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    • 5. 发明授权
    • Compartmentalized vacuum pan for crystallization of sugar
    • 用于结晶糖的隔室真空盘
    • US3879215A
    • 1975-04-22
    • US39084273
    • 1973-08-23
    • HYESONS SUGAR MILLS LIMITED
    • DE VILLIERS OCTAVE D HOTMANHUSSAIN AZIZ
    • B01D9/00C13B25/00C13B30/02B01D1/00C13G1/00C13G1/02
    • C13B30/022B01D9/0022B01D9/0031B01D9/0036C13B25/003Y10S159/38
    • A vacuum pan for the crystallization of sugar by the continuous boiling of a seeded sugar syrup is made up of a vapor-tight horizontal elongated cylindrical casing divided into compartments by static transverse partitions. Preferably at least seven partitions are used. The compartments all open into a common vapor space running above in the casing, which is evacuated when the pan is operating. The compartment at one end has an inlet for sugar syrup and seed crystals, and the compartment at the opposite end has an outlet for sugar syrup and product crystals. Intermediate compartments preferably have secondary syrup inlets. Alternate partitions have underflow openings and overflow weirs, respectively, by which the syrup and crystals flow from one compartment to the next. Steam-heating means are provided, preferably in the form of steam-fed hollow plates mounted transversely in the compartments. Optionally, there is also a mechanical stirrer for the syrup in the pan.
    • 通过接种的糖浆的连续沸腾使糖结晶的真空盘由通过静态横向隔板分成隔室的气密水平细长圆柱形壳体构成。 优选使用至少七个分区。 隔间全部开放在外壳中上方的共同蒸气空间中,当锅正在运行时,这些空间被抽空。 一端的隔间具有糖浆和晶种的入口,相对端的隔间具有糖浆和产品晶体的出口。 中间隔室优选具有次级糖浆入口。 备用隔板分别具有下溢开口和溢流堰,糖浆和晶体分别从一个隔室流到下一个隔室。 提供蒸汽加热装置,优选地以横向安装在隔室中的蒸汽供给的中空板的形式。 任选地,还有用于锅中的糖浆的机械搅拌器。
    • 10. 发明授权
    • Process for continuous crystallization
    • 连续结晶方法
    • US4336030A
    • 1982-06-22
    • US37305
    • 1979-05-08
    • Tore B. Muller
    • Tore B. Muller
    • B01D9/00C01F7/14B01D9/02
    • C01F7/147B01D9/0036C01F7/144C01P2004/61C01P2006/12Y10S159/38
    • A process for the continuous crystallization of at least one crystallizable material from a solution wherein a series of crystallization stages are utilized, with partial crystallization taking place in each stage. The process includes the classification of partially crystallized suspension between each stage, and the suspension from the final stage is passed to a separator wherein it is separated into a concentrated suspension containing crystals and a spent liquor, the concentrated suspension being returned to the final stage and the spent liquor being discharged. Product crystals are taken from the first stage of the series. Partially grown crystals are circulated between consecutive crystallization stages in the series such that a stream of partially crystallized suspension, after being classified to separate the coarse fraction, is passed from one stage to the next stage in the series; whereas a stream of return suspension is passed in countercurrent fashion from the next stage to the preceding one stage without classification. Coarse crystals are taken from the first stage through an elutriation column (hydraulic classification tube) in countercurrent flow to the incoming feed.
    • 从使用一系列结晶阶段的溶液中连续结晶至少一种可结晶材料的方法,在每个阶段发生部分结晶。 该方法包括在每个阶段之间对部分结晶的悬浮液进行分级,并将来自最终阶段的悬浮液分离到分离器中,其中将其分离成含有晶体和废液的浓缩悬浮液,浓缩悬浮液返回到最后阶段, 废液排出。 产品晶体取自该系列的第一阶段。 部分生长的晶体在系列的连续结晶阶段之间循环,使得部分结晶的悬浮液流被分类以分离粗级分后,从一个阶段传递到下一个阶段; 而回流悬浮液从下一阶段到前一阶段以逆流方式通过,无需分类。 将粗晶体从第一阶段通过淘汰柱(液压分级管)以逆流流向进料进料。