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    • 3. 发明授权
    • Extraction apparatus
    • 提取装置
    • US4539111A
    • 1985-09-03
    • US131887
    • 1980-03-19
    • Istvan TakacsGyorgy KereyPeter RudolfJanos IllesBela SzaboEndre VereczkeyZoltan BanosGyula BositsLaszlo Czebe
    • Istvan TakacsGyorgy KereyPeter RudolfJanos IllesBela SzaboEndre VereczkeyZoltan BanosGyula BositsLaszlo Czebe
    • A23J1/02A23J1/00A23J1/06A23J1/16A23K1/10B01D33/00B01D35/18B01D36/00B01D37/00C02F1/02C02F11/18C02F103/32C11B1/12
    • C02F11/18A23J1/003A23K10/26B01D33/11B01D35/18B01D36/00B01D37/00
    • Process for the extraction of solids from liquids containing solids granulated by heat effect and/or solids the moisture content of which is reducible by heat effect, especially from colloidal solutions with protein content, suspensions and slurries for reducing the fat content of the solid material, in the course of this process grains are formed in the liquid with heat effect, or the moisture content of the grains is reduced, then they are removed from the liquids and dried. The equipment for implementation of the process is also subject of the invention. The process is characterized by heating the liquid to 50.degree.-125.degree. C. temperature with heat transfer ("instant heating ") for a short period, maximum for 2 minutes, then the heated material is kept at 50.degree.-125.degree. C. temperature for at least 2, preferably for 5-15 minutes. This is followed by separation of the grains from the liquid phase with filtration in a space containing vapor of 50.degree.-125.degree. C. temperature, the filtration process carried out in minimum 4, preferably in 8-15 minutes. Should the solid material contain fat, then at least a certain part of the fat is melted with the heat treatment processes. Finally the wet solid material separated from the liquid is dried. The equipment is provided with collection tank, instant heater, preferably with gravitational filter arranged in closed space, as well as with a drier. These are united in a closed system with pipelines and feeder device(s), with one or several pumps.
    • 用于通过热效应和/或固体造粒的固体的液体提取固体的方法,其中水分含量可通过热效应而减少,特别是从具有蛋白质含量的胶体溶液,用于降低固体材料的脂肪含量的悬浮液和浆料, 在这个过程中,颗粒在液体中以热效应形成,或者颗粒的水分含量降低,然后将它们从液体中除去并干燥。 用于实施该方法的设备也是本发明的主题。 该方法的特征在于将液体加热至50-125℃,传热(“即时加热”)短时间,最多2分钟,然后将加热的物质保持在50-125℃。 温度至少2℃,优选5-15分钟。 然后在含有蒸气温度为-50℃-125℃的空气中过滤,从液相中分离晶粒,过滤过程进行至少4次,优选8-15分钟。 如果固体材料含有脂肪,那么至少一部分脂肪会被热处理过程熔化。 最后将与液体分离的湿固体材料干燥。 该设备配备有收集罐,即时加热器,优选地具有布置在封闭空间中的重力过滤器以及干燥器。 这些组合在一个封闭的系统中,具有管道和进料装置,一个或多个泵。
    • 4. 发明授权
    • Extraction process
    • 提取过程
    • US4406795A
    • 1983-09-27
    • US281646
    • 1981-07-09
    • Istvan TakacsGyorgy KereyPeter RudolfJanos IllesBela SzaboEndre VereczkeyZoltan BanosGyula BositsLaszlo Czebe
    • Istvan TakacsGyorgy KereyPeter RudolfJanos IllesBela SzaboEndre VereczkeyZoltan BanosGyula BositsLaszlo Czebe
    • A23J1/02A23J1/00A23J1/06A23J1/16A23K1/10B01D33/00B01D35/18B01D36/00B01D37/00C02F1/02C02F11/18C02F103/32C11B1/12C02F1/00
    • C02F11/18A23J1/003A23K10/26B01D33/11B01D35/18B01D36/00B01D37/00
    • The invention relates to a process for the extraction of solids from liquids containing solids granulated by heat effect and/or solids the moisture content of which is reducible by heat effect, especially from colloidal solutions with protein content, suspensions and slurries for reducing the fat content of the solid material, in the course of this process grains are formed in the liquid with heat effect, or the moisture content of the grains is reduced, then they are removed from the liquids and dried. The equipment for implementation of the process is also subject of the invention.The process is characterized by heating the liquid to 50.degree.-125.degree. C. temperature with heat transfer ("instant heating") for a short period, maximum for 2 minutes, then the heated material is kept at 50.degree.-125.degree. C. temperature for at least 2, preferably for 5-15 minutes. This is followed by separation of the grains from the liquid phase with filtration in a space containing vapor of 50.degree.-125.degree. C. temperature, the filtration process carried out in minimum 4, preferably in 8-15 minutes. Should the solid material contain fat, then at least a certain part of the fat is melted with the heat treatment processes. Finally the wet solid material separated from the liquid is dried. The equipment is provided with collection tank, instant heater, preferably with gravitational filter arranged in closed space, as well as with a drier. These are united in a closed system with pipelines and feeder device(s), with one or several pumps incorporated in the system.Advantage of the invention is that the extraction of the solid content of solutions, slurries etc., which are difficult to treat and reduction of the possible fat content of the solid material are realized with a simple means in such a way, that an excellent end-product is available in respect of both the qualitative and other utilization properties.
    • 本发明涉及一种从含有通过热效应颗粒化的固体的液体提取固体的方法,和/或其水分含量可通过热效应而减少的固体,特别是具有蛋白质含量的胶体溶液,悬浮液和用于降低脂肪含量的浆料 的固体材料,在此过程中,颗粒以热效应形成在液体中,或者颗粒的水分含量降低,然后将它们从液体中除去并干燥。 用于实施该方法的设备也是本发明的主题。 该方法的特征在于将液体加热至50-125℃,传热(“即时加热”)短时间,最多2分钟,然后将加热的物质保持在50-125℃。 温度至少2℃,优选5-15分钟。 然后在含有蒸气温度为-50℃-125℃的空气中过滤,从液相中分离晶粒,过滤过程进行至少4次,优选8-15分钟。 如果固体材料含有脂肪,那么至少一部分脂肪会被热处理过程熔化。 最后将与液体分离的湿固体材料干燥。 该设备配备有收集罐,即时加热器,优选地具有布置在封闭空间中的重力过滤器以及干燥器。 这些组合在一个封闭的系统中,具有管道和进料装置,一个或多个泵并入系统。 本发明的优点是通过简单的手段实现难以处理和降低固体材料的脂肪含量的溶液,浆料等的固体含量的提取,使得优异的结束 - 产品可用于定性和其他利用性质。
    • 10. 发明授权
    • Apparatus to contact liquids of different density
    • 接触液体不同密度的装置
    • US5194152A
    • 1993-03-16
    • US671904
    • 1991-03-18
    • Istvan TakacsGyula BeszedicsGyorgy FabryPeter Rudolf
    • Istvan TakacsGyula BeszedicsGyorgy FabryPeter Rudolf
    • B01D11/04
    • B01D11/043
    • The apparatus has a column (1) of closed interior. Pipe (7b) leading into its upper part to admit liquid of higher density, and pipe (7a) leading into the lower part to admit liquid of lower density. Pipes (8, 10) emerge from the lower part to discharge liquid of higher density, and from its upper part to discharge liquid of lower density. Level control and propelling force adjusting mechanism (9) is connected with the pipe discharging liquid of higher density. Dispersing-mixing elements surrounding cells are beneath and above each other in the column (1). Pulsator (4) is connected with the lower part of column (1). The dispersing-mixing elements are formed by discs (5) having elastic tongues (13a) in the plane of discs capable for vibration and to move out of the disc's plane during vibration, and gap (14) runs along the periphery of the tongues (13a).
    • PCT No.PCT / HU90 / 00048 Sec。 371日期1991年3月18日 102(e)1991年3月18日PCT PCT 1990年7月18日PCT公布。 WO91 / 01170 PCT出版物 日期1991年2月7日。该装置具有封闭内部的柱(1)。 管道(7b)进入其上部以允许较高密度的液体,以及通向下部的管(7a)以允许较低密度的液体。 管道(8,10)从下部排出,排出较高密度的液体,从上部排出至较低密度的排出液体。 液位控制和推进力调节机构(9)与较高密度的排放管连接。 细胞周围的分散混合元件在柱(1)中彼此之下和之上。 脉冲器(4)与柱(1)的下部连接。 分散混合元件由在振动盘的平面中具有弹性舌片(13a)的盘(5)形成,并且在振动期间从盘的平面移出,并且间隙(14)沿着舌片的周边( 13a)。