end of the hollow structure from the first (250) 1 2 extends toward the end (260), the open end of the hollow structure is a through flow path between the open end and having, as a result of the reaction vessel between the upper and lower portion of the flow of the fluid medium in said reactor to accelerate.
2. In which the fluid is a means for reinforcing the shear stress (122,124,126,128,140,232), the inner wall and a (148) second end of the (250) 1 in the 2 from the first end of the (260) at least a semi-elliptical cross-sectional shape extends toward and out of the reactor according to claim 1 having a glove (122).
3. The flow path, a rectangle, a triangle, a semi-oval or oval cross-section of the reactor according to claim 1 having.
4. 2-30 one of said fluid having a means for reinforcing the shear stress is any one of the claims 1-3 (122,124,126,128,140,232) 1 in said reactor.
5. 1 At least one of the solid reactant member is used, in a biological or chemical present in the fluid medium or transformation, or physical or chemical from a fluid medium to capture, with respect to a medium or a fluid to the desorption of the drug kit comprising, a) 1, an end portion of the (250) first and the second end of the 2 end of the (260) cylindrical reactor vessel having (148) inner walls between (120,230) has, in the inner wall (148) is, wherein the first 2 1 between the end portion of (250) the first inner wall and the end portion (260) between 2 along one direction of rotation of the fluid of any one of the means for reinforcing the shear stress has the (122,124,126,128,140,232), b) have an essentially cylindrical geometry, 1 the first essentially planar surface (104), the surface of the (106) first essentially planar 2, having a circular cross-sectional shape essentially in the peripheral wall (108) and, wherein the first surface of the first and/or 1 2 is disposed closer to the center, for receiving a fluid medium adapted to, and suspended solids so as to receive the first reactive member and adapted to at least any one fluid medium inlet (110) 1, disposed in the peripheral wall, with the solid reactant to flow through the fluid medium has at least one of the fluid impervious member 1 and in that the medium outlet (112), wherein the flow distribution device in order to allow a rotation or vibration of the first drive shaft disposed in the plane of the 1 (114,226) and, with the solid reactant member is captured, and wherein the at least one transformed 1 and containment (130) SPDIF, (102,212) comprises a flow distributor having a, in which the fluid is a means for reinforcing the shear stress (122,124,126,128,140,232), 1 at least one of the hollow in the inner wall (148) (124,126,128,140) has the structure, wherein said 1 is in the first end of the (250) hollow structure from the first end of the (260) extending BOARD 2, and the open end of the hollow structure is a through flow path between the open end has, as a result of the reaction vessel between the top and bottom of the flow of the fluid medium to facilitate said kit.
6. In which the fluid is a means for reinforcing the shear stress (122,124,126,128,140,232), 1 and the inner wall is (148) in the first end portion of the (260) 2 from the first (250) end toward the at least a semi-elliptical cross-sectional shape of a glove (122) extending out of the kit according to claim 5 having.
7. The flow path, a rectangle, triangle, oval or half oval shaped cross section with a kit according to claim 5.
8. 2-30 one of fluid shear stress to the any of the claims 5-7 (122,124,126,128,140,232) having means for reinforcing the kit 1.
9. 1 At least one of the solid reactant member is used, in a biological or chemical present in the fluid medium or transformation, or physical or chemical from a fluid medium to capture, with respect to a medium or a fluid of any one of the claims 1-4 agent 1 wherein desorption is performed according to the method using a reactor.
法律状态
GRANTED
专利类型码
B2 A
国别省市代码
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