九、發明說明： 【發明所屬之技術領域】 本發明係關於水處理裝置。 【先前技術】 邱’如圖12⑻、12⑻所示，於水處理裝置1包含以下之 =2構成：切鮮元2，絲於用赌應原水之水龍頭6 2 内褒的，換閥25以將原水切換成既定之出水口或水管.；處理= 換單元2各成—體而進行原水之水處理；給水管4 ^ -卜j換早兀2之切換閥25所切換過的原水供應到處理單元3 . ^^利^)處理單元3所處理過的處理水輸送到切換單元 者，於上述水處理裝置1中，切換單元2及處理單元3 -H別自成-體；其優點為：姆於裝 “ 7,於廚廣或洗臉盆等之檯面或= inw、、〜由於麟之佈局_更#，硫將處理單元3 ’有時必須把給水管4或送水管5從切換 I較麻ί 拆卩下，並且會使處理單元3之裝設施工變 詳言之’如圖12(b)所示，給水管4或送水管5 产 H 3a达係、經由接頭構件1〇，而連接到處理單元3的早广曾-42。接頭構件1〇’自域轉㈣直的熱 = 底面3a ;並且’給水管4或送水管5面向 的水平方向，以連接到該接頭構件1G，。在此轉車二直 4的⑻、12(b)所示之水處理裝置广，以5具以】 ，，單元2及處理單元3二者時，以二 構成才月簡的良好外觀；因此，本專利申請人 u、_ 給水管4及送水管5除了雙又狀分歧之端部^ 二體化構成。此時，對於裝設在水龍頭6的切換單元2，於將處理 3重新配置到左右側相反的位置時，例·如，從處理單元3之 側所達的給水管4及送水管5，係變成從處理單元3之右側到 所_於疋處理單元3進行左右側型式之變更。相對於此，如圖13(b) $,丨=_’使接頭構件1〇’在轉軸上旋轉；而欲使給水管4及送水管5 頭構件1 〇 ’的連接部位得以在水平面内朝向處理單元3的右侧 —體化的給水管4及送水管5二者係從^ 員構件10，而在水平面從動旋轉，並且該二者形成相互 =礙接輯件1G’的轉。亦即，於將給水管4及送水管5二者 ΪΪΪΪ頭構件1〇,的狀態下，並無法因應處理單元3之左右側型 ^ 二;:在==二未二= =====置時，當處理單元“ 連接的接頭構件1〇：^二給 所 更。為了避免該情況，右側型式之變 10,間的距離L必須放寬；但如此一來，吕所連接之t接頭構件 產生加厚的必要，並且導致处里早兀3之刖後厚度則 觀之完善蝴Ϊ。導水處縣置1的大型化之同時，使外 (專利文獻υ曰本公開專利特開2购觸號公報 【發明内容】 (發明所欲解決之課題） 供-種水處理所進行’其課題在於提 在給水管奴衫树敗計，=====’ 7 1332486 右側型式之變更。 (解決課題之手段） ， 為解決上述之課題’依本發明之”專 ，蜡由内裝的切換閥25簡原水切換成既定之出水口或水管； 單元3 ’與該切口換單元2各成—體而進行原水之水處理；給水 二’用以^換單疋2之切換閥25所切換過的原水供應到處理 ^ H SI用/χ將處理單713所處理過的處理水輸送到切 官4及送水管5除了雙又狀分歧之端部以外， 3 構成；並且裝設接地部7，載置於處理單元 於比t署二位置的設置面，用以使處理單元3之底面如位 於比s又置面^上方的位置。同時’在位於處理單元3之底面 3之左右端部，使貫通部8朝下方形成開口，以 :i: 於部流道42;並且使接頭構件1G在略呈平行 ;士 :底 向著用=給水管4或送水管5 據此，相對於卜在^g 1 ’巧接到接碩構件10。 以外的部二 重新配置時，即使於將雙又狀分歧之端部 構件1〇的〜^'^化的給水f 4及送水管5加以連接到接頭 元3之前德方A * 口千仃於處理早兀3之底面3a，且沿處理單 K略呈直平行的轉軸上旋轉，而能使得面向與旋轉輛 面内旋轉並且:11及送水管連接部12於垂直 了將、，。水g 4及送水管5面向與該旋轉軸κ略 8 1332486 之左右側方向的其中-邊。此外，可 元3的左右側下方開口 ％而實通到所對應之處理單 述處2貫通部8，以到達切換單元2。又，在上 時，給水管4 式更之際’而接頭構件10旋轉 接部12兩去於片饰抑_ K s連接部丨1及送水管連 外觀或省空間性能的同時，續5 1可確保良好之 不必將給水管 拆下，即可容易地因應解決。 挟早凡2或處理早兀3 連接用接合材1〇a與送二用” 一體之給水管 接合材的一體化地構成。同時，給水管連接用 娜所^triiiiifU及送水管連接用接合材 據此，由t用敛縫材13連接到給水管連接部1卜 管塵力以流人到給水U，伴隨著水龍頭6的水 接部位，係負荷著水管連接部11的連 接部11的連接邱你於疋對於給水管4連到給水管連 承受性的敛縫材σ 13的用;;種卜應用對水管勤的負荷具有 外嵌在給水管連接賴丨3係包覆於例如 周方向朝管軸方向而堵罢上°5 則，,而使用敛縫工具以從 給水管連接部11。f =使抑4可牢_連接到 際，而已使4縫: 方向上，叙縫工且之作掌㈣二水V及給水f連接部11的周 及送水管連接邻Ϊ^ΙΛ成為必要。又，使給水管連接部11 連接#12相#近而-體成型的接頭構件10之中，並盈 9 1332486 水管或送水管從切鮮元2讀料絲下，即可容純目應解決。 【實施方式】 ，下，依據附加圖式所顯示之實施形態，將本 如圖2所示’本例之水處理裝置i具備以下之=明。 切換單元2，安裝於用以供應原水之水龍頭6。成： 25以將原水切換成既定之出水π或水管；9 ^刀換閥 處理單元3，與該切換單元2各成一體，具備用 應到處理早兀3，係將切換單元2 垃原f、 5，為將以處理單元3所虚理者連接，迗水管 單元2及處理單元3者^處切換單元2，將切換 可撓性之#連 水管4及送水管5以具有 ^之u所構成，並且使得與_單元2各成 Ιίϊ Λ 有以下之出水形態':如圖2(b)所示，係原水直 ί ϊ二:B):將原水從設置於切換單元2之底面的直 ΓΊ 直接狀出水’·如圖2(C)所示，係原水喷淋型(箭頭a—IX. Description of the Invention: [Technical Field to Which the Invention Is Ascribed] The present invention relates to a water treatment apparatus. [Prior Art] As shown in Fig. 12 (8) and 12 (8), Qiu's water treatment device 1 includes the following = 2: cut fresh element 2, which is twisted in the faucet 6 2 of the original water, and the valve 25 is replaced. The raw water is switched to a predetermined water outlet or water pipe. Processing = changing the unit 2 into a body to process the raw water; the raw water supplied by the switching valve 25 of the water supply pipe 4 ^ - b j is switched to the processing Unit 3. The processing water processed by the processing unit 3 is sent to the switching unit. In the water treatment device 1, the switching unit 2 and the processing unit 3-H are self-contained; the advantages are as follows: In the installation of "7, in the kitchen or washbasin, etc. or = inw, ~ ~ because of the layout of the _ more #, sulfur will be treated unit 3 'sometimes must be the water supply pipe 4 or the water supply pipe 5 from the switch I The ί ί 卩 , , , , , , , , , , , 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理早广曾-42 connected to the processing unit 3. The joint member 1 〇 'self-rotating (four) straight heat = bottom surface 3a; and 'water supply pipe 4 or water supply pipe 5 facing In the horizontal direction, to connect to the joint member 1G, where the water treatment devices shown in (8) and 12(b) of the transfer car 4 are wide, with 5 units, and both the unit 2 and the processing unit 3, The second appearance constitutes a good appearance of the moon; therefore, the applicant of the patent u, the water supply pipe 4 and the water supply pipe 5 are composed of two ends which are bifurcated and divergent. At this time, for the faucet 6 The switching unit 2, when the process 3 is reconfigured to the opposite position on the left and right sides, for example, the water supply pipe 4 and the water supply pipe 5 from the side of the processing unit 3 are changed from the right side of the processing unit 3 to the The left and right side type is changed by the processing unit 3. In contrast, as shown in Fig. 13(b), 丨=_' rotates the joint member 1'' on the rotating shaft; and the water supply pipe 4 and the water supply pipe 5 are to be turned The joint portion of the member 1 '' is oriented in the horizontal plane toward the right side of the treatment unit 3 - both the water supply pipe 4 and the water supply pipe 5 are attached to the member member 10, and are driven to rotate in a horizontal plane, and the two are formed. Mutual = blocking the rotation of the piece 1G', that is, the head member 1 of the water supply pipe 4 and the water supply pipe 5 In the state of the state, it is not possible to respond to the left and right side of the processing unit type ^2;: when == two is not ====== when the processing unit "connected joint member 1 〇: ^ two give more . In order to avoid this situation, the change of the right type is 10, and the distance L between them must be relaxed; however, the connection of the t-joint member to which Lu is connected is necessary for thickening, and the thickness of the joint is as long as 3 Improve the butterfly. In the water-conducting area, the size of the prefecture is increased, and the other is the subject of the invention. (Patent Document υ曰 公开 公开 2 购 购 购 【 【 【 【 【 【 发明 发明 发明 发明 发明 供 供 供 供 供 供 供 供 供 供 ' ' ' ' In the water supply slain tree, the =====' 7 1332486 right type change. (The means to solve the problem), in order to solve the above problem, according to the invention, the wax is switched by the built-in The valve 25 is switched to a predetermined water outlet or water pipe; the unit 3' and the slit changing unit 2 are each formed into a body to perform water treatment of the raw water; and the water supply 2' is switched by the switching valve 25 for replacing the single unit 2 The raw water is supplied to the processing unit H/the processing water that has been treated by the processing unit 713 is transported to the cutting member 4 and the water supply pipe 5, except for the ends of the double and the divergent portions, 3; and the grounding portion 7 is installed. The setting surface is placed on the processing unit at a position corresponding to the second position of the processing unit 3, such that the bottom surface of the processing unit 3 is located at a position above the surface s. At the same time 'at the left and right ends of the bottom surface 3 of the processing unit 3, Opening the through portion 8 downward to: i: to the portion flow path 42; The joint member 1G is made slightly parallel; the base: the bottom direction is used = the water supply pipe 4 or the water supply pipe 5, and accordingly, the second part is reconfigured with respect to the second part. The water supply f 4 and the water supply pipe 5 which are connected to the end member 3 of the double-shaped and different-shaped end members are connected to the joint element 3 before the German A* port is processed to the bottom surface 3a of the early stage 3, and Rotating on the rotating shaft which is slightly parallel to the processing single K, and can be rotated in the plane facing the rotating vehicle and: 11 and the water supply pipe connecting portion 12 are perpendicular, the water g 4 and the water supply pipe 5 face and rotate The axis κ is slightly the middle side of the left and right sides of the 8 1332486. Further, the left and right sides of the element 3 can be opened to the corresponding processing point 2 to reach the switching unit 2. In the upper case, the water supply pipe type 4 is even more, and the joint member 10 rotates the joint portion 12 to go to the sheet decoration _ K s connection portion 丨1 and the water supply pipe connection appearance or space-saving performance, and the continuous 5 1 can ensure good It is not necessary to remove the water supply pipe, and it can be easily solved. 挟早凡2 or processing early 兀3 connection bonding material 1〇 A. The water supply pipe joint material is integrated with the water supply pipe. The water supply pipe is connected to the water supply pipe and the connection pipe for the water supply pipe connection is connected to the water supply pipe by the t-foil 13 The pipe 1 is used to flow the water to the water supply U. The water connection portion of the faucet 6 is connected to the connection portion 11 of the water pipe connection portion 11 and the connection of the water supply pipe 4 to the water supply pipe is connected. The use of the caulking material σ 13;; the application of the application of the water pipe to the water pipe has an externally embedded in the water supply pipe connection, the Lai 3 system is wrapped in, for example, the circumferential direction toward the tube axis and is blocked. The caulking tool is connected from the water supply pipe connection portion 11. f = make 4 can be firmly connected to the joint, but has made 4 seams: in the direction, the sewing work and the palm of the hand (4) the second water V and the water supply f connection portion 11 and the water supply pipe connection neighbors ΙΛ ^ ΙΛ becomes necessary. Moreover, the water supply pipe connecting portion 11 is connected to the #12 phase #near-body-formed joint member 10, and the water pipe or the water supply pipe of the 9 1332486 is read from the cut fresh element 2, and the pure water should be solved. . [Embodiment] Next, according to the embodiment shown in the additional drawings, the water treatment device i of the present example shown in Fig. 2 has the following =. The switching unit 2 is mounted to a faucet 6 for supplying raw water. 25: to switch the raw water into a predetermined water π or water pipe; 9 ^ knife valve processing unit 3, and the switching unit 2 are integrated with each other, with the application to the early processing 3, the system will switch the unit 2 5, in order to connect the imaginary unit of the processing unit 3, the water pipe unit 2 and the processing unit 3 to switch the unit 2, the flexible water pipe 4 and the water supply pipe 5 are switched to have a The composition and the _ unit 2 are each Ι ϊ ϊ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : ΓΊ Directly out of water'·As shown in Figure 2(C), it is a raw water spray type (arrow a—
設置於切換單元2之底面的嘴淋出知挪而呈喷 —Η Τ Γ»二如圖2⑻所不，係處理水型(箭頭A—D~"E—F—G 從設置在域:紗管5，而 分割成上下Jig 元2中，殼體23係將 机右減下體现二者接合所構成；又，將 部構件24組入到殼_^ 篇平而㈣t乍切換闕25之閥體25b而構成。切換單元2具有 接口 27'. ’於其頂面設相以連接水觸6之水龍頭連 於本例中，有原水出水口 28及處理水出水口 29 ° 、 ’沈原水出水口 28而言，設置有直接出水口 28a及嗔淋 12 八水=28b。、又’於切換單元2中，為方便說明起見’令圖3所標 =之前頭a為前方’箭頭b為後方，箭頭^▲左方，而令箭頭d 右方π以進行說明。此時，於切換單元2的殼體23之側面中的 L面，设，置Ϊ給水管連接口 18及送水管連接。19，用以連接給水 二4及送水官5。並且’於切換單元2的殼體23之側面中的左右 及刖，，操作桿26係順沿而設置。 斯^部構件24由切換閥25及各種水管一體而構成。其中，切 f具有以下之部份而構成：閥室25a，略呈水平地橫倒般 f形狀而構成；閥體25b，位於閥室25a内，而自由旋轉於 山、’之!^軸。就上述各種水管而言，包含以下之水管：直接 水&用，從閥室25&到直接出水口 28a ;喷淋出水適用 至到噴淋出水口 28b ;處理單元適用水管32 ’ 篇、t。1給水管連接σ 18;處理水出水適用水管33，從送水 6 σ 29°^^25a^^ — 口 27，並且使閥室25a内之閥體25b旋轉，以將 6夕店P屈、0 31、32的入口適當閉合，而來自水龍頭 適擇的各水# 3G、3卜32 °在此，處理水出水 ίϋΙΐΓ處理料適用水管32之上側位置地重疊而配 置，並且上述任何—種水管由平面觀之，皆宝;^ 係從切換閥25之後側轉人到卢抛^^ u L予5狀而構成’ 内面”b顺處理水出水口29。於該整流部34中，立管 2處理水、向而形成有整流翼片34a，用以使處理水進杆替 抓。又，由於處理水出水適用水管33重 之上側位置而配置，因此在切換單 ^里早兀適用水吕32 口 19並列於給水管連接σ 18的 面’係將送水管連接 橫倒之搶栓筒形狀的閥室25a，其筒^ ^於。該略呈水平而 成開口，而配置於閥室25a内之閥!# 25b、;刀奥早兀2之右方形 κ阀體25b則於其一端從閥室25a 1332486 之筒開口突出到閥室25a外。於突出到州^ 之一端，則形成有連接軸部35 外的闕體祝 操作桿26係口字形的構:二予 =的軸狀而形成。 出設置腳片施，而使該腳片26^==寺^的兩端突 右面；同時，使握持部26a沿著切^早二之^的左面或 裝於切換單元2。詳言之，_早兀=側面的刚面，以安 設有枢支部37;該樞支部37自由 右側一對的腳片26b， 36而樞支；而該操作桿軸承部36 操作桿軸承部 37，亦形成有用以連接到閥體25 ” 了十迷樞支部 孔狀的連接用軸承部38。亦即，Uf/ 35 :而剖面呈D字 支部37由切換單元2的侧 、二:中，各腳片26b之樞 分別受到插支；藉此，使得‘切換單 ===承Γ6而 朝上下方向而自由旋轉。此外，藉由將 =、握持部26a 體25b之連接軸部35，使切換 間 7 接到閥 传處理單兀3對流經該給水管4 ，且，使 解處理’而能產生處理水。又，怂處理或電 見，令圖6(a)、6(b)、6(cW干^^H中’為方便說明起 箭，;左方二箭 相較具有扁平狀箱型殼體39 ;而殼體39中， Ϊ 度尺寸，深度尺寸較短。於該殼體39内，且有内 ^道42，雜韻、從連脸處理單幻賴 ，並且於_部流道42，從上_依序喊有淨水產iir4〇 14 部在此，淨水產生部4G以包含活性炭$中空季膜 ί成，並且該淨卿採用 ·，分隔上述兩雷二^内稍力成的兩種電極；電解分隔膜 隔膜43a戶斤分隔之^門亦解槽43内’係形成以電解分 電極45側的空間(^^副=44 :=以下稱主室•·與 所内裝之控制部48而獲^電47。）。而電極44、45則經由殼體％ 49。之下游的内部流道42，設置有流量感測器 邊之八^ΐΐ〇ΐΓ去之下游的内部流道42係分開成兩邊；一 ，之刀歧抓道50到達電解槽43 ，解 45的通電，係依據來白’、^ ’由控制部48所進行之對電極44、 地進行，俾於產則器49所取得之流量資料，而適切 應電解質到進入電二解水。電解質添加筒52則供 古4 係卡匣式，採用從殼體39之後面自由更換 槽^3内之水的電解添加筒所構成’除了使電解 ϊ=ί 二:從 門妒，則^署右上1'道42係到達送水管5而配置；而從副室47 二副X险電it5。3又用:解槽43產生電解水時所 於到達電解槽43之主室46^1^例中，該—邊之分歧流道50 洁雪紐播6的刖面時，進一步分成兩邊，一邊到 S it流二二^：f ^職部％峨排水流道 ϋ 相較於到達副室47之另一邊的分歧流道” 卜=L4i $46之—邊的分歧流道5G的流量減少 月匕 邛流道42之入口 42a及出口 42b設置於殼體39 15 1332486 的底面3a，排水流道53則從殼體39的底面3 而於殼體39外設置出口 53a。又，圖中.之允m出敕管55， 出的供電線。 口 係從控制部48所伸 該控制部48藉由操作部57而能進行操作； 沿著形狀殼體39之前面與上面二者間的R部係 此，為了令處理單元3所產生之處理水為驗性離 ·。在 對操作部57進行操作之際，藉由控制部你施加電U用者於 主室46之電極44成為陰極，而副室47之電極# f I以使 且形成祕離子核至内财道42 n 極；並 離子水，使用者於對操作部57進行操作之際，則生 成為陰極，並且形成酸性離子水流至 J子水流至排水流道53的情況。又，為了在不改變^ = 產生之處，轉ph值下，*產生僅將*潔轉除奴 : 用者=對操作部57進行操作之際’則不制^ 4'45施加電解電t並且，在淨水產生部4G戶/產 接通過電解槽43，而流到内部流道42。 ’、直 接。單元3二者藉由給水管4與送水管5而連 口仆^接到卢5^ f入口4a連接到給水管連接口18，而其出 b連接到處理早兀3之内部流道42的入口仏。又 ί：二連接到處理單元3之内部流道42白勺出口伽，而其出口 狀r離，如^官連接口 。本例之給水管4及送水管5除了雙又 占，廿a ΐ端部以外’係採用一體成型而具可撓性之軟管所構 W連接於分別相鄰而配置的給水管連接口 18、送水管連接 口 19、内部流道42的入口 42a以及出口 42b。 接口示，給水f 4及送水f 5祕至給水管連 了連接口 19時，係制給水管4及送水管5之端 0女t的官安裝構件20 ’及内周刻設有内螺紋21a之筒狀連接 丄幻2486 =21，而進打連接。詳言之，給水管連接 9形成筒狀，而具有使前端部份的口徑較細之錐形 連口。 方;切換皁兀2之後面，突出設置有周壁22 :18及送水管連接口19之眺纽在 貫通孔20a，用以貫通給水管4及送水管5。係在貫通仏 3 f的狀態下，而將管安裝構件2G安裝於 ^二且’將安裝有管安裝構件2〇之給 4及送水s 5外敢到狀之給水管連接口 18及送水管連接口 19，又，使連接套21之内螺紋21a螺合到 ^ 之底部後端，而將管安裝構件^往 對Γ1孔施之内面、給水_口18及送水管 ^錐^ 18a、19a以觉到挾持，而使得給水管4及 =官連接口 18及送水管連接口 19之連接牢固且同時地進吕行對 3給水官4及送水管5對内部流道42之入口 42 連接，則詳如後述。 〇之 在ώ再°兒於本例之水處理裝置中，該切換單元2與處理單元3 ::自成-體而構成；而相對於設置在水龍頭6之切換單元2，處理 具有可適當設置於廚輕洗臉盆等之檯面面等任音位 ^的，點。在此’相對於設Μ水龍頭6之切換單元2，於“理 =重新配置到左右懷目反的位置時，例如，從處理單元 2所到達的給水管4及送水f 5，係變成從處理單元3之右側而 ’亦即’處理單元3進行左右側型式之變更。此外，於 並姓^但確保水處理I置1具有完善之外觀或省空間性能，同時 :品為於該處理單元3進行左右側型式之變更之際，深入構 心而此容易地因應解決；以下即詳述之。 給水管4或送水管5經由處理單元3之底面如所設置的接頭 17 1332486 2 °接頭構件10係在 的繞著轉軸自由旋轉方式' ==略 成筒狀圖I。二、二b)::(r κ係旋轉軸。此接頭構件1。形 内部流道連接部接㈣之—端設置有 管連:=卜嵌縣二卩。11或送水 3a之四角隅之底面3a略形成矩形；而於該底面 嚴m /朝方77別X出設置有腳狀之接地部7，於將處理 元=-接地，房:= 理早兀3設置到設置面時，處理 门亦即，將處 下二====，:別設置具有 空“所二置在遮i 側:對貫通部8係隔著接頭構件】 g ϋ,π； :：L56：r 55 巧理單S3進行左右側型式之變更之際 及运水官5連制綱構件1G禮水t連料u接4 1332486 部12的狀態下，如 藉由使接_+ 略圖吵)般， 平行於處理單元3夕此1 士上十仃於處理早兀3之底面3a，且略 方疋轉’亚且可使給水管 产接。卩12於垂直面内 方向之處理單元3的左右方向之略呈直交 頭構件10面向處理單元3的/方^ ^此外，亦可使得從接 巧，下方開：3而的= f ;中邊的貫通部8，以出到遮蔽空間9a外，切念f側 1〇旋轉時，給水管式之變更之際’接頭構件 並非朝處理單元3之垂直面内移動；亦即’由於 水管連接㈣兩3 及送 且亦可有助轉理單元3之物化。1可縮短，並 成雙又狀之/部名置，、有凡口之外硯，因此即使留下分歧 但確伴太卢柿壯f 木、本例之水處理裝置1中，不 理單元3 ;⑶同時，於處 從切?，或處二=之:可送水管5 之二Ϊ垃ί，)_ ’本例之接頭構件10係由各成-體 構i μ/材1〇a以及送水管連接用接合材10b沿接頭 %而f 向並列二^體化而構成；纽隔著基座構件 樺= 給水管連接用接合材收係將 橫k 60二者貫L字形的L形管用材；其中， 門^ 59之開口部構成内部流道入口連接部⑸，而縱管部6〇之 成給水管連接部U。又’送水管連接用接合材l〇b係 相及縱管部62二者貫通成L字形的L形管用材;立中， 戶、吕口P 61之開口部構成内部流道出口連接部15b，而縱呷、 19 白管連接部12。又，構成内部流道連接部15 後述l15a及内部流道出口連接部⑸係構成由 水管連ii接^= 支的i由部16°給水管連接用接合材衞及送 且將及接才者使各縱管部6〇、62之間相互靠近；並 的各才^管==/^1入口、連接部15&及内部流道出口連接部151? 成—體。該連 隔者連結部63而連結，以藉此組裝 係送欢焚、i姐二邛係由凸4 63a，從一邊之橫管部61 (於本例中 部咖妾合1才1%的橫管部61)所突出設置而出；以及凹 材收:ΐί 59； 給水科接用接合 wo戶、g哔59)，而嵌合有該凸部63a，二去所播士 絲撕而@定於處理單元3 ί底面3a ;並且:二 乜，#: u /疋轉地柩支於接頭構件1〇的内部流道連接部 t ίίί=，65而水㈣合_= :^^r:rr^：2 ：：—-o -- 部流道連接部15所構成之軸部16對^ ^頭^冓件10係藉由内 構成的樞支構造，而賴管部596之:座自構^ 部17所 之轉軸。又，支持片66從處理自广崎轉於作為旋轉轴K 含向下方開口的U字開口 66a。該支括y，f3a彺下垂，並且包 頭構件10之連結部63插入到如圖1〇(C)所示，將接 63。又，於橫管部59、61彼此對向之部5二^玄連結部 側方向突出的凸緣63c ;並且以該_對° ’ '刀別设置有朝半經外 處理單元3的前後方向挾持住。亦即:於接 20 1332486 的兩端部，各軸部16係由一對軸承邱+ 中央部，购吉部63係由支旋轉轴〖之 軸之接頭構件於旋轉動作上的^定化。支持，、有效地謀求轉 壓力而流到給水管此6之水管 承受性祕、騎13 對水讀力的負荷具有 給水管連_〗13触_彳如外嵌在 朝管軸方向而堵蓋上則二而使用叙縫工具以從周方向 已使用斂縫材13時，，水:官連接部11之際，而 叙縫工具之作業空的周方向上， =水料接‘給體之 吕連接部12的送水管何川a以及包含送水 ==£?Si=連= 材l〇a -體化地組裝到送水管連^ ^入由水管連接用接合 又作菜工間，因此給水管連接部Η ®知又 地軸ί向’亦即處理單元3 ^後方向目靠近而^ 時’儀水管連接 21 Ϊ將給水管4及送水管5用卡止突部14確實地壓 在外iJitU 管5牢固地配置，以謀求水處理裝置1 單元ϊ之if轴軟管55係自f旋轉於垂直軸，而連接到處理 際，則使兑旋二於處理早兀3進行左右側型式之變更之 %外。t ’甘而能從適#之貫通部8伸出遮蔽空間 夕工卜間⑽射崎曲，而可從適t _部8 圖11(a)、（b)顯示本發明之實施形態的其他例。哕彳丨 相赚’而省略說明;於前例不同：= 1G係—體成型所構成，其包含以下之部份： 部叫;給水管連接部u; y1。=道出口連接 面呈F字形的管狀用材所構成 軸方向以並列-對縱f部69而突出設置.。—^ 8之官 水管連接部11或送水管連料12，^ ^ ^ 69構成給 69所未突出設置侧的端部係構成内部流於=縱= 10具有第1流道70，從一邊之縱管邱。卩°亥接頭構件 從另-邊之縱管部69通過橫管部68内部:=這71’. 連接部15之橫管部68的端面。於本P f冓=部流道 給水管連接部1卜並且ΜΙ、、^ΓΓ 叙縱官部69構成 側面係構成内部流道人π連二丨5a。3的端部之 構成送水管連接部i2，並且第2 μ 7^另一邊之縱官部69則 15b: , jtii 24 水：成:=，係用以流通赚的 為：比起其他部位，口徑較大部”5之^部二的端部 於該大時部72，設置一對^4^^徑部乃之同時， 小口徑部73形成第！流道7〇的開口。、夹住小口從部73，而於 .方的二承元3之前方或後 軸承部部17内部，相鄰而裝設。於本例中， i向處理單元3之前方而形成開口，並且内部 於筒側面面向下方而形成開"；内部流道42 之出=42b則韻底面面向處理單元3的前方而形成開口。 八在勒^邱Ϊ；頭構件1〇藉由使内部流道連接部15自由旋轉而嵌 3口a 構ί 1〇在略平行於處理單元3之底面 著;^if Ϊ ΐ處，刖後方向的轉軸上自由旋轉，而裝 邱二r之i底* %。具體而言’内部流道連接部15對軸承 68 72 m， Ι^ίΠ7所進仃之肷合。此時，於橫管部68之小口俨 =7之間’形成有間隙S ;並且内部流道人 7 ι=ΛΓσ經由上述間隙s，而處在貫通到臨向‘部 之入口似的狀態；又，内部流道出口連接部15b之第 Ί 71的開口則處在對向而貫通到臨向軸 42之出口微的狀態。接頭構件1〇自由旋轉地裝著於 ，底面3a，而接頭構件1G之橫管部68的管㈣成為旋轉軸κ · 對縱々筒部約略直交於橫管部68的管軸’因此給水妾部 11或送水管連接部12面向旋轉軸κ，而面向約略直交的方向。 ^例之水處理裝置1由於和前例不同地，並不採用將各 體之構件予以-體化而形成的接頭構件10，而使用一體成型之接 25 1332486 。因此並不須如前例之接頭構件10 一般γ 之;力夫，而能使接頭構㈣、甚至 5對處理早兀3之底面3a之連接 K & 處理裳置1之生產效率的提高。 贼間化’並且可謀求水 【圖式簡單說明】 *(a) 係給水管及送水管伸峨理單元之右 圖3同上之切換單元的分解立體圖。 圖4 (a)係同上之切換單元的側剖面 元於其他勤_剖面圖。 ’（b)侧上之切換單 圖5同上之處理單元的說明圖。 係右^視^之處理早兀，6⑻細視圖；6 (b)係左側視圖；6 (c) =Γ、ΐΐ處理單元從後部側所見的分解立體圖。 的側i面ί圖丨⑻之狀態之處理單元的前視剖面圖；_屻 及理單元進行紅咖式之變更之際，將給水管 剖面圖^之狀態之處理单元的前視剖面圖；9(b)係9⑻的側 管連接用接合材之狀態;籠圖。(e)係1G⑻已省略送水管及送水 理單發明之實施形態之其他例的水處理裝置中，處 早之主要部的側剖面圖；u _ η⑻之AsA、_中面圖t 26 1332486 係處理單元的仰視圖。 圖12習知技術之例的水處理事 置’ 12(a)係整體立體圖;The nozzle disposed on the bottom surface of the switching unit 2 is sprayed out and is sprayed - Η Γ 二»2 as shown in Fig. 2(8), the water type is processed (arrow A-D~" E-F-G is set in the domain: The bobbin 5 is divided into upper and lower Jig elements 2, and the casing 23 is formed by reducing the right side of the machine and embodying the two joints; further, the part member 24 is assembled into the shell _^ 平 而 (4) t乍 switching 阙 25 The valve body 25b is formed. The switching unit 2 has an interface 27'. 'The faucet is provided with a faucet connected to the water contact 6 on the top surface thereof, and is connected to the faucet in the present example, and has a raw water outlet 28 and a treated water outlet 29°, 'sinking raw water The water outlet 28 is provided with a direct water outlet 28a and a shower 12 octa=28b. In addition, in the switching unit 2, for the sake of convenience, the head of the figure 3 is the front head a. For the rear, the arrow ^▲ is to the left, and the arrow d is to the right of π for explanation. At this time, the L surface of the side surface of the casing 23 of the switching unit 2 is provided, and the water supply pipe connection port 18 and the water supply pipe are disposed. Connected. 19, for connecting the water supply 2 and the water supply officer 5. And 'on the left and right sides of the side of the casing 23 of the switching unit 2, the operating lever 26 is compliant. The valve member 24 is integrally formed by the switching valve 25 and various water pipes. The slit f has the following components: the valve chamber 25a is formed to be slightly horizontally inclined like a f-shape; the valve body 25b, It is located in the valve chamber 25a and is free to rotate in the mountain, the '! shaft. The above various water pipes include the following water pipes: direct water & use, from the valve chamber 25 & to the direct water outlet 28a; spray water Applicable to the spray outlet 28b; the treatment unit is suitable for the water pipe 32', t. 1 water supply pipe connection σ 18; the treated water effluent is suitable for the water pipe 33, from the water supply 6 σ 29 ° ^ ^ 25a ^ ^ - port 27, and The valve body 25b in the valve chamber 25a is rotated to properly close the inlet of the 6th shop P, 0 31, 32, and the water from the faucet is suitable for each water # 3G, 3 b 32 ° here, the treatment water effluent treatment The material is applied to the upper side of the water pipe 32 so as to overlap and be disposed, and any of the above-mentioned water pipes is viewed from the plane, and the treasure is transferred from the rear side of the switching valve 25 to the Lu throwing ^^u L to form a shape. "b is processed into the water outlet 29. In the rectifying portion 34, the riser 2 treats water and forms The rectifying fins 34a are configured to make the treated water feed rods to be gripped. Further, since the treated water outlet water is disposed on the upper side of the water pipe 33, the water tap 32 is applied in the switching unit and is arranged in the water supply pipe connection. The surface of the σ 18 is a valve chamber 25a in the shape of a smashing tube which is connected to the horizontal direction, and the tube is formed in a horizontally open manner, and the valve is disposed in the valve chamber 25a! # 25b; The right square κ valve body 25b of the knife Aochen 2 protrudes from the cylinder opening of the valve chamber 25a 1332486 to the outside of the valve chamber 25a at one end thereof. When it protrudes to one end of the state, the body of the connecting shaft portion 35 is formed, and the operating rod 26 is formed in a zigzag shape: a shaft shape of two. The foot piece is applied so that both ends of the leg piece 26^==the temple ^ protrude to the right; at the same time, the grip portion 26a is placed on the left side of the cutting edge or attached to the switching unit 2. In detail, the early face of the side = the side face of the side is provided with a pivot branch 37; the pivot branch 37 is pivotally supported by the pair of legs 26b, 36 of the right side; and the lever bearing portion 36 operates the rod bearing portion 37. A connecting bearing portion 38 is also formed which is connected to the valve body 25 to have a hole shape of the pivoting portion. That is, Uf/35: and the D-shaped branch portion 37 is formed by the side of the switching unit 2, two: The pivots of the respective leg pieces 26b are respectively inserted and inserted; thereby, the 'switching single=== the receiving ring 6 is freely rotated in the up and down direction. Further, by connecting =, the connecting shaft portion 35 of the holding portion 26a body 25b , so that the switching room 7 is connected to the valve transmission processing unit 3, and flows through the water supply pipe 4, and the solution processing can be performed to generate the treatment water. Further, the treatment or the electricity is seen, so that the figure 6(a), 6(b) ), 6 (cW dry ^^H in 'for the convenience of the arrow; the left two arrows have a flat box-shaped housing 39; and the housing 39, the size of the twist, the depth dimension is shorter. Inside the casing 39, there is an inner channel 42, a rhyme, a single illusion from the face processing, and a flow channel 42 in the _ part, from the top _ shouting a net aquatic product iir4 〇 14 parts here, clean water Generation section 4G Including the activated carbon $ hollow quarter film 成, and the net Qing uses ·, separating the two electrodes in the above two Lei 2 ^ slightly; the electrolytic separation membrane diaphragm 43a is separated by the door and the solution is also formed in the groove 43 The space on the side of the electrolysis electrode 45 (^^=44:= hereinafter referred to as the main chamber and the built-in control unit 48 is obtained). The electrodes 44 and 45 pass through the casing %49. The downstream internal flow channel 42 is disposed with the flow sensor side of the downstream flow channel 42 separated into two sides; first, the knife-distracting track 50 reaches the electrolytic cell 43 and the solution 45 is energized. According to the flow data of the counter electrode 44 and the ground by the control unit 48, the flow rate data obtained by the controller 49 is applied, and the electrolyte is applied to the electric two-solution water. For the ancient 4 series card type, it is made up of an electrolytic addition cylinder that freely replaces the water in the tank ^3 from the back of the casing 39. In addition to making the electrolysis ϊ = ί 2: from the threshold, the upper right 1' 42 is arranged to reach the water supply pipe 5; and from the auxiliary room 47, the second pair of X electric power it5. 3 is used again: when the solution tank 43 generates electrolyzed water arrives In the case of the main chamber 46^1^ of the solution tank 43, the side of the divergent flow passage 50 is further divided into two sides, and the flow to the Sit stream is two to two: f ^ position %峨The flow path of the drain channel ϋ is smaller than the branch flow path to the other side of the sub-chamber 47. The flow rate of the branch flow path 5G of the side of the flow channel is reduced. The inlet 42a and the outlet 42b of the flow channel 42 are disposed in the casing. 39 15 1332486 The bottom surface 3a of the drain channel 53 is provided with an outlet 53a from the bottom surface 3 of the casing 39 outside the casing 39. In addition, in the figure, it is allowed to exit the power supply line of the manifold 55. The mouth portion is extended from the control portion 48. The control portion 48 can be operated by the operation portion 57. The R portion between the front surface and the upper surface of the shape casing 39 is used for processing by the processing unit 3. Water is an experimental departure. When the operation unit 57 is operated, the electrode 44 of the main chamber 46 is used as a cathode by the control unit, and the electrode #f I of the sub-chamber 47 is formed to form a secret ion core to the internal financial channel. In the case of operating the operation unit 57, the ionized water is generated as a cathode, and a case where the acidic ion water flows to the J water flow to the drain flow path 53 is formed. In addition, in order to change the position where ^ = is generated, the value of the ph is changed, and * is generated only by the removal of the slave: When the user = operates the operation unit 57, the electrolysis is applied. Then, the purified water generating unit 4G passes through the electrolytic cell 43 and flows to the internal flow path 42. ‘, direct. The unit 3 is connected to the water supply pipe connection port 18 by the water supply pipe 4 and the water supply pipe 5, and the outlet b is connected to the water supply pipe connection port 18, and the outlet b is connected to the internal flow passage 42 for processing the early raft 3. Entrance 仏. ί: The second is connected to the inner flow channel 42 of the processing unit 3, and the outlet is separated from the outlet, such as the interface. In the present example, the water supply pipe 4 and the water supply pipe 5 are in addition to the double, and the 廿a ΐ end portion is integrally formed with a flexible hose structure W connected to the adjacent water supply pipe connection ports 18 The water supply pipe connection port 19, the inlet 42a of the internal flow path 42, and the outlet 42b. The interface shows that when the water supply f 4 and the water supply f 5 are secreted until the water supply pipe is connected to the connection port 19, the official installation member 20' of the water supply pipe 4 and the end of the water supply pipe 5 is replaced with an internal thread 21a. The tube connection is ambiguous 2486 = 21, and the connection is made. In detail, the water supply pipe connection 9 is formed into a cylindrical shape, and has a tapered connection which makes the front end portion thinner. After switching the saponins 2, the peripheral wall 22:18 and the water supply pipe connection port 19 are protruded in the through hole 20a for penetrating the water supply pipe 4 and the water supply pipe 5. In the state of passing through the 仏3 f, the pipe mounting member 2G is attached to the water supply pipe connection port 18 and the water supply pipe which are attached to the pipe mounting member 2 and the water supply s 5 The connecting port 19, in turn, the internal thread 21a of the connecting sleeve 21 is screwed to the bottom rear end of the bottom, and the pipe mounting member is applied to the inner surface of the pair of holes 1, the water supply port 18 and the water supply pipe ^ 18a, 19a In order to be restrained, the connection between the water supply pipe 4 and the official connection port 18 and the water supply pipe connection port 19 is firmly connected, and at the same time, the connection between the water supply officer 4 and the water supply pipe 5 to the internal flow passage 42 is connected. The details are as follows. In the water treatment device of this example, the switching unit 2 and the processing unit 3 are: self-forming body; and the processing unit has an appropriate setting with respect to the switching unit 2 provided in the faucet 6 In the kitchen, such as the light wash basin, etc. Here, the switching unit 2 with respect to the faucet faucet 6 is changed from the processing to the water supply pipe 4 and the water supply f 5 that are reached from the processing unit 2 when the position is reversed to the left and right. The right side of the unit 3 and the 'processing unit' change the left and right side patterns. In addition, the water treatment I is set to have a perfect appearance or space-saving performance, and at the same time: the processing unit 3 When the left and right side type is changed, it is easy to solve the problem in depth. The following is a detailed description. The water supply pipe 4 or the water supply pipe 5 is connected to the bottom surface of the processing unit 3 as a joint 17 1332486 2 ° joint member 10 The system is free to rotate around the rotation axis ' == slightly cylindrical view I. 2, 2 b):: (r κ system rotation axis. This joint member 1. Shape internal flow passage connection part (4) - end setting There is a pipe connection: = Bucai County II. 11 or the bottom surface 3a of the four corners of the water supply 3a is slightly rectangular; and the bottom surface is strictly m / the side of the side 77 is X is provided with a foot-shaped ground portion 7, which will process the element =-Ground, room:= When the early setting is set to the setting surface, the processing door will be Two ====,: Do not set to have empty "two placed on the side of the cover i: the joint member is connected to the through portion 8" g ϋ, π; ::L56: r 55 At the time of the change, and the 5th member of the water transport officer, the 1G Lishui t-linking material u is connected to the 4 1332486 part 12, as if by the _+ sketch, it is parallel to the processing unit 3 The Ten Commandments deal with the bottom 3a of the early rafts 3, and the squats are turned around and the water pipes can be produced.卩12 in the vertical direction of the processing unit 3 in the left-right direction of the orthogonal head member 10 facing the processing unit 3 / ^ ^ ^, can also be made from the next, open: 3 = f; The through portion 8 is out of the shielding space 9a, and when the f side is rotated, the joint member is not moved in the vertical plane of the processing unit 3 when the water supply pipe type is changed; that is, 'by the water pipe connection (4) Both 3 and 3 can also be used to facilitate the materialization of the conditioning unit 3. 1 can be shortened, and doubled and shaped / part name, and there is a shackle outside the mouth, so even if there is a difference, but it is accompanied by Tailu persimmon f wood, this example of the water treatment device 1, ignore the unit 3; (3) At the same time, from the cut?, or at the second =: the water supply pipe 5 of the two Ϊ ί,) _ 'The joint member 10 of this example is composed of each body - body i μ / material 1 〇 a And the water supply pipe connection joint material 10b is formed in parallel along the joint % and f; and the base member is connected to the water supply pipe connection material, and the horizontal k 60 is L-shaped. The pipe material; wherein the opening of the door 59 constitutes the internal flow path inlet connecting portion (5), and the vertical pipe portion 6 is formed into the water supply pipe connecting portion U. Further, the 'connecting pipe connecting material l〇b phase and the vertical pipe portion 62 are both formed into an L-shaped L-shaped pipe material; and the opening portion of the center and the L-port P 61 constitutes the internal flow path outlet connecting portion 15b. , while the mediastinum, 19 white tube connection part 12. Further, the internal flow path connecting portion 15 and the internal flow path outlet connecting portion (5), which are connected to the inside of the water pipe connection ii, are connected to the water supply pipe for the water supply pipe connection, and are connected and delivered. Each of the vertical pipe portions 6〇, 62 is brought close to each other; and each of the inlet pipes ==/^1, the connecting portion 15& and the inner flow channel outlet connecting portion 151 is formed into a body. The splicing link portion 63 is connected to the splicing portion 63, whereby the squirrel is sent to the singer, the singer is the squid 4 63a, and the slanting portion 61 is slanted from the side. The tube portion 61) is protruded from the protrusion; and the concave material is received: ΐί 59; the water supply is connected with the wo, g哔59), and the convex portion 63a is fitted, and the second is torn by the cordon. The processing unit 3 ί bottom surface 3a; and: two 乜, #: u / 疋 柩 于 接头 接头 接头 接头 接头 接头 接头 接头 接头 接头 接头 接头 接头 接头 接头 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部^:2::--o -- The shaft portion 16 formed by the portion of the flow path connecting portion 15 is a pivotal structure formed by the inner portion of the shaft portion 10, and the self-constructed portion of the reliant portion 596 ^ The axis of the 17th. Further, the support piece 66 is transferred from the Hirosaki to the U-shaped opening 66a which is opened downward as the rotation axis K. The support y, f3a 彺 sag, and the joint portion 63 of the ferrule member 10 is inserted as shown in Fig. 1(C), and will be connected 63. Further, the flanges 63c projecting in the direction in which the lateral tube portions 59 and 61 face each other, and the front and rear directions of the semi-transparent processing unit 3 are provided in the _°° '' Hold on. That is, at the both end portions of the connection 20 1332486, each of the shaft portions 16 is defined by a pair of bearings 邱 + a central portion, and the grooving portion 63 is defined by a joint member of a shaft of the rotating shaft. Support, and effectively seek to transfer pressure to the water supply pipe. The water pipe of the 6 is capable of bearing the secret. The load of riding 13 on the water reading force has a water supply pipe connection _〗 13 touch _ 外 such as externally embedded in the direction of the pipe axis and blocked The second is the use of the sewing tool to use the caulking material 13 from the circumferential direction, the water: the official connecting portion 11, and the working direction of the sewing tool is empty, the water is connected to the donor The water supply pipe of the Lu connecting part 12, He Chuan, and the water supply containing water ==£?Si=连=材 l〇a - is assembled into the water supply pipe and connected to the water pipe for joint connection, so the water supply The pipe connection part 知 知 地 地 地 ί 亦 亦 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 处理 ' 仪 仪 仪 仪 仪 仪 仪 仪 仪 仪 仪 仪 仪 仪5 is firmly arranged so that the if-axis hose 55 of the unit 1 of the water treatment device is rotated from the vertical axis by f, and is connected to the processing, and the switching is performed by the processing of the left and right sides. %outer. t 'Gan can extend from the through portion 8 of the appropriate #8 to cover the space between the work spaces (10) and the other, and can display other embodiments of the present invention from the t-part 8 (a) and (b). example.哕彳丨 相赚' and omitting the description; different from the previous example: = 1G system - body forming, which includes the following parts: part called; water supply pipe connection part u; y1. = The outlet of the pipe is formed in a F-shaped tubular material. The axial direction is juxtaposed to the vertical f portion 69. - the official water pipe connection portion 11 of the ^8 or the water supply pipe connection material 12, ^ ^ ^ 69 constitutes the end portion of the 69 unexposed side, which constitutes the internal flow, and the longitudinal flow = 10 has the first flow path 70, from the side Longitudinal tube Qiu. The 接头°海接头 member passes through the other side of the vertical pipe portion 69 from the other side of the horizontal pipe portion 68: = 71'. The end face of the horizontal pipe portion 68 of the connecting portion 15. In the present P f冓 = part flow channel, the water supply pipe connection part 1 and the ΜΙ, ΓΓ 叙 纵 纵 纵 69 69 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The end of the third portion constitutes the water supply pipe connection portion i2, and the second portion of the other side of the vertical portion 69 is 15b: , jtii 24 water: into: =, which is used for circulation: compared to other parts, The end portion of the larger portion "5" is provided at the end portion of the large portion 72, and the small diameter portion 73 is formed with the opening of the first flow path 7A. The small port is provided adjacent to the front portion of the second bearing member 3 or the rear bearing portion 17. In this example, i forms an opening to the front of the processing unit 3, and is internally formed in the tube. The side surface faces downward to form an opening "; the inner flow channel 42 is out = 42b, and the rhyme bottom surface faces the front side of the processing unit 3 to form an opening. The eighth member is ^ Ϊ; the head member 1 〇 by the internal flow path connecting portion 15 Freely rotating and embedding 3 ports a ί 1〇 is slightly parallel to the bottom surface of the processing unit 3; ^if Ϊ 刖, the axis of rotation in the rear direction is free to rotate, and the bottom of the Qiu II r *%. 』 'The internal flow path connecting portion 15 is coupled to the bearing 68 72 m, Ι Π Π 。 7 . At this time, a gap S is formed between the small mouth 俨 = 7 of the horizontal pipe portion 68; The flow passage person 7 ι = ΛΓ σ passes through the gap s, and is in a state of passing through the entrance of the front portion; and the opening of the second passage 71 of the inner flow passage outlet connecting portion 15b is in the opposite direction The outlet shaft 42 is in a state where the outlet is slight. The joint member 1 is rotatably attached to the bottom surface 3a, and the tube (4) of the cross tube portion 68 of the joint member 1G is a rotation axis κ. The tube axis of the tube portion 68 thus faces the rotation axis κ of the water supply port portion 11 or the water supply pipe connection portion 12, and faces the direction of the approximately orthogonal direction. The water treatment device 1 of the example does not use the body differently from the previous example. The member is formed into a joint member 10, and the integrally formed joint 25 1332486 is used. Therefore, it is not necessary to use the joint member 10 as in the previous example, and the joint member (four) or even the five pairs can be processed early. 3 The connection of the bottom surface 3a K & The production efficiency of the processing of the skirt 1 is improved. The thief is interdigitated and the water can be sought for [simple description] *(a) The right diagram of the water supply pipe and the water supply pipe 3 exploded view of the switching unit of the same. Figure 4 (a) The side section of the switching unit of the above is the other part of the service diagram. The description of the processing unit on the side of the switching diagram of the '(b) side is the same as that of the processing unit of the same figure in Fig. 5. The processing of the right ^ ^ ^ ^, 6 (8) fine view; 6 ( b) is the left side view; 6 (c) = Γ, ΐΐ processing unit from the rear side of the exploded perspective view. The side i side of the picture 丨 (8) state of the processing unit front view; _ 屻 and the unit to red In the case of a change of the coffee type, a front cross-sectional view of the processing unit in the state of the water supply pipe sectional view; and a state of the joining material for the side pipe connection of the 9 (b) system 9 (8); (e) 1G (8) A side cross-sectional view of the main part of the water treatment device of the other embodiment of the water supply pipe and the water supply system embodiment is omitted, and the AsA and _middle view of the u_η(8) t 26 1332486 A bottom view of the processing unit. Figure 12 is a schematic view of a water treatment of the prior art '12(a);
理單元之右方的問題時，所供作說明之處理單元的仰視圖〔 ;12(b) 【主要元件符號說明】 1〜水處理裝置 2〜切換單元 3〜處理單元 3a〜處理單元之底面 4〜給水管 4a〜給水管之入口 4b〜給水管之出口 5〜送水管 5a〜送水管之入口 5b〜送水管之出口 6〜水龍頭 7〜接地部 8〜貫通部 8a〜下方開口 9〜垂下壁 9a〜遮蔽空間 10，10’〜接頭構件 l〇a〜給水管連接用接合材 l〇b〜送水管連翻接 11〜給水管連接部 12〜送水管連接部 27 1332486 13〜斂縫材 14〜卡止突部 15〜内部流道連接部 15a〜内部流道入口連接部 15b〜内部流道出口連接部 16〜軸部 17〜轴承部 18〜給水管連接口 18a〜錐形部 19〜送水管連接口 19a〜錐形部 20〜管安裝構件 20a〜貫通孔 21〜連接套 2 la〜内螺紋 22〜周壁 22a〜外螺紋 23〜殼體 23a〜上殼體 23b〜下殼體 24〜内部構件 25〜切換閥 25a〜閥室 25b〜閥體 26〜操作桿 26a〜握持部 26b〜腳片 27〜水龍頭連接口 28〜原水出水口 28 1332486 28a〜直接出水口 28b〜喷淋出水口 29〜處理水出水口 30〜直接出水適用水管 31〜喷淋出水適用水管 32〜處理單元適用水管 33〜處理水出水適用水管 34〜整流部 34a〜整流翼片 35〜連接轴部 36〜操作桿軸承部 37〜柩支部 38〜連接用軸承部 39〜殼體 39a〜殼體之前面與上面間的R部 40〜淨水產生部 411〜電解水產生部 42〜内部流道 42a〜内部流道之入口 42b〜内部流道之出口 43〜電解槽 43a〜電解分隔膜 44,45〜電極 46〜電解槽之主室 47〜電解槽之副室 48〜控制部 49〜流量感測器 50, 51〜分歧流道 52〜電解質添加筒 29 1332486 53〜排水流道 53a〜殼體外之出口 54〜節流部 55〜排出軟管 - 56〜供電線 57〜操作部 58〜基座構件 _ 5 8a〜小螺絲 59,61〜橫管部 60,62〜縱管部 63〜連結部 63a〜凸部 63b〜凹部 63c〜凸緣 64,65〜襯墊 66〜支持片 66a〜U字開口 67〜突起部 68〜橫管部 φ 69〜縱管部 70〜接頭構件之第1流道 71〜接頭構件之第2流道 72〜大口徑部 73〜小口徑部 . 74〜概墊 K〜旋轉轴 • L〜各接頭構件10’間的距離 〜對於自由狀態之給水管及送水管，距離接頭構件近之貫 通部所裝設的卡止突部之重疊量 30 1332486 m2〜對於自由狀態之給水管及送水管，距離接頭構件遠之貫 通部所裝設的卡止突部之重疊量 N〜接頭構件到處理單元之貫通部的各距離 S〜間隙 a，e〜前方 b，f〜後方 c，g〜左方 d，h〜右方 31In the case of the right side of the unit, the bottom view of the processing unit for description [;12(b) [Description of main component symbols] 1~Water treatment device 2 to switching unit 3 to processing unit 3a to the bottom surface of the processing unit 4~ water supply pipe 4a~ water supply pipe inlet 4b~ water supply pipe outlet 5~ water supply pipe 5a~ water supply pipe inlet 5b~ water supply pipe outlet 6~ faucet 7 to grounding portion 8~through portion 8a~lower opening 9~hanging Wall 9a to shielding space 10, 10' to joint member 10a~ water supply pipe jointing material lbb to water supply pipe connecting and closing 11 to water supply pipe connecting portion 12 to water supply pipe connecting portion 27 1332486 13 to caulking material 14 to the locking projection 15 to the internal flow path connecting portion 15a to the internal flow path inlet connecting portion 15b to the internal flow path outlet connecting portion 16 to the shaft portion 17 to the bearing portion 18 to the water supply pipe connection port 18a to the tapered portion 19 to Water supply pipe connection port 19a to tapered portion 20 to pipe mounting member 20a to through hole 21 to connecting sleeve 2 la to internal thread 22 to peripheral wall 22a to external thread 23 to casing 23a to upper casing 23b to lower casing 24 to Inner member 25 to switching valve 25a to valve chamber 25b to valve body 26 Operation lever 26a to grip portion 26b to foot piece 27 to faucet connection port 28 to raw water outlet 28 1332486 28a to direct water outlet 28b to shower water outlet 29 to treated water outlet 30 to direct water supply water pipe 31 to spray The water supply water supply pipe 32 to the treatment unit water supply pipe 33 to the treatment water discharge water supply pipe 34 to the rectification portion 34a to the rectification fin 35 to the connection shaft portion 36 to the operation lever bearing portion 37 to the branch portion 38 to the connection bearing portion 39 to the casing 39a to R portion 40 between the front surface and the upper surface of the casing, the purified water generating portion 411 to the electrolysis water generating portion 42 to the inner flow passage 42a to the inner flow passage inlet 42b, the inner flow passage outlet 43 to the electrolytic tank 43a to the electrolysis Split diaphragm 44, 45 to electrode 46 to main chamber 47 of electrolytic cell to sub-chamber 48 to electrolytic cell 48 to control unit 49 to flow sensor 50, 51 to branch flow path 52 to electrolyte addition tube 29 1332486 53 to drain flow path 53a to the outlet 54 of the casing - the throttle portion 55 to the discharge hose - 56 to the power supply line 57 to the operation portion 58 to the base member _ 5 8a to the small screws 59, 61 to the horizontal pipe portion 60, 62 to the vertical pipe portion 63 to connecting portion 63a to convex portion 63b to concave portion 63c~ Edge 64, 65 to pad 66 to support piece 66a to U-shaped opening 67 to protrusion 68 to horizontal tube portion φ 69 to vertical tube portion 70 to first flow path 71 of the joint member to second flow path 72 of the joint member ~ Large diameter part 73 to small diameter part. 74~Mask pad K~Rotary axis ・L~ Distance between each joint member 10'~ For the water supply pipe and water supply pipe in the free state, it is installed near the joint part of the joint member The amount of overlap of the locking projections 30 1332486 m2 to the water supply pipe and the water supply pipe in the free state, the amount of overlap of the locking projections installed from the penetration portion far from the joint member N to the penetration portion of the joint member to the processing unit Each distance S ~ gap a, e ~ front b, f ~ rear c, g ~ left d, h ~ right 31