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    • 3. 发明申请
    • METHOD FOR MONITORING PRIMARY DRYING OF A FREEZE-DRYING PROCESS
    • 用于监测冷冻干燥原理干燥的方法
    • US20130006546A1
    • 2013-01-03
    • US13518445
    • 2010-12-22
    • Davide FissoreRoberto PisanoAntonello A. Barresi
    • Davide FissoreRoberto PisanoAntonello A. Barresi
    • F26B5/06G06F19/00
    • F26B5/06
    • A freeze-drying process includes a primary drying phase. Within this phase, a test is performed for causing a variation of partial pressure of solvent inside a drying chamber. At the beginning of the test, a product sublimation flux, a total pressure and a partial pressure of the solvent in the drying chamber are measured. A product temperature is estimated at the interface of sublimation at the beginning of the test. The solvent vapor pressure at the interface of sublimation is calculated as is a resistance of a dried layer of the product to the vapor flow of the solvent. Next, a thickness of a frozen layer of the product is calculated and a coefficient of heat transfer between heating surface and product is also calculated. An initial temperature profile of the frozen product is then calculated as is a total pressure in the drying chamber. A value of the product temperature at the interface of sublimation at the beginning of test is determined and a time constant of the freeze-drying process is calculated.
    • 冷冻干燥过程包括初级干燥阶段。 在该阶段内,进行干燥室内的溶剂分压变化的试验。 在测试开始时,测量干燥室中溶剂的产物升华通量,总压力和分压。 产品温度在测试开始时在升华界面处估算。 计算升华界面处的溶剂蒸汽压力,即产品的干燥层与溶剂的蒸气流的电阻。 接下来,计算产品的冷冻层的厚度,并计算加热面与产品之间的热传递系数。 然后按照干燥室中的总压力计算冷冻产品的初始温度分布。 确定试验开始时升华界面处的产品温度值,并计算冷冻干燥过程的时间常数。
    • 4. 发明授权
    • Method for monitoring primary drying of a freeze-drying process
    • 用于监测冷冻干燥过程的初步干燥的方法
    • US09170049B2
    • 2015-10-27
    • US13518445
    • 2010-12-22
    • Davide FissoreRoberto PisanoAntonello A. Barresi
    • Davide FissoreRoberto PisanoAntonello A. Barresi
    • F26B5/06
    • F26B5/06
    • A freeze-drying process includes a primary drying phase. Within this phase, a test is performed for causing a variation of partial pressure of solvent inside a drying chamber. At the beginning of the test, a product sublimation flux, a total pressure and a partial pressure of the solvent in the drying chamber are measured. A product temperature is estimated at the interface of sublimation at the beginning of the test. The solvent vapor pressure at the interface of sublimation is calculated as is a resistance of a dried layer of the product to the vapor flow of the solvent. Next, a thickness of a frozen layer of the product is calculated and a coefficient of heat transfer between heating surface and product is also calculated. An initial temperature profile of the frozen product is then calculated as is a total pressure in the drying chamber. A value of the product temperature at the interface of sublimation at the beginning of test is determined and a time constant of the freeze-drying process is calculated.
    • 冷冻干燥过程包括初级干燥阶段。 在该阶段内,进行干燥室内的溶剂分压变化的试验。 在测试开始时,测量干燥室中溶剂的产物升华通量,总压力和分压。 产品温度在测试开始时在升华界面处估算。 计算升华界面处的溶剂蒸汽压力,即产品的干燥层与溶剂的蒸气流的电阻。 接下来,计算产品的冷冻层的厚度,并计算加热面与产品之间的热传递系数。 然后按照干燥室中的总压力计算冷冻产品的初始温度分布。 确定试验开始时升华界面处的产品温度值,并计算冷冻干燥过程的时间常数。
    • 5. 发明申请
    • Pallet for Storing and Transporting Goods
    • 货物运输托盘
    • US20080202391A1
    • 2008-08-28
    • US11792420
    • 2005-12-06
    • Roberto Pisano
    • Roberto Pisano
    • B65D19/22B65D19/00B65D19/28B65D19/32
    • B65D19/44B65D19/0044B65D19/0048B65D2519/00024B65D2519/00059B65D2519/00129B65D2519/00288B65D2519/00293B65D2519/00323B65D2519/00333B65D2519/00407B65D2519/00412B65D2519/00442B65D2519/00557B65D2519/00562B65D2519/00572B65D2519/00815
    • A pallet for storing and transporting goods by a load platform (2) supported by parallel supports (4), characterised in that:—the load platform (2) comprises a plurality of continuous parallel grooves (6),—the supports (4) are tubular and comprise parallel continuous grooves (16, 18) in their side walls (6) and base (14), in the upper edge of the side walls (16) they comprising recesses (20) complementary to the grooves (6) of the platform (2), the axis of said supports (4) being perpendicular to the grooves (6) of the load platform (2),—the supports (4) are provided with a plurality of internal baffles (26, 32),—cut-out holes (22) are provided in the side walls (12) of the tubular supports (4) for the passage of a fork of a lifting means, each cut-out hole being bounded lowerly and upperly by strips of the support side wall (12),—the lower surface of the platform (2) is provided with reinforcement elements positioned between said supports (4) and said platform (2) at said cut-out holes (22).
    • 一种用于通过由平行支撑件(4)支撑的负载平台(2)来储存和运输货物的托盘,其特征在于: - 所述负载平台(2)包括多个连续的平行槽(6),所述支撑件(4) 是管状的并且在其侧壁(6)和底座(14)中包括在侧壁(16)的上边缘中的平行连续的凹槽(16,18),它们包括与凹槽(6)互补的凹部(20) 平台(2),所述支撑件(4)的轴线垂直于负载平台(2)的凹槽(6), - 支撑件(4)设有多个内部挡板(26,32) 在管状支撑件(4)的侧壁(12)中设置有切口孔(22),用于通过提升装置的叉子,每个切口孔由支撑件的条带下方和上方限定 侧壁(12), - 所述平台(2)的下表面设置有位于所述支撑件之间的加强元件( 4)和所述平台(2)在所述切口孔(22)处。