M384983 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種飲料沖煮敦置，特別是指一種可供 製備不同種類飲料的均溫式飲料沖煮裝置。 【先前技術】 飲料沖煮裝置被運用於製備咖啡、茶品或其他飲品。 如圖7所示之習用飲料沖棄裝置’主要係利用一供水泵浦8〇 供應外界水源至一锅爐81内，該鋼爐81設有一加熱器82及 /ml度憤測器83，藉以將該鋼爐81内的儲水加熱至一設定 溫度範圍内；進行飲料萃取程序時，控制一沖煮電磁閥84 開啟，使該鍋爐81内的熱水經一出水管85及一灑水頭％， 灑入一預置有飲品材料的飲料過濾筒87内，浸出的飲料最 後流入至一儲存桶88内儲存。 上述習用飲料沖煮裝置將鍋爐81内的熱水直接供應至 灌水頭86出水，連續使用熱水時，熱水溫度隨沖煮時間而 遞減，當溫度侧H83侧鍋細内水溫低於設定值時， 再仃啟動加熱器82加熱；因此，在進行飲料沖煮程序的連 續出水過程中’熱水溫度係呈現出遞減後陡增再遞減的變 化曲線，無法保持於均溫狀態’其將影響飲料的沖煮品 質’難以沖煮出最佳風味的飲料製品，此係習用飲料 裝置的最大技術問題。 … 習用飲料沖煮裝置尚存在有下列待解決的技術問題： 1.由於其熱水出水溫度僅在—狹窄的溫度範圍内且 不同種類的飲料其最佳沖煮溫度並不相同，因此習用飲料 3 M384983 沖煮裝置一般僅供沖煮單一種類的飲料’對於有沖煮不同 種類飲料(例如咖啡及茶品）需求的使用者，造成極大的不 便； 2. 為配合飲料的沖煮溫度，該鍋爐81内儲水的加熱溫 度範圍較小，僅能略高於飲料沖煮溫度；當連續出水時， 經常發生儲水溫度低於沖煮溫度的情形，此時即需等待加 熱器82將儲水加熱至略高於沖素溫度，才能恢復飲料沖煮 程序，致使習用飲料沖煮裝置的工作效率不佳； 3. 進行沖煮時’熱水係由該灑水頭86的數個出水孔， 以水流方式灑出，致使放置於該飲料過濾筒87内的飲品材 料難以均勻地與熱水接觸，導致飲料的沖煮品質因受水不 均而變差；以及 4. 進行沖煮時，係以出水時間計算出水量，不但難以 精確α十算元成沖煮後的飲料容積，而且因飲料容積不固定 的因素’相對影響飲料的沖煮品質。 【新型内容】 本創作之目的即在於提供一種均溫式飲料沖煮裝置， 其在進行飲料沖餘料，預先使水溫高於沖煮溫度的熱 水ϋ冷水混合成—設定溫度值的供應水流，再以該保持於 ^皿狀㈣供應水流沖煮飲料’城有效提昇飲料的沖煮 °口質，藉以沖煮出最佳風味的飲料製品者。 本創作之次-目的係在於提供一種均溫式飲料沙煮裝 庳不ίίί有—冷水流量調整裝置，其能在單位時間内供 〜 里的冷水’並與該固定流量的熱水混合成不同溫 4 M384983 度的供應水流，用以沖煮不同種類的飲料者。 本創作之另-目的係在於提供—種均溫式飲料沖考裝 置’其能使用低功率加熱器㉟先將儲水加熱至遠高於飲料 冲煮溫度的向熱值儲水，該高熱值儲水再與冷水混入成適 當沖煮溫度的均溫供應錢，可啸小的輯容積提供更 多的適溫熱水，提高飲料沖煮裝置的整體工作致率者。 本創作之又-目的係在於提供—種均溫式飲料沖煮裝M384983 V. New description: [New technical field] This creation is about a beverage brewing, especially a uniform temperature beverage brewing device for preparing different types of beverages. [Prior Art] Beverage brewing devices are used to prepare coffee, tea or other beverages. The conventional beverage disposing device shown in FIG. 7 mainly supplies an external water source to a boiler 81 by using a water supply pump 8 , and the steel furnace 81 is provided with a heater 82 and a / ml degree anger detector 83. The water stored in the steel furnace 81 is heated to a set temperature range; when the beverage extraction process is performed, the brewing solenoid valve 84 is controlled to open, so that the hot water in the boiler 81 passes through an outlet pipe 85 and a sprinkler head. It is sprinkled into a beverage filter cartridge 87 preset with a beverage material, and the leached beverage finally flows into a storage tank 88 for storage. The above-mentioned conventional beverage brewing device directly supplies the hot water in the boiler 81 to the water from the filling head 86. When the hot water is continuously used, the hot water temperature decreases with the brewing time, and when the temperature side H83 side pot water temperature is lower than the setting At the time of the value, the heater 82 is further activated; therefore, during the continuous water discharge process of the beverage brewing process, the hot water temperature system exhibits a decreasing curve of decreasing and then decreasing, and cannot be maintained in the uniform temperature state. It affects the brewing quality of beverages. It is difficult to brew the best flavored beverage products. This is the biggest technical problem of conventional beverage devices. ... The conventional beverage brewing device still has the following technical problems to be solved: 1. The drinking water temperature is only in the narrow temperature range and the optimal brewing temperature of different kinds of beverages is not the same, so the beverage is used. 3 M384983 brewing unit is generally only for brewing a single type of beverage', which is extremely inconvenient for users who need to brew different types of beverages (such as coffee and tea); 2. To match the brewing temperature of the beverage, The heating temperature range of the water stored in the boiler 81 is small, and can only be slightly higher than the brewing temperature of the beverage; when the water is continuously discharged, the storage temperature is often lower than the brewing temperature, and the heater 82 is required to wait for storage. The water is heated to a temperature slightly higher than the temperature to recover the beverage brewing procedure, resulting in a poor working efficiency of the conventional beverage brewing device. 3. When brewing, the hot water is from a plurality of water outlets of the sprinkler head 86. Spilling in a water flow manner, so that the beverage material placed in the beverage filter cartridge 87 is difficult to uniformly contact with the hot water, resulting in deterioration of the brewing quality of the beverage due to uneven water; and 4. When cooking, the amount of water is calculated by the time of water discharge. It is difficult to accurately calculate the volume of the beverage after brewing, and the relative brewing quality of the beverage is relatively adversely affected by the factor of the beverage volume. [New content] The purpose of this creation is to provide a uniform temperature beverage brewing device, which mixes hot water and cold water whose water temperature is higher than the brewing temperature in the beverage flushing--the supply of the set temperature value. The water flow, and then the beverage is kept in the shape of a dish (four), and the brewing beverage is used to effectively improve the taste of the beverage, so as to brew the best flavored beverage product. The second purpose of this creation is to provide a uniform temperature beverage sand cooking device that does not have an - cold water flow adjustment device that can supply ~ cold water per unit time and mixes with the fixed flow of hot water. Temperature 4 M384983 degrees of supply water for brewing different types of beverages. Another object of the present invention is to provide an average temperature beverage brewing device that can use a low power heater 35 to first heat the stored water to a hot value storage water well above the brewing temperature of the beverage, the high calorific value. The water storage is mixed with the cold water to supply the average temperature of the appropriate brewing temperature, and the smaller volume can provide more suitable hot water to improve the overall working rate of the beverage brewing device. The purpose of this creation is to provide a kind of uniform temperature beverage brewing equipment.
置’更包括有-出水噴霧器，其將該均溫供應水流以霧化 方式均勻喷出’使飲品材料均勻地與熱水接觸有效提昇 飲料的沖煮品質者。 本創作之再—目的係在於提供—種均溫錢料沖者裝 置，更包括有-出水流量計，*但可以料控制完成沖棄 後的飲料容積，更可相對提高傾的沖煮品質。The apparatus further includes a effluent sprayer that uniformly sprays the temperature-equal supply water stream in an atomized manner to make the beverage material uniformly contact with the hot water to effectively enhance the brewing quality of the beverage. The purpose of this creation is to provide a kind of uniform temperature material flushing device, including a water flow meter, but it is possible to control the volume of the beverage after the abandonment, and to improve the brewing quality of the dumping.
署之他一目的係在於提供一種均溫式飲料沖煮裝 /、锅爐上③有分別位於高位及低位的至少二個加熱器 及其溫度勤❻，可明喊分㈣__儲水進行加 熱’藉以提高鶴爐内儲水的均溫效果。 可違成上述創作目的之均溫式飲料沖煮裝置，包括 用以接收及儲存外界水源的銷爐；至少-個加孰 f ’藉以賴峰_财進行加熱；至少-個溫度制 該鍋爐内的儲水溫度並控制該加熱器的啟 才、…内的儲水保持於-設定溫度範圍内；一供輸 2鶴爐__熱水輸送管；-供輸料界冷水的冷水 輸送官；1讀體，討接收該林輸找及熱水輸送 5 管所分別輸送的冷水及熱水，並將該冷水及熱水混合成一 適當溫度的均溫水流；一連接至該混合槽體並可接收該均 溫水流的出水管；以及一設於該出水管上的出水控制閥， 其被開啟時’該均溫水流經由該出水管流出，藉以進行飲 料沖煮程序者。 在一較佳實施例中，該均溫式飲料沖煮裝置更包括有 一與該冷水輸送管相互連接的冷水流量調整裝置，藉以調 整§亥冷水的流量。 在一較佳實施例中，該冷水流量調整裝置包括有至少 一個連接該外界冷水與該冷水輸送管的冷水歧管，每一冷 水歧官上分別安裝有一用以控制該冷水流量的冷水節流 器以及用以控制啟閉该冷水歧管的冷水控制閥。 在一較佳實施例中，該混合槽體包括有：一本體；一 被形成於該本體内部的混合室；一第一入口管，其與該熱 水輸送管連接，藉以將該熱水引導進入該混合室内；一第 一入口皆，其與該冷水輸送管連接，藉以將該冷水引導進 入該混合室内；以及一出口管，其與該出水管連接，藉以 將在該混合室内相互混合後的均溫水流引導進入該出口 管。 在一較佳實施例中，該混合室與該第一及第二入口管 間分別設置有一濾網。 在較佳實施例中，该均溫式飲料沖煮裝置更包括有 -熱水節流器，藉以調整該熱水輸送管的熱水流量。 在-較佳實施例中，该均溫式飲料沖煮裝置更包括有 M384983 在一較佳實施例中，該均溫式飲料沖煮梦 一冷水側溫度偵測器，藉以偵測該冷水輪送管 水溫度者。The purpose of the department is to provide a uniform temperature beverage brewing device, and at least two heaters on the boiler with high and low temperatures, respectively, and their temperature diligence, can be clearly shouted (four) __ water storage for heating 'In order to improve the uniform temperature effect of water storage in the crane furnace. An average temperature beverage brewing device which can be used for the above-mentioned creation purposes, including a pin furnace for receiving and storing external water sources; at least one of the twisted f' is heated by Laifeng_cai; at least one temperature is used in the boiler The storage temperature and control of the heater's start, ... the water storage in the - set temperature range; a supply and delivery 2 crane __ hot water delivery pipe; - cold water delivery officer for the cold water supply; 1 reading the body, asking to receive the cold water and hot water respectively conveyed by the forest and the hot water delivery 5, and mixing the cold water and the hot water into a uniform temperature uniform temperature water flow; one is connected to the mixing tank body and And an outlet water control valve disposed on the water outlet pipe; and when the water outlet control valve is disposed on the water outlet pipe, the average warm water flow flows out through the water outlet pipe, thereby performing a beverage brewing procedure. In a preferred embodiment, the temperature-equal beverage brewing apparatus further includes a cold water flow adjusting device interconnected with the cold water conveying pipe to adjust the flow rate of the cold water. In a preferred embodiment, the cold water flow adjusting device comprises at least one cold water manifold connecting the outside cold water and the cold water conveying pipe, and each cold water compartment is separately provided with a cold water throttling for controlling the cold water flow. And a cold water control valve for controlling opening and closing of the cold water manifold. In a preferred embodiment, the mixing tank body comprises: a body; a mixing chamber formed inside the body; a first inlet pipe connected to the hot water conveying pipe, thereby guiding the hot water Entering the mixing chamber; a first inlet connected to the cold water delivery pipe to guide the cold water into the mixing chamber; and an outlet pipe connected to the outlet pipe for mixing in the mixing chamber The uniform warm water flow is directed into the outlet pipe. In a preferred embodiment, a filter screen is disposed between the mixing chamber and the first and second inlet tubes. In a preferred embodiment, the temperature equalized beverage brewing device further includes a hot water restrictor for adjusting the hot water flow rate of the hot water delivery pipe. In a preferred embodiment, the temperature-balanced beverage brewing apparatus further includes M384983. In a preferred embodiment, the temperature-sensing beverage brews a cold water side temperature detector to detect the cold water wheel. The temperature of the pipe is sent.
在-較佳實_中，朗溫岐料沖煮裝置更包括 有：-可接收該均溫水㈣排水管；—設於該排水管上的 排水節流1 ;从—設於雜水管上的排水控侧，其被 開啟時’該均溫水流經由該排水管以―設定流量排出至外 界。 在一較佳實施例中，該均溫式飲料沖煮裝置 -設置於該出水管上且位於邮水控侧後㈣出水流量 計，藉以計算通過如水控制_均溫水流的實際流量， 當該出水流量計計算至一設定流量值時，即控制使該出水 控制閥關閉者。In the preferred embodiment, the Langwen brewing device further comprises: - receiving the temperature equalizing water (4) drain pipe; - draining the throttling pipe 1 disposed on the drain pipe; The drain control side, when it is opened, 'the average warm water flow is discharged to the outside through the drain pipe at a set flow rate. In a preferred embodiment, the temperature-balanced beverage brewing device is disposed on the water outlet pipe and is located at the mail water control side (four) the water flow meter, thereby calculating the actual flow rate through the water flow control, such as water, when When the outlet flow meter is calculated to a set flow value, the person who controls the outlet control valve is closed.
置更包括有 内的外界冷 在-較佳實施例中，該均溫式飲料沖煮裝置更包括有 -設置於該出水管之—出口端的出水嘴霧器，其將該均溫 水流以霧化方式均句噴出者。 在一較佳實施例中，該鍋爐内設有一低位加熱器及一 问位加熱H等至}—個加熱H，藉以對該鋼爐内不同區域 的儲水進行加熱。 在車乂佳實知例中，該鋼爐内分別對應該等加熱器的 位置上/7 W A有-低位溫度彳貞測器及〆高位溫度偵測器 等至v-個酿度偵測H，用以測知該鋼爐内不同區域的儲 7 M384983The arrangement further includes an external cold inside. In a preferred embodiment, the temperature equalized beverage brewing device further includes a water outlet mist sprayer disposed at the outlet end of the water outlet pipe, wherein the warm water flow is fogged The method is a sentence spout. In a preferred embodiment, the boiler is provided with a low level heater and a heating element H to a heating H to heat the water in different areas of the steel furnace. In the know-how of the rut, the steel furnace is corresponding to the position of the heater, /7 WA has a low temperature detector and a high temperature detector to v-degree detection H For measuring the storage in different areas of the steel furnace 7 M384983
水溫度’並分難猶之對應之料加熱H的啟閉，❹ 鍋爐内不同區域的儲水均保持於—設定溫度範圍内。X 在-較佳實施财，該均溫絲料沖絲置更包括有 :供，浦，其設置有-供應外界水源至該_的供水 g ’以及-供麟界水源冷水輸送管的供水歧管。 在一較佳實施财，該供水管係延伸進入該鋼爐内部 位於該加熱訂㈣底舰域，該供水管上設有呈幅射狀The water temperature 'and the corresponding materials are heated to open and close H, 储 the water in different areas of the boiler is kept within the set temperature range. X is in the preferred implementation, the uniform temperature wire feed arrangement further includes: supply, Pu, which is provided with - supply of external water source to the water supply g of the water supply and water supply of the cold water supply pipe of the Linjie water source tube. In a preferred implementation, the water supply pipe system extends into the interior of the steel furnace, and is located in the heating (4) bottom shipyard, and the water supply pipe is provided with a radiation shape.
^列的數個供水孔，使該外界水源吨射朗勻流入 爐内。 【實施方式】 請同時參關i及圖2，本創作所提供之均溫式飲料沖 煮裝置，主要包括有：一用以接收及儲存外界水源的鋼爐 10 ’至少-個加熱||U、12，藉以對該鋼爐1〇内的儲水進 . 仃加熱’至少-個溫度躺器13、14，用以測知該鋼爐⑺ . 内的儲水溫度並控舰加熱、12的啟閉，使該鋼爐⑺ 内的储水保持於-設定溫度範圍内；一供輸送該鋼_内-儲水的熱轉送管〗5供輸送外界冷水料水 · 16 ’ -混合槽體2〇 ,其可接收該冷、熱水輸送管15、16所 輸达的冷水及熱水’並使魏合成—適當溫度的均溫水 流二一連接至該混合槽體20的出水管3〇 ;以及一設於該出 T官30上的出水控制閥3卜其在進行飲料沖煮程序時，被 操作地開啟’使該均溫水流經由該出水管3〇輸送至一飲料 過濾筒87内，進行飲料沖煮程序者。 上述出水控制閥31以及下文中將提到的其他同質性水 8 M384983 流控制閥，可使用例如電磁閥或其他已知型式的控制水流 用的閥類。 本創作另一較佳實施例中，該均溫式飲料沖煮裝置更 包括有一與該冷水輸送管16相互連接的冷水流量調整裝置 40，其可調整流入該冷水輸送管16内的冷水流量。在一較 佳實施例中，該冷水流量調整裝置4〇可被操作地在單位時 ' 間内供應不同流量的冷水至該混合槽體20，並與該熱水輸 φ 送管15輸送的固定流量熱水，在該混合槽體20内預先混合 成不同溫度的均溫水流，使本創作所提供的均溫式飲料沖 煮裝置，可被用以沖煮不同種類的飲料者。 該冷水流量調整裝置40包括有至少一個以並聯方式平 行排列的冷水歧管41，每一冷水歧管41分別與外界冷水水 源及該冷水輸送管16連接，且每一冷水歧管41上分別安裝 有-冷水控制閥42及-冷水節流器43，各冷水節流器财 被預先設計成具有不_容許流量者。㈣者可由一操作 • 面板(®未^出)上選擇―出水溫度值，當進行飲料沖煮程序 時僅有對應於該選擇出水溫度值的冷水控制闕4 2被開 啟，其餘的冷水控制閥_保持關閉狀態·使冷水僅經由 該對應的冷水控制閥42及冷水節流器43，而以—被選擇的 设定流量流入該冷水輸送管16及混合槽體2〇内，並與該熱 水輸运官I5輸送的固定流量熱水，在該混合槽體则混合 成使用者所選擇出水溫度值的均溫水流者。 、卜上述冷水節流器43以及下文中將提到的其他同質性節 机益可使用例如節㈣、節流接頭或其他已知型式的節 9 M384983 流裝置。 基於飲料沖煮品質或其他的考量因素，本創作在進行 飲料沖煮程序的初期，係將經該混合槽體2〇混合後的均溫 水流排放至外界。如圖1及圖2所示，本創作所提供的均溫 式飲料沖煮裝置，更包括有一連接至該出水管3〇的排水管 32，並於该排水管32上裝設有一排水控制閥33及一排水節 流器38 ’以流路方向而言’該排水管μ與出水管3〇的連接 處係位於該出水控制閥31的前方位置上，因此，由該混合 槽體2 0流出的均溫水流可被控制地流入該出水管3 〇或排水 管32内。當進行飲料沖煮程序的初期，令該排水控制閥33 開啟，該出水控制閥31則關閉，將均溫水流以一設定流量 排出至外界；當排放一預定流量後，再令該出水控制閥31 開啟，而該排水控制閥33則關閉，此時由混合槽體2〇混合 後的均溫水流僅經由該出水管3〇及開啟的出水控制閥31流 入該飲料過濾筒87内，進行飲料沖煮程序。完成飲料沖煮 程序後的待機階段，該出水控制閥31及排水控制閥33同時 關閉。 請配合參閱圖3，該出水管30或混合槽體20的出口端設 有一用以偵測出水溫度的出水溫度偵測器34。當開始進行 飲料沖煮程序的一設定時間内，或該出水溫度偵測器34測 知s亥均溫水流溫度’再與預先設定的均溫水流溫度比較， 以偵測所得溫度比較預設水溫度的誤差值，自動控制系統 自動調整鍋爐熱水溫度到一修正溫度，以得到混合槽體2〇 混合後的均溫水流溫度更近似預設溫度，補償四季不同的 10 M384983 冷水溫差。 請配合參閱圖4，在該混合槽體20的冷水入口端亦可設 置一冷水側溫度偵測器37，藉以偵測冷水溫度，再依四季 冷水溫差經由自動控制系統自動修正鋼爐熱水溫度，以得 到穩定的均溫水流溫度。冷水側溫度偵測器37亦可選擇設 置於該冷水輸送管16、冷水歧管41或供水歧管52等冷水管 上。該出水溫度偵測器34及冷水側溫度偵測器37可擇一設 置或同時設置。 本創作另一較佳實施例中，該均溫式飲料沖煮裳置更 包括有一設置於該出水管30出口端的出水喷霧器35，其將 該出水管3 0内的均溫水流以霧化方式均勻喷入該飲料過遽 筒87内’使預置於該飲料過濾筒87内的飲品材料(例如咖啡 粉、茶葉、袋茶等）’均勻地與該均溫水流全面性接觸，有 效提昇飲料的沖煮品質者。 本創作另一較佳實施例中’該均溫式飲料沖考裝置更 包括有一设置於該出水管3〇上且位於該出水控制閥μ後方 的出水流量計36，其可實際計算流入該出水噴霧器35的均 m·水流流量，當該出水流量計36計算至一設定流量值時， 即經由程式控制令該出水控制閥31關閉，並完成飲料沖煮 程序。經由該出水流量計36實際計算出水流量，不但可以 精確控制完成沖煮後的飲料容積，更可相對提高飲料的沖 煮品質。 本創作所提供的均溫式飲料沖煮裝置，更包括有一供 水泵浦50，其設置有一連接至該鍋爐1〇的供水管5丨以及 連接至该冷水流量調整裝置40的供水歧管52。本創作如 選擇不设置該冷水流量調整裝置40時，該供水歧管52係直 接連接至該冷水輸送管16，並於該冷水輸送管16的出水端 裝置一冷水節流器以控制冷水流量。當該供水泵浦5〇被啟 動時’可由-進水管53料界冷林齡人纟助，使外 界冷水水源經由該供水管51進入該鍋爐1〇内，並經由該冷 水流1調整装置4〇及/或該冷水輸送管16進入該混合槽體 20内。 在該供水管51且位於該供水歧管52前方設有一單向洩 壓閥54，使該供水泵浦5〇泵送的外界冷水水源單向流入鍋 爐10及混合槽體20内；另外，如果該鍋爐1〇内的熱水壓力 超出預设壓力時，可由該單向洩壓閥54排除超過壓力，使 熱水系統保持在適壓狀態。 在該鍋爐10上設有一安全閥17，萬一加溫自動控制故 障導致該鋼爐10内熱水溫度異常升高時，可由該安全閥17 進行洩壓，保障系統安全。 請參閱圖3，前述混合槽體20包括有一呈圓柱狀或其他 形狀的本體21 ’該本體21内部界定出一用以混合冷水及熱 水的混合室22，該混合室22除與一第一入口管23、一第二 入口管24及一出口管25相互連通外，其餘保持封閉狀態。 該第一入口管23可供連接該熱水輪送管15，藉以將該鍋爐 10所供應的熱水引導進入該混合室22内。該第二入口管24 可供連接該冷水輸送管16，藉以將外界水源所供應的冷水 引導進入該混合室22内。該出口管25可供連接該出水管 12 30。被引導以減合室22⑽冷水及熱水，在該混合室 22内相互齡設定溫度㈣溫水流，綱溫水流再由 該出口管25流入該出水管3〇。 在一較佳實施例中，該混合室22在各入口管23、24連 接處可設置有一濾網26，用以濾除進入該混合室22内的冷 水及熱水中所可能含有的雜質。 在一較佳實施例中，該第一入口管23可選擇使用一熱 水節流器27與該熱水輸送管15相互連接，藉由該熱水節流 器27控制進入該混合室22内的熱水流量為一設定的固定流 量者。該熱水節流器27亦可被選擇設置於該熱水輸送管15 上任一位置者。 前述出水溫度偵測器34可被選擇設置於該出口管25 上，其延伸進入該出口管25内，藉以測知該均溫水流的出 水溫度。 為加工製造時的便利性，該混合室22實質上係在該本 體21頂面鑽没一孔所形成，並在該孔的内壁面攻牙；完成 鑽孔及攻牙後’利用一止漏螺帽28鎖緊並封閉該孔的頂面 開口 ’藉以形成該呈封閉狀態的混合室22。 請參閱圖4 ’亦可選擇在該混合槽體20的第二入口管24 上設置一冷水侧溫度偵測器37，藉以測知該冷水水流的冷 水溫度，再依四季冷水溫差經由自動控制系統自動修正鍋 爐熱水溫度，以得到穩定的均溫水流溫度。 請同時參閱圖5及圖6，該鍋爐10内設有一低位加熱器 11及一高位加熱器12等至少二個加熱器，可以同時或分別 對該鍋爐10内的儲水進行加熱，藉以提高該鍋爐10内儲水 的均溫效果。在該鍋爐10内分別對應該二個加熱器n、12 的位置上，分別設有一低位溫度偵測器13及一高位溫度偵 測器14。其中，當該低位溫度偵測器13偵測到該鍋爐⑺内 位於低位區域内的熱水溫度低於設定溫度下限值時，啟動 該低位加熱器11進行加熱；反之，當該低位溫度偵測器13 偵測到該鍋爐1〇内位於低位區域内的熱水溫度高於設定溫 度上限值時，則關閉該低位加熱器1Ηί止加熱。同理，當 該南位溫度偵測器14偵測到該鍋爐1〇内位於高位區域内的 熱水溫度低於設定溫度下限值時，啟動該高位加熱器12進 行加熱，反之，當§亥兩位溫度偵測器14摘測到該銷爐1〇内 位於高位區域内的熱水溫度高於設技度上限值時，則關 閉該向位加熱器12停止加熱，加熱器的啟閉亦可使用^^溫 度控制器或其他控制方式執行加熱器的啟閉。 該供水管51係延伸進入該鍋爐1〇内部位於該低位加熱 器11下方的底部近中央區域内，其設有位於該供水管51外 圓周表面上並呈幅射狀排列的數個供水孔55，使外界冷水 進入該銷爐ίο時，係吨射狀均勻流向該低位加熱器1ιτ 方的鍋爐10底部區軸；該冷水水流向上錢至位於該銷 爐10頂部的熱水輸送管15的過程巾，其可同時或分別被該 低位加熱fill及高位加熱H12進行加熱，使其被加熱溫度 較為均勻。 使用上述構成特徵的均溫式飲料沖煮裝置執行飲料沖 煮程序的步驟，舉例說明如下： M384983 該鍋爐10内部的儲水被預先加熱至 溫度的設定溫度範圍内，例如148_ ㈣者贱H沖纽品的娜平均放置於該飲料 ^慮則7中’並經由―操作面板(圖未示出），依據該待沖考 飲料的種類選擇設定飲料沖煮溫度(例如机），並按壓一.沖 煮飲品的啟動鍵，開始執行飲料沖煮程序；^ A number of water supply holes in the column, so that the external water source can be uniformly flowed into the furnace. [Embodiment] Please refer to both i and Figure 2. The uniform temperature beverage brewing device provided by this creation mainly includes: a steel furnace for receiving and storing external water sources 10 'at least one heating||U 12, by which the water in the steel furnace 1 进 is heated. 仃 heating 'at least one temperature lying 13 , 14 to detect the temperature of the steel furnace (7) and control the ship heating, 12 Opening and closing, the water storage in the steel furnace (7) is maintained within the set temperature range; a heat transfer pipe for transporting the steel_internal-storage water is provided for conveying the external cold water material 16 ' - mixing tank body 2 〇, it can receive the cold water and hot water delivered by the cold and hot water delivery pipes 15, 16 'and the Wei synthesis - the appropriate temperature of the uniform temperature water flow is connected to the outlet pipe 3 of the mixing tank 20; And a water outlet control valve 3 disposed on the T-command 30, which is operatively opened when the beverage brewing process is performed, and the uniform temperature water flow is sent to a beverage filter cartridge 87 via the water outlet pipe 3 The beverage brewing program is performed. The above-described outlet control valve 31 and other homogenous water 8 M384983 flow control valves which will be mentioned hereinafter may use, for example, solenoid valves or other known types of valves for controlling water flow. In another preferred embodiment of the present invention, the temperature-equal beverage brewing apparatus further includes a cold water flow adjusting device 40 interconnected with the cold water delivery pipe 16, which adjusts the flow of cold water flowing into the cold water delivery pipe 16. In a preferred embodiment, the cold water flow adjusting device 4 can be operatively supplied with cold water of different flow rates to the mixing tank 20 in a unit time interval, and fixed to the hot water delivery pipe 15 The flow of hot water is pre-mixed into the isothermal water flow at different temperatures in the mixing tank 20, so that the uniform temperature beverage brewing device provided by the present invention can be used to brew different types of beverages. The cold water flow adjusting device 40 includes at least one cold water manifold 41 arranged in parallel in parallel. Each cold water manifold 41 is respectively connected to an external cold water source and the cold water conveying pipe 16, and each cold water manifold 41 is separately installed. There are - a cold water control valve 42 and a cold water restrictor 43, each of which is pre-designed to have a flow rate that is not allowed. (4) The water temperature value can be selected from an operation panel (® not shown). When the beverage brewing program is performed, only the cold water control 阙 4 2 corresponding to the selected outlet water temperature value is turned on, and the remaining cold water control valves are opened. _maintaining the closed state. The cold water is passed through the corresponding cold water control valve 42 and the cold water restrictor 43 to flow into the cold water delivery pipe 16 and the mixing tank body 2 at the selected set flow rate, and the heat is applied thereto. The fixed-flow hot water conveyed by the water transport officer I5 is mixed in the mixed tank body into a uniform-temperature water flow whose temperature value is selected by the user. The above-described cold water restrictor 43 and other homogenous mechanisms as will be mentioned hereinafter may use, for example, a section (four), a throttle joint or other known type of section 9 M384983 flow device. Based on the beverage brewing quality or other considerations, the creation of the beverage brewing process is to discharge the homogeneous warm water flowing through the mixing tank to the outside. As shown in FIG. 1 and FIG. 2, the uniform temperature beverage brewing device provided by the present invention further includes a drain pipe 32 connected to the water outlet pipe 3, and a drain control valve is disposed on the drain pipe 32. 33 and a drain restrictor 38' in the direction of the flow path, the connection between the drain pipe μ and the outlet pipe 3〇 is located in front of the outlet control valve 31, and therefore, flows out from the mixing tank 20 The uniform warm water flow can be controlled to flow into the outlet pipe 3 or the drain pipe 32. When the beverage brewing process is started, the drain control valve 33 is opened, the water outlet control valve 31 is closed, and the uniform temperature water flow is discharged to the outside at a set flow rate; after discharging a predetermined flow rate, the water discharge control valve is again 31 is opened, and the drain control valve 33 is closed. At this time, the uniform temperature water flow mixed by the mixing tank 2〇 flows into the beverage filter cartridge 87 only through the outlet pipe 3〇 and the opened outlet water control valve 31 to perform the beverage. Brewing program. At the standby stage after the beverage brewing process is completed, the water discharge control valve 31 and the drain control valve 33 are simultaneously closed. Referring to FIG. 3, the outlet end of the water outlet pipe 30 or the mixing tank 20 is provided with an outlet water temperature detector 34 for detecting the temperature of the water. When the beverage brewing process is started for a set period of time, or the outlet water temperature detector 34 detects the temperature of the water temperature of the shai and then compares with the temperature of the pre-set temperature of the uniform temperature, the detected temperature is compared with the preset water. The error value of the temperature, the automatic control system automatically adjusts the boiler hot water temperature to a corrected temperature to obtain the mixed tank body 2〇, the temperature of the uniform temperature water flow is more approximate to the preset temperature, and compensates for the temperature difference of 10 M384983 cold water in different seasons. Referring to FIG. 4, a cold water side temperature detector 37 may be disposed at the cold water inlet end of the mixing tank body 20 to detect the cold water temperature, and then automatically correct the hot water temperature of the steel furnace via the automatic control system according to the temperature difference of the cold water in the four seasons. To obtain a stable average temperature of the water flow. The cold water side temperature detector 37 may also be selectively disposed on the cold water pipe such as the cold water delivery pipe 16, the cold water manifold 41 or the water supply manifold 52. The water outlet temperature detector 34 and the cold water side temperature detector 37 can be set alternatively or simultaneously. In another preferred embodiment of the present invention, the temperature-increasing beverage brewing skirt further includes a water sprayer 35 disposed at the outlet end of the water outlet pipe 30, and the uniform temperature water flow in the water outlet pipe 30 is fogged. The method is evenly sprayed into the beverage tube 87 to make the beverage material (for example, coffee powder, tea, tea, etc.) preset in the beverage filter cartridge 87 uniformly contact with the uniform temperature water flow, and is effective Improve the brewing quality of beverages. In another preferred embodiment of the present invention, the temperature-sensing beverage rushing device further includes a water flow meter 36 disposed on the water outlet pipe 3 behind the water outlet control valve μ, which can actually calculate the flow into the water outlet. The flow rate of the water flow of the atomizer 35 is such that when the water flow meter 36 calculates a set flow rate value, the water discharge control valve 31 is closed by the program control, and the beverage brewing process is completed. The water flow rate is actually calculated through the water discharge flow meter 36, which not only can accurately control the volume of the beverage after completion of brewing, but also relatively improve the brewing quality of the beverage. The uniform temperature beverage brewing apparatus provided by the present invention further includes a water supply pump 50 provided with a water supply pipe 5 connected to the boiler 1 and a water supply manifold 52 connected to the cold water flow adjusting device 40. In the present invention, if the cold water flow adjusting device 40 is not provided, the water supply manifold 52 is directly connected to the cold water conveying pipe 16, and a cold water restrictor is disposed at the water outlet end of the cold water conveying pipe 16 to control the cold water flow rate. When the water supply pump 5 is activated, the cold water source can be assisted by the cold water source, so that the outside cold water source enters the boiler 1 through the water supply pipe 51, and the device 4 is adjusted via the cold water flow 1 The crucible and/or the cold water delivery pipe 16 enters the mixing tank 20. A one-way pressure relief valve 54 is disposed in the water supply pipe 51 and in front of the water supply manifold 52, so that the external cold water source pumped by the water supply pump 5〇 flows into the boiler 10 and the mixing tank 20 in one direction; When the hot water pressure in the boiler 1 exceeds the preset pressure, the one-way relief valve 54 can be excluded from the pressure to keep the hot water system in a proper pressure state. A safety valve 17 is provided on the boiler 10. If the temperature of the hot water in the steel furnace 10 rises abnormally due to the heating automatic control failure, the safety valve 17 can be used to relieve pressure to ensure system safety. Referring to FIG. 3, the mixing tank body 20 includes a body 21 having a cylindrical shape or other shape. The body 21 defines a mixing chamber 22 for mixing cold water and hot water. The mixing chamber 22 is divided into a first chamber. The inlet pipe 23, a second inlet pipe 24, and an outlet pipe 25 communicate with each other, and the rest remain closed. The first inlet pipe 23 is connectable to the hot water feed pipe 15 to guide the hot water supplied from the boiler 10 into the mixing chamber 22. The second inlet pipe 24 is connectable to the cold water delivery pipe 16 to direct cold water supplied from an external water source into the mixing chamber 22. The outlet pipe 25 is connectable to the outlet pipe 12 30. The cooling chamber 22 (10) is guided to cool water and hot water, and a temperature (4) warm water flow is set in the mixing chamber 22, and the outlet water flow flows into the outlet pipe 3 through the outlet pipe 25. In a preferred embodiment, the mixing chamber 22 may be provided with a screen 26 at the junction of the inlet tubes 23, 24 for filtering out impurities which may be contained in the cold water and hot water entering the mixing chamber 22. In a preferred embodiment, the first inlet pipe 23 is selectively connectable to the hot water delivery pipe 15 by a hot water restrictor 27, and is controlled to enter the mixing chamber 22 by the hot water restrictor 27. The hot water flow is a fixed flow rate set. The hot water restrictor 27 can also be selectively disposed at any position on the hot water delivery pipe 15. The outlet water temperature detector 34 can be selectively disposed on the outlet pipe 25 and extends into the outlet pipe 25 to sense the outlet temperature of the temperature equal water flow. For the convenience in processing and manufacturing, the mixing chamber 22 is substantially formed by drilling a hole in the top surface of the body 21, and tapping on the inner wall surface of the hole; after completing the drilling and tapping, 'using a leak stop The nut 28 is locked and closes the top opening of the hole' to form the mixing chamber 22 in the closed state. Referring to FIG. 4 ', a cold water side temperature detector 37 may be disposed on the second inlet pipe 24 of the mixing tank 20 to detect the cold water temperature of the cold water flow, and then according to the temperature difference of the cold water in the four seasons via the automatic control system. The boiler hot water temperature is automatically corrected to obtain a stable average temperature water flow temperature. Referring to FIG. 5 and FIG. 6 simultaneously, the boiler 10 is provided with at least two heaters, such as a low-level heater 11 and a high-level heater 12, so that the water stored in the boiler 10 can be heated simultaneously or separately, thereby improving the The uniform temperature effect of water storage in the boiler 10. A low temperature detector 13 and a high temperature detector 14 are respectively disposed in the boiler 10 at positions corresponding to the two heaters n, 12. Wherein, when the low temperature detector 13 detects that the hot water temperature in the lower region of the boiler (7) is lower than the set temperature lower limit, the low heater 11 is activated to perform heating; When the detector 13 detects that the temperature of the hot water in the lower region of the boiler is higher than the upper limit of the set temperature, the heater is turned off and the heating is turned off. Similarly, when the south temperature detector 14 detects that the hot water temperature in the high region of the boiler is lower than the set temperature lower limit, the high heater 12 is activated to perform heating, and vice versa. When the two-point temperature detector 14 measures that the hot water temperature in the high-position area of the pin furnace is higher than the upper limit of the set degree, the position heater 12 is turned off to stop heating, and the heater is turned on. The heater can also be turned on and off using a ^^ temperature controller or other control method. The water supply pipe 51 extends into the bottom near central portion of the boiler 1 inside the low-level heater 11, and is provided with a plurality of water supply holes 55 arranged on the outer circumferential surface of the water supply pipe 51 and arranged in a radial shape. When the outside cold water enters the pin furnace, the process of uniformly flowing the ton to the bottom portion of the boiler 10 of the low-level heater 1 πτ; the process of the cold water flowing upward to the hot water delivery pipe 15 at the top of the pin furnace 10 The towel can be heated simultaneously or separately by the low-heating fill and the high-level heating H12, so that the heating temperature is relatively uniform. The step of performing the beverage brewing procedure using the above-described uniform temperature beverage brewing apparatus is exemplified as follows: M384983 The water stored in the boiler 10 is preheated to a temperature within a set temperature range, for example, 148_(d) 贱H rush The enamel of the new product is placed on the beverage in the case of '7' and via the operation panel (not shown), the beverage brewing temperature (for example, the machine) is set according to the type of the beverage to be tested, and one is pressed. Start the beverage brewing process by brewing the start button of the drink;
(a)在待機階段時， 一遠高於沖煮飲料所需 152。(：間； (c)開始執行飲料沖煮程序初期，該均溫式飲料沖煮裝 置經由程式控觀動供錢義、排水控綱％、至少一 個加熱器11、12及-組冷水控制閥42，而出水控制_保 持關閉；此時’外界冷水由供水管51流入銷爐_，同時 將鋼爐_賴完狀熱水騎_產生之蒸汽經熱水輸 运管15流出’熱水及m經混合槽體2〇，再經由排水控 制閥33及排水官32排出至外界，此初期排水的步驟可排出 系統内殘餘的積水，提昇沖煮溫度的準確度； (d)沖煮程序啟動時，經由程式控制啟動對應於該選擇 出水溫度值(例如95。〇的冷水控制閥42，其餘的冷水控制閥 42則保持關閉狀態，因熱水節流器27控制熱水的適當流 量，使冷水部份流經開啟的冷水控制閥42，並因其配合的 冷水節流器43調整適當的冷水流量，流至混合槽體2〇與經 熱水輸送管15流入之熱水混合成選擇出水溫度值(例如95〇c) 之均溫水流； (e)當出水溫度偵測器34測知自該混合槽體2〇流出的均 溫水流已達該選擇出水溫度值(例如95。〇時，經由程式控制 15 關閉排水控制閥33 ’同時打開出水控制閥31，此時溫度達 選擇出水溫度值(例如95。〇之均溫水流流經出水流量計36， 再經出水噴霧器35將均溫水流霧化成細水珠，均勻地噴灑 在預置於飲料過濾筒87内的飲品材料上，萃取後之飲品溶 液往下流至一儲存桶（圖未示出）内儲存； (f)溫度偵測器34偵測均溫水流溫度比對預先設定的均 1水流溫度或由冷水側溫度偵測器3 7偵測冷水溫度比對預 先設定的冷水溫度所得之溫差值，經自練㈣統自動修 正鍋爐水加熱溫度，避免受到四季不同的冷水水源溫差而 影響出水溫度的穩定；以及 曰（g)當出水流量計36計算均溫水流的流量達_預設流量 S時，即關閉出水控侧31、冷水控賴42及供水泵浦 5〇，完成沖煮程序。 本創作所提供之均溫式飲料沖煮裳置，與前述習用飲 料冲煮裝置相互比較時’更具有下列之優點： 1. 預先使水溫高於沖煮溫度的麻與冷水混合成一設 定溫度值的均溫水流’再㈣姑錢沖錢料，而能有 效提昇飲料的沖煮品質； 2. 利用該冷水流量罐裝置⑽在單位日相内供應不 同流量的冷水，並與定流量_錢合料同溫度的 供應水流，用以沖煮不同種類的飲料； 3. 伽”柄溫溫錢切、冷水溫度，藉㈣測所得 、:差，’修正鋪水加熱溫度，使得飲品沖煮溫度更穩 疋’飲品沖煮品質就更穩定； M384983 容 6.鋼爐切有分職於高滅低位的至少二 ，„H ’可以同時或分別對鋼爐内的儲水進二 …、，藉以提高鍋爐内儲水的均溫效果。 口 明，對補狀可行實_之具體說 離本====:專利範圍，凡未脫 案之專利朗中 料^或變更，均應包含於本 【圖式簡單說明】 ==式飲料沖煮裝置一圖，· 圖 大視圖； 3為該均溫錢料沖絲置巾齡娜之部分剖面放 圖 部分剖式㈣料裝以齡触—實施例之 圖5為該均溫式飲料沖煮裝置中銷爐之部分剖面放大視 圖； 及 圖6為該均溫式飲料沖煮裝置中供水管之放大視圖； 圖7為習用飲料沖煮裝置之立體示意圖。 以 17 M384983 【主要元件符號說明】 10鍋爐 12高位加熱器 14高位溫度偵測器 16冷水輸送管 20混合槽體 22混合室 24第二入口管 26濾網 28止漏螺帽 31出水控制閥 33排水控制閥 35出水喷霧器 37冷水侧溫度偵測器 40冷水流量調整裝置 42冷水控制閥 50供水泵浦 52供水歧管 54單向洩壓閥 80供水泵浦 82加熱器 84沖煮電磁閥 86灑水頭 88儲存桶 11低位加熱器 13低位溫度偵測器 15熱水輸送管 17安全閥 21本體 23第一入口管 25出口管 27熱水節流器 30出水管 32排水管 34出水溫度偵測器 36出水流量計 38排水節流器 41冷水歧管 43冷水節流器 51供水管 53進水管 55供水孔 81鍋爐 83溫度偵測器 85出水管 87飲料過濾筒(a) In the standby phase, one is much higher than the 152 required to brew the beverage. (:) (c) At the beginning of the implementation of the beverage brewing program, the temperature-sensing beverage brewing device is controlled by the program, the water supply control unit, the drain control unit%, the at least one heater 11, 12 and the group cold water control valve. 42. The effluent control _ remains closed; at this time, 'the outside cold water flows from the water supply pipe 51 into the pin furnace _, and at the same time, the steam generated by the steel furnace _ _ _ _ _ _ _ _ _ _ m is mixed into the tank body 2, and then discharged to the outside through the drain control valve 33 and the drainage officer 32. The initial drainage step can discharge the residual water in the system and improve the accuracy of the brewing temperature; (d) the brewing program starts At the same time, the cold water control valve 42 corresponding to the selected outlet water temperature value (for example, 95 〇 is activated by the program control, and the remaining cold water control valve 42 is kept closed, because the hot water restrictor 27 controls the proper flow rate of the hot water, so that The cold water portion flows through the opened cold water control valve 42 and adjusts the appropriate cold water flow rate by the matched cold water restrictor 43, and flows to the mixing tank body 2 and mixes with the hot water flowing in through the hot water delivery pipe 15 to select the outlet water. Temperature value (eg 95〇c) (e) when the outlet water temperature detector 34 detects that the average temperature water flow from the mixing tank 2 has reached the selected outlet water temperature value (for example, 95. ,, the drain control valve 33 is closed via the program control 15) At the same time, the water outlet control valve 31 is opened, and the temperature reaches the selected outlet water temperature value (for example, 95. The uniform temperature water flow flows through the water discharge flowmeter 36, and then the uniform temperature water flow is atomized into fine water droplets through the water sprayer 35, and is uniformly sprayed on the water. Pre-positioned on the beverage material in the beverage filter cartridge 87, the extracted beverage solution flows down to a storage bucket (not shown) for storage; (f) the temperature detector 34 detects the temperature of the uniform temperature flow comparison The set uniform water flow temperature or the cold water temperature detector 37 detects the cold water temperature ratio to the preset cold water temperature, and automatically corrects the boiler water heating temperature by self-training (four) to avoid different cold water in different seasons. The temperature difference of the water source affects the stability of the outlet water temperature; and 曰(g) When the flow meter 36 calculates the flow rate of the uniform temperature water flow reaches the preset flow rate S, the water control side 31, the cold water control unit 42 and the water supply pump 5 are closed. , complete the brewing The uniform temperature beverage brewing skirt provided by the creation, when compared with the conventional beverage brewing device, has the following advantages: 1. Mixing the hemp and cold water whose water temperature is higher than the brewing temperature in advance Set the temperature value of the average temperature water flow 'again (four) aunt money to flush the money, and can effectively improve the brewing quality of the beverage; 2. Use the cold water flow tank device (10) to supply different flows of cold water in the unit daily phase, and the flow rate _ money combined with the temperature of the supply of water, used to brew different types of beverages; 3. gamma shank temperature and temperature cut, cold water temperature, by (four) measured,: poor, 'corrected water heating temperature, making drinks rush The boiling temperature is more stable. The quality of the beverage brewing is more stable. M384983 has a capacity of at least two. The steel furnace has been divided into at least two high-low-low positions. „H′ can simultaneously or separately store water in the steel furnace... In order to improve the uniform temperature effect of water storage in the boiler. The word of mouth, the feasibility of the stipulations _ the specific said from the ====: the scope of patents, any patents that have not been taken out of the case, or changes, should be included in this [simplified description] == type of drink A drawing of the brewing device, a large view of the figure; 3 is a partial section of the average temperature and money material, and a section of the section of the toweling body. (4) The material is loaded with the age-touch. Figure 5 is the average temperature type beverage. An enlarged view of a portion of the pin furnace in the brewing device; and Figure 6 is an enlarged view of the water supply pipe in the homogenized beverage brewing device; Figure 7 is a perspective view of the conventional beverage brewing device. 17 M384983 [Main component symbol description] 10 boiler 12 high heater 14 high temperature detector 16 cold water delivery pipe 20 mixing tank 22 mixing chamber 24 second inlet pipe 26 filter 28 leaking nut 31 water outlet control valve 33 Drainage control valve 35 water sprayer 37 cold water side temperature detector 40 cold water flow adjustment device 42 cold water control valve 50 water supply pump 52 water supply manifold 54 one-way pressure relief valve 80 water supply pump 82 heater 84 brewing solenoid valve 86 sprinkler head 88 storage bucket 11 low heater 13 low temperature detector 15 hot water delivery pipe 17 safety valve 21 body 23 first inlet pipe 25 outlet pipe 27 hot water throttle 30 water pipe 32 drain pipe 34 water temperature detection Detector 36 water flow meter 38 drain restrictor 41 cold water manifold 43 cold water restrictor 51 water supply pipe 53 inlet water pipe 55 water supply hole 81 boiler 83 temperature detector 85 water outlet 87 beverage filter cartridge