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Process of Softeness-Improved Yoghurt, STT Technology(Soft and Tender Taste Technology)

机译:改善柔软度的酸奶的工艺,STT技术(软和嫩味技术)

摘要

Crude oil, skim milk powder, sodium caseinate, glucose, and pectin were mixed in a mixer, homogenized in a homogenizer, sterilized in a sterilizer, cooled, mixed with lactic acid bacteria, fermented in a fermenter, cooled in a cooler, By stabilizing the fermented milk and filtering it through a line filter, it is possible to improve the flavor of the fermented milk, which is the final product, by fermenting at a low temperature, and by controlling the microvalve installed at one side of the transfer pipe, By adjusting the space, the texture of the fermented milk, which is the final product, can be improved, and since the stabilized curd liquid stored in the storage tank is filtered by the line filter, the stabilized curd liquid particles can not be combined with each other to maintain a constant particle size It is possible to prevent the texture from deteriorating.;A method for producing a fermented milk with improved smooth texture according to the present invention,;A mixed oil production process (first process) of mixing crude oil, skimmed milk powder, sodium caseinate, glucose, and pectin in a mixer; A homogenization process (second process) in which the mixed oil mixed in the first process is transferred through a transfer tube and homogenized in a homogenizer; A sterilization and cooling step (third step) of transferring the homogeneous oil of the second step to a sterilizer through a transfer tube, sterilizing the sterilized sterilization machine, and cooling the sterilized homogeneous oil; A fermentation process (fourth process) in which lactic acid bacteria are mixed after the sterilization / cooling oil of the third process is transferred to a fermenter through a transfer tube and fermented in a fermenter; A cooling step (fifth step) of transferring fermented sterilization / cooling oil after the lactic acid bacteria are mixed in the fourth step to a cooler through a transfer tube and then cooling the sterilized / cooled oil; A stabilization step (sixth step) of transferring the curd liquid of the fifth step to a storage tank through a transfer tube, and then storing and stabilizing the curd liquid; And a filter process (seventh process) for transferring the curd liquid stored in the storage tank to the line filter through a transfer pipe and then filtering the curd liquid stored in the storage tank in the sixth process.;STT method, fermented milk, crude oil, skim milk powder, sodium caseinate, glucose, pectin, mixed, lactic acid bacteria, fermentation, cooling, curd liquid, microvalve, line filter, transfer tube
机译:将原油,脱脂奶粉,酪蛋白酸钠,葡萄糖和果胶在混合机中混合,在均质器中均化,在灭菌器中灭菌,冷却,与乳酸菌混合,在发酵罐中发酵,在冷却器中冷却,通过稳定化处理发酵乳并通过管线过滤器进行过滤,可以通过在低温下进行发酵并控制安装在输送管一侧的微型阀来改善最终产品发酵乳的风味,通过调节空间,可以改善作为最终产品的发酵乳的质地,并且由于通过管线过滤器过滤了储存在储罐中的稳定的凝乳液体,因此不能与稳定的凝乳液体颗粒混合。彼此之间保持恒定的粒径可以防止质地变差。根据本发明的生产具有改善的光滑质地的发酵乳的方法,混合油制品在混合机中混合原油,脱脂奶粉,酪蛋白酸钠,葡萄糖和果胶的过程(第一步);均质化工序(第二工序),将在第一工序中混合的混合油通过输送管转移,并在均质机中均质化。灭菌冷却步骤(第三步骤)是将第二步骤的均质油通过输送管转移至灭菌器,对灭菌后的灭菌机进行灭菌,然后对灭菌后的均质油进行冷却。在第三工序的杀菌/冷却油混合后的乳酸菌的发酵工序(第四工序)通过输送管被输送至发酵罐并在发酵罐中进行发酵。冷却步骤(第五步骤)是在第四步骤中将混合了乳酸菌的发酵后的杀菌/冷却油通过输送管传送至冷却器,然后冷却杀菌/冷却的油。稳定步骤(第六步骤)是将第五步骤的凝乳液通过输送管转移到储罐中,然后储存并稳定凝乳液。过滤工序(第七工序),用于将贮留在储罐中的凝乳液通过输送管转移至管线过滤器,然后在第六工序中对贮留在储罐中的凝乳液进行过滤。油,脱脂奶粉,酪蛋白酸钠,葡萄糖,果胶,混合,乳酸菌,发酵,冷却,凝乳液,微阀,管线过滤器,输送管

著录项

  • 公开/公告号KR101150130B1

    专利类型

  • 公开/公告日2012-06-08

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20080128260

  • 申请日2008-12-17

  • 分类号A23C9/123;A23C9/13;

  • 国家 KR

  • 入库时间 2022-08-21 17:08:00

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