201233923 六、發明說明： 【發明所屬之技術領域】 本發明有關一種水龍頭裝置’且尤其是一種具觸控及 顯示功能的水龍頭裝置。 【先前技術】 現今工業快速發展’所造成的環境污染如水源、土地 及空氣汙染也越來越嚴重。隨著現今個人健康意識的高 漲，許多出水裝置例如水龍頭、飲水機、SPA或是浴缸等 等的用水之消毒和潔淨的方式便應運而生，例如：蒸餾、 雜質沉澱及過濾、曝曬甚至是加入臭氧進行消毒 用水之消毒和料方法。臭氧（〇3)是—機 定的氣體’其很容s與正離子結合，並產生無害的化合物。 由於影響人體健康的物質或微生物通常都會帶有正離子的 成分，因此可以藉由矣氧將這些物質或微生物氧化，以排 除水流中對人體健康有害的物質或微生物。簡單地說，臭 氧的消毒殺菌方式已越來越受到大眾重視。 配合有特定氣體供應功能的傳統出水裝置缺乏有效控 制特定氣體供應功能的機制，因此當某些使用者欲關閉或 是調整特定氣體的產出及功能時，便可能顯得有些不便。 【發明内容】 有鑑於此’本發明所要解決的技術問題在於，提供一 種水龍頭裝置，尤其是一種具有觸控及顯示功能與消毒殺 菌功能的水龍頭裝置’讓使用者能夠方便的利用觸控方式 來作水龍頭及其周邊元件的開啟或關閉，並將出水水流進 4/21 201233923 W毋救固，以進—步提升水龍201233923 VI. Description of the Invention: [Technical Field] The present invention relates to a faucet device' and in particular to a faucet device having a touch and display function. [Previous technology] The environmental pollution caused by the rapid development of the industry today, such as water, land and air pollution, is also becoming more and more serious. With the growing awareness of personal health today, many methods of disinfecting and cleaning water, such as faucets, water dispensers, SPAs, and bathtubs, have emerged, such as distillation, precipitation and filtration of impurities, exposure, and even joining. Ozone disinfection and method of disinfection water. Ozone (〇3) is a stationary gas that binds to positive ions and produces harmless compounds. Since substances or microorganisms that affect human health usually have a positive ion component, these substances or microorganisms can be oxidized by oxygen to remove substances or microorganisms harmful to human health in the water stream. Simply put, the disinfection and sterilization methods of ozone have been paid more and more attention. Traditional water outlets with specific gas supply functions lack mechanisms to effectively control specific gas supply functions, so some users may be inconvenient when they want to shut down or adjust the output and function of a particular gas. SUMMARY OF THE INVENTION In view of the above, the technical problem to be solved by the present invention is to provide a faucet device, in particular, a faucet device having a touch and display function and a sterilizing function, so that the user can conveniently use the touch method. Open or close the faucet and its surrounding components, and flow the effluent into the 4/21 201233923 W毋 rescue to further improve the water dragon
本發明提供一種具觸控及置的貫用價值。 含水龍頭本體、觸控及顯二不功能的水龍頭裝置，包 觸控及顯示线設置於水㈣本二及氣體供應單元’其中 於水龍頭本體和觸控及顯示系纟、，且氣體供應單元耦接 傳送而來的水流，並將水水龍頭本體接收從水源 括有觸控模組、顯示模組和處:命觸控及顯示系統更包 使用者的觸碰來產生觸控訊靜，％，，其中觸控模組依據 定資訊。氣體供應單域收觸=讀組則用來顯示設 的控制，以決定是否產生牲組所產生的觸控訊號 值得-提的是，前述觸水龍頭本體。 與顯示功能可以是整合於—個,έ'^統中的觸控功能 置的模組，於此並不作限制。二、：’上可以是分開設 二文氏官(Ve_ntube)’其_於氣體供應單元1又 肢供應單兀擷取特定氣體至水龍頭本體。 仗虱 綜上所述，本發明將觸控及顯示1統以 元設置於水龍縣置，讓使用者能如聰以 龍頭裝置及魏邊設備的㈣，域夠㈣是謂出 1 = 流進行消毒’㈣-步提升水龍頭裝置的實用價值。 以上之概述與接下來的實施例，皆是為了進一步說明 本發明之技術手段與達成功效，然所敘述之實_/ 僅提供參考說明用，並非用來對本發明加以限制者、 【貫施方式】 請參閱第-圖’第-圖為本發明具觸控及顯示功能的 水龍頭裝置的-種實施例之方塊圖。具觸控及顯示功能的 5/21 201233923 水月!<頭裝置1可以是SPA、浴缸、飲水機、洗手台或灑水 器等用以輸出水流的設備。具觸控及顯示功能的水龍頭裝 置1包含水龍頭本體〗〇與觸控及顯示系統30，其中觸控及 顯不系統30更包含有觸控模組301、顯示模組3〇2和處理 電路303。觸控及顯示系統3〇設置於水龍頭本體1〇，而處 理電路303則轉接於觸控模組和顯示模組302。 水龍頭本體10是具觸控及顯示功能的水龍頭裝置1輸 出水流的部件。水龍頭本體10接收從水源（第一圖未示） 傳送而來的水流，並產生輸出水流〇UTW。於另一種實施 例中，水龍頭本體10更可包含指示單元（第一圖未示）。 指不單兀可以包含有發光二極體（Light Emitting Diode ’ LED)模組與水溫量測模組。水溫量測模組用以偵測輸出 水流outw的溫度。發光二極體模組依據輸出水流〇UTw 的溫度來發出不同顏色的光，讓使用者能夠得知輸出水流 OUTW的溫度’進而提升具觸控及顯示功能的水龍頭裝置 1的使用安全。 觸控及顯示系統30中的觸控模組301可以是觸控面板 等觸控裝置°觸控模組3G1會依據使用者的觸碰來產生觸 控峨，據此來控制水龍頭本體10的開關或是其他周邊裝 ，的運作，例如控制臭氧產生器、逆滲透濾水器或除氯濾 芯的運作。換句話說，使用者可以依據實際需求操作觸控 核組301 ’以決定是否將具觸控及顯示功能的水龍頭裝置1 及其週邊設備的開啟或關閉。另外，觸控及顯示系統30的 顯示模組302可以顯示設定資訊，例如以圖示或文字來顯 不具觸控及顯不功能的水龍頭裝置1和其週邊設備的開啟 或關閉的選項，以供使用者選擇，並雜用者可以直觀且 6/21 201233923 方便地進行操作。顯示模組3〇2所顯示的設定次a 是輸出水流outw的溫度水溫等用水資訊，甚貝，也可以 意的一些文字、圖片、留言、影音、廣告或新是任 供使用者觀看。處理電路303可以是微處理器等^等，以 用來處理觸控模組30!所產生的訊號，並控制元， 顯示設定資訊。 、紙缸302 值得-提的是，上述的觸控及顯示系統3 設置於錢财體1Q上，切叹與錢頭=直接 設置’讓❹者能夠在制水龍頭本體H)時，^4〇分開 不系統3。來進行水流開關與水量控制等的摔作。、，及顯 控及顯示系統30中的觸控模級3〇1與顯示模植3〇^，觸 整合於-個模組中，也可以是分開設置 ^是 作限制。 於此並不 凊蒼照第二目H為本發明具觸 水龍頭裝置的另-種實施例之示意圖。第二圖:Π的 土於、'’第二。圖中的具觸控及顯示功能的水龍 匕3逆流防止單i 12 *氣體供應單元2 0，而水^ 本體10則更包含文氏管n (Ve咖ri tube =、 ^接於水龍頭本體㈣觸控及顯示_3α， 早7L 12耗接於水龍頭本體1〇和氣體供應單元烈之 Ξ氏==_於水源以及氣體供應單U。更具體地 兄^Γ早兀】2純於文氏管】]與氣體供應單元20 ^間。在另一個實施例中，逆流防止單元 水龍頭本體10内。 X j 供元20供應特定氣體給水龍頭本體】〇,吁以 疋此夠自⑽生特•體或是能夠儲存特定氣體的裝置。 7/2} 201233923 水龍頭本體】〇接收釗 产 行混合，並輸出、、體後可以將特定氣體與水流進 氣體可以是且有t寺定氣體之輸出水流OUTW。特定 如臭氧、氣氣、】二=，除臭等清潔功能的氣體，例 夠用於消毒清潔的疋其他任何具有高氧化力且能 此夠祕水流中的—此 傻便 為潔淨。 —虿害极生物或是物質，而使水流較 使用者可以藉由操作觸控及顯示系統％，產生觸和訊 ^來控^，應單元2G是否產生狀㈣麻龍财體 1〇另外1流防止單元12是絲避免流經水龍頭本體1〇 的tTL逆到氣體供應單元20的元件，以防止氣體供應單 元20因為水流的倒灌而損壞。 水龍頭本體1Q巾的文氏管11是利敎丘里效應 (Ventun Eff來從氣體供應單元2〇齡特定氣體到水 龍頭本體1G’讓水朗本體1()能夠將特絲體與水流作混 合。請參，第三圖’第三圖為基本的—種文氏管結構示意 圖，文氏管3具有雙漏斗形狀的水流流道31與歧管32。歧 管32從水流流道31戴面積最小的部分向側面延伸出去。 文立里效應的原理為，當流體流過較小截面積的流道時， 其流速會比流過較大戴面積的流道快，而因為白努力效應 (Bernoulli Effect)，流體流過較小截面積之流道的壓力， 會小於流過較大截面積之流道的壓力。也就是說，流體於 流道中的速度改變’會以流體壓力來進行平衡，以符合能 量守恆定律。 因著上述現象’假設輸入文氏管3的輸入水流為—個 大氣壓力，其流經文氏管3之水流流道31較窄部分33時， 8/21 201233923 於一個大氣壓力的狀態，也就是負壓狀 部流I* (/-ΐ j2外部塵力仍維持在一個大氣壓力，則外 氏管^弟二圖中的特定氣體）就會順著歧管32灌入文 水龍:=。—中種 庫的特Μ〜 氏，使氣體供應單元20所供 ΐ = 2會在水龍财體1G有水流流㈣自動傳送至 停沒有水流流過時自動 輸送特的傳运’如此便不需要另外安裝幫浦等用來 ,、寺义氣肢的裝置，以節省成本。 控及圖及^ Β圖’第^圖為本發明具觸 圖，而Γ1=的水龍頭裝置的一種實施例之外觀結構示意 裝置4 圖為水龍頭裝置的内部架構方塊圖。水龍頭 單元20匕本體1〇、觸控及顯示系統3〇和氣體供應 & ~八水龍頭本體10包含閥心40、手把42和文氏 :;2:Γί顯示系統3〇則包含觸控模組3〇卜顯示模 本雕1〇 口处理电路3〇3。觸控及顯示系統30設置於水龍頭 =’=體供應單元20則透過導氣流道（第四A圖 接SI: )和水龍頭本體1〇相連，閥心40則連 接於水源（弟四A圖及第四B圖中未示）。 觸控，顯示系統3〇依據使用者的觸碰來產生觸控訊 = 氣體供^元2〇是否產生特定氣 於本貫施例中，觸控及顯示系統％是 應單元2G的開啟或關閉，而衫彼氣體是否傳ir二 ^本體.是朗从管利域現綠歧的。^ "經文氏官11產生負塵時，塵力差便會將特定氣體傳送至 9/21 201233923 水龍頭本體ίο ;而當無水流流過文氏管n時，因壓力差消 失，所以特定氣體便會自動停止傳送至水龍頭本體〗〇。也 就是說，若使用者決定開啟水龍頭裝置4的氣體供應功能， 氣體供應單元20所產生的特定氣體便會於使用者開啟水流 時透過導氣流道傳送至水龍頭本體10，而特定氣體在傳送 到水龍頭本體10後會與從水源傳送而來的水流作混合。 值得一提的是，本實施例中的水龍頭本體1〇包含把手 42，讓使用者能用把手42來控制閥心40，進一步控制水流 的開關以及水流量的大小。當然，於另一種實施例中，水 龍頭本體10也能夠是使用非接觸式的感應器來供使用者作 水流的開關及水量大小的控制，其中非接觸式感應器可以 例如疋紅外線感應裔、電場感應器或是其他能夠感應使用 者接近的感應設備。 一另外，雖然第四A圖及第四B圖之實施例中的觸控及 頒示系統30是直接設置於水龍頭本體上，但於另一實 施例中’觸控及顯示系、統30也能夠是與水龍頭本體分開設 置，例如設置於-旁的牆壁上、形成單獨的電路模組放置 於水龍頭本體H)旁，甚至是其他不_設置方式，皆可包 含於本發明的範疇之中，於此並不作限制。 又’參照第四C圖的示意圖所示，氣體供應單元2〇的 開启^關閉以及水朗本體1G供水與否和水流量大小，也能 夠疋用觸控及顯不系統3〇來作控制。於本實施例中，使用 1可以透過)f_方式拖㈣控及顯示系統3Q所顯示的水 里刻度，來控制閥心、40以調整水流量大小及開關。當然， 除了Μ刻度的方式之外’其餘任意用觸控來控制水流量 大小及開_實作方式，皆可利財發明巾賴控及顯示 * 10/21 201233923 系統30來實現。 另外，觸控及顯示系統3〇也可 、…、 osmosis，RO)濾水哭92式3 接於逆滲透（reverse 可以藉由觸控模組^來做如此使用者便 的開關控制。 k /透，慮水為22和除氯濾芯24 請參照第五圖、筮丄结 龍頭本體㈣繼本發明水 水龍頭本體H)的結構剖視圖、，而第刀^圖二1為第五圖 體10的結構組合圖。料流道/θ⑼心六圖水龍頭本 伸至水龍頭本體10的水流輸㈣疋沿著水龍頭本體10延 構可以句八”π , 出 水龍頭本體】0的結 以包3心防止單元12、固定部】 ；"58',5：4*!：6^^^ ^-72^3 174： 、首2】η止早兀12藉著固定部13滑動地設置於導氣流 二而道21輸出特定氣體的那端接設引流結構 而弓U結構14則接設於出水部16 引流結構】4盥出A邱Μ + P日1 、次-Da又置於 套固於邮士構^^^^^固定環片⑺ 中段凹彳:二二4 咖Μ套設於狀结構〗4 叫處MU抑Π3設置於服 :定設置於引流結構丨4與出水部^之。間 疋展片]75則是環設於起波器〗5。 新止單元12包含導氣管⑵和逆域塊122，導 我*s】21猎由固定辱 中，導^ 3以可滑_方式卡設於導氣流道2] 圖中嫩道125和側向流物，第六 /払唬]23就是側向流道】26的開口，從 的:=2Γ寺定,體是沿著順向流細流向铡二^ “植塊122設置於導氣管121 _氣體供應 Π/2Ι 201233923 單元20的端’也就是導氣流道21輸出特定氣體的一端。 引仙J。構14包含通氣孔141和143以及通水孔142， 起波杰15包含筛孔151和入氣口 152,出水部包含導氣 孔⑹。引流結構14的通氣孔141連接於導氣流道21，而 通水孔142則連接於起波器15的篩孔151。出水部16的導 氣孔161連接於引流結構14的通氣孔143,而起波器15的 入氣口 152連接於出水部〗6的導氣孔161。 另外，固定環片17卜172和Π3主要是要讓各部件之 間更力:緊密結合’縣水龍頭本體1Q的核及氣體外漏。 固定環片174為水龍頭本體1〇和出水部16的隔水墊片， 而固定環片175則為隔離外部及内部氣體的墊片。 請參照第八圖，當水龍頭本體1〇開啟時，輸入水龍頭 本體10的水流經過通水孔142後會從起波器Μ的篩孔151 流入起波器15中，再從出水部16的開口輸出。而當使用 者藉由觸控及顯示糸統30設定開啟水龍頭裝置的氣體供應 功能’並且水龍頭本體10也同時為開啟的時候，從氣體供 應單元20傳送來的特定氣體會經過導氣流道21、導氣管 121的順向流道125、側向流道126的側向開口 123、通氣 孔141、143和導氣孔161 ’並從起波器15側面的入氣口 152輸入起波器15中與水流作混合，其中通氣孔14ι和 143、導氣孔161及入氣口 152是將在水龍頭本體1〇的水 流通道侧邊將特定氣體導流進入起波器15的氣水混合區 中。當然，若使用者操作觸控及顯示系統30的觸控模組301 來關閉水龍頭裝置的氣體供應功能時，觸控模組301便會 產生觸控訊號傳送至處理電路303 ’使氣體供應單元20停 止供應特定氣體到水龍頭本體丨〇,此時無論是否有水流通 12/21 201233923 過文氏管η ’特定氣體h會傳駐讀頭本體1〇。The invention provides a universal value with touch and placement. The faucet body, the touch and the display faucet device, the touch and display line are arranged in the water (4) and the gas supply unit 'in the faucet body and the touch and display system, and the gas supply unit is coupled The incoming water flow is received, and the water faucet body receives the touch sensor from the water source, including the touch module, the display module, and the user touch touch display system to generate touch control, %, The touch module is based on the information. Gas supply single domain touch = read group is used to display the control of the set to determine whether to generate the touch signal generated by the group. It is worth mentioning that the aforementioned touch tap body. The display function and the display function may be integrated into the module of the touch function in the system, and are not limited herein. Second, the above can be divided into two parts: the Ve_ntube. The gas supply unit 1 supplies the specific gas to the faucet body. In summary, the present invention sets the touch and display unit 1 in the Shuilong County, so that the user can use the faucet device and the Weibian device (4), and the domain is sufficient (4) to say that the flow is performed. The practical value of disinfecting '(four)-step lifting faucet device. The above summary and the following examples are intended to further illustrate the technical means and the efficiencies of the present invention, and the description is only for the purpose of illustration and is not intended to limit the invention. Please refer to the first section - the first diagram is a block diagram of an embodiment of the faucet device with touch and display functions of the present invention. 5/21 201233923 Water Moon with touch and display function<Head device 1 can be a device for outputting water flow such as SPA, bathtub, water dispenser, sink or sprinkler. The faucet device 1 with touch and display functions includes a faucet body and a touch and display system 30. The touch and display system 30 further includes a touch module 301, a display module 〇2 and a processing circuit 303. . The touch and display system 3 is disposed on the faucet body 1 and the processing circuit 303 is transferred to the touch module and the display module 302. The faucet body 10 is a member that outputs a water flow by the faucet device 1 having a touch and display function. The faucet body 10 receives a flow of water from a source of water (not shown in the first figure) and produces an output stream UTW. In another embodiment, the faucet body 10 can further include an indicating unit (not shown in the first figure). Not only can it include a Light Emitting Diode ’ LED module and a water temperature measurement module. The water temperature measuring module is used to detect the temperature of the output water outw. The LED module emits different colors of light according to the temperature of the output water 〇UTw, so that the user can know the temperature of the output water OUTW, thereby improving the safety of the faucet device 1 with touch and display functions. The touch module 301 in the touch and display system 30 can be a touch device such as a touch panel. The touch module 3G1 generates a touch button according to the user's touch, thereby controlling the switch of the faucet body 10 according to the touch. Or other peripheral installations, such as controlling the operation of an ozone generator, a reverse osmosis water filter, or a chlorine removal filter. In other words, the user can operate the touch core group 301' according to actual needs to determine whether to turn on or off the faucet device 1 with touch and display functions and its peripheral devices. In addition, the display module 302 of the touch and display system 30 can display setting information, such as an icon or a text to display the option of opening or closing the faucet device 1 and its peripheral devices with and without the touch function. User choice, and the user can intuitively operate 6/21 201233923. The setting a of the display module 3〇2 is the water information such as the temperature and water temperature of the output water outw, and it is also possible to use some text, pictures, messages, videos, advertisements or new ones for the user to watch. The processing circuit 303 can be a microprocessor or the like for processing the signals generated by the touch module 30!, and controlling the elements to display the setting information. Paper Cylinder 302 It is worth mentioning that the above touch and display system 3 is set on the money body 1Q, and the sigh and the money head = directly set 'let the squatter can be in the faucet body H) ^4〇 Separate without system 3. To perform the flow switch and water volume control. The touch mode level 3〇1 and the display module 3〇 in the display and display system 30 are integrated into one module, or may be separately set to be a limit. This is not a schematic view of another embodiment of the faucet device of the present invention. The second picture: the earth's soil, ''second. The water dragon 匕 3 with touch and display function in the figure prevents the single i 12 * gas supply unit 20, while the water body 10 further includes the venturi tube n (Ve ri tube =, ^ connected to the faucet body (4) Touch and display _3α, early 7L 12 is consumed in the faucet body 1〇 and the gas supply unit 烈之Ξ氏==_in the water source and the gas supply sheet U. More specifically, the brother ^Γ早兀】2 pure in Wenshi In another embodiment, the backflow prevention unit is inside the faucet body 10. X j The supply element 20 supplies a specific gas to the faucet body 〇, 吁 疋 疋 够 够 够 够 够 够 够 够 够Or a device capable of storing a specific gas. 7/2} 201233923 Faucet body] 〇 Receiving 钊 钊 混合 , , , , , , , 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 混合 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定 特定Specific gases such as ozone, gas, and two = deodorizing and cleaning functions, such as those used for disinfecting and cleaning, any other high-oxidizing power that can be used in the flow of secret water - this silly is clean. Harm the creatures or substances, and make the water flow more By operating the touch and display system%, the touch and the signal can be controlled to control whether the unit 2G is generated or not. (4) The Malong financial body 1 〇 The other 1 flow prevention unit 12 is the wire to avoid the tTL flowing through the faucet body 1〇 Reversed to the components of the gas supply unit 20 to prevent the gas supply unit 20 from being damaged by the backflow of the water flow. The venturi of the faucet body 1Q towel 11 is the Rexau effect (Ventun Eff comes from the gas supply unit 2 for the age-specific gas To the faucet body 1G', the water body 1 () can mix the filament body with the water flow. Please refer to the third figure, the third figure is the basic structure of the venturi tube, and the venturi tube 3 has a double funnel. The shaped water flow channel 31 and the manifold 32. The manifold 32 extends laterally from the smallest portion of the water flow channel 31. The principle of the Venturi effect is that when the fluid flows through a flow path of a smaller cross-sectional area, The flow rate will be faster than the flow path through the larger wearing area, and because of the Bernoulli effect, the pressure of the fluid flowing through the smaller cross-sectional area will be less than the flow through the larger cross-sectional area. Pressure, that is, fluid in the flow channel The speed change in 'will be balanced by fluid pressure to comply with the law of conservation of energy. Because of the above phenomenon, 'the input water flow of the input venturi 3 is assumed to be atmospheric pressure, which flows through the water flow channel of the venturi 3 31 narrower part 33, 8/21 201233923 in a state of atmospheric pressure, that is, negative pressure part flow I* (/-ΐ j2 external dust force is still maintained at an atmospheric pressure, then the foreign tube ^ brother two map The specific gas in the pipeline will be poured into the manure dragon along the manifold 32: = - the characteristics of the medium seed bank ~, so that the gas supply unit 20 is supplied with ΐ = 2 will have a water flow in the water dragon financial body 1 (4) automatically It is automatically transported when there is no water flow through the stop. Therefore, there is no need to install a device such as a pump, etc., to save costs. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The faucet unit 20 匕 body 1 〇, the touch and display system 3 〇 and the gas supply & ~ eight faucet body 10 includes a valve core 40, a handle 42 and a Wenshi:; 2: Γί display system 3 〇 includes a touch module 3 〇 显示 shows the mold carving 1 mouth processing circuit 3 〇 3. The touch and display system 30 is disposed at the faucet = '= the body supply unit 20 is connected to the faucet body 1 through the air flow path (the fourth A picture is connected to SI: ), and the valve core 40 is connected to the water source (the fourth A picture and Not shown in the fourth B diagram). The touch control system 3 generates a touch signal according to the user's touch. And the shirt and the gas are passed ir two ^ body. It is a green difference from the management of the domain. ^ "When the Wenshi official 11 produces negative dust, the dust difference will transfer the specific gas to the 9/21 201233923 faucet body ίο; and when the waterless flow flows through the venturi n, the pressure difference disappears, so the specific The gas will automatically stop sending to the faucet body 〇. That is, if the user decides to turn on the gas supply function of the faucet device 4, the specific gas generated by the gas supply unit 20 is transmitted to the faucet body 10 through the airflow path when the user turns on the water flow, and the specific gas is transmitted to The faucet body 10 is then mixed with the water stream from the water source. It is worth mentioning that the faucet body 1 of the present embodiment includes a handle 42, which allows the user to control the valve core 40 with the handle 42 to further control the flow of water and the flow of water. Of course, in another embodiment, the faucet body 10 can also be a switch that uses a non-contact type sensor for water flow control of the user, and the size of the water can be controlled, for example, an infrared sensor, an electric field. Sensors or other sensing devices that sense the proximity of the user. In addition, although the touch and presentation system 30 in the embodiments of the fourth and fourth embodiments is directly disposed on the faucet body, in another embodiment, the touch and display system 30 It can be disposed separately from the faucet body, for example, on the wall next to the side, forming a separate circuit module placed beside the faucet body H), and even other non-setting methods can be included in the scope of the present invention. This is not a limitation. Further, as shown in the schematic diagram of Fig. 4C, the opening and closing of the gas supply unit 2 and the water supply and the flow rate of the water body 1G can also be controlled by the touch and display system. In the present embodiment, the valve core, 40 is controlled to adjust the water flow rate and the switch by using the f_ mode dragging (four) control and the water scale displayed by the display system 3Q. Of course, in addition to the Μ scale method, any other touch control to control the water flow rate and open _ implementation mode can be realized by Li Facai invention and control system * 10/21 201233923 system 30. In addition, the touch and display system can also be used, ..., osmosis, RO) filter water crying 92 type 3 connected to reverse osmosis (reverse can be controlled by the touch module ^ such user switch. k / Permeate, consider water as 22 and dechlorination filter element 24, refer to the fifth figure, the faucet body (4), the structural cross-sectional view of the water faucet body H) of the present invention, and the first knives 2 and 1 are the fifth figure body 10 Structure combination diagram. The flow channel / θ (9) heart six figure faucet extends to the faucet body 10 water flow (four) 疋 along the faucet body 10 can be sentenced eight π, the faucet body 】 0 knot to the package 3 heart prevention unit 12, the fixed part 】 ;"58',5:4*!:6^^^ ^-72^3 174: , the first 2] η stop early 12 is slidably set by the fixed portion 13 to the airflow two and the channel 21 outputs a specific The end of the gas is connected to the drainage structure and the U-structure 14 is connected to the water outlet. 16 Drainage structure] 4 A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A ^Fixed ring piece (7) Middle section concave 彳: 22 2 咖 Μ set in the structure 〗 4 MU MU Π Π 3 set in the service: set in the drainage structure 丨 4 and the water outlet ^. The ring is set in the waver 〖5. The new stop unit 12 includes the air pipe (2) and the reverse block 122, guiding me *s] 21 hunting by the fixed humiliation, the guide ^ 3 is slidable _ way to the airflow path 2] In the picture, the tender road 125 and the lateral flow, the sixth / 払唬] 23 is the opening of the lateral flow channel] 26, from: = 2 Γ temple set, the body is flowing along the forward flow to the 铡 2 ^ "The plant block 122 is placed on the air duct 121 _ gas supply Π / 2 Ι 201233923 The end of unit 20, that is, the end of the airflow path 21 for outputting a specific gas. Leading fairy J. The structure 14 includes vent holes 141 and 143 and a water passing hole 142. The pontoon 15 includes a mesh opening 151 and an air inlet 152, and the water outlet portion includes air guiding holes (6). The venting opening 141 of the drainage structure 14 is connected to the air guiding passage 21, and the water passing hole 142 is connected to the screen opening 151 of the waver 15. The air guide hole 161 of the water discharge portion 16 is connected to the vent hole 143 of the drain structure 14, and the air inlet 152 of the ejector 15 is connected to the air guide hole 161 of the water discharge portion 6-1. In addition, the retaining ring segments 17 172 and Π 3 are primarily intended to provide greater force between the components: the core and gas leakage of the county faucet body 1Q. The retaining ring piece 174 is a water shimming gasket for the faucet body 1 and the water outlet portion 16, and the fixing ring piece 175 is a gasket for isolating the external and internal gases. Referring to the eighth figure, when the faucet body 1 is opened, the water flowing into the faucet body 10 passes through the water passing hole 142 and flows into the waver 15 from the sieve hole 151 of the waver ,, and then from the opening of the water outlet portion 16. Output. When the user sets the gas supply function of the faucet device to be turned on by the touch and display system 30 and the faucet body 10 is also turned on at the same time, the specific gas sent from the gas supply unit 20 passes through the air conduction path 21, The forward flow path 125 of the air guiding tube 121, the lateral opening 123 of the lateral flow path 126, the vent holes 141, 143, and the air guiding hole 161' are input from the air inlet 152 on the side of the waver 15 into the waver 15 and the water flow. For mixing, the vent holes 14i and 143, the air guiding holes 161, and the air inlet port 152 are for guiding a specific gas into the gas-water mixing region of the waver 15 on the side of the water flow path of the faucet body 1〇. Of course, if the user operates the touch module 301 of the touch and display system 30 to turn off the gas supply function of the faucet device, the touch module 301 generates a touch signal to the processing circuit 303 'to make the gas supply unit 20 Stop supplying specific gas to the faucet body 丨〇, at this time, regardless of whether there is water circulation 12/21 201233923 venturi η 'specific gas h will be transmitted to the head body 1 〇.
值得-提的是’水龍頭本體1G的水流通道川，以及 引流結構μ、起波器15和出水部16所組成的水流通道112 可以視為—種文氏管11 °因為水龍頭本體1G的水流通道 in的截面積較引流結構]4、起波器15和出水部16所組 成的道112的截面積大，所以當水流流過水流通道 Η ^和112日可’會在截面積較小的水流通道⑴處產生負壓 若氣體供應單元20中特定氣體的壓力大於該負壓狀 ^的1力4 ’特疋I體便會自動從氣體供應單元2〇經過通 =141和143、導氣孔161，並從入氣口 152灌入起波器 n中的空間於水龍頭本體10啟動 【的狀⑮、’而該空間可以作為將特定氣體與水 區’用來混合水流及特定氣體，使從出 頭_=的水流中充滿綿密的狀氣體的氣泡。當水龍 201Γ i 因為負壓狀態的消失，在氣體供應單元 壓力，所疋麼力不再大於起波器15中氣水混合區的 土 、、以寸疋氣體便會自動停止輸入起波器15中。 ㈣上述文氏管U的機制，本發明的具觸控及顯示功 IS本幫浦等，如此便能節省成本。 任何利財氏^ 氏^ U僅是作為說明之用，其他 並不作限制。的結構也能夠應驗本發财，在此 請參照第九圖，第 的水龍頭裝置當出水部 九圖為本發明之具觸控及顯示功能 16被堵住時的逆流防止機制的示意 13/21 201233923 圖。當出水部16的開口被堵住時，水流有可能會沿著入氣 口】52、導氣孔⑹、通氣孔143和141，並沿著導氣通道 1回洲_至氣肢供應單元2〇。然而，本發明的逆流防止單元 12在，觸到逆流水流時’逆流標塊122會被水壓往上推， 同寺π動導氣官⑵往上移動，如此便會使側向流道以 =開二〗23破封閉。據此，導氣流道21會被關閉，逆流水 ，也就無法藉由導氣流道21回流至氣體供應單元2〇。逆流 可以是用密度小於水的材料製成，使其更容易被^ 所推動。另外，逆流槽塊122更可以環設有密閉 辰=，用來確保導氣流道21的密閉。 梦’本發鴨由提供觸控及顯示純於水龍頭 能;Τ觀的方式控制水龍頭及其週』 氣體供應單元所=2式來控制。並且，上述 計，能夠式是利敎氏管的原理作設 值。 進一步提昇水龍頭裝置的實用價 在本發明之領域中孰二=請專利範圍為準， 修飾皆可涵蓋在本荦戶^—者’可輕易思及之變化或 所界疋之專利範圍之内。 【圖式簡單說明】 種實 第—圖為本發明具觸控及顯示功能的水龍頭裝置的 14/21 201233923 施例之方塊圖； 第二圖為本發明具觸控及顯示功能的水龍頭裝置的另一種 貫施例之不意圖， 第三圖為基本文氏管的一種實施例之結構示意圖； 第四A圖為本發明具觸控及顯示功能的水龍頭裝置的一種 貫施例之外觀結構示意圖； 第四B圖為本發明具觸控及顯示功能的水龍頭裝置的一種 實施例之方塊示意圖； 第四C圖為本發明具觸控及顯示功能的水龍頭裝置的觸控 • 操作示意圖； 第五圖為本發明水龍頭本體的一種實施例的元件分解圖； 第六圖為本發明水龍頭本體的一種實施例的元件剖視圖； 第七圖為本發明水龍頭本體的一種實施例的元件組合剖視 圖； 第八圖為本發明水龍頭本體的一種實施例之水流及氣流示 意圖；以及 第九圖為本發明之具觸控及顯示功能的水龍頭裝置當出水 • 部被堵住時的逆流防止機制的示意圖。 【主要元件符號說明】 • 1、2、4 具觸控及顯示功能的水龍頭裝置 • 10水龍頭本體 3、11 文氏管 31 水流流道 32歧管 33 水流流道較窄部分 15/21 201233923 111 > 112 水流通道 12 逆流防止單元 121導氣管 122 逆流檔塊 123 侧向流道開口 124 密閉環 125 順向流道 126 侧向流道 13 固定部 14引流結構 · 14卜143 通氣孔 142 通水孔 15 起波器 151 篩孔 152 入氣口 16 出水部 161導氣孔 17卜172、173、174、175固定環片 籲 20 氣體供應單元 21 導氣流道 22 逆滲透濾水器 24 除氯濾芯 30 觸控及顯示系統 301 觸控模組 302 顯示模組 303 處理電路 16/21 201233923 40 閥心 42 手把It is worth mentioning that the water flow channel of the faucet body 1G, and the water flow channel 112 composed of the drainage structure μ, the waver 15 and the water outlet 16 can be regarded as a kind of venturi 11 ° because the water flow channel of the faucet body 1G The cross-sectional area of in is larger than that of the drainage structure 4, the waver 15 and the water outlet 16 are large, so when the water flows through the water flow channel Η ^ and 112 days, the water flow with a small cross-sectional area A negative pressure is generated at the passage (1). If the pressure of the specific gas in the gas supply unit 20 is greater than the pressure of the negative pressure, the force is automatically passed from the gas supply unit 2 through the passages 141 and 143 and the air vent 161. And filling the space in the waver n from the air inlet 152 to the faucet body 10 to start [the shape 15, 'and the space can be used as a specific gas and water area' to mix the water flow and the specific gas, so that the _ = The water is filled with bubbles of dense gas. When the water dragon 201Γ i disappears due to the negative pressure state, at the pressure of the gas supply unit, the force is no longer greater than the soil in the gas-water mixing zone of the waver 15, and the gas is automatically stopped when the gas is pressurized. in. (4) The mechanism of the above venturi U, the touch and display function of the present invention, such as the pump, can save costs. Any Lee Choi ^ ^ ^ U is for illustrative purposes only, and other restrictions are not limited. The structure can also meet the richness of the present. Please refer to the ninth figure. The faucet device of the faucet is the schematic diagram of the anti-backflow prevention mechanism when the touch and display function 16 is blocked. 201233923 Figure. When the opening of the water outlet portion 16 is blocked, the water flow may follow the inlet port 52, the air guiding hole (6), the vent holes 143 and 141, and return to the air supply unit 2 along the air guiding passage 1. However, the backflow prevention unit 12 of the present invention moves the countercurrent flow block 122 up by the water pressure when it touches the countercurrent flow, and moves upward with the temple π motion guide (2), so that the lateral flow path is = open two〗 23 broken closed. Accordingly, the air flow path 21 is closed, and the water is reversed, so that it cannot be returned to the gas supply unit 2 by the air flow path 21. Countercurrent can be made of a material that is less dense than water, making it easier to push. In addition, the counterflow groove block 122 may be provided with a sealing ring = for ensuring the sealing of the air guiding passage 21. Dream's hair duck is controlled by providing touch and display purely to the faucet; in the way of controlling the faucet and its circumference, the gas supply unit = 2 type. Further, in the above calculation, the equation can be set as the principle of the Lie tube. Further enhancement of the practical price of the faucet device In the field of the present invention, the scope of the patent is subject to the scope of the patent, and the modifications may be included in the scope of the patent that can be easily considered by the user. BRIEF DESCRIPTION OF THE DRAWINGS The present invention is a block diagram of a 14/21 201233923 embodiment of a faucet device having a touch and display function; the second figure is a faucet device having a touch and display function according to the present invention; The third embodiment is a schematic structural view of an embodiment of a basic venturi; the fourth A is a schematic view of the appearance of a faucet device having a touch and display function according to the present invention. FIG. 4B is a block diagram showing an embodiment of a faucet device having a touch and display function according to the present invention; and FIG. 4C is a schematic diagram of a touch operation of the faucet device having a touch and display function according to the present invention; Figure 6 is an exploded perspective view of an embodiment of the faucet body of the present invention; Figure 6 is a cross-sectional view of the component of the faucet body of the present invention; The figure is a schematic diagram of water flow and air flow of an embodiment of the faucet body of the present invention; and the ninth figure is water with touch and display functions of the present invention When the head device outlet portion is blocked schematic • backflow prevention mechanism. [Main component symbol description] • 1, 2, 4 faucet device with touch and display function • 10 faucet body 3, 11 venturi 31 water flow channel 32 manifold 33 water flow channel narrower part 15/21 201233923 111 > 112 Water flow channel 12 Backflow prevention unit 121 Air pipe 122 Counterflow block 123 Lateral flow channel opening 124 Closed loop 125 Forward flow channel 126 Lateral flow channel 13 Fixing portion 14 Drainage structure · 14 Bu 143 Vent hole 142 Water Hole 15 Wave 151 Screen 152 Inlet port 16 Outlet 161 Air vent 17 172, 173, 174, 175 Fixing ring 20 Gas supply unit 21 Air flow path 22 Reverse osmosis water filter 24 Dechlorination filter 30 Touch Control and display system 301 touch module 302 display module 303 processing circuit 16/21 201233923 40 valve core 42 handle