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    • 2. 发明授权
    • Container for transportation of temperature sensitive products
    • 容器用于运输温敏产品
    • US6116042A
    • 2000-09-12
    • US101282
    • 1999-03-04
    • Howard E. Purdum
    • Howard E. Purdum
    • F25D3/06F25O3/08
    • F25D3/06F25D2303/082F25D2331/804
    • A heat transfer device for a container defining a cavity (134) therein, the device having a heat transfer solution for cooling the cavity and reservoir-defining element (143) with a channel (148) which is in communication with the cavity (134) and which is disposed substantially in the direction of the flow of air through the cavity. A container (110) for transporting a temperature-sensitive product, the container having a reclosable, insulated housing defining a cavity therein, a product carrying container having a plurality of corners (140) and capable of being disposed within the cavity, and a plurality of the devices as described elsewhere herein, the plurality of devices disposed within the cavity so as to engage the corresponding plurality of corners of the product carrying container.
    • PCT No.PCT / US96 / 16243 Sec。 371 1999年3月4日第 102(e)1999年3月4日PCT PCT 1996年10月11日PCT公布。 出版物WO97 / 17580 日期1997年5月15日一种用于在其中限定空腔(134)的容器的传热装置,该装置具有用于冷却空腔和储存器限定元件(143)的传热解决方案,其中通道(148)与 空腔(134),并且其大致设置在通过空腔的空气流动的方向上。 一种用于输送感温产品的容器(110),所述容器具有在其中限定空腔的可重新闭合的绝缘壳体,具有多个拐角(140)并且能够设置在所述空腔内的产品承载容器,以及多个 如本文别处所述的装置,多个装置设置在空腔内,以便与产品承载容器的对应的多个角部接合。
    • 6. 发明申请
    • System, chamber, and method for fractionation and elutriation of fluids containing particulate components
    • 用于分离和淘析含有颗粒组分的流体的系统,室和方法
    • US20060086675A1
    • 2006-04-27
    • US11255049
    • 2005-10-20
    • Howard E. Purdum
    • Howard E. Purdum
    • B01D21/26
    • A61M1/3693A61M1/3692A61M1/3696B01D21/262B01D2221/10B04B5/0442B04B2005/0471B04B2005/0478
    • A chamber, system, and method for separating a selected component from a fluid are provided. The chamber is capable of rotating about the central axis of a centrifuge device and includes a radially-extending duct having an optimized variable cross-sectional area that decreases in relation to the outward radial distance from the central axis of the centrifuge. The optimized geometrical design of the duct provides that a centrifugal force exerted on the selected component caused by the rotation of the chamber substantially balances the drag force exerted on the selected component by the fluid as the selected component flows through the duct. Thus, the duct allows the selected component to be dispersed in equilibrium along the radial length of the duct such that the selected component may be effectively suspended with the duct and/or separated from the fluid using elutriation or other methods.
    • 提供了一种用于将选定组分与流体分离的室,系统和方法。 该腔室能够围绕离心机装置的中心轴线旋转并且包括径向延伸的管道,其具有相对于离心机的中心轴线的向外径向距离减小的最佳可变横截面面积。 管道的优化的几何设计提供了由腔室的旋转引起的对所选择的部件施加的离心力,当所选择的部件流过管道时,基本上平衡由流体施加在所选择的部件上的牵引力。 因此,管道允许所选择的部件沿着管道的径向长度分散平衡,使得所选择的部件可以有效地与导管悬挂和/或使用淘析或其他方法与流体分离。
    • 7. 发明授权
    • Methods and apparatus for processing temperature sensitive materials
    • 温度敏感材料的处理方法和设备
    • US06808638B1
    • 2004-10-26
    • US09805770
    • 2001-06-25
    • Howard E. Purdum
    • Howard E. Purdum
    • B01D900
    • B01D9/005B01D7/00B01D9/0036B01D9/0059B01D9/0081B01D15/3866B01D17/042B01D17/048B01D21/26B01D61/243
    • A method and system (10) for selectively removing one component of a material thereby concentrating other components of the material are disclosed. The material is cooled to below the melting temperature of the material to form a supercooled liquid phase with heat transfer plate with cooling channels (20). Ultrasonic energy from ultrasonic drivers (42) is applied to the material to form solid phase crystals of the component to be removed. These crystals are removed to leave the concentrated products. The ultrasonic energy prevents the growth of dendrites on the crystals, resulting in the formation and removal of small crystals of the component to be removed without damage to or removal of the remaining components. Methods and apparatuses for cryoprecipilation and chromatography are also disclosed.
    • 公开了一种用于选择性地去除材料的一个部件从而集中材料的其它部件的方法和系统(10)。 将材料冷却至材料的熔融温度以形成具有带有冷却通道(20)的传热板的过冷液相。 将来自超声波驱动器(42)的超声波能量施加到该材料上以形成待除去部件的固相晶体。 去除这些晶体以留下浓缩的产物。 超声波能量可防止晶体上的枝晶生长,导致要除去的组分的小晶体的形成和去除,而不损坏或除去其余组分。 还公开了用于冷沉淀和色谱法的方法和装置。