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    • 1. 发明授权
    • Method for fractionating the whole wheat kernel by sequential milling
    • 通过连续研磨分选全麦籽粒的方法
    • US4201708A
    • 1980-05-06
    • US910633
    • 1978-05-30
    • Ganta V. RaoFloyd K. Shoup
    • Ganta V. RaoFloyd K. Shoup
    • A23J1/12C08B30/04
    • C08B30/046A23J1/12
    • A process for fractionating the whole wheat kernel into it gluten, starch and bran-germ components including the steps of tempering the whole wheat kernel in water to increase its moisture content, flaking the tempered wheat kernel, disintegrating the flakes to a particle size range such that 25-75% of the particles will be retained on a 50 mesh screen and in a manner that the resulting bran-germ particles are larger than the resulting endosperm particles, hydrating and agitating the kernel particles to just saturate them and to form a thick, dough-like mass and subjecting the mass to tumbling and/or manipulation together with water washing to separate and recover the gluten, starch and bran-germ components of the kernel.
    • 将全麦籽粒分解为谷蛋白,淀粉和麸皮成分的方法,包括在水中回火全麦粒以增加其含水量,剥离回火的小麦籽粒,将片状碎片分解成粒度范围 25-75%的颗粒将保留在50目筛网上,并且以使所得的麸皮颗粒大于所得的胚乳颗粒的方式,水合并搅拌核颗粒以使其饱和并形成厚的 ,面团状物质,并用水洗将物质翻转和/或操作分离并回收内核的麸质,淀粉和麸皮组分。
    • 3. 发明授权
    • Method and apparatus for fractionating the whole wheat kernel by
sequential milling
    • 通过连续研磨分选全麦籽粒的方法和装置
    • US4269766A
    • 1981-05-26
    • US109216
    • 1980-02-20
    • Ganta V. RaoFloyd K. Shoup
    • Ganta V. RaoFloyd K. Shoup
    • A23J1/12C08B30/04
    • C08B30/046A23J1/12
    • A process for fractionating the whole wheat kernel into its gluten, starch and bran-germ components including the steps of tempering the whole wheat kernel in water to increase its moisture content, flaking the tempered wheat kernel, disintegrating the flakes to a particle size range such that 20% to 90% of the particles will be retained on a 30 mesh U.S. Standard screen and in a manner that the resulting bran-germ particles are larger than the resulting endosperm particles, hydrating and agitating the kernel particles to just saturate them and to form a thick, dough-like mass and subjecting the mass to tumbling and/or manipulation together with water washing to separate and recover the gluten, starch and bran-germ components of the kernel.
    • 将全麦籽粒分解成其麸质,淀粉和麸皮成分的方法,包括在水中回火整个小麦籽粒以增加其含水量,剥去回火的小麦籽粒,将片状碎片分解成粒度范围 20%至90%的颗粒将保留在30目美国标准筛网上,并且使得所得的麸皮颗粒比所得的胚乳颗粒大,水合并搅拌核颗粒以使其饱和并使其饱和 形成厚实的面团状块状物质,并且通过水洗将物质翻滚和/或操作以分离和回收谷物的麸质,淀粉和麸皮成分。
    • 4. 发明授权
    • Method for fractionating the whole wheat kernel by centrifugal means
    • 通过离心方法分选全麦籽粒的方法
    • US4125528A
    • 1978-11-14
    • US831973
    • 1977-09-09
    • Ganta V. RaoFloyd K. Shoup
    • Ganta V. RaoFloyd K. Shoup
    • A23J1/12C08B30/04
    • A23J1/12C08B30/046
    • A process for fractionating the whole wheat kernel into its gluten, starch and bran-germ components including the steps of tempering the whole wheat kernel in water to increase its moisture content, milling the tempered kernel to reduce the particle sizes of the kernel components, forming a homogeneous slurry of the particles and water, the wheat to water ratio of the slurry being in the range 1:3 to 1:10, by weight, vigorously admixing the slurry to achieve uniform dispersion of the particles in the water, applying centrifugal forces to the slurry to cause it to separate into its gluten, starch and water phases, separating the gluten and starch phases and purifying them by conventional techniques to recover gluten, starch and bran-germ in very high yield fractions.
    • 将全麦籽粒分解成其麸质,淀粉和麸皮成分的方法,包括在水中回火全麦粒以增加其含水量,研磨回火核以减少籽粒成分的粒度,形成 颗粒和水的均匀浆料,浆料的小麦与水的比例在1:3至1:10的范围内,将浆料剧烈混合以实现颗粒在水中的均匀分散,施加离心力 将其分离成其麸质,淀粉和水相,分离谷蛋白和淀粉相,并通过常规技术纯化,以非常高的产率馏分回收麸质,淀粉和麸皮。
    • 5. 发明授权
    • Low salt protein hydrolyzates
    • 低盐蛋白水解物
    • US3952109A
    • 1976-04-20
    • US555450
    • 1975-03-05
    • Ganta V. RaoOliver B. Gerrish
    • Ganta V. RaoOliver B. Gerrish
    • A23L27/21A23L1/231
    • A23L27/215
    • A process for preparing substantially salt-free, sugar-based flavor enhancers comprises hydrolyzing protein in hydrochloric acid; liquefying starch, preferably with alpha-amylase; and admixing the hydrolyzed protein, the liquefied starch and an enzyme selected from amyloglucosidase and .beta.-D glucoside glucohydrolyase at a pH in the range 3.5 to 5, preferably 3.5 to 4.0, and a temperature in the range 40.degree. to 75.degree.C, preferably 60.degree.C, whereby the enzyme and the liquefied starch react in situ to produce reducing sugars which in turn react with the hydrolyzed protein to form the substantially salt-free, sugar-based protein hydrolyzates.
    • 基本上无盐的糖基风味增强剂的制备方法包括在盐酸中水解蛋白质; 液化淀粉,优选用α-淀粉酶; 并将水解的蛋白质,液化淀粉和选自淀粉葡糖苷酶和β-D-葡萄糖苷葡糖氢解酶的酶在3.5至5,优选3.5至4.0的范围内的温度和40至75℃的温度下进行混合,优选 60℃,由此酶和液化淀粉原位反应以产生还原糖,其还与水解的蛋白质反应以形成基本上无盐的糖基蛋白质水解产物。