M410859 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種飲水機，尤指一種裝設於飲水機之蒸 氣管路設置者。 【先前技術】 習用之飲水機中，尤其於檯下型飲水機中係裝設有儲水 槽’用以儲存經過預先過濾或處理後的水，並可進一步對水 加熱，如專利TWM386469所述，其中，為對水進行加熱， 儲水槽中或儲水槽外可設有加熱器，其具體結構又可參考專 利 TWM386467 所述。 然而’此種儲水槽與加熱器係僅單純地儲水並進行加 熱，如欲獲得較快的加熱速度，用以迅速將水溫升高，則需 要裝設功率較大的加熱器，不僅使成本上升，更將耗費較多 能源，形成浪費。 【新型内容】 本創作之主要目的在於提供一種檯下型飲水機可利用 儲水槽將水加熱，加熱過程巾所產生的水統可經由蒸氣管 路流向至另一槽體再向外排出。 為達成上述目的’本創作提供一種檯下型飲水機，包括 有一電控龍頭與一供水部。 該電控龍頭包括有—管線部與—控織置，該 含至少一出水管路與-蒸氣管路，該出水管路可供液體流 3 通’該蒸氣管路可供水蒸氣流通，該蒸氣管路設有一閥體， 該控制裝置包含-控制電路與—操控^，該控制電路連接於 該操控器與糊體’該控制電路具有_出水端子，該控制電 路可文該操控器控制而產生一出水訊號，該控制電路產生該 出水訊號的同時並控制該閥體_，使該蒸氣管路封閉。 該供水部包含至少一儲水槽，該儲水槽可供儲存液體， 該官線部連接於該儲水槽，該儲水槽設有一出水裝置，該出 尺裝置連接於該出水端子，該出水裝置接收該出水訊號時向 該官線部輸岐體。其中，該儲水槽包括有—第—水槽、— 進水管路、一第二水槽與一加熱器。 該苐水槽具有一谷置空間以及連通於該容置空間之 一溫出水口、一蒸汽出口、一熱入水口、一冷出水口與一冷 入水口，該蒸汽出口連接於該閥體，該冷入水口連接於該出 水裝置。 Λ 該進水管路容置於該容置空間，該進水管路自該冷入水 口連接至該冷出水口。 該第二水槽具有一熱出水口，該第二水槽分別連接於該 冷出水口與該熱入水口。 該加熱器設置於該第二水槽而可對該第二水槽中的水 加熱。 其中該冷入水口可供水輸入，使水流經該進水管路與該 冷出水口駄該第二水槽’該第二水射的水被該加熱器加 附10859 熱後復經由該熱入水口流入該容置空間，同時可由該溫出水 口向外供應。 藉此，本創作第一水槽與第二水槽相連通，於第二水槽 加熱過程中所產生的水蒸氣可經由蒸氣管路流向至第二水 槽再向外排出，同時控制電路控制出水裝置進行出水，同時 控制動力裝置關閉閥體，可避免液體自蒸氣管路漏出，僅從 出水管路流出供使用者盛裝，可避免從出水管路以外的位置 流出而燙傷使用者。。 【實施方式】 以下僅以實施例說明本創作可能之實施態樣，然並非用以 限制本創作所欲保護之範疇，合先敘明。 請參考圖1及圖2，本創作揭示一種檯下型飲水機，包 括有一電控龍頭10與一供水部20，其中該電控龍頭1〇可 供凸設於一桌檯30表面’供水部20則隱藏設置於桌檯3〇 内，該供水部20可包括有一檯下型飲水機之儲水槽21，供 儲水使用，供水部20並可設有過濾器或逆滲透淨水器等各 式淨水裝置22，將淨水裝置22連接於檯下型飲水機之儲水 槽21而可將外部水源先行處理後儲存於檯下型飲水機之儲 水槽21内’檯下型飲水機之儲水槽21則可設有加壓馬達或 電磁閥等出水裝置23，連接於淨水裝置22或數個儲水槽 間，可受使用者控制將檯下型飲水機之儲水槽21内儲存之 液體輸出至電控龍頭10進行出水，供使用者盛裝水或飲料 5 M410859 使用。 其中，請參考圖3，該檯下型飲水機之儲水槽21可包 括有一第一水槽211、一進水管路212、一第二水槽213與 一加熱器214。 ” 該第一水槽211具有一容置空間，以及連通於該容置空 間之一溫出水口 26 ' —蒸汽出口 216、一熱入水口 217、一 冷出水口 218與一冷入水口 219，該冷入水口 219可連接於 該出水裝置23。該進水管路212容置於該容置空間，並自 該冷入水口 219連接至該冷出水口 218，較佳者，該進水管 路212在該容置空間中彎曲迴繞。該第二水槽213分別連接 於該冷出水口 218與該熱入水口 217。該加熱器214設置於 該第二水槽213而可對該第二水槽213中的水加熱。藉此， 當出水裝置23啟動時，水可經由出水裝置23進入冷入水口 219，使水流經進水管路212與冷出水口 218而進入第二水 槽213，該加熱器214對水加熱後，同時經由熱出水口 215 進一步向外供應。其甲，冷水於進入第二水槽213前，係先 隨進水管路212流經第一水槽211内部，可使冷水進入第二 水槽213前先被第一水槽211中的水預先加熱，藉此，冷水 的溫度在被加熱器214加熱之前已經預先升高，可縮短將水 加熱至預定溫度所需的時間，同時第一水槽211内的水，亦 同時被進水管路212的冷水進行熱交換作用，而降溫成溫 水，再由溫出水口 26直接出水；第二水槽213開設一熱出 6 水口 215 ’ *可自第二水槽犯直接向外供應高溫，从 述之溫出水口 26可用以直接地向外供應財，^連接另^ 水槽24後再間接地向外供應出水，該水槽24亦可供裝， 水出水σ27向外供應出水，使本物 用於供應多種不同水溫的出水。 ^參相4，於本創作檯下水機之儲水槽之第二實 關中’該儲水槽亦可包括有一第一水槽2ιι與一第二水槽 213 ’該第-水槽211具有一連接於出核置23之冷入水口 219、一連接於第二水槽2η 之冷出水口 218、一連接於閥 體14之洛汽出口 216與一出水口則吏水可自出水裝置23 經由冷入水口進入第-水槽211，第一水槽2ιι中的水則可 自出水口 28向外輸出或冷出水口 218輸出至第二水槽犯， 可供固設於第二水槽213的加熱器214進行加熱，再經由第 二水槽的熱出水π 215向外輸出，其中加熱器214進行加數 時可能於第二水槽213中產生蒸汽，此時蒸汽可經由冷出水 口 218進入第一水槽211巾，在經由蒸汽出口 216與閥體 14向外排出。 請參考圖5，於本創作檯下型飲水機之儲水槽之第三實 施例中’該儲水槽可包括有一第二水槽213,該第二水槽213 並具有連接於出水裝置23之入水口與一出水口該第二水 槽犯可具有另-蒸汽管路25，其中該蒸汽管路Μ可連接 -槽體25卜該槽體251設有一蒸汽出口 216，其中加熱器 213中產生蒸汽，此時蒸汽M410859 V. New description: [New technical field] This creation is about a water dispenser, especially a steam trap installed in a water dispenser. [Prior Art] In the conventional water dispenser, especially in the under-counter type water dispenser, a water storage tank is installed to store the pre-filtered or treated water, and the water can be further heated, as described in the patent TWM386469. In order to heat the water, a heater may be provided in the water storage tank or outside the water storage tank, and the specific structure may be referred to the patent TWM386467. However, such a water storage tank and heater are only simply storing water and heating. If a faster heating rate is required to rapidly raise the water temperature, it is necessary to install a heater with a higher power, which not only makes As costs rise, more energy will be consumed and waste will be generated. [New content] The main purpose of this creation is to provide an under-the-counter water dispenser that can use water to heat the water in the water storage tank. The water generated by the heating process towel can flow to the other tank through the steam pipe and then discharged outward. In order to achieve the above objectives, the present invention provides an under-the-counter water dispenser comprising an electric control faucet and a water supply unit. The electric control faucet comprises a pipeline portion and a control woven fabric, wherein the at least one water outlet pipeline and the -vapor pipeline are provided, and the water outlet pipeline can be used for the liquid flow 3 to pass the steam pipeline for the steam to circulate, the steam The pipeline is provided with a valve body, and the control device comprises a control circuit and a control unit, the control circuit is connected to the controller and the paste body. The control circuit has a water outlet terminal, and the control circuit can be controlled by the controller. A water signal, the control circuit generates the water discharge signal and controls the valve body _ to close the vapor line. The water supply unit includes at least one water storage tank for storing liquid, the official line portion is connected to the water storage tank, the water storage tank is provided with a water outlet device, and the outlet device is connected to the water outlet terminal, and the water outlet device receives the water supply device When the water signal is sent, the body is transferred to the official line. Wherein, the water storage tank comprises a first water tank, a water inlet pipeline, a second water tank and a heater. The water tank has a valley space and a warm water outlet connected to the accommodating space, a steam outlet, a hot water inlet, a cold water outlet and a cold water inlet, the steam outlet is connected to the valve body, The cold water inlet is connected to the water outlet. Λ The water inlet pipe is accommodated in the accommodating space, and the water inlet pipe is connected to the cold water outlet from the cold water inlet. The second water tank has a hot water outlet connected to the cold water outlet and the hot water inlet. The heater is disposed in the second water tank to heat the water in the second water tank. Wherein the cold water inlet is for water input, the water flows through the water inlet pipe and the cold water outlet, the second water tank. The water of the second water is heated by the heater and then flows through the hot water inlet. The accommodating space can be supplied to the outside by the warm water outlet. Thereby, the first water tank of the present invention is in communication with the second water tank, and the water vapor generated during the heating process of the second water tank can flow to the second water tank through the steam pipeline and then discharged outward, and the control circuit controls the water outlet device to discharge water. At the same time, the power device is controlled to close the valve body, so that the liquid can be prevented from leaking out of the steam line, and only the water outlet line flows out for the user to install, and the user can be prevented from escaping from the position outside the water outlet pipe and scalding the user. . [Embodiment] The following is a description of possible implementations of the present invention, but it is not intended to limit the scope of the creation of the present invention. Referring to FIG. 1 and FIG. 2, the present invention discloses an under-the-counter water dispenser comprising an electric control faucet 10 and a water supply unit 20, wherein the electric control faucet 1 can be protruded from a surface of a table 30. 20 is hidden in the table 3, the water supply unit 20 may include a water storage tank 21 for the lower type water dispenser for water storage, and the water supply unit 20 may be provided with a filter or a reverse osmosis water purifier. The water purifying device 22 connects the water purifying device 22 to the water storage tank 21 of the under-counter type water dispenser, and the external water source can be processed first and stored in the water storage tank 21 of the under-counter type water dispenser. The water tank 21 can be provided with a water discharge device 23 such as a pressurizing motor or a solenoid valve, and is connected between the water purifying device 22 or a plurality of water storage tanks, and can be controlled by the user to output the liquid stored in the water storage tank 21 of the under-counter type water dispenser. The water is discharged to the electric control faucet 10 for the user to use water or beverage 5 M410859. Referring to FIG. 3, the water storage tank 21 of the under-type water dispenser may include a first water tank 211, a water inlet pipe 212, a second water tank 213 and a heater 214. The first water tank 211 has an accommodating space, and a warm water outlet 26' that is connected to the accommodating space, a steam outlet 216, a hot water inlet 217, a cold water outlet 218, and a cold water inlet 219. The water inlet 219 can be connected to the water outlet device 23. The water inlet pipe 212 is received in the accommodating space, and is connected to the cold water outlet 218 from the cold water inlet 219. Preferably, the water inlet pipe 212 is at The second water tank 213 is connected to the cold water outlet 218 and the hot water inlet 217. The heater 214 is disposed in the second water tank 213 to water the second water tank 213. Heating, thereby, when the water outlet device 23 is activated, water can enter the cold water inlet 219 via the water outlet device 23, and the water flows through the water inlet conduit 212 and the cold water outlet 218 into the second water tank 213, which heats the water. After that, it is further supplied outward through the hot water outlet 215. A, cold water flows into the second water tank 213 before flowing into the first water tank 211, so that cold water can enter the second water tank 213. Pre-water by the first water tank 211 Heating, whereby the temperature of the cold water has been previously raised before being heated by the heater 214, the time required to heat the water to the predetermined temperature can be shortened, while the water in the first water tank 211 is also simultaneously introduced into the water inlet pipe 212. The cold water exchanges heat, and the temperature is cooled to warm water, and then the water outlet 26 directly discharges the water; the second water tank 213 opens a hot water outlet 6 215 ' * can directly supply the high temperature from the second water tank, from the temperature The water outlet 26 can be used to directly supply the money, and after the other water tank 24 is connected, the water is supplied indirectly, and the water tank 24 is also available for installation. The water outlet water σ27 supplies water to the outside, so that the material is used for supplying a plurality of different materials. The water temperature is effluent. The reference phase 4, in the second real water storage tank of the creation table, the water tank may also include a first water tank 2 ιι and a second water tank 213 'the first water tank 211 has a The cold water inlet 219 connected to the core outlet 23, the cold water outlet 218 connected to the second water tank 2n, the Luo steam outlet 216 connected to the valve body 14 and a water outlet can be cooled by the water outlet device 23 via the water outlet device 23 The water inlet enters the first water tank 21 1. The water in the first water tank 2 ιι can be outputted from the water outlet 28 or the cold water outlet 218 is outputted to the second water tank, and can be heated by the heater 214 fixed to the second water tank 213, and then passed through the second The hot water π 215 of the water tank is outwardly outputted, wherein the heater 214 may generate steam in the second water tank 213 when the number is added, and the steam may enter the first water tank 211 via the cold water outlet 218, and the steam outlet 216 is passed through the steam outlet 216. The valve body 14 is discharged outward. Referring to FIG. 5, in the third embodiment of the water storage tank of the present invention, the water storage tank may include a second water tank 213 having a connection thereto. The water inlet of the water outlet device 23 and a water outlet may have a further steam line 25, wherein the steam line is connectable to the tank body 25. The tank body 251 is provided with a steam outlet 216, wherein the heater Steam is generated in 213, at this time steam
214進行加熱時可能於第二水槽213 可經由蒸汽管路 與閥體14向外排出。When the heating is performed 214, the second water tank 213 may be discharged to the valve body 14 via the steam line.
包括有至少一出水管路12與一蒸 請參考圖 部與一控制裝 該出水管路12與該蒸氣管路13 該管線部連通該儲水槽，包括有 氣管路13，該出水瞢政19咖分 於該龍頭11與該檯下型飲水機之儲水槽，更明確地說， 該出水管路12係連接於熱出水口 215，該蒸汽管路13則連 接於蒸汽出口 216，該蒸氣管路13兩端 _與龍頭U，使出水管路12可供檀下型飲水機 槽21内的液體流出而進行出水，蒸氣管路13則可供擾下型 飲水機之儲水槽21内的水蒸氣排出；該蒸氣管路13另設有 一閥體14，該閥體14包括有馬達或電磁閥等動力裝置，可 受驅動選擇性地關閉該閥體14，使蒸氣管路13封閉。復請 參考圖1與目2 ’該控制裝置包括有一操控器與一控制 電路16,該操控H 15可實際設為各式感應器或按壓控制 器，而可供使用者進行操作，該控制電路16連接於該操控 器15與該閥體14，並連接至該閥體14之動力裝置，該控 制電路16具有一出水端子17，該出水端子17連接於出水 裝置23，使該控制電路16可受操控器15控制，發出一出 水訊號，控制出水裝置23進行出水，使出水裝置接收到出 水訊號時向管線部輸出液體，該控制裝置並於發出出水訊號 的同時控制該閥體14關閉。 承述本創作所提供之檯下型飲水機可利用儲水槽將 、加…過程中所產生的錢氣可經由蒸氣管路流向至 另一槽體再向外排出’避免儲水槽内累積蒸氣而使壓力過 同；當使时欲録㈣使科，可自馳Hit行操作，使 控制電路控㈣水裝置進行出水，此_水_水位上升， 使液體進人管線部’而控制電路則同時控制動力裝置關閉閥 體’可避免液體自蒸氣管路漏出，僅從出水管路流出供使用 者盛裝’可避免蒸汽從出水管路以外的位置流出而烫傷使用 者0 【圖式簡單說明】 圖1係本創作所揭檯下魏水機之電賊頭之城示意圖。 圖2係本創作所揭檯下型飲水機之剖面示意圖。 圖3係本創作儲水槽之結構示意圖。 圖4係本創作儲水槽之第二實施例示意圖。 圖5係本創作儲水槽之第三實施例示意圖。 【主要元件符號說明】 忉：電控龍頭 U :龍頭 12 :出水管路 U:蒸氣管路 215 :熱出水口 216 :蒸汽出口 217 :熱入水口 218 :冷出水口 M410859 14 :閥體 15 :操控器 16 :控制電路 17 :出水端子 20 :供水部 21 :儲水槽 211 :第一水槽 212 :進水管路 213 :第二水槽 214 :加熱器 219 :冷入水口 22 :淨水裝置 23 :出水裝置 24 :水槽 25 :蒸汽管路 251 :槽體 26 :溫出水口 27 :木出水口 28 :出水口 30 :桌檯Including at least one water outlet pipe 12 and a steaming reference portion and a control device for the water outlet pipe 12 and the steam pipe 13 connecting the water storage pipe, including the gas pipeline 13, the water supply Divided into the water tank of the faucet 11 and the under-type water dispenser, more specifically, the water outlet pipe 12 is connected to the hot water outlet 215, and the steam line 13 is connected to the steam outlet 216, the steam pipeline 13 ends _ and the faucet U, so that the water outlet pipe 12 can be used for the outflow of the liquid in the sandal type water dispenser tank 21, and the steam line 13 can be used to disturb the water vapor in the water storage tank 21 of the water dispenser. Discharged; the vapor line 13 is further provided with a valve body 14 including a power device such as a motor or a solenoid valve, which can be driven to selectively close the valve body 14 to close the vapor line 13. Referring to FIG. 1 and FIG. 2, the control device includes a controller and a control circuit 16, and the control H 15 can be actually set as various sensors or pressing controllers for the user to operate. The control circuit 16 is connected to the manipulator 15 and the valve body 14 and is connected to the power device of the valve body 14. The control circuit 16 has a water outlet terminal 17, and the water outlet terminal 17 is connected to the water outlet device 23, so that the control circuit 16 can be Under the control of the controller 15, a water discharge signal is sent to control the water discharge device 23 to discharge water, so that when the water discharge device receives the water discharge signal, the water is output to the pipeline portion, and the control device controls the valve body 14 to be closed while emitting the water signal. It is stated that the under-type water dispenser provided by this creation can use the water storage tank to generate and add money from the steam pipeline to the other tank body and then discharge it outwards to avoid accumulation of vapor in the water storage tank. To make the pressure too much; when you want to record (4), you can operate the Hit line to make the control circuit control (4) water device to discharge water. This water_water level rises, so that the liquid enters the pipeline section' while the control circuit is simultaneously Controlling the power device to close the valve body' can prevent the liquid from leaking out of the steam line, and only flow out from the water outlet pipe for the user to hold 'can prevent the steam from flowing out of the water outlet pipe and burn the user 0. [Simplified explanation] Figure 1 is a schematic diagram of the city of the electric thief head of the Weishui machine under the creation of this creation. Figure 2 is a schematic cross-sectional view of the under-type water dispenser of the present invention. Figure 3 is a schematic view of the structure of the water storage tank of the present invention. Figure 4 is a schematic view of a second embodiment of the present invention. Fig. 5 is a schematic view showing a third embodiment of the present invention. [Main component symbol description] 忉: Electronically controlled faucet U: faucet 12: water outlet pipe U: steam pipe 215: hot water outlet 216: steam outlet 217: hot water inlet 218: cold water outlet M410859 14: valve body 15: Manipulator 16 : Control circuit 17 : Water outlet terminal 20 : Water supply unit 21 : Water storage tank 211 : First water tank 212 : Water inlet pipe 213 : Second water tank 214 : Heater 219 : Cold water inlet 22 : Water purification device 23 : Water discharge Device 24: Sink 25: Steam line 251: Tank 26: Warm water outlet 27: Wooden water outlet 28: Water outlet 30: Table