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    • 6. 发明申请
    • FILTRATION ELEMENT AND ASSEMBLY FOR BIOPROCESS APPLICATIONS
    • 过滤元件和组装生物应用
    • US20140224748A1
    • 2014-08-14
    • US14343631
    • 2012-09-04
    • Deborah M. BryanMartin J. BlazeGokhan Kuruc
    • Deborah M. BryanMartin J. BlazeGokhan Kuruc
    • B01D35/30B01D29/56
    • B01D35/30B01D29/395B01D29/56B01D2201/302B01D2201/309Y10T29/49826
    • Provided are filtration devices for purifying fluids from bioprocess applications and processes for using the same. The fluid filter elements or cells and fluid filter assemblies or capsules minimize upstream and residual volumes by the use of substantially flat interior surfaces. Desired pressure ratings are also met without the use of external equipment. Such capsules and assemblies can be disposable. The cells and capsules are in particular suitable for intermediate filtration volumes (150-2500 cm2 effective filtration area (EFA)) of biopharmaceutical processes. One or more of the following features are also provided by these cells and capsules: ergonomic connections, stand alone device with desired pressure rating, offer a small footprint when running in series or parallel, ability to monitor fluid level during operation, provide various EFA sizes to allow for use with minimal fluid volumes, and offer an integral seal between clean and dirty process fluid streams.
    • 提供用于从生物过程应用中净化流体的过滤装置以及使用它们的过程。 流体过滤器元件或单元和流体过滤器组件或胶囊通过使用基本平坦的内表面使上游和剩余体积最小化。 在不使用外部设备的情况下也满足所需的压力等级。 这种胶囊和组件可以是一次性的。 细胞和胶囊特别适用于生物制药过程的中间过滤体积(150-2500cm2有效过滤面积(EFA))。 这些电池和胶囊还提供以下一个或多个功能:符合人体工程学的连接,具有所需压力等级的独立设备,在串联或并联运行时提供小的占地面积,在运行期间监测液位的能力,提供各种EFA尺寸 以允许以最小的流体体积使用,并且在清洁和脏的过程流体流之间提供整体密封。
    • 8. 发明授权
    • Method of preventing filter media cracking when compressing two or more filter media layers
    • 当压缩两个或多个过滤介质层时防止过滤介质破裂的方法
    • US08636151B2
    • 2014-01-28
    • US12441162
    • 2007-09-19
    • Neal M. DuvalGokhan Kuruc
    • Neal M. DuvalGokhan Kuruc
    • B01D27/07B01D27/08B29C45/14B01D25/26B01D25/00
    • B01D25/26B01D25/001
    • The present disclosure generally relates to injection molded thermoplastic single filter media layer and multi-filter media layer filter cartridges that include a novel arrangement of structural features to improve both the quality of the manufacturing process and the integrity of the filter media layer seal and more particularly to a process for manufacturing both single filter media layer and multi-filter media layer filter cartridges and to the single filter media layer and the multi-filter media layer filter cartridges produced thereby and even more particularly to a process for manufacturing a multi-filter media layer filter cartridge without cracking the upper most filter media layer or any filter media layer during the compressing of at least two porous filter media layers between an inlet and an outlet while insuring an effective seal and the multi-filter media layer filter cartridges produced thereby and, yet, more particularly, to single filter media layer and the multi-filter media layer filter cartridges using only a single inlet design configuration and a single outlet design configuration for manufacturing a plurality of different single filter media layer filter cartridge configurations and a plurality of different multi-filter media layer filter cartridge configurations.
    • 本公开一般涉及注射成型的热塑性单过滤介质层和多过滤介质层过滤器滤芯,其包括结构特征的新颖布置,以改善制造过程的质量和过滤介质层密封件的完整性 涉及用于制造单过滤器介质层和多过滤介质层过滤器滤芯的过程,以及制造单过滤器介质层和由此生产的多过滤介质层过滤器滤芯的工艺,更具体地涉及制造多过滤介质 在压缩入口和出口之间的至少两个多孔过滤​​介质层的同时确保有效的密封和由此产生的多过滤介质层过滤器滤芯,并且在第二层过滤介质层和 ,更具体地说,涉及单过滤介质层和多滤膜 r介质层过滤器盒,其仅使用单个入口设计配置和单个出口设计配置,用于制造多个不同的单过滤器介质层过滤器滤芯配置和多个不同的多过滤介质层滤筒配置。
    • 9. 发明申请
    • FILTRATION SYSTEM
    • 过滤系统
    • US20130228509A1
    • 2013-09-05
    • US13881193
    • 2011-02-28
    • Gokhan Kuruc
    • Gokhan Kuruc
    • B01D29/88
    • B01D29/88B01D35/30B01D35/306B01D2201/4023Y10T29/49826
    • A filtration system (20) is disclosed comprising a filter manifold (100) and a filter cartridge (200). The filter cartridge (200) comprises a cartridge body (202) comprising a flow axis (201) and an installation direction orthogonal to the flow axis, a first cartridge port (210) oriented parallel to the flow axis (201) at a first cartridge end (211), the first cartridge port (210) comprising a first extending portion (230) moveable with respect to the cartridge body (202) along the flow axis (201) to a cartridge loading position (234) and a cartridge service position (236), and a second cartridge port (220) oriented parallel to the flow axis (201) at a second cartridge end (221). The filter manifold (100) comprises a first manifold port (110) to fluidly connect to the first cartridge port (210) along the flow axis (201) when the first extending portion (230) is in the cartridge service position (236), and a second manifold port (120) to fluidly connect to the second cartridge port (220).
    • 公开了一种过滤系统(20),其包括过滤歧管(100)和过滤器滤芯(200)。 过滤器滤芯(200)包括一个包括流动轴线(201)和垂直于流动轴线的安装方向的盒体(202),在第一盒式存储器 端部(211),第一盒式端口(210)包括可沿着流动轴线(201)相对于盒体(202)移动到盒装载位置(234)和盒服务位置的第一延伸部分(230) (236)和在第二盒端(221)处平行于流动轴线(201)定向的第二盒式端口(220)。 过滤器歧管(100)包括当第一延伸部分(230)处于药筒服务位置(236)时沿流动轴线(201)流体地连接到第一药筒端口(210)的第一歧管口(110) 以及第二歧管端口(120),以流体连接到第二药筒端口(220)。
    • 10. 发明申请
    • METHOD OF PREVENTING FILTER MEDIA CRACKING WHEN COMPRESSING TWO OR MORE FILTER MEDIA LAYERS
    • 在压缩两个或更多过滤介质层时防止过滤介质破裂的方法
    • US20100044299A1
    • 2010-02-25
    • US12441162
    • 2007-09-19
    • Neal M. DuvalGokhan Kuruc
    • Neal M. DuvalGokhan Kuruc
    • B01D27/07B01D27/08B29C45/14
    • B01D25/26B01D25/001
    • The present disclosure generally relates to injection molded thermoplastic single filter media layer and multi-filter media layer filter cartridges that include a novel arrangement of structural features to improve both the quality of the manufacturing process and the integrity of the filter media layer seal and more particularly to a process for manufacturing both single filter media layer and multi-filter media layer filter cartridges and to the single filter media layer and the multi-filter media layer filter cartridges produced thereby and even more particularly to a process for manufacturing a multi-filter media layer filter cartridge without cracking the upper most filter media layer or any filter media layer during the compressing of at least two porous filter media layers between an inlet and an outlet while insuring an effective seal and the multi-filter media layer filter cartridges produced thereby and, yet, more particularly, to single filter media layer and the multi-filter media layer filter cartridges using only a single inlet design configuration and a single outlet design configuration for manufacturing a plurality of different single filter media layer filter cartridge configurations and a plurality of different multi-filter media layer filter cartridge configurations.
    • 本公开一般涉及注射成型的热塑性单过滤介质层和多过滤介质层过滤器滤芯,其包括结构特征的新颖布置,以改善制造过程的质量和过滤介质层密封件的完整性 涉及用于制造单过滤器介质层和多过滤介质层过滤器滤芯的过程,以及制造单过滤器介质层和由此生产的多过滤介质层过滤器滤芯的工艺,更具体地涉及制造多过滤介质 在压缩入口和出口之间的至少两个多孔过滤​​介质层的同时确保有效的密封和由此产生的多过滤介质层过滤器滤芯,并且在第二层过滤介质层和 ,更具体地说,涉及单过滤介质层和多滤膜 r介质层过滤器盒,其仅使用单个入口设计配置和单个出口设计配置,用于制造多个不同的单过滤器介质层过滤器滤芯配置和多个不同的多过滤介质层滤筒配置。