1323245 九、發明說明： 【發明所屬之技術領域】 於電解水產线置及具有祕置之絲槽， 之 解’而產生做為飲用或醫療用來利用a 子水或作為化粧水或殺菌清洗水來利用之酸性離子水 【先前技術】 水質ΐΐΐ仆自it於成為其水源之河川或地下水等污染而使 ，之最終階段添加大量的氯。並=於 大置添加，發生生氯臭味或三_曱院產生等之問題。… 古，ΐϊϊίΐίί背景使對於家庭中安全的水或健康之關心增 二=ίΐϊί?ΐ式之離子水產生裝置而言，裝載有自來 置，俜利^化水產生裝置已經普及了。該電解水產生裝 j二並藉由中空纖維膜等之_器將微細的浮游物=甲 水，並在陰極側』於陽極側產生酸性離子 淨水ϊ;場工=為了殺菌清洗原水而在 ==水，^有=之:此=較 細菌等，則在流 流出已受到_污染之水的^後再度通水時，會造成從流出管 (炎=此*也有人提出具有殺菌清洗機能之電解水產生裝置 (參照專利文獻1 )，係於止水後再 电生裝置 時間係不論增間“===== S ) 1323245 成比例設定。但是，於前者之設定，有 =通水，又於後者之設定，有時於固J 設定了較所需為長日销的通树Γϊ 兩者都有時候會 但^，於該流出管内會滞留^亞氯‘度過m出管内殺菌， 了得到實際可飲用之驗性離子水或淨 用區’所以，會有殺菌清洗時間」降低為可飲 間變的非常長而使财便之間合权總殺菌清洗時 【專利文獻1】曰本特開平10 —43761號公報 【發明内容】 (發明欲解決之問題） 有鑑於上述問題而發明， iff iii該裝置之洗賴，其能夠將於 ^抑田^確貫地殺菌，且能將該殺菌清洗所需要之水i時 (解決問題之方式） 為了解決上述課題，本發明係—種 解槽7,將縣扣電解而產生驗 f生^置’具有：電 部18，控制對電解槽7所施加之電解氯酸水；及控制 之驗性離子水與次亞紐水其巾 電解槽7内所產生 排出管u排出；上述控制部出’另一者從1323245 IX. Description of the invention: [Technical field of invention] In the electrolytic water production line and the secret wire groove, the solution is used as drinking or medical treatment to use a water or as a lotion or sterilization water. Acidic ionized water to be used [Prior Art] Water quality is caused by pollution of rivers or groundwater that become its water source, and a large amount of chlorine is added in the final stage. And = in the large addition, the occurrence of chlorine odor or three _ brothel problems. ... Ancient, ΐϊϊίΐίί backgrounds have increased the concern for safe water or health in the home. = ΐϊ 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子 离子The electrolyzed water produces j 2 and uses a hollow fiber membrane or the like to make a fine float = methyl water, and on the cathode side produces an acidic ion clean water on the anode side; field work = in order to sterilize and clean the raw water == water, ^ have = it: this = more bacteria, etc., when the flow out of the water that has been contaminated with _ contaminated water, will cause the flow from the outflow tube (inflammation = this * also proposed to have a sterilization cleaning function The electrolyzed water generating device (refer to Patent Document 1) is set to be proportional to the time interval of the electro-hydraulic device after the water stop, regardless of the increment "===== S ) 1323245. However, in the former setting, there is = water In the setting of the latter, sometimes it is necessary to set up a long-term sales of the common tree in the solid J. Both of them will be, but ^ will be retained in the outflow pipe. In order to obtain the actual potable ionized ionized water or the net use area, the sterilization cleaning time is reduced to a very long period of change in the drinkable period, and the total sterilization time between the money and the drug is combined. [Patent Document 1]曰本特开平10-43761号 [Summary of the Invention] (The problem to be solved by the invention) Invented by the above problems, iff iii can be used for the disinfection of the device, and it can be sterilized in a stable manner, and the water required for the sterilization can be cleaned (the solution to the problem). Inventive Department - the kind of solution tank 7, the county deduction electrolysis and the production of the test ^ set 'with: electric part 18, control of the electrolytic chloric acid water applied to the electrolysis tank 7; and control of the experimental ion water and sub-news The discharge pipe u generated in the water towel cell 7 is discharged; the control unit outputs 'the other from
過時間成比例之殺菌清洗時間，於止則设定與該止水經 之情況下，則設定固定之殺g清洗超過既定時間C 將電解槽7内所產生之次亞氣酸水^述殺^洗=^2 U23245 流出管13内而進行殺菌清洗。 藉由丨亥方式，於止水時在流出營】）士以士 氯酸水之通搞殺g，並錄_殺===由次亞 以適當抑制。 囷’月洗所而要的水或時間予 又，上述控制部18也較佳為控制. =管:3Λ之細瞧的既定 經過時間非常短之情形不進行«清ί，於止水 水或時間進-步抑制。 无i將賴清洗所需要之 又，上述控制部18也較為控制為：止 性離子水或淨水之放流可將細菌排 ^門心為=由以驗 進行殺菌清洗而藉由放加，不 所需要之水或_進—步抑制。θ贱雜殺菌清洗 變更i操菌清洗時間之設定 清洗時間設定地比較長，而可確㉝ί 境，則將殺菌 菌難以增殖之環境，則將殺菌清“ 又如果在細 所消耗的水或時間。 才门°又疋地比較紐，而可抑制 設定i更有it述控，18指示殺菌清洗時通水量之 通水量設定地财，而可確實地進行=^认境，則將 =殖之環境’則將通水量設定地較二可二= s之設定變次亞氣酸 殺菌清洗所需要之水或時間。 阿人虱Ssc濃度而抑制 並且，為了解決上述課題，本發明亦較佳為具備上述構成電 1323245 fiii裝置之洗·。像這觀·，能將於止树在電解水 地出管13内增殖之細菌藉由次亞氯酸水之通水而ϊ實 並且可將該殺菌清洗所需要之水或時間適當地抑制。 合。，社所述各構成，只要不脫離本發明主旨，可以適當組 (發明之效果） 確者ίϊϊ能達成町效果：將於止水時在流出管_殖之㈣ 確只地_，並且將該殺菌清洗所需要之水或時間適當曰地抑制固 【實施方式】 中顯實施形態加以説明。圖1 與供給自來水或井等原水之進水26係通過水龍頭3而 人之原水，經過淨水部4中所通過進水管26而導 南甲院之活性碳及除去-般細含之殘留氯或三 工甘油魏每或乳酸解觸子而提 ^纖維膜等’導入職 者，通過賴給部5之原水，於確^ $率之飼供給部5。再 通水流量而對後述控制部18提;4：^否人通水之同時’經過_ 入電解槽7内。 ’、控制心々之流量感應器6，被導 上述電解槽7且右·脸 解室之隔膜8，及各電電解解室槽;為二半而形成-對電 配置其中之-電極板IG側電極板9、ω;再者，使 Μ」）内之水排出的排出管u，f (以下稱為「排出側電解室 (以下稱為「流出側電解室24 配置另一電極板9側之電解室 予以連通連接。 」）内之水以可细地流出之流出營 再者，於本體1具有：、力旦上 11中與電解槽7之連接部附12 ’配置於上述排出警 之滞留水或電極板9、ω清洗時之，肋將電解槽7内 ’巧鎂專所才冓成之水垢溶解逶 之清洗水排放；放水管15，將通過排出管u而 解室^内之水或電解槽7内之貯留水或清洗水排放； ，為了侧祕而得到之水之阳，配置在從流 ^出管η連接之分支管中；及排出停止用之電磁3,刀= ί :1/之流量調整部12之下游側’於清洗模式時閉ΐ ί 返pH感應H 2G，使用玻璃電極型或半導體電 士 隔膜電極财。 an挪子導電性 又，於本體1，具有：作為電氣電路系統之電源接诵杯 ^將來自電源接賴翻16之交流電源變縣直 2 Π ’於電源部17將控制本體〗之動作的㈣部i8^m ，接’同時於該控制部18，將進行對本體i之動作 1 ί 19予以電路連接。上述控制;： +電極板9、10之電壓施加，藉由在此之控制，於電解梓7 =隔膜8在兩電極板9、1〇之間產生電解，而將產=性 流水其中之―_管11排出，同時將另一者從 杰ί次，對於上述構成之電解水產生裝置之動作加以説明。首 麵作配置在操作顯示部19之模式選擇按知3G，而選擇 驗離子水產生料、次亞紐水纽赋、淨賴式其中之一。 ^ 之巾’於·祕軒水產賴式社亞氯酸水 ^杈^之情況下，操作配置在操作顯示部19之ΡΗ調節按鈕 U 當設定所望之阳値，並於之後打開水龍頭3。從水龍頭 έ 原水，首先，在本體1内之淨水部4除去殘留氯之臭味或 旦ί廄二貝，其次在鈣供給部5進行使電解容易之處理，經過流 器，’通水到電解槽7内°控制部18於通水後讀取流量 ^ 6之信號，於該流量級別超過一定級別時，判斷該狀態為 jLS TjC 甲 〇 ί 控!:r _槽7= 控制部^之杨,加控繼塊22 _d；^’ 印二：可相對=電= 排出側電解室與 板10成為陰極（亦即流出側電解^ =反9成，陽極，電極 25為陰極室）。 肝主—物極至、排出側電解室 藉此，於鹼性水產生模式中， 24通過流出管13使驗性離子水流出，側電解室 亞氯酉ίΐ至流出側電解室24通過流出管13使ί 管電 OD在此，如果對於鹼性離子水及次亞氣酸皮夕吝4 ϋ!自隔膜8，為具有使離子性物質自由通 t _^^ΐί 側之水成為猶_之水，陰_之軸錢果此ij極 於各電極板9、1〇表面發生之反應如下述。 .陽極側 2H2〇 — 4H+ + 〇2 + 4e一 2cr Cl2 + 2e~ •陰極側 6H20 + 6e- — 60H-+ 3H2 並且，於陽極側發生之匚12進一步以 C12 + H20 -> HC10 + HC1 HC10 -> ciO~+H+ 之解離反應，得到上述如以Ηα〇 (次亞氯酸）、HC1 (塩酸）、α〇 (次亞氯酸離子）及Η+ (氫離子）為主成分之次亞氯酸水。 本例之中，於止水後於驗性離子水產生模式或淨水模式 f開始通水時，並不是從最初將鹼性離子水或淨水通水，而是首 f如後述設定之殺菌清洗時間經過為止之期間，以電極板9 二陽極，從成為陽極室之流出側電解室24通過流出管13使次 ’於進行了流出管13内之殺菌清洗後，使驗性離子水 1二Vi此之殺菌清洗時間’係與從止水開始時至開始通 水時為止之止水經過時間對應而決定。 以下’對於殺菌清洗時間之設定加以詳述。本體！内之 水通水之殺菌清洗時間，並設計殺菌清 塊二殺菌清洗時間之經過日 ίίΐίΐ二菌清洗時間控制區塊23，如圖2所示，且 之止水㈣時間在既 時間（以下稱為「比例殺菌清洗 間成比例，菌清洗 定時間C之情況下，設定gj定 ;^ ^止水經過時間超過既 殺菌清洗時間」）R。 杈囷>月洗％間（以下稱為「固定 性離從如管13流出驗 氯酸濃度降低至可飲用區，所以，必而使流出官13内之次亞 I先將鹼性離子水或淨水放流If the time is proportional to the sterilization cleaning time, if it is set to be the same as the water stop, the fixed killing and cleaning will be performed for more than the predetermined time C to kill the sub-alcoholic acid water generated in the electrolytic cell 7. ^ Wash = ^ 2 U23245 Outflow tube 13 for sterilization cleaning. By means of the 丨海 method, at the time of stopping the water, the outflow battalion]) Shishi chloric acid water to kill g, and recorded _ kill === by sub-Asia to properly suppress.水 'Water or time required for monthly washing, the control unit 18 is also preferably controlled. = tube: 3 Λ fine 瞧 既 既 既 非常 非常 既 既 既 既 既 既 既 非常 非常 非常 非常 非常Time advances and steps are suppressed. The control unit 18 is also controlled to be: the release of the deionized ionized water or the purified water can be used to sterilize the bacteria by the test, and the release is not performed by the sterilization. The required water or _ step inhibition. θ 杀菌 杀菌 杀菌 杀菌 i i i i i i i i i i i i i i i i i i i i i i i i i i 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定 设定才门° 疋 疋 比较 比较 ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° In the environment, the amount of water passing through is set to be equal to the water or time required for the sterilization of the sub-acid acid sterilization. The concentration of the Sc is suppressed by the concentration of Ssc, and in order to solve the above problems, the present invention is also preferably The rinsing of the apparatus 1323245 fiii described above is provided. The bacteria which can be proliferated in the tube 13 of the electrolyzed water can be tamped by the water of the hypochlorous acid water and can be sterilized. The water or the time required for the washing is appropriately suppressed. The composition described in the company can be appropriately set (the effect of the invention) without departing from the gist of the present invention. Tube _ colony (four) really only _, and In addition, the water or time required for the sterilization washing is appropriately suppressed. [Embodiment] The embodiment of the present invention is described in Fig. 1. The raw water 26 for supplying raw water such as tap water or well passes through the faucet 3 and passes through the raw water of the human body. In the water purification unit 4, the activated carbon of the Nanjiayuan is passed through the water inlet pipe 26, and the residual chlorine or the triglyceride or the lactic acid decomposing agent is removed, and the fiber membrane is introduced. The raw water of the donor unit 5 is supplied to the control unit 18, which is described later, at a rate of water flow. 4: ^Nobody passes through the water while passing through the electrolytic cell 7. a flow sensor 6 for controlling the heart, a diaphragm 8 for guiding the above-mentioned electrolytic cell 7 and a right-to-face solution chamber, and a respective electrolysis chamber; formed for two halves - electrically disposed therein - electrode plate IG side electrode The discharge pipe u, f (hereinafter referred to as "discharge-side electrolysis chamber" (hereinafter referred to as "outflow-side electrolysis chamber 24 is disposed on the other electrode plate 9 side of the electrolysis chamber") The room is connected and connected. The water in the ") is discharged out of the camp, and the body 1 has: The connecting portion 12' of the upper portion 11 and the electrolytic cell 7 is disposed in the above-mentioned discharge water or the electrode plate 9 and the ω cleaning, and the rib dissolves the scale formed by the 'magnesium magnesium in the electrolytic cell 7 The water discharge pipe 15 discharges the water in the chamber or the storage water or the washing water in the electrolytic cell 7 through the discharge pipe u, and the water of the water is obtained for the side secret. In the branch pipe to which the tube η is connected; and the electromagnetic discharge 3 for stopping the discharge, the downstream side of the flow rate adjusting portion 12 of the knife = ί : 1 is closed in the cleaning mode ί, the pH sensing H 2G, using the glass electrode type or the semiconductor Electrician's diaphragm electrode. An electrician's conductivity, in the body 1, has: as the electrical circuit system power supply cup ^ will be from the power supply to turn the 16 AC power supply to the county straight 2 Π 'in the power supply 17 will The (fourth) part i8^m of the action of the control body is connected to the control unit 18, and the operation of the body i is connected to the circuit 1 . The above control;: + voltage application of the electrode plates 9, 10, by the control here, in the electrolytic 梓 7 = the diaphragm 8 produces electrolysis between the two electrode plates 9, 1 ,, and will produce - the flow of water among them - The tube 11 is discharged while the other is removed from the other, and the operation of the electrolyzed water generating device having the above configuration will be described. The first surface is arranged in the mode of the operation display unit 19 to select the 3G, and one of the ion water production materials, the sub-New Zealand water supply, and the net Lai type is selected. ^ In the case of 秘 秘 水 秘 秘 秘 赖 亚 亚 亚 亚 亚 亚 亚 亚 亚 ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ ΡΗ The raw water from the faucet is first removed from the water purification unit 4 in the main body 1 to remove the odor of residual chlorine or the second, and then the calcium supply unit 5 performs the treatment for easy electrolysis, and passes through the flow device to The control unit 18 in the electrolytic cell 7 reads the signal of the flow rate ^6 after the water is passed, and when the flow rate level exceeds a certain level, it is judged that the state is jLS TjC 〇 control!: r _ groove 7 = control unit Yang, plus control block 22 _d; ^ ' 印 2: can be relative = electricity = discharge side of the electrolysis chamber and the plate 10 becomes the cathode (that is, the outflow side of the electrolysis ^ = 90%, the anode, the electrode 25 is the cathode chamber). The liver main-object-to-exit, discharge-side electrolysis chamber is thereby, in the alkaline water generation mode, 24, the effluent ion water flows out through the outflow pipe 13, and the side electrolysis chamber is chlorinated to the outflow-side electrolysis chamber 24 through the outflow pipe. 13 ί 电 电 , , , 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性 碱性The reaction of water, yin, and ij on the surface of each electrode plate 9, 1 is as follows. .Anode side 2H2〇-4H+ + 〇2 + 4e-2cr Cl2 + 2e~ • Cathode side 6H20 + 6e- 60H-+ 3H2 Also, the 匚12 occurring on the anode side is further C12 + H20 -> HC10 + HC1 The dissociation reaction of HC10 -> ciO~+H+ results in the above-mentioned components such as Ηα〇 (hypochlorous acid), HC1 (capric acid), α〇 (hypochlorous acid ion) and Η+ (hydrogen ion). Hypochlorous acid water. In this example, when the water is started in the test ionized water generation mode or the purified water mode f after the water stop, the alkaline ionized water or the purified water is not originally supplied from the water, but the first f is set as described later. During the period from the elapse of the cleaning time, the anode plate of the electrode plate 9 is passed through the outflow pipe 13 from the outlet side electrolysis chamber 24 serving as the anode chamber, and the sterilizing and cleaning in the outflow pipe 13 is performed. The sterilization cleaning time of Vi is determined in accordance with the elapsed time from the start of the water stop to the start of the water supply. The following is a detailed description of the setting of the sterilization washing time. Ontology! The sterilization time of the water in the water is designed, and the sterilization cleaning time is designed. The cleaning time of the cleaning time is 23, as shown in Fig. 2, and the water (4) time is in the time (hereinafter referred to as In the case of "proportional sterilization cleaning room proportional, when the bacteria cleaning time C, set gj; ^ ^ water stop time exceeds the sterilization cleaning time") R.杈囷>% of the monthly wash (hereinafter referred to as "fixed from the flow of the chlorination of the tube 13 to the drinkable area, so the sub-I of the effluent 13 must first be alkaline ionized water Or clean water discharge
12 S 1323245 於流出管〗3内，放 來飲用，性離設定，之後流出用 菌清洗時間，於該總殺= =間與放流時間之合計 子水產生模式或者淨水模式中’較佳為不論驗性離 圖2所示正水經過時間及^ 士 :止之警告音。 示，藉由與止水經過時間對庫^固=洗—間之關係，係如圖3所 圖示，從剛止水至止水經增^為而適當設定者。如 不增殖之時期，再者經過該 =為止之期間’為細菌幾乎 止之朗，為—般細菌水質基準/ 時間Β (>Α)經過為 期’再者經過該時期到止水經過時門左右之些微增殖之時 細菌數增殖到達106個/mL sl±L (>B)經過為止之期間為 菌數之增殖到達飽和區，细菌 2期’如果超過該時期，則細 並且，如圖2所示設增加到更多。 ，為，於剛止水後至止水經過時間二2 ··對於上述細菌增 止水經過時間愈增加，將殺菌 。^之間之時期，使 超過止水經過時間C，則成 丨〕二夺、、只^加到〇〜R，於如果 時間R。 J成為與細固飽和區對應之固定殺菌清洗 ，定之情況 巧菌清洗時間可以短時間就好，能使| 洗。再者’藉 =’所以能將殺菌清洗時間與放流時間細流時間也 幅地縮短，成為使用便利者。 、十〜杈囷凊洗時間大 ^，細菌之繁殖受到環境 固凊洗時間R而言’以定為 二=’就固定殺 ^體1所設定之環境條件為細菌容易』，但是如果 ，分鐘左右，X，如果為難以增殖之環境，則^=為30秒〜 f ?。上述環境條件例如有氣溫或水壓等，一i而、秒〜1〇秒 細国增殖賴，氣溫愈低，細g增魏和。又高之 下 較 (S ) 13 地區’獅於祕執之細賊 水壓低之地區，則細菌增殖激烈。果阿，細囷增殖緩和，反之 而，本例之操作顯示部19中， !!二1，控制部18指示殺菌清洗時選擇按叙 ,囷/月洗b間選擇按紐32所構成之更。藉由使用由 烈之夏季綱，能使對蝴止水日^構，例如於細菌增殖激 並於細菌增魏和之冬季期能洗時間較長， 於夏季期間能提高安全性，同時，清洗時間較短，因此， 需要的時間或電力、水量。 季期間能節省殺菌清洗所 又，也可於操作顯示部19，配署、s 制部18指示殺菌清洗時通水量之選擇她，用以對控 接指定通水量。於該情町 ^ ^ ’亚烟該操作機構直 「普通」、「少量」等文字表示按為「多量」、 「300mL」、「150mL」等數字表干垃f ^為 」45〇mL」、 間以-位數為單位連續變更之操作按^或者細例如G〜1000mL 氯酸對18指示殺菌清洗時次亞 洗時間縮短。 更了^例如次亞氯酸濃度而將殺菌清 蘇槽騎。該洗 j：r2s - 管2設定有使用者以手動_水^之侧面及上面而安裝。進水 仇丨—壯士， 丁勁闻閉之水龍頭3，於該水龍頭3之下-被12 S 1323245 In the outflow tube〗 3, put it to drink, sexually set, and then flow out the bacteria cleaning time, in the total kill = = between the sum of the discharge time in the water production mode or the water purification mode 'better Regardless of the test, the positive water passing time and the warning sound of the warning are shown in Figure 2. It is shown that the relationship between the time of the water stop and the time of the water stop is as shown in Fig. 3, and is appropriately set from the water stop to the stop water. In the period when it does not proliferate, the period after the = is almost the same as the bacteria, and the basis for the bacterial water quality / time Β (> Α) goes through the period of 'the passage of the period to the stop of the water When the micropropagation is slightly increased, the number of bacteria reaches 106/mL sl±L (>B), and the growth of the number of bacteria reaches the saturation zone during the period of the passage, and the bacterial phase 2 is fine if it exceeds the period. The settings shown in 2 are increased to more. , for the time after the water is stopped, until the water has passed, the second time is 2, and the bacteria are sterilized for increasing the time of the above-mentioned bacteria. In the period between ^, if the time exceeds the water stop time C, then 成 丨 二 、 、 、 、 、 、 、 R R R R R R R R R R R R R R R R J becomes a fixed sterilization cleaning corresponding to the fine solid saturation zone. The situation is that the cleaning time of the bacteria can be as short as possible, and it can be washed. Furthermore, 'borrowing' is used, so that the sterilization time and the time of the discharge time can be shortened, and it is convenient to use. , 10 ~ washing time is large ^, the reproduction of bacteria by the environmental solid washing time R, 'determined as two = 'fixed to kill the body 1 set the environmental conditions for bacteria easy", but if, minutes Left and right, X, if it is difficult to proliferate, ^= is 30 seconds ~ f?. The above environmental conditions are, for example, temperature or water pressure, etc., one by one, and the second is less than one second. The finer country is proliferating, the lower the temperature, the finer g and the Wei. In the higher (S) 13 area, the lion is in the area where the water pressure is low, and the bacteria are highly proliferated. Goa, the fineness of the growth is moderated, and conversely, in the operation display unit 19 of the present example, the control unit 18 instructs the selection of the sterilization and cleaning, and the selection of the button 32 in the 囷/month wash b. . By using the sacred summer class, it is possible to prevent the growth of the flower, such as the proliferation of bacteria and the increase of bacteria in the winter and the long period of time in the winter, which can improve the safety during the summer season. The time is short, so the time required or the amount of electricity and water. During the season, the sterilization and cleaning can be saved. Alternatively, the operation display unit 19 can be used to indicate the amount of water to be sterilized and cleaned during the sterilization and cleaning, and the water supply amount can be specified for the control. In the case of the town, ^ ^ 'Asian smoke, the operating mechanism is "normal", "small amount" and other words indicate that the number is "45", "300mL", "150mL", etc. The operation of continuously changing in units of -number of bits is shortened by the sub-washing time indicated by ^ or fine, for example, G~1000 mL of chloric acid. Further, for example, the concentration of hypochlorous acid will sterilize the sanitation tank ride. The washing j:r2s - the tube 2 is set to be installed by the user on the side and the top of the manual _ water ^. Into the water, hatred - strong man, Ding Jinwen closed the faucet 3, under the tap 3 - was
S槽對本體1内供給，或W 置有:ίί!广ΐ有淨水部4及電解槽7,同時於本體1之上面設 s為通過淨水部4或電解槽7而得到之淨水或驗性 構ί者酸水通過流出管13而對洗滌槽之水槽41上 自、、Θ读、、*防I*田7v日41上所供給之水，於從排水口 42通過具有 六十其二對於I3之排，管44後，排水到洗滌槽之外部。 説明’，、省略與上^實施形態中另~例之電解水產生裝置加以 於以下詳述，5中^ ^構^詳細説明’僅將本例特有構成 外，尚於止水經過時間為^ =了一例之控制模式以 清洗，而開始通二情下，設定於開始通水時不進行殺菌 間，ί'ίϊΪ沒止水經過時間A經過為止之期 洗時間0)，於止殺菌清洗時間（亦即殺菌清 隨著止水經過時砂力^^輕顺C為止之期間，設定為 果超過止水經過‘ 時間持續增加到0〜R為止，如 清洗時間R。於該與細菌飽和區對應之固定殺菌 加縮短。 卫模式，此將殺菌清洗所需要之水或時間更 明，f棒上明貫施形態又另—例之電解水產生裝置加以说 所具備之控制模式殺菌清洗時間控制區塊23 在該止水經過時間為At^ 、工矛、了/、他例之控制模式，尚藉由 而排除細菌之既於流出管13内放流鹼性離子水或淨水 水之驗性離子核、^、，P之情況下，設定為於卩絲通水時將通 也就是說，如洗時間分。 菌幾乎不繁殖之時期，、，至止水、、里過日守間A經過為止之細 A至到達b為止之進行殺菌清洗，於止水經過時間超過 3)，則於開始通水時首弁U滿1〇0個/mL左右之時期（參照圖 間分而排除細菌之影燮，认I水之鹼性離子水或淨水放流清洗時 乂曰:止水經過時間超過B至到達C為止之 Ϊ，將殺菌清洗時間設定為持續增加 於^1ΐΐΓ2應之固定殺菌清洗時間尺分之殺菌if 時間更加縮i月洗即可，因此能將殺菌清洗所需要之水或 又’於上述控制模式中，也可設定為描 之時期為從剛止水後至止水經過時間』過為止:::排除細菌 【圖式簡單說明】 構成=係1歸本剌實施賴巾i之電麻產线置之概略 圖2係顯示同上之電解皮基吐捉罢+ 説明圖。 裝置中之殺菌清洗時間設定之 圖3係顯示對於止水經過時 圖4係顯示具備同上電解水產生裝説明圖。 圖5係顯示本發明實施形ϋ之洗條槽全體之説明圖。 殺菌清洗時間設定説明圖。 例之電解水產生裝置中之 圖6係顯示本發明實施形態中 之殺菌清洗時間設定之說明圖。 另一例之電解水產生裝置中 【主要元件符號說明】 1 本體 2 進水管 3 水龍頭 4 淨水部 5 鈣供給部 6 流量感應器 7 電解槽 16 1323245 8 隔膜 9 電極板 10 電極板 11 排出管 12 流量調整部 13 流出管 14 電磁閥 15 放水管 16 電源接通用插頭 17 電源部 18 控制部 19 操作顯示部 20 pH感應器 21 電磁闕 22 電壓施加控制區塊 23 殺菌清洗時間控制區塊 24 流出側電解室 25 排出側電解室 26 進水管 30 模式選擇按鈕 31 pH調節按鈕 32 殺菌清洗時間選擇按鈕 40 水路切換閥 41 水槽 42 排水口 43 分離器 44 排水管 17The S-slot is supplied to the inside of the main body 1, or W is provided with: ίί!, the purified water portion 4 and the electrolytic cell 7, and s is provided on the upper surface of the main body 1 as the purified water obtained by the purified water portion 4 or the electrolytic cell 7. Or the acid water supplied from the water supply tank 13 through the outflow pipe 13 to the water tank 41 of the washing tank 41, the water supplied from the water tank 41, and the water supplied from the water outlet 42 has sixty The second is for the row of I3, after the tube 44, drains to the outside of the sink. The description will be omitted, and the electrolysis water generating device of the other embodiment will be described in detail below. In the following, the detailed description of the structure is as follows: = An example of the control mode to clean, and start to pass the second situation, set to start the water does not carry out the sterilization room, ί'ίϊΪ does not stop the water after the passage of time A period of time 0), after the sterilization cleaning time (That is, during the period when the sterilizing water passes through the sand when the water is stopped, the smoothing force is smooth, and the setting is as follows: the water continues to increase until the time reaches 0 to R, such as the cleaning time R. Corresponding fixed sterilization and shortening. Wei mode, this will make the water or time required for sterilization and cleaning more clear, and the electrolysis water generating device of the other example will be controlled to control the sterilization time of the control mode. Block 23 in the water stop elapsed time is At^, Gong spear, /, his control mode, by which the bacteria are excluded from the flow of alkaline ionized water or purified water in the outflow pipe 13 In the case of ion core, ^, and P, set When the silk is passed through the water, it means that, for example, the washing time is divided. The bacteria are almost not in the period of reproduction, and the bacteria are cleaned until the water is stopped, and the fine A in the passage of the day is reached until the b is reached. In the period when the water stop time exceeds 3), the first time U is about 1〇0/mL at the beginning of water flow (refer to the figure to exclude the influence of bacteria, recognize the alkaline ionized water of I water or When the water is drained and cleaned, the time is longer than B until it reaches C, and the sterilization time is set to be continuously increased. Yes, therefore, the water required for sterilizing and cleaning can be set in the above control mode, and the period can be set from the time when the water is stopped to the time when the water is stopped. ::: Exclude bacteria [Simple figure Explanation] The structure = the structure of the system 1 is the outline of the electro-optical production line of the implementation of the towel, and the illustration of the electrolysis of the same is shown in Figure 2. The sterilization cleaning time setting in the device is shown in Figure 3. When the water stops, Figure 4 shows that it has the same electrolysis water production device. Fig. 5 is an explanatory view showing the entire washing tank of the embodiment of the present invention. The sterilization washing time setting is illustrated. Fig. 6 of the electrolytic water generating apparatus of the example shows the sterilization cleaning time setting in the embodiment of the present invention. In the electrolyzed water generating device of another example [Description of main components] 1 body 2 inlet pipe 3 faucet 4 water purification part 5 calcium supply part 6 flow sensor 7 electrolytic cell 16 1323245 8 diaphragm 9 electrode plate 10 electrode plate 11 Discharge pipe 12 Flow rate adjustment unit 13 Outflow pipe 14 Solenoid valve 15 Water discharge pipe 16 Power supply plug 17 Power supply unit 18 Control unit 19 Operation display unit 20 pH sensor 21 Electromagnetic 阙 22 Voltage application control block 23 Sterilization cleaning time control area Block 24 Outflow side electrolysis chamber 25 Discharge side electrolysis chamber 26 Inlet pipe 30 Mode selection button 31 pH adjustment button 32 Sterilization cleaning time selection button 40 Water path switching valve 41 Water tank 42 Water outlet 43 Separator 44 Drain pipe 17