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    • 2. 发明申请
    • VDI Storage Overcommit And Rebalancing
    • VDI存储过度使用和重新平衡
    • US20100070978A1
    • 2010-03-18
    • US12558443
    • 2009-09-11
    • Puneet Singh CHAWLAKe JinFrank TaylorKeith JohnstonAmit Patel
    • Puneet Singh CHAWLAKe JinFrank TaylorKeith JohnstonAmit Patel
    • G06F9/46
    • G06F9/5077
    • A method for managing storage for a desktop pool is described. The desktop pool includes a plurality of virtual machines (VMs), each VM having at least one virtual disk represented as a virtual disk image file on one of a plurality of datastores associated with the desktop pool. To identify a target datastore for a VM, a weight of each datastore is calculated. The weight may be a function of a virtual capacity of the datastore and the sum of maximum sizes of all the virtual disk image files on the datastore. The virtual capacity is a product of the data storage capacity of the datastore and an overcommit factor assigned to the datastore. The target datastore is selected as the datastore having the highest weight. The VM may is moved to or created on the target datastore.
    • 描述了一种用于管理桌面池的存储的方法。 桌面池包括多个虚拟机(VM),每个VM具有在与桌面池相关联的多个数据存储之一上表示为虚拟磁盘映像文件的至少一个虚拟磁盘。 要识别VM的目标数据存储区,计算每个数据存储区的权重。 权重可以是数据存储的虚拟容量和数据存储上所有虚拟磁盘映像文件的最大大小之和的函数。 虚拟容量是数据存储的数据存储容量和分配给数据存储区的超量因子的乘积。 选择目标数据存储作为具有最高权重的数据存储。 VM可以移动到目标数据存储上或在目标数据存储上创建。
    • 4. 发明授权
    • Method of reacting immiscible liquids with a catalyst-impregnated
membrane
    • 使不混溶的液体与催化剂浸渍的膜反应的方法
    • US4939090A
    • 1990-07-03
    • US860360
    • 1986-05-06
    • Frank Taylor
    • Frank Taylor
    • B01J14/00C12M1/40C12P7/64
    • C12P7/6418B01J14/005C12M21/18C12M25/02C12M29/04C12M47/10
    • Reactions involving immiscible liquids are carried out by forcing one immible liquid through a catalyst-impregnated membrane. In a preferred embodiment, oil is hydrolyzed by passing the oil on one side of a hydrophilic, microporous membrane impregnated with an enzyme catalyst such as lipase, and passing an aqueous liquid on the other side while forcing oil through the membrane by pressure. Oil flowing through the membrane mixes with the aqueous liquid and resultant immiscible phases are separated. Hydrolysis of the oil into glycerol and fatty acids occurs at catalyst sites in the membrane. The membrane is impregnated with the enzyme catalyst by passing an aqueous solution of the enzyme in contact with the membrane so that the enzyme is adsorbed by the membrane, and removing the aqueous solution after the enzyme is adsorbed.
    • 涉及不混溶液体的反应是通过一种不混溶的液体通过催化剂浸渍的膜进行的。 在一个优选的实施方案中,油通过使油浸渍在浸渍有酶催化剂如脂肪酶的亲水性微孔膜的一侧上,并且通过压力使油通过膜而使另一侧通过水性液体来水解。 流过膜的油与水性液体混合,并且分离出不相溶的相。 将油水解成甘油和脂肪酸,发生在膜的催化剂位置。 通过使酶与膜接触的水溶液通过酶催化剂浸渍膜,使得酶被膜吸附,并且在酶被吸附后除去水溶液。
    • 5. 发明授权
    • Self-supporting element for mosaic display panel
    • 镶嵌显示面板的自支撑元件
    • US4514104A
    • 1985-04-30
    • US390056
    • 1982-06-18
    • Frank TaylorKlemens Maurer
    • Frank TaylorKlemens Maurer
    • F16B5/07H02B15/04
    • F16B5/07H02B15/04Y10T403/1624Y10T403/61Y10T403/7094
    • The disclosure herein describes an element so constructed as to inter-connect with a similarly constructed element in the making of a mosaic display panel, the element defining a rectangular body, the outer wall of which is provided with a longitudinal projecting guide and a longitudinal channel transversely spaced from one another; the channel has a cross-section so dimensioned as to include therein the cross-section of the guide whereby the guide and channel of an adjacently disposed similarly constructed element may interfit in the channel and guide, respectively, of the first element; each channel includes, at one end thereof, an entry pocket to funnel initial engagement of the guide of two adjacent elements to be engaged to one another in a sliding motion.
    • 本文的内容描述了一种构造成在制造马赛克显示面板时与类似构造的元件相互连接的元件,该元件限定矩形主体,其外壁设置有纵向突出引导件和纵向通道 横向间隔开; 该通道的横截面的尺寸被设计成在其中包括导向件的横截面,由此相邻设置的类似构造的元件的引导件和通道可以分别连接在第一元件的通道和引导件中; 每个通道的一端包括入口口,用于使两个相邻元件的引导件以滑动运动相互接合的方式进行漏斗。
    • 10. 发明授权
    • Method of making yogurt
    • 制作酸奶的方法
    • US4248898A
    • 1981-02-03
    • US42873
    • 1979-05-29
    • Frank Taylor
    • Frank Taylor
    • A23C9/12A23C9/123
    • A23C9/123A23C9/1226
    • A method of making yogurt by mixing a boiling liquid with cold milk in proportions to provide a mixture at a temperature of about 112.degree. to 118.degree. F. adding yogurt culture to the mixture, storing the mixture in an insulated vessel to permit fermentation to the mixture to form a yogurt. An apparatus including a container having a level indicator for cold milk and a second level indicator for a mixture of cold milk and a boiling liquid, one of said indicators indicating a plurality of levels in terms of temperature of the cold milk whereby the resultant mixture will have a temperature of between 112.degree. and 118.degree. F. when filled to the level indicated for the temperature of the cold milk.
    • 一种通过将沸腾的液体与冷的牛奶混合制成酸奶的方法,以在约112-118°F的温度下提供混合物。向混合物中加入酸奶培养物,将该混合物储存在绝热容器中以允许发酵至 混合形成酸奶。 一种装置,包括具有用于冷牛奶的液位指示器的容器和用于冷奶和沸腾液体的混合物的第二级指示器,所述指示器之一表示冷奶的温度的多个水平,由此所得到的混合物将 温度在112°C至118°F之间,当填充到冷牛奶温度的水平时。