/V3 A7 B7 五、發明説明（i 本發 單元 '電 中喝到電 濃度之水 按， 其中，該 性水及含 性水常被 用來烹言周 不可或缺 所需，所 忽视1參 裝1』， 將水電解 ，其構造 經 濟 部 智 洛 S寸 ί 消 费 合 作 社 印 製 明係有關於—種水電解裝置，尤指一種藉其基板 解板及隔獏構造來達到容易調配组裝、避免使用 (請先間讀背面之注意事項Λ4"本頁) 解重金屬或氧化物，且可高壓力電解提高離子水 電解裝置β 利用水電解方式可將水加以電解而製得離子水， 料水中有含氫氧離子（QH- ) W較高之驗 風離子（Η + )濃度較高之酸性水，一般，該鹼 做為飲用水，以補給人體鹼性成份，而酸性水可 食物或清洗蔬果，因此，水電解裝置可謂生活中 的水資源設備，更可於食品工業上提供大量用水 以其在電解生成水的濃度與衛生上的考量實不可 閱公告波第二六--三四陇it電解離子水之產生 ir' 一種g用有關電解水之裝置，此裝置著實具有 為酸、鹼性離子水的功能，然經詳加研究後發現 在實際運作上仍存在有下列可加以改善之情形： 於正長生成離子水過程及電解逆洗過裎令該氫氧 化物會循離子水（特別是鹼離子水）流出被人所 飲用’其原因是’該裝置於逆洗過程中仍繼續電 解生成離子水’使用者若在不知或疏忽的情形下 ’會誤飲該含有氫氧化物及極板上剝落之今金屬 氧化物微屑’此氫氧化物及金屬氡化物微屑會對 人體產生負面之影響。 電解生成離子水過程中’欲取離子水與不取離子 水均以相同之流出量排流’造成不取離子水之浪 第3頁 本纸张尺度適用中國國家標準（CNS ) Λ4坭樁（210x 297公旒） 664 3 A7 B7 經濟部智慧財產局a:工"費合作社印紫 五、發明説明（2 ) 費，如以飲用狀態而言，該鹼性離子水是被取來 飲用’酸性離子水是予以排流掉，其原因是習闬 之隔膜無法承受陰陽電極間不同的水壓，所以僅 能於相同之水壓下進行電解，若能改善此隔膜問 題，則可於不同水壓下進行電解，也就能減少不 取用離子水之排流量（亦即該排流之離子水具較 高酸驗度）a 3、無法作高壓差電解，習用者之隔膜設計無法承受 高壓差之負荷，隔膜（離子交換膜）易破劣，破 裂的情形會使酸臉離子水混合並中和其酸驗度， 而喪失電解裝1應有的基本功能。 本發明人有鑑於前述習用t解離子水產生裝逻仍存在 有如上述亟·待解決的問題’乃本於精益求;情之精帅，針对· 前述缺失加以突破。 即，本發明之目的係在提供一種電解效率诖、可節省 不取水排流量、使用中不會飲及電解生成時產生之金屬I 化物，以及可高水壓差電解之水電解裝置。 爰是，本發明主要包括：複數個互呈平行間隔設置之 基板草元，複數個夾設於兩兩基板單元間之電極板，—八 別夾設於最外側端兩基板單元上之側蓋； 該竽基板單元分別具有一框板、一隔膜、二導流也件 以及複數個密封環； 該框板具有兩相背離之左、右面，於左、右面上 分別凹設一環可圍設形成一電解區之墊图溝，在執圏 第4頁 本紙張尺度適用中國國家標隼（CNS ) Λ4規格（210X 297公釐） (請先聞讀背面之·;±意事項4填"本頁) ------------------- ' » 3 : ) 426643 A7 B7 經濟部智惡財產笱員工消费合作社印焚 五、發明説明 ( 3 ) 1 1 溝 與 框 板 周 緣 間 係 一 固接 部， 固 接 部 上 間隔設有 貫 穿 Ί r 左 、 右 面 之 組 接 孔 該電 解區 具 有 相 遠 離之第一 、 二 1 端 於 第 一 端 上 間 隔 貫設 有與 組 接 孔 同 軸向之第 — 、 ! 1 1 I 二 出 水 孔 t 第 端. 上 貫設 有亦 與 組 接 孔 同抽向之 進 先 閱 Ί 水 孔 及 一 副 出 水 孔 j 電解 區内 介 於 第 一 、二出水 孔 與 it 背 1 A I 進 水 孔 、 副 出 水 孔 間 再開 設一 透 空 狀 窗 口 ，於窗 TJ 與 J -1 意 I 第 '— 、 二 出 水 孔 間 -ί-Λ. ΰ又 有一 隔條 隔 條 上 開設有流 水 缺 事 1 I 再 1 I a 1 各 左 右 面 分 別 由窗 口之 上 緣 及 下 緣向中心 方 向 填r 寫、 活 動 组 裝 伸 -i-rt ά又 有 上 Λ 下導 流組 件 該 上 、下導流 組 件 本 頁 1 可 將 電 解 fi^· 區 分 為 相 連通 的三 區 間 分 別為一靠 向 第 1 1 一 —1 出 水 孔 之 第 二 進水 區， 一 f 向 進 水孔之第 —. 進 1 I 水 區 及 一 夾 -i-rt. ύ又 第 .—. 進 與第 - 進 水 間的第二 進 水 1 訂 區 該 上 下 導 流 組 件伸 設的 長 度 均 超 過窗口兩 度 之 1 I 一 半 使 水 流 之 流 道 可由 下端 之 進 水 礼 八水，被 下 導 1 1 流 組 件 導 引 經 第 一 進 水區 向上 流 再 向 下 流向接第 二 進 1 ! 水 區 最 後 再 經 由 上 導流 組件 導 引 向 上 流入第三 進 水 1 }泉 區 於 左 面 上 沿 著 窗 口周 緣往 内 凹 設 一 嵌溝，該 溝 1 與 左 面 間 具 有 一 落 差 溝上 並 間 隔 凸 設複數個 凸 柱 1 •t| 該 第 一 Ή --- 出 水 孔 孔緣 分別 朝 向 右 左面凸設 第 - ί 二 出 水 管 t 各 第 一 、二 出水 管 之 度 大於框板 度 1 1 而 恰 為 框 板 加 電 解 板 之高 度和 j 1 ί 該 隔 膜 呈 板 片 狀 ，可 組裝 於 前 述 凸 柱上並將 窗 α 1 1 封 閉 Ϊ 其 周 緣 對 應 前 述凸 柱處 開 設 有 對 應嵌孔， 其 板 1 1 面 上 加 工 有 孔洞， 使板面的透孔率介於60~80百 分 比 1 1 第5 頁 ! 1 本紙張尺度適用中國國家標準（CNS ) Λ4^格（2]0X 297公釐） 4 2664 3 a7 B7 經濟部智慧財產局員工涓費合作社印製 1 , 五、發明説明 ( 4 ) | 間 在 板 面 上 並 被 佈 有 離 子 隔 膜 以 區 隔 電 解 時 之 陰 1 ( 陽 離 子 其 厚 度 較 該 框 板 為 薄 ， 使 窗 α 於 隔 骐 之 兩 惻 1 1 ^ 1 尚 於 有 水 液 流 動 之 空 間 1 I 1 該 等 密 封 環 呈 中 空 環 狀 體 Ύ 其 度 與 該 等 第 \ η 先 ί I 二 出 水 管 配 合 而 可 套 &又 於 其 上 t 各 密 封 環 外 壁 面 並 徑 閱 讀 背 Ί 向 内 縮 形 成 —· 長 度 相 同 於 該 等 出 水 管 與 凸 度 差 之 ιέ ] 套 接 部 意 ψ 1 該 電 極 板 可 外 接 電 源 供 應 電 解 之 工 作 電 壓 其 外 形 與 項 再 1 ‘、ί 框 板 配 合 之 薄 導 電 片 體 其 周 緣 並 —ru ύ又 有 對 應 框 板 組 接 孔 之 巧V 本 η -蚊 1 組 裝 孔 1 I 該 二 側 蓋 之 外 形 與 前 述 框 板 配 合 且 tr -+；t_ 有 與 該 笄 組接 1 1 I 孔 、 組 裝 礼 對 應 之 ά 合 孔 伴 可 藉 由 組 接 桿 件 將 該 等 丛 板 1 1 單 訂 元 、 電 極 板 穿 -iX 因 定 以 形 成 水 解 裝 置 於 側 蓋 上 並 1 設 有 與 該 等 第 二 出 水 孔 及 進 水 孔 % 副 出 水 孔 對 應 連 通 1 之 第 — 二 集 水 孔 及 引 水 孔 、 排 水 礼 1 | 於 兩 兩 電 極 板 與 — 基 板 單 元 間 可 形 成 — 電 解 室 各 電 1 、适 解 室 再 以 隔 膜 區 隔 為 不 相 連 通 之 陰 、 陽 極 電 解 室 於 陰 極 .多 電 解 室 產 生 之 鹼 性 離 子 水 可 由 第 一 出 水 管 經 第 一 集 水 孔 排 1 + U 出 而 陽 極 電 解 室 產 生 之 酸 性 離 子 水 可 由 第 二 出 水 管 經 第 ίί 二 集 水 孔 排 出 Ο S 1 有 關 本 發 明 為 達 成 上 述 巨 的 所 採 用 之 技 術 手 段 及 其 1 1 功 效 > Jk-b 舉 —* 較 佳 實 施 例 並 配 合 圖 式 詳 述 如 下 1 1 1 圖 式 之 間 tm 早 說 明 i 1 ! 第 6 頁 1 1 本紙張尺度制中關家樣笨（CNs ) &4祕（21⑽別公庚） 42664 3 A7 B7 五、發明説明（5 ) 第一圖係本發明一較佳實施例之組合示意圖。 (請先閱讀背面之注意事項再填"本頁) 第二圖係本發明一較佳實施例其框板之右面示意圖a 第三圖係第二圖之n _ m剖視圖。 第四圖係第二圖之rv — rv剖視圖。 第五圖係本發明一較佳實施例其電極板之正面示意圖 〇 第六圖係本發明一較佳實施例其隔膜之正面示意圖。 第七圖係本發明一較佳實施例之部份組合放大剖視圖 〇 本發明主要元件之編號： 基板單元 1_ 朮極板 2 侧蓋 3 框板 4 導流組件 5 隔膜 6 密封環 7 電解區 43 經濟部智慧財產局員工涓費合作社印製 墊圈溝 4 1 1 、4 2 1 固接部 44 組接孔 441 第一端 431 第二端 432 第一出水孔4 3 3 第7頁 本紙浪尺度適用中國圉家標準（CNS ) Λ4規格（210X 297公釐） 426 64 3 at Β7 五、發明説明（6 ) 第二出水孔4 3 4 進水孔 435 副出水孔 436 窗口 4 5 隔條 4 6 缺 σ 461、485、486 嵌溝 4 7 凸柱 4 7 1 第一出水管4 8 1 第二出水管4 8 2 第一副出水管4 8 3 第二副出水管4 8 4 導水部 49 斜面 4 9 1 上導流肋 51 下導流肋 52 第一進水區5 3 第二進水區5 4 第三進水區5 5 套接部 7 1 敌礼 6 1 接電部 24 首先參閒第一圖，本實施例之水電解裝置主要包括： 第8頁 本紙張尺度適用中国國家標準（CNS ) Λ4規格（210X 297公釐） (請先閱讀背面之注意事項耳4¾本頁) 订 經濟部智慧財產局S工消費合作社印製 42664 3 at _B7_ 五、發明説明（7 ) 複數個互呈平行間隔設置之基板單元1 ，複數個夾設於兩 兩基板单元1間之電極板2 1二分別設於該％位於最外.側 兩對應端面板單元1上之側蓋3 ; 配合參閱第二、三、四圖，該等基板單元1分別具有 一框板4、二導流組件5、一隔膜6以及複數個密封環7 » 該框板4具有兩相背離之左、右面4 1 、4 2 1 於左、右面4 1 、4 2上分別凹設一環可圍設形成一 電解區43之墊圈溝411、421 ，於垫圈溝41 1 、4 2 1與框板4周緣間具一固接部4 4 ，固接部 4 4上間隔設有複數個贯穿左、右面4 ί ' 4 2之組 接孔4 4 1 ，該電解區4 3具有相遠離之笫一、二端 4 3 L 、4 3 2 ，於第一端4 3 1上間隔贯設有與組 接孔4 4 1同軸向之第一、二出水孔4 3 3 、4 ,3 4 ，第二端4 3 2上貫設有與第一、二出水孔4 3 3 、 {請先閣讀背面之注意事項再填寫本頁) 經濟部智慧財產局員工消費合作社印¾ 解水 4 , 條 3 孔隔來 電進口 \ 隔 4.水於用 , 與窗第，孔進，可 CD4 狀與 6 水向 001 3 3 空 5 4 出靠 3 6 4 4 透 4 條二 一 4 4 孔、 一 口隔、及區口 水 3 設窗一 一以應缺 出 3 開於有第 7 反該 副 4 再介設向 3 解 ， , 孔間上隔靠 4 電 1 LO 水 62 間 一 區之 6 3 出 344 為放 64 9 4 二 4、 3 離排 3 口 第 孔、孔 14 隔液 4 缺 水一水 4 、 3 解孔一 進第出面 34 電水有 之於副右 3 區 之出成 應介、 、4 解 4 副形 對内 5 左孔電 3 、 上 433 各水將 4 56 3 4 4 ， 出 6 、 34 4 區孔 5 二 434 條 本紙乐尺度適用中国國家標準（CMS ) A4規格（210 X 297公釐） 426643 : 五、發明説明（S ) (請先閱請背面之注意事項耳填寫本頁) 連通電解反應區4 3 8與電解液排放區4 3 7 1於左 面4 1上沿著窗口 4 5周緣往内凹設一嵌溝4 · 了 ，該 嵌溝4 7與左面4 1之面板間具有一落差D 1 ，於嵌 溝4 7上並間隔凸設複數個與該隔肋4 6等高之凸柱 4 7 1 1該第一、二出水孔4 3 3 、4 3 4孔緣分別 朝向右、左面42 、41凸設有第一、二出水管48 1 、482 ，各第一、二出水管481 、482之長 度較前述凸枉4 了 1長而與其有一高度差D2 。第一 、二出水孔4 3 3 、4 3 4周緣再凸設有與該等第一 、二出水管4 8 1 、4 8 2反向且長度與隔條4 6等 ,¾之第一、二副出水管4 8 3 、4 8 4 ，於笫一副水 管4 8 3设壁上開設有與電解液排放區.4 3 7連通之 缺口 4 8 5 1第二副出水管4 8 4上亦設有一缺口 4 8 6 。另，於窗口 4 5下方，介於進水孔4 3 5 、副 出水孔4 3 6間再凸設有一逆洗排水導水部4 9 1此 導水部4 9具有一與框板4垂向且由進水孔4 3 5朝 向副出水孔4 3 6漸傾之斜面4 9 1 。 經濟部智祛財產咼員工消費合作社印^ 該等導流組件5各具有二平行交錯組裝於左、右 面41 、42第一、二端43 1 、432上之長條狀 上、下導流肋5 1 、5 2 ，以第二圖之組裝為例，該 上導流肋5 1組裝於左面4 1隔條4 6下方，下導流 肋5 2組裝於左面4 1之第二端4 3 2 ，兩導流肋均 朝窗口 4 5之中心方向廷伸，藉此可將電解反應區4 3 8區隔為一靠向進水孔4 3 5之第一進水區5 3 、 第10頁 本紙乐尺度適用中国國家標準（CNS ) AJ规格（2]0Χ 297公釐） 4 2664 3 A7 B7 經濟部智慧財產局W工消費合作社印¾ 五、發明説明 ( 9 ) 1 一失 合 於 兩 導 流 肋 5 1 5 2 間 之 第 進 水 5 4 t 1 1 以及 一 靠 向 第 出 水 孔 4 3 4 之 第 三 進 水 [^r 5 r- D 1 1 再 參 閒 第 六 圊 j 該 隔 膜 6 呈 板 片 狀 j 可 組 裝 於 前 1 1 述凸 柱 4 7 1 上 並 將 窗 口 4 5 封 閉 ) 其 周 緣 對 應 前 述 η 先 I ! 凸柱 4 7 1 處 開 設 有 對 應 孔 6 1 1 其 板 面 上 加 卫 有 聞 讀 背 孔洞 於 板 面 上 之 透 孔 率 為 佔 整 片 板 ，之6 C 8 0 之 百分 比 間 透 孔 率 最 佳 為 7 5 百 分 比 其 原 因 是 若 透 意 事 1 孔率 過 低 則 電 解 過 程 中 ， 特 別 電 極 板 2 採 用 串 聯 供 再 1 電時 t 該 隔 膜 6 會 於 電 極 板 間 感 應 一 電 位 差 此 電 位 ΪΓ -¼ 差也 就 可 能 使 隔 膜 6 喪 失 其 原 有 之 隔 離 電 子 功 能 而 Η ^_ 1 1 轉變 為 具 電 位 Ά 之 電 極 板 了 當 坱 若 隔 膜 6 之 边 孔 率 1 I 過高 則 隔 膜 6 之 強 度 又 不 足 以 達 到 陰 > 陽 極 電 解 室 1 I 若有 壓 差 時 之 強 度 需 求 所 以 該 透 孔 率 對 本 發 明 而 言 1 訂 是相 當 重 要 的 並 於 板 面 上 被 佈 有 離 子 隔 膜 以 區 隔 1 電解 時 之 陰 陽 離 子 其 厚 度 較 該 樞 板 為 薄 使 窗 D 4 1 | 5於 隔 膜 6 之 兩 側 尚 於 有 水 液 流 動 之 空 間 1 I 該 等 密 封 環 7 呈 中 空 環 狀 體 > 其 1¾ 度 與 該 等 第 .)泉 、 出 水 管 4 8 1 4 8 2配 合 而 可 套 δ又 於 其 上 各 1 1 密封 環 7 外 壁 面 並 徑 向 内 縮 形 成 '- 長 度 相 同 於 該 等 第 | — 、 -— 出 水 管 4 8 1 % 4 8 2 與 隔 條 4 6 之 1¾ 度 差 D I 2相 同 之 套 接 部 7 1 1 1 1 參閱 第 五 圖 t 該 電 極 板 2 係 以 一 體 兩 面 之 金 屬 片 體 > 1 1 其一面係 金 屬 材 ί 另 面 為 被 覆 欽 或 貴 金 屬 或 白 金 黑 等 材 質 1 1 ，電極板 2 之 外 形 係 與 枢 板 4 相 配 合 » 其 周 緣 並 設 有 對 應 1 1 第 11 頁 1 1 本紙張尺度通用卞國國家標準（CNS ) Λ4说格 ί 210x297公釐） 1 426643 一 —-------- 五、發明説明（10 ) 於且接孔4 4 1之組裝孔2 1 ’ 433、434對應之通水孔2 Α7 Β7 奸琢第一及第二出水孔 y Ρ - ^ 2 2 ^ ,該通水孔9 仏於)電極板2採用並聯供電時所必需，备妙 .電極板2係採串聯供電時該通 〜右於 血姑，匕 疋不需要的，二 ’…水孔4 3 5、副出水孔4 3 6對應之第 I電極板2上方再凸設有一接連工作電源之接電部“ 再配合參閱第一圖，該二惻蓋3之外形與前述框板* ^且貫設有與該等組接孔4 4丄、_孔2 ^對鹿俾可 7由組接桿件3丨將料框板4、電極板2穿㈣定 =-水電解裝置之接合孔32，二側蓋3上並設有與該等 :—出水孔1 3 3 、4 3 4相互對應逑通之第一、二 :水孔3 3、3 4，以及用來將水引入與排出前述電解： 應區4 3 8之引水孔35、排水孔36。 當前述各構件相互組接之後，參閱第二、三、七圖 Z於兩兩電極板2與—框板4間形成一電解室8，各電解 至8再以隔膜6區隔為不相連通之陰、陽極電解室8厂 82，藉各第-、二出水管1§1、482互呈反向凸伸 ’各第-、二副出水管4 δ 3、…管壁上開設有缺口 請 閱 讀 背 νδ 〉’生 意 事 項 再 Μ/ V3 A7 B7 V. Description of the invention (i This unit is used to drink water of electric concentration in electricity. Among them, the sexual water and water containing water are often used for cooking, which is indispensable for the week, and is ignored. "Installing 1", electrolyzing water, its structure is printed by the Ministry of Economic Affairs, Zhiluo S. Consumer Cooperatives is related to a kind of water electrolysis device, especially one that uses its substrate to disassemble the board and the barrier structure to achieve easy deployment and assembly, Avoid using (please read the precautions on the back Λ4 " this page first) to decompose heavy metals or oxides, and high-pressure electrolysis can improve the ion water electrolysis device β. Water electrolysis can be used to electrolyze water to produce ionized water. There is acidic water with higher hydroxide ion (QH-) W and higher wind test ion (Η +) concentration. Generally, the alkali is used as drinking water to supplement the alkaline components of the human body, and acidic water can be used for food or cleaning. Fruits and vegetables, therefore, the water electrolysis device can be described as a living water resource equipment. It can also provide a large amount of water in the food industry. The concentration and sanitary considerations of the water produced by electrolysis are unreadable. it electrolysis The production of sub-water ir 'is a kind of device related to electrolyzed water. This device has the function of acidic and alkaline ionized water. However, after detailed research, it is found that the following situations can still be improved in actual operation: The process of generating ionized water during positive growth and electrolytic backwashing will cause the hydroxide to flow out of ionized water (especially alkaline ionized water) and be consumed by people. The reason is that the device continues to generate electricity during the backwashing process. Ionized water 'if the user does not know or is negligent' will accidentally drink the metal oxide microchips that contain hydroxide and peeling off of the electrode plate 'This hydroxide and metal halide microchips will be negative to the human body In the process of generating ionized water by electrolysis, 'Ionized water and non-ionized water are discharged with the same outflow amount', causing waves of non-ionized water. Page 3 This paper applies Chinese national standard (CNS) Λ4 坭Pile (210x 297 cm) 664 3 A7 B7 Intellectual Property Bureau of the Ministry of Economic Affairs a: Industry " Fei Cooperative Society Printing Purple 5. Description of the invention (2) Fees, such as drinking state, the alkaline ionized water is taken drink The acidic ionized water is drained away because the diaphragm of Xi Xi cannot bear the different water pressure between the yin and yang electrodes, so it can only be electrolyzed under the same water pressure. If the problem of this diaphragm can be improved, it can be used in different water. Electrolysis under pressure can also reduce the discharge of non-used ionized water (that is, the discharged ionized water has a higher acidity degree) a 3. It cannot perform high-pressure differential electrolysis, and the diaphragm design of the user cannot withstand high pressure Poor load, the diaphragm (ion exchange membrane) is easy to break, and the rupture situation will cause the acidic ionized water to mix and neutralize its acidity, and lose the basic function of the electrolytic device 1. The inventor has given the foregoing usage There is still an urgent problem to be solved as described above in the production of deionized water, which is based on the pursuit of excellence; the handsome of love, to break through the aforementioned shortcomings. That is, the object of the present invention is to provide a water electrolysis device which can reduce the electrolysis efficiency, can save the amount of water that is not taken out, does not drink and use the metal compounds generated during electrolysis, and can electrolyze with high water pressure. That is, the present invention mainly includes: a plurality of substrate grass elements arranged at parallel intervals, a plurality of electrode plates sandwiched between two or two substrate units, and a side cover sandwiched between the two outermost substrate units. The frame board unit has a frame plate, a diaphragm, two diversion elements, and a plurality of sealing rings; the frame plate has two left and right faces facing away from each other, and a ring is respectively recessed on the left and right sides to be surrounded and formed. The padding groove of an electrolysis zone is applicable to the Chinese National Standard (CNS) Λ4 specification (210X 297 mm) on page 4 of the paper. Page) ------------------- '»3:) 426643 A7 B7 Intellectual property of the Ministry of Economic Affairs 印 Employee Consumer Cooperatives Fifth, the invention description (3) 1 1 ditch A fixed part is connected with the periphery of the frame plate, and the fixed part is provided with a set of through holes on the left and right sides of the fixed part. The electrolytic zone has first and second ends spaced apart from each other and is provided on the first end. Coaxially with the assembly holes —,! 1 1 I Second outlet hole t The first end. It is also provided with the same direction as the connection hole. The first and second outlet holes are in the electrolysis zone. The first and second outlet holes in the electrolytic zone are between the first and second outlet holes. 1 AI An air-permeable window is opened between the water inlet hole and the sub-outlet hole. At the windows TJ and J -1, the first and second water outlet holes are placed between the two outlet holes-ί-Λ. Matter 1 I then 1 I a 1 The left and right sides of the window are filled with r from the upper and lower edges of the window to the center, and assembled and extended -i-rt. There are upper and lower diversion components. The component page 1 can be divided into three sections which are connected to each other: a second water inlet area leaning to the first 1-11 water outlet and a first water inlet f-to the water inlet. 进 1 I Water area and a clip-i-rt. 丶 又 第 .—. The second water inlet 1 of the water inlet and the water inlet 1 1 through the window twice I half of the water flow channel can enter the water from the lower end of the water, be guided by the 1 1 flow module through the first water inlet area and then flow down to the second inlet 1! Finally, the area is guided by the upper diversion assembly to flow upward into the third water inflow. 1} The spring area is recessed along the periphery of the window on the left side with an embedded groove. The groove 1 and the left surface have a gap between the groove and convex numbers. Convex posts 1 • t | the first Ή --- the edge of the outlet hole is respectively protruded toward the right and left side-ί two outlet pipes t each of the first and second outlet pipes has a degree greater than the frame plate degree 1 1 and is just the frame The height of the plate plus the electrolytic plate and j 1 ί The diaphragm is in the shape of a plate, which can be assembled on the aforementioned convex post and closes the window α 1 1 Ϊ The peripheral edge corresponding to the aforementioned convex post is provided with corresponding insertion holes, and the plate 1 1 side There are holes in the upper surface, so that the perforation rate of the plate surface is between 60% and 80% 1 1 5 pages! 1 This paper size applies the Chinese National Standard (CNS) Λ4 ^ grid (2) 0X 297 mm) 4 2664 3 a7 B7 Printed by the staff of the Intellectual Property Bureau of the Ministry of Economic Affairs, printed by the cooperative 1, V. Description of the invention (4) An ion membrane is placed on the surface of the plate to isolate the anion 1 during electrolysis (the thickness of the cation is thinner than that of the frame plate, so that the window α is between the two sides of the diaphragm 1 1 ^ 1 The space 1 I 1 These sealing rings are hollow ring bodies. They are matched with the first and second water outlet pipes and can be set on the outer wall surface of each sealing ring and read the backing. Formed inwardly-· The length is the same as those of the outlet pipe and the difference in convexity] Socketing section means ψ 1 The electrode plate can be connected to an external power supply to supply the working voltage of electrolysis, and its shape is matched with the item 1 ', ί frame plate The thin conductive sheet has its surroundings—ru ύ again Correspondence to the connection holes of the frame plate group V η -mosquito 1 assembly hole 1 I The shape of the two side covers is matched with the aforementioned frame plate and tr-+; t_ has a 1 1 I hole and assembly ceremony corresponding to the cymbal group The companion hole partner can use a set of post members to make the bundle plate 1 1 single order, electrode plate through -iX factor to form a hydrolysis device on the side cover, and 1 is provided with the second outlet holes and inlet Water hole% The auxiliary outlet hole corresponds to the first connection—the second water collection hole and the water introduction hole, the drainage ceremony 1 | can be formed between two or two electrode plates and—the substrate unit—the electricity in the electrolysis room 1, the solution room and the diaphragm area The cathode is separated from the cathode and anode electrolytic chambers. The alkaline ionized water produced by the multiple electrolytic chambers can be discharged from the first outlet pipe through the first collection hole row 1 + U, and the acidic ionized water produced by the anode electrolytic chamber can be discharged from the first Second outlet pipe The second drainage hole is drained 0 S 1 The technical method adopted by the present invention to achieve the above-mentioned giant and its 1 1 effect > Jk-b for example-* The preferred embodiment and the detailed description of the drawings are as follows 1 1 1 Tm between the drawings i 1! Page 6 1 1 Guan Jiabang (CNs) & 4 Secrets (21⑽Begong) 42664 3 A7 B7 in the paper scale system 5. Description of the invention (5) First The figure is a combined schematic diagram of a preferred embodiment of the present invention. (Please read the notes on the back first and then fill in this page) The second figure is a schematic diagram of the right side of the frame plate of a preferred embodiment of the present invention. A The third figure is a cross-sectional view of n_m of the second figure. The fourth figure is the rv-rv cross-sectional view of the second figure. The fifth diagram is a schematic front view of an electrode plate of a preferred embodiment of the present invention. The sixth diagram is a front schematic view of a diaphragm of a preferred embodiment of the present invention. The seventh figure is an enlarged sectional view of a part of a combination of a preferred embodiment of the present invention. The number of the main components of the present invention is: base unit 1_ technical pole plate 2 side cover 3 frame plate 4 flow guide assembly 5 diaphragm 6 seal ring 7 electrolytic zone 43 Employees of the Intellectual Property Bureau of the Ministry of Economic Affairs, Cooperatives, printed washer grooves 4 1 1 、 4 2 1 Fixing part 44 Group connection holes 441 First end 431 Second end 432 First water outlet 4 3 3 Page 7 China National Standard (CNS) Λ4 specification (210X 297 mm) 426 64 3 at Β7 V. Description of the invention (6) Second outlet hole 4 3 4 inlet hole 435 auxiliary outlet hole 436 window 4 5 spacer 4 6 missing σ 461, 485, 486 Embedded trench 4 7 Convex column 4 7 1 First outlet pipe 4 8 1 Second outlet pipe 4 8 2 First secondary outlet pipe 4 8 3 Second secondary outlet pipe 4 8 4 Water guide 49 Inclined surface 4 9 1 Upper diversion rib 51 Lower diversion rib 52 First water inlet area 5 3 Second water inlet area 5 4 Third water inlet area 5 5 Socket section 7 1 Enemy 6 1 Power connection section 24 A picture, the water electrolysis device of this embodiment mainly includes: Page 8 This paper size applies the Chinese National Standard (CNS) Λ4 specification (210X 297 mm) (Please read the precautions on the back of this page first 4¾ this page) Order printed by the Intellectual Property Bureau of the Ministry of Economic Affairs S Industrial Consumer Cooperatives 42664 3 at _B7_ V. Description of the invention (7) A plurality of substrate units 1 arranged at parallel intervals, a plurality of The electrode plates 2 sandwiched between two or two substrate units 1 are respectively located at the outermost side. The two side covers 3 correspond to the side cover unit 1 on the end panel unit 1; see the second, third, and fourth figures for cooperation. The unit 1 has a frame plate 4, two diversion modules 5, a diaphragm 6, and a plurality of sealing rings 7 »The frame plate 4 has two left and right sides 4 1 and 4 2 1 facing away from the left and right sides 4 1, A ring is respectively recessed on 4 2 to surround a gasket groove 411 and 421 forming an electrolytic zone 43. A fixing portion 4 4 and a fixing portion 4 4 are provided between the gasket grooves 41 1 and 4 2 1 and the peripheral edge of the frame plate 4. The upper space is provided with a plurality of connection holes 4 4 1 that pass through the left and right sides 4 ′ '4 2. The electrolytic zone 4 3 has the first and second ends 4 3 L and 4 3 2 far away from each other. The first and second water outlet holes 4 3 3, 4, 3 4 coaxially aligned with the group connection hole 4 4 1 are arranged on the 3 1 space, and the first and second outlet holes are arranged on the second end 4 3 2. Hole 4 3 3, {Please read the notice on the back of the cabinet before filling out this page) Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs ¾ Resolving Water 4, Article 3 , Hole into, can be CD4 shape and 6 water direction 001 3 3 empty 5 4 exit 3 6 4 4 through 4 2 4 4 holes, a mouth, and the area of the mouth 3 set windows one by one should be missing 3 open at There is a 7th, the vice 4 is then interposed to the 3rd solution, the upper hole is separated by the 4 electricity 1 the LO 62 the 6th of the 1 area of the 3 3 out 344 for the 64 9 4 2 4 3 3 row of the 3rd hole, Hole 14 Shedding liquid 4 Water shortage and water 4, 3 Solution release and the first exit surface 34 Electric water is in the right side of the 3rd zone of the vice, 4 solution 4 inward pair 5 Left hole electricity 3, upper 433 Each water will be 4 56 3 4 4 and 6 and 34 4 area holes 5 2 434 paper scales applicable to the Chinese National Standard (CMS) A4 specification (210 X 297 mm) 426643: 5. Description of the invention (S) (please Please read the notes on the back first to fill in this page) Connect the electrolytic reaction zone 4 3 8 and the electrolyte discharge zone 4 3 7 1 On the left side 4 1 A recessed groove is formed inward along the window 4 5 · There is a drop D 1 between the recessed groove 4 7 and the panel on the left side 41, and a plurality of protruding pillars 4 7 1 1 having the same height as the rib 4 6 are protruded on the recessed groove 4 7 at intervals. The first and second water outlet holes 4 3 3 and 4 3 4 have first and second water outlet pipes 48 1 and 482 protruding toward the right and left sides 42 and 41 respectively. The length of each of the first and second water outlet pipes 481 and 482 is longer than the foregoing. The ridge 4 is 1 long and has a height difference D2 from it. The peripheral edges of the first and second water outlet holes 4 3 3 and 4 3 4 are convexly provided with the first and second water outlet pipes 4 8 1 and 4 8 2 opposite to the first and second water outlet pipes 4 8 1 and 4 8 2. Two secondary outlet pipes 4 8 3 and 4 8 4 are provided on the wall of the first secondary outlet pipe 4 8 3 and are provided with an electrolyte discharge area. 4 3 7 a gap communicating with the 4 4 5 1 second secondary outlet pipe 4 8 4 A notch 4 8 6 is also provided. In addition, under the window 4 5, a backwash drainage channel 4 9 1 is protruded between the water inlet hole 4 3 5 and the auxiliary water outlet hole 4 3 6. The water channel 4 9 has a vertical direction with the frame plate 4 and The inclined surface 4 9 1 is gradually inclined from the water inlet hole 4 3 5 toward the auxiliary water outlet hole 4 3 6. Printed by the Intellectual Property Department of the Ministry of Economic Affairs 咼 Employees' Cooperative Cooperatives ^ Each of these diversion modules 5 has two parallel staggered upper and lower diversion ribs assembled on the left and right sides 41, 42 first and two ends 43 1 and 432. 5 1, 5 2, taking the assembly in the second figure as an example, the upper guide rib 5 1 is assembled below the left side 4 1 spacer 4 6, and the lower guide rib 5 2 is assembled at the second end 4 1 of the left side 4 3 2, the two diversion ribs extend toward the center of the window 45, so that the electrolytic reaction zone 4 3 8 can be divided into a first water inlet area 5 3 and 10 which are adjacent to the water inlet hole 4 3 5 The paper scale is applicable to the Chinese National Standard (CNS) AJ specification (2) 0 × 297 mm. 4 2664 3 A7 B7 Printed by W Industry Consumer Cooperatives, Bureau of Intellectual Property, Ministry of Economic Affairs Ⅴ 5. Description of invention (9) 1 The first water inlet 5 4 t 1 1 between the guide ribs 5 1 5 2 and the third water inlet [^ r 5 r- D 1 1 leaning toward the first water outlet 4 3 4] 6 is plate-shaped j can be assembled on the convex post 4 7 1 described above and closed the window 4 5) its periphery corresponds to the aforementioned η First I! Corresponding holes 6 1 1 are provided at the convex column 4 7 1. The perforation rate of the holes on the board is guarded and read. The perforation rate of the entire board is 6 C 8 0. The best porosity is 7 5%. The reason is that if the porosity is too low, the electrolysis process will be carried out when the porosity is too low. When the special electrode plate 2 is used in series to supply electricity, the diaphragm 6 will induce a potential difference between the electrode plates. The difference between ΪΓ and ¼ may also cause diaphragm 6 to lose its original isolated electronic function and ^ _ 1 1 will be transformed into an electrode plate with potential. When the edge porosity 1 of diaphragm 6 is too high, the diaphragm 6 The strength is not enough to reach the cathode > anode electrolysis chamber 1 I If there is a strength requirement at the time of pressure difference, the porosity is very important to the present invention, and an ion membrane is arranged on the surface of the plate to separate the 1 The thickness of anions and cations during electrolysis is thinner than that of the pivot plate D 4 1 | 5 On both sides of the diaphragm 6 there is still a space where water and liquid flow 1 I The sealing rings 7 are hollow rings > its 1¾ degree is equal to the above.) Spring, outlet pipe 4 8 1 4 8 2 fit and can be set on each of them 1 1 seal ring 7 outer wall surface and radially inwardly contracted to form '-the same length as the first | —,-— outlet pipe 4 8 1% 4 8 2 and spacer 4 6 of the 1¾ degree difference DI 2 the same socket part 7 1 1 1 1 Refer to the fifth figure t The electrode plate 2 is a two-sided metal sheet body > 1 1 One side is made of metal material and the other is coated Material 1 1 or precious metal or platinum and black, the outer shape of the electrode plate 2 is matched with the pivot plate 4 »The periphery is provided with corresponding 1 1 Page 11 1 1 The paper standard is generally the national standard (CNS) Λ4. ί 210x297 mm) 1 426643 One ---------- V. Description of the invention (10) The assembly holes 2 1 ′ 433 and 434 corresponding to the holes 4 4 1 Water hole 2 Α7 Β7 The first and second water outlet holes y P-^ 2 2 ^, the water hole 9 is used) The electrode plate 2 is necessary when using parallel power supply, please prepare. The electrode plate 2 is connected in series. At this time ~ right to the blood aunt, the dagger is not needed, the second '... water hole 4 3 5 and the auxiliary water outlet 4 3 6 corresponding to the first electrode plate 2 is further provided with a power supply unit connected to the working power " Refer to the first figure for cooperation. The outer shape of the second cymbal cover 3 is the same as the aforementioned frame plate * ^ and is provided with connection holes 4 4 丄, _ holes 2 ^ for Luhan can be connected by the rod 3 丨The material frame plate 4 and the electrode plate 2 are set through =-the joint hole 32 of the water electrolysis device, and the two side covers 3 are provided with these:-the water outlet holes 1 3 3, 4 3 4 correspond to each other First and second: water holes 3 3, 3 4 and the aforementioned electrolysis for introducing and discharging water: the water introduction holes 35 and drainage holes 36 in the application area 4 3 8. After the aforementioned components are assembled with each other, referring to the second, third, and seventh drawings Z, an electrolysis chamber 8 is formed between the two electrode plates 2 and the -frame plate 4, and each of the electrolysis to 8 is separated by a diaphragm 6 to be disconnected. The Yin and anode electrolysis chamber 8 factory 82, by the first and second outlet pipes 1§1, 482 projecting in opposite directions to each other, each of the second and second outlet pipes 4 δ 3, ... a gap is opened on the pipe wall, please Read the back νδ〉 'Business matters again Μ
iT > 經 部 智 慧 財 產 局 Μ 工 費 合 ί 社 印， η I _ 第 12 頁 本紐尺i適用—國家揉孝（CNS )Α4祕（2ισϋ^__ 1 “、4 8 6之設計’可使各陰極電解室8 1與側蓋3 ，第集水孔3 3相連通’以及使各陽極電解室8 2與側 盍3之第二集水孔3 4相連通，俾使陰、陽極電解室8 1 、8 2電解產生之鹼性水與酸性水分別由第一、二集水孔 3 3、3 4集收：#中’電極板2可以全數串聯方式供電 426643 A7 B7 五、發明説明（11 ) ’ ' ，亦可採用數片並聯後再加以串聯方式施以工作電壓，此 選擇方式可視實際供給電壓設備之不同而加以匹配，且各 電極板2之間距以不超過5 m m為較佳，因各電極板2之 間距若太大’則須加大電解電壓，而電解電壓之提高會造 成電解效率愈差。 另，再參閱第一、二圖，在此值得一提的是，本發明 第一、二出水孔4 3 3、4 3 4，通水孔2 2，以及用來 將電解完成之鹼、酸離子水排出之第一、 …位於整個水電解裝置的上丄於其 、笫-逍水孔2 3與引水孔3 5位於水解裝置的下端， 由此可知，本發明其水流的方向係由下而上，栴此設計可 將離子水電解生成令所產生比重极屯之氣氣化物及金屬氣 化物，於流道中即可漸漸沈歲於水取解跋置底部，而不會 隨著酸、验離子水流出，使人飲用或取用。 再者，藉該等導流組件5將電解反應區438區隔為 讀 先 閱 讀 背 1& 之 t 事 項 |α 頁 訂 第一進水區 第二進水區5 4以及一第三進水區 經濟部智慧財產^s工消費合作社印裝 5 5以及該隔條4 6之配合，可使水液於 : .Q + %八電解反應區 438時，依序循著第一、二、三進水^ 、5 4、5 5形成一迂迴流動的迴路，再緩慢由隔 ,^ 咏4 β之通孔4 6 1化向電解液排放區437 ，如第二圖中夕α ^ 之前號Α所示’ 籍此没計可延長水液滯留於電解反應區 a ό 8内的時間， 使水電解效率更加。 再者’本發明之隔膜6係採用不同於翌土 ^ J八a知者之金屬板 片加以沖製微孔後再加以塗佈離子隔犋， #此，隔膜6之 苐13頁 本紙張尺度適用中囷囷家標隼（CNS)八4此格（210x297公釐） 4 26 6 4 3 A7 ------ B7 五、發明説明（12 ) 一 --— 党壓強度可達習知者之數十倍甚至百倍，在本發明水電解 裝置上隔膜6將可提高該區隔之陰、陽極電解室間存在有 高水歷差下仍能進行電解生成離子丨t例b，在電解的過 程中’可將驗性離子水依正常量排流取用，而將酸性離子 水減里排出，此時的酸性離子水之酸度將會昇高，更有利 於供作特殊用途利用，一來可減少不取離子水之排流量以 即省資源’二來可生成高酸鹼度之離子水供使周實為— 考量完整之水電解裝置。 本發明於使用時，水液由側蓋3之引水孔3 5 、各基 板單το 1之進水孔4 3 5、第一通水孔2 3進入該等電解 反應區4 3 8内，以便受隔膜6電解形成鹼性離子水與醆 性離子水，此時，側蓋3之排水孔3 6呈關間狀態’該鹼 性離子水與酸性離子水分別由基板單元L之第一、二出水 孔4 3 3 ' 4 3 4及惻蓋3之第一 '二集水孔3 3 、3 4 排出。當水液停止進入該等電解反應區4 3 8内時，本發 明另設有一控制單元，因該控制單元係屬習知之技術且非 本發明之特徵所在故圖中未示出該控制單元，此控制單元 可使電極板2形成反極狀態，藉此反極通電的電逆洗作用 可使因電解反應時附著於陰、陽電極板之金屬氡化物脫落 ’以使電極板作一清潔動作，而當本發明於使用一段時間 之後’例如使用1 2小時之後，該控制單元除了會進行如 上之^•逆洗之外，其亦可控制基板單元1之第一、二出水 孔4 3 3 、4 3 4呈關閉狀態’此時側蓋3之棑水口 3 6 呈開啟狀態，而第一、二集水孔3 3、3 4則閉合，水液 第14頁 本紙張尺度適用'^國"5"家(^((；叫八4麟_(210><297公釐) ' ' ~~~ (請先閱讀背面之注意事項再4'紙本買) ,I It f I < 、ϊτ 經濟部智慧財凌局8工消費合作社印" 4 2 6 6 4 3 五、發明説明（ 可由側蓋3 再由框板4 孔2 3及側 明的是，當 3 5進入副 沈澱於電解 4 9之斜面 孔4 3 6排 另外， ，其可耐較 可於較高的 '另方面可 卻製得較高 之排水量調 的時間延長 ，將側蓋3 由以上iT > Ministry of Economics and Intellectual Property Bureau MF Labor Costs Co., Ltd., η I _ Page 12 This new rule i applies—CNS A4 secret (2ισϋ ^ __ 1 ", 4 8 6 'design can enable Each cathode electrolysis chamber 81 is in communication with the side cover 3 and the first water collection hole 33, and each anode electrolysis chamber 82 is connected with the second water collection hole 34 in the side 盍 3, and the cathode and anode electrolysis rooms are connected. 8 1 and 8 2 The alkaline water and acid water produced by electrolysis are collected by the first and second water collection holes 3 3 and 3 4 respectively: # 中 'electrode plate 2 can be powered in series in all ways 426643 A7 B7 V. Description of the invention ( 11) '', you can also use several pieces in parallel and then apply the working voltage in series, this selection method can be matched according to the actual voltage supply equipment, and the distance between each electrode plate 2 is preferably not more than 5 mm If the distance between the electrode plates 2 is too large, the electrolytic voltage must be increased, and the increase of the electrolytic voltage will result in worse electrolytic efficiency. In addition, referring to the first and second figures again, it is worth mentioning that the present invention The first and second outlet holes 4 3 3, 4 3 4 and the through holes 2 2 are used to complete the electrolysis. The first discharge of acid ion water is located at the top of the entire water electrolysis device, and the 笫 -xiaoshui hole 23 and the diversion hole 35 are located at the lower end of the hydrolysis device. It can be seen that the direction of the water flow of the present invention is From the bottom up, this design can electrolyze the ionized water to produce the gaseous vapors and metal vapors of the specific gravity, which can gradually sink in the flow path and get rid of the bottom without water Acid and ionized water flow out, making it drinkable or accessible. Furthermore, the electrolysis reaction zone 438 is separated into the reading and reading back 1 & t by the diversion assembly 5. Matter | The second water intake area 5 4 and the third water intake area are the intellectual property of the Ministry of Economic Affairs ^ s industrial and consumer cooperatives printed 5 5 and the partition bar 4 6 can make water in: .Q +% eight electrolytic reaction area At 438 hours, follow the first, second, and third inlets in sequence ^, 5 4, 5 5 to form a circuitous flow circuit, and then slowly pass from the through hole ^ 4 4 through the hole 4 6 1 to the electrolyte discharge area 437, as shown in the second figure before the number α ^ before the 'A', so the water can be retained in the electrolytic reaction zone a ό 8 Time, making water electrolysis more efficient. Moreover, the separator 6 of the present invention is made of a metal plate different from 翌 ^ J eight a, and the micropores are punched, and then the ion barrier is coated. 6 of 13 pages of this paper are applicable to Chinese Standards (CNS) 8 4 this grid (210x297 mm) 4 26 6 4 3 A7 ------ B7 V. Description of the invention (12) I- — The strength of the party pressure can be tens or even hundreds of times as much as known. In the water electrolysis device of the present invention, the diaphragm 6 can improve the separation of the cathode and anode electrolysis chambers, and the electrolysis can be performed even with a high water calendar difference. Ion 丨 t case b, in the process of electrolysis, 'experimental ionized water can be drained and used according to a normal amount, and acidic ionized water is subtracted and discharged. At this time, the acidity of acidic ionized water will increase, which is more favorable. For use for special purposes, one can reduce the discharge of non-ionized water and save resources. Secondly, it can generate high pH ionized water supply. This is the consideration of a complete water electrolysis device. When the present invention is used, the water liquid enters the electrolytic reaction zones 4 3 8 through the water introduction holes 3 5 of the side cover 3, the water inlet holes 4 3 5 of each substrate unit το 1, and the first water passage holes 2 3 so that The alkaline ionized water and alkaline ionized water are formed by electrolysis of the diaphragm 6. At this time, the drainage holes 36 of the side cover 3 are in a closed state. The alkaline ionized water and the acidic ionized water are respectively The water outlet holes 4 3 3 '4 3 4 and the first' two water collection holes 3 3, 3 4 of the lid 3 are discharged. When the water liquid stops entering the electrolytic reaction zones 4 3 8, the present invention is provided with a control unit. The control unit is a conventional technology and is not a feature of the present invention. Therefore, the control unit is not shown in the figure. This control unit can make the electrode plate 2 in a reverse polarity state, and the electric reverse washing effect of the reverse electrode current can cause the metal halide attached to the negative and positive electrode plates to fall off during the electrolytic reaction, so that the electrode plate can perform a cleaning action. And when the present invention is used for a period of time, for example, after 12 hours of use, the control unit will perform the above-mentioned backwashing in addition to the above, and it can also control the first and second water outlet holes of the substrate unit 1 4 3 3 , 4 3 4 is in a closed state 'At this time, the spout 36 of the side cover 3 is open, and the first and second water collection holes 3 3, 3 4 are closed. " 5 " Home (^ ((; called eight 4 Lin_ (210 > < 297 mm) '' ~~~ (Please read the precautions on the back before buying on 4 'paper), I It f I < Ϊτ Printed by the 8th Consumer Cooperatives of the Smart Finance Bureau of the Ministry of Economic Affairs " 4 2 6 6 4 3 V. Description of the invention (can be covered by the side cover 3 It is clear from the holes 4 and 3 of the frame plate 4 that when 3 5 enters the side of the slanted surface of the electrolytic 4 9 4 3 6 row, in addition, its resistance can be higher than the other side can be made more The time for adjusting the high water displacement is extended, and the side cover 3 is adjusted from above.
13 之弓丨水孔3 之副出水孔 蓋3之排水 水液於電解 出水孔4 3 反應區4 3 4 9 1匯集 放出去。 本發明使用 高的水壓而 水壓之下進 用來控制屯 之驗性離子 小’使鹼性 即可，同樣 弟—出水孔 說明可知， 5進入該等電解反應區4 3 8内， 4 、電極板2之另一第一通水 口 3 6排出，而在此特別要加以說 反應區43 8内時，其由進水孔4 δ之前，會經過導水部4 9 ，該等 8底部之金屬氧化物可順著導水部 於副出水孔4 3 6孔緣再由副出水 之隔膜係以金屬基材塗佈離子隔膜 不虞有破損的疑慮，因此，本發明 行弛解*此一方面可節省排水流量 解出來的酸、鹼離子水的濃度，當 水時，可將侧1 3第一出水孔3 3 離子水停留於電解反應區4 3 8内 地’當卻製得較高之酸性離子水時 3 4之排水量調小即可3 本發明較習用者至少更具如下優點 (請先閱讀背面之注意事項再填寫本頁) 經濟部智葸財產局員工消費合作社印焚 、使用中確保不會飲用到金屬氧化物 本發明設有導流纟且件5 ，使水液流向係以下 往上流動’可使水液於進入電解反應區4 3 8之 後’所產生之比重高的固體氡化物在迂迴路徑中 緩緩下降沉積於斜面4 9 1上，不會隨水流流出 ’待下一逆洗動作時可將該有害金屬氡化物排出。 第15頁 本紙張尺度適用中國國家摞準（CNS〉Α4規格（2丨〇 χ 297公爱） A7 B7 經濟部智慧財凌苟！貝工消費合作社印焚 電解 使用之 耐較高 解室間 酸鹼度 第3項 故其可 微量下 水》 調整組 發明之 選擇， 的被控 任意組 僅為本 明之專 所為之 42664 3 五、發明説明（l4 ) 2、 離子水電解 本發明 存在高壓差 調節不取離 持取用離子 之水量。 3、 可作高壓差 本發明 隔膜，其可 於陰、陽電 4 、可生成較高 由前述 進行难解， 量控制在極 鹼度之離子 5 、容量可任易 由於本 數目可任意 量均可靈活 -用上的需要 惟以上所述者， 並非因此而拘限本發 明書及申請專利範圍 之專利範圍内。 係以金屬基材塗佈離子 而不會破裂，因此，可 壓差狀態下進行.¾解《 水 本發明可在較商壓差下 一電解室中之水液排出 解1以電解生成較高酸 單元1 、.電極板2使用 解生成之峻鹼度及生成 此’其電解容量可依使 較佳可行實施例而已， ，故舉凡運用本發明說 化理亦包含於本發明 ______ 第 ie 頁 本紙尺度適用中CNS-y^4祕（21以297公 生成令，可節省不取離子水之排放量 之隔獏6設計可承受陰、陽電解室間 下進行電解，因此可於實際使用中， 子水之排出水量至最小狀態，而仍維 水之排流量時’可有效節省排出不用 隔膜6 的壓差 存在南 之離子 可知1 將其中 進行電 配 各基板 且其電 制，因 裝。 發明之 利範圍 等效變 {請先間讀背面之注意事項-S-填寫本页)The bow of 13 丨 the auxiliary outlet of water hole 3 The drainage of cover 3 The water is collected in the electrolytic outlet hole 4 3 reaction zone 4 3 4 9 1 and discharged. The present invention uses a high water pressure and the water pressure is lowered to control the test ions. It is only necessary to make alkalinity. Similarly, the water outlet hole indicates that 5 enters the electrolytic reaction zone 4 3 8, 4 2. The other first water port 36 of the electrode plate 2 is discharged. In particular, it is to be mentioned here that when the reaction zone 43 8 is passed through the water inlet hole 4 δ, it will pass through the water conducting portion 4 9. The metal oxide can follow the water-conducting part at the edge of the sub-outlet hole 4 3 6 and then the sub-outlet diaphragm is used to coat the ion separator with a metal substrate. There is no doubt that it is damaged. Therefore, the present invention relaxes * Save the concentration of acidic and alkaline ionized water from the drainage flow. When water is used, the side 1 3 first water outlet 3 3 ionized water can stay in the electrolytic reaction zone 4 3 8 inland. When the higher acidic ions are produced When the water is 3, the amount of drainage can be reduced. 3 The present invention has at least the following advantages over the user (please read the precautions on the back before filling out this page). Can drink to metal oxides 5, so that the water liquid flows upwards below the system 'can make the water liquid after entering the electrolytic reaction zone 4 3 8' produced a high specific gravity solid halide slowly descending and deposited on the inclined surface 4 9 1 in a roundabout path, Will not flow out with water flow 'This harmful metal halide can be discharged when the next backwashing action is performed. Page 15 This paper standard is applicable to China National Standards (CNS> Α4 specifications (2 丨 〇χ 297 公 爱) A7 B7 The Ministry of Economic Affairs ’s Smart Finance Linggou! High resistance to inter-room pH when used in the printing and electrolysis of Beige Consumer Cooperative The third item can be traced into the water. ”The choice of the adjustment group of the invention is that the arbitrary group charged is only 42664 of the Ming Ming Institute. 3 5. Description of the invention (l4) 2. Ionized water electrolysis. Hold the amount of water used for ion. 3. It can be used as high pressure difference. The diaphragm of the present invention can be used in yin and yang electricity. 4. It can generate high ions. This number can be any amount and can be used flexibly-the above requirements do not limit the scope of the present invention and the scope of patents for which patents are applied. The metal substrate is used to coat ions without cracking, so The solution can be carried out under a pressure difference state. The water solution of the present invention can discharge the solution 1 in the electrolysis chamber at a lower commercial pressure difference to generate higher acid units 1 by electrolysis, and the electrode plate 2 uses the solution to form the strong base. And the generation of this' electrolytic capacity can only depend on the preferred feasible embodiment, so the use of chemical theory of the present invention is also included in the present invention ______ page ie CNS-y ^ 4 secret (21 to 297) Public order, which can save the discharge of non-ionized water. The design can withstand the electrolysis between the negative and positive electrolysis chambers. Therefore, in actual use, the amount of discharged water from the sub-water can be minimized while still maintaining water. When the flow rate is discharged, it can effectively save the discharge of the pressure difference without the diaphragm. There are ions in the south. You can know that 1 will be equipped with the various substrates and its electrical system, due to the installation. The scope of the invention is equivalent to the change {Please read the back Note-S-Fill in this page)