M349478 八、新型說明： 【新型所屬之技術領域】 本創作係有關-種加齡統，特難指—可依不 擇適當聽加錄加紅兼料能、高鱗讀极備加齡統。 【先前技術】 '按，全球自1776年工業革命以來，使得人類由勞動力集生活型 .態，轉縣生產快速、省力之機械密紐社會型態，不僅如此，加上 鲁二十世紀人類科技技狀成熟，使韻械麵之社會賴，逐漸轉型 為半導體之科技社會。 然而，機械密紐產業’或者近年來全球最熱門之轉體產業， 雖然帶給人紐為便捷、舒適之物質生活享受，相對卻必需付出該機 械產業、半導體產業魅之水f嚴重污染代價，以致，目前家中飲水 设備’已由早期之自來錢絲程，轉由飲収扣，且隨時隨地皆 有熱水供應之微電腦控制型飲水設備。 鲁 但是’就吾人所知，現有透過微電腦控制水溫之飲水設備，乃於 飲水設備機殼内部設置一熱水槽，於預設處設有固定瓦數之單管式加 熱管，藉以達到熱水槽内之熱水保溫、加熱功效。 k而，目刖市售單一瓦數之加熱管態樣之飲水設備，雖然同樣可 常保熱水槽内獲得預設溫度熱水，以及低於預設水溫時之加熱功效， 然此種單一瓦數加熱管作為保溫、加熱系統之飲水設備，卻相當不符 合經濟效益’以及不符合環保潮流； 何以呢？傳統飲水設備係由常溫水狀態，直接加熱至1 〇 〇°c之 5 M349478 煮沸狀態方停止續持加熱，惟加熱停止後之後續加熱情況有三第一 階段，為確保飲用水為熱開水狀態，加熱管則需2 4小時進行加教 保溫動作，以維持熱水槽内之水溫不得低於9 81;第二階段則是小、 中量汲取熱水槽内之熱水，以致水溫處於9 8°c至9 〇。匚之間，第一 階段則是大量用水造成熱水槽内之水溫低於9的時之加熱作動；上 -述二階段之加熱臨界值不同以及加熱之溫度不同； 故’單-瓦數加熱官之傳賊水設備，若獅減妨加熱管時， ♦雖有利於第-階段之2 4小時長效保溫過程中，獲得大量電能損耗優 勢，但對於第二階段甚至是第三階段之高落差溫度加熱而言，低瓦數 加熱管則存在加熱_過於冗長’嘯肖錢長之時間方能飲 用至J1熱水；反之，若為克服第二、第三階段之中、高溫度差，逆向選 用门瓦魅之加熱官’固然收到加熱時間快速之優點，相對於第一階 敫之2 4小時保溫而s，卻有大材小用之虞慮，以致衍生高瓦數加熱 管魏耗雛甚之電㈣貴現實問題，同時如單—高瓦數型之加 験熱管，加溫亦會產生較大之音量。 ，職疋如何有效克服飲水設獅單—瓦數加鮮存在之技術課 題乂胁I備長時間保溫之第一階段加熱過程較省電，以及第 二、、第三階段高溫差過程之加熱更迅速雙重優勢，乃業界目前迫切 急需克服之技術瓶頸之一。 【新型内容】 備之加熱系統（―）’主要於财設備預設處設置一 控制部，嶋當處則設㈣—熱水槽，以及—加齡統；其中， M349478 該加熱系統具有一熱水槽水溫偵測用之溫度偵測器，以及低瓦數之第 一加熱管，及高瓦數之第二加熱管，藉由上述不同瓦數加熱管加熱系 統之飲水設備，以利熱水槽内之水溫屬於保溫階段時，可選用低瓦數 加熱管進行加熱，以獲得低電能損耗優勢，反之水溫處於加溫狀態下， 則可利用高瓦數加熱管進行加熱作業，以利加熱時效大幅縮短功效； _甚至水溫屬加熱階段（如大量用水後及常溫水加熱過程），顧步驅動 高、低瓦數加鮮作動，峨短_加熱至麵㈣之功效者。 _ 至於，本創作飲水設備之加熱系統詳細技術手段，兹辅以相關方 框示意圖詳細說明之。 【實施方式】 本創作係有關-種飲水設備之加熱系統㈠，請配合參照第一圖 所示，係該加熱系統之方框示意圖： 主要包括-飲水設備丨Q，該飲水設射Q得為居家常見之桌上 ^•飲水機或立地型飲水機等；不論採前述任何類型之飲水設備1 〇， 土本要件乃⑥具備控制各種功能、作動程式之控制部1 1，藉以達到 .X概自動控制加熱及保溫等之功效；另外飲水設帛1〇内部並設有一 熱水槽1 2，可提供力σ熱飲水使用； 本幻作最主要之改良核心：係設置在熱水槽丄2内設有一加熱系 、-，’該加熱系統並可受控制部χ丨設定控制者，進—步包含有. 至少—溫度侧m 3，該溫度細m 3主司熱水槽丄2内之 :，並職_之水錄„料， 。订處理之用’控制部11收到訊息，即會依程式寫入之預設 7 M349478 三階段判斷，再下達指令驅動後述之高或低瓦數加熱管作動；有關前 述預設之加熱三階段係指：第一 ··為界於1 〇 〇。〇〜9 81間之保溫 階段；第二、為低於9 8°C但高於9 0°C以上之加溫階段；第三、為 低於9 0°C之加熱階段； 一加熱單元2 0，該加熱單元2 〇至少包含有二加熱管，其中第 -一加熱管21為較小功率之低瓦數（2 5 0瓦）類型，第二加熱管2 -2為較大功率之高瓦數（7 5 0瓦）類型，負責熱水槽丄2水溫加熱、 _保溫用之第-、第二加熱管21、2 2，則依溫度摘測器13偵測到 之水溫回傳給控制部11之訊息，判斷訊息屬於保溫階段、加溫階段 或加熱階段，進而控制第—加熱f 2 i或第二加熱管2 2，甚至是第 、第一加熱官同步驅動，如上所述即本創作飲水設備之加熱系統 (一）0 一至於’本創作飲水設備結合具備高、低瓦數加熱管之加熱系統 假飲水設備加熱至煮沸（至少丄〇 〇。〇狀態停止持續加熱時 ►水財隨著咖及使綠況等顶，此時，如齡槽之水溫為^ ◦丨 c〜9 8 C時為保温階段’則採用低瓦數（2 5 Qw)之第一加熱/ 2 ^進行加絲溫，㈣持細水汲取織，·飲水設叙保温階段 執、增2 1優嫩’峨乃需轉長時間之2 情況故採用低瓦數之第一加熱管2 1，所產生之電能_ 數之第-加熱\^ Μ省電費過度支出之省電功能，同時利用低1 效果；”、、日f ’亦可減低加熱時所產生之音量，達到較佳之㈣ r M349478 * 反之，中等使用人數之水量汲取，造成飲水設備丄〇之熱水槽工 2溫度屬9 8〜9 0 C之加溫階段時，則可採用高瓦數（7 5 〇w) 之第一加歸2 2進行加熱健，自於該階段之溫差娜溫階段大， 故選用第-加熱？ 2 2 ’則可透過高瓦數加熱管得發揮較大功率優 勢，於短時間將水溫加熱至保溫階段，供消費者沒取飲用之特色，故 .可避免消費者等待時間過長之箸境； - 最后，若飲水設備之熱水槽12内水溫因大量輸出以致屬低於9 ·◦C，或者常溫水狀態欲煮沸之加熱階段時，控制部丄2則同時啟動 第第一加熱管（共1 〇 〇 〇瓦），藉結合二加熱管形成最大輸出功 率創意，令常溫水得在最短之時效内昇溫至煮沸狀態，同樣具備縮短 消費者等待飲用水之功效。 由上可知，飲水設備1 0透過加熱單元所設之高、低瓦數二加敎 管創意’實得依溫越· 2 _綱之水溫屬保溫、加溫或加孰階 段，轉動職之高或低數加絲進行加熱健，詞其職之加敎 攀管設計，實有祕魏娜之射_，以及加_效驗之雙重功 •效，此乃現有飲水設備之加熱系統所無法比擬。 _ ，综上所述，本創作飲水設備之加熱系統，所賦予既有產品豐富、 :穎之創騎計，#已完全根除既有單—瓦數加熱管電f過高或者加 ‘、、、時間過於冗長之缺失，業已具備_及非顯而易見之專利中靖要件 規定，職是，創作人遂備齊相關申請文件及圖式、說明書，依法向鈞 ^提出新型專辦請，騎料雜肯定本案之辛苦創作，至感德 9 M349478 【圖式簡單說明】 第一圖係本創作飲水設備之加熱系統結構方框示意圖。 【主要元件符號說明】 10----飲水設備 11 —— ——控制部 12----熱水槽 1 3-- —_溫度偵測器 2 0----加熱單元 2 1-- —第一加熱管 2 2----第二加熱管 10M349478 VIII, new description: [New technology field] This creation is related to - kind of ageing, especially difficult to refer to - can not choose appropriate to listen to the record plus red and material, high scale reading is extremely ageing. [Previous technology] 'According to the global industrial revolution since 1776, the human beings have been living in a labor-oriented state, and the county has produced a fast and labor-saving mechanical society. Not only that, but also the human technology of the twentieth century. The maturity of the technology has gradually transformed the society of the rhyme into a technological society of semiconductors. However, the mechanical micro-industry industry's or the most popular turning industry in the world in recent years, although giving people a convenient and comfortable material life enjoyment, it is necessary to pay the price of serious pollution of the mechanical industry and the semiconductor industry. As a result, the current home drinking equipment 'has been switched from the early money to the silk, to the drink and buckle, and there are hot water supply of microcomputer-controlled drinking water equipment anytime, anywhere. Lu, but as far as we know, the existing drinking water equipment that controls the water temperature through the microcomputer is to set up a hot water tank inside the drinking water machine casing, and set a fixed number of single-tube heating pipes at the preset place to reach the hot water. The heat preservation and heating effect of the hot water in the tank. k, while witnessing the sale of a single wattage of the heating pipe aspect of the drinking water equipment, although it can also be used to obtain the preset temperature hot water in the hot water tank, and the heating effect below the preset water temperature, this single The wattage heating tube is used as a drinking water device for the heat preservation and heating system, but it is quite inconsistent with the economic benefits' and does not conform to the environmental protection trend; why? The traditional drinking water equipment is heated from normal temperature to 1 〇〇 °c 5 M349478 boiled state to stop the heating, but the subsequent heating after the heating is stopped has three first stages, in order to ensure that the drinking water is hot water, The heating pipe takes 24 hours to carry out the heating operation to maintain the water temperature in the hot water tank not lower than 9 81; the second stage is to take the hot water in the hot water tank in a small and medium amount, so that the water temperature is at 9 8 ° c to 9 〇. Between the crucibles, the first stage is the heating operation when the water temperature in the hot water tank is lower than 9 by a large amount of water; the heating thresholds of the above two stages are different and the heating temperature is different; therefore, the single-wattage Heating the official thief water equipment, if the lion can reduce the heating pipe, ♦ although it is beneficial to the first stage of the 4 hours long-term insulation process, get a lot of power loss advantages, but for the second stage or even the third stage In the case of high drop temperature heating, the low wattage heating tube has heating _ too long and cumbersome to drink until J1 hot water; otherwise, to overcome the middle and high temperature difference in the second and third stages In the reverse, the heating officer of the door glamour is sure to receive the advantage of fast heating time. Compared with the first-order 敫 24 hours of heat preservation, it has the care of overkill, so that the high wattage heating tube is consumed. Even the electricity (four) expensive real problems, at the same time, such as single-high wattage type of heat pipe, heating will also produce a larger volume. How to effectively overcome the drinking water lion-single-watt number plus fresh technical problems 乂 I I long-term thermal insulation in the first stage of the heating process is more energy efficient, and the second, third stage high temperature difference process heating more quickly The double advantage is one of the technical bottlenecks that the industry is urgently needed to overcome. [New content] The heating system (-)' is mainly set up with a control unit at the preset of the financial equipment, and the fourth place is the four--hot water tank and the old age system; among them, the heating system has a hot water tank. a temperature detector for detecting water temperature, a first heating tube with a low wattage, and a second heating tube with a high wattage, by means of the above-mentioned different wattage heating tube heating system drinking water device, to facilitate the hot water tank When the water temperature in the heat preservation stage is in the heat preservation stage, the low wattage heating tube can be used for heating to obtain the advantage of low power loss. When the water temperature is under heating state, the high wattage heating tube can be used for heating operation to facilitate heating. The aging effect greatly shortens the effect; _ even the water temperature is in the heating stage (such as a large amount of water and normal temperature water heating process), Gu step drive high, low wattage plus fresh action, _ short _ heating to the surface (four) effect. _ As for the detailed technical means of the heating system of the creation of drinking water equipment, it is explained in detail by the relevant box diagram. [Embodiment] This creation is related to the heating system (1) of the drinking water equipment. Please refer to the figure in the first figure, which is a block diagram of the heating system: mainly includes - drinking equipment 丨Q, the drinking water set Q is Tables that are common at home ^•Water dispensers or stand-up water dispensers; regardless of any type of drinking water equipment mentioned above, the local requirements are 6 control units 1 that control various functions and actuation programs to achieve .X Automatically control the effect of heating and heat preservation; in addition, the drinking water is set inside the 〇1〇 and has a hot water tank 12, which can provide the use of force σ hot drinking water; the main improvement core of this illusion: set in the hot water tank 丄2 There is a heating system, -, 'the heating system can be set by the control unit 控制 controller, the step further comprises: at least - the temperature side m 3, the temperature is fine m 3 main heat sink 丄 2: Job _ water record „ material, . For processing purposes' control unit 11 received the message, it will be programmed according to the program 7 M349478 three-stage judgment, and then issued the command to drive the high or low wattage heating pipe to be described later ; related to the aforementioned preset heating The three-stage system refers to: the first phase is the thermal insulation phase of 1 〇〇. 〇~9 81; the second is the heating phase below 98 °C but above 90 °C; a heating stage of less than 90 ° C; a heating unit 20, the heating unit 2 〇 comprises at least two heating tubes, wherein the first heating tube 21 is a low power wattage (250 watts) Type, the second heating tube 2-2 is a high power wattage (750 watts) type, responsible for the hot water tank 丄 2 water temperature heating, _ insulation used - and the second heating tube 21, 2 2 Then, according to the message that the water temperature detected by the temperature picker 13 is transmitted back to the control unit 11, the message is judged to belong to the heat preservation phase, the warming phase or the heating phase, and then the first heating f 2 i or the second heating pipe 2 is controlled. 2, even the first and the first heating officer synchronous drive, as described above, the heating system of the creation of drinking water equipment (1) 0 to the 'creative drinking water equipment combined with high and low wattage heating tube heating system fake drinking water equipment Heat to boil (at least 丄〇〇. 〇 停止 停止 持续 持续 ► ► ► ► ► ► ► ► ► ► ► ► ► ► ► ► ► ► ► When the water temperature of the age tank is ^ ◦丨c~9 8 C, it is the heat preservation stage', then the first heating with low wattage (2 5 Qw) / 2 ^ is applied, and (4) holding fine water, weaving, drinking water Set the heat preservation stage, increase 2 1 优嫩' 峨 is the need to turn for a long time 2, so the first heating tube 2 of low wattage is used, the electricity generated _ the number of the first - heating \ ^ Μ excessive electricity The power saving function of the expenditure, while using the low 1 effect; ",, day f ' can also reduce the volume generated by heating, to achieve better (4) r M349478 * Conversely, the amount of water used by the medium number of people to draw, resulting in drinking water equipment When the temperature of the hot water tank 2 is 9 8~9 0 C, the first addition of 2 watts (7 5 〇w) can be used for heating, since the temperature difference of the stage Large, so choose the first - heating? 2 2 ' can use the high wattage heating tube to exert a large power advantage, and heat the water temperature to the heat preservation stage in a short time, so that consumers can not take the characteristics of drinking, so it can avoid the waiting time of consumers too long. Finally, if the water temperature in the hot water tank 12 of the drinking water device is lower than 9 · ◦ C due to a large amount of output, or the heating stage in which the normal temperature water state is to be boiled, the control unit 丄 2 simultaneously activates the first heating tube (A total of 1 watt tile), combined with two heating tubes to create the maximum output power idea, so that the normal temperature water can be heated to the boiling state within the shortest aging time, also has the effect of shortening the consumer's waiting for drinking water. It can be seen from the above that the drinking water equipment 10 through the heating unit is set by the high and low wattage two plus tube creative 'actually according to the temperature · 2 _ the water temperature is the heat preservation, heating or twisting stage, turn the job High or low number of wire for heating and health, the word for the crowning and climbing design, there is the secret of Wei Na's shot _, and the effect of adding _ effect, which is unmatched by the heating system of the existing drinking equipment. . _ , in summary, the heating system of the creation of drinking water equipment, endowed with rich products, : Ying Zhi Chuang ride, # has completely eradicated the existing single - wattage heating tube electricity f is too high or add ',, The lack of time is too long, and it has already been provided with _ and non-obvious patents. The position is that the creator prepares the relevant application documents, drawings and instructions, and proposes a new type of special request to the company. Affirming the hard work of this case, to the sense of 9 M349478 [Simple description of the diagram] The first picture is a block diagram of the heating system structure of the creation of drinking water equipment. [Main component symbol description] 10----Drinking device 11————Control unit 12----hot water tank 1 3--__temperature detector 2 0----heating unit 2 1-- First heating tube 2 2----second heating tube 10