M307736 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種具蒸氣木又囷節能飲水機，尤指於可簡化飲水 機内部元件及提高殺菌效率之飲水機結構。 【先前技術】 按’在每-天中，人類需要攝取-定足夠份量的水分，方可以維 持生命的延續’而水的潔淨程度，更是_著人類健康與否的重 要因素之一。長期以來，人類亦一直朝向此—方向不斷在做努力之中。 許多先進國家’其自來水之品質已可制生飲之要求，該等地區 的人民自然對於取紐質的飲用水較為方便，但對於許多未能提供達 到自來水生飲標準之中’顺將自來水付㈣射可飲用，以 維身體之健康。 而為了能方便提供更合乎飲用標準之飲用水，一 所大多纽水歡賴，_财叙設料將自來水引入;; 煮滞’以供人們飲用上之方便，且若進-步可讓飲 機兀成域冰、溫、熱三種不同溫度 擇，則更符合其實用性。 i用水，供人們更多樣性之 飲之^下飲水Γ制之水原乃為自來水，動來水在未能達坪 加⑽辭置Γ^Α4财⑼（病）8，料紐水機W 中:如:二:菌― 丁斯碎存水經一段時間後， Ml 水機輪出之水_人們，反崎成不量細8，對於引用辦 M307736 於是，有業者開發出一種飲水機之結構，請參閱圖一所示，該飲 水機1具有-生水儲存桶i工、一加熱桶丄2、一熱交換桶w、及 一冰水桶14所組成。 生水儲存桶11，係用以儲存一相當份量之生水所用，該生水儲 存桶11 a有-進水官路丨丨丨，該進水管路丨丨丨可將生水導流至 加熱桶12之中，且該進水f路1i i上設有—電磁閥i、2，藉由 该電磁閥112可控制生水是否進行導流者。 力…、桶1 2 ’叹置有-力σ熱器1 2 1，該力口熱器1 2 1係可對力口 熱桶1 2巾之生水加熱㈣，使其可制飲用之鮮，並由第一濟水 官12 2輸出而供取用之；該第—沸水管丄2 2係延伸至生水儲存桶 11之上方，並使其出口可與大氣相通，且該第一沸水管12 2上係 設有-電磁閥1 2 3 ;此外，該加熱桶i 2將有—第二沸水管路丄 24 ’藉由該24可將彿水輸出至熱交換桶丄3中。 熱父換桶13，係具有-外桶131及-内桶13 2，外桶13 1可谷納來自加熱桶丄2所輸入之彿水，於外桶丄3丄底部設有一電 磁閥13 3 ’而内桶13 2可用以接受如自來水之外部水源（生水）， 於内桶13 2之底部亦設有一電磁閥4，而由一第一生水進水管 路135所予以輸入，且於其中設一電磁閥136,並由一第二生水 進水？路13 7將其生水輸出至生水儲水桶11之中，又，外桶13 1另設有一溫水管路13 8，該溫水管路13 8係用以輸出經熱交換 桶13元成熱父換後之溫水並供取得飲用，且該溫水管路係分歧出一 趣水歧管1 3 9，該溫水歧管1 3 9係可將溫水輸入冰水桶1 4之中。 6 M307736 冰水桶14，於底侧設有一電磁閥141，並配置有可將溫水製 成冰水之製冷裝置142，而設有-冰水管路143，肋對外輪出 冰水以供取得飲肖，且該冰水管路1 4 3另再分歧ίέι-冰水歧管！ 4 4至生水儲水桶i 上方。 又，其中諸如加熱器121、各電磁閥112、123、133、M307736 VIII. New description: [New technical field] This creation is about a steam-wood and energy-saving water dispenser, especially the structure of a water dispenser that can simplify the internal components of the water dispenser and improve the sterilization efficiency. [Prior Art] According to 'in every day, humans need to ingest enough water to maintain the continuation of life' and the cleanliness of water is one of the important factors for human health. For a long time, human beings have been constantly working towards this direction. In many advanced countries, the quality of their tap water has been able to produce raw drinks. The people in these areas are naturally more convenient for taking drinking water of new quality, but for many fail to provide the standard for tap water and drinking water. (4) Shoot and drink to maintain the health of the body. In order to facilitate the provision of drinking water that is more in line with drinking standards, most of the waters are happy, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The three different temperature choices of ice, temperature and heat are more suitable for practical use. i use water for people to drink more water. The water source is made of tap water. The water is in the water. It is not able to reach the pingjia (10) resignation Γ ^ Α 4 wealth (9) (illness) 8, material water machine W Medium: Such as: 2: bacteria - Dings broken water after a period of time, Ml water machine out of the water _ people, anti-saki into a small amount of 8, for the reference to do M307736 So, some operators have developed a water dispenser For the structure, as shown in FIG. 1 , the water dispenser 1 has a raw water storage tank, a heating barrel 2, a heat exchange barrel w, and an ice water tank 14. The raw water storage tank 11 is used for storing a considerable amount of raw water, and the raw water storage tank 11 a has a water inlet pipe, which can guide the raw water to the heating. Among the barrels 12, the inlet water path 1i i is provided with solenoid valves i, 2, and the solenoid valve 112 can control whether or not the raw water conducts the flow guide. Force..., barrel 1 2 'sigh with - force sigma heater 1 2 1, the force hot water heater 1 2 1 can heat the raw water of the hot barrel 1 2 towel, so that it can be made fresh And being outputted by the first Jishuiguan 12 2; the first boiling water tank 22 extends over the raw water storage tank 11 and has its outlet open to the atmosphere, and the first boiling water The tube 12 2 is provided with a solenoid valve 1 2 3 ; in addition, the heating barrel i 2 will have a second boiling water line 24' through which the water can be discharged into the heat exchange barrel 3. The hot father replaces the bucket 13, which has an outer tub 131 and an inner tub 13 2, and the outer tub 13 1 can be from the water input from the heating tub 2, and a solenoid valve 13 3 ' is provided at the bottom of the outer tub 3 The inner tub 13 2 can be used to receive an external water source (raw water) such as tap water, and a solenoid valve 4 is also disposed at the bottom of the inner tub 13 2, and is input by a first raw water inlet pipe 135, and one of them is provided therein. Solenoid valve 136, and a second raw water into the water? The road 13 7 outputs its raw water to the raw water storage tank 11, and the outer barrel 13 1 is further provided with a warm water pipe 13 8 for outputting heat through the heat exchange barrel 13 The warm water after the father exchanges for drinking, and the warm water pipeline is divided into a water manifold 1 3 9, the warm water manifold 1 3 9 system can input warm water into the ice bucket 14 . 6 M307736 ice bucket 14, which is provided with a solenoid valve 141 on the bottom side, and is provided with a refrigerating device 142 which can make warm water into ice water, and is provided with an ice water pipe 143, and the ribs are out of ice water for drinking. Xiao, and the ice water pipeline 1 4 3 is different again ίέι-ice water manifold! 4 4 to the top of the raw water storage tank i. Also, such as the heater 121, the respective solenoid valves 112, 123, 133,
134、136、141，及製冷裝置142等皆可以一監控裝置A 予以自動#控，令其達咖設之時間而侧進行開啟及_之動作。 白矣之飲水機1於_般正常使用供水之狀態下，請參晒二所 不其中’該電磁閥1 3 6係處於開啟之狀態，而能讓外在的水源（如 自來水）由第-生水進水管路13 5進入熱交換桶丄3之内桶丄Μ 中，其中電磁m 3 4職_之狀，並由第二生水進水f路丄3 7 輸於生水儲存桶丄丄之中，此時，電磁閥丄丄2係為開啟狀，以保 =生水引流之暢通；而設置於加熱桶12中之加熱器丄2丄則可對 八中之生水進仃加熱，待其_煮料，即可由第—彿水管路12 2 予以輸出供_之，而部料水财藉由_ π、』弟-彿水 水進行熱交換形成溫欢，认 並與内桶13 2中之生 八滅φ..... 桶131中之溫水可藉由溫水管路13 8 ::::139輪入至冰水桶14中，並由製冷 衣成冰水即可由冰水管路143予喃⑽飲用之。 習知之飲水機1於進行㈣ 控F詈ΑΠ π 囷脚，睛參閱圖三所示，利用監 " 又置，可扠定於某一固定時間自動、隹一^ 當欲開始進行殺菌之工作時h 麵仃杈囷工作之執行； 作…電磁閥13 6即予以關閉，而不再輸入 M307736 外在之生水，同時，亦關閉電磁閥1 12，而不再讓生水儲存桶1 1 之生水流入加熱桶12之中，隨即開放電磁閥133、134、14 1，而讓原存於熱交換桶i 3中之桶i 31及内桶i 3 2，以及冰水 桶14之水份排放出去，且停止冰水桶14中製冷裝置14 2之製冷 工作；待排放完外桶131、内桶13 2及冰水桶丄4之水份後，即 再令電磁閥1 3 3、1 3 4、1 4 1再次關，同時啟動加熱桶工2 中之加熱器121，對其中存留之熱水進行加熱，並關閉電磁闕工2 • 3 ° 經加熱器121持續加熱之動作’將令原存留於加熱桶i 2中之 熱水將快速再被煮沸而變成高溫之蒸氣，該高溫之蒸氣即可循第一彿 水管路1 2 2進行殺菌，且亦循第二彿水2 4進人熱交換桶工 3之外桶1 3 1中，而可對該外桶χ 3 i進行殺菌，且_桶丄3 2 之生水已被排放，可確保進人外桶丨3、之高溫減不被降低溫度， 碟保殺®項之有效執行，料桶i 3 i充滿高溫魏時，自然該高 參温蒸氣將循溫水管路i 3 8輸出，而可進行該部分之殺菌動作，且另 由溫水歧管13 9可將高溫蒸氣疏導至冰水桶工4及冰水管路工4 3 之中，並對該冰水桶i 4及冰水管路143進行殺菌之動作。又，過 剩之蒸氣則可由冰水歧管！44回收至生水儲水桶i i之中，達到不 浪費水源之目的。如此，可利用高溫蒸氣同時對第一沸水管路工2 2、 第二料管路1 3 4、熱交換桶i 3之外桶i 3 i、溫水管路i 3 8、 溫水歧管13 9及冰水桶χ 4做蒸氣高溫之殺菌動作。 習去之飲水機1藉自上述之構造軸可達顺溫賴之功效，然 8 Μ3Ό7736 二飲水機lf藉由該熱水桶12將生水予以加熱成蒸氣 二：機1内之元件較多且管路複雜，是以，要如何 ΓΓ=Γ_綱時可兼具殺狀功效，實為目前飲水機 衣每業者所亟待解決之課題。 f新型内容】 本創作之主要目的’乃在提供—種蒸驗騎能飲水機，並主要 水桶内权有-加熱器，藉由該加熱器可直接將儲水桶内的生水予以加 熱’藉此，可綠賊賴喊置熱《，鱗_錄水機内部 件之目的。 本創作之次-目的，乃在提供一種蒸氣殺菌節能飲水機，其主要 包树-儲水桶、-熱交換桶、—冰水滅—監控裝置所組成，其中， 該熱交換桶之外桶内設有—加熱器，當欲進行殺菌工作時，由監控褒 置啟動熱交換射之加熱H使熱交觀外射的水轉產生蒸氣，並 令該蒸氣循各_之管路扣進行高溫㈣之工作，以提高殺菌效率 之效能者。 【實施方式】 為使貴審查貞缺胁了解本_之結構及職達成之功效， 茲配合圖式說明如後： 首先’請參閱圖四所示，本創作之飲水機2，具有一儲水桶2工、 一熱父換桶2 2、及一冰水桶2 3所組成。 儲水桶21，係用以儲存一相當份量之生水所用，該儲水桶2工 M307736 之底部設有-加熱器2 i i，該加熱器2丄1係可對儲水桶2丄中之 生水加彿，使其可達到飲用之標準，並由第—彿水管2丄2輸出 而供取用；該儲賴2 i另設有第二沸水管2 i 3，藉由觸二彿= 路2 1 3可㈣水輪岐熱交換桶2 2巾，鶴二彿水管2丨3上設 有-電磁閥214 ’該電磁閥214係控制儲水桶2!内之 : 進行導流者。 / 藝熱父換桶2 2，係具有-外桶2 2丄及一内桶2 2 2，外桶2 2 1可容納來自儲水桶21所輸人之沸水，於外桶2 2 i底部設有一加 熱器2 2 3，_桶2 2 2可用以接受如自來水之外财源（生水）， 於内桶2 2 2之底部有-電磁閥2 2 4，而由-第一生水進水管路 225所予以輸入，且於其中設一電磁閥2 2 6，並由一第二生水進 水s路2 2 7將其生水輸出至儲水桶21之中，又，外桶2 21另設 溫水管路2 2 8，該溫水管路2 2 8伽以輪出域交換桶 鲁凡成熱父換後之溫水並供取得飲用，且該溫水管路2 2 8係分歧出一 /m水歧嘗2 2 9 ’該溫水歧管2 2 9係可將溫水輸入冰水桶2 3之中。 冰水桶2 3，於底侧设有一電磁閥2 31，並配置有可將溫水樂j 成冰水之製冷裝置2 3 2，該冰水桶2 3設有一冰水管路2 3 3，用 以對外輸出冰水以供取得飲用，且該冰水管路2 3 3另再分歧出一冰 水歧管2 3 4至儲水桶21之上方。 其中，諸如加熱器211、2 2 3、各電磁閥214、2 2 4、 2 2 6、231，及製冷裝置2 3 2等皆可以一監控裝置B予以自動 操控’令其達到預設之時間而個別進行開啟及關閉之動作。 M307736 本創作之飲繼於-使祕权狀態下，_圖五所 示，其中’該電磁閥2 2 6係處於開啟之狀態，而能讓外在的水源（如 自來水）由第一生水進水管路2 2 5進入熱交換桶2 2之内桶2 2 2 中，其中電磁閥2 2 4則為關閉之狀，並由第二生水進水管路2 2 7 輪入於儲水桶2 i之中，此時’由監控袭置β控制儲水桶2丄内之加 熱器211進行加熱’待其達到煮彿時，即可由第-濟水管路2工2 予以輸出供飲狀，而部分物_由第二;_2丨3流入敎交 換器2 2之外桶2 21中，並與内桶2 2 2中之生水進行熱交換形成 溫水’外桶2 2 i中之溫水可藉由溫水管路2 2 8分歧出之溫水歧管 f 2 9輸人至冰水桶2 3中’由製冷裝置2 3 2製成冰水即可由冰水 官路2 3 2予以輪出供飲用之。 >本創作之飲水機2於進行殺菌之動作時，請參閱圖六所示，利用 監控裝置B之設置’可設定於某一固定時間自動進行殺菌工作之執 打；當欲開始進行殺g之码時，電賴2 2 6即予以_，而不再 輸入生水至熱交換桶2 2之_ 2 2 2中，隨即開放電磁閥2 2 4、 2 31 ’而讓原存於熱交換桶2 2中内桶2 2 2及冰水桶2 3之水份 =放出去，且停止冰水桶2 3中製冷裝置2 3 2之製冷工作，·待排放 凡内桶2 2 2及冰水桶2 3之水份後，即再令電磁閥2 2 4、2 31 再次關閉，同時啟動熱交換桶2 2中之加熱器2 2 3，對其中存留之 溫水進行加熱。 經加熱2 2 3持續加熱之動作，將令原存留於熱交換桶2 2中 之溫水再被煮彿而變成高溫之，該高溫之蒸氣即可循溫水管路2 11 M307736134, 136, 141, and the refrigerating device 142 can be automatically controlled by a monitoring device A, so that it can be turned on and _ moved. The white water dispenser 1 is in the state of normal use of water supply, please take the sun in the second place. 'The solenoid valve 1 3 6 is in the open state, and the external water source (such as tap water) can be made from - The raw water inlet pipe 13 5 enters the barrel 丄Μ in the heat exchange barrel ,3, wherein the electromagnetic m 3 4 is in the shape of _, and is transferred from the second raw water into the water f 丄 3 7 to the raw water storage tank 丄丄At this time, the electromagnetic valve 丄丄2 is opened, so as to ensure the smooth flow of the raw water drainage; and the heater 丄2 设置 disposed in the heating barrel 12 can heat the raw water of the middle of the eight. Waiting for the _ boiled material, it can be output from the first - Foshui pipeline 12 2 for the _, and the part of the water is exchanged by _ π, 』 brother-fo shui water to form a warm, confession and inner barrel 13 2 The middle of the fire is φ..... The warm water in the barrel 131 can be rotated into the ice bucket 14 by the warm water pipe 13 8 :::: 139, and the ice water can be made from the cold water pipe. 143 pre-mute (10) to drink. The conventional drinking fountain 1 is used to carry out (4) control F詈ΑΠ π 囷 foot, the eye is shown in Figure 3, using the supervision " again, can be forked at a fixed time automatically, 隹一 ^ when you want to start the sterilization work When the operation of the surface is performed, the solenoid valve 13 6 is closed, and the external water of M307736 is no longer input, and the solenoid valve 1 12 is also closed, and the raw water storage tank 1 1 is no longer allowed. The raw water flows into the heating tub 12, and then the solenoid valves 133, 134, and 14 are opened, and the water discharged from the tub i 31 and the inner tub i 3 2, which are originally stored in the heat exchange tub i 3 , and the ice bucket 14 are discharged. Go out and stop the cooling operation of the refrigerating device 14 2 in the ice water tank 14; after discharging the water of the outer tub 131, the inner tub 13 2 and the ice water tank 丄 4, the solenoid valve 1 3 3, 1 3 4, 1 is again executed. 4 1Close again, start the heater 121 in the heating bucket 2, heat the hot water remaining in it, and turn off the electromagnetic completion 2 • 3 ° Continue heating by the heater 121 'will leave the original in the heating bucket The hot water in i 2 will be quickly boiled and turned into a high-temperature vapor. The water pipe 12 2 is sterilized, and the second shoal water is also taken into the heat exchange barrel 3 outside the barrel 1-3, and the outer shovel 3 i can be sterilized, and _ barrel 丄 3 2 The raw water has been discharged, which ensures that the temperature of the vat is not reduced, and the temperature is not effectively reduced. The drum i 3 i is filled with high temperature and Wei, naturally the high temperature steam will The hot water pipe i 3 8 is outputted, and the sterilization operation of the part can be performed, and the warm water manifold 13 9 can guide the high temperature steam to the ice water bucket worker 4 and the ice water pipe worker 4 3 , and The ice water tank i 4 and the ice water line 143 perform the sterilization operation. Also, the excess steam can be made up of ice water manifolds! 44 is recycled to the raw water storage tank i i for the purpose of not wasting water. Thus, the high temperature steam can be used for the first boiling water pipeline 2 2, the second material pipeline 1 3 4, the heat exchange barrel i 3 outside the barrel i 3 i, the warm water pipeline i 3 8 , the warm water manifold 13 9 and ice bucket χ 4 to do steam sterilization at high temperatures. The water dispenser 1 of the above is able to use the above-mentioned structural axis to achieve the effect of the temperature, but the 8 Μ3Ό7736 two water dispenser lf heats the raw water into the vapor 2 by the hot water tank 12: the components in the machine 1 are more The complicated pipeline is that it is a problem that needs to be solved by the current drinking fountains. f new content] The main purpose of this creation is to provide a kind of steaming and drinking water dispenser, and the main bucket has a heater-heating device, which can directly heat the raw water in the water storage tank. Therefore, the thief can scream for heat, the purpose of the scales _ water machine parts. The second purpose of this creation is to provide a steam sterilization energy-saving water dispenser, which is mainly composed of a package tree-water storage bucket, a heat exchange barrel, and an ice-water extinguishing-monitoring device, wherein the heat exchange barrel is outside the barrel. A heater is provided. When the sterilization operation is to be performed, the heating H is started by the monitoring device to heat the hot-exposed water to generate steam, and the steam is subjected to high temperature (four). Work to improve the efficacy of sterilization efficiency. [Embodiment] In order to make the review and the lack of understanding of the structure and the effect achieved by the job, please refer to the following description: First, please refer to Figure 4, the water dispenser 2 of this creation has a water storage bucket. 2 workers, a hot father changing barrel 2, and an ice bucket 2 3. The water storage tank 21 is used for storing a considerable amount of raw water. The bottom of the water storage tank 2 M307736 is provided with a heater 2 ii, which can add water to the water storage tank 2 Buddha, so that it can reach the drinking standard, and is used for the output of the first-Buddha water pipe 2丄2; the storage 2i also has a second boiling water pipe 2 i 3, by touching the two Buddhas = Road 2 1 3 (4) Water wheel 岐 heat exchange barrel 2 2 towel, crane 2 Buddha water pipe 2 丨 3 is provided - solenoid valve 214 'The solenoid valve 214 is controlled by the water storage tank 2! Inside: Conductor. / 艺热父换桶2 2, has a - outer barrel 2 2 丄 and an inner barrel 2 2 2, the outer barrel 2 2 1 can accommodate the boiling water from the water storage tank 21, and there is a bottom at the bottom of the outer barrel 2 2 i The heater 2 2 3,_bucket 2 2 2 can be used to receive a source other than tap water (raw water), at the bottom of the inner barrel 2 2 2 there is a solenoid valve 2 2 4, and the first raw water inlet pipe 225 The input is made, and a solenoid valve 2 2 6 is disposed therein, and the raw water is discharged into the water storage tank 21 by a second raw water inlet s 2 2 7 , and the outer barrel 2 21 is further set to a temperature. The water pipe 2 2 8 , the warm water pipe 2 2 8 garries the wheel-out domain exchange barrel Lu Fan became the warm water after the heat father and used for drinking, and the warm water pipe 2 2 8 system is divided into one / m water Taste 2 2 9 'The warm water manifold 2 2 9 system can input warm water into the ice bucket 2 3 . The ice water tank 2 3 is provided with a solenoid valve 2 31 on the bottom side, and is provided with a refrigerating device 2 3 2 for heating the ice water into the ice water, and the ice water tank 23 is provided with an ice water pipe 2 3 3 for The ice water is externally outputted for drinking, and the ice water pipe 2 3 3 is further divided by an ice water manifold 2 34 to the upper of the water storage tank 21. Wherein, the heaters 211, 2 2 3, the solenoid valves 214, 2 2 4, 2 2 6 and 231, and the refrigerating device 2 3 2 can be automatically controlled by a monitoring device B to make it reach a preset time. And individual actions to open and close. M307736 The creation of this drink continues in the state of the secret, _ Figure 5, where 'the solenoid valve 2 26 is in the open state, and can make the external water source (such as tap water) from the first raw water The water inlet pipe 2 2 5 enters the inner barrel 2 2 2 of the heat exchange barrel 2 2 , wherein the solenoid valve 2 2 4 is closed, and the second raw water inlet pipe 2 2 7 is inserted into the water storage tank 2 i At this time, 'the heater 211 in the storage tank 2 is controlled by the monitoring attack β to heat up', when it reaches the boiled Buddha, it can be outputted by the first-Ji water pipeline 2, and the part is _ from the second; _2 丨 3 into the outer sump 2 2 outside the barrel 2 21, and heat exchange with the raw water in the inner barrel 2 2 2 to form warm water 'outer barrel 2 2 i in the warm water can be The warm water pipeline 2 2 8 is divided into the warm water manifold f 2 9 into the ice bucket 2 3 'The ice water made by the refrigeration device 2 3 2 can be rotated by the ice water official road 2 3 2 for drinking . > When the water dispenser 2 of the present invention performs the sterilization operation, please refer to the setting of the monitoring device B, which can be set to automatically perform the sterilization work at a fixed time; when it is desired to start killing When the code is coded, the electric 2 2 6 is given _, and no raw water is input to the heat exchange barrel 2 2 _ 2 2 2, and then the electromagnetic valve 2 2 4, 2 31 ' is opened and the original heat exchange is performed. The water in the inner barrel 2 2 2 and the ice water tank 2 3 of the barrel 2 2 is discharged, and the cooling operation of the refrigeration unit 2 3 2 in the ice water tank 2 3 is stopped, and the inner barrel 2 2 2 and the ice water tank 2 3 are to be discharged. After the water is released, the solenoid valves 2 2 4, 2 31 are again closed, and the heater 2 2 3 in the heat exchange barrel 2 2 is started to heat the warm water remaining therein. After heating and heating for 2 2 3, the warm water left in the heat exchange barrel 2 2 will be boiled and turned into a high temperature. The high temperature steam can be circulated through the warm water pipeline 2 11 M307736
-V 2 8進行殺菌，且因内桶2 2 2之生水已被排放，可確保外桶2 2 i 内之產生之高溫蒸氣不被降低溫度，以確保殺菌工作之有效執^ ^ 外桶2 21充滿高溫蒸氣時’自然該高溫蒸氣將循温水管路2 2 8輸 出，而可進行該部分之殺菌動作，且另由溫水歧管2 2 9可將言 氣疏導至冰水桶2 3及冰水管路2 3 3之中，並對該冰水桶2 3及冰 水管路2 3 3進行殺菌之動作。又，過剩之蒸氣則可由冰水歧管^ 4回收至儲水桶21之中，達到不浪費水源之目的。如此，可利用高 ►溫蒸氣同時對溫水管路2 2 8、温水歧管2 2 9、冰水桶23、冰^ 管路2 3 3及冰水歧管2 3 4做蒸氣高溫之殺菌動作。 本創作之功效在於，藉由於儲水桶21内設置一加熱器211， 而可直接將儲賴2 1_生水予以加熱，喊由於熱交換桶2 2之 外桶2 21内設置-加熱器2 2 3，當欲進行殺菌工作時，由監控裝 置B啟動熱交換桶2 2中之加熱器2 2 3使熱交換器2 2外桶2 2 ^ 中的水轉產生蒸氣，並令域氣循各娜之管路予崎行高溫殺菌 之工作’藉此，可無需於飲水機2贿置齡桶，進而可簡化飲水機 2内部之元件，並可達到提高殺菌效率之功效。 、'τ、上所述’本創作之蒸氣賴節能飲水機僅結構簡單且藉由 ^構造確已能改善習知之缺失，已能達摘訴求之目的與功效，^已 =穎性、進步性以及實雜之要件，爰依法提出專利之中請，祈 '貝審查員之詳鐘’惠賜准予專利之審定，至感德便。 【圖式簡單說明】 圖一係習知飲水機之示意圖。 12 M307736 圖二係習知飲賴正f供权枝圖。 圖三係習知飲水機進行_之動作示意圖。 圖四係本創作飲水機之示意圖。 圖五係本創作飲賴正常供水之示意圖。 圖六係本創作飲水機進行殺a之動作示意圖。 【主要元件符號說明】-V 2 8 is sterilized, and since the raw water of the inner barrel 2 2 2 has been discharged, it can ensure that the high temperature steam generated in the outer barrel 2 2 i is not lowered in temperature, so as to ensure the effective operation of the sterilization work. 21 When filled with high-temperature steam, 'naturally, the high-temperature steam will be outputted through the warm water pipe 2 2 8 , and the sterilization operation of this part can be performed, and the warm water manifold 2 2 9 can be used to divert the air to the ice bucket 2 3 and The ice water pipe 2 3 3 is sterilized by the ice water tank 23 and the ice water pipe 2 3 3 . Moreover, the excess steam can be recovered into the water storage tank 21 by the ice water manifold 4, so as not to waste water. In this way, high-temperature steam can be used to simultaneously sterilize the hot water pipeline 2 2 8 , the warm water manifold 2 2 9 , the ice water tank 23, the ice tube 2 3 3 and the ice water manifold 2 3 4 . The effect of the present invention is that, by providing a heater 211 in the water storage tank 21, the water can be directly heated, and the water is shouted due to the heat exchange barrel 2 2, and the heater 2 is provided in the barrel 2 21 2 3, when the sterilization work is to be carried out, the heater 2 2 3 in the heat exchange barrel 2 2 is activated by the monitoring device B to convert the water in the outer tube 2 2 ^ of the heat exchanger 2 2 to generate steam, and the domain gas is circulated. Each of Naina's pipelines is used for the high-temperature sterilization work of the company. This makes it possible to simplify the internal components of the water dispenser 2 without having to bribe the ageing barrels of the water dispenser, and to improve the sterilization efficiency. The 'τ, the above description' of the creation of the steam Lai energy-saving water dispenser is only simple in structure and has been able to improve the lack of knowledge through the structure of ^, has been able to achieve the purpose and efficacy of the appeal, ^ has = fascination, progressive As well as the requirements of the real, 爰 提出 提出 提出 提出 提出 提出 提出 提出 ' ' ' ' ' 贝 贝 贝 贝 贝 贝 贝 贝 贝 贝 贝 贝 贝 贝 贝 贝 贝 贝[Simple description of the diagram] Figure 1 is a schematic diagram of a conventional drinking fountain. 12 M307736 Fig. 2 is a diagram of the rights of the branch of Xizhiyi Laizheng. Figure 3 is a schematic diagram of the operation of the conventional drinking fountain. Figure 4 is a schematic diagram of the water dispenser. Figure 5 is a schematic diagram of the original water supply of the creation. Figure 6 is a schematic diagram of the action of the creation water dispenser to kill a. [Main component symbol description]
1飲水機 1 I生水儲存桶 112電磁閥 121加熱器 12 2第一沸水管 12 4第二沸水管 1 3 1外桶 13 3電磁閥 13 5第一生水進水管路 13 6電磁閥 13 7第二深水進水管路 13 8溫水管路 1 4冰水桶 111進水管路 1 2加熱桶 1 2 3電磁閥 13熱交換桶 1 3 2内桶 1 3 4電磁閥 2飲水機 14 2製冷裝置 14 4冰水歧管 2 1儲水桶 212第一沸水管 13 9溫水歧管 141電磁閥 14 3冰水管路 211加熱器 13 M307736 213第二沸水管 2 2 1外桶 2 2 3加熱器 2 2 5第一生水進水管路 226電磁閥 2 2 7第二生水進水管路 2 2 8溫水管路 2 3冰水桶 2 3 2製冷裝置 2 3 4冰水歧管 A、B監控裝置 2 2熱交換桶 2 2 2内桶 2 2 4電磁閥 2 2 9溫水歧管 2 31電磁閥 2 3 3冰水管路 141 water dispenser 1 I raw water storage tank 112 solenoid valve 121 heater 12 2 first boiling water pipe 12 4 second boiling water pipe 1 3 1 outer barrel 13 3 solenoid valve 13 5 first raw water inlet pipe 13 6 solenoid valve 13 7 second deep water inlet pipe 13 8 warm water pipe 1 4 ice bucket 111 water inlet pipe 1 2 heating bucket 1 2 3 solenoid valve 13 heat exchange barrel 1 3 2 inner barrel 1 3 4 solenoid valve 2 water dispenser 14 2 refrigeration device 14 4 ice water manifold 2 1 water storage tank 212 first boiling water pipe 13 9 warm water manifold 141 solenoid valve 14 3 ice water pipeline 211 heater 13 M307736 213 second boiling water pipe 2 2 1 outer barrel 2 2 3 heater 2 2 5 first raw water inlet pipe 226 solenoid valve 2 2 7 second raw water inlet pipe 2 2 8 warm water pipe 2 3 ice bucket 2 3 2 refrigeration device 2 3 4 ice water manifold A, B monitoring device 2 2 Heat exchange barrel 2 2 2 inner barrel 2 2 4 solenoid valve 2 2 9 warm water manifold 2 31 solenoid valve 2 3 3 ice water pipeline 14