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    • 2. 发明申请
    • Plasma concentrate apparatus and method
    • 等离子体浓缩装置及方法
    • US20040182788A1
    • 2004-09-23
    • US10394828
    • 2003-03-21
    • Randel DorianRichard Wood Storrs
    • B01D061/00B01D024/00B01D029/00
    • B01J20/28047B01D15/02B01J2220/64B01J2220/68B01L3/5635B01L2300/0681B01L2400/0478G01N1/40G01N1/405Y10T436/25375Y10T436/255
    • A plasma concentrator for producing plasma concentrate from a plasma from which erythrocytes have been substantially removed. The device comprises a concentrating chamber having an inlet port and an concentrate outlet, the concentrating chamber containing hydrogel beads and at least one inert agitator; and a concentrate chamber having an inlet communicating with the concentrator outlet through a filter, and having an plasma concentrate outlet port. A process for producing plasma concentrate from plasma from which erythrocytes have been substantially removed, comprising the steps of a) moving the plasma into a concentrating chamber containing hydrogel beads and an agitator to form a hydrogel bead-plasma mixture; b) causing the agitator to stir the hydrogel bead-plasma mixture, facilitating absorption of water by the beads from the plasma, until a hydrogel bead-plasma concentrate is formed; and c) separating the plasma concentrate from the hydrogel beads by passing the plasma concentrate through a filter. The concentrator can be one or more syringe devices coupled for multiple concentrations.
    • 用于从已经基本上除去红细胞的血浆中产生血浆浓缩物的血浆浓缩器。 该装置包括具有入口和浓缩物出口的浓缩室,该浓缩室含有水凝胶珠和至少一种惰性搅拌器; 以及浓缩物室,其具有通过过滤器与浓缩器出口连通并具有等离子体浓缩物出口的入口。 一种用于从已经基本上除去红细胞的血浆中产生血浆浓缩物的方法,包括以下步骤:a)将血浆移动到含有水凝胶珠和搅拌器的浓缩室中以形成水凝胶珠 - 等离子体混合物; b)使搅拌器搅拌水凝胶珠 - 等离子体混合物,促进珠粒从等离子体吸收水分,直到形成水凝胶珠 - 浆料浓缩物; 和c)通过使血浆浓缩物通过过滤器将血浆浓缩物与水凝胶珠分离。 浓缩器可以是连接多个浓度的一个或多个注射器装置。
    • 8. 发明申请
    • Sludge bag
    • 污泥袋
    • US20040035781A1
    • 2004-02-26
    • US10372254
    • 2003-02-25
    • Matthew William Egan
    • B01D029/00
    • B01D29/27
    • There are Two Basic Components 1. An outer bag providing a strong and stable container plus the final screen for any escaped sludge particles. 2. Two inner bags which have the ability to expand and contract, thus retaining and separating solids while permitting liquids, free of solid, to easily pass through to the other bags without restrictions. None of the bags are capable of entrapping free liquid. After a while the entrapped solids presents a barrier to the free liquid but constant pressure of 1 to 5 bars continues to push the free liquid out of the inner and outer bags. Design: A critical point in design is to make the bags large enough so that they are capable of one continuous pumping cycle example: 8 hours, 12 hours, 24 hoursnullso they can accommodate various flow rates and different percentages of solids (and sizes) of solids.
    • 有两个基本组件1.一个外袋,提供坚固稳定的容器,加上任何溢出的污泥颗粒的最终筛网。 2.具有膨胀和收缩能力的两个内袋,从而保持和分离固体,同时允许没有固体的液体,容易地通过其他袋子而不受限制。 没有一个袋子能够截留自由液体。 一段时间之后,夹带的固体对自由液体产生屏障,但是1至5巴的恒定压力继续将自由液体推出内袋和外袋。 设计:设计的一个关键点是使袋子足够大,以便它们能够连续抽取一个循环的例子:8小时,12小时,24小时,因此可以适应各种流量和不同百分比的固体(和尺寸 )固体。