M4160^1 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種輔助加熱裝置，且特別是指一種 可對供水裝置之管路中的水液進行前置加熱的即時供應熱 水之輔助加熱裝置。 【先前技術】 目前用來達成清潔洗滌作用的衛浴、清洗設備，通常 • #具備可供應熱水、冷水之功能，當使用者需要使用熱水 時，只要開啟水龍頭的熱水閥，就可獲得具有足夠溫度的 熱水來使用。 Λ 一般的衛浴、料設備通常是藉由熱水器或瓦斯爐之 加熱作用來達到供應熱水，但是，由於熱水器（瓦斯幻 與水龍頭之間，是以具有-定長度的輸水f來聯結，所以 當使用者要使用熱水時’熱水器雖然馬上被開啟以對冷水 作加熱’但I，因為留存在輸水管内的水液依然是冷水狀 • 態’加上熱水器對冷水的加熱昇溫仍需要有一定時間，是 故，一般人在使用的習慣上，通常會先讓輸水管内的冷水 經由水龍頭排掉，且持續加熱一段時間之後，才能有足夠 溫度的熱水到達水龍頭，這時使用者才能真正開始使用到 熱水’這顯然相當的耗時而不便。 此外，除了前述之用水習慣之外，如果天氣寒冷時， 熱水器加熱所耗費的時間更久，相對得所流掉的冷水就更 多’使用者如果在沒有蓄存冷水的使用習慣之下，將會浪 費掉許多水源，造成水資源之無謂浪費，相當可惜。 3 【新型内容】 本新型之目的，即在提供一種可對供水裝置之管路令 的冷水作冑置預熱的即時供應熱水之輔助加熱裝置，以達 到省時且經濟的原則。 本新型之次一目的，可拆卸的輔助加熱裝置在拆組上 皆方便簡易，具有提供旅行中攜行使用之好處。 根據本新型所提出之一種即時供應熱水之輔助加熱裝 置，供連結於一供水裝置，該供水裝置具有一供水單元及 一主加熱單元，該輔助加熱裝置可拆卸地裝設在該供水單 元的—控制閥上，該辅助加熱裝置包含一本體、一加熱單 几、一溫控單元及一電源單元。該本體，包含有一中空容 至，U及與該中空容室相連通的一進水口及一出水口。該 加：單元，安裝於該本體的中空容室内，用以對流通於該 中二今至内部的水液進行熱交換。該溫控單元具有一主 =制器，α及與該主控制器連結的一溫度指#元件及—感 7〇件，該感溫疋件係穿設在該本體内部以感測水溫，經 由該主控制器之判斷’依據水的高、低溫度而由該溫度指 丁元件顯示不同警不訊息。該電源單元，供給該加熱單元 與該溫控單元所需的電力。 藉此，當該溫控單元的主控制器判斷尚未接收到該主 加熱早兀之一預設高溫的熱水之前，可控制該加熱單元作 _置預熱，並供應一預設恆溫的熱水，而當該主控制器判 ^已接收到該主加熱單元之預設高溫的熱水之後，該加熱 單元則停止加熱。 M4160^1 依照本新型上述所提出之即時供應熱水之輔助加熱裝 置，其中，該電源單元包含一設置於該本體之外側面的電 源線’以及一自該電源線向外延伸的電源插頭。 依照本新型上述所提出之即時供應熱水之輔助加熱裝 置，其中，更包含一警示單元，該警示單元具有一指示燈 ，該指示燈提供高溫、低溫之警示作用。而該警示單元更 具有一蜂鳴器，該蜂鳴器依據前述高溫而發出警示聲音。 依照本新型上述所提出之即時供應熱水之輔助加熱裝 置，其中，更包含一蓋體，該本體具有一外螺紋部，該蓋 體具有一内螺紋部，該蓋體之内螺紋部鎖固於該本體的外 螺紋部。 依照本新型上述所提出之即時供應熱水之輔助加熱裝 置，其中，該本體更具有一進水口、一第一出水口及二個 設置於該進水口與第一出水口上的内螺紋；該蓋體更具有 一第一出水口，該本體的第一出水口與該蓋體的第二出水 口組合成該本體的出水口。 依照本新型上述所提出之即時供應熱水之輔助加熱裝 置，其中，該本體更包含一止水墊，該止水墊裝設在前述 外螺紋部與内螺紋部相互鎖接處。 依照本新型上述所提出之即時供應熱水之辅助加熱裝 置，更包含一蓋體’該加熱單元安置於該本體的中空容室 内，該溫控單元是安置於蓋體上。該溫控單元更具有一溫 度調節元件’該溫度調節元件安裝在蓋體上，且具有有二 個顯露出該蓋體外側面的調整鈕。 5 依照本新型上述所提出之即時供應熱水之輔助加熱裝 置，其申更包含一防漏電檢測單元，該防漏電檢測單元連 接在該加熱單元與該電源單元之間，用以偵測漏電情形。 因此’本新型即時供應熱水之輔助加熱裝置，可裝設 在供水裝置的控制闕上’使用於一般家庭裡，當開啟熱水 ，可在該主加熱單元（熱水器）所提供的熱水尚未到達供水 单元（水龍頭）之别，利用該加熱裝置對流通於本體内的冷水 加熱’即可馬上獲得熱水之供應。 此外’本新型之即時供應熱水之輔助加熱裝置可安裝 在供水單元（水龍頭）與熱水控制閥之間，也可安裝在供水單 元（水龍頭）與冷水控制閥，或是安裝在任何供水設備上來使 用。 【實施方式】 參照第1圖與第2圖，本新型即時供應熱水之辅助加 熱裝置的第一實施例，該輔助加熱裝置1〇〇連結於一供水 裝置200，該供水裝置200具有一供水單元210及一主加熱 單元220(可為加熱器或瓦斯爐）。 在本實施例中，該供水單元210是一水龍頭組，而該 供水單元210還包括一冷水控制閥230及一熱水控制閥240 。該輔助加熱裝置100可拆卸地裝設在該供水單元21〇的 熱水控制閥240 (即俗稱之三角閥）上。 續參照第3圖與第4圖’該輔助加熱裝置1〇〇包含— 本體10、一蓋體20、一加熱單元30、一溫控單元4〇、_ 警示單元50及一電源單元60。 該本趙10具有一中空宏 令至11、一入水口 12、一第一 水口 13、一外螺紋部M、_ 乐出 17 1R 1〇 —内螺紋部15、16及複數個止 水望>17、18、19。該入士 该入水口 12與該第一出水口 13 該中空容室11。止水墊 連通於 _ 17文置該内螺紋部15的壁面上， 止水墊18安置該内螺紋 上 t 16的壁面上，止水墊18則安置 該外螺紋部14的壁面上。 該蓋體20具有一内經μ 螺紋Qp 21、一開放槽室22及一第 二出水口 23。該蓋體2〇之 及第 N螺紋部21鎖接於該本體10的 外螺紋Ρ 14 _L ’以防止該加熱單元％脫出 。該蓋體20的第二出水口 23 至 “興孩本體1〇的第一出水口 13 組合成該本體HH)的-出水σ此外，該供水單元21〇 疋利用導吕250的一接頭251鎖固於該本體⑺的出水口 11〇’讓_助加熱裝置_連接在該供水單元21〇與該熱 水控制閥240之間。 該加熱單元30，與該溫控單元4〇電連結，並安裝於該 本體1〇的中空容室11内，該加熱單it 30可以採用電熱管 或加熱片，用以對流通於該中空容室u内部的水液進行熱 交換在本貫施例中，該加熱單元30使採用螺旋蜿蜒排列 的電熱管，以提高其單位體積的熱交換能力。 該溫控單元40,具有一主控制器41，以及與該主控制 器41連結的一溫度指示元件42、一感溫元件43及一溫度 調節元件44。該溫度指示元件42是一顯示面板，利用數位 方式顯示水溫。該感溫元件43係穿設在該本體1〇内部以 感測水溫，經由該主控制器41之判斷，依據水的高、低溫 M416Q61 度而由該溫度指示元件42顯示不同警示訊息。該溫度調節 7C件44安裝在該蓋體2〇上，且具有二個顯露出該蓋體 外側面的調整紐441、442。當按麼該調整⑭441時，可提 向該加熱單it 30的加熱溫纟；當按麼該調整紐442時則 可降低該加熱單元30的加熱溫度。 該警示單元50,與該主控制器41電連接，並具有一指 示燈51及蜂鳴器52。該指示燈5丨提供高溫低溫之警 φ 示作用。而該蜂鳴器52則依據前述高溫而發出警示聲音。 該指示燈51係為發光树，當溫度達到攝氏43t以 上高溫時，指示燈51會發出紅色光源以示警示，而當溫度 低於設定溫度（如攝氏4〇。〇以下，該指示燈51會發出綠 色光源，以提供給使用者辨識該輔助加熱裝置⑽的加熱 使用狀態。 刖述主控制器41、溫度指示元件42、溫度調節元件44 才曰示燈51及蜂鳴n 52皆封裝在該蓋體的該開放槽室 • 22内。而且該溫度指示元件42與該溫度調節元件44是顯 露於該蓋體20外側面（見第2圖所示）。 該電源單元60,供給該加熱單元3〇、該溫控單元4〇 及該警不單元50所需之電力。本實施例中該電源單元⑹ 包含一設置於該本體20之外側面的電源線61，以及一自該 電源線61向外延伸的電源插頭62。當電源插頭Μ插接在 市電插座（圖未揭示）上，即可開始供應該輔助加熱裝置1〇〇 所需之電力》 當該輔助加熱裝置⑽安裝在供水單it 2H)與熱水控 8 制閥240之間’而且其電源插頭62已插接於市電插座而呈 通電狀態。這時’流通於該本體1〇之中空容室n内部的水 溫，如果低於預設的溫度（如攝氏4 〇〇c)以下，該主控 制器41係控制該加熱單元3〇至通電狀態，以對中空容室 11内部的水溫加熱，以使該供水單元210在開啟一出水閥 260至熱水段時，馬上就可取用熱水，不會有必須將水龍頭 管路内冷水流掉而浪費的情形。 由於該供水單元210開啟出水閥26〇至熱水段時，該 主加熱單元220 (熱水器）也同時被開啟，在開啟一段時間 後，熱水逐漸流通到該辅助加熱裝置1〇〇的中空容室11之 後’導致内部溫度逐漸升高’這時，當水溫高於攝氏4 2 C以上，則控制該加熱單元3〇為斷電狀態。 參照第4圖，本新型之即時供應熱水之辅助加熱裝置 ’更包含有—防漏電檢測單元川。該防漏電檢測單元70連 接在該加解元30與該電源單元6()之間當加熱單元川 有發生漏電情形之時，將立刻切斷該㈣以％之電力供 應，以獲付防漏電之安全保護作用。 置的另-實_ 即時供應熱水之輔助加熱裂 置的另一實施例，該輔助加 mo, ^ * 加熟裝Ϊ 1〇〇連結於一供水裝置 200，該供水裝置2〇〇具有— 22〇。 供K早兀21〇及一主加熱單元 5例中，該輔助加熱裝置100同樣包含一本俨 10、-蓋體20、一加熱 ^本體 元50及—電源單元60。 -控^的一警示單 在本實施例中，該本體10的入水口 12是由側邊開通 至該中空容室11。 該加熱單70 80與上一實施例所採用内置螺旋電熱管的 加熱單元30不同，而是改採間接加熱方式地安裝在該本體 1〇的底部，並透過一隔熱盤81來進行對於泵入中空容室u 内水體的加溫，除了能夠達到與前述第一實施例相同的功 效之外，也由於加熱單元80並非裝設在該中空容室u内， • 相對得加熱單元80並非直接接觸水體，更可避免因加熱單 兀80漏電後藉由水體使人體導電之危險情形產生。 如上所述，本新型即時供應熱水之輔助加熱裝置，可 裝設在供水裝置200的控制閥上，使用於一般家庭裡，當 開啟熱水，可在該主加熱單元22〇(熱水器）所提供的熱水尚 未到達供水單元210(水龍頭）之前，利用該加熱裝置3〇對流 通於中空容室11内的冷水加熱，即馬上獲得熱水之供應。 此運用於冬季或較寒冷的地區，可達到隨時供應熱水的使 • 用效果，而且，根據一般的用水習慣，通常會讓冷水先流 掉，等待熱水到達才開始使用之浪費資源的使用問題，本 新型除可完全克服水資源的浪費之外，達到經濟且省時的 效用，當該主加熱單元220(熱水器）所提供的熱水尚未到達 該中空容室11之後，水溫之上升，則立刻對該加熱單元3〇 斷電’而兼具有節省電力之好處。 值得一提的是，本新型該輔助加熱裝置1〇〇在使用上 ，除了適用於冬季或氣候寒冷地區之外，對於長時間不使 用或氣候高溫之地區，即可將該辅助加熱裝置100自該供 10 M416061 ·, >» 水裝置200拆除’以節省電力之消耗。 此外，該輔助加熱裝^ 100 & 了可安震在供水單元 210(水龍頭）與熱水控制閥240之間，也可安裝在供水單元 2H)(水龍頭）與冷水控制閥23G之間，或是安裝在任何= 設備上，只要是需要隨時提供熱水的使用場所如馬桶、 流理台、蓮蓬頭·..等等，在不須要更動原有的配水管路與組 接結構上，一般人就可以將該輔助加熱裝置1〇〇直接裝配 • 在供水單元210 (如三角閥）上，其組褒相當簡單且方便， 不需要專業人員的裝配或施工，便能達到即時供給孰水的 使用目的，加上其結構簡化，具有低成本、故障率低及使 用安全性高的優點。 惟以上所述纟，僅為本新型之兩個實施例而&，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆應 仍屬本新型專利涵蓋之範圍内。 φ 【圖式簡單說明】 第1圖係為一組合側視圖，是說明本新型即時供應熱 水之辅助加熱裝置組裝於該供水裝置上的側視圖。 第2圖係為一立體圖，是說明該輔助加熱裝置組裝於 該供水單元之導管與熱水控制閥之間的示意圖。 第3圖係為該辅助加熱裝置的剖視圖。 第4圖係為一方塊流程圖，是說明該辅助加熱裝置與 該供水裝置相連接的電路方塊圖。 第5圖係為一組合側視圖，是說明本新型即時供應熱 11 M416061 I 1 » 水之輔助加熱裝置之利用間接方式作加熱的實施態樣。 【主要元件符號說明】M4160^1 V. New description: [New technical field] The present invention relates to an auxiliary heating device, and particularly to an instant supply of hot water capable of preheating water in a pipeline of a water supply device. Auxiliary heating device. [Prior Art] At present, the sanitary ware and cleaning equipment used to achieve the cleaning and washing function usually have the function of supplying hot water and cold water. When the user needs to use hot water, the hot water valve of the faucet can be obtained. Use hot water with sufficient temperature to use. Λ General bathroom and material equipment usually supply water by heating by water heater or gas stove. However, because the water heater (the gas illusion and the faucet are connected by a water with a fixed length f), When the user wants to use hot water, 'the water heater is turned on immediately to heat the cold water', but I, because the water remaining in the water pipe is still cold water. The state needs to be heated by the water heater. For a certain period of time, it is common practice for the average person to let the cold water in the water pipe drain through the faucet and continue to heat for a period of time before the hot water of sufficient temperature reaches the faucet. The use of hot water is obviously quite time-consuming and inconvenient. In addition, in addition to the aforementioned water habits, if the weather is cold, the water heater will take longer to heat up, and the relatively cold water will be used more. If you do not have the habit of storing cold water, you will waste a lot of water, causing unnecessary waste of water resources. It is a pity. 3 [New content] The purpose of this new type is to provide an auxiliary heating device for instant hot water supply that can preheat the cold water of the water supply device to save time and economy. For the second purpose of the present invention, the detachable auxiliary heating device is convenient and simple to disassemble, and has the advantages of providing for use in travel. According to the present invention, an auxiliary heating device for supplying hot water instantaneously is provided for connection a water supply device having a water supply unit and a main heating unit, the auxiliary heating device being detachably mounted on a control valve of the water supply unit, the auxiliary heating device comprising a body, a heating unit, and a heating unit The temperature control unit and a power supply unit, the body comprises a hollow space, U and a water inlet and a water outlet connected to the hollow chamber. The adding unit is installed in the hollow chamber of the body, The heat exchange is performed on the water flowing through the middle and the inside. The temperature control unit has a main controller, α and a temperature finger connected to the main controller. And a sense element, the temperature sensing element is disposed inside the body to sense the water temperature, and the judgment of the main controller is used to display different alarms according to the high and low temperature of the water. The power supply unit supplies the power required by the heating unit and the temperature control unit. Thereby, when the main controller of the temperature control unit determines that the hot water of the preset high temperature has not been received, Previously, the heating unit may be controlled to preheat and supply a preset constant temperature hot water, and when the main controller determines that the preset high temperature hot water of the main heating unit has been received, the heating unit The heating is stopped. The power supply unit includes a power cord disposed on the outer side of the body and extending outward from the power cord. The power supply plug according to the present invention, wherein the auxiliary heating device for instant hot water supply further includes an alert unit, the alert unit has an indicator light, and the indicator light provides high temperature and low temperature alarms. Effect. The warning unit further has a buzzer that emits a warning sound according to the aforementioned high temperature. An auxiliary heating device for supplying hot water immediately according to the present invention, further comprising a cover body having an external thread portion, the cover body having an internal thread portion, and the internal thread portion of the cover body is locked The external thread portion of the body. According to the above-mentioned auxiliary heating device for supplying hot water, the body further has a water inlet, a first water outlet and two internal threads disposed on the water inlet and the first water outlet; The cover body further has a first water outlet, and the first water outlet of the body is combined with the second water outlet of the cover body to form a water outlet of the body. According to the above-mentioned auxiliary heating device for supplying hot water, the body further includes a water stop pad which is installed at a position where the external thread portion and the internal thread portion are interlocked with each other. The auxiliary heating device for supplying hot water immediately according to the above aspect of the present invention further comprises a cover body. The heating unit is disposed in the hollow chamber of the body, and the temperature control unit is disposed on the cover body. The temperature control unit further has a temperature adjustment member. The temperature adjustment member is mounted on the cover and has two adjustment knobs that expose the outer side of the cover. 5 The auxiliary heating device for instant hot water supply according to the above aspect of the present invention further comprises an anti-leakage detecting unit connected between the heating unit and the power supply unit for detecting a leakage situation. . Therefore, 'this new type of auxiliary hot water supply auxiliary heating device can be installed on the control unit of the water supply device' for use in general households. When hot water is turned on, the hot water provided by the main heating unit (water heater) is not yet available. When the water supply unit (faucet) is reached, the heating device is used to heat the cold water flowing through the body, and the supply of hot water can be obtained immediately. In addition, the new auxiliary heating device for instant hot water supply can be installed between the water supply unit (faucet) and the hot water control valve, or can be installed in the water supply unit (faucet) and the cold water control valve, or installed in any water supply device. Come up and use. [Embodiment] Referring to Figures 1 and 2, a first embodiment of the present invention provides an auxiliary heating device for instant hot water supply. The auxiliary heating device 1 is coupled to a water supply device 200 having a water supply. Unit 210 and a main heating unit 220 (which may be a heater or a gas furnace). In the present embodiment, the water supply unit 210 is a faucet group, and the water supply unit 210 further includes a cold water control valve 230 and a hot water control valve 240. The auxiliary heating device 100 is detachably mounted on the hot water control valve 240 (commonly known as a triangular valve) of the water supply unit 21A. Referring to FIGS. 3 and 4, the auxiliary heating device 1 includes a body 10, a cover 20, a heating unit 30, a temperature control unit 4, an alarm unit 50, and a power supply unit 60. The Zhao 10 has a hollow macro to 11, a water inlet 12, a first nozzle 13, an external thread portion M, _ music 17 1R 1 〇 - internal thread portion 15, 16 and a plurality of water stop points > ; 17, 18, 19. The entrant has the water inlet 12 and the first water outlet 13 of the hollow chamber 11. The water stop pad is connected to the wall surface of the internal thread portion 15, and the water stop pad 18 is disposed on the wall surface of the internal thread t16, and the water stop pad 18 is disposed on the wall surface of the external thread portion 14. The cover 20 has an inner through thread Qp 21, an open slot chamber 22 and a second water outlet 23. The cover body 2 and the N-thread portion 21 are locked to the external thread Ρ 14 _L ' of the body 10 to prevent the heating unit from coming out. The second water outlet 23 of the cover body 20 is the same as the water discharge σ of the first water outlet 13 of the body of the child body. The water supply unit 21 is locked by a joint 251 of the guide bush 250. A water outlet 11 〇 'letting the auxiliary heating device _ fixed to the body (7) is connected between the water supply unit 21 and the hot water control valve 240. The heating unit 30 is electrically connected to the temperature control unit 4 Mounted in the hollow chamber 11 of the body 1 , the heating unit it 30 can use an electric heating tube or a heating sheet for heat exchange of water and liquid flowing inside the hollow chamber u in the present embodiment. The heating unit 30 uses an electric heating tube arranged in a spiral enthalpy to increase the heat exchange capacity per unit volume. The temperature control unit 40 has a main controller 41 and a temperature indicating element coupled to the main controller 41. 42. A temperature sensing element 43 and a temperature adjusting component 44. The temperature indicating component 42 is a display panel for displaying the water temperature by a digital method. The temperature sensing component 43 is disposed inside the body 1〇 to sense the water temperature. According to the judgment of the main controller 41, according to the height of the water, The low temperature M416Q61 degrees and the temperature indicating component 42 display different warning messages. The temperature adjusting 7C member 44 is mounted on the cover body 2, and has two adjusting buttons 441, 442 which expose the outer side of the cover body. When the adjustment 14441 is performed, the heating temperature of the heating unit it 30 can be raised; when the adjustment button 442 is pressed, the heating temperature of the heating unit 30 can be lowered. The warning unit 50 is electrically connected to the main controller 41. And has an indicator light 51 and a buzzer 52. The indicator light 5 丨 provides a high temperature and low temperature alarm φ, and the buzzer 52 sounds a warning sound according to the aforementioned high temperature. When the temperature reaches a temperature higher than 43t Celsius, the indicator light 51 will emit a red light source to indicate the warning, and when the temperature is lower than the set temperature (such as 4 摄 Celsius. 〇 below, the indicator light 51 will emit a green light source for use. The heating state of the auxiliary heating device (10) is recognized. The main controller 41, the temperature indicating component 42, and the temperature adjusting component 44 are both enclosed in the open slot of the cover. 22 inside. The temperature indicating component 42 and the temperature adjusting component 44 are exposed on the outer side of the cover body 20 (see FIG. 2). The power supply unit 60 supplies the heating unit 3, the temperature control unit 4, and the The power supply unit (6) in the present embodiment includes a power cord 61 disposed on the outer side of the body 20, and a power plug 62 extending outward from the power cord 61. When the plug is connected to the mains socket (not shown), the power required for the auxiliary heating device 1 can be started. When the auxiliary heating device (10) is installed in the water supply unit it 2H) and the hot water control valve 202 Between the 'and its power plug 62 has been plugged into the mains outlet and is powered. At this time, the temperature of the water flowing inside the hollow chamber n of the body 1 is lower than a preset temperature (for example, 4 〇〇c), and the main controller 41 controls the heating unit 3 to be energized. The water temperature inside the hollow chamber 11 is heated, so that the water supply unit 210 can take hot water immediately when the water outlet valve 260 is opened to the hot water section, and there is no need to drain the cold water in the faucet line. And a wasteful situation. When the water supply unit 210 opens the water outlet valve 26 to the hot water section, the main heating unit 220 (water heater) is also simultaneously turned on, and after a certain period of time, the hot water gradually flows to the hollow capacity of the auxiliary heating device 1〇〇. After the chamber 11 'causes the internal temperature to gradually increase', when the water temperature is higher than 4 2 C above Celsius, the heating unit 3 is controlled to be in a power-off state. Referring to Fig. 4, the present invention provides an auxiliary heating device for instant hot water supply, which further includes an anti-leakage detecting unit. The anti-leakage detecting unit 70 is connected between the supplemental element 30 and the power supply unit 6(), and when the heating unit has a leakage condition, the (4)% power supply is immediately cut off to obtain the leakage prevention. Security protection. Another embodiment of the auxiliary heating splitting of the instant hot water supply, the auxiliary adding mo, ^ * plus the cooking pot is connected to a water supply device 200, the water supply device has 22〇. For example, in the case of K 兀21〇 and a main heating unit, the auxiliary heating device 100 also includes a 俨 10, a cover 20, a heating body 50 and a power supply unit 60. - A warning list of the control unit In the present embodiment, the water inlet 12 of the body 10 is opened from the side to the hollow chamber 11. The heating unit 70 80 is different from the heating unit 30 of the built-in spiral electric heating tube used in the previous embodiment, but is installed in the bottom of the main body 1〇 by indirect heating, and is passed through a heat insulating plate 81 for the pump. The warming of the water body into the hollow chamber u can achieve the same effect as the first embodiment described above, and also because the heating unit 80 is not installed in the hollow chamber u. • The opposite heating unit 80 is not directly In contact with the water body, it is possible to avoid the danger of causing the human body to conduct electricity by the water body after the electric heating of the single 兀80 is leaked. As described above, the present invention provides an auxiliary heating device for immediately supplying hot water, which can be installed on the control valve of the water supply device 200, and is used in a general household. When the hot water is turned on, the main heating unit 22 (water heater) can be installed. Before the supplied hot water has not reached the water supply unit 210 (faucet), the cold water flowing through the hollow chamber 11 is heated by the heating device 3, that is, the supply of hot water is immediately obtained. This applies to winter or colder areas, which can achieve the effect of supplying hot water at any time. Moreover, according to the general water use habits, cold water is usually allowed to flow first, waiting for the use of waste water before the hot water arrives. The problem is that the present invention can achieve economic and time-saving utility in addition to completely eliminating the waste of water resources. When the hot water provided by the main heating unit 220 (water heater) has not reached the hollow chamber 11, the water temperature rises. Then, the heating unit 3 is immediately powered off, and the power saving is also provided. It is worth mentioning that the auxiliary heating device 1 of the present invention is suitable for use in addition to winter or cold weather regions, and the auxiliary heating device 100 can be used for areas that are not used for a long time or have a high climate. The 10 M416061 ·, >» water unit 200 is removed' to save power consumption. In addition, the auxiliary heating device 100 can be installed between the water supply unit 210 (faucet) and the hot water control valve 240, or between the water supply unit 2H) (faucet) and the cold water control valve 23G, or It is installed on any equipment, as long as it is a place where hot water is needed at any time, such as a toilet, a flow table, a shower head, etc., and it is not necessary to change the original water distribution pipe and assembly structure. The auxiliary heating device 1 can be directly assembled. On the water supply unit 210 (such as a triangular valve), the assembly is relatively simple and convenient, and the use of the water supply can be achieved without the need for assembly or construction by a professional. In addition, its structure is simplified, and it has the advantages of low cost, low failure rate and high safety of use. However, the above description is only for the two embodiments of the present invention, and when it is not possible to limit the scope of the present invention, that is, the simple equivalent change made by the novel patent application scope and the new description content is Modifications shall remain within the scope of this new patent. φ [Simple description of the drawing] Fig. 1 is a combined side view showing a side view of the present invention in which an auxiliary heating device for supplying hot water is assembled to the water supply device. Fig. 2 is a perspective view showing the auxiliary heating device assembled between the duct of the water supply unit and the hot water control valve. Figure 3 is a cross-sectional view of the auxiliary heating device. Figure 4 is a block diagram showing the circuit block diagram of the auxiliary heating device connected to the water supply device. Figure 5 is a combined side view showing an embodiment of the present invention in which an auxiliary heating device for water supply 11 M416061 I 1 » water is heated in an indirect manner. [Main component symbol description]
100 辅助加熱裝置 110 出水口 10 本體 11 中空容室 12 入水口 13 第一出水口 14 外螺紋部 15 内螺紋部 16 内螺紋部 17 止水墊 18 止水墊 19 止水墊 20 盍體 21 内螺紋部 22 開放槽室 23 第二出水口 30 加熱單元 40 溫控單元 41 主控制器 42 溫度指示元件 43 感溫元件 44 溫度調節元件 441 調整鈕 442 調整鈕 50 警示單元 51 指示燈 52 蜂鳴器 60 電源單元 61 電源線 62 電源插頭 70 防漏電檢測單元 80 加熱單元 81 隔熱盤 200 供水裝置 210 供水單元 220 主加熱單元 230 冷水控制閥 240 熱水控制閥 250 導管 251 接頭 260 出水閥 12100 Auxiliary heating device 110 Water outlet 10 Main body 11 Hollow chamber 12 Water inlet 13 First water outlet 14 External thread portion 15 Internal thread portion 16 Internal thread portion 17 Water stop pad 18 Water stop pad 19 Water stop pad 20 Inside the body 21 Threaded portion 22 Open chamber 23 Second water outlet 30 Heating unit 40 Temperature control unit 41 Main controller 42 Temperature indicating element 43 Temperature sensing element 44 Temperature adjustment element 441 Adjustment button 442 Adjustment button 50 Warning unit 51 Indicator light 52 Buzzer 60 Power supply unit 61 Power supply line 62 Power supply plug 70 Anti-leakage detection unit 80 Heating unit 81 Thermal insulation board 200 Water supply unit 210 Water supply unit 220 Main heating unit 230 Cold water control valve 240 Hot water control valve 250 Conduit 251 Connector 260 Outlet valve 12