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    • 22. 发明申请
    • Brewing Process
    • 酿造工艺
    • US20100303955A1
    • 2010-12-02
    • US12745208
    • 2008-12-11
    • Niels Elvig
    • Niels Elvig
    • C12C7/04C12N9/44
    • C12C7/047C12C5/004C12C5/006
    • The invention relates to a process for the production of wort, comprising the enzymatic treatment of gist in up to 100% unmalted (grain) form, for further processing into high quality beverage products. By the addition of a combination of exogenous enzymes (α-amylase, isoamylase/pullulanase, FAN generating activity (proteases) and beta-glucanase activity) to the mash and by the simultaneously thermal activation of the maltose-generating endogenous β-amylase, it is possible to obtain a wort based on up to even 100% barley. The invention further relates to a process for the production of a high quality beer or beer product and to the high quality beer produced according to the process.
    • 本发明涉及一种生产麦芽汁的方法,其包括以高达100%未发酵(谷物)形式的酶处理,用于进一步加工成高品质饮料产品。 通过将外源酶(α-淀粉酶,异淀粉酶/支链淀粉酶,FAN产生活性(蛋白酶)和β-葡聚糖酶活性)的组合加入到糊状物中并通过同时热活化产生麦芽糖的内源性 - 淀粉酶, 可以获得基于至多100%大麦的麦芽汁。 本发明还涉及生产高品质啤酒或啤酒产品的方法以及根据该方法生产的高品质啤酒的方法。
    • 23. 发明申请
    • PROCESSING METHOD, PROCESSING DEVICE AND SACCHARIFYING METHOD FOR EXTRUSION COOKED BEER ADJUNCT
    • 加工方法,加工设备和挤压煮熟啤酒调味方法
    • US20100189869A1
    • 2010-07-29
    • US12753929
    • 2010-04-05
    • Dechao Shen
    • Dechao Shen
    • C12C7/04
    • C12C7/047
    • The present inventions are characterized by providing a processing device, processing method and saccharifying method for extrusion cooked beer adjunct so that the saccharification and filtration of mash for the extrusion cooked beer adjunct may be carried out smoothly in the actual production for brewing beer. As compared with the double-mash saccharifying method (including the saccharifying method with additional enzymes) applied currently now, it may omit the mash cooking procedure and the cooking kettle and put the malt grist and the grist of extrusion cooked beer adjunct together into water in the brew kettle or the grist of extrusion cooked beer adjunct, malt grist and water are together put into the brew kettle to carry out the saccharifying. The single-mash saccharifying method of this invention may reduce the energy consumption, decrease the cost of beer production, increase the recoverable ratio of wort extract and raise the beer output.
    • 本发明的特征在于提供一种用于挤压煮熟的啤酒助剂的加工装置,加工方法和糖化方法,以便在实际的酿造啤酒生产中可以平稳地进行用于挤压煮熟的啤酒助剂的糊状物的糖化和过滤。 与现在应用的双糖化糖化方法(包括添加酶的糖化方法)相比,可以省略醪烹饪程序和烹饪水壶,并将麦芽浆和挤压熟啤酒的粒料一起放入水中 酿造水壶或挤出熟啤酒的麦片,麦芽浆和水一起放入酿造水壶进行糖化。 本发明的单糖化糖化方法可以降低能量消耗,降低啤酒生产成本,提高麦芽汁提取物的可回收率,提高啤酒产量。
    • 24. 发明申请
    • Fermented Beverage Using Fractionated Corn
    • 使用分馏玉米的发酵饮料
    • US20090081328A1
    • 2009-03-26
    • US11886544
    • 2006-03-16
    • Takaaki IzumiYoichi KakudoSusumu FurukuboSeisuke Takaoka
    • Takaaki IzumiYoichi KakudoSusumu FurukuboSeisuke Takaoka
    • C12C12/00
    • C12C5/004C12C7/047C12C12/02C12G3/02
    • There is provided a technique for obtaining a high-quality fermented beverage, in particular, a beer taste beverage by using a non-wheat grain, for example, ungerminated corn, which is easily available and frequently used as a raw material for food and drink, without causing fermentation failure. The non-wheat grain is fractioned at least into a starch fraction and a protein fraction. The two fractions are separately treated with respective exogenous enzymes to obtain a saccharified starch and a protein decomposition product, which are used as raw materials for a mother solution for a fermentation step. In this way, a failure in a preparation step is overcome. Studies were made specifically on the blending ratio of the saccharified starch and the protein decomposition product thus separately prepared to determine a preferable blending ratio that does not cause fermentation failure in the fermentation step.
    • 提供了一种通过使用非小麦籽粒例如未经发芽的玉米来获得高品质发酵饮料,特别是啤酒味饮料的技术,其易于获得并经常用作食品和饮料的原料 ,不会引起发酵失败。 至少将非小麦籽粒分级成淀粉级分和蛋白质级分。 用各种外源酶分别处理两个级分,得到糖化淀粉和蛋白质分解产物,其用作用于发酵步骤的母液的原料。 以这种方式,克服了制备步骤的失败。 专门研究糖化淀粉和蛋白质分解产物的混合比,由此分别制备以确定在发酵步骤中不引起发酵失败的优选共混比。
    • 25. 发明申请
    • Processing method, processing device and saccharifying method for extrusion cooked beer adjunct
    • 挤压熟啤酒辅料的加工方法,加工装置和糖化方法
    • US20070134385A1
    • 2007-06-14
    • US11604834
    • 2006-11-28
    • Dechao Shen
    • Dechao Shen
    • A23L1/00
    • C12C7/047
    • The present inventions are characterized by providing a processing device, processing method and saccharifying method for extrusion cooked beer adjunct so that the saccharification and filtration of mash for the extrusion cooked beer adjunct may be carried out smoothly in the actual production for brewing beer. As compared with the double-mash saccharifying method (including the saccharifying method with additional enzymes) applied currently now, it may omit the mash cooking procedure and the cooking kettle and put the malt grist and the grist of extrusion cooked beer adjunct together into water in the brew kettle or the grist of extrusion cooked beer adjunct, malt grist and water are together put into the brew kettle to carry out the saccharifying. The single-mash saccharifying method of this invention may reduce the energy consumption, decrease the cost of beer production, increase the recoverable ratio of wort extract and raise the beer output.
    • 本发明的特征在于提供一种用于挤压煮熟的啤酒助剂的加工装置,加工方法和糖化方法,以便在实际的酿造啤酒生产中可以平稳地进行用于挤压煮熟的啤酒助剂的糊状物的糖化和过滤。 与现在应用的双糖化糖化方法(包括添加酶的糖化方法)相比,可以省略醪烹饪程序和烹饪水壶,并将麦芽浆和挤压熟啤酒的粒料一起放入水中 酿造水壶或挤出熟啤酒的麦片,麦芽浆和水一起放入酿造水壶进行糖化。 本发明的单糖化糖化方法可以降低能量消耗,降低啤酒生产成本,提高麦芽汁提取物的可回收率,提高啤酒产量。
    • 29. 发明授权
    • Process for making a brewers' wort beer
    • 酿造啤酒啤酒的工艺
    • US3712820A
    • 1973-01-23
    • US3712820D
    • 1970-07-23
    • LABATT LTD JOHN
    • WALMSLEY MCROSS J
    • C12C7/00C12C7/04
    • C12C11/003C12C5/004C12C7/04C12C7/047C12C7/282C12C7/285
    • THIS INVENTION PROVIDES A PROCESS FOR PRODUCING A BREWERS'' WORT IN WHICH AN AQUEOUS SLURRY OF A RAW STARCHCONTAINING MATERIAL, PREFERABLY A CEREAL GRAIN SUCH AS BARLEY, IS HEATED TO 40*-55*C, AT WHICH TEMPERATURE IT IS SUBJECTED TO THE ACTION OF A DISCRETE PROTEOLYTIC ENZYME AND, OPTIONALLY, A DISCRETE A-AMYLASE ENZYME, THEN HEATED TO 65*-90*C, AT WHICH TEMPERATURE IT IS SUBJECTED TO THE ACTION OF A DISCRETE A-AMYLASE ENZYME TO SOLUBILISE THE STARCH, AFTER WHICH IT IS COOLED TO 400*-65*C, AT WHICH TEMPERATURE IT IS SUBJECTED TO THE ACTION OF A DISCRETE BAMYLASE ENZYME OR SOURCE THEREOF TO PRODUCE FERMENTABLE SUGARS. PREFERABLY, THE PROTEASE ENZYME IS PRESENT IN AN AMOUNT OF AT LEAST 0.5 MODIFIED KUNITZ PROTEASE UNITS PERGM., THE A-AMYLASE ENZYME IN AN AMOUNT OF AT LEAST 45 MADIFIED STEIN-FISCHER A-AMYLASE UBITS PER GM., AND THE BAMYLASE ENZYME IS MALT PRESENT IN AN AMOUNT OF LESS THAN 30% BY WEIGHT. ADVANTAGEOUSLY, THE MASH BILL INCLUDES UP TO ABOUT 60% BY WEIGHT OF A CEREAL ADJUNCT, SAY, LIQUEFIED CORN GRITS. THE INVENTION ALSO INCLUDES A PROCESS FOR THE MANUFACTURE OF BEER OR LIKE NON-DISTILLED ALCOHOLIC BEVERAGES FROM SUCH BREWERS'' WORTS.

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