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    • 3. 发明专利
    • Preparation of soy sauce
    • 大豆的制备
    • JPS5951757A
    • 1984-03-26
    • JP16239382
    • 1982-09-20
    • Kikkoman Corp
    • SAKURAI HIDEOOKUHARA AKIRA
    • A23L27/50
    • PURPOSE: To prepare soy sauce in a short time and in high utilization factor of nitrogen dissolution, capable of cooking a food ingredient without damaging its gloss, color and taste.
      CONSTITUTION: Unrefined soy sauce after starting of preparation is kept at 20W 35°C for 6W20 days with stirring at times to give unrefined soy sauce at the early stage of preparation, from which 20% (v/v), preferably 30W50% (v/v) juice based on the total juice of the unrefined soy sauce is collected. The remaining unrefined soy sauce after collection of the juice is blended with 0.5W 1.5 as much solution of salt as the collected juice by volume (v/v), stirred fully, kept at 20W50°C temperature of the unrefined soy sauce for 1W3 weeks with stirring sometimes, and squeezed to give a filtrate. This filtrate is blended with the juice of the unrefined soy sauce.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:在短时间内制备酱油,并在氮溶解的高利用率下进行制作,能够烹饪食物成分而不损害其光泽,颜色和味道。 构成:制备开始后的未精制酱油在搅拌下保持在20-35℃6-20天,在制备的早期阶段得到未经精制的酱油,其中20%(v / v),优选 收集基于未精制酱油的总汁的30-50%(v / v)果汁。 收集果汁后剩余的未精制酱油与收集的汁液一样多的盐溶液与0.5-1.5倍的体积(v / v)混合,充分搅拌,保持在未精制酱油的20-50℃温度 有时搅拌1-3周,并挤压得到滤液。 将该滤液与未精制酱油的汁液混合。
    • 9. 发明专利
    • VINEGAR MAKER
    • JPS60133873A
    • 1985-07-17
    • JP24096083
    • 1983-12-22
    • KIKKOMAN CORP
    • OKUHARA AKIRA
    • C12J1/00C12J1/10
    • PURPOSE:A vinegar maker is provided with the fermentation column filled with fibrous arriers supporting actobacters and means for forcibly passing through the vinegar mash and an oxygen-containing gas to achieve high-efficiency production of high-concentration and high-quality vinegar. CONSTITUTION:The close type of fermentation column 1 is filled with fibrous carrier suporting actobacters 3 and both of the mash-circulating pipe 4 and the gas-circulating pipe 10 and exhaustion pipe 18 are connected thereto. The air- feeding pipe 11 is connected through valve 12 to the oxygen feeder 13 and the gas-liquid phase separator 6 to control the oxygen concentration in the gas phase in the fermentation column. Further, heating is effected through the heat exchanger 17 so that the temperature is kept at an appropriate one as the mash is fermented suitably in the column.
    • 10. 发明专利
    • Method and apparatus for preparation of vinegar
    • 用于制备葡萄糖的方法和装置
    • JPS59143582A
    • 1984-08-17
    • JP1608383
    • 1983-02-04
    • Kikkoman Corp
    • OKUHARA AKIRA
    • C12J1/04C12J1/10
    • PURPOSE: To prepare high-quality vinegar in high efficiency, suspending carrier membranes vertically in a fermentation tank, letting the MOROMI of vinegar to flow down in the membrane and to contact with acetobacters supported by the carrier membrane.
      CONSTITUTION: Acetobacters are attached to the carrier membrane made of a porous hydrophilic nonwoven fabric, etc. having a thickness of about several mm. The top of the carrier membrane 2 is attached to the MOROMI tank 3 placed above the fermentation tank 1, and the membrane is suspended vertically in the tank 1. A vinegar MOROMI (an unrefined alcoholic fermentation product containing alcohol and obtained by the fermentation of saccharified liquors, potatoes, etc.) is supplied through the pipe 5 to the tank 3, soaked into the carrier membrane, and allowed to flow down. In the course of flowing-down, the MOROMI is subjected to the acetic acid fermentation by contacting with the acetobacters to obtain vinegar. When the acetic acid fermentation is incomplete by a single passage through the membrane 2, the dripped acetic acid MOROMI is returned through the discharge pipe 6, the pump 7 and the supply pipe 5 to the MOROMI tank 3.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:为了高效制备高品质的醋,将发酵罐垂直悬挂在载体膜上,使醋的MOROMI在膜中流下并与载体膜支撑的乙酰基接触。 构成:将各种形状的附着于由多孔亲水性无纺布等构成的载体膜上,厚度约为几毫米。载体膜2的顶部附着在置于发酵罐1上方的MOROMI罐3上, 将膜垂直悬挂在罐1中。将醋MOROMI(通过糖化酒,土豆等的发酵获得的含酒精的未精制酒精发酵产物)通过管5供应到罐3,浸入载体 膜,并允许流下。 在流下的过程中,MOROMI通过与乙酸乙酯接触来进行乙酸发酵以获得醋。 当通过膜2的单次通过乙酸发酵不完全时,滴入的乙酸MOROMI通过排出管6,泵7和供给管5返回到MOROMI罐3。