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    • 13. 发明授权
    • Micro fluidic system and a method of attaching a membrane to a tube
    • 微流体系统和将膜附接到管的方法
    • US08449772B2
    • 2013-05-28
    • US12064483
    • 2006-08-22
    • Holger DiracPer Brandt RasmussenArne Briest
    • Holger DiracPer Brandt RasmussenArne Briest
    • B01D63/00
    • A61M1/1678A61B5/14532A61B10/0045Y10T29/49401
    • A micro fluidic system comprising at least one tube (1), a membrane (3) and at least one fitting member (4). The fitting member (4) is positioned around the membrane (3) and an end part (2) of the tube(s) (1), thereby fitting the membrane (3) to the end part(s) (2). The fitting member(s) (4) is/are made from a shrinkable material, and it/they is/are fitted tightly around the membrane (3) end part(s) (2). This is obtained by causing the shrinkable material to shrink, e.g. by heating the material, while the fitting member (4) is positioned around the membrane (3) and the end part(s) (2). It is an advantage that the fitting member (4) is made from a shrinkable material because this provides the possibility of fitting the membrane (3) tightly to the end part(s) (2) in an easy and cost effective manner. The micro fluidic system is very suitable for use in a probe, such as a dialysis probe. Also claimed is a method of manufacturing the micro fluidic system.
    • 一种微流体系统,包括至少一个管(1),膜(3)和至少一个配件(4)。 装配构件(4)围绕膜(3)和管(1)的端部(2)定位,从而将膜(3)装配到端部(2)。 装配构件(4)由可收缩材料制成,并且/它们紧密地配合在膜(3)端部(2)周围。 这是通过使收缩材料收缩而获得的。 通过加热材料,同时装配构件(4)围绕膜(3)和端部(2)定位。 这是一种优点,即装配构件(4)由可收缩材料制成,因为这提供了以容易和成本有效的方式将膜(3)紧密地装配到端部(2)的可能性。 微流体系统非常适合用于探针,例如透析探针。 还要求保护的是制造微流体系统的方法。
    • 16. 发明申请
    • MICRO FLUIDIC SYSTEM AND A METHOD OF ATTACHING A MEMBRANE TO A TUBE
    • 微流体系统和将膜连接到管的方法
    • US20090218272A1
    • 2009-09-03
    • US12064483
    • 2006-08-22
    • Holger DiracPer Brandt RasmussenArne Briest
    • Holger DiracPer Brandt RasmussenArne Briest
    • B01D63/00B23P17/00
    • A61M1/1678A61B5/14532A61B10/0045Y10T29/49401
    • A micro fluidic system comprising at least one tube (1), a membrane (3) and at least one fitting member (4). The fitting member (4) is positioned around the membrane (3) and an end part (2) of the tube(s) (1), thereby fitting the membrane (3) to the end part(s) (2). The fitting member(s) (4) is/are made from a shrinkable material, and it/they is/are fitted tightly around the membrane (3) end part(s) (2). This is obtained by causing the shrinkable material to shrink, e.g. by heating the material, while the fitting member (4) is positioned around the membrane (3) and the end part(s) (2). It is an advantage that the fitting member (4) is made from a shrinkable material because this provides the possibility of fitting the membrane (3) tightly to the end parts) (2) in an easy and cost effective manner. The micro fluidic system is very suitable for use in a probe, such as a dialysis probe. Also claimed is a method of manufacturing the micro fluidic system.
    • 一种微流体系统,包括至少一个管(1),膜(3)和至少一个配件(4)。 装配构件(4)围绕膜(3)和管(1)的端部(2)定位,从而将膜(3)装配到端部(2)。 装配构件(4)由可收缩材料制成,并且/它们紧密地配合在膜(3)端部(2)周围。 这是通过使收缩材料收缩而获得的。 通过加热材料,同时装配构件(4)围绕膜(3)和端部(2)定位。 这是因为这样可以以容易且成本有效的方式将膜(3)紧密地装配到端部部件(2))的可能性,因此装配构件(4)由可收缩材料制成是有利的。 微流体系统非常适合用于探针,例如透析探针。 还要求保护的是制造微流体系统的方法。