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    • 2. 发明授权
    • Continuously operable rotating drum pressure differential filter, method and systems
    • 连续可操作的转鼓压差滤波器,方法和系统
    • US06800197B1
    • 2004-10-05
    • US09689279
    • 2000-10-12
    • Antti KosolaRyszard BraunStefan Ekbom
    • Antti KosolaRyszard BraunStefan Ekbom
    • B01D3702
    • B01D33/073B01D33/463B01D33/466B01D33/58B01D33/60B01D37/02B01D37/025B01D37/04B01D2201/54
    • A rotating drum pressure differential filter is provided whereby a layer of filter medium is continuously refreshed by a spray applicator device after the layer is utilized to filter components sample medium and a portion of the layer is subsequently scraped to remove sample medium waste from the layer. Methods of filtration using the device are also provided as are systems employing two or more such filters. A spray applicator device useful for refreshing a filter medium on the outer surface of a rotating drum pressure differential filter is also provided as is a retro fit kit useful in modifying existing rotating drum pressure differential filters to enable the continuous formation of a refreshed filter medium layer. The continuously refreshed filter and filter systems provide a minimized down time of the filter and system operations. Multiple-stage filtration processes are also provided and are particularly in the recovery of enzymes from fermentation broths.
    • 提供了旋转鼓压力差压过滤器,其中一层过滤介质在用于过滤组分样品介质的层之后通过喷涂装置连续刷新,并且该层的一部分随后被刮除以从层中去除样品介质废料。 使用该装置的过滤方法也可以采用采用两种或更多种这样的过滤器的系统。 还提供了可用于刷新旋转鼓压差滤波器的外表面上的过滤介质的喷涂器装置,其还可用于修改现有的旋转鼓压差滤波器以使连续形成更新的过滤介质层 。 持续更新的过滤器和过滤系统提供过滤器和系统操作的最小化停机时间。 还提供了多级过滤方法,特别是从发酵液中回收酶。
    • 3. 发明授权
    • Symmetrical fluidization coater for high capacity manufacturing
    • 用于大容量制造的对称流化涂布机
    • US06461672B1
    • 2002-10-08
    • US09640394
    • 2000-08-16
    • Antti KosolaRyszard BraunNathaniel T. BeckerRobert L. Christensen, Jr.Ville KyläkoskiAlfred L. Gaertner
    • Antti KosolaRyszard BraunNathaniel T. BeckerRobert L. Christensen, Jr.Ville KyläkoskiAlfred L. Gaertner
    • B05D700
    • B01J2/16B01J2/006
    • A fluidized bed coating apparatus is provided and includes a fluid inlet adapted to be connected to a source of fluidizing fluid. The fluid inlet has an entrance opening having a first diameter and an exit opening downstream of the entrance opening. The exit opening has a second diameter that is larger than the first diameter. The inlet also includes an expanding inlet section, between the entrance opening and the exit opening, that has an average diameter that increases in a direction from said entrance opening to said exit opening. A fluid distribution plate is provided adjacent the exit opening and includes a plurality of through-passages to allow the even and distributed passage of a fluidizing fluid therethrough. A chamber having a chamber inlet and a chamber outlet is provided and the fluid distribution plate is positioned between the exit opening and the chamber inlet. The chamber includes at least a first diverging section having an average diameter that increases in the direction from the chamber inlet downstream toward the chamber outlet. The symmetrical design of the coater provides an evenly distributed flow of fluid that enables efficient and complete fluidization and coating of very large particle beds.
    • 提供了一种流化床涂覆设备,并包括适于连接到流化流体源的流体入口。 流体入口具有入口,其具有第一直径和入口开口下游的出口。 出口具有大于第一直径的第二直径。 入口还包括在入口和出口之间的扩张入口部分,其具有在从所述入口到所述出口的方向上增加的平均直径。 流体分配板邻近出口设置并且包括多个通道以允许流化流体均匀分布通过其中。 提供具有室入口和室出口的室,并且流体分配板位于出口和室入口之间。 该腔室至少包括第一发散部分,该第一发散部分具有在从腔室入口下游朝向腔室出口的方向上增加的平均直径。 涂布机的对称设计提供均匀分布的流体流动,能够高效,完全地流化和涂覆非常大的颗粒床。