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    • 12. 发明授权
    • Apparatus for comminuting plant material for further treatment
    • 粉碎植物材料进行进一步处理的设备
    • US4816075A
    • 1989-03-28
    • US183291
    • 1988-04-11
    • Werner Gruenewald
    • Werner Gruenewald
    • C13B5/04B01J3/00C13C1/04
    • C13B5/04
    • An apparatus for preparing plant material, such as sugar cane, comminutes the material for further processing, for example, by cane mills or a diffuser. An upfront cutter (2) and a shredder (8) are immediately adjoining each other at the end of an adjustable speed conveyor (1). A material guide housing forms with its guide channel sections an inverted V-shape. One guide channel section reaches upwardly and extends over the discharge gap (6a) of the upfront cutter. Another guide channel section reaches downwardly to the shredder. An intermediate guide channel section interconnects the upwardly and downwardly reaching sections to form a closed guide channel construction. An upper channel wall portion remote from the upfront cutter and from the shredder forms an impact and deflection baffle (11c) for the precomminuted material ejected by the upfront cutter for feeding the material to the shredder. The apparatus is compact and assures a uniform material feed to the shredder.
    • 用于制备植物材料(例如甘蔗)的设备将该材料粉碎以用于进一步加工,例如通过甘蔗粉碎机或扩散器。 前端切割器(2)和切碎机(8)在可调节速度输送机(1)的端部处彼此紧邻。 材料引导壳体形成其导向通道部分为倒V形。 一个引导通道部分向上延伸并且在前刀片的排出间隙(6a)上延伸。 另一引导通道部分向下到达粉碎机。 中间引导通道部分将向上和向下的到达部分互连以形成封闭的引导通道结构。 远离前侧切割器和切碎机的上部通道壁部分形成用于由前侧切割器喷射的预先稀释的材料的冲击和偏转挡板(11c),用于将材料供给到粉碎机。 该设备是紧凑的,并且确保向粉碎机均匀的材料供给。
    • 13. 发明授权
    • Continuously operable sugar centrifuge
    • 连续可操作的糖离心机
    • US4762570A
    • 1988-08-09
    • US85857
    • 1987-08-14
    • Helmut Schaper
    • Helmut Schaper
    • B04B3/00B04B7/16B04B7/18C13B30/06C13F1/06
    • B04B7/18B04B3/00
    • The screen drum of a continuously operable sugar centrifuge is divided into three sections along its axial length from the drum bottom to the sugar discharge rim. A first upper section extends from the discharge rim downwardly. This first section has such a wall inclination (.alpha.) relative to the central rotational axis that a layer of material being centrifuged remains stationary on the first section when the supply of massecuite is interrrupted and the supply of covering or wash-water is continued while the centrifuge keeps operating. A second mid-section extends along a mid-portion of the drum and another angle of inclination (.beta.)relative to the rotational axis, whereby the angle (.beta.) is larger by about 3.degree. to 7.degree. than the angle (.alpha.). A third lower section encloses a third angle (.gamma.) with the rotational drum axis. The third angle (.gamma.) is about equal to the first angle (.alpha.). A so constructed drum facilitates the control of variables which influence the distribution of the massecuite on ther inner surface of the screen drum. Specifically a more uniform distribution of the material on the inner drum surface is obtained with a layer thickness tapering toward the discharge rim.
    • 连续操作的糖离心机的筛筒从其鼓底部到糖排出边缘沿其轴向长度分为三个部分。 第一上部从放电边缘向下延伸。 该第一部分具有相对于中心旋转轴线的这种壁倾角(α),当供应的糖膏被中断时,一层离心的材料在第一部分上保持静止,并且继续供应覆盖物或洗涤水,同时 离心机保持运转。 第二中段沿着滚筒的中部延伸并且相对于旋转轴线具有另一个倾斜角(β),由此角度(β)比角度(α)大大约3°至7°。 第三个下部分与旋转滚筒轴线包围第三个角度(伽马)。 第三角度(γ)约等于第一角度(α)。 一个这样构造的鼓有助于控制影响糖果泡沫在筛筒内表面上的分布的变量。 具体地说,在内鼓表面上更均匀地分布材料,层厚度朝向排出边缘逐渐变细。
    • 17. 发明授权
    • Fluidized-bed vaporisation dryer
    • US10330385B2
    • 2019-06-25
    • US15307716
    • 2015-03-09
    • BMA BRAUNSCHWEIGISCHE MASCHINENBAUANSTALT AG
    • Gerald CaspersHartmut HafemannCarsten BonathHolger Fersterra
    • F26B3/08F26B17/10F26B25/00
    • The present invention relates to a device for removing fluids and/or solid substances from a mixture of particle-shaped materials with a container which forms a ring-shaped process chamber with a plurality of cells separated from each other by walls, comprising an inlet cell, intermediate cells and an outlet cell, a feeding installation for conveying the mixture to be treated into the inlet cell of the process chamber, a discharge installation for discharging the mixture treated from the outlet cell of the process chamber, a ventilation installation for feeding in a first fluidisation agent, in particular in the form of overheated vapour, from below into the process chamber through an inflow floor for generating a fluidised bed in the process chamber, a heating installation for preparing the first fluidisation agent in the flow direction before the ventilation installation, swirl impellers for conditioning the flow in the container from the process chamber to the heating installation and which in part also leads to a vapour outlet, and a dust removal installation in the flow path between the process chamber and the heating installation, wherein dust can be guided to the outlet cell via the dust removal installation, wherein in order to support a transportation of the mixture from the inlet cell to the outlet cell and/or a turbulence of the mixture in the process chamber, the inflow floor comprises first unevenness and/or at least at times a second fluidisation agent, in particular in the form of overheated vapour, can be fed at least into the inlet cell essentially parallel to the inflow floor by means of first nozzles, and/or first flow guidance members are provided above the inflow floor and/or second flow guidance members are provided below the inflow floor.
    • 19. 发明授权
    • Continuously operating centrifuge
    • 连续运行离心机
    • US09180467B2
    • 2015-11-10
    • US13319524
    • 2010-05-14
    • Eckhard BartschHans-Heinrich Westendarp
    • Eckhard BartschHans-Heinrich Westendarp
    • B04B11/06B04B3/00B04B15/08
    • B04B3/00B04B11/06B04B15/08
    • A continuously operating centrifuge for centrifuging sugar massecuites has an upwardly flaring conical sieve basket (20) which rotates about a vertical axis (16). A product distributor (40) flares downwardly and extends into the bottom region of the sieve basket (20). The product distributor (40) is substantially coaxial with respect to the sieve basket (20), has a discharge rim and rotates about the same vertical axis (16) as the sieve basket (20). Within and in the upper region of the product distributor (40), there is provided a distributor pot (30) which serves as a feeding device for the sugar massecuites in the axial region of the centrifuge. The peripheral wall of the product distributor (40) is divided up into a plurality of ring elements (41, 42, 43) which overlap in the direction of the axis (16) and the internal diameters of which differ from each other. A bell (50) surrounds the product distributor (40) and flares conically downwardly. A device (61, 62) incorporating air directing elements is provided between at least two of the ring elements (41, 42, 43) of the product distributor (40).
    • 用于离心糖浆的连续操作的离心机具有围绕垂直轴线(16)旋转的向上扩张的锥形筛篮(20)。 产品分配器(40)向下张开并延伸到筛篮(20)的底部区域。 产品分配器(40)相对于筛篮(20)基本上同轴,具有排出边缘并围绕与筛篮(20)相同的垂直轴线(16)旋转。 在产品分配器(40)的内部和上部区域中,设置有分配器罐(30),其用作在离心机的轴向区域中的糖类食品的进料装置。 产品分配器(40)的周壁被分成多个在轴线(16)的方向上重叠的环形元件(41,42,43),并且其内径彼此不同。 钟(50)围绕产品分配器(40)并向下突出。 在产品分配器(40)的至少两个环形元件(41,42,43)之间设置结合有空气导向元件的装置(61,62)。