201120602 六、發明說明: 【發明所屬之技術領域】 本發明係提供一種可整合多樣化功能選項於一觸控 控,以及精確㈣出水溫度及水量,而提升使用性 及女王性之觸控式恆溫及流量控制模組及控制方法。 【先前技術】 按,國人逐漸重視衛浴生活品質,例如於浴室中 ,以具惶溫控制閥之水龍頭而言,請參閱第1、2圖 音係搭配怪溫控制闕2 0使用’可調整水溫,而水 =設-旋知2 2,旋紐2 2之下方則螺合有制動套2 3 ί 動套2 3之内部係以擋塊2 3丄架設一頂塊 及& = :一周壁開設有冷人水口 2 4 1及熱人水口 2 4 2之閥 ίϊί面開設有出水口 2 4 3,-具有感溫元件之作動^, J =閥f 2 4之内部’並使—端頂置於制動套2 3之頂塊 ^ 3 ^上,另於作動桿2 5外部相對應冷、熱入水口 2 4工免 2 2,ίίί閉塊2 6,於使用時’可手動旋轉旋叙 頂壓作動;2 5下移22移’制動套2 3則以頂塊2 3 2 桿=,?步下移, „ ^ 2之水液流罝大小,使冷皮 具有如下之缺失: 2 4 3流㈣供使用;惟,於使用上 1 制閥20於調整水溫時,係必須以手動 即造成難織 對崎财便或鱗人士而言, 吏用者需要大水量(如淋浴或水療)時, 因感_件之作動行則、且反應速紐,使得在大出水 2 201120602 量時,會降低其控溫效果。 慮對於行動不便或殘障“而言,於使二 4 頭溫控糊2 °使用,係僅可提供單-出 =使ΓΪ22Ϊ (如按摩噴頭)即必須另行搭配怪溫 5 · 重健康之沐浴環境,而配備有影音設備或芳 ί;;ί^ ^ 4 α 控介φ (如遙控器),以致使用者操控 Γ 觀換紐11,造献用不便之缺失。 T总於;H。S A種可整合多樣化功能選項於—觸控介面,並 及水量’以提升制便利性 發式及流量控麵組及㈣方法,即為業者研 【發明内容】 ㈣ίί明ίΐϊ: ’巧提供—種觸控雜溫及流量控制模組及 ΐ:ΐ ’ 皁元、中央控制單元、恆溫控制單元、溫 Ϊ U控制早70及水液輸出單S,該輸人單元係設有整 能選控介面,並將輸人之選項指令傳輸至中 及^液奸Ϊ -中ίϊ制早①即控雛溫控制單元、流量控制單元 調整出、i ΐ怪溫控制單元係以馬達驅動值溫控制閥 =====度,、並將具設定水溫之水液輸送至流量控 ,皿又感知态即感知出水溫度,並將訊號回授至中央控 至水祕!^ 水量,並將設定水量之水液輸送 兀,:Ξϊ感知器即擷取水量,並將流量訊號回授 至中央控制早(,___正出水量,該水錄 201120602 有複數個電蝴’用以控制不同出水模式之出水器,而可 =水器翻具設定水溫及水量之水液以供使用;藉此,可“人 二項於—觸控介面’並於觸控介面上簡緖控選擇; =ϊ=ϊί。’更可使行動不便者便利操作,達以升 ㈣it明if的二,係提供—種觸控式悝溫及流量控制模組及 巧動恆溫控制_整出水溫度至設定溫度,於使用者需^大二 時’可射控制出水溫度保持於設定溫度, 控制制Ϊ:輸 罐制閥調整出水溫度至二溫 上單元,以隨 保行動不便者之使用安全性解旱控*水,皿度之穩定性,並可確 亦即起始溫度(例如設定為3 ^始位置, 控制方法出溫及流量控制模組及 不同出水模式之出枝( 複電磁Hx各別控制 ,輸訊號至水液輸出單元後,當中央控制單 疋之出水糾水,達顺閥開啟設 201120602 本發明之目的六,係提供一種觸控式恆溫及流量控制模組及 J制方該輸人單元之觸控介面係可整合*同設備之操控介 ,而提供多樣化功能之選項按鍵,使用者可於一觸控介面上 $同魏之設備’毋須更換操控介面,達到提升使用便利性之 貫用效益。 【實施方式】 為使貴審查委員對本發明作更進一步之瞭解,茲舉一 實施例並配合圖式,詳述如后: 于1王201120602 VI. Description of the Invention: [Technical Field of the Invention] The present invention provides a touch-control thermostat that can integrate various functions to a touch control, and accurate (four) water temperature and water volume, and enhance the usability and the queen's touch thermostat. And flow control module and control method. [Prior Art] According to the Chinese people, the quality of sanitary life is gradually emphasized. For example, in the bathroom, for the faucet with the temperature control valve, please refer to the first and second pictures of the sound system with the strange temperature control 阙 2 0 using 'adjustable water Warm, and water = set - screw 2 2, below the knob 2 2, the brake sleeve 2 3 ί The inner sleeve of the movable sleeve 2 3 is a block with a stopper 2 3 丄 and & = : one week The wall is provided with a cold water nozzle 2 4 1 and a hot water nozzle 2 4 2 valve ίϊί face opening with a water outlet 2 4 3, - with a temperature sensing element actuation ^, J = valve f 2 4 internal 'and - end The top is placed on the top block ^ 3 ^ of the brake sleeve 2 3 , and the external part of the actuating rod 2 5 is corresponding to the cold and hot water inlet 2 4 2 2, ίίί closed block 2 6, can be manually rotated when in use Press the top pressure to move; 2 5 move down 22 move 'brake sleeve 2 3 to the top block 2 3 2 rod =, step down, „ ^ 2 water flow size, so that the cold skin has the following defects: 2 4 3 stream (4) for use; however, when using the upper 1 valve 20 to adjust the water temperature, it must be manually caused to be difficult to weave for the sake of the money or scales, the user needs a large amount of water (such as shower Or spa treatments, because of the feelings of the action, and the reaction speed, so that when the large water 2 201120602 amount, it will reduce its temperature control effect. For the inconvenience or disability, for the second and fourth Temperature control paste 2 ° use, can only provide single-out = make ΓΪ 22 Ϊ (such as massage nozzle) that must be matched with strange temperature 5 · heavy health bathing environment, equipped with audio-visual equipment or Fang;; ί ^ ^ 4 The α control medium φ (such as the remote control), so that the user manipulates the change button 11, the lack of inconvenience. T total; H. SA can integrate a variety of functional options in the touch interface, and the amount of water to enhance the convenience of the hair and flow control group and (four) method, that is, the industry research [invention] (four) ί ί ΐϊ ': Touch temperature and flow control module and ΐ: ΐ ' soap element, central control unit, constant temperature control unit, temperature Ϊ U control early 70 and water liquid output single S, the input unit is equipped with versatile control Interface, and transfer the option command of the input to the middle and the liquid liquid - in the middle of the 1st, the control of the chick temperature control unit, the flow control unit to adjust, i ΐ strange temperature control unit is the motor drive value temperature control valve ===== degrees, and the water with the set water temperature is sent to the flow control, and the dish senses the water temperature, and the signal is sent back to the central control to the water secret! ^ Water volume, and the water volume will be set The water liquid transport 兀,: Ξϊ 器 撷 撷 撷 撷 Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Ξϊ Water outlet, but can be used to set the water temperature and water volume The water solution is used for this purpose; thereby, the "two-in-one-touch interface" can be easily controlled on the touch interface; =ϊ=ϊί. 'More convenient for people with limited mobility, up to (4) it Ming if the second, is to provide a touch-type temperature and flow control module and smart constant temperature control _ the water temperature to the set temperature, when the user needs to be a sophomore, the radiation temperature can be maintained at the set temperature , control system: the tank valve adjusts the water temperature to the second temperature unit, in order to ensure the stability of the water, the stability of the water, and the initial temperature (for example, the safety of the person who is inconvenient to move) Set to 3 ^ start position, control method out of the temperature and flow control module and different outflow mode of the branch (re-electromagnetic Hx each control, after the signal to the water liquid output unit, when the central control unit 疋 疋 纠 纠, Dashun valve opening device 201120602 The purpose of the present invention is to provide a touch-type constant temperature and flow control module and a touch interface of the J-type input unit that can be integrated with the control device of the same device, and provide diversification Function option button, user can The device on the touch interface is not required to replace the control interface to achieve the convenience of improving the convenience of use. [Embodiment] In order to make the reviewer further understand the present invention, an embodiment is shown in conjunction with the figure. , as detailed below: 1 king
閱第3、4、5圖’本發明之觸控式恆溫及流量控制模 央=單元3 Q、輸人單◦、恆溫控制單元5 0 水液輸出單元7 0、溫度感知器8 〇及流量 〇,該中央控制單元3 0係設有微處理器3 1,用以接 旦輸入:元4 〇傳輸之指令,並整合控制恆溫控制單元5 〇、流 董單元6 〇及水液輸出單元7 0作動,該中央控制單元3 ί ,=器3 i係裝配於一中空容器丄〇 〇之内部,該微處^ ^ 5狄抑1 ◦。之背板上,亦或裝配於水液輸出單元 了面而中空谷器1〇〇則可裝配於壁面或待組裝物上, 於本實施例中’該微處理li 3 1係裝設於容n 1 0 Q之背板上, 配於壁面,該輸入單元4 0係設有-訊號連接 面、水量調控介面、出水模式介面或影音調控介 :觸控;1面可為觸控面板、觸控螢幕或觸控遙控器等,並 蜂ΞΞΐ容器上以供操控’或採活動式取放使用’於本實施例中叹 if ϊ;ι面係為一觸控面板41,並整合有水溫調控介面、水量 模式介面或影音調控介面,又該觸控面板41係 ^有複數個不同功能選項之按鍵411及顯示器412,各按鍵 -Η 了供輸人指令,並將指令傳輸至中央控制單元3 0,而顯 H則顯示數值或狀態,另該觸控面板4 1亦可設置指示 1則可固設於浴室之壁面以供操控,該怪溫控 制早疋5◦係以機架51裝配於容器10◦之内部,並設有驅動 201120602 源用以驅驗溫控糊5 2作動,該鶴源 閥5 2 ’或以傳動組間接驅動恆 直制 ;Ξ==53,並訊號連接^ 4傳動惶溫控制閥5 2作動,另於恆溫控制閥5 2 位接中央控制單元3 〇之電位計5 5,該電 回授溫Ϊ制閥5 2之起始位置,並將檢知訊號 個出水Ϊ制閥5 2係設有-周壁具複數 該旋鈕52^之閥座521 ’並於上方架設有旋钮5 2 2, 底端則具有内=3棼皮,::?。”位計55, 以,係於周壁開設有複數個 之内螺孔5 2 2 1,且與間座52 = 5 2 3 3,水:制動套5 2 3之内部則設有-中空水室 感4 Lti 2 3 3之内部則裝設一套置彈簧5 2 4 1且具 ^ 乍動桿5 2 4,一具有複數個穿孔5 2 5 1之隔軛 H,係可供作動桿5 2 4之一端貫穿,並以H55 1 之内底面’而將作動桿52:^i 5 K 向位移,一周壁上、下方環設數個冷入水口 則2 6 2之闕體5 2 6,闊體5 2 6之内部 5 及滑塊5 2 8,該滑塊5 2 8係設有通孔 之ί4 ί 2 ’進而閥體5 2 6可螺合於閥座5 2 1 8h ίΐϊ動24凸伸端頂置於滑塊528之承座52 內邮二里控制單元6 0係以機架61裝配於容器1〇 〇之 直Ϊ驅源用以驅動流量控制閥6 2作動,該驅動源可 6 ?控制閥6 2,或以傳動組間接驅動流量控制閥 控t 2施例中,該驅動源係為馬達6 3,並訊號連接Κ ^ 〇,且以皮帶輪傳動組6 4傳動流量控制間6 2作 ^该流量控制閥6 2係設有人水口 6 21及出水口 6 2 2 ί 孔23=22 3 ’該控制件6 2 3係開設有通孔’該通 為長槽孔或圓孔,於本實施例中,該控制件6 2 3係開設有 201120602 長槽孔6 2 3 1,並以頂端連接皮帶輪傳動組6 4,進而流量控 制閥6 2之入水口 6 21係以輸送管路6 2 4連通恆溫控制閥 5 2之,水口 5 21 1 ’流量控制閥6 2之出水口 6 2 2則以另 了輸送管路6 2 5連通水液輸出單元7 〇,該水液輸出單元7 〇 :系,配於容器i 〇 〇之内部,並設有一腔室7丄,該腔室7工係 设,至少一電磁閥,用以控制至少一出水器,於本實施例中,該 腔室71之底面係設有複數個電磁閥7 2a、72B、72C、 72D,用以分別控制複數個不同出水模式之出水器73a、7 3B 73C、73D啟閉,各出水器73A、73B、73C、 L3 蓮蓬頭、浴缸水龍頭、按摩嘴頭、花洒頭等,該溫度 訊號連接中央控制單元3 0,用以感知冷、熱水混 溫’並將感知訊號回授至中央控制單元3 〇,該溫 = ί可裝設於怪溫控制閥5 2之容室5 212或輸送 ί f 2 L 腔室7 1處’於本實施例中,該溫度 送管路6 2 4處,用以感知恨溫控制閥 用以操取水量,並將流量訊號回授至中 例中,該流量感知119 Q可為流量孔板, ^裝3又於輸送官路6 2 5處,用以操取流量控制閥6 2輸出之水 行、6圖’於操控怪溫及流量控制模組時,係先進 Γ同,選項按鍵411,由於按鍵41 ΐ二太^於订動不便或殘障者而言,可提供相當便利之掸心 i ^ 11 輸至中央控制it 令後’觸控面板41係將指令傳 以微處理器1^乍3-0判別中央^制單元3 〇於接收到指令後,係 控制早疋6〇及水液輸出單元7()作動;請參閱第3、 201120602 :恆制1輸1指令後’係以溫度調控手段控’出水溫度,由 i 5 ◦可利用電位計5 5感知馬達5 3之起始位 m3 ΐί设定溫度,於本實施例中,1亥起始溫度可設定為 5匕收Ϊίί時,ΐ會有不適錢傷之情形,當怪溫控制單元 傳動《且5 4·翻ΐ制早凡3 〇之指令’係控制馬達5 3經皮帶輪 即帶動制動I動R cff制閥5 2之旋紐5 2 2作動’旋紐5 2 2 5 3於閥座5 21内下降位移,並利用彈筹 5 2 8,^ 2 4下降位移,使作動桿5 2 4下壓滑塊 U L 8即於閥體5 2 6内位移,_放大冷人水口 以供量,相對縮小熱人水口 5 2 6 2之水液流量, 冷、熱水分別流入於閥體5 2 6中,並使冷、執 3 3L3 ::混合,且使具感溫元件之作^ G 、、田h 2 3 3中反應水溫,而制動套5 2 3内已混合成所需 再流入於容室5 2 1 2内,而由閥座5 2 ΐΪ出: 15田f 11流出至輸送管路6 2 4,由輪送管路6 ^ ,之水液輸送至流量控制單元6 0處,接著進行、、J 亡=於輸送管路6 2 4處係設有溫度感 仃手 取出水溫度’並將感知訊號回授至中 3 〇,由中央控制單元3 〇將出水溫度鱼早? 央控制單元3 〇即隨時 精確旱控出水溫度之穩定性;請參閱第十=疋,皿度而 令後,係以水量調控手段控制出水量批$ ’於輸入指 收到中央控制單元3 〇之指令後,元6 0於接 組6 4帶動流量控制閥6 2之控制件H她3經皮帶輪傳動 3即旋轉一適當角度,而以長槽 j控制件6 2 入水口 6 2 !、6 2 2之局部吨,面遮閉出、 孔6 2 3 1之孔壁係呈直線,使得控制 ’由於長槽 量的關係呈線性曲線,而可精確控制 =旋轉角度與流 經輸送管路6 2 5將設定之水量輸二出;,制= 201120602 行流量感知手段,由於輸送管路6 2 5處係設有流量感知器 9 0二該流量感知器9 〇可擷取水量,並將流量訊號回授至中央 控制,兀^0,由中央控制單元3〇將水量與設定流量作一比 =:若不符合設定流量,中央控制單元3 〇即隨時控制流量控制 ^6 0之馬達6 3作動’以動態修正水量至符合設定流量,而 、確〒控出水量之敎性;請配合參閱第6、9圖,於輸入指令 後’係以出水控制手段控制出水模式,該水液輸出單元7 〇於接 到中央控制單S3 Q之指令後’係控制設定出水器7 3 a相對 應之電磁閥72A作動,使電磁閥72A開啟設定之出水器73 A (如蓮蓬頭),而未設定之出水器7 3 B、7 3 c、7 3 D,則 j對應之電磁閥7 2 B、7 2 C、7 2D控制關閉,因此,當 控制閥6 2經輸送管路6 2 5將冷、熱水混合之水液流出至 ,室Y 1後’腔室7 1内具設定水溫及水量之水關可由設定之 出水器7 3A排出以供使用。 據此,本發明恆溫及流量控制模組可整合不同功能選項之按 ,以供使用者便利操控,並精確控制出水溫度及水量,以提升 =便利性及安全性’實為―深具實祕及進步性之設計,然未 見^相同之產品及刊物公開,從而允符發明專利申請要件,爰依 法提出申請。 【圖式簡單說明】 第2圖 第3圖 第4圖 第5圖 第6圖 第7圖 第8圖 第1圖.習式水龍頭搭配恆溫控制閥之使用示意圖。 習式恆溫控制閥之使用示意圖。 本發明恒溫及流量控制模組之配置圖。 本發明恆溫控制單元之示意圖。 本發明流量控制單元之示意圖。 本發明恆溫及流量控制模組之控制方法流程圖。 本發明恆溫控制單元之使用示意圖。 ^ 本發明流量控制單元之使用示意圖。 第9圖:本發明水液輸出單元之使用示意圖。 【主要元件符號說明】 201120602 〔習式〕 水龍頭:10 閥座:2 1 制動套:2 3 頂塊:2 3 2 閥體:2 4 熱入水口 : 2 4 2 作動桿:2 5 〔本發明〕 中央控制單元:3 0 •輸入單元:4 0 按鍵:411 恆溫控制單元:5 0 恆溫控制閥:5 2 出水口 : 5 21 1 旋紐:5 2 2 制動套:5 2 3 通孔:5 2 3 2 作動桿:5 2 4 φ 隔板:5 2 5 環套:5 2 5 2 冷入水口 : 5 2 6 1 彈簧:5 2 7 通孔:5 2 8 1 馬達:5 3 電位計:5 5 流量控制單元:6 0 流量控制閥:6 2 出水口 : 6 2 2 長槽孔:6 2 3 1 恆溫控制閥 : 2 0 旋鈕 2 2 擋塊 2 3 1 彈簧 2 3 3 冷入水口 2 4 1 出水口 : 2 4 3 遮閉塊: 2 6 微處理器 3 1 觸控面板 4 1 顯示器: 4 1 2 機架 5 1 閥座 5 2 1 容室 5 2 1 2 内螺孔: 5 2 2 1 螺桿 5 2 3 1 水室 5 2 3 3 彈簧 5 2 4 1 穿孔 5 2 5 1 閥體 5 2 6 熱入水口 5 2 6 2 滑塊 5 2 8 承座 5 2 8 2 皮帶輪傳動組 : 5 4 機架 6 1 入水t 1 : 6 2 1 控制件: 6 2 3 輸送管路 I 6 2 4 >625 11 201120602 馬達:6 3 水液輸出單元:7 0 電磁閥:7 2 A、7 2 出水器:7 3 A、7 3 溫度感知器:8 0 流量感知器:9 0 容器:1 0 0Read Figures 3, 4, and 5 'The touch-type constant temperature and flow control mode of the present invention = unit 3 Q, input unit, constant temperature control unit 50 water liquid output unit 70, temperature sensor 8 and flow The central control unit 30 is provided with a microprocessor 3 1 for inputting a command of the transmission of the element 4, and integrating and controlling the constant temperature control unit 5 流, the flow unit 6 〇 and the water liquid output unit 7 0 actuation, the central control unit 3 ί , = 3 3 is assembled inside a hollow container ,, the micro ^ ^ 5 抑 1 ◦. The back plate is also mounted on the surface of the water liquid output unit, and the hollow rice bowl 1 can be assembled on the wall surface or the object to be assembled. In the present embodiment, the micro-process li 3 1 system is installed in the space. The back panel of the n 1 0 Q is equipped with a wall surface. The input unit 40 is provided with a signal connection surface, a water quantity control interface, a water outlet mode interface or a video and audio control medium: touch; one side can be a touch panel, touch Control the screen or touch remote control, etc., and bee on the container for manipulation 'or use the movable pick and place' in this embodiment sigh if ϊ; ι face is a touch panel 41, and integrated with water temperature The control interface, the water mode interface or the audio and video control interface, and the touch panel 41 has a plurality of buttons 411 and a display 412 of different function options, each button - for inputting an instruction, and transmitting the command to the central control unit 3 0, while H shows the value or status, and the touch panel 4 1 can also be set to indicate that 1 can be fixed on the wall of the bathroom for manipulation, the strange temperature control is early 5 ◦ is assembled with the rack 51 Inside the container 10◦, and equipped with a driver 201120602 source to drive the temperature control paste 5 2 Actuation, the Heyuan valve 5 2 ' or the drive group indirectly drives the constant straight system; Ξ == 53, and the signal connection ^ 4 transmission temperature control valve 5 2 actuation, and the thermostatic control valve 5 2 position central control Unit 3 〇 potentiometer 5 5, the electric feedback to the starting position of the temperature control valve 5 2, and the detection signal a water outlet valve 5 2 is provided - the peripheral wall has a plurality of knobs 52 ^ valve seat The 521 ' has a knob 5 2 2 on the top and a bottom = 3 suede on the bottom, :::. The position gauge 55 is provided with a plurality of inner screw holes 5 2 2 1 and a seat 52 = 5 2 3 3, and a water chamber: the inner portion of the brake sleeve 5 2 3 is provided with a hollow water chamber. Sense 4 Lti 2 3 3 is equipped with a set of springs 5 2 4 1 and has a swaying rod 5 2 4, a yoke H with a plurality of perforations 5 2 5 1 , which is available for the actuating rod 5 2 4 One end runs through, and the working rod 52: ^i 5 K is displaced by the inner bottom surface of H55 1 , and several cold water inlets are arranged on the upper and lower sides of the wall. 2 6 2 of the body 5 2 6 The inner part 5 of the body 5 2 6 and the slider 5 2 8, the slider 5 2 8 is provided with a through hole ί4 ί 2 'and the valve body 5 2 6 can be screwed to the valve seat 5 2 1 8h ί ΐϊ 24 convex The extension end is placed on the seat 52 of the slider 528, and the control unit 60 is mounted on the frame 61 by the frame 61 to drive the flow control valve 62 to operate. The drive source can be driven. 6 ? Control valve 6 2, or indirectly drive the flow control valve with the drive group t 2 In the example, the drive source is the motor 63, and the signal connection Κ ^ 〇, and the pulley drive group 64 drive flow control room 6 2 for ^ The flow control valve 6 2 is equipped with a human mouth 6 21 The water outlet 6 2 2 ί hole 23=22 3 'The control member 6 2 3 is provided with a through hole. The through hole is a long slot or a round hole. In this embodiment, the control member 6 2 3 is provided with 201120602. The long slot 6 2 3 1, and the top end of the pulley drive set 6 4, and the flow control valve 6 2 of the water inlet 6 21 to the transport line 6 2 4 connected to the thermostatic control valve 5 2, the water port 5 21 1 ' The water outlet 6 2 2 of the flow control valve 6 2 is connected to the water liquid output unit 7 以 by the other conveying line 6 25 , and the water liquid output unit 7 is equipped with the inside of the container i , The chamber 7 is provided with at least one solenoid valve for controlling at least one water discharge device. In this embodiment, the bottom surface of the chamber 71 is provided with a plurality of solenoid valves 7 2a, 72B. , 72C, 72D, for respectively controlling a plurality of different water outlet modes of the water outlets 73a, 7 3B 73C, 73D opening and closing, each water outlet 73A, 73B, 73C, L3 shower head, bathtub faucet, massage mouth, shower head, etc. The temperature signal is connected to the central control unit 30 for sensing the cold and hot water mixing temperature and feedback the sensing signal to the central control Element 3 〇, the temperature = ί can be installed in the chamber 5 212 of the strange temperature control valve 52 or the chamber 1 1 in the delivery ί f 2 L 'in this embodiment, the temperature is sent to the pipeline 6 2 4 For sensing the hate temperature control valve to manipulate the amount of water, and returning the flow signal to the example, the flow sensing 119 Q can be a flow orifice plate, and the loading 3 is at the conveying official road 6 2 5 In order to operate the flow control valve 6 2 output of the water line, 6 map 'in the control of the strange temperature and flow control module, the system is the same, the option button 411, because the button 41 ΐ two too ^ in the inconvenience or disabled In fact, it can provide quite convenient care. i ^ 11 is sent to the central control unit. After the touch panel 41 transmits the command to the microprocessor 1^乍3-0 to determine the central control unit 3, after receiving the command After that, the system controls the early 6疋 and the water liquid output unit 7() to operate; please refer to the 3rd, 201120602: After the constant 1 input and 1 command, the 'temperature control method controls the 'outlet water temperature, and the potential can be utilized by i 5 ◦ 5 5 sense the start position of the motor 5 3 m3 ΐ 设定 set the temperature, in this embodiment, 1 start temperature can be set to 5 匕 Ϊ ίί, ΐ will be uncomfortable In the case of injury, when the temperature control unit drive "and 5 4 · turning the system to the 3rd command" is the control motor 5 3 through the pulley to drive the brake I move R cff valve 5 2 knob 5 2 2 actuation 'Rotary knob 5 2 2 5 3 descends the displacement in the seat 5 21, and uses the spring to raise the displacement of 5 2 8, ^ 2 4, so that the actuating rod 5 2 4 presses the slider UL 8 to the valve body 5 2 6 Internal displacement, _ amplify the cold water nozzle to supply the amount, relatively reduce the flow rate of the hot water nozzle 5 2 6 2, cold and hot water respectively flow into the valve body 5 2 6 and make the cold, hold 3 3L3 :: mix And the temperature of the reaction water in the temperature sensing element ^ G , , Tian h 2 3 3, and the brake sleeve 5 2 3 has been mixed into the required flow and then flow into the chamber 5 2 1 2, and the valve seat 5 2 ΐΪ出: 15 field f 11 flows out to the conveying line 6 2 4, the water is sent to the flow control unit 60 by the circulating line 6 ^, and then, J is dead = in the conveying line 6 2 4 Departments have a temperature sense, take out the water temperature' and send the sensory signal to the middle 3 〇, the central control unit 3 〇 will discharge the water temperature early? The central control unit 3 〇 is ready for precise drought control of the water temperature stability Sex Please refer to the tenth = 疋, after the order, the water quantity control means to control the water volume batch $ ' after the input refers to the instruction of the central control unit 3 ,, the element 60 drives the flow control valve in the group 6 4 6 2 control member H her 3 is rotated by a proper angle by the pulley drive 3, and the long groove j controls the part 6 2 into the water port 6 2 !, 6 2 2 partial tonnage, the face is closed, the hole 6 2 3 1 The wall of the hole is in a straight line, so that the control 'linear curve according to the relationship between the amount of long grooves, and can be precisely controlled = the rotation angle and the flow through the conveying pipe 6 2 5 will be the output of the water volume; system = 201120602 flow Perceptual means, because the flow pipeline is provided with a flow sensor 902, the flow sensor 9 can take water, and the flow signal is fed back to the central control, 兀^0, by the central control unit 3 〇 Between the water volume and the set flow rate =: If the set flow rate is not met, the central control unit 3 控制 controls the flow control ^6 0 motor 6 3 at any time to dynamically correct the water volume to meet the set flow rate, and indeed control The effluent of the water output; please refer to the figures 6 and 9 after entering the instruction 'The water outlet mode is controlled by the water outlet control means. After the water supply output unit 7 receives the command of the central control unit S3 Q, the system controls the solenoid valve 72A corresponding to the water outlet 7 3 a to actuate, so that the solenoid valve 72A is opened. Set the water discharge device 73 A (such as the shower head), and the unset water discharge device 7 3 B, 7 3 c, 7 3 D, then the corresponding solenoid valves 7 2 B, 7 2 C, 7 2D control is closed, therefore, When the control valve 6 2 flows the cold and hot water mixed water through the conveying line 6 2 5 , after the chamber Y 1 'the chamber 7 1 has the set water temperature and the water amount can be set by the water outlet 7 3A Discharge for use. Accordingly, the constant temperature and flow control module of the present invention can integrate the pressing of different function options for the user to conveniently control, and precisely control the water temperature and the amount of water to improve = convenience and safety 'actually - deep and secret And the progressive design, but did not see the same product and publications of the same, so as to allow the invention patent application requirements, 提出 apply in accordance with the law. [Simple diagram of the diagram] Fig. 2 Fig. 3 Fig. 4 Fig. 5 Fig. 6 Fig. 7 Fig. 8 Fig. Fig. 1. Schematic diagram of the use of the faucet with the thermostatic control valve. Schematic diagram of the use of the conventional thermostatic control valve. The configuration diagram of the constant temperature and flow control module of the present invention. Schematic diagram of the thermostatic control unit of the present invention. A schematic diagram of a flow control unit of the present invention. Flow chart of control method of the constant temperature and flow control module of the invention. Schematic diagram of the use of the thermostatic control unit of the present invention. ^ Schematic diagram of the use of the flow control unit of the present invention. Figure 9 is a schematic view showing the use of the aqueous liquid output unit of the present invention. [Main component symbol description] 201120602 [Literature] Faucet: 10 Seat: 2 1 Brake cover: 2 3 Top block: 2 3 2 Body: 2 4 Hot water inlet: 2 4 2 Actuating rod: 2 5 [The invention 〕 Central control unit: 3 0 • Input unit: 4 0 Button: 411 Thermostatic control unit: 5 0 Thermostatic control valve: 5 2 Water outlet: 5 21 1 Rotary: 5 2 2 Brake sleeve: 5 2 3 Through hole: 5 2 3 2 Actuator: 5 2 4 φ Partition: 5 2 5 Ring sleeve: 5 2 5 2 Cold water inlet: 5 2 6 1 Spring: 5 2 7 Through hole: 5 2 8 1 Motor: 5 3 Potentiometer: 5 5 Flow control unit: 6 0 Flow control valve: 6 2 Water outlet: 6 2 2 Long slot: 6 2 3 1 Thermostatic control valve: 2 0 Knob 2 2 Stop 2 3 1 Spring 2 3 3 Cold water inlet 2 4 1 Outlet: 2 4 3 Blocking block: 2 6 Microprocessor 3 1 Touch panel 4 1 Display: 4 1 2 Rack 5 1 Seat 5 2 1 Housing 5 2 1 2 Inner screw hole: 5 2 2 1 Screw 5 2 3 1 Water chamber 5 2 3 3 Spring 5 2 4 1 Perforation 5 2 5 1 Body 5 2 6 Hot water inlet 5 2 6 2 Slider 5 2 8 Seat 5 2 8 2 Pulley drive set: 5 4 Rack 6 1 Inlet water t 1 : 6 2 1 Control: 6 2 3 Conveying line I 6 2 4 > 625 11 201120602 Motor: 6 3 Water output unit: 7 0 Solenoid valve: 7 2 A, 7 2 Discharger: 7 3 A, 7 3 Temperature sensor: 8 0 Flow sensor: 9 0 Container: 1 0 0
皮帶輪傳動組:6 4 腔室:7 1 B、7 2 C、7 2D B、7 3 C、7 3DPulley drive set: 6 4 Chambers: 7 1 B, 7 2 C, 7 2D B, 7 3 C, 7 3D
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