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    • 83. 发明授权
    • Dry oil-and-fat separation method
    • 干油脂分离方法
    • US08552211B2
    • 2013-10-08
    • US13148090
    • 2010-01-27
    • Koreta UeyamaToshiaki TakahashiKenji MuraiShin Yoneda
    • Koreta UeyamaToshiaki TakahashiKenji MuraiShin Yoneda
    • C07C51/43
    • C11B7/0083
    • Disclosed is a dry oil-and-fat separation method of high yield and high separation accuracy, which uses agitation and crystallization in order to prevent problems with thickening of the crystal slurry and decreased solid/liquid separation efficiency in the crystallization/press-filtering process of dry separation of oil-and-fat containing highly crystalline SUS. In dry separation, the crystallization/press-filtering process is divided into multiple steps and repeated, to concentrate the SUS in each crystal fraction and yield SUS-rich oil and fat. Subdivision into multiple steps makes it possible to keep the crystallinity of the crystal slurry in the crystallization/press-filtering process within a range so that the crystal slurry can be transported by pump, and to increase solid/liquid separation efficiency.
    • 公开了高产率和高分离精度的干油脂分离方法,其使用搅拌和结晶以防止结晶浆料增稠的问题和降低结晶/压滤过程中的固/液分离效率 含有高结晶SUS的油脂的干分离。 在干法分离中,结晶/压滤过程分为多个步骤,重复,将SUS浓缩到每个晶体馏分中,产生富含SUS的油脂。 细分成多个步骤使得可以将晶体浆料在结晶/压滤过程中的结晶度保持在一定范围内,使得可以通过泵输送晶体浆料,并提高固/液分离效率。
    • 87. 发明申请
    • DRY OIL-AND-FAT SEPARATION METHOD
    • 干油分离方法
    • US20110301372A1
    • 2011-12-08
    • US13148090
    • 2010-01-27
    • Koreta UeyamaToshiaki TakahashiKenji MuraiShin Yoneda
    • Koreta UeyamaToshiaki TakahashiKenji MuraiShin Yoneda
    • C11B7/00
    • C11B7/0083
    • Disclosed is a dry oil-and-fat separation method of high yield and high separation accuracy, which uses agitation and crystallization in order to prevent problems with thickening of the crystal slurry and decreased solid/liquid separation efficiency in the crystallization/press-filtering process of dry separation of oil-and-fat containing highly crystalline SUS. In dry separation, the crystallization/press-filtering process is divided into multiple steps and repeated, to concentrate the SUS in each crystal fraction and yield SUS-rich oil and fat. Subdivision into multiple steps makes it possible to keep the crystallinity of the crystal slurry in the crystallization/press-filtering process within a range so that the crystal slurry can be transported by pump, and to increase solid/liquid separation efficiency.
    • 公开了高产率和高分离精度的干油脂分离方法,其使用搅拌和结晶以防止结晶浆料增稠的问题和降低结晶/压滤过程中的固/液分离效率 含有高结晶SUS的油脂的干分离。 在干法分离中,结晶/压滤过程分为多个步骤,重复,将SUS浓缩到每个晶体馏分中,产生富含SUS的油脂。 细分成多个步骤使得可以将晶体浆料在结晶/压滤过程中的结晶度保持在一定范围内,使得可以通过泵输送晶体浆料,并提高固/液分离效率。
    • 88. 发明申请
    • INFORMATION TERMINAL DEVICE AND OPTION UNIT THEREFOR
    • 信息终端设备及其选择单元
    • US20090031151A1
    • 2009-01-29
    • US12171872
    • 2008-07-11
    • Koichi MasudaTomozo MurayamaToshiaki Takahashi
    • Koichi MasudaTomozo MurayamaToshiaki Takahashi
    • G06F1/00
    • H04L12/10
    • According to one embodiment, there is provided an information terminal device which receives power via a communication cable from a power sourcing device recognizes a class identifying power-sourcing characteristics on the basis of response characteristics to a defined value voltage given in authentication and which is configured to connect an option unit. The information terminal device comprises a resistor unit which is disposed on a power sourcing line from the communication cable and configured to vary a resistor value, a control unit which recognizes a class of the information terminal device itself and sets a resistor value in order to achieve response characteristics corresponding to the recognized class, and a storing unit which stores the set resistor value.
    • 根据一个实施例,提供了一种信息终端设备,其经由通信电缆从电源设备接收电力,其基于响应特性将识别电力来源特性的类别识别为在认证中给出的定义的值电压,并且被配置 连接选件单元。 信息终端装置包括:电阻单元,其从通信电缆设置在电源线上并被配置为改变电阻值;控制单元,其识别信息终端设备本身的类别并设置电阻器值以实现 响应特性对应于所识别的类,以及存储单元,其存储所设置的电阻值。