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    • 1. 发明授权
    • Automatic filtration and extraction device and method
    • 自动过滤提取装置及方法
    • US5753105A
    • 1998-05-19
    • US522237
    • 1995-11-05
    • Robert S. Johnson
    • Robert S. Johnson
    • G01N1/10B01D15/00B01D36/00G01N1/28G01N1/36G01N33/18B01D17/12B01D11/00
    • G01N1/4077G01N33/18
    • An improved automatic filtration and extraction device is disclosed which comprises a base 17 defining at a top end a broadened cavity area which tapers downwardly and inwardly from the top end to define a chamber for a portion and then defines a plurality of effluent outlets at the bottom end each extending from the chamber to an outer surface of the body. Sealers 42 are adapted to each of the effluent outlets and are moveable between a first closed position sealing the effluent outlet and a second open position to allow the passage of effluent through the effluent outlet. A filter 110 is detachably and removeably adapted over the broadened cavity area. A solvent provider 90 is adapted to the base whereby various solvents are provided to the broadened cavity area. A circuit 200 is connected at one end to a power source, and the programmable memory to access and direct the sequence of events after an initial event. A programmable memory is provided for a sequence of events and is connected to the base. A vacuum is adapted to each of the effluent outlets each having an "ON" position whereby a vacuum is provided to induce effluent flow through the effluent outlet and to seal all other outlets, and an "OFF" position eliminating vacuum to that effluent outlet.
    • PCT No.PCT / US94 / 02163 Sec。 371日期:1995年11月5日 102(e)日期1995年11月5日PCT 1994年3月1日PCT公布。 公开号WO94 / 20379 日本1994年9月15日公开了一种改进的自动过滤和提取装置,其包括底座17,该底座17在顶端限定了从顶端向下和向内渐缩的加宽的腔体区域,以限定一部分的腔室,然后限定多个 底端的出水口各自从腔室延伸到身体的外表面。 密封器42适合于每个流出物出口,并且可以在密封流出物出口的第一关闭位置和第二打开位置之间移动以允许流出物通过流出物出口。 过滤器110可拆卸地且可移除地适应于加宽的腔体区域。 溶剂供应器90适于基底,由此将各种溶剂提供给加宽的腔区。 电路200的一端连接到电源,并且可编程存储器在初始事件之后访问和指导事件序列。 为一系列事件提供可编程存储器,并连接到基座。 每个流出物出口都有一个真空度,每个出口出口都有一个“开”位置,从而提供真空以引起流出物流经流出物出口并密封所有其他出口,而“关”位置消除了该出口出口的真空。
    • 2. 发明授权
    • Automatic filtration and extraction device and method
    • 自动过滤提取装置及方法
    • US06027638A
    • 2000-02-22
    • US75552
    • 1998-05-11
    • Robert S. Johnson
    • Robert S. Johnson
    • B01D29/05B01D35/30B01D17/12B01D11/00
    • B01D35/306B01D29/05B01D2201/167B01D2201/54
    • An improved automatic filtration and extraction device is disclosed which comprises a base defining at a top end a cavity area which tapers downwardly and inwardly from the top end to define a chamber for a portion and then defines a plurality of effluent outlets at the bottom end each extending from the chamber to an outer surface of the body. Seals are adapted to each of the effluent outlets and are moveable between a first closed position sealing the effluent outlet and a second open position to allow the passage of effluent through the effluent outlet. A filter is detachably and removably adapted over the cavity area. Various solvents are provided to the cavity area through a solvent provider. A circuit with programmable memory accesses and directs a sequence of events after an initial event. A vacuum connected to each of the effluent outlets each induces effluent flow through an effluent outlet while sealing all other outlets. A removable valve assembly attaches to the sample bottle such that the bottle and valve assembly may be removed as a single unit from the base. An extraction sequence may be manually interrupted for removal of the sample bottle to another station.
    • 公开了一种改进的自动过滤和提取装置,其包括底部,其在顶端限定从顶端向下和向内渐缩的空腔区域,以限定一部分的腔室,然后在底端限定多个出口出口 从腔室延伸到身体的外表面。 密封件适合于每个流出物出口,并且可以在密封流出物出口的第一关闭位置和第二打开位置之间移动以允许流出物通过流出物出口。 过滤器可拆卸地且可拆卸地适用于空腔区域。 各种溶剂通过溶剂供应商提供给空腔区域。 具有可编程存储器的电路在初始事件之后访问并指示一系列事件。 连接到每个流出物出口的真空每个都导致流出物流过流出物出口,同时密封所有其它出口。 可拆卸的阀组件附接到样品瓶,使得瓶和阀组件可以作为单个单元从基座移除。 可以手动中断提取序列以将样品瓶移除到另一个站。
    • 3. 发明公开
    • AUTOMATIC FILTRATION AND EXTRACTION DEVICE AND METHOD
    • DEVICE AND METHOD FOR自动的过滤和提取
    • EP0687361A1
    • 1995-12-20
    • EP94909831.0
    • 1994-03-01
    • JOHNSON, Robert S.
    • JOHNSON, Robert S.
    • G01N1B01D15B01D36G01N33
    • G01N1/4077G01N33/18
    • An improved automatic filtration and extraction device is disclosed which comprises a base (17) defining at a top end a broadened cavity area which tapers downwardly and inwardly from the top end to define a chamber for a portion and then defines a plurality of effluent outlets at the bottom end each extending from the chamber to an outer surface of the body. Sealers (42) are adapted to each of the effluent outlets and are moveable between a first closed position sealing the effluent outlet and a second open position to allow the passage of effluent through the effluent outlet. A filter (110) is detachably and removeably adapted over the broadened cavity area. A solvent provider (90) is adapted over the base whereby various solvents are provided to the broadened cavity area. A circuit (200) is connected at one end to a power source, and the programmable memory to access and direct the sequence of events after an initial event. A programmable memory is provided for a sequence of events and is connected to the base. A vacuum is adapted to each of the effluent outlets each having an 'ON' position whereby a vacuum is provided to induce effluent flow through the effluent outlet and to seal all other outlets, and an 'OFF' position eliminating vacuum to that effluent outlet.
    • 4. 发明授权
    • AUTOMATIC FILTRATION AND EXTRACTION DEVICE
    • 设备用于自动的过滤和提取
    • EP0687361B1
    • 1998-07-15
    • EP94909831.3
    • 1994-03-01
    • JOHNSON, Robert S.
    • JOHNSON, Robert S.
    • G01N33/18G01N1/28
    • G01N1/4077G01N33/18
    • An improved automatic filtration and extraction device is disclosed which comprises a base (17) defining at a top end a broadened cavity area which tapers downwardly and inwardly from the top end to define a chamber for a portion and then defines a plurality of effluent outlets at the bottom end each extending from the chamber to an outer surface of the body. Sealers (42) are adapted to each of the effluent outlets and are moveable between a first closed position sealing the effluent outlet and a second open position to allow the passage of effluent through the effluent outlet. A filter (110) is detachably and removeably adapted over the broadened cavity area. A solvent provider (90) is adapted over the base whereby various solvents are provided to the broadened cavity area. A circuit (200) is connected at one end to a power source, and the programmable memory to access and direct the sequence of events after an initial event. A programmable memory is provided for a sequence of events and is connected to the base. A vacuum is adapted to each of the effluent outlets each having an "ON" position whereby a vacuum is provided to induce effluent flow through the effluent outlet and to seal all other outlets, and an "OFF" position eliminating vacuum to that effluent outlet.