M311809 八、新型說明： 【新型所屬之技術領域] +本創作係有關於-種觸控式水龍頭及其控制裝置，尤 -指藉由觸控操作方式控制水龍頭水溫及流量，便於使用 者操作之水龍頭結構者。 【先前技術】 藝 #纟目@日#生活中—般社會大眾已難以脫離使用 水龍頭之制，尤其0核在朗、_或在陽台等 任何地方’ 1¾為-般盥洗及清潔t故，往往需要接觸到 各式各樣的水龍頭。 .目前在市面上所使用水龍頭的形式有千百種，以其結 構來說，最原始的不外是在水龍頭上設置有一旋轉頭， 藉由順、逆時鐘扭動該旋轉頭，用以打開及關閉水龍頭， 或調整水龍頭出水量之大小，而此種以機械式操作的水 瞻龍頭隨後在變換旋轉頭的外形結構後，亦延伸了所謂的 單搶式或長柄式水龍頭，以便於使用者可以適用在各種 不同場合中之使用。 然而由於前述藉由機械式操作的水龍頭結構，尚須使 用者藉由手部來扭轉旋轉頭來調控出水量的大小，對於 使用者來說具有極大的不便性，故隨後市面上衍生設計 了一種感應式水龍頭，其主要係具有一紅外線感應器， 俾藉由該紅外線感應器感知是否有物體進入其範圍，例 如當使用者的手部進入其感應範圍而被感知時，即可自 5 M311809 動開啟水龍頭供使用者沖水，其中該感應式水龍頭主要 係在進水管上設置有一電磁閥，用以控制水龍頭出水量 之開關，然而由於其出水量的大小，甚至其出水水流之 溫度’-般而言皆是預先即設定完成，故使用者在操作 時，僅能藉域應方式讓水龍頭出水，而無法自行控制 出水量大小或是調整出水時之水溫大小，亦造 ^ 用上的不便。 【新型内容】 甘本創作之主要目的，在於提供一種觸控式水龍頭及 俾使操作者易於進行水龍頭之水温及出水 1押之$目的’在於提供—種觸控式水龍頭及 /、控制裝置，可以針對水溫進行恆溫控制。 其控f 難式水龍頭及 操作者m外。⑦，避免在操作雜中造成 龍頭:么二:，目二’丨創作主要係具有-種觸控式水 功能摔作上二㈤广括有—微處理器，係用進行各種 第制者:一第—控制閥，係連接設置於-理哭㈣=i &亚％連接於該微處理器，藉由該微處 接於該微處理器，用以接收來自該 6 M311809 及水溫高低等資訊，並顯示該等資訊訊息；以及一觸控 元件，係電連接於該微處理器，用以提供輸入控制指令。 本創作進一步更提供有一種觸控式水龍頭，其包括 有水龍頭本體，該水龍頭本體具有一進水管及一出水 口，其中該進水管係與一第一進水管路相連接，使得來 自於該第-進水管路之水可由該進水管進人後，再由該 出水口流出者’·及-控制裝置，其包括有—微處理器， 係用以進行各種水龍頭功能操作上之控制者；一第一控 ，閥，係連接設置於該第一進水管路上，並電連接於^ 微處理器，藉由操作該第一控制閥之作動，俾可控制由 該第一進水管路流出該第一控制閥時之水流量大小；一 顯示元件，係電連接於該微處理器， 處理器之水量大小及水溫高低等資訊，並顯 吼息；以及一觸控元件，係電連接於該微處理器，用以 提供輸入控制指令。 【實施方式】 ^為使貴審查委員能進一步瞭解本創作之結構、特 徵及其目的，茲附以圖式及較佳具體實施例之詳細說明 如后： 请參閱第1圖所示，係本創作觸控式水龍頭之控制 裝置之系統方塊圖。如圖所示，本創作觸 主要係設置有-控制裝置,。，係用以控制頭 熱水之流量大小，該控制裝置10包含有—微處理哭u、 一第一控制閥12、一第二控制閥13、—顯示元件14、一 M311809 觸控元件15、—指示元件16及—感溫元件17。 閱第3圖至第9圖’分別揭露了本創作各組合元件之電 ==圖。以下則將本創作之控制裝置如何應用於 水威頭上作一概要說明·· 可同時參閱第2圖所示，該第一控制閥12主要係連 iHC進水管路26上，並電連接於該微處理器 控制Πΐΐ11 U控制第一控制閥12之作動，藉以 7 S路26流向水龍頭之水流流量大小，而前 =所稱之^進水管路26係可為—熱水管路或一冷水管 由於本f施例巾料—熱水管路。在本創作之一實施 12係可為一電磁閥所構成^ ^ 7=作動來控制流經第一控制閥12 小，再者，該第一控制閥12也可分別^ 直流馬達)(圖未示）、—活夷由一步進馬達（或M311809 Eight, new description: [New technology field] + This creation department has a kind of touch-type faucet and its control device, especially - control the water temperature and flow of the faucet by touch operation, which is convenient for users to operate. The faucet structure. [Prior Art] Art #纟目@日#Life--the general public has been difficult to break away from the use of taps, especially 0 cores in Lang, _ or anywhere on the balcony, '13⁄4 for general washing and cleaning, often Need to be exposed to a wide range of faucets. At present, there are thousands of faucets used in the market. In terms of structure, the most primitive one is that a rotating head is arranged on the faucet, and the rotating head is twisted by a clockwise or counterclockwise opening. And closing the faucet, or adjusting the amount of water discharged from the faucet, and the mechanically operated faucet then extends the so-called single-robbing or long-handle faucet to facilitate the user after changing the shape of the rotating head. Can be used in a variety of different occasions. However, due to the above-described mechanically operated faucet structure, the user has to reverse the rotary head by the hand to regulate the amount of water, which is extremely inconvenient for the user, so that a type of derivation has been devised on the market. Inductive faucet mainly has an infrared sensor, and the infrared sensor senses whether an object enters its range, for example, when the user's hand enters the sensing range and is perceived, it can be moved from 5 M311809 The faucet is opened for the user to flush. The inductive faucet is mainly provided with a solenoid valve on the inlet pipe for controlling the water output of the faucet. However, due to the amount of water discharged, even the temperature of the effluent water flow is generally In fact, the setting is completed in advance, so the user can only use the domain to make the faucet out of the water when operating, and can not control the amount of water or adjust the water temperature when the water is discharged, which also causes inconvenience. . [New Content] The main purpose of Ganben's creation is to provide a touch-type faucet and a control device that makes it easy for the operator to carry out the water temperature of the faucet and the water for the purpose of providing a touch faucet and/or control device. Constant temperature control for water temperature. Its control f difficult faucet and operator m. 7, to avoid causing the faucet in the operation of the miscellaneous: two: 目二' 丨 主要 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨a first-control valve, the connection is set to - the cry (four) = i & sub-% connected to the microprocessor, by the micro-connection to the microprocessor for receiving the temperature from the 6 M311809 and the water temperature Waiting for information and displaying the information messages; and a touch component electrically coupled to the microprocessor for providing input control commands. The present invention further provides a touch faucet comprising a faucet body, the faucet body having an inlet pipe and a water outlet, wherein the inlet pipe is connected to a first water inlet pipe, so that the - the water in the water inlet pipe can be introduced into the water inlet pipe, and then the water outlet porter 'and the control device, which includes a microprocessor, is used to control the operation of various faucet functions; a first control valve is disposed on the first water inlet pipe and electrically connected to the microprocessor, and by operating the first control valve, the first water inlet pipe can be controlled to flow out from the first water inlet pipe. a water flow rate when the valve is controlled; a display component is electrically connected to the microprocessor, the amount of water of the processor and the temperature of the water is high and low, and the information is displayed; and a touch component is electrically connected to the A microprocessor for providing input control commands. [Embodiment] ^ In order to enable the review board to further understand the structure, features and purposes of the present invention, the detailed description of the drawings and the preferred embodiments is as follows: Please refer to Figure 1, A system block diagram of a control device for a touch faucet. As shown in the figure, this creation is mainly provided with a - control device. The control device 10 includes a micro-processing crying, a first control valve 12, a second control valve 13, a display component 14, a M311809 touch component 15, - indicator element 16 and temperature sensing element 17. Referring to Figures 3 through 9 respectively, the electrical == diagrams of the various components of the creation are disclosed. The following is a brief description of how the control device of the present invention is applied to the water head. · Referring to FIG. 2 at the same time, the first control valve 12 is mainly connected to the iHC water inlet pipe 26 and electrically connected thereto. The microprocessor control Πΐΐ11 U controls the operation of the first control valve 12, whereby the flow rate of the water flowing to the faucet by the 7S way 26, and the former = the water inlet pipe 26 can be a hot water pipe or a cold water pipe due to This f example towel material - hot water pipeline. In one of the creations of the present invention, the 12th system can be configured as a solenoid valve to control the flow through the first control valve 12, and the first control valve 12 can also be separately DC motor (Fig. Show), - by a stepper motor (or
㈣示 > 之組合，至f 一感應裝置 之熱水水量大小。 及m㈣第-控制閥U 該第二控制閥13係連接設置於一第二進水管路Μ(4) The combination of the > to the amount of hot water in the f-sensing device. And m (four) first-control valve U. The second control valve 13 is connected and disposed in a second water inlet line.
，亚同樣地電連接於該微處理器11，藉由微處理哭η 控制第二控制閥之作動，莪 ' TO 流向水龍狀水㈣f二進水管路28 則為-冷水管路。在本創二在本ί施例中 閥13同樣地係可由一電磁間忒弟一控制 動來控制流經第二控制闕13=火:一 該第二控額13也可分別藉由里之大小’再者’ (圖未示)、-活塞(圖未示)及至少:感應t(置 =)達之)Similarly, the microprocessor 11 is electrically connected to the microprocessor 11, and the second control valve is controlled by the micro-processing cry η, and the flow of the 莪 ' TO to the water-like water (4) f-two water inlet pipe 28 is a cold water pipe. In the case of the present invention, the valve 13 can be controlled by an electromagnetic control device to control the flow through the second control 阙 13 = fire: a second control amount 13 can also be used by Size 'again' (not shown), - piston (not shown) and at least: induction t (set =) up to)
M311809 組合，達到調整及控制流經該第二控制閥13之冷水水量 大小。 該顯示元件14主要係電連接於微處理器丨丨，係用 以接收來自微處理器Π所提供之水量大小及水溫高低等 資A，並顯不該等資訊訊息。在本實施例中，該顯示元 件14主要係由液晶螢幕或LED顯示器所構成，以提供資 訊顯示之功能。 该觸控7G件15係電連接於微處理器u，俾用以提 供使用者經由該觸控元件15輸入控制指令，藉以控制水 ，頭之開關’以及達到調整出水量大小及水溫高低等功 能，其觸控輸人的方式主要係以—手指以環形、線形益 段或線形分數段方式在觸控元件15表面滑動，藉以達到 訊號輸人的絲提供—操錢為錢的水龍頭之 刼控方式；該觸控元件15主要係指由純玻璃觸控技術及 電阻式觸控技術等二者之其中—種製程所製成的觸控面 板；再者，_控元件15與水龍頭可依據❹者之實際 需求而與錢頭本體採以連接或分離之設計，俾使觸控 兀件15可依據使用者之需求安裝於牆^、洗手檯面甚至 亦yu於水龍财體附近，㈣無線傳輸 =:==者。藉由上述方式的設計，本創作可 作入而'，水相更為快速、靈敏及更為人性化的操 使;:可運觸控70件15本身具有防水平面之設計， ==3類之水龍頭實施中操作應用，且在經 長』使用下不會有生鏽之缺點The M311809 is combined to adjust and control the amount of cold water flowing through the second control valve 13. The display element 14 is mainly electrically connected to the microprocessor 丨丨, and is configured to receive the amount of water supplied from the microprocessor 及 and the water temperature level A, and display the information message. In this embodiment, the display element 14 is mainly composed of a liquid crystal screen or an LED display to provide a function of information display. The touch 7G device 15 is electrically connected to the microprocessor u for providing a user to input a control command via the touch component 15 to control the water, the switch of the head, and to adjust the water volume and the water temperature. Function, the way of touching and inputting is mainly by sliding the finger on the surface of the touch component 15 in the form of a ring, a linear segment or a linear segment, so as to achieve the signal input and the faucet of money. Control mode; the touch component 15 mainly refers to a touch panel made of a pure glass touch technology and a resistive touch technology; and further, the control component 15 and the faucet can be based on The actual needs of the latter are connected or separated from the head of the money head, so that the touch element 15 can be installed on the wall ^, the hand washing table or even near the water dragon financial body according to the needs of the user, (4) wireless transmission =:==. With the above-mentioned design, this creation can be made into, and the water phase is faster, more sensitive and more user-friendly; the mobile touch 70 piece 15 itself has a waterproof flat design, ==3 The faucet is implemented in the operation, and there is no rust in the long-term use.
=與浴盆、洗手台、蓮蓬頭設計結合，而二S 内設計及裝潢之效果。 负扪於至 9 M311809 μ該感溫元件17係設置於一出水口 24處，並電連接 ;^處理态11 ’俾用以即時量測位在出水口 24之水溫高 低，將所^偵測到的溫度資訊傳輸至微處理器11處理。 該指示元件16係設置於出水口 24上，其具有至少 一顯=燈泡，並電連接於微處理器11，係可接收來自微 處理為11之指令而顯示各種顏色色光之警示，以便於使 者了 X觀視，用以瞭解出水口 24之水溫高低之即時狀 態0 該微處理器11主要係用以作為執行控制裝置1〇上 所具有之各種功能操作上之控制；該微處理器丨丨主要係 可進仃水1貧訊及溫度之分析，亦可進行省水模式控 管，例如可設定限制最大出水量、限制水溫之範圍或指 示水溫、水量之狀態。 明再茶閱第2圖所示，係本創作觸控式水龍頭之實 施例圖。如圖所示，本創作之實施例主要包括有一水龍 頭^體20及該控制裝置1〇，該水龍頭本體具有一進 水官22—及一出水口 24，其中該進水管^分別係與一第 二，水管路28及-第-進水管路26相連接，使得來自 於弟二進水管路28及第—進水管路％的冷水及熱水可 以經由進水管22進人後，再由水龍頭本體2G的出水口 24流出。其中該進水管22可以藉由—三通管％與第二 進水管路28及第-進水管路26相互連接者。該第 水管路28及第-進水管路26則分別連接設置有該第二 控制閥13及第-控制閥12，使得經由第二進水管路u 及第-進水管路26流向水龍頭本體2〇方向的冷水及敎 水，可以分別藉由第二控制閥13及第—控制閥12之控 M311809 制，調整其流向水龍頭本體方向的水流流量大小。該 二控制閥13及第-控賴12另外分別藉由—電線^路 18與微處理器U相連接，以接受來自微處理器u之控 制：號之操作指令及控制。該顯示元件14可以依據“ 而甘入》又於蹁壁、臉盆或水龍頭上，該顯示元件14係夢由 電線線路18與微處理器U連接，俾接收來自微處』器 11之控制汛息，以顯示水量大小或水溫溫度等資訊。該 觸控元件15係同樣可以依據需要而嵌設於牆壁、、臉盆= 水龍頭上，並藉由電線線路18與微處理器n連接a使 得使1者可以直接透過手指在觸控元件15表面接觸，進 订水量大小、溫度調整及水龍頭開關之觸控操作及控 制。該感溫元件17係可設置於水龍頭本體2G之出水: 24處附近，並同樣藉由一電線線路18與微處理器I〗相 ^接，將其所偵測到之出水口 24水溫資訊傳輸至微處理 盗11處理者。該指示元件16主要係嵌設於水龍頭本體 =之出水α 24處，並可具有一導光片（圖未示），俾將所 j不之色光導向由出水口 24處流出之水流中，使水流中 旎同時顯現出與指示元件16所顯示之相同顏色。 、—藉^由上述之說明可以得知，本創作之觸控式水龍頭在 進仃操作時，主要係以手指碰觸觸控元件15，使觸控元 =15接收控制訊號後，傳遞控制訊息至微處理器η處 允从處理益11則下達控制指令至第二控制閥13及第 您拴制閥12進行作動，使第二進水管路28及第一進水 ^路26内之冷、熱水可以經由第二控制閥13及第一控 1閱12流向出水口 24 ’藉以控制開啟水龍頭使用。 再者，使用者可以進一步在觸控元件丨5上進行功能 11 M311809 模式上之選擇切換，用以分別達到調整及控制出水口 24 處之出水，大小及水溫溫度之高低。例如，當使用者欲 調整出水量大小時，即可在觸控元件15上切換至水量調 整杈式，亚藉由在觸控元件15上碰觸滑動，調整水量大 小之數值’觸控7〇件15將相關控制訊息傳向微處理器U 處理，微處理器11則可下達指令至第二控制閥13及第 -控制閥12進行作動，藉以達到提高冷水及熱水流經第 二控制閥13及第一控制閥12時之流量大小。 同樣地，§使用者欲調整由出水口 24處所流出的水 紅溫度^小時，即可在觸控元件15上切換至溫度調整 模式並藉由在觸控元件15上碰觸滑動，調整溫度大小 之數值冑控凡件15則可將相關控制訊息傳向微處理哭 L1-處理器U則可下達指令至第二控制閥13 : =! !進行作動，當欲調高出水口 24水溫時， 則係控制弟二控制關彳1 0楚 諸q h 弟一控制閥12分別降低冷水 水通過第二控制閥13及第-控制閥之水量 大^達到升高出水口 24水溫之㈣；相反地，當欲謂 =二24水溫時’則係控制第二控制閥 押 第^^=高冷水及降低熱水通過第二控制閥13 i ^ 之水量大小’達到降低出水口 24水溫之 分別ί 在第二進水管路28及第-進水管路％ 之#制&制闕13及弟—控制閥12進行水流量 之扰制’故可猎由微處理器丨丨之 溫度可以設定保持一定㈤㈣工制使水旒頭之出水 器U之於制H 同樣地亦可藉由微處理 n使水龍頭之出水量可以達到設定保持一定 12 M311809 里出水之狀態，以便於使用者操控及使用。 ,惟以上所述者，僅為本創作之一較佳實施例而已， 並非用來限定本創作實施之範圍，舉凡依本創作太 利範圍所述之形狀、構造、特徵及精神所為之均= 與修飾，均應包括於本創作之申請專利範圍内。、文 【圖式簡單說明】= combined with the bathtub, sink, shower head design, and the effect of the design and decoration of the two S. The temperature sensing element 17 is disposed at a water outlet 24 and is electrically connected; the processing state 11 '俾 is used to instantly measure the water temperature in the water outlet 24, and will detect The measured temperature information is transmitted to the microprocessor 11 for processing. The indicating component 16 is disposed on the water outlet 24, has at least one display bulb, and is electrically connected to the microprocessor 11, and can receive a warning from the micro-processing 11 to display various colors of light to facilitate the messenger. The X view is used to understand the instantaneous state of the water temperature of the water outlet 24. The microprocessor 11 is mainly used as the control for the operation of various functions on the execution control device 1; The main system can be used to analyze the water and water temperature, and also to control the water saving mode. For example, it can set the limit of the maximum water output, limit the water temperature range or indicate the water temperature and water quantity. Ming Re's reading of Figure 2 is a practical example of the creation of a touch faucet. As shown in the figure, the embodiment of the present invention mainly includes a faucet body 20 and the control device 1 〇. The faucet body has a water inlet official 22 and a water outlet 24, wherein the water inlet pipe is respectively associated with a water inlet pipe Second, the water pipe 28 and the - water inlet pipe 26 are connected, so that the cold water and hot water from the second water inlet pipe 28 and the first water inlet pipe can be entered through the water inlet pipe 22, and then the faucet body The 2G outlet 24 flows out. The inlet pipe 22 can be interconnected by the tee pipe % and the second water inlet pipe 28 and the first water inlet pipe 26. The second water pipe 28 and the first water inlet pipe 26 are respectively connected to the second control valve 13 and the first control valve 12 so as to flow to the faucet body 2 via the second water inlet pipe u and the first water inlet pipe 26 The direction of the cold water and the drowning water can be adjusted by the second control valve 13 and the control valve M311809 of the first control valve 12, respectively, to adjust the flow rate of the water flowing in the direction of the faucet body. The two control valves 13 and the first control switch 12 are additionally connected to the microprocessor U via a wire 18 to receive the control command and control from the microprocessor u. The display element 14 can be connected to the wall, the washbasin or the faucet according to "and", and the display element 14 is connected to the microprocessor U by the wire line 18, and receives the control from the micro device 11. Information such as the amount of water or the temperature of the water temperature. The touch element 15 can also be embedded on the wall, the washbasin = faucet as needed, and connected to the microprocessor n by the wire line 18 One can directly contact the surface of the touch component 15 through the finger, and the amount of water, temperature adjustment and touch operation and control of the faucet switch can be ordered. The temperature sensing element 17 can be disposed in the water of the faucet body 2G: 24 places nearby And the same is connected to the microprocessor I by a wire line 18, and the detected water temperature information of the water outlet 24 is transmitted to the microprocessor 11 processor. The indicator element 16 is mainly embedded in the The faucet body=the water effluent α 24, and may have a light guide sheet (not shown), and guide the chromatic light of the illuminating light to the water flow flowing out from the water outlet 24, so that the sputum in the water stream simultaneously shows the indicating component 16 shows the same According to the above description, the touch faucet of the present invention mainly touches the touch component 15 with a finger during the operation of the touch, so that the touch element=15 receives the control signal and transmits The control message is sent to the microprocessor η to allow the control command to be issued to the second control valve 13 and the second throttle valve 12 to operate, so that the second water inlet pipe 28 and the first water inlet pipe 26 are operated. The cold and hot water can be controlled by the second control valve 13 and the first control 1 to 12 to the water outlet 24' to control the opening of the faucet. Further, the user can further perform the function on the touch element 丨5 11 M311809 mode The switch is selected to adjust and control the water discharge, the size and the temperature of the water temperature at the water outlet 24. For example, when the user wants to adjust the water output amount, the touch component 15 can be switched to the water volume adjustment. By touching the sliding element on the touch element 15 to adjust the value of the water quantity, the touch control unit 15 transmits the relevant control message to the microprocessor U for processing, and the microprocessor 11 can issue the command to the second. Control valve 13 and first control The valve 12 is actuated to increase the flow rate of the cold water and hot water flowing through the second control valve 13 and the first control valve 12. Similarly, the user wants to adjust the water red temperature flowing out of the water outlet 24 Then, the touch element 15 can be switched to the temperature adjustment mode and the touch temperature is adjusted on the touch element 15 to adjust the temperature value. The control unit 15 can transmit the relevant control message to the micro-processing cry L1- The processor U can issue an instruction to the second control valve 13 : =! ! to actuate, when the water temperature of the water outlet 24 is to be increased, the control second brother controls the control 1 0 Chu Chu qq brother a control valve 12 respectively Reducing the amount of cold water passing through the second control valve 13 and the first control valve is large enough to increase the water temperature of the outlet 24 (four); conversely, when the temperature is desired to be = 24 24, the second control valve is controlled. The second water inlet pipe 28 and the first water inlet pipe % ; 阙 13 and brother - control valve 12 for the flow of water disturbances The temperature of the device can be set to keep a certain value. (5) (4) The system will make the water outlet U of the water hammer U. In the same way, the water output of the water tap can be set to maintain a certain water output of 12 M311809 by micro-processing n. For the user to manipulate and use. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and the shapes, structures, features, and spirits described in the scope of this creation are all = And modifications should be included in the scope of the patent application of this creation. , text [schematic description]
第1圖係本創作觸控式水龍頭之控制裝置之系統方塊圖 第2圖係本創作觸控式水龍頭之實施例圖。 A ° 第3圖係本創作微處理器之電路設計示意圖。 第4圖係本創作電源供應之電路設計示意圖。 第5圖係本創作顯示元件之電路設計示意圖。 第6圖係本創作觸控元件之電路設計示意圖。 第7圖係本創作指示元件之電路設計示意圖。 第8圖係本創作感溫元件之電路設計示意圖。 第9圖係本創作控制閥之電路設計示意圖。Figure 1 is a block diagram of the system for controlling the touch faucet of the present invention. Fig. 2 is a view showing an embodiment of the touch faucet of the present invention. A ° Figure 3 is a schematic diagram of the circuit design of the microprocessor. Figure 4 is a schematic diagram of the circuit design of the power supply. Figure 5 is a schematic diagram of the circuit design of the present display element. Figure 6 is a schematic diagram of the circuit design of the present touch element. Figure 7 is a schematic diagram of the circuit design of the present instruction component. Figure 8 is a schematic diagram of the circuit design of the temperature sensing element of the present invention. Figure 9 is a schematic diagram of the circuit design of the present control valve.
【主要元件符號說明】 1〇控制裝置 11微處理器 12第一控制閥 13第二控制閥 14顯示元件 15觸控元件 13 M311809 1 6指示元件 17感溫元件 18電線線路 _ 20水龍頭本體 < 22進水管 24出水口 30三通管 14[Main component symbol description] 1〇 control device 11 microprocessor 12 first control valve 13 second control valve 14 display element 15 touch element 13 M311809 1 6 indicating element 17 temperature sensing element 18 wire line _ 20 faucet body < 22 inlet pipe 24 outlet 30 tee 14