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    • 6. 发明授权
    • Apparatus and process for the preparation of gasified confectionaries by
pressurized deposit molding
    • 通过加压沉积成型制备气化糖果的装置和方法
    • US4262029A
    • 1981-04-14
    • US088510
    • 1979-10-26
    • Fredric KleinerPradipK. Roy
    • Fredric KleinerPradipK. Roy
    • A23G3/02A23G3/12
    • A23G3/0294
    • A deposit molding arrangement and process for producing regularly shaped pieces of gasified candy which effect a pleasant sizzling sensation in the mouth. A confectionary solution, which may be a sugar melt, is subjected to a superatmospheric carbonating pressure in a carbonating vessel to cause absorption therein of carbon dioxide. A deposit molding arrangement for forming the solution into suitably shaped pieces of candy is maintained at a superatmospheric carbonation pressure in a pressurized housing. The deposit molding arrangement includes a conveyor belt having a plurality of mold cavities formed in its surface. The conveyor belt passes beneath dispensing nozzles which deposit a metered amount of confectionary solution in each mold cavity. The solution is then allowed to cool and solidify in the mold, and the conveyor belt empties the resultant carbonated candy pieces therefrom when it travels to an inverted position. A pressure lock system enables the carbonated candy pieces to be periodically removed from the pressurized housing.
    • 用于生产规则形状的气化糖果片的沉积成型装置和方法,其在口中产生愉快的嘶嘶感。 可以是糖熔体的糖食溶液在碳酸化容器中经受超大气压碳酸化压力以在其中吸收二氧化碳。 用于将溶液形成适当形状的糖果块的沉积成型装置在加压壳体中保持在超大气压碳酸化压力。 沉积物模制装置包括具有在其表面中形成的多个模腔的传送带。 输送带通过分配喷嘴下面,每个模具腔中沉积计量量的糖果溶液。 然后使溶液在模具中冷却和固化,并且当传送带行进到倒置位置时,输送带从其中排出所得到的碳酸化糖果块。 压力锁定系统使得碳酸化的糖果块能够从加压壳体周期性地移除。
    • 7. 发明授权
    • Gasified ice process and product
    • 气化冰过程和产品
    • US4404807A
    • 1983-09-20
    • US334846
    • 1981-12-28
    • Valery B. ZemelmanFredric Kleiner
    • Valery B. ZemelmanFredric Kleiner
    • A23G9/20C01B7/01C01B32/50F25C1/00
    • C01B7/015A23G9/20C01B31/20F25C1/00
    • According to the present invention, equilibrium between the applied gas and an aqueous liquid is achieved at conditions suitable for the preparation of a chemical complex of gas hydrate, and the pressure is then rapidly reduced to effect a concurrent temperature reduction and the formation of nuclei of water ice distributed throughout the aqueous liquid. Reaction conditions are then reestablished to initiate and complete the formation of gas hydrate which is then frozen within a matrix of the aqueous liquid. The resulting product is characterized by a high gas content, prolonged storage stability suitable for commercial distribution in its frozen state, and a vigorous, uniform effervescence when placed in water.
    • 根据本发明,在适用于制备天然气水合物的化学配合物的条件下,应用气体和含水液体之间的平衡达到,然后将压力快速降低以实现同时降低温度并形成 水分布在整个水性液体中。 然后重新建立反应条件以引发和完成天然气水合物的形成,然后将其水合液体的基质中冷冻。 所得产物的特征在于气体含量高,适用于其冷冻状态下的商业分布的延长的储存稳定性,以及当放置在水中时剧烈均匀的泡腾。
    • 9. 发明授权
    • Quiescent formation of gasified ice product and process
    • 气化冰产品和工艺的静止形成
    • US4393660A
    • 1983-07-19
    • US278233
    • 1981-06-29
    • Fredric KleinerValery B. Zemelman
    • Fredric KleinerValery B. Zemelman
    • A23G9/32A23G9/46C01B32/50F25C1/18
    • A23G9/325A23G9/46C01B31/20F25C1/18Y10S261/07
    • The present invention provides a gasified ice product characterized by a granular, crystalline, porous structure, a brittle texture, good stability in its frozen state, and the ability to rapidly and quietly release its gas content to aqueous solution upon melting therein. The process calls for contacting an aqueous liquid with finely-dispersed bubbles of a conditionally-stable-hydrate-forming gas, such as carbon dioxide, under conditions of temperature and pressure and for a time effective to form a suspension of gas hydrate crystals in the liquid, and then freezing the suspension. The finely-dispersed bubbles of gas are preferably admitted through a porous metal sparger positioned at the bottom of a pressurized reaction vessel. The resulting product preferably has a bulk density of less than 0.60 grams per cubic centimeter and contains from about 30 to about 70 milliliters of gas per gram of product. According to one preferred form of the invention, the product is granulated.
    • 本发明提供一种气化冰产品,其特征在于颗粒状,结晶多孔结构,脆性质地,在其冷冻状态下具有良好的稳定性,以及在熔化时将其气体含量快速且安静地释放到水溶液中的能力。 该方法需要在温度和压力的条件下使水性液体与条件稳定的形成水合物的气体(例如二氧化碳)的微细分散的气泡接触,并且有效地在气体水合物晶体的悬浮液中形成 液体,然后冻结悬浮液。 细分散的气泡优选通过位于加压反应容器底部的多孔金属喷雾器进入。 得到的产品优选具有小于0.60克/立方厘米的堆积密度,并且每克产品含有约30至约70毫升气体。 根据本发明的一种优选形式,将产物造粒。