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    • 5. 发明公开
    • A centrifugal solids-liquids separator
    • Flüssig-FEST-Zentrifugalseparator。
    • EP0258012A2
    • 1988-03-02
    • EP87307415.7
    • 1987-08-21
    • Mozley, Richard Henry
    • Mozley, Richard Henry
    • B04B1/20
    • B04B1/20
    • A centrifugal solids-liquids separator comprises an outer drum (46) having a cylindrical part (47) and a conically tapered part (49) joined thereto at the wider end and housing a conveyor (45) likewise comprising a cylindrical part (44) of approximately the same axial length as the cylindrical part (47) of the centrifugal drum (46) and a conically tapered part (45) matching the conically tapered part (49) of the centrifuge drum (46). The conveyor (45) has radially extending deflector blades (53) either in the form of separate elements or as a continuous scroll and both conveyor and centrifuge drum are supported in bearings (38,39) at the end through which a solids-liquids mixture is introduced so that both the solid and liquid components flow in co-current at least over the cylindrical part of the interspace (61) between the circularly cylindrical parts of the conveyor (45) and drum (46) respectively.
    • 离心式固体 - 液体分离器包括具有圆柱形部分(47)的外滚筒(46)和在较宽端部处与其连接的圆锥形锥形部分(49),并且容纳传送器(45),同样包括圆柱形部分(44) 与离心鼓(46)的圆柱形部分(47)大致相同的轴向长度和与离心机滚筒(46)的锥形锥形部分(49)相匹配的圆锥形锥形部分(45)。 输送机(45)具有径向延伸的偏转叶片(53),其形式为分离的元件或作为连续的涡旋,并且输送机和离心机滚筒都在轴承(38,39)中支撑,在该端部,固体 - 液体混合物 被引入,使得固体和液体组分两者至少在输送机(45)和滚筒(46)的圆形圆柱形部分之间的间隙(61)的圆柱形部分上流动。
    • 7. 发明申请
    • EDIBLE RECEPTACLES FOR FROZEN CONFECTIONS
    • 可食用冷冻食品
    • WO2012084506A1
    • 2012-06-28
    • PCT/EP2011/071968
    • 2011-12-06
    • UNILEVER PLCUNILEVER N.V.HINDUSTAN UNILEVER LIMITEDBARTKOWSKA, BeataLUCK, Richard, HenrySUN, Lina
    • BARTKOWSKA, BeataLUCK, Richard, HenrySUN, Lina
    • A23G9/50A21D13/00
    • A23G9/506A21D13/11A21D13/33A23G9/50
    • A process for preparing an edible receptacle comprising the steps of: providing a first batter comprising flour, sugar, fat and/or oil and water, providing a second batter comprising flour, sugar, fat and/or oil and water, adding a colouring agent to one of the batters; depositing, in separate locations, portions of the first and second batters onto a bottom baking plate; placing a top baking plate on top of the deposited batters; baking the batters together to form a unitary wafer sheet; and forming the wafer sheet into an edible receptacle, wherein the first and second batters spread and come into contact with one another in step d) and/or step e) is provided. A composite frozen confection product which comprises such an edible receptacle and a frozen confection such as ice cream cones and a process for the production of this composite frozen confection are also provided.
    • 一种制备可食用容器的方法,包括以下步骤:提供包含面粉,糖,脂肪和/或油和水的第一面糊,提供包含面粉,糖,脂肪和/或油和水的第二面糊,加入着色剂 一个面糊; 在分开的位置将第一和第二面糊的部分沉积到底部烘烤板上; 将顶部烘烤板放置在沉积的面糊上; 将面糊烘烤在一起形成整体的薄片; 以及将所述晶片片形成为可食用容器,其中在步骤d)和/或步骤e)中所述第一和第二面糊彼此扩展并相互接触。 还提供了一种复合冷冻甜食产品,其包含这种食用容器和冰冻甜点,例如冰淇淋锥和生产该复合冷冻甜食的方法。
    • 10. 发明申请
    • IMPROVEMENTS IN AND RELATING TO FLOATING POINT OPERATIONS
    • 浮动点操作的改进和相关
    • WO2008120009A1
    • 2008-10-09
    • PCT/GB2008/050171
    • 2008-03-12
    • TRANSITIVE LIMITEDBARRACLOUGH, GavinMULCAHY, James Richard HenryRIGBY, David James Oliver
    • BARRACLOUGH, GavinMULCAHY, James Richard HenryRIGBY, David James Oliver
    • G06F9/318G06F9/302
    • G06F8/52G06F9/30014G06F9/30174G06F9/3885
    • A computing system comprising capable of handling floating point operations during program code conversion is described, comprising a processor including a floating point unit and an integer unit. The computing system further comprises a translator unit arranged to receive subject code instructions including at least one instruction relating to a floating point operation and in response to generate corresponding target code for execution on said processor. To handle floating point operations a floating point status unit and a floating point control unit are provided within the translator. These units are cause the translator unit to generate either: target code for performing the floating point operations directly on the floating point unit; or target code for performing the floating point operations indirectly, for example using a combination of the integer unit and the floating point unit. In this way the efficiency of the computing system is improved.
    • 描述了包括能够在程序代码转换期间处理浮点运算的计算系统,包括包括浮点单元和整数单元的处理器。 所述计算系统还包括翻译单元,其被配置为接收包含与浮点运算有关的至少一个指令的主题代码指令,并且响应于生成用于在所述处理器上执行的相应目标代码。 为了处理浮点运算,翻译器中提供了一个浮点状态单元和一个浮点控制单元。 这些单元使翻译单元产生:用于直接在浮点单元上执行浮点运算的目标代码; 或用于间接执行浮点运算的目标代码,例如使用整数单元和浮点单元的组合。 以这种方式,提高了计算系统的效率。