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    • 2. 发明申请
    • FIXED ANGLE CENTRIFUGE ROTOR WITH TUBULAR CAVITIES AND RELATED METHODS
    • 具有管腔的固定角度离心转子及相关方法
    • WO2011060030A1
    • 2011-05-19
    • PCT/US2010/056171
    • 2010-11-10
    • FIBERLITE CENTRIFUGE, LLCPIRAMOON, Sina
    • PIRAMOON, Sina
    • B04B5/04B04B7/08
    • B04B7/085B04B5/0414B29C63/24B29C2053/8025Y10T29/49885
    • A fixed angle centrifuge rotor (10, 150) is provided. The rotor (10) includes a rotor body (12) having a circumferential sidewall (19) and a plurality of tubular cavities (26). Each of the cavities (26) has an open end (21 ) and a closed end (22) and is configured to receive a sample container therein. A pressure plate (54, 154) is operatively coupled to the plurality of tubular cavities (26) so that the pressure plate (54), in combination with the plurality of tubular cavities (26), defines an enclosed hollow chamber (48) between each adjacent pair of the plurality of tubular cavities (26). Each of the plurality of tubular cavities (26) has a sidewall (34b) facing an interior (28) of the rotor body (12) and a bottom wall (34c) at the closed end (22).
    • 提供固定角度的离心机转子(10,150)。 转子(10)包括具有周向侧壁(19)和多个管状空腔(26)的转子体(12)。 每个空腔(26)具有开口端(21)和封闭端(22),并且构造成在其中容纳样品容器。 压板(54,154)可操作地联接到多个管状空腔(26),使得与多个管状空腔(26)组合的压力板(54)在多个管状空腔(26)之间限定封闭的中空室(48) 每个相邻的多个管状空腔对(26)。 多个管状空腔(26)中的每一个具有面向转子体(12)的内部(28)的侧壁(34b)和封闭端(22)处的底壁(34c)。
    • 4. 发明申请
    • FIXED ANGLE CENTRIFUGE ROTOR
    • 固定角度离心转子
    • WO2016111928A1
    • 2016-07-14
    • PCT/US2016/012042
    • 2016-01-04
    • FIBERLITE CENTRIFUGE, LLC
    • PIRAMOON, Sina
    • B04B5/04
    • B04B7/06B04B5/0414B04B7/085B04B2007/025
    • A fixed angle centrifuge rotor (10, 210) includes a rotor body (12, 212) having a circumferential sidewall (20, 220) and a plurality of circumferentially spaced tubular cavities (24, 224). Each tubular cavity (24, 224) has an open end (34, 234) and a closed end (36, 236), and is configured to receive a sample container therein. The rotor (10, 210) further includes a pressure plate (16, 216) operatively coupled to the rotor body (12, 212) so that the pressure plate (16, 216), in combination with the plurality of tubular cavities (24, 224) and the circumferential sidewall (20, 220) of the rotor body (12, 212), define a hollow chamber (42, 242) within the rotor (10, 210). The rotor (10, 210) further includes a plurality of elongated torque transfer members (50, 250) supported by the rotor body (12, 212). Each of the plurality of torque transfer members (50, 250) has a first end (52, 252) located between a respective pair of adjacent tubular cavities (24, 224), and extends radially inward in a direction toward a rotational axis (A) of the rotor (10, 210).
    • 固定角离心机转子(10,210)包括具有周向侧壁(20,220)和多个周向间隔开的管状空腔(24,224)的转子体(12,212)。 每个管状空腔(24,224)具有开口端(34,234)和封闭端(36,236),并且构造成在其中容纳样品容器。 转子(10,210)还包括可操作地联接到转子本体(12,212)上的压力板(16,216),使得压力板(16,216)与多个管状空腔(24,212) 224)和转子体(12,212)的周向侧壁(20,220)在转子(10,210)内限定中空室(42,242)。 转子(10,210)还包括由转子体(12,212)支撑的多个细长的转矩传递部件(50,250)。 多个扭矩传递构件(50,250)中的每一个具有位于相应的一对相邻管状空腔(24,224)之间的第一端(52,252),并且在朝向旋转轴线(A)的方向上径向向内延伸 )的转子(10,210)。
    • 7. 发明申请
    • CONTINUOUS BIOPROCESSING CENTRIFUGE ROTOR
    • WO2022035952A1
    • 2022-02-17
    • PCT/US2021/045525
    • 2021-08-11
    • FIBERLITE CENTRIFUGE LLC
    • PIRAMOON, Sina
    • B04B5/04B04B7/08B04B11/02
    • A rotor assembly (10, 150, 270, 310) and method of using the rotor assembly (10, 150, 270, 310). The rotor assembly (10, 150, 270, 310) includes a bio-process bag (48), a drum (46) that receives a lower portion of the bag (48), and a pressure ring (50). A holder (54, 182) couples an upper portion of the bag (48) to the pressure ring (50). The pressure ring (50) is coupled to the drum (46) to define an interior space that contains the bag (48). A liquid transport assembly (35, 178, 272) passes through an opening in the holder (54, 182) so that liquids can be added to, and removed from, the bag (48) without removing the rotor (16, 154) from the centrifuge. A bearing assembly (190) in the holder (54, 182) couples the liquid transport assembly (35, 178, 272) to the rotor (16, 154), and enables the liquid transport assembly (35, 178, 272) to remain stationary while the rotor (16, 154) rotates around it. One or more seal assemblies (276, 312) provide a fluid-tight seal against the outer portion of the liquid transport assembly (35, 178, 272), and prevent fluids from leaking from the bag (48) during centrifugation.