M364832 五、新型說明： 【新型所屬之技術領域】 〜本創作係關於電動開飲機結構改良，尤指一種將調溫膽設置 成，預冷筒與降溫筒，及於預冷筒與降溫筒之間設隔板，及設連 通皆讓，冷筒與降溫筒連通，如此，得讓熱水膽中之熱水進入前 述預冷筒中先行降溫，並再流入降溫筒，快速將調溫膽内之高溫 水降低溫度，以產生適合沖泡牛奶或乳製品或榖類之之 開飲機。 【先前技術】 按習知開飲機，如台灣新型專利第M27451〇號「開飲機結構 ，良(、一）」，係設熱水膽，熱水膽設加熱器且利用感溫器感測水 以於熱水膽内溫度過低時藉由該加熱器進行加熱，熱水膽設 =出水口，該熱水膽利用連通管路連結導通至一體連結設於熱水 ^之奶膽’該奶膽财保溫片且_感溫器進行感溫，以能 中之水溫能保持在—適當沖泡奶品之溫度值，於奶膽外亦 了叹有出水口；藉此，使得使用者能直接利用奶膽内的水沖泡 :，不需再利用冷、熱水調整水溫，而於整體施 上 有實用便利性者。 亦^即，上述習知者僅是讓熱水膽之水直接進入奶膽中，等待 降^至^充泡奶品之溫度，殊不知其降溫速度，有時並係緩不濟急。 σ灣新型第奶Mop號「開飲機及熱水瓶之控制裝置」， =於=内設發熱體與溫度感·，及設於觸外侧之溫度開 二j度開_設有—溫度保險絲，俾供空燒時之過載保護； 、^功，板’以顯示並操控開飲機運作；—給水馬達，可將水傳 达至内膽t源供應部與IG控制板，產生供電與控制之運作。 膪，上述習知者僅能提供一種讓熱水膽之水直接進入内 、^不=降溫至充泡奶品之溫度’殊不知其降溫速度，有時並係 為此，本創作者，積多年相關開飲機結構之設計與開發製造 M364832 與販賣經驗，乃針對㈣習知開飲機，加以研究，創作 【新型内容】 ^ 目l以魏供—種可關時供賴水與恆溫 水或適水之電動開飲機結構改良。 狀要提供—獅繼驗置成設預冷 降溫筒之間設隔板，隔板設連通管， 讓預冷降溫同連通’如此’得讓熱水射之熱水進入前 Γΐΐ先仃ΐ溫，並再流人降溫筒，快速將調溫膽内之高溫水降 ^溫乂 ’以生適合沖泡牛奶或乳製品或榖類之水溫之電動開飲 出水龍本頭創作出\電==機結構改良，係包含—熱水膽，熱水膽設 ^龍頭λ水麵之出水f設職水幫浦，域生電動給水功 月匕 預卢筒構妓，係包含雛膽，調溫膽並設 述預冷筒中先行降溫，再以降溫筒下方所 tf速將雛咖之高溫水降低水溫，得以產生 k a冲泡牛奶或乳製品或穀類之水溫。 【實施方式】 附圖示如解tf·^·貴審查1糾充分了解本解赌構雜，兹依 ，椒例一之電 熱水膽1 ’設加熱器1〇，具有將熱水膽中之生 者 水^度感知器11，得以細熱水膽之溫度， 出、啟動或關閉加熱器10之運作；設水龍頭 給水’减生電動 抽水幫浦之_管_持齡之水量，·可=== 電 4 M364832 121空轉運作，造成損害；設輸水管13以連接至調溫膽2，及 水管13設水位檢知元件130用以檢知熱水膽之水位高= 制加熱器10之運作，可以防止無水狀態時，加熱器被啟^之P ， 及輸水管13設電磁閥131，電磁閥為常閉狀，以控制熱水膽供水 至調^121»膽之3?文果。 調溫膽2，設預冷筒20，預冷筒20並與前述熱水膽丨 水管13連设，讓熱水膽1中之熱水得以進入前述預冷筒2〇被^ 行降溫，及預冷筒20上方設透氣管200，得以讓調溫膽2被適 補充熱水；設降溫筒21，設於前述預冷筒20之下方，於前述A 筒20與刖述降溫筒21之間並設隔板22,該隔板22並設一個或 _ 個以上之連通管220，得以讓前述預冷筒2〇與降溫筒21連通， 經預先降溫之水得以流入位於下方之降溫筒21，連通管22〇設 於此之優點為，當使用者要清洗調溫筒2時，只需將位於降^ 21下方之排水管213之控制閥開啟，即可將調溫筒2内部之=全 ，排出不易殘留；又於前述隔板22並形成間隔空間221，將預二 筒205降溫筒21區隔開來’防止預冷筒2〇之大部分高溫傳送至: 降?筒，及降溫冑21下方設散熱風扇21〇，得以快速將調溫膽内 =尚溫水降低溫度，以產生適合沖泡牛奶或乳製品或榖類之水 f 為防止水溫過低’乃設有加熱器21卜以產生加熱怪溫之效 ,果’在^降溫筒21設溫度檢知元件212，得以檢知降溫筒21之溫 ^，決定啟動散熱風扇210以降溫；或關閉熱風扇21〇降溫；= 動加熱器211以提昇降溫筒21之溫度，或關閉加熱器211運 f ’再於調^膽2 -侧設水位管23，水位管23上下端均與調溫膽 '内部連通，得以讓調溫膽2之水流入水位管23中，及水位;^ 水位感知器230、231，以檢知調溫膽2之最高與最低水位， 水與否；設出水龍頭24，出水龍頭24之出水管240並設電 ^幫浦24卜以產生電動給水功能，及於出水管24〇設逆止閥 姓、讓位於逆止閥242與電抽水幫浦241間出水管240内部保 、之水量二可以防止電抽水幫浦241空轉運作，造成損害。 如圖3所示，係本創作之可實施例二，本實施例二之電動開 5 M364832 飲機結構改良，係包含： 熱水膽1，係援用前述實施例一之熱水膽1結構。 調溫膽2，係援用前述實施例一之預冷筒20與降溫筒21之特 徵，惟實施例二與實施例一之差異，僅在於預冷筒2〇與降溫筒^ 之，所設之連通管不同’本實施例二之連通管22〇A係設於前述預 冷筒20與降溫筒21之外側，同樣的得讓經預先降溫之水流入位、 於下方之降溫筒21 ’且於隔板22形成間隔空間221，將預冷筒2〇 與降溫筒21區隔開來，防止預冷筒2〇之高溫傳送到降溫筒。 如圖4所示，係本創作之可實施例三，本實施例三之 機結構改1，係包含： 熱水膽1，係援用前述實施例一之熱水膽1結構。 ^調溫膽2 ’係援用前述實施例一之預冷筒20與降溫筒21之特 徵，惟實施例二與實施例一之差異，僅在於預冷筒與降溫筒U 所設之隔板有所不同，本實關三之隔板22A係設於前上 2〇與降溫筒21之間，惟並未於隔板直接設置間隔空間，而是^ 隔板22A^連通管220，同樣的得讓經預先降溫之水流入位於下 方之降溫筒21，並利用連通管220申設於降溫筒21之上方，因 =降溫筒21之儲水高度與預冷筒2G之底壁形成—定距離^之 严曰隔空間221A，將預冷筒20與降溫筒21區隔開來，防止預〆 2〇之高溫傳送到降溫筒。 預7冋 f 1作之可實施湘，本'-電^ 熱水膽1，係援用前述實施例一之熱水膽1結構。 鄉調溫膽2’係援用前述實施例一之預冷筒2〇與降溫筒以之 =’惟實施例四與實施例一之錢，在於預冷筒2〇與降溫筒Μ 不同，本實施例四之隔板22A係設於前述預冷筒2〇 。降21之間，惟並未於隔板直接設置間隔空間，及連通 降%與降溫筒21之外侧’ _的得讓經預先 水'入位於下方之降溫筒21 ’並利用連通管220中設於降 4 之上方’因此，使得降溫筒21之儲水高度與預 M364832 底壁形成一定距離dl之間隔空間221A，將預冷筒20與降溫筒21 區隔開來，防止預冷筒20之高溫傳送到降溫筒。 、 如圖6所示，係本創作之可實施例五，本實施例五之雷動開 飲機結構改良，係包含： 熱水膽1 ’係援用前述實施例一之熱水膽1結構。 ^調溫膽2 ’係援用前述實施例一之預冷筒20與降溫筒21之特 徵，惟實施例五與實施例一之差異，調溫膽2為一體成型，亦即 並不區分成預冷筒20與降溫筒21，而是直接將熱水膽丨流入之埶 水直接降温’以達沖泡乳製品等之效果。 ’ 作之電動開飲機’主要係於熱水膽—侧設調溫膽， 讓电動開飲機具有同時供應高溫熱開水與恆溫水，以方便使用者 依據需求使用，尤其是供應怪溫水，其優點為 ，乳製品、榖類製品等各式飲品，讓使用者得 直接飲用，不需另外再調整水溫，使用上非常方便實 【圖式簡單說明】 ' 圖1是本創作實施例一之剖解圖。 圖2是本創作實施例一調溫膽之剖視圖。 圖3是本創作實施例二之剖解圖。 圖4是本創作實施例三之剖解圖。 圖5是本創作實施例四之剖解圖。 圖6是本創作實施例五之剖解圖。 【主要元件符號說明】 熱水膽卜加熱器10、溫度感知器u、水 120、電抽水幫浦121、逆止閥122、輸水管13 ' =官 電磁閥131 N位檢知兀件130、 調溫膽2、預冷筒20、透氣管200、降溫筒21、散熱風扇 7 M364832 210、加熱器211、溫度檢知元件212、排水管213、隔板22、22A、 連通管220、距離dl、間隔空間221、221A、水位管23、水位感 知器230、231、出水龍頭24、出水管240、電抽水幫浦241、逆 止閥242M364832 V. New description: 【New technical field】 ～This creation department is about the improvement of electric drinker structure, especially the setting of thermostat bile, pre-cooling cylinder and cooling cylinder, and pre-cooling cylinder and cooling cylinder There is a partition between the two, and the connection is made, the cold tube is connected with the cooling tube. In this way, the hot water in the hot water tank is allowed to enter the pre-cooling tube to cool down first, and then flows into the cooling tube to quickly adjust the temperature inside the cooling tube. The high temperature water lowers the temperature to produce a brewing machine suitable for brewing milk or dairy products or clams. [Prior Art] According to the conventional drinking machine, such as Taiwan's new patent No. M27451 「 "Opening machine structure, good (, one)", set up hot water bile, hot water set heater and use the sense of temperature sensor The water is measured by the heater when the temperature in the hot water bile is too low, and the hot water is set to be a water outlet, and the hot water is connected by a connecting pipe to the integrated connection of the milk in the hot water. The milk gallbladder insulation sheet and the sensible temperature sensor are temperature-sensible, so that the water temperature in the energy can be maintained at the temperature value of the milk product, and the water outlet is also sighed outside the milk bladder; The person can directly use the water in the milk bladder to brew: no need to use cold and hot water to adjust the water temperature, but the practical application is practical. Also, that is, the above-mentioned conventionals only let the water of the hot water bile directly enter the milk gall, waiting for the temperature of the milk to be lowered to the temperature of the milk product, and the speed of the cooling is not known, and sometimes it is not urgent. Sigma Bay new milk Mop No. "Control device for drinking machine and hot water bottle", = heat element and temperature sense inside =, and temperature set on the outside of the touch open _ _ set - temperature fuse, 俾Overload protection for air-burning; ^, work, board 'to display and control the operation of the brewing machine; - water supply motor, can convey water to the source of the tank t source and the IG control board, generating power supply and control operation .膪 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述The design and development of the related beverage machine structure and the manufacture of M364832 and the sales experience are aimed at (4) the knowledge of the brewing machine, research, creation [new content] ^ 目 l to Wei supply - kind of can be used for water and constant temperature water or The water-based electric drinker has improved structure. The shape should be provided - the lion is set up to set up a pre-cooling and cooling cylinder with a partition between the partitions, and the partition is provided with a connecting pipe to allow the pre-cooling and cooling to be connected with the same 'so' to allow the hot water to be injected into the front And then flow down the cooling tube, quickly adjust the temperature of the high temperature water in the bile ^Wen 乂 'to create a suitable for brewing milk or dairy products or water temperature of the electric water to open the water dragon head created \ electric = = machine structure improvement, including - hot water bile, hot water bile set ^ faucet λ water surface water f set up water pump, domain electric water supply water power month 匕 pre-cold structure, including bile, thermostat Boldly set the pre-cooling tube to cool down first, and then reduce the water temperature of the high-temperature water of the young coffee by the tf speed below the cooling tube, so as to produce the water temperature of ka brewing milk or dairy products or cereals. [Embodiment] The diagram shows that the solution is as follows: tf·^·贵审查1 Correctly understand the gambling of the gambling, Zyi, the pepper case, the electric hot water galley 1 'heater 1 〇, with the hot water bile The water sensor 1 of the living water can heat the temperature of the hot water, and start, turn off or turn off the operation of the heater 10; set the water supply of the faucet to reduce the amount of water pumped by the pump. == Electric 4 M364832 121 idling operation, causing damage; water pipe 13 is provided for connection to thermostat 2, and water pipe 13 is provided with water level detecting element 130 for detecting the water level of hot water tank = operation of heater 10 In the waterless state, the heater is activated, and the water pipe 13 is provided with a solenoid valve 131, and the solenoid valve is normally closed to control the water supply to the water supply. The temperature regulating biliary 2 is provided with a pre-cooling cylinder 20, and the pre-cooling cylinder 20 is connected with the hot water cholesteric water pipe 13, so that the hot water in the hot water biliary 1 can enter the pre-cooling cylinder 2 to be cooled, and A venting pipe 200 is disposed above the pre-cooling cylinder 20 to allow the thermostat 2 to be replenished with hot water; a cooling cylinder 21 is disposed below the pre-cooling cylinder 20 between the A cylinder 20 and the cooling cylinder 21 A baffle 22 is provided, and the baffle 22 is provided with one or more communication pipes 220 to allow the pre-cooling cylinder 2 to communicate with the cooling cylinder 21, and the water cooled by the pre-cooling can flow into the cooling cylinder 21 located below. The connecting tube 22 is disposed on the advantage that when the user wants to clean the temperature regulating cylinder 2, the control valve of the drain pipe 213 located below the lowering of the cathode 21 can be opened, and the inside of the temperature regulating cylinder 2 can be completely replaced. The discharge is not easy to remain; and the partition 22 is formed into the space 221 to separate the pre-two cylinders 205 cooling cylinders 21 to prevent most of the high temperature of the pre-cooling cylinders 2 from being transmitted to: the lowering cylinder, and the cooling 胄21 below the cooling fan 21 〇, can quickly adjust the temperature inside the biliary = still warm water to produce a suitable milk or dairy products or 榖The water f is used to prevent the water temperature from being too low. The heater 21 is provided to generate the heating temperature. The temperature detecting unit 212 is provided in the cooling chamber 21, and the temperature of the cooling cylinder 21 is detected. The cooling fan 210 is started to cool down; or the hot fan 21 is turned off to cool down; = the heater 211 is heated to raise the temperature of the cooling cylinder 21, or the heater 211 is turned off, and then the water level tube 23 is set on the side, the water level is The upper and lower ends of the tube 23 are connected to the interior of the thermostat bile to allow the water of the thermostat 2 to flow into the water level tube 23 and the water level; ^ the water level sensor 230, 231 to detect the highest and lowest water level of the thermostat 2 , water or not; set the faucet 24, the outlet pipe 240 of the outlet faucet 24 and set the electric pump 24 to generate the electric water supply function, and set the check valve surname on the outlet pipe 24, and let the check valve 242 The internal water supply of the outlet pipe 240 of the electric pumping pump 241 can prevent the electric pumping pump 241 from idling and causing damage. As shown in FIG. 3, in the second embodiment of the present invention, the structure of the electric opening 5 M364832 drinking machine of the second embodiment includes: a hot water bladder 1, which is a structure of the hot water bladder 1 of the first embodiment. The thermostat 2 is a feature of the pre-cooling cylinder 20 and the cooling cylinder 21 of the first embodiment, but the difference between the second embodiment and the first embodiment is only the pre-cooling cylinder 2 and the cooling cylinder. The communication tube 22A of the second embodiment is disposed on the outer side of the pre-cooling cylinder 20 and the cooling cylinder 21, and the water that has been previously cooled down flows into the lower temperature cooling cylinder 21' The partition 22 forms a space 221 to separate the pre-cooling cylinder 2 from the cooling cylinder 21 to prevent the high temperature of the pre-cooling cylinder 2 from being transmitted to the cooling cylinder. As shown in FIG. 4, in the third embodiment of the present invention, the structure of the third embodiment of the present invention is changed to 1. The hot water bladder 1 is a hot water bladder 1 structure according to the first embodiment. The thermostat 2' system uses the features of the pre-cooling cylinder 20 and the cooling cylinder 21 of the first embodiment, but the difference between the second embodiment and the first embodiment is that only the partition plate provided by the pre-cooling cylinder and the cooling cylinder U has Differently, the partition 22A of the actual Guansan is disposed between the front upper 2 〇 and the cooling cylinder 21, but the partition space is not directly disposed in the partition, but the partition 22A^ is connected to the tube 220, and the same is obtained. The pre-cooled water is caused to flow into the cooling cylinder 21 located below, and is disposed above the cooling cylinder 21 by using the connecting pipe 220, because the water storage height of the cooling cylinder 21 forms a fixed distance from the bottom wall of the pre-cooling cylinder 2G. The strict space 221A separates the pre-cooling cylinder 20 from the cooling cylinder 21 to prevent the high temperature of the pre-twisting tube from being transmitted to the cooling cylinder. Pre-supplement 冋 f 1 can be implemented in Hunan, this '- electric ^ hot water biliary 1, is to use the structure of the hot water biliary 1 of the first embodiment. The township thermostat 2' system uses the pre-cooling cylinder 2〇 and the cooling cylinder of the first embodiment to be the same as the 'the fourth embodiment and the first embodiment, the pre-cooling cylinder 2〇 is different from the cooling cylinder ,, this embodiment The partition 22A of the fourth example is provided in the aforementioned pre-cooling cylinder 2〇. Between 21, but not directly spaced space in the partition, and the connection drop % and the outer side of the cooling cylinder 21 ' _ let the pre-water 'into the lower cooling cylinder 21 ' and use the connecting tube 220 Above the lower limit 4, therefore, the water storage height of the cooling cylinder 21 is spaced apart from the bottom wall of the pre-M364832 by a distance 221A, and the pre-cooling cylinder 20 is separated from the cooling cylinder 21 to prevent the pre-cooling cylinder 20 The high temperature is delivered to the cooling cylinder. As shown in FIG. 6, the fifth embodiment of the present invention can be improved. The structure of the lightning-driven beverage machine of the fifth embodiment includes: The hot water bladder 1 ′ uses the structure of the hot water bladder 1 of the first embodiment. The thermostat 2' is a feature of the pre-cooling cylinder 20 and the cooling cylinder 21 of the first embodiment. However, the difference between the fifth embodiment and the first embodiment is that the thermostat 2 is integrally formed, that is, it is not differentiated into a pre-form. The cold tube 20 and the cooling tube 21 directly directly cool the water flowing into the hot water cholester to achieve the effect of brewing dairy products and the like. 'The electric drinker' is mainly used in the hot water bile-side thermostat, so that the electric drinker can supply high-temperature hot water and constant temperature water at the same time, so that users can use it according to their needs, especially the supply strange. Warm water has the advantages of various beverages such as dairy products and oyster products, so that users can drink it directly without having to adjust the water temperature. It is very convenient to use [simple illustration] Figure 1 is the creation A cross-sectional view of the first embodiment. Figure 2 is a cross-sectional view of the thermostat of the present embodiment. Fig. 3 is a cross-sectional view showing the second embodiment of the present invention. Fig. 4 is a cross-sectional view showing the third embodiment of the present invention. Fig. 5 is a cross-sectional view showing the fourth embodiment of the present invention. Figure 6 is a cross-sectional view of the fifth embodiment of the present invention. [Description of main component symbols] Hot water heater heater 10, temperature sensor u, water 120, electric pumping pump 121, check valve 122, water pipe 13 ' = official solenoid valve 131 N position detection element 130, Thermostat 2, pre-cooling cylinder 20, vent tube 200, cooling cylinder 21, cooling fan 7 M364832 210, heater 211, temperature detecting element 212, drain pipe 213, partition 22, 22A, connecting pipe 220, distance dl , space 221, 221A, water level pipe 23, water level sensor 230, 231, water outlet faucet 24, water outlet pipe 240, electric pump 241, check valve 242