专利检索_.冷却啤酒麦芽汁在冷却期间或冷却后澄清啤酒麦芽汁专利检索_.冷却啤酒麦芽汁在冷却期间或冷却后澄清啤酒麦芽汁专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
161	COOLING TANK	JP2001129750	2001-04-26	JP2002320419A	2002-11-05	OMUTA MAMORU; TABUCHI OSAMU; RI CHIKAHARU
PROBLEM TO BE SOLVED: To provide a cooling tank for which a small-sized cooler can be used in place of a large-sized water tank, etc., and which has excellent cooling performance. SOLUTION: The cooling tank 1 is a tank storing cow's milk and transporting the milk in cooled state. Brine (antifreeze liquid) having a freezing point of <0 deg.C is cooled with a cooler 34 and the cooled brine is flowed along a flow channel in fluid guiding members 14, 18 placed on the wall face of the tank body 10 while preventing the stagnation of the flow.
162		JP6705194	1994-04-05	JP3300524B2	2002-07-08

163	METHOD FOR STERILIZING DRINK, ESPECIALLY BEER	JP2001103803	2001-04-02	JP2001314180A	2001-11-13	LAND PETER
PROBLEM TO BE SOLVED: To develop a method for sterilizing a drink, especially a beer, which does not exceed a PU limit (in principle within a range from 10 PU to 30 PU) whose effectiveness has been proved in real treatments and by which the possibly highest product temperature is obtained during the thermal treatment. SOLUTION: This method for thermally sterilizing the drink, especially the beer, comprising heating a volume of the flow of the product at a higher temperature than a sterilization temperature before the product is bottled and then recooling the heated product, characterized by starting the cooling step (34) for lowering the temperature of the product just after the heating step (30) continued until reaching the pre-calculated highest temperature (33). In the method, there is not a heating-retaining time for constantly retaining the temperature. The high product temperature can be achieved without exceeding the limit specified for the applied sterilization unit.
164		JP54307698	1998-04-07	JP2001519715A	2001-10-23

165	SYSTEM AND METHOD FOR COOLING THERMALLY PROCESSING LIQUID	JP8942999	1999-03-30	JP2000279157A	2000-10-10	YAMANAKA AKIRA; FUKUSHIGE HIKARI; KUSABE TAKAHIRO
PROBLEM TO BE SOLVED: To provide the subject system and method designed to level off the burden of a cooling medium on this system and thereby cool a thermally processing liquid efficiently. SOLUTION: This system has a heating means 5 for heating an intermediate feedstock into a thermally processing liquid, a conditioning tank 35 for the resulting thermally processing liquid, a heat exchanger 24 for precooling a feedstock liquid, a precooling means 24 for precooling the feedstock liquid into the corresponding feedstock cool liquid, a heat exchange means 6 for the heat exchange between the thermally processing liquid and feedstock cool liquid, a tank 7 for storing the resultant processing liquid cooled by the preceding heat exchange, and a tank 21 for storing the resultant hot feedstock liquid heated by the preceding heat exchange.
166		JP50330992	1992-01-10	JPH06511143A	1994-12-15

167	CLARIFICATION OF DRINK	JP6705194	1994-04-05	JPH06319514A	1994-11-22	ROBAATO JIEI UINUTSUDO; UIRIAMU GIBUSON; KIYARORU ERU URUFU

168		JP8838088	1988-07-01	JPH029098U	1990-01-22

169	WASTE HEAT RECOVERING TYPE HEAT-TREATMENT SYSTEM	JP2932488	1988-02-10	JPH01206985A	1989-08-21	MORIYAMA NORIYUKI; ISHIDA MIYOJI
PURPOSE:To provide the title system so designed that heat is recovered from the steam generated in boiling operation, and not only reused in the boiling but also used for cooling, thereby reducing energy cost. CONSTITUTION:For example, in a plant where boiling and cooling operations are required to be performed alternately and frequently such as the beer manufacturing process, plural boilers 3 are installed to perform the boiling cycles and cooling ones with a certain time lag, carrying out continuous boiling as a whole. And, the steam generated from a boiling system 1 is sent to a heat recovery line 4 and the heat contained in said steam is stored in the form of warm water. This warm water is heated in a heater 47 and sent to an absorption refrigerating machine 6 to make chilled water with which cooling operation is made.
170	STABILIZING TREATMENT OF BEER	JP32011587	1987-12-19	JPH01165363A	1989-06-29	SHIODA EIJI
PURPOSE:To obtain high-quality beer causing no turbidity even in long-term preservation in bottles, cans, barrels, etc., by bringing silica gel having specific values of physical properties into contact with beer in low-temperature aging. CONSTITUTION:In producing beer by conventional procedure, 0.1-1g based on 1l beer of spherical silica gel having 300-700m<2>/g specific surface area, 1.0-2.0ml/g pore volume, 100-180Angstrom pore volume and 5-20mu average particle diameter is brought into contact with beer and filtered off.
171		JP50073084	1984-02-01	JPS60500399A	1985-03-28

172	Biiruseizonioiteshojirusekishutsubutsuoshorisurutamenohoho oyobi konohohoojitsushisurutamenokeichusochi	JP12085975	1975-10-08	JPS5163995A	1976-06-02	ERUNSUTO AA IEEGERU; ANTOON ZAIDORU

173		JP12198474	1974-10-24	JPS5073268A	1975-06-17

174		JP7073874	1974-06-20	JPS5046896A	1975-04-25

175	一种啤酒生产麦汁冷却装置	CN202322377344.1	2023-09-02	CN220724080U	2024-04-05	孔大维
本实用新型公开了一种啤酒生产麦汁冷却装置，属于啤酒生产技术领域，其技术方案要点包括进料组件，进料组件的后侧固定连通有连接组件，连接组件的后侧固定连通有放热组件，首先通过进料组件固定连接组件，并通过进料组件将冷却前麦汁和冷却后麦汁分隔，然后通过连接组件连接进料组件和放热组件，并固定循环组件，然后通过放热组件配合循环组件将循环组件内麦汁冷却，并辅助固定循环组件，最后通过循环组件实现麦汁的冷却，便于收集冷却后麦汁，通过管头固定盘管的工作位置，并通过盘管装填麦汁，增加麦汁的冷却范围，同时固定回流管的工作位置，最后通过回流管实现麦汁的冷却后回流，便于收集。
176	一种用于啤酒生产的薄板换热器	CN202221738587.2	2022-07-07	CN217973105U	2022-12-06	张涛
本实用新型公开了一种用于啤酒生产的薄板换热器，包括平行间隔设置的固定压紧板和活动压紧板、设置在固定压紧板和活动压紧板之间的若干换热薄板，所述固定压紧板和活动压紧板之间通过螺栓和螺母螺纹连接压紧，所述螺栓设置在换热薄板外围；还包括套设在螺杆上的第一保护件，所述第一保护件设置在固定压紧板和活动压紧板之间，所述第一保护件包括硬质套管以及分别设置在硬质套管两端的第一弹性波纹管和第二弹性波纹管。解决了用于啤酒生产的薄板换热器的螺杆经常处于裸露状态，其外螺纹容易被磕碰损坏，损坏后难以维修、更换成本高昂的问题。
177	一种融合AR智能技术麦汁制备系统	CN202121253844.9	2021-06-03	CN215050046U	2021-12-07	郭磊; 张玉林; 丁建保; 郝立明; 孙峰
本实用新型涉及一种融合AR智能技术麦汁制备系统，包括安装板和固定安装在安装板正面右侧的控制器。该融合AR智能技术麦汁制备系统，通过设置输送机模型和增湿器模型，输送机模型将麦芽颗粒进行输送，增湿器模型不断为输送机模型内的麦芽颗粒进行不断加湿，使得粗粒和麦皮的分离性能显著提高，麦汁过滤的速度提高，在麦汁在进行糖化收的率和最终发酵度能够得以提高，通过设置空气过滤器模型和过滤机模型，空气过滤器模型能够对麦汁中的气体进行过滤，方便进行使用，过滤机模型能够在缓冲罐模型对麦汁缓冲下，再对麦汁进行过滤，从而保证了麦汁生产的纯度提高了生产品质，解决了粗粒和麦皮的分离不完善、麦汁纯度较低的问题。
178	一种啤酒酿造设备	CN202120756640.0	2021-04-14	CN214937327U	2021-11-30	刘海龙; 关若飞
本实用新型公开了一种啤酒酿造设备，包括加热换热桶、糖化过滤桶和熬煮冷却桶及水泵，在加热换热桶内设有换热盘管，换热盘管两端分别与设在加热换热桶上的进水接头和排水接头连通；在糖化过滤桶内底部设有筛盘，在糖化过滤桶上设有换热出口并与设在筛盘上的弯头连通；在糖化过滤桶上部设有连通其内腔的换热返回接头，换热返回接头通过管路与所述排水接头连通；在熬煮冷却桶内设有冷却盘管，冷却盘管两端分别与设在熬煮冷却桶上的输入接头和输出接头连接；在熬煮冷却桶上设有排入接头和排出接头，在排入接头和排出接头外端分别设有阀门。该设备能够按照酒体薄厚，酒体的干、半干、甜等口味进行酿造，糖化率高，酿造效率高。
179	一种啤酒加工系统	CN201820146255.2	2018-01-29	CN208517368U	2019-02-19	杨熔
本实用新型公开了一种啤酒加工系统，包括依次设置的粉碎装置、用于对粉碎后物料进行糊化操作的糊化装置、过滤装置、煮沸装置、沉淀装置、冷却装置及发酵装置；所述相邻装置之间通过管道连接；所述糊化装置上设有进水件，所述煮沸装置上设有酒花添加器和温度感应器；所述浸泡室包括浸泡仓、进料通道及出料通道，所述出料通道内设有封堵部件。本实用新型通过将浸泡室直接设置在破碎装置内，免去了复杂的搬运操作，提高加工效率；省去了浸泡室的设置，减小了土地占用和工程投入，缩短建设周期，减小对土地资源的浪费。(ESM)同样的发明创造已同日申请发明专利
180	自动贴合制冷装置	CN201721817927.X	2017-12-22	CN207845607U	2018-09-11	侯洁明; 刘国起; 陆文俊
本实用新型公开了一种自动贴合制冷装置，用于对一罐体内的液体进行冷却，包括：支架外壳以及至少一个弹簧导柱制冷装置，所述弹簧导柱制冷装置包括若干弹簧导柱以及制冷装置，所述弹簧导柱的一端与所述支架外壳的内侧固定，所述弹簧导柱的另一端与所述制冷装置连接，当罐体插入所述支架外壳后，所述制冷装置在所述弹簧导柱的作用下紧贴所述罐体的外表面。当罐体插入支架外壳后，即使罐体的直径存在一些误差的情况下，制冷装置在弹簧导柱的作用下也会紧密贴合在罐体上，从而在罐体与制冷装置之间有效进行热传导。

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