1 1332484 九、發明說明： 【發明所屬之技術領域】 ‘ 處理自來水等之原水， 本案之發明係關於一種水處理裝置 而供應所產生之處理水。 、 【先前技術】 =理裝置中’具備以下之部 :設置於廚房或料理房等=理ί 元，將從切換“;主〆理ϊ且將該原水之水道予以切換;處理單 操作;與操作部換::元水=道口: 部係採可肋換單元自由拆卸方式設置:肩祕，並且，物作 開關於藉3置於切換單元之操作部的 切換單元往處理單元發。、η找内容將藉由紐信號以從 鋅ί有研九者提案如下：於一種水處理裝置中，使用者 水之:並且打開水龍頭，而原水ί 在該操=====單元中、，原水藉由處理成 送到切換單元，進—舟U 处理水，並且將該處理水回 獻1) " 了使處理水從城單福出。（參照專利文 (專利文獻1)曰本專利特開平叫雇6號公報 【發明内容】 (發明所欲解決之課題） ’於上述先前技術之專利文獻1所揭露的水處理梦罢士 無细緖胁__置，__===中著 6 1332484 部拆卸下來而構成。 因此，當處理單元所產生之所既定水質的處理水從切換單元 ，水^亦即處理單元處於運轉狀態時，例如於使用者進行操作 作拖^者用於操作部之電源的電池之情況等’於將操 關二的際’曾經發生使用者將事先設定之開 严踩3於:操2部之所謂的誤操作，而產生以下之問題：例如於 :從單元出^水質不同於使用者所設定之水質的處理水，並 在於如上述之先行技術的課題而構成，·目的 ===.，糾細之拆卸娜止，而能防 (解決課題之手段） 具備==之=:==專，圍第1項所載的發明 兩種水道:將原水應==頭’用以切換成以下 道，俾於處理單元進行原水卢^ =水供應到處理單元的水 將切換單元之原水的3ft I行無_作；並且，藉由 道，而阻止操作部之拆刀、成供應原水至處理單元的水 載之元=^ 水之水道切換；而在操作邮早U具備有切換桿’用以操作原 手抓握用的抓握部。並/，1特作部之際’作為供 應原水至處理單元的水道，於二、.猎由將切換桿切換成供 來換桿之拆卸受到阻二:因為切換桿而隱藏起 本案之申請專利範圍第3 上述弟1或2項所载之水處理裝置中，操“磁切g 7 ^84 元而構成。 項所置戶錄的發明，係於上述第！或2 ί之s:2著於有底的凹處之際，收納 項所圍載的發明，係於上述第工或2 顯示部二側===操r從切換單元拆卸下來ΐ (發日 =ΐΓ 顯示部之内侧。 提供申請專利範圍第1項所载之發明的水處理穿詈中 部的誤操作;從而能經常嫩用者所設 纽於=之申請專利範圍第2項所载之發明的水處理裝置中 原㈣理:=====換2供應 於^之申請專觀圍第3彻載之發日㈣水處理裝 二由將操作部磁性吸附到切換單元，而能容易地： 脫Γ可容易地裝著’並且可防止所“ 尤其於理㈡； 的凹處之底部而配置。藉此，⑽止從切解元之下方所飛^而 丄：)：>Ζ4δ4 來的水贿該收納部；同時 ― 的水，亦可防止其賤座收納部之上方所飛濺而來 尤其，在載的水處理裝置中， 能夠清理顯示部之内 ^之際顯不部之内部形成開口，而 進行平日之確認。 ，可將顯示於顯示部之水道確實地 【實施方式】 如圖ί至圖=所之發明之第1實施形態的水處理裝置。 應原水之備—切換單元2，係附^供 道；或者將原水供應ϊ/ΐίί成1下兩種水道：將原水流出之水 廣水之處理。而於切換& 2早^ ^道’俾於處理單元3進行 以將處理單元3進行盔 /、備自由拆卸式的操作部5，用 的水道加以切換成^、用[★。且’藉由將切換單元2之原水 之拆卸。成供麵水域理單元3的水道，峨止操作部5 f操作部道切換的切換桿4 ,· 部35。並且，藉由术^ 5之際’供手抓握用之抓握部的凸 ，道，由於作為抓握部的干：原水至處理單元3 故使，作部5之拆卸二且：。將口為切換桿4而隱藏起來， 說明。如圖1至圖裝置，進-步具體而詳細地 於切換單元處理早元3而供應。 -h又有逆接口8’用以將切換單元2往水 9 1332484 龍頭^接；而該連接口 8係藉由螺帽9而 再者，於切換單元2之前.設 =水月I頭1。 作部5。又，於操作部5之上部，則設單元3之操 10三設，既定之水質；發信部11，將^關複，開關 理播無線發信；顯示部12，由透明的樹月"箄：二ί内容往處 示所切換之水道。而於切 所構成’用以顯 設有切換桿Ί吻換原水的水道。陶树部5之前方側， 甚且’當藉由切換桿4 _換原 之下部’係配置有以下三部份：直接口 H之際，於切換單元2 淋口 14，將原水形成噴淋狀而流出；及 2水直接流出；噴 3回送之處理水流出。 阳尺口 15，將從處理單元 此外，於切換單元2之後部，設 與回送口 18，連接回送管Π，而該回6 ’連接給水管7 ; 單元3往切換單元2回送。又，认 f s Ρ係將處理水從處理 以分別固定於給水口 16及回送二185。及回送管Π藉由螺帽9， 接著，於處理單元3之内，係 進行原水之淨水處理；電解_ 2 M下之部份：淨水部19， 加以電解，以產生鹼性離子i及酉部所淨水處理之原水 施加到電解槽20之電解電壓等。 7，控制部21，控制所 於處理單元3之上部，設有收 用以將操作部5所發信之鱗錢力°^鍵接至控制部2卜 則連接有電源線23，用以將電源供廉，而於該控制部21， 至於藉由給水管7而供^^制抑。 到給水管7之導入管24而導入至處几3之原水，係經過連接 之約略中間部份，配置有以下之 早^3内；於該導入管24 原水所含殘留氣、污濁或三_曱烷g |乎水部19，内建用以去除 ，中空系膜等；與流量感測器25，偵行淨水處理之活性炭 淨水的流量，而發信到控制部21。、“淨水部19所淨水處理之 又，導入管24於流量感測器乃之 斿側而分開成兩邊，並 1332484 ，藉由電解槽20内之分隔膜25a，以分別連接到 極26側之一室與電極27側之一室。 風兩至的电 於連接到電極26侧之一室的導入管24，連接 ^將從導人管24,所供應之—部份淨水或電解槽20 _滯留水 排出，而於該排出官28内，配置有電阻器29， 用以縮小排出管28内之流量的孔口等所構成。z电阻-29係由 甚且’於連接到電極27侧之一室的導入管24，讲 3^’用以添加甘油繼贼乳酸解之電解補助劑p而藉^ 之上部所設置的外蓋31拆卸下來，可依需要“充ΐ =接到電極26側之一室之上水而管 所連接之回送管17,而朝切換單元2回送。.甶出水吕32 =子^输齡27側之—室之=產= 處理早兀3外而排水。於排水管％，連 s 33以朝 導入管24所供應之一部份淨水或電解槽20内"的、^ ^並且從 從排水管33 _處理單元3外而排^ W留水亦同樣地 接著’如圖2(a)、2(b)所示，摔作邻5凡要士人丄 之前部縣钟; 換單元2 以下之部份：突起34，於將操作’巧有 形成於裝著部6之内側之兩侧部^，肷入 著部6脫落；凸邱35，減遍糟而防止#作部5從裝 將使用者，手指等勾拉，、可容易“_部6拆•之際，藉由 之同時裝ί ί 4 ί顯示板36，用以記載水道的種類 作部5之顯示冑12 〇、* ’並且將所切換之水道顯示到操 又’如圖3所示，於操作部5之下側，設有收納部37，用以 1332484 收納成為操作部5之電源的電池(未圖 37從操作部5拆卸下來，而能更換U、'料由將該收納部 換單5將Γ14所示’於_桿4之切換位置位於下方時，切 Γ嫩原水從設置於切換單元2之下部二口 I 肌出之水道。此時，由於切換桿4之切換位 罝^ 131 1332484 IX. Description of the invention: [Technical field to which the invention pertains] ‘Processing raw water such as tap water, the invention of the present invention relates to a water treatment device for supplying treated water produced. [Prior Art] = In the device, 'has the following parts: set in the kitchen or cooking room, etc. = will be switched; "main care and switch the water channel of the raw water; handle single operation; Operation section change:: Yuanshui = crossing: Department of ribs can be replaced by the unit freely disassembled: shoulder secret, and the object switch is placed in the switching unit of the operation unit of the switching unit to the processing unit. Finding content will be proposed by the New Zealand signal from Zinc. The following is a proposal: In a water treatment device, the user waters: and opens the faucet, and the raw water ί is in the operation ===== unit, raw water By processing into a switching unit, the water is treated by the boat U, and the treated water is returned 1) " The treated water is taken out from the city. (Refer to the patent (Patent Document 1) Kaiping Employment No. 6 [Invention] [The problem to be solved by the invention] The water treatment dream striker disclosed in the above-mentioned prior art Patent Document 1 has no viscous threat __set, __===zhong 6 1332484 is disassembled and constructed. Therefore, when the processing unit is created, The quality of the treated water from the switching unit, when the water is used, that is, when the processing unit is in operation, for example, when the user operates the battery for the power supply of the operating unit, etc. The user has set the pre-set slamming step 3 to the so-called erroneous operation of the second part, and the following problems occur: for example, the water that is different from the water quality set by the user is discharged from the unit, and is According to the above-mentioned problems of the prior art, the purpose is ===., the removal of the correction is done, and the prevention (the means to solve the problem) is: ======Special, the invention contained in the first item Two kinds of waterways: the raw water should be == head' to switch to the following road, and the processing unit carries out the original water sampling = water supply to the processing unit will switch the unit's raw water 3ft I line without _; By means of the road, the dismantling of the operating part is prevented, the water supply to the processing unit is supplied to the water unit of the processing unit = ^ water channel switching; and in operation, the U has a switching lever for operating the original hand grip Grip. And /, 1 special part of the Ministry of 'as the supply of raw water to the treatment Yuan's waterway, in the second, the hunting is switched from switching the lever to the replacement of the rod. The second part is the water treatment device contained in the above-mentioned brothers 1 or 2 because of the switching lever. In the middle, the operation of the magnetic cut g 7 ^ 84 yuan. The invention of the household record is based on the above! or 2 ί s: 2 at the bottom of the recess, surrounded by the storage item According to the invention, the second side of the above-mentioned work or 2 display unit is detached from the switching unit (the day of the display = the inside of the display unit). The water treatment of the invention of the first application of the patent application is provided. The misuse of the central part; thus, the water treatment device of the invention contained in the second application of the patent application scope of the invention can be used in the original (four) rationality: =====change 2 supply to the application of the monograph 3 The day of the load (4) The water treatment device 2 magnetically adsorbs the operating portion to the switching unit, and can easily: the dislocation can be easily loaded with 'and can prevent the bottom of the recess of the (particularly) Configuration. In this way, (10) stop flying from the bottom of the cut-off element and 丄:):> Ζ4δ4 to bribe the storage part; at the same time, the water can prevent splashing above the squat storage part. In the water treatment device of the load, it is possible to clean the inside of the display portion and form an opening in the inside of the display portion, and to confirm the weekday. The water channel displayed on the display unit can be reliably implemented. [Embodiment] The water treatment device according to the first embodiment of the invention is shown in FIG. The original water supply-switching unit 2 is attached to the supply channel; or the raw water is supplied ϊ/ΐίί into the following two types of waterways: the water from which the raw water flows out is treated with water. On the other hand, the processing unit 3 performs the operation of the processing unit 3 to switch the processing unit 3 to the operating unit 5, and the water channel for use is switched to ^, using [★. And by disassembling the raw water of the switching unit 2. The water passage of the surface water supply unit 3 serves as the switching lever 4 and the portion 35 for switching the operation portion 5 f. Further, at the time of the surgery, the convexity and the passage of the grip portion for grasping the hand are removed by the raw water to the treatment unit 3 as the grip portion. The port is hidden by the switch lever 4, indicating. As shown in Fig. 1 to the apparatus, the further step is specifically supplied to the switching unit to process the early element 3. -h has a reverse interface 8' for connecting the switching unit 2 to the water 9 1332484 faucet; and the connection port 8 is again by the nut 9, before the switching unit 2. Set = water month I head 1 . Working part 5. Further, in the upper part of the operation unit 5, the operation of the unit 3 is set to 10, and the water quality is set; the transmission unit 11 switches the signal to the switch, and the display unit 12 is transparent. ;箄: Two 内容 content shows the waterway that is switched. The cut-and-constructed 'waterway' is used to display the switch bar and kiss the original water. On the front side of the pottery tree section 5, even when the switch arm 4 _ change the lower part is configured with the following three parts: at the direct port H, the switch unit 2 is drenched 14 to form the raw water to form a shower. Outflow; and 2 water directly flow out; spray 3 back to the treated water outflow. The male ruler port 15 is connected from the processing unit. Further, at the rear of the switching unit 2, a return pipe is connected to the return port 18, and the return 6' is connected to the water supply pipe 7; the unit 3 is returned to the switching unit 2. Further, the f s Ρ system treats the treated water from the treatment to be fixed to the water supply port 16 and the return two 185, respectively. And the return pipe is made of the nut 9 and then, within the processing unit 3, the purified water treatment of the raw water is performed; the portion under the electrolysis _ 2 M: the purified water portion 19 is electrolyzed to generate the basic ion i The raw water to be treated by the water treatment of the crotch portion is applied to the electrolytic voltage of the electrolytic cell 20 or the like. 7. The control unit 21 controls the upper part of the processing unit 3, and is provided with a scale for the operation unit 5 to be connected to the control unit 2, and is connected to the power line 23 for power supply. In the case of the control unit 21, it is provided by the water supply pipe 7. The raw water introduced into the inlet pipe 24 of the water supply pipe 7 to the portion 3 is connected to the approximate middle portion of the water supply pipe 7 and disposed in the following early 3; the residual water contained in the raw water of the inlet pipe 24 is dirty or dirty. The decane g|the water part 19 is built-in for removal, a hollow membrane, etc., and the flow rate sensor 25 detects the flow rate of the purified water of the purified water, and sends it to the control part 21. Further, in the water purification treatment of the water purification unit 19, the introduction tube 24 is divided into two sides on the side of the flow sensor, and 1332484 is connected to the pole 26 by the separation film 25a in the electrolytic cell 20, respectively. One of the side chambers and one of the electrodes 27 side. The wind is connected to the inlet tube 24 connected to one of the chambers on the side of the electrode 26, and the connection is supplied from the guide tube 24, and the supplied water is partially purified or electrolyzed. The tank 20_retained water is discharged, and in the discharge officer 28, a resistor 29 is disposed to reduce the flow rate in the discharge pipe 28, etc. The z-resistor -29 is even connected to the electrode. The introduction tube 24 of one of the 27 sides is said to be used to add the glycerin to the lactic acid solution of the thief, and the outer cover 31 provided by the upper part of the thief is removed. Water is passed from one of the chambers on the side of the electrode 26 to the return pipe 17 to which the pipe is connected, and is returned to the switching unit 2.甶出水吕32 = child ^ age 27 side - room = production = treatment early 兀 3 outside and drainage. In the drain pipe %, even s 33 is supplied to a portion of the purified water supplied to the inlet pipe 24 or the inside of the electrolytic cell 20, and is discharged from the drain pipe 33_processing unit 3 Similarly, as shown in Figure 2(a) and 2(b), it is the same as the previous county clock; the replacement part 2 is the following part: the protrusion 34, which will be operated On both sides of the inner side of the mounting portion 6, the smashing portion 6 is detached; the embossing 35 is used to reduce the stagnation and prevent the #5 portion from being hooked by the user, the finger, etc., and can be easily "- 6Dr. • At the same time, the display panel 36 is installed at the same time to record the type of the waterway as the display 胄12 *, * ' and display the waterway to be switched to the operation' as shown in Fig. 3. As shown in the lower side of the operation unit 5, a storage unit 37 is provided for accommodating a battery that serves as a power source for the operation unit 5 (not shown in FIG. 37, and the U can be replaced by the operation unit 5). When the storage unit exchanges the order 5 and the switching position of the _bar 4 is located below the Γ14, the cut raw water is cut from the water channel provided at the lower part of the switching unit 2, and the switch rod 4 is at this time. Switching position 罝^ 13
之兩側部的凸部35外露，因此使用者藉由將ΐϊΐ 勾拉^ 35，可將操作部5容易地從裝著部6拆卸=將手WThe convex portions 35 on both side portions are exposed, so that the user can easily remove the operation portion 5 from the mounting portion 6 by pulling the hooks 35.
側部的凸部35，因此使用者同樣地:由ϊΐ 4勺拉凸。Ρ35，可將操作部5容易地從裝著部1拆卸下 心於切換桿4之切触置位於略呈水平狀時，娜單元2 ，切換成將原水從給知16械理單元3給水之 ^ f於操作部5之兩側部的凸部35將隱藏在切換桿4之内側 12 1 拉凸部％，目此阻姻_ 5從裝著部 接著’如圖6所示，於切換單元2之水道切換成使原水從直 接口 13 >，IL出之水道時，設置於切換單元2内之閥棒兇連動於 換桿4而旋轉；並且，設於閥棒38中央侧之凸輪39藉由推 央側之閥體40，以及設置於該閥體4〇之彈簧41二者， 往直接口 13之水通道42。 叩開啟通 又，如圖7所示，於切換單元2之水道切換成使原水從噴 口 14流出之水道時，設置於切換單元2内之閥棒38連動於切換 桿4而旋轉；並且，設於閥棒38之側邊的凸輪39藉由推壓側邊 之閥體40，以及設置於該閥體4〇之彈簧41二者，而開啟通 淋口 14之水通道42。 、 。。甚且，如圖8所示，於切換單元2之水道切換成將原水朝處 理單元3給水之水道時，設在切換單元2内之閥棒38連動於切換 1332484 ^ 4而旋轉。姐’設在減爛棒％之上述 2=由於該相反侧的侧邊之_ 4〇，丄 之弹κ 41 一者，而開啟通往處理單元3之水通道42。 水二二15所示’從水通道42導入至給水導入管幻之原 ，徒5又^„水導入管43前端之給水σ 16，以朝給水管7 '、 咖送讀财，驗由出水導人出水 之摔;3 作:早70 2之切換桿4 ’而將裝著於切換單元2 2部所顯示之水道的種類_成淨水時，設在 ft早内之_ 38連動於切換桿4而旋轉。並且酉^置3 ί s 考而開啟通在處理單元3之水通道42。 而由^在 =^之切触置將如® 5解，略呈水平之位置； ^ i； 4 ^, 5從切換早％ 2之裝著部6拆卸下來。 此兴二置於操作部5之開關1〇,以設定所既定之水質(在 鲁 繼細5之^ 出信：ΐϋ線Γ虎於處理單元3之收信部22而收信，並且發 部21;逸；r士 :、之控制部21。將該既定内容加以收信之控制 驗性離子水^、，以使得於處理單元3產生所設定的水質(此時係 元2^Ϊ來^開水龍頭1時，從水龍頭1供給到切換單 並且==導，，流入至給水導入管43， 管7，而給水到處理單元3 / 43㈣所設置的給水口 16的給水 至於供給到處理單元3之原水，從連接至給水管7之導入管 13 1332484 ί氯部19。並且，於淨水部19 ’藉由將原水中之殘 :中加以用活性炭吸附之後’ 一般細菌或不純物等 由τ二糸膜所去除，從而將原水進行淨水處理。 予 部19，藉由將原水淨水處理所產生之淨水，將再产产 ，過流量感測器25;於此時’在流量感測i ί中: 出信冰卩_加_，__之流量則發 ^流量感測器25後之淨水將於流量感測器25 ft至分開成兩邊的導人管24。其中，流經-邊之導入其24 從連接至導人管，而—部份之淨水則 水到處理^%卜排出官28 ’而排水到排水管33以後，再排 於δ亥排出管28内，由於配置有電阻哭29，@· + Κη „。 用以限雛經排出管28之淨水之^。口9 =且Τ係由 於排出續出管28的淨水流量，# ^ ’因此相較 側之-室的淨水流量變多。她7以錢㈣人至電極26 獅流經另一邊之導入管24的淨水則於添加部30，科甘、占 於室。 =解補助劑術辕的幅敗_ 水祕料树1贿脑€極26侧屮 換單元2回”送;二：接之回送管π而往切 33而排水至處理^子外水連接至電極27側之—室的排水管 17所回送至切換單元2之驗性離子水伽D w =水導入管44’而從設置於切換單元2之下 在此，如上所述，由於切換單元2之切換桿4的切換位置係 I332484 略王水平位置，因此設置 切換桿4之内側。 呆。'5之兩側部的凸部35將隱藏在 於疋’因為能阻止將操作 一 下來’故於清理操作部5的。' 之裝著部6拆卸 而從收納部37取出電池時 更換操作部5之電池 6拆卸下來之際，乃可防止二由於在將操作部5從製著部 等而造成之操作部5的誤μ t設定之開關1G以外的開關10 用者所設定水質的處理水’因此严從出水口 I5經常供應使 於使用者將水:為驗性離子水）。 f元3供應原水，因此設置於^ ，單元2往處理 态25偵測出流經導入管24內 泠入管24的流量感測 制部21，該控制部21即^由内;；=停止流通，而發出信號至控 止，，電解㈣内^性=====壓停 此外’於停止供應原水時 夂=子水4止產生。 的滯留水，以及連接至電極26曰，，26側之一室内 外，以結束水處理裝置的運轉由排水Β 33而排水到處理單元3 ί時配=t=938J^換桿心Ϊ ; 簧41二者，《_往麵及彈 上方際刀換桿4之切換位置將如圖5所示，係形成 用者夢由料㈣作部5之兩側部的凸部35外露，因此使 著=t ΐΐ σΜ5，可將操作部5從切換單元2之裝 元2 元3處_運轉狀態，亦無原水自切換單 =2出仍定之關開關、- 15 1332484 又，將操作部5從裝著部6拆卸下 或者從操作部5之收納部37而更換 :里知作邛5 ’ Ϊ著:M之内側之_部的可防止操作物 接著，當使用者打開水龍頭j時 二S3關閉水龍頭1時，則停止供應原水 換單 5 動㈣“二轉 =， _二者，以開==:由水=2央側之 此時，由於切換桿4之切換位置 / 位置，並且設置於操作部5之兩& θ二’形成下方之The convex portion 35 of the side portion is thus similarly: the user is drawn by ϊΐ 4 scoops. Ρ35, when the operating portion 5 is easily detached from the mounting portion 1 and the cutting contact of the switching lever 4 is located at a slightly horizontal position, the Na unit 2 is switched to supply the raw water from the given 16 mechanical unit 3 to the water. f The convex portion 35 on both sides of the operating portion 5 will be hidden inside the switching lever 4, and the convex portion 35 will be hidden, so that the _5 is attached from the mounting portion, as shown in Fig. 6, in the switching unit 2 When the water channel is switched so that the raw water is discharged from the direct port 13 > IL, the valve rod disposed in the switching unit 2 is rotated in conjunction with the shift lever 4; and the cam 39 provided on the center side of the valve rod 38 is borrowed. The valve body 40 on the push side and the spring 41 disposed in the valve body 4 are directed to the water passage 42 of the direct port 13. When the water channel of the switching unit 2 is switched to the water channel from which the raw water flows out of the nozzle 14, the valve rod 38 provided in the switching unit 2 is rotated in conjunction with the switching lever 4, and is set as shown in FIG. The cam 39 on the side of the valve rod 38 opens the water passage 42 of the passage opening 14 by pushing the side valve body 40 and the spring 41 disposed on the valve body 4. , . . Further, as shown in Fig. 8, when the waterway of the switching unit 2 is switched to the water channel for supplying the raw water to the processing unit 3, the valve rod 38 provided in the switching unit 2 is rotated by switching 1332484^4. The sister's is set in the above-mentioned 2% of the smashing rods. 2 = The water channel 42 leading to the processing unit 3 is opened due to the side of the opposite side. Water 22:15 is introduced from the water channel 42 to the water supply pipe, and the water supply σ16 at the front end of the water introduction pipe 43 is sent to the water supply pipe 7 ', the coffee is read, and the water is checked. Leading the water to fall; 3: The switch bar 4' of the early 70 2 will be installed in the type of the water channel displayed in the 2nd part of the switching unit 2 _ into the clean water, set in the ft early _ 38 linkage switch Rotate the rod 4 and set 3 ί s to open the water channel 42 passing through the processing unit 3. The touch at ^^^ will be solved as a solution of the level 5, slightly horizontal position; ^ i; 4 ^, 5 is removed from the front part 2 of the switch. The switch is placed in the switch 1 of the operation unit 5 to set the water quality (in Lu Jijing 5) The tiger receives the signal from the receiving unit 22 of the processing unit 3, and receives the control unit 21. The control unit 21 receives the predetermined content, and controls the ionized water to be processed. (3) The set water quality is generated (when the faucet 1 is opened, the faucet 1 is supplied from the faucet 1 to the switch sheet and == guide, and flows into the feed water introduction pipe 43, the pipe 7, and the water is supplied to the treatment list. 3 / 43 (4) The feed water of the water supply port 16 is supplied to the raw water supplied to the processing unit 3, from the inlet pipe 13 1332484 ί chlorine portion 19 connected to the water supply pipe 7. And, in the water purification portion 19' by the raw water Residue: After being adsorbed by activated carbon, 'the general bacteria or impurities are removed by the τ 糸 film, so that the raw water is treated with water. The part 19 is re-produced by the purified water produced by the raw water treatment. Production, over-flow sensor 25; at this time 'in the flow sensing i ί: the flow of the letter hail _ plus _, __ then the flow of water after the flow sensor 25 will be flow sensing 25 ft to the guide tube 24 divided into two sides. Among them, the flow-by-edge introduction of the 24 is connected to the guide tube, and the part of the purified water is treated to the treatment. After the drain pipe 33, it is again discharged into the δ Hai discharge pipe 28, and is equipped with a resistor crying 29, @· + Κη „. It is used to limit the clean water of the young pipe through the discharge pipe 28. The mouth 9 = The water flow rate of the exhaust pipe 28 is discharged, #^', so that the water flow rate of the room is increased compared with the side-room. She 7 money (four) person to the electrode 26 lion flow The clean water of the other side of the introduction tube 24 is in the adding part 30, Kegan, and the room. = The failure of the solution of the subsidy _ _ water secret tree 1 bribe brain 26 side 屮 change unit 2 back Second: the return pipe π is fed to the pipe 33 and drained to the treatment pipe, and the drain pipe 17 connected to the electrode 27 side is returned to the switching unit 2 for the test ion water D w = water inlet pipe 44' is disposed below the switching unit 2, and as described above, since the switching position of the switching lever 4 of the switching unit 2 is slightly horizontal, the inner side of the switching lever 4 is provided. stay. The projections 35 on both sides of the '5 will be hidden in the 疋' because the operation can be prevented from coming down, so that the operation portion 5 is cleaned. When the battery 6 of the replacement operation unit 5 is detached when the battery is removed from the accommodating portion 37, the detachment of the accommodating portion 6 can prevent the operation portion 5 from being erroneously caused by the operation portion 5 or the like. The switch 10 other than the switch 1G set by the μT is set to be treated with water of the user's water. Therefore, the water is always supplied from the water outlet I5 to allow the user to use water: for the test ionized water. The f element 3 supplies the raw water, so that the unit 2 is disposed in the processing state 25 to detect the flow sensing unit 21 flowing through the intrusion tube 24 in the introduction tube 24, and the control unit 21 is inside; , and send a signal to control, electrolysis (four) internal ^ = = = = = pressure stop In addition, when the supply of raw water is stopped, 夂 = sub-water 4 is generated. Retained water, and connected to the electrode 26曰, 26 side of the indoor and outdoor, to end the operation of the water treatment device by the drain Β 33 and drained to the treatment unit 3 ί time with = t = 938J ^ change the heart Ϊ; 41, "the direction of switching between the _ face and the upper knife change lever 4 will be as shown in Fig. 5, which forms the user's dream material (4), the convex portion 35 on both sides of the portion 5 is exposed, thus making =t ΐΐ σΜ5, the operation unit 5 can be operated from the loading unit 2 of the switching unit 2 to the operating state, and there is no raw water self-switching single=2, and the switch is still closed, - 15 1332484, and the operating unit 5 is loaded. The portion 6 is detached or replaced from the accommodating portion 37 of the operation portion 5: 里 5 ' Ϊ : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : At 1 o'clock, the supply of raw water is changed to 5 (4) "two turns =, _ both, to open ==: from the water = 2 central side at this time, due to the switching position / position of the switching lever 4, and set in operation Part 2 of the two & θ two 'forms below
S等勾拉凸部35,可將操作部i上S 元2 3處於非運轉狀態，亦無原水自切換單 誤按時，仍不構i操之開關1G以外的開關10 或者；操作部 liltl tte TJfr i 裝著=脫^ 部_槽33a，可防止操作部5從 接著’當使用者打開水龍頭〗時 机出而當使用者酬水龍則時，則停止供應原水^ 16 1332484 直接口 13之出水亦停止。 偏曰^上所述’依本案之發明的第1實拖形態，切檢。“ 〇 換Γ切換成將原水往 桿4之内側，從而卩；隱藏於切換 拆卸下來。 卞忭1 k切換早兀2之裝著部6 可提供一種水處理裝置’係於清理操作部5脖，十土 :、才呆作部5之電池而從收納部37取出池時 认5者 使用者將操作部5從裝著部6拆卸下來之出際 可防止 使用者平時所設定之水質的處理水。丨 、知作，從而可供應 w 由於當切換桿4之位置係上方或下方時，由於m 15之兩側部的凸部35外露，因此使 作 可進行操料5之雜，$_祕部5P 要’ 圖10⑷、顯示本案之發明之第能而更f卢電池。 =有同樣結構或作用效果等之事項，則援：第f;;:態； 述第1〇ί)所示，本案之發明之第2實施形態不同於上 以===冗r磁•呈薄板形 構成，二錄等之金屬等所 顯示===而㈣12的下㈣設有可清理 理異礎’針對本案之發明之第2實施形態的水處 理裝置的動作，關4、5、1G⑻、1G(b)而說明之。場 於使用者操作切換單元2之_桿4，用以將裝著於切換單元 17 1332484 2之操作部5的顯示部〗2所顧子夕 上述第1實施形態之動作相同。，道種類切換成淨水時，係與 另一方面，於使用者操作切 12所顯示之水道種類切換成噴淋時干冬=卷作部5的顯示部 作相同地，切換桿4之切換位置上上f弟1實施形態之動 ί且’由於設置在操作部5之兩側:的上方之位置。 措由將手指等勾拉凸部35， 卜路，因此使用者 6拆卸下來。 了將#作部5從切換單元2之裝著部 顧:以作部5之下侧的薄板形 附板4,，故而裝著於裝之位置的吸 單元2之裝著部6拆卸下來。 易地將刼作部5從切換 於此之際，由於處理單元3處於 換單元2流出，因此即使使 ’亦無原水自切 10誤按時，仍不構成操作部5之誤操作又。疋之汗關10以外的開關 或者=====之後’可清理操作部- 示在顯示部12。 側而清理。因此，對於顯 IU2之切換早％ 2的水道麵，可確實進行日常之確認。 你却2，於將操作部5再歧著於裝著部6時，由於僅須將操 將二著部6，而設在操作部5之下側的薄板形磁鐵45 H到吸附板46 ’因此極其容易地可將操作部5裝著到裝著部 ，同8^’並可防止操作部5從裝著部6脫落。 一接著，虽使用者打開水龍頭丨時，從水龍頭丨供應到切換單 兀的&自來水等之原水從該水通道42導入至噴淋口 14,並從噴淋 二14流出。而當使用者關閉水龍頭1時，則停止供應原水，而從 噴淋口 14之出水亦停止。 $且’於使用者操作切換桿4，用以將操作部5的顯示部12 所顯不之水道種類切換成原水時，將與上述第1實施形態之動作 18 1^2484 Ϊ ft =桿4之切換位置如圖4所·示，係形成下方之位晉。 由將手指等之兩侧賴凸部35㈣，因此使用者藉 拆卸下來 可將操作部5從切換單元2之裝著部6 :裝可容綱操作以π 又’將彳呆作部5從裝著部6拆卸下來之後 或者從操作部5之收納部37 :购作。Ρ 5， 部=理Γ7 ’亦可針對顯 單元2的水道種類，可確實進ί 45將吸關吸附f 5之下_薄板形磁鐵 ,2 „ ,：ίΐ2^-：2 3流Γ，用者關閉水龍頭1時，則從直接 直接口 13之出水亦停止。 供應原水，而從 部5之下側的薄2㈡態::藉由安裝於操作 部5之位置的吸附板46系 ^置在裝者。卩6所對向於操作 部6 ;同時，並可防止操作部5從^=^ 5褒著到裝著 5之從裝著部6的拆卸，亦1裝者°卩6脫洛。又，對於操作部 又，將操作部進行。 作部5之後部的清理口 :7=，下來之際，由於藉由設在操 此，對於齡在顯和Π2 °12之内側而清理。因 曰常之確認。 奐早兀2的水道種類，可確實進行 19 1332484 此，i針上員示本木t發明之第3實施形態的水處理裝置。在 樣結構或作用形態的事項而說明;至於具有同 如圖n / tt 職用該第1實卿態之說明。 施形案之發明之第3實施形態不同於上述第1實 之凹_單元2之裝著部6係作為有底 池48之收上，㈣裝者部6的底部49係對向於設置有電 之下方所飛機而來部=正麟從切換單元2 以上述差異為基礎，針對本案 者 理裝置的動作，· u而朗的水處 之操切換單元2之切換桿4，用以將裝著於切換單元2 户理罝：2的』不部12所顯示之水道種類切換成淨水；之後，於 3⑺產生之處理水將從設置於切 =: =出水口 15流出之處理水即使由於碰到流理台之污水 才曰^放置於污水槽内之餐具等而彈回，並且從切換單元 上 而錢到切換單元2，藉域著部6的底部49，設置於操作 之下側的電池48之收納部37仍不致於發生魅之狀心、° 二，收納部37設於操作部5之下側，因此使得從切 納部37 來的水不會舰收㈣37。從而，可提高收 此外，由於切換單元2之切換桿4的切換位置略呈水 置’因此設在操作部5之兩侧部的凸部35將隱藏在切換 側。 、〜門 於是’由於可阻止將操作部5從切換單元2之裝著部 下來，所以在清理操作部5的情料，或為更換操作部; 池而從收納部37拆下電池的情科，由於可防止使用 ^ 133/454 部5從裝著部6裝下來之際 關10等對於操作部5所為之户J事先設定之開關10以外的開 流出提供㈣麵設定作’耻乃財驗出水口 15 有關當使_1二Ϊ5 ?怎=㈣ΐ為祕離子水〕。 3進行原水之供應以後的動作 τ二切'單％ 2往處理單元 同。 、1、上述第1實施形態的動作相 之情ί且藉的直接口 13或喷淋口 Η流出 操作部5之下二2'、内同時，由於收納部37設置於 不會濺漫收納部37 .因^2之上方所錢而來的水亦 如卜拼、十可提鬲收納部37之防水性。 著部6係作^發明的第3實施形態，切換單元2之裝 得從切換#納部37的操作部5之下側，因此使 、: 下方所氣錢而來的水不會濺渔收納部37。 單元2之部37設置_作部5的下侧，因域得從切換 高收納部37 而絲水林會細伙部37。從而，可提 之處發明的實施形態中’顯示該處理單元3所產生 良K係僅為鹼性離子水；但於該處理單元3中，若令雷極26 或者戶 =時’則亦可供應電極26侧之—賴產生_性離子水， 未以電:^彳^^料料19 _淨倾理後，並 將碟處理單元3内，可設置以下之部份等：礦質添加部， 脂到原水，而產生礦質水；軟水產生部，由離子更換樹 樹^二i成，係產生軟水；或硝態氮除去部，同樣地由離子更換 曰麵構成，仙以除去原水中之祕氮。 且，處理單元3可設置於流理台上，亦可將處理單元3設 置於流理台内，而採所謂之内裝型。 21 1332484 此外，關於無線信號之種類亦無特別指明，但可將紅外線、 。曰波或較弱之電波等作為無線信號而使用。 ί上述本案之發明的第2實施形態中，就吸附板46之材 w 乂木用鐵或錄等之金屬，但亦可將磁鐵45用作吸附板46。 精由令安裝於操作部5之磁鐵45的表面之磁極 ，以及吸附 46。的表面之磁極係為相異磁極，將可使磁鐵45吸附到吸附板 【圖式簡單說明】 之侧係顯示本案之發明的第1實施形態之水處理裝置的結構 理裝i 的雜敎立齡_同水處 認4 理裝置^切換單元之仰視圖。 之情i)。〜禮裝置_鮮元之側視®^操縱桿位於下方 或略換單元之舰®(操轉位於上方 切換水處理裝置的切換單元之上剖關(水道往直接口 切換^同水處理裝置的婦單元之上剖_(水道往嘴林口 元切置的娜料之上剖面 圖(水道往處理單 的側水處理裝置的切換料之給水導人管及出水導入管 部之水處理裝置的操作 圖11係本案之私明理裝置的切換早兀之立體圖。 之發明的苐3實施形態之水處理裝 22 1332484 之側剖面圖。 【主要元件符號說明】 1〜水龍頭 2〜切換單元 3〜處理單元 4〜切換桿 5〜操作部 6〜裝著部 7〜給水管 8〜連接口 9〜螺帽 10〜開關 11〜發信部 .12〜顯示部 13〜直接口 14〜喷淋口 15〜出水口 16〜給水口 17〜回送管 18〜回送口 19〜淨水部 20〜電解槽 21〜控制部 22〜收信部 23〜電源線 24〜導入管 25〜流量感測器 25a〜分隔膜 1332484 26,27〜電極 28〜排出管 29〜電阻器 30〜添加部 31〜外蓋 32〜出水管 33〜排水管 33a〜凹槽 34〜突起 35〜凸部(抓握部） 36〜顯示板 37〜收納部 3 8〜閥棒 39〜凸輪 40〜閥體 41〜彈簧 42〜水通道 43〜給水導入管 44〜出水導入管 45〜磁鐵 46〜吸附板 47〜清理口 48〜電池 49〜裝著部的底部S, etc., can be used to pull the convex portion 35, and the S element 2 3 on the operation portion i can be in a non-operating state, and when there is no original water switching from the switch, the switch 10 other than the switch 1G is not configured; or the operation unit liltl Tt TJfr i is equipped with the detachment_slot 33a to prevent the operation unit 5 from coming out when the user opens the faucet and when the user pays for the water, the supply of the raw water is stopped. ^ 16 1332484 Direct port 13 The water also stopped. The first real drag form of the invention according to the present invention was cut off. “ 〇 Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩In the case where the battery is taken out from the accommodating portion 37, the user who has taken out the battery from the accommodating portion 3 can prevent the user from arranging the detachment of the operation portion 5 from the accommodating portion 6 to prevent the user from setting the water quality normally set. Water, 知, know, so that it can be supplied w. Since the position of the switching lever 4 is above or below, since the convex portions 35 on both sides of the m 15 are exposed, it is possible to perform the miscellaneous operation of the material 5, $_ The secret part 5P is to be 'Figure 10 (4), showing the invention of the case can be more energy and more than the Lu battery. = The same structure or effect, etc., the aid: the first f;;: state; The second embodiment of the invention of the present invention is different from the above-mentioned === redundant magnetic structure, and has a thin plate shape, and the metal such as the second record is displayed as === and (4) the lower (four) of 12 is provided with a cleanable basis. The operation of the water treatment apparatus according to the second embodiment of the invention of the present invention is described by turning off 4, 5, 1G (8), and 1G (b). The lever 4 of the switching unit 2 is operated to replace the display unit of the operation unit 5 of the switching unit 17 1332484 2 with the same operation as in the first embodiment. The type of the road is switched to clean water. On the other hand, when the type of the water channel displayed by the user operation switch 12 is switched to the shower, the display portion of the dry winter=winding portion 5 is the same, and the switching position of the switching lever 4 is performed. The movement of the form and the 'position is on the upper side of the two sides of the operation unit 5: The finger is pulled by the finger or the like, and the user 6 is disassembled. The attachment portion of the unit 2 is a thin plate-shaped attachment plate 4 on the lower side of the portion 5, so that the attachment portion 6 of the suction unit 2 attached to the position of the attachment portion is detached. When switching to this, since the processing unit 3 is in the exchange unit 2, even if there is no original water self-cutting 10, the operation unit 5 does not constitute an erroneous operation. ==== After the 'cleanable operation unit' is shown on the display unit 12. Side cleaning. Therefore, for the IU2 cut The channel surface of the early % 2 can be confirmed daily. However, when the operation unit 5 is further disjointed to the mounting portion 6, the operation unit 5 is provided only by the operation of the second portion 6. The thin plate-shaped magnet 45H on the lower side is applied to the suction plate 46' so that the operation portion 5 can be attached to the attachment portion extremely easily, and the operation portion 5 can be prevented from coming off from the attachment portion 6. Next, When the user opens the faucet ,, the raw water supplied from the faucet 到 to the switching unit & tap water or the like is introduced from the water passage 42 to the shower port 14 and flows out from the shower 2 14. When the user turns off the faucet 1 At the time, the supply of raw water is stopped, and the water discharged from the shower port 14 is also stopped. And when the user operates the switching lever 4 to switch the water channel type displayed by the display unit 12 of the operation unit 5 to the raw water, the operation of the first embodiment is 18 1^2484 Ϊ ft = the rod 4 The switching position is shown in Fig. 4, which forms the position below. Since the convex portion 35 (four) is placed on both sides of the finger or the like, the user can disassemble the operating portion 5 from the mounting portion 6 of the switching unit 2 to accommodate the operation of the accommodating portion 5 After the detachment portion 6 is detached or purchased from the accommodating portion 37 of the operation portion 5, it is purchased. Ρ 5, part = Γ 7 ' can also be used for the type of water channel of the display unit 2, can be surely ί 45 will absorb the adsorption under the f 5 thin plate magnet, 2 „ , : ίΐ2^-: 2 3 flow Γ, with When the faucet 1 is turned off, the water discharged from the direct direct port 13 is also stopped. The raw water is supplied, and the thin 2 (two) state from the lower side of the portion 5 is: placed by the adsorption plate 46 attached to the position of the operation portion 5 The 卩6 is opposite to the operation unit 6; at the same time, it can prevent the operation unit 5 from being detached from the ^=^ 5 to the detachment of the detachment portion 6 from the loading portion 5 In addition, the operation unit performs the operation unit. The cleaning port at the rear of the portion 5: 7 =, when it is down, it is cleaned by the inside of the display and the Π2 °12 by the operation. It is confirmed by the 。 。 。 的 的 的 的 的 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 19 As for the description of the first real state of the same figure as the figure n / tt. The third embodiment of the invention of the embodiment is different from the first embodiment of the first concave_unit 2 The part 6 is used as the bottomed pool 48, and (4) the bottom 49 of the installer 6 is opposite to the aircraft provided with electricity. The part = Zhenglin from the switching unit 2 based on the above difference, for the case The operation of the device, the switching lever 4 of the switching unit 2 of the water unit of the U, is used to switch the type of the water channel displayed by the non-portion 12 of the switching unit 2: 2 After that, the treated water produced in the 3 (7) bounces off the treated water which is discharged from the cut-out water outlet 15 and the blisters which are placed in the sewage tank, etc. From the switching unit, the money is transferred to the switching unit 2, and the bottom portion 49 of the field portion 6 is provided, and the accommodating portion 37 of the battery 48 disposed on the lower side of the operation is still not subjected to the eccentric shape, and the accommodating portion 37 is disposed at The lower side of the operation unit 5, so that the water from the chop portion 37 does not receive the ship (4) 37. Therefore, the receiving position can be increased, and since the switching position of the switching lever 4 of the switching unit 2 is slightly watered, it is set in operation. The convex portions 35 on both sides of the portion 5 will be hidden on the switching side. Since the operation unit 5 is removed from the attachment portion of the switching unit 2, the condition of the operation unit 5 is cleaned, or the battery is removed from the storage unit 37, and the use of the battery can be prevented. When the 454 part 5 is installed from the mounting part 6, the 10th level is provided for the opening and closing of the switch 10 which is set in advance by the operation unit 5, and the setting is made as a shame. 1 2 Ϊ 5 ? How = (4) ΐ is the secret ion water] 3 After the supply of the raw water, the operation τ two cut 'single % 2 to the processing unit is the same as the first embodiment, the first embodiment of the action The direct port 13 or the shower port Η flows out of the lower portion 2' of the operation portion 5, and the storage portion 37 is disposed in the non-splashing storage portion 37. The water from the top of the ^2 is also like a fight. The water repellency of the accommodating portion 37 can be improved. In the third embodiment of the invention, the switching unit 2 is mounted on the lower side of the operation unit 5 of the switching unit 37, so that the water from the bottom is not splashed and stored. Part 37. The portion 37 of the unit 2 is disposed on the lower side of the portion 5, and the wire storage portion 37 is switched from the high storage portion 37. Therefore, in the embodiment of the invention, it can be seen that the good K system generated by the processing unit 3 is only alkaline ionized water; but in the processing unit 3, if the lightning pole 26 or the household = time is Supply the side of the electrode 26 - the production of _ ionic water, not electricity: ^ 彳 ^ ^ material 19 _ net after the treatment, and the dish processing unit 3, the following parts can be set: mineral addition, The fat is sent to the raw water to produce mineral water; the soft water generating part is replaced by the ion tree, and the soft water is produced; or the nitrate nitrogen removal part is similarly composed of ions to replace the surface, and the fairy is removed to remove the secret of the raw water. nitrogen. Moreover, the processing unit 3 can be disposed on the flow table, or the processing unit 3 can be placed in the flow table, and the so-called built-in type can be adopted. 21 1332484 In addition, there is no specific indication about the type of wireless signal, but infrared rays can be used. A chopping or weaker radio wave or the like is used as a wireless signal. In the second embodiment of the invention of the present invention, the material of the suction plate 46 is made of iron or recorded metal, but the magnet 45 may be used as the adsorption plate 46. The magnetic poles attached to the surface of the magnet 45 of the operating portion 5 and the suction 46 are obtained. The magnetic poles of the surface are different magnetic poles, and the magnets 45 can be adsorbed to the adsorption plate. [Simplified description of the drawings] The structure of the water treatment device of the first embodiment of the invention of the present invention is shown. Age _ with the water at the 4th device ^ switching unit bottom view. I). ~ Gift device _ fresh side view ® ^ joystick is located below or slightly change the unit of the ship ® (operation is located above the switching unit of the water treatment device is switched over (the waterway to the direct port switch ^ with the water treatment device The upper part of the woman unit _ (the upper section of the water meter that is cut by the water channel to the mouth of the forest mouth) (the operation of the water supply unit of the water supply guide tube and the water introduction tube of the water supply device of the side water treatment device of the treatment unit) Fig. 11 is a perspective view showing the switching of the privacy device of the present invention. Fig. 11 is a side cross-sectional view of the water treatment device 22 1332484 of the embodiment of the invention. [Description of main components] 1~ faucet 2 to switching unit 3 to processing unit 4 to switching lever 5 to operating portion 6 to mounting portion 7 to water supply pipe 8 to connecting port 9 to nut 10 to switch 11 to transmitting portion 12.12 to display portion 13 to direct port 14 to shower port 15 to The nozzle 16 to the water supply port 17 to the return pipe 18 to the return port 19 to the water purification unit 20 to the electrolytic cell 21 to the control unit 22 to the receiving portion 23 to the power supply line 24 to the introduction pipe 25 to the flow sensor 25a to the separation film 1332484 26, 27 to electrode 28 to discharge tube 29 to resistor 30 Adding portion 31 to outer cover 32 to water outlet pipe 33 to drain pipe 33a to groove 34 to protrusion 35 to convex portion (grip portion) 36 to display plate 37 to accommodating portion 38 to valve rod 39 to cam 40 to valve body 41 to spring 42 to water passage 43 to water supply introduction pipe 44 to water discharge introduction pipe 45 to magnet 46 to suction plate 47 to cleaning port 48 to battery 49 to the bottom of the mounting portion