201042224 六、發明說明： 【發明所屬之技術領域】 本發明是關於做成將在靜電霧化裝置所發生的霧氣供 給到貯藏室的構成的電冰箱。 【先前技術】 以往’有在電冰箱’將霧氣產生裝置（超音波式霧化 〇 裝置或靜電霧化裝置）設置在貯藏室中的蔬果室，藉著將 從其霧氣產生裝置所產生的霧氣供給到蔬果室的方式，來 進行蔬果的鮮度保持的構成（例如參閱專利文獻1 )。並 考慮將這種霧氣產生裝置’利用在附著在蔬果等的農藥等 的有害物質的的去除上（例如參閱專利文獻2 )，或利用 在殺菌或除臭上（例如參閱專利文獻3)。 [先行技術文獻] Ο [專利文獻] [專利文獻1]日本特許第4179398號公報 [專利文獻2]日本特開2008-116198號公報 [專利文獻3]日本特開2003-79714號公報 【發明內容】 [欲解決發明的課題] 然而’使用超曰波式的霧化裝置作爲霧氣產生裝置’ 會有霧氣的粒徑大，含在霧氣產生裝置的儲存水之中的污 201042224 垢成分也成爲霧氣散佈出的情況，且會有這樣的霧氣被供 給到貯藏室的虞慮。 另一方面，使用靜電霧化裝置者，可使霧氣的粒徑變 細（例如數n m〜數十n m的程度）。然而，專利文獻1 所揭示的靜電霧化裝置，霧氣產生用的霧化電極（霧氣釋 放部）與對向電極（對極）成爲配置在極爲接近的構成。 因此，在該等霧化電極與對向電極之間產生電暈放電 ，且伴隨該電暈放電臭氧變的容易產生。臭氧濃度高的氣 體對人體有害，使用者有暴露在有害氣體之虞。 本發明是有鑑於上述情況而硏發的，其目的在提供一 種，即使使用靜電霧化裝置作爲霧氣產生手段，也不會讓 臭氧等的有害氣體產生，可生成含有除菌作用之羥基自由 基（hydroxyl radical)的霧氣，並供給到貯藏室，且清潔 又安全的電冰箱。 [解決課題用的手段] 爲了達成上述的目的，本發明構成之電冰箱，是具有 冷藏溫度區的貯藏室的電冰箱，其特徵爲：具備靜電霧化 裝置，該靜電霧化裝置具有：霧氣釋放部；將水分供給到 該霧氣釋放部的給水部；以及對前述霧氣釋放部施加負的 高電壓，從前述霧氣釋放部釋放出霧氣用的直流高電壓電 源裝置的構造，而形成將從前述霧氣釋放部所釋放出的霧 氣供給到前述貯藏室的構造。 201042224 [發明的效果] 根據本發明的電冰箱，可抑制臭氧等的有害氣體的產 生，並充分發揮霧氣的效果。 【實施方式】 [實施發明用的形態] (第1實施形態） 〇 以下，參閱圖1至圖7，針對本發明的第1實施形態 進行說明。首先，在圖1，電冰箱本體1的隔熱箱體2是 在外箱與內箱之間塡充發泡隔熱材所形成。在該電冰箱本 體1的內部，從上方配設有：冷藏室3、蔬果室4、以及 製冰室5與小冷凍室（未圖示）左右倂設，並在最下部配 設冷凍室7。 這之中，冷藏室3及蔬果室4，是庫內溫度被控制在 1〜4 °C的冷藏溫度空間，且都構成冷藏溫度區的貯藏室。 Ο 由於該等冷藏室3及蔬果室4爲相同冷藏溫度區的貯藏室 ，所以基本上是藉著由合成樹脂所形成的區隔板8被區劃 成上下。 其他的貯藏室的製冰室5、小冷凍室及冷凍室7是構 成冷凍溫度區的貯藏室者。此外，小冷凍室也可作成可依 使用者切換設定溫度的溫度切換室。冷藏溫度區的下部的 蔬果室4、與位在該蔬果室4正下方的冷凍溫度區的製冰 室5及小冷凍室之間，是藉由隔熱區隔壁9被區分。 冷藏室3是藉著側開式的可轉動可能的門3 a來開閉 201042224 ，而其他的蔬果室4、製冰室5、小冷凍室及冷凍室7， 是成爲分別藉由抽屜式的門4a、5a、7a來開閉。 此外，在各貯藏室（冷藏室3、蔬果室4、製冰室5 、小冷凍室、冷凍室7)設有檢測出對應的門3 a、4 a、5 a 、7 a的開閉的門開關（未圖示）。在製冰室5配設有具 備製冰皿1 1的自動製冰裝置1 2 (製冰裝置）。 在冷藏室3的下部的背部配設有冷藏用冷卻器13’ 在蔬果室4的背部配設有將藉由該冷藏用冷卻器13所冷 卻的冷氣，供給到冷藏溫度區的貯藏室之冷藏室3及蔬果 室4內，並使其循環的冷藏用風扇14。 在冷藏室3的後面設有冷氣通路15。在該冷氣通路 15設有複數個冷氣吹出口 15a，通過冷氣通路15內的冷 氣從冷氣吹出口 15a被吹出到冷藏室3內。 又，在冷凍室7的背部設有冷凍用冷卻器1 6 ’在製 冰室5及小冷凍室的背部配設有將藉由冷凍用冷卻器1 6 所冷卻的冷氣，供給到冷凍溫度區的貯藏室之製冰室5、 小冷凍室及冷凍室7，並使其循環的冷凍用風扇17。 在電冰箱本體1的後底部形成有機械室1 8 ’在此配 設有冷凍循環的壓縮機19。該壓縮機19是冷藏用冷卻器 13與冷凍用冷卻器16共用者。 在冷藏室3內的下部，是如圖2所示’位在區隔板8 的上方，將製冰用給水槽20可裝卸地裝置在左端’在該 製冰用給水槽2〇的右鄰將抽屜式的雜物盒2 1與蛋盒22 設成上下兩段，在右側設有冷凍室23。 -8 - 201042224 在冷凍室2 3設有冷凍盒2 4。此時’製冰用給水槽2 Ο 、雜物盒21、蛋盒22、冷凍室23的前端比區隔板8的前 端更位於後方’在區隔板8的前部8 a的上方形成有空間 部。該空間部成爲被設置在冷藏室3的門3 a的內面的門 盒袋2 5 (參閱圖1 )用的空間。 在前述製冰用給水槽2〇的後方’如圖3所示’設置 有水承接容器28。在該等製冰用給水槽20與水承接容器 0 28之間設有將製冰用給水槽2〇的水供給到水承接容器28 側用的給水機構2 9。 該給水機構2 9成爲接下來的構造。如圖4所示’在 水承接容器2 8的下方設有泵用馬達3 0 ’在前述製冰用給 水槽20設有泵31，而形成藉由泵用馬達30，以非接觸的 方式驅動泵3 1的構造。 雖未詳細表示，但簡單說明其驅動原理。在該泵用馬 達3 0的前端部設有藉著該泵用馬達3 0被旋轉驅動的永久 Q 磁石3 2，藉由其永久磁石3 2的旋轉，使製冰用給水槽2 0 內的泵3 1的泵翼旋轉，進行泵動作。 進行泵動作時，把製冰用給水槽2 0內的水汲上來， 經由供水管3 3供給到水承接容器2 8。被供給到水承接容 器2 8的水’是形成經由供水管34，供給到前述自動製冰 裝置1 2的製冰皿1 1的構造。 然後，在區隔冷藏室3與蔬果室4之間的前述區隔板 8的前部8a設置有靜電霧化裝置36，以下，也參閱圖6 及圖7 ’針對該靜電霧化裝置3 6的構成進行說明。 -9 - 201042224 靜電霧化裝置3 6是如圖2及圖3所示，在區隔板8 的前部8a，被配置在左右方向的大致中央部。在區隔板8 的下面，安裝有設置靜電霧化裝置36用的底板37，在區 隔板8形成有將靜電霧化裝置3 6的霧化單元3 8取出放入 用的開口部3 9。 在區隔板8，將開閉其開口部39的蓋子40設置成可 在前後方向滑動。在區隔板8與底板3 7之間設有收容霧 化單元3 8用的單元收容部4 1。 霧化單元3 8具有：儲存水W的貯水槽43 (相當於貯 水部）；被組裝在該貯水槽4 3的上部的上部盒44 ;以及 從上方覆蓋該上部盒44的單元蓋45。在上部盒44設有 :導電性薄片46、保水材47、吸水銷48、複數根的霧氣 釋放部49。 這之中，導電性薄片46是例如混合聚酯纖維與作爲 導電性物質的碳纖維，而形成氈狀（不織布狀）者，且具 有保水性、水分吸起特性、以及導電性’被配置在上部盒 44內的上部。 保水材4 7是例如由氨基甲酸& _海綿構成’在保水 性及水分的吸起特性上優’上面以接觸導電性薄片46的 下面的狀態被配置。保水材4 7比導電性薄片4 6形成的更 厚。 吸水銷4 8是例如將聚醋纖維加檢1而形成銷狀者’保 水性與水分的吸起特性優。該吸水銷4 8是上端部貫穿前 述保水材47與導電性薄片46接觸。又’吸水銷48的下 -10- 201042224 端部是形成穿過上部盒4 4的筒部44 a，被插入到貯水槽 4 3內的水W之中的狀態。 霧氣釋放部4 9在本實施形態，是例如混合聚酯纖維 與作爲導電性物質的碳纖維加捻而形成銷狀，並將該銷狀 釋放構件複數根並排配置而構成，而與吸水銷48同樣具 有保水性及水分的吸起特性，並且與導電性薄片46同樣 具有導電性。該霧氣釋放部49的前端是形成尖端越來越 〇 細，帶有適度的圓的曲面形狀。 使奈米白金微粒膠體（Colloidal platinum)附著到霧 氣釋放部49。奈米白金微粒膠體是例如將霧氣釋放部49 浸漬到含有該奈米白金微粒膠體的處理液’且可藉著锻燒 這個而附著。該等各霧氣釋放部49’各自的上端部與導 電性薄片46接觸。 又，霧氣釋放部49的下端部是以貫穿上部盒44 ’朝 上部盒44的下方垂下的狀態突出。在上部盒44釋放部罩 〇 子50是以覆蓋霧氣釋放部49的方式可裝卸地被設置。 在其釋放部罩子5 0形成有位在霧氣釋放部4 9的下方 的釋放口 5 1。在底板3 7形成有位在其釋放口 5 1的後方 的霧氣釋放口 5 2。 霧氣釋放口 52與蔬果室4內的上部連通。釋放口 51 與霧氣釋放口 52連通’從前述霧氣釋放部49釋放出霧氣 時，其霧氣是如圖6以箭頭印A表示的方式’形成從釋 放口 51通過霧氣釋放口 52供給到蔬果室4內。 於此，吸水銷4 8吸起貯水槽4 3內的水W ’供給到保 -11 - 201042224 水材47及導電性薄片46。保水材47是保持從 供給來的水，並且將其水供給到前述導電性薄片 導電性薄片46是將從吸水銷48及保水材 的水供給到霧氣釋放部49。此時，吸水銷48、 、導電性薄片46構成對霧氣釋放部49供給水分 〇 將霧化單元38裝設在單元收容部41之際， 述蓋子40開放的狀態’如圖6以箭頭印B1表矛 從開口部3 9插入到單元收容部41內之後，藉著 動的方式，裝設到正規的裝設位置。 又，從單元收容部41取出霧化單元38之際 6以箭頭印B 2表示的方式，朝前面滑動之後、 單元3 8從開口部3 9取出。 在霧化單元3 8 ’如圖7所示，以供電銷5 4 突出的方式設置。該供電銷54是基端部隔著導 與前述導電性薄片46連接。 將霧化單元38裝設在單元收容部41內的正 時，供電銷54的前端部插入連接到被設在底板 接器58。連接器58成爲與直流高電壓電源裝懷 極5 7連接。 於此，在前述霧氣釋放部49形成經由導電 、供電銷5 4、連接器5 8，施加直流高電壓電源丨 負的高電壓（_ 4〜-1 Ok V )。（從日本公開特許0 吸水銷4 8 46 ° 4 7供給來 保水材4 7 -的給水部 是以將前 :的方式， :往後方滑 丨，是如圖 抬起霧化 朝向後方 電構件5 5 :規的位置 3 7側的連 I 5 6的負 性薄片46 装置5 6的 勺 0026,27 -12- 201042224 將直流高電壓電源裝置5 6的負的高電壓施加在各霧 氣釋放部49時’電流會集中到最容易放電的霧氣釋放部 4 9的前端部。 藉此，在各霧氣釋放部49產生自然放電現象，利用 在該放電作用產生的離子風，使得在霧氣釋放部49的表 面分裂的水分成爲微細的霧氣而予以釋放。 如此，前述靜電霧化裝置36不具備相對於霧氣釋放 〇 部4 9的對極，因此，由於臭氧不會產生，所以所釋放的 霧氣中不含臭氧。 在單元收容部41內的底部設有霧化單元3 8的定位的 定位凸部60，並且設有檢測出霧化單元3 8的裝設狀態的 單元檢出開關6 1。又，在底板3 7的前部設有蓋子開關62 及把手6 3。 在蓋子4 0閉鎖的狀態下’經由蓋子4 〇的按壓部6 4 轉動把手63時，按壓操作蓋子開關62 ’開放蓋子40時 Ο ，藉著解除對蓋子開關62的按壓操作’藉由蓋子開關62 檢測出蓋子4 0的開閉。 在前述貯水槽43內如圖7所示’設有成容器狀的過 濾過濾器65，並且在其過濾過濾器65內收容有離子交換 樹脂66。在單元蓋45設有對應其過濾過濾器65 ’往下方 延伸的筒狀的注水口 6 7。 在單元蓋45打開關閉注水口 67的注水蓋68可裝卸 地被安裝，卸下注水蓋68的狀態下，可從注水口 67對貯 水槽4 3內補給水。 -13- 201042224 又’在貯水槽43的內面塗布有例如由氧化鈦構成的 光觸媒69 °在單元收容部4 1內的底部設有發出紫外線的 光源（例如紫外線LED) 70。此光源7〇亮燈時，向著貯 水槽43照射紫外線’光觸媒ό9接收其紫外線而活性化， 並發揮除菌作用。 在前述蔬果室4內如圖1所示，設有：下部容器72 、與配設在該下部容器72的上部的上部容器73。上部容 器73比下部容器72，前後方向的長度形成的更小，且被 配置在下部容器72的後部側。 上部容器73的前端部成爲位在前述底板37的前述霧 氣釋放口 5 2的下方。而且，在此狀態下，從霧氣釋放口 52朝蔬果室4內釋放出霧氣時，其霧氣成爲供給到下部 容器72與上部容器73的兩方（參閱圖6)。 在電冰箱本體1的背部設有含有微電腦的控制裝置 75(參閱圖1)。該控制裝置75是構成具有控制爲冷凍 循環的壓縮機19或冷藏用風扇14、冷凍用風扇17、自動 製冰裝置1 2、給水機構2 9的泵用馬達3 〇、靜電霧化裝置 3 6 '光源7 0等的電冰箱本體！的整體的動作的功能的控 制手段。 控制裝置75尤其是對靜電霧化裝置36構成’只有在 各貯藏室的門開關檢測出門的閉鎖，且靜電霧化裝置36 的前述蓋子開關6 2檢測出蓋子4 0的閉鎖，而且單元檢出 開關6 1檢測出霧化單元3 8的裝設狀態的狀態下，容許對 靜電霧化裝置3 6的通電。 -14- 201042224 因此，一旦檢測出任一個貯藏室的門被開放的情況、 或蓋子4 〇被開放的情況、或是霧化單元3 8沒有被裝設的 情況時’切斷對靜電霧化裝置3 6的通電。又，控制裝置 75是在每一預定時間使光源70進行一定時間亮燈控制。 說明上述構造的作用。 將霧化單元38安裝在單元收容部41內，關閉單元收 容部41的蓋子40，且在各貯藏室的門閉鎖的狀態下，驅 〇 動靜電霧化裝置3 6時，從各霧氣釋放部49釋放出細微的 霧氣，並將其霧氣從霧氣釋放口 52供給到蔬果室4的上 部容器73及下部容器72內。 霧氣含有具強烈的氧化作用的經基自由基（hydroxyl radical )，將含有其羥基自由基的霧氣供給到蔬果室4的 上部容器73及下部容器72內，使該等的除菌或除臭成爲 可能。 又，藉由其霧氣，也可期待被收容在上部容器73及 Ο 下部容器72內的蔬果等的鮮度保持等。而且，藉由在每 一預定時間使光源70進行一定時間亮燈控制，貯水槽43 內的光觸媒6 9被活性化，而可期待貯水槽4 3內的除菌作 用。 然而，因爲靜電霧化裝置36沒水時，無法產生霧氣 ，所以必須定期補給水。又，隨著使用’發生黏液這種污 垢附著而塞在霧氣釋放部49的表面時，因爲霧氣的釋放 性能降低，所以例如1年1次左右，進行霧氣釋放部49 的清掃爲理想。 -15- 201042224 這種情況時，打開冷藏室3的門3 a之後’將區隔板 8的前部8a的蓋子40予以滑動，打開單元收容部41的 開口部39。然後，使用者將手插入單元收容部41內，拿 著靜電霧化裝置36的霧化單元38往前方滑動之後，拿起 而從單元收容部41取出。此時，連接器58與供電銷54 的連接脫落。 若只進行水的補給時，在卸下注水蓋6 8的狀態下， 從注水口 67補給水。又，也清掃霧氣釋放部49時，將上 部盒44從貯水槽43卸下的同時，從上部盒44卸下釋放 部罩子50，在露出霧氣釋放部49的狀態下’進行其清掃 〇 此外，只進行水的補給時，可在霧化單元3 8安裝在 單元收容部4 1的狀態下’藉著僅卸下注水蓋6 8的方式來 進行。 此外，水的補給或清掃結束後，將霧化單元3 8以本 來的狀態予以安裝之後’將霧化單元3 8收容到單元收容 部41內，並安裝到正規的位置。此時，將供電銷54插入 連接到連接器58。這之後’將蓋子40往前方滑動將開口 部3 9關閉，並關閉冷藏室3的門3 a。 根據上述的第1實施形態，可獲得接下來的作用效果 〇 在冷藏室3與蔬果室4之間的區隔板8設置不會產生 臭氧的構造的靜電霧化裝置36，而做成將從其靜電霧化 裝置3 6的霧氣釋放部4 9所釋放出的霧氣主要供給到蔬果 -16- 201042224 室4的構造。據此，將含有具強烈的氧化作用的羥基自由 基的霧氣供給到蔬果室4內的方式，使其蔬果室4內的除 菌或除臭成爲可能。又，藉由其霧氣，蔬果等的鮮度保持 等也可期待。 靜電霧化裝置3 6，由於沒有設置對霧氣釋放部4 9的 對極，所以與在霧氣釋放部和對極之間，發生電暈放電的 以往構造者不同，可抑制臭氧等的有害氣體的產生，可提 〇 昇安全性。 靜電霧化裝置3 6具有儲存水W的貯水槽43，並構成 經由吸水銷48、保水材47及導電性薄片46，將被儲存在 該貯水槽43的水W供給到各霧氣釋放部49。藉此，由於 可將水穩定地供給到霧氣釋放部49，所以也可使來自霧 氣釋放部49的霧氣產生量穩定。 又，貯水槽43，由於是可使含有霧化單元38的整體 對單元收容部4 1進行裝卸，所以可容易進行對貯水槽43 Ο 的水的補給。由於霧氣釋放部4 9也可與貯水槽4 3 —起裝 卸，所以其霧氣釋放部49的清掃也可容易進行。 由於在貯水槽43內設置了過濾過濾器65，所以可淨 化被補給到貯水槽4 3內的水，並可將清潔的水供給到霧 氣釋放部49。藉此，可極力防止霧氣釋放部49等阻塞發 生的情況，而可防止霧氣的釋放量降低的情況。 又，由於在過濾過濾器6 5內收納了離子交換樹脂6 6 ，所以包含在被儲存在貯水槽4 3內的水W的礦物成分可 吸附在其離子交換樹脂66，並予以去除。 -17- 201042224 藉此，可極力防止鏽垢積蓄在霧氣釋放部49等的情 況，並可防止阻塞的發生，而可進一步防止霧氣的釋放量 的降低。藉由該等，可使霧氣釋放部49的使用壽命變長 〇 除此之外，藉著在每一預定時間，使光源70進行一 定時間亮燈控制的方式，使貯水槽43內的光觸媒69活性 化，而可期待貯水槽43內的除菌作用。即使藉由這個方 式，也可將清潔的水供給到霧氣釋放部49。 由於是將靜電霧化裝置3 6的霧化單元3 8設置在區隔 板8的前部8 a，所以對其霧化單元3 8的水的補給或霧化 單元3 8裝卸可容易進行。由於是構成從霧化單元3 8的霧 氣釋放部4 9所釋放出的霧氣，由上方供給到蔬果室4的 上部容器73與下部容器72的兩方，所以對上部容器73 和下部容器72皆可供給霧氣。 使奈米白金微粒膠體附著在霧氣釋放部49的方式， 從霧氣釋放部49所釋放出的霧氣容易產生羥基自由基’ 而可更進一步提昇除菌功能或除臭功能。又，藉著在霧氣 釋放部49包含導電性物質（碳）’可良好地維持霧氣釋 放部4 9的導電性。 由於是做成當貯藏室（冷藏室3'蔬果室4'製冰室 5、小冷凍室、冷凍室7 )的門3 a、4 a、5 a、6 a、7 a之中 的任一個門被打開時，遮斷靜電霧化裝置3 6的通電的構 造，所以可防止使用者接觸到高電壓部的情況，可謀求安 全性的提昇。此時’至少只要做成當冷藏室3的門3 a被 -18- 201042224 打開時，遮斷靜電霧化裝置3 6的通電的構造即可。 又，在本實施形態’由於是構成設置檢測出收存了喃 電霧化裝置3 6的單元收容部41的蓋子4〇的開閉的蓋子 開關62，當其蓋子40被打開時’也可遮斷靜電霧化裝置 3 6的通電，所以可以更提昇安全性。 再者，由於在單元收容部41設置了單元檢出開關61 ，所以在沒有裝設霧化單元3 8時’靜電霧化裝置3 6不會 〇 有通電的情形，而可更進一步提昇安全性。 (第2實施形態） 接著，參閱圖8 ’就本發明的第2實施形態進行說明 。在與第1實施形態同樣的部分標示相同的符號’並針對 不同的部分進行說明。圖8是從正面側看到設置靜電霧化 裝置7 7的霧化單元7 8的部分的縱斷前視圖。 該圖8中，收容霧化單元78的單元收容部79是與區 Ο 隔板8成一體而設。單元收容部79的位置是位在與第1 實施形態的單元收容部41幾乎相同的位置。霧化單元78 是可裝卸地被安設置在單元收容部79。 單元收容部79的上面開口部80’是形成藉由設成可 往前後方向滑動的蓋子8 1來進行開閉。在上面開口部8〇 設有檢測出蓋子8 1的開閉的蓋子開關82。 霧化單元78的單元盒84 ’是形成上面開口的矩形容 器狀，內部設有貯水槽8 5 (相當於貯水部）。在貯水槽 85儲存有霧化用的水W。在貯水槽85內，成容器狀的過 -19- 201042224 濾過濾器8 6可裝卸地被收容，在該過濾過濾器8 6內’收 容有離子交換樹脂87。 在單元盒84的上面，單元蓋88是從上方覆蓋貯水槽 8 5的方式可裝卸地被安裝。在單元蓋8 8 ’開閉注水口 8 9 的注水蓋90是可裝卸地被安裝在前述過濾過濾器86的上 方位置。 於此，往貯水槽8 5補給水的時候’是在卸下注水蓋 90的狀態下’從注水口 8 9往過濾過濾器8 6內給水。此 時，被補給的水W，是在通過過滤過據器86的過中被 過濾。又，在過濾過濾器8 6內由於收容有離子交換樹脂 8 7，所以含在水W中的礦物成分’是形成吸附在離子交 換樹脂8 7而被去除。 因此，被收容在貯水槽8 5內的水W ’在貯水槽8 5內 被淨化，而形成將其被淨化的水W供給到後述的吸水銷 91 ° 在單元盒84內的右部，銷保持盒92可裝卸地被安裝 。在該銷保持盒92設有：吸水銷91 ;導電性薄片93 ;保 水材94 ;形成爲複數根銷狀的霧氣釋放部95 ;以及供電 銷96。 於此，吸水銷91、導電性薄片93 '保水材94、霧氣 釋放部9 5，是分別由與第1實施形態的吸水銷4 8、導電 性薄片4 6 '保水材4 7、霧氣釋放部4 9同樣的材料所形成 〇 導電性薄片93被配置在銷保持盒92內的最上部。保 -20- 201042224 水材9 4是以上面與導電性薄片9 3的下面接觸的狀態下配 置。保水材94是比導電性薄片93形成的更厚。各霧氣釋 放部95，各自的上端部是貫穿保水材94與導電性薄片93 接觸。 又，各霧氣釋放部95的下端部’是貫穿銷保持盒92 ，朝單元盒84內垂下的狀態突出。在單元盒84的底壁部 形成有位在該等霧氣釋放部95的下方’由許多的孔構成 〇 的釋放口 9 7。 吸水銷91，是上端部與前述保水材94接觸’下端部 貫穿銷保持盒92，成爲插入到貯水槽8 5內的水W之中的 狀態。 於此，吸水銷9 1吸起貯水槽8 5內的水供給到保水材 9 4。保水材9 4，是保持從吸水銷9 1所供給的水，並且將 其水供給到前述導電性薄片93及各霧氣釋放部95。此時 ，吸水銷9 1和保水材94和導電性薄片93，是構成將水 Ο 分供給到霧氣釋放部9 5的給水部。 前述供電銷96的上端部貫穿保水材94與導電性薄片 93接觸，供電銷96的下端部是貫穿銷保持盒92朝下方 突出，前端部向後方突出。 因此，供電銷96從側面觀看成L字狀，將霧化單元 78收容在單元收容部79內之後，藉著往後方的滑動，形 成將後端部插入連接到連接器98。而形成在連接器98連 接有直流高電壓電源裝置56 (參閱圖6)的負極。 此時’當直流高電壓電源裝置5 6的負的高電壓施加 -21 - 201042224 在供電銷9 6時，其負的高電壓經由導電性薄片9 3及水分 也會施加在各霧氣釋放部9 5。此結果，在各霧氣釋放部 95發生自然放電現象，霧氣釋放部95表面的水分分裂而 形成細微的霧氣被釋放出。 在該靜電霧化裝置7 7也不具備相對於被施加負的高 電壓的霧氣釋放部9 5的對極。 在單元收容部79的底壁部形成有位在前述釋放口 97 的下方的霧氣釋放口 99，從各霧氣釋放部95所釋放出霧 氣，成爲通過其霧氣釋放口 99，被供給到下方的蔬果室4 內。 被供給到蔬果室4內的霧氣，是與第1實施形態同樣 ，形成從上方被供給到前述上部容器73與下部容器72的 兩方。 在該第2實施形態中，也在貯水槽8 5內的底面設置 光觸媒，而設成對單元收容部7 9側放射紫外線的光源。 如此構成的第2實施形態中’也可獲得與第1實施形 態同樣的作用效果。 (第3實施形態） 接著，參閱圖9至圖1 3，針對本發明的第3實施形 態進行說明。此外，在與第1及第2實施形態相同的部分 標示相同的符號並省略說明’針對不同的部分進行說明。 該第3實施形態的靜電霧化裝置1 0 1的霧化單元1 〇 2 ’是如圖9所示’在區隔板8的上面’設置雜物盒1 0 3的 -22- 201042224 後方，且位在成爲製冰用給水槽20與水承接容器28的右 側的位置。雜物盒1 03是前後方向的長度形成的比第1實 施形態的雜物盒2 1更短。 霧化單元102是如圖11〜圖13所示，是具備有：被 固定在區隔板8側的單元基座1 04、與相對於該單元基座 104，藉由來自前方的滑動，而可裝卸地被安裝單元盒 105° Ο 單元基座1〇4是形成上面及前面開口的大致矩形箱狀 ，由側面觀看在前部設有形成L字形的蓋子106。該蓋子 106是形成以下端部爲支點，可朝前後方向轉動。在該蓋 子1 0 6，於圖1 1所示的關閉狀態，在成爲上部的部分形 成有後端部開口的缺口部1 07，並且在右側部設有按壓片 108° 缺口部107，是避免與後述的供水管109干涉用者。 在單元基座104的右側壁的上部，設有藉著按壓片108被 ^ 操作的蓋子開關1 1 〇。蓋子開關1 1 〇檢測出蓋子1 06的開 閉。 在前述單元盒1 05，如圖1 3所示，貯水槽1 1 1 (相當 於貯水部）被一體設置在左部，在該貯水槽1 1 1內收容有 收容離子交換樹脂的過濾過濾器8 6，並且配設有浮筒構 件 1 1 2。 浮筒構件1 1 2，是具有：浮筒部1 1 3 ; —端部連結在 浮筒部113成略L字狀的臂部114;以及被固接在該臂部 1 1 4的前端部的永久磁石丨〗5，臂部丨丨4的中間部藉由軸 -23- 201042224 1 1 6可轉動地被支撐在貯水槽1 1 1 ° 於此’貯水槽1 11內的水位尚的時候’是如圖1 實線所示’浮筒部11 3的位置高’而永久磁石11 5的 低。而且，當貯水槽11 1內的水位變低時，如圖1 3 點鎖線所示’浮筒部1 1 3的位置變低’藉此永久磁石 的位置變高。 在前述單元基座1 04的左側壁內’上下設有兩個 氣感測器1 1 7與1 1 8。使用該等磁氣感測器1 1 7、1 1 浮筒構件π 2 ’藉著磁氣感測器1 1 7、1 1 8檢測出浮 件1 1 2的永久磁石1 1 5的位置，可檢測出貯水槽1 1 1 水位。 又，藉由磁氣感測器117、118檢出永久磁石11 磁束的有無’可檢出單元盒105是否被安裝在單元 104 ° 在單元盒105的上部’單元蓋120可裝卸地被設 在該單元蓋120形成有位在前述過濾過濾器86的上 注水口 121。在單元盒1〇5的右部’與第2實施形態 的銷保持盒9 2可裝卸地被設置。 在該銷保持盒92設有：導電性薄片93;保水材 複數根的霧氣釋放部9 5 ;吸水銷9 1 ;以及供電銷9 6 時，供電銷9 6也是其下部朝向後方彎曲’整體來說 成L字形。 而且，在單元基座104的底部設有面向前方開口 接器122，將安裝了銷保持盒92的單元盒105從前 3以 位置 以兩 115 的磁 8與 筒構 內的 5的 基座 置。 方的 同樣 94 ； 。此 是形 的連 方插 -24- 201042224 入到單元基座1 〇4之際，供電銷96的前端部形成從前方 插入連接到連接器1 22的構造。複數根的霧氣釋放部95 的下端部，是位在單元盒〗05的外側。 在單元基座104的底壁部形成有位在霧氣釋放部95 的下方，由複數個孔構成的釋放口 1 2 3。又，於區隔板8 ，在與其釋放口 123對應的部位形成有霧氣釋放口 124 ( 參閱圖13 )。 〇 因此，此時從霧氣釋放部95被釋放出的霧氣，通過 釋放口 1 2 3及霧氣釋放口 1 24 ’被供給到下方的蔬果室4 內。 此時，靜電霧化裝置101的霧化單元102是如圖10 所示，形成位在蔬果室4內的上部容器73的左後部的上 方。因此，霧化單元1 〇 2的各霧氣釋放部9 5形成全部從 上方面對上部容器73，從霧氣釋放口 124被釋放出的霧 氣成爲僅供給到上部容器73。 Ο 因此，本實施形態中，在上部容器7 4的底部形成複 數個縫隙狀的通氣部1 25。藉此，可使供給到上部容器73 內的霧氣，通過其通氣部1 25 ’也供給到下部容器72內 〇 接著，主要使用圖9，針對對靜電霧化裝置1 〇丨的霧 化單元1 0 2的自動給水構造進行說明。在製冰用給水槽 20設置靜電霧化裝置1 〇 1用的專用的給水機構i 27。 該給水機構1 2 7是與前述給水機構2 9同樣由：被設 置在水承接容器28的下方的泵用馬達128·，藉由該栗用 -25- 201042224 馬達1 28被旋轉的永久磁石t 29 ;藉由被設置在製冰用給 水槽20的永久磁石129而旋轉的泵130 ;以及從前述霧 化單元1 02的注水口 1 2 1，將藉由該泵1 3 0所汲起的水導 引到貯水槽1 1 1的供水管〗09所構成。 供水管1 0 9的前端部，是從上方面對注水口 1 2 1 (參 閱圖1 1、圖1 2 )。藉由該給水機構1 27形成，將製冰用 給水槽20內的水，往霧化單元1 〇2自動供給只需要的量 的構造。給水機構1 2 7的泵用馬達1 2 8也做成藉由前述控 制裝置7 5控制的構造。 根據上述的實施形態，尤其可獲得接下來的作用效果 〇 由於是做成藉由給水機構127將製冰用給水槽20的 水自動供給到靜電霧化裝置1 0 1的霧化單元1 02的構成， 所以可使對靜電霧化裝置1 0 1的給水自動化，而可節省所 謂使用者逐一對靜電霧化裝置1 0 1給水的費時的情形。該 實施形態中，製冰用給水槽20兼作爲靜電霧化裝置1 0 1 的貯水部。 靜電霧化裝置101的霧化單元102，由於是設置在區 隔板8的後部，所以形成從製冰用給水槽20對水承接容 器28給水的給水路徑變近，而可使自動給水化容易。 霧化單元1 02的霧氣釋放部9 5，雖是以面對蔬果室4 的上部容器7 3的上方的方式來配置，但由於在其上部容 器73的底部形成有通氣部1 25，所以可將從霧氣釋放部 9 5所釋放出的霧氣供給到上部容器7 3，並且可經由通氣 -26- 201042224 部1 2 5也供給到下部容器7 2 ° 可藉由設置在貯水槽111內’具有的永久磁石115的 浮筒構件112與設置在單元基座104的磁氣感測器117、 11 8檢測出貯水槽111內的水位。隨著這樣的檢出，當控 制裝置7 5檢測出貯水槽1 1 1內的水W沒有時，其通報成 爲可能。 又，由於可檢測出是否對單元基座丨〇4安裝了單元盒 〇 1 〇5，所以當判斷沒有對單元基座1 04安裝單元盒1 0 5時 ，可不對靜電霧化裝置101通電。 (第4實施形態） 圖1 4表示本發明的第4實施形態。該第4實施形態 是與上述的第3實施形態有以下特徵上的差異。亦即，在 第1實施形態的給水機構2 9的供水管3 3的中間部設置切 換閥132，並且在該切換閥132設置分歧管133，而使該 Ο 分歧管1 3 3的前端部面對第3實施形態的前述霧化單元 1 〇 2的注水口 1 2 1。 此時’藉由切換閥1 3 2可進行使製冰用給水槽20的 水通過供水管3 3 ’供給到水承接容器2 8側的情況；與通 過分歧管1 3 3 ’供給到霧化單元丨〇 2側的情況的切換。切 換閥1 32也是由控制裝置75進行控制的構造。 做成這種構造的第4實施形態中，可獲得與第3實施 形態同樣的作用效果。 -27- 201042224 (第5實施形態） 接著，參閱圖1 5針對本發明的第5實施形態進行說 明。此外，與第1實施形態同樣部分標示符號，並省略說 明，而針對不同的部分進行說明。 該實施形態的靜電霧化裝置1 3 5，在冷藏室3內的後 部，被設置在冷凍室23的上方，且位在冷氣通路15的冷 氣吹出口 15a的前方。收容靜電霧化裝置135的霧化單元 136的單元基座137，被固定在被設置在冷凍室23的上方 的下部棚板1 3 8上。 單元基座137爲後面及前面開口，且在前面設有打開 關閉前面開口部的蓋子1 3 9。蓋子1 3 9，上端部是以軸 140可轉動地被支撐在單元基座137，並以其軸140爲支 點可朝前後方向轉動。 在單元基座137的上部設有檢出蓋子139的開閉的蓋 子開關1 4 1。在下部棚板1 3 8設有止擋部1 42。該止擋部 1 42是用來限制蓋子1 3 9朝開放方向移動者，而形成當使 用者將蓋子1 3 9開放時，可解除其限制。在蓋子1 3 9形成 有讓霧氣通過用的霧氣釋放口 143。 霧化單元1 3 6具有：輔助槽1 44、形成銷狀的複數根 的霧氣釋放部I45、導電性薄片 M6、保水材147、吸水 銷148、以及釋放部蓋子149，且相對於單元基座137形 成可從前方取出放入地被收納。 霧氣釋放部1 45、導電性薄片1 46、保水材1 47、吸 水銷1 4 8是由與第1實施形態的霧氣釋放部4 9、導電性 -28- 201042224 薄片46、保水材47、以及吸水銷48同 各霧氣釋放部145是下端部與導電性薄 爲錐狀的上端部朝上。導電性薄片146 147。吸水銷148是上端部貫穿保水材 1 46接觸，下端部被插入被儲存在輔助ί 中。 在保水材147連接有由與該保水材 0 形成之吸水性優的吸水材1 5 0的一端部 一端部被插入被設置在冷藏用冷卻器1 部1 5 1內。水承接部1 5 1被配置成承主 除霜之際的除霜水。被水承接部1 5 1所 )，是形成經由吸水材1 5 0被供給到前 此時，在保水材1 47形成經由吸水 部1 5 1內的水，並形成經由吸水銷1 4 8 的水的構造。因此，在霧氣釋放部145 Q 部151內的水與輔助槽內的水的兩的構 1 4 8、吸水材1 5 0、保水材1 4 7、導電性 對霧氣釋放部1 45供給水分的給水部。 前述釋放部蓋子149是配置成覆蓋 具有霧氣通過的許多的孔。在霧化單元 出的供電銷I54。隨著將霧化單元136 的同時，將其供電銷154插入連接在= 137側的連接器155。連接器155是與 置156的負極157連接。 種的材料所形成。 片146接觸，且成 之下配置有保水材 147與導電性薄片 曹144內的水W之 1 4 7同樣的材料所 。吸水材1 5 0的另 3的下方的水承接 赛冷藏用冷卻器1 3 承接的水（除霜水 述保水材1 4 7。 材150供給水承接 供給輔助槽144內 形成可供給水承接 成。此時，吸水銷 薄片1 4 6，是構成 霧氣釋放部145， 136設有向後方突 安裝在標準的位置 波設置在單元基座 直流高電壓電源裝 -29- 201042224 此時，在霧氣釋放部1 45，形成經由導電性薄片1 46 、供電銷1 5 4、連接器1 5 5施加直流高電壓電源裝置1 5 6 的負的高電壓。 將直流高電壓電源裝置1 5 6的負的高電壓施加在各霧 氣釋放部1 45時，藉由在各霧氣釋放部1 45所發生的自然 放電現象，霧氣釋放部1 4 5的表面的水分分裂而成爲微細 的霧氣被釋放出。 即使在該靜電霧化裝置1 3 5也不具備相對於被施加負 的高電壓的霧氣釋放部145的對極。 上述結構中，驅動靜電霧化裝置135時，會從各霧氣 釋放部145釋放出含有羥基自由基的微細的霧氣。其霧氣 與從冷氣通路15的冷氣吹出口 15a朝冷藏室3內吹出的 冷氣的流動一起通過蓋子1 3 9的霧氣釋放口 1 43，朝向冷 藏室3的前方被供給（參閱箭頭印C)。被供給到冷藏室 3內的霧氣也形成隨著冷氣一起供給到下方的蔬果室4。 根據上述的實施形態，可獲得接下來的作用效果。 在冷藏室3內由於是將靜電霧化裝置135配置在冷氣 吹出口 1 5 a的前方，所以也可將從霧氣釋放部1 4 5所釋放 出的霧氣供給到冷藏室3及蔬果室4，而可期待該等的除 菌及除臭的作用。又，也可藉由其霧氣期待蔬果等的鮮度 保持等。 作爲在靜電霧化裝置1 3 5所使用的水，由於也可利用 在水承接部1 5 1承接到的除霜水，所以往靜電霧化裝置 1 3 5的供水可自動化，且可極力節省使用者供水到靜電霧 -30 - 201042224 化裝置1 3 5的麻煩。此外，可輔助性地將水儲存到輔助槽 144° (第6實施形態） 接著，參閱圖16及圖17，針對本發明的第6實施形 態進行說明。此外，在與第1實施形態相同的部分，標示 同一符號’並省略說明，而針對不同的部分進行說明。 〇 在冷藏室3的下部後部的冷藏用冷卻器I3的前部， 隔著隔熱材製的隔熱材蓋子1 60，設有合成樹脂製的冷藏 用冷卻器蓋子（以下稱爲R蒸發器蓋子（evaporator cover) 。）161。R蒸發器蓋子161，是藉由螺絲162(參閱圖16 的虛線）被固定在冷藏室3的後部。此外，螺絲16 2的安 裝部分，是從前方藉著密封件162a被覆蓋著。 在隔熱材蓋子1 6 0形成有位在對應冷藏用冷卻器1 3 的前面的部位的開口部1 6 3。在R蒸發器蓋子1 6 1的前面 〇 ，露水承接槽164與R蒸發器蓋子161成一體而設。此外 ，冷藏用冷卻器13是如習知具備有：冷媒通過的冷媒管 13a、與許多片的冷卻板13b而構成，冷媒管13a是以蛇 行狀被配置。 露水承接槽1 64是如圖16所示，具備有：被設置在 對應前述靜電霧化裝置3 6的後部的部分，朝上下方向延 伸的縱槽1 6 5 ;與從該縱槽1 6 5朝左向及右向上昇傾斜延 伸的傾斜槽1 66。左右的傾斜槽1 66，從側面觀看，由L 字形的肋所形成，而形成容易承接凝結在R蒸發器蓋子 -31 - 201042224 1 6 1的前面的露水的形狀。 該等左右的傾斜槽1 66形成朝向前述縱槽1 65下降傾 斜的形態，在該等傾斜槽1 6 6所承接的凝結水’朝向縱槽 165 流。 在構成冷藏室3的底部的前述區隔板8設有凝結水導 引槽1 6 7 (參閱圖1 7 )。該凝結水導引槽1 6 7是後端部連 接在前述縱槽1 6 5的下端部。凝結水導引槽1 6 7的前部’ 是以潛入到可往區隔板8的前後方向滑動的蓋子4 0的下 面的方式，往前方延伸而插入到前述靜電霧化裝置3 6的 單元蓋45與蓋子40之間。 此時，在單元蓋45與蓋子40之間形成有可插入凝結 水導引槽167的間隙。凝結水導引槽167的前端部的出口 167a，是被配置成從上方面對形成在單元蓋45的注水用 的開口部1 6 8。 上述構成中，由於在覆蓋冷藏用冷卻器13的隔熱材 蓋子160形成有開口部1 63，所以被冷藏用冷卻器1 3所 冷卻的冷氣通過其開口部163容易與R蒸發器蓋子161接 觸，故R蒸發器蓋子161容易被冷卻。 隨著該冷卻，在R蒸發器蓋子161的前面，雖然容易 發生凝結，但其凝結成爲水滴，而垂落到R蒸發器蓋子 1 6 I的前面，且垂落的凝結水，是以露水承接槽丨6 4的傾 斜槽1 6 6承接。 以傾斜槽1 66所承接的凝結水，是形成朝向縱槽i 65 流之後，通過其縱槽1 65及凝結水導引槽丨67 ,從凝結水 -32- 201042224 導引槽167的出口 167a通過靜電霧化裝置36的開口部 1 6 8，供給到導電性薄片46上。 被供給到該導電性薄片4 6的水（凝結水）也被供給 到霧氣釋放部49 ’而成爲霧氣從霧氣釋放部49被釋放出 〇 此時，R蒸發器蓋子1 6 1、露水承接槽1 64、凝結水 導引槽1 6 7也構成將水分供給到霧氣釋放部4 9的給水部 〇 根據上述的實施形態，尤其是作爲在靜電霧化裝置 36使用的水，由於也會利用以R蒸發器蓋子101的露水 承接槽1 6 4所承接的凝結水，所以可使得對靜電霧化裝置 3 6的給水自動化，且可極力減少使用者供水到靜電霧化 裝置3 6麻煩。 (第7實施形態） Ο 接著，參閱圖1 8及圖1 9針對本發明的第7實施形態 進行說明。此外，在與第6實施形態相同的部分標示相同 的符號’並省略說明，而針對不同的部分進行說明。 此時，將固定R蒸發器蓋子1 6 1的螺絲1 62的安裝處 ’設在冷藏用冷卻器13的冷媒管13a的附近。 具體而言’在R蒸發器蓋子161如圖19所示，位在 露水承接槽1 64的左右的傾斜槽1 6 6的附近，朝向後方突 出的筒狀的螺絲安裝部i 70成一體而設，該螺絲安裝部 170貫穿形成在隔熱材蓋子160的開口部I7〗，且通過冷 -33- 201042224 媒管1 3 a的附近’到達冷藏室3的後部。 然後’將安裝在其螺絲安裝部丨70的螺絲丨62安裝在 、冷藏室3後部的內箱1 72。此外’在螺絲安裝部丨7 〇的 前面黏貼密封件i62a ’並藉著其密封件162a，覆蓋螺絲 安裝部170的前面開口部。 上述構成中’將固定R蒸發器蓋子161用的螺絲安裝 部170配置在冷藏用冷卻器13的冷媒管13a的附近的方 式，經由螺絲1 6 2及螺絲安裝部i 7 0，r蒸發器蓋子1 6】 容易被冷卻’藉此’在R蒸發器蓋子161的前面，凝結變 的容易產生。 即使在上述的實施形態也與第6實施形態同樣，可將 在R蒸發器蓋子1 6 1的前面凝結的凝結水，經由露水承接 槽1 64及凝結水導引槽1 67 ’供給到靜電霧化裝置36。 因此，作爲在靜電霧化裝置3 6使用的水，由於也可 利用以R蒸發器蓋子1 6 1的露水承接槽1 6 4所承接的凝結 水’所以可使對靜電霧化裝置3 6的供水自動化，且可極 力減少使用者供水到靜電霧化裝置3 6的麻煩。 (第8實施形態） 接著’參閱圖2 0及圖2 1針對本發明的第8實施形態 進行說明。此外’在與第1實施形態相同的部分標示相同 的符號’並省略說明，而針對不同的部分進行說明。 在被設置在區隔板8上的製冰用給水槽〗8 0的上部， 給水槽蓋1 8 1可裝卸地被設置。該製冰用給水槽1 8 0，是 -34- 201042224 儲存供給到自動製冰裝置（製冰裝置）1 2 (參閱圖1 )的 製冰皿1 1的水’且可裝卸地被安裝在區隔板8上的冷藏 室3內。在製冰用給水槽180與自動製冰裝置12用的水 承接容器28之間設有與第！實施形態同樣的給水機構29 〇 而且’在給水槽蓋1 8 1的後部（圖2 0中的右部）的 上面設有靜電霧化裝置182的霧化單元183。霧化單元 〇 183，是具備有：單元盒184;被配置在該單元盒184內 的導電性薄片1 8 5及保水材1 8 6 ;構成吸水部的吸水銷 187;以及複數根的霧氣釋放部188。 這之中，導電性薄片1 8 5、保水材1 8 6、吸水銷1 8 7 、霧氣釋放部1 8 8，是由與第1實施形態的導電性薄片46 、保水材47、吸水銷48、以及霧氣釋放部49同樣的材料 所形成。 吸水銷1 8 7是朝上下方向長長地形成，其上端部在單 〇 元盒184內，貫穿保水材186與導電性薄片185接觸，下 端部是貫穿給水槽蓋1 8 1 ’從上方被插入到製冰用給水槽 1 8 0內。吸水銷1 8 7的下端部達到製冰用給水槽1 8 0內的 底部附近。 吸水銷1 8 7尤其是水分的吸起特性優’且吸起製冰用 給水槽1 8 0內的水，經由保水材1 8 6及導電性薄片1 8 5供 給到霧氣釋放部1 8 8。 此時，吸水銷1 8 7、保水材1 8 6、導電性薄片1 8 5是 構成將水分供給到霧氣釋放部1 8 8的給水部。又’製冰用 -35- 201042224 給水槽1 8 0是構成儲存供給到霧氣釋放部1 8 8的水的貯 部。 在霧化單元1 8 3的後部是如圖2 1所示’分岔狀的 電銷1 9 0朝向後方而設。該供電銷1 9 〇是經由未圖示的 電構件與前述導電性薄片185電連接。 在製冰用給水槽1 8 0的後方存在的冷氣通路1 5設 電源盒1 9 1，在該電源盒1 9 1內收納有直流商電壓電源 置192，且一端部與該直流高電壓電源裝置192連接的 極銷193朝向前方而設。 電極銷193是與直流高電壓電源裝置192的負極連 。在電源盒1 9 1的前部設有圍繞電極銷1 9 3的保護筒 194。 此時，將霧化單元1 8 3設置在給水槽蓋1 8 1上的狀 下，隨著從上方將製冰用給水槽1 8 0朝向後方（在圖 從左方朝向右方）滑動安裝到區隔板8上的正規的位置 ，將霧化單元1 83的供電銷1 90插入到保護筒部1 94內 同時，形成與直流高電壓電源裝置1 9 2側的電極銷1 9 3 性及機械性連接的狀態。 該連接狀態下，在霧化單元1 8 3的霧氣釋放部】8 8 是從直流高電壓電源裝置1 92經由電極銷1 93、供電 1 9 0、未圖示的導電構件、導電性薄片1 8 5施加負的高 壓（_4〜_l〇kV)，藉此，形成從霧氣釋放部188釋放 微細的霧氣。 在單元盒1 8 4形成有位在霧氣釋放部1 8 8的下方位 水 供 導 有 裝 電 接 部 態 20 上 的 電 銷 電 出 置 -36- 201042224 的釋放口 1 9 5，從霧氣釋放部1 8 8被釋放出的霧氣，是形 成從其釋放口 1 95被供給到冷藏室3內。此外，必須將製 冰用給水槽1 8 0從安裝位置卸下而往前方滑動時，供電銷 190與電極銷193的連接被解除。 根據上述的實施形態，尤其可獲得接下來的作用效果 〇 將靜電霧化裝置182的霧化單元183設置在製冰用給 〇 水槽1 8 0的給水槽蓋1 8 1，將霧化單元1 8 3的吸水銷1 8 7 插入到製冰用給水槽1 8 0內，而形成將其吸水銷1 8 7吸起 的製冰用給水槽1 8 0內的水供給到霧氣釋放部1 8 8的構成 〇 藉此，也可將製冰用給水槽〗80作爲靜電霧化裝置 1 8 2的貯水部來利用，且藉由對製冰用給水槽1 8 0 —次的 供水作業，可對自動製冰裝置12與靜電霧化裝置182的 兩個系統進行供水，而可提昇供水作業的作業性。 Ο 又，靜電霧化裝置182 ’由於可將製冰用給水槽18〇 作爲貯水部來利用，所以不需要另外設置貯水部，而有可 將設置空間做小的優點。 (第9實施形態） 接著，參閱圖22 ’針對本發明的第9實施形態進行 說明。此外，第1實施形態相同的部分標示相同的符號， 並省略說明，而針對不同的部分進行說明。 在蔬果室4，於區隔板8的下方（設置靜電霧化裝置 -37- 201042224 3 6用的底板3 7的下方）’設有沿著該區隔板8的下 設的蓋子200’並將該蓋子200與區隔板8及底板3 間的空間部作爲冷氣通路201。該冷氣通路201是如丨 以箭頭印D表示’可將從蔬果室4的後部朝向前方 的冷氣，送到被收納在蔬果室4前部的塑膠瓶202等 爲冷卻該等用的冷氣。 並且，在前述底板37設置位在霧化單元38的下 霧氣釋放口 203。該霧氣釋放口 203位在霧化單元3 霧氣釋放部49 (參閱圖6參照）的下方，此時幾乎 正下方，且設置在從上方面對前述冷氣通路201的位 上述構成中，從霧化單元3 8的霧氣釋放部49釋 霧氣時，其霧氣是從底板37的霧氣釋放口 203被釋 冷氣通路201，在冷氣通路201順著從後部朝向前方 冷氣（參閱箭頭印D )，朝向蔬果室4的前部流並供 蔬果室4內。 此時’霧氣釋放口 203是位在霧氣釋放部49的 正下方，且由於從上方面對冷氣通路201，所以可極 制從霧氣釋放部4 9被釋放出的霧氣衝撞到底板3 7的 面等，並可極力防止霧氣附著在底板37的內底面等 少的情況。 而且’從霧氣釋放部49被釋放出的霧氣，由於 成在冷氣通路2 0 1被吸入到由後部朝向前方流的冷氣 所以容易往冷氣通路2 0 1側流出，而可抑制霧氣與 3 7的內底面等碰撞而減少的情況，而具有可將更多 面而 丨7之 圖22 吹出 ，作 方的 ;8的 位在 置。 放出 放到 流的 給到 大致 力抑 內底 而減 是形 中， 底板 的霧 -38- 201042224 飛1供給到蔬果室4內的優點。 【圖式簡單說明】 [圖1 ]表示本發明的第丨實施形態的電冰箱整體的縱 斷側視圖。 [圓I 2 ] g受置了靜電霧化裝置的附近的槪略性的立體圖 〇 [圖3 ]設置了靜電霧化裝置的附近的槪略性的俯視圖 〇 [W 4]給水機構部分的縱斷側視圖。 [圖5 ]表示蔬果容器與靜電霧化裝置的位置關係的槪 略性的立體圖。 [圖6]靜電霧化裝置設置部分的縱斷側視圖。 [圖7 ]與圖6的不同位置的靜電霧化裝置部分的縱斷 側視圖。 [圖8 ]表示本發明的第2實施形態的靜電霧化裝置部 分的縱斷前視圖。 [圖9]表示相當於圖3的本發明的第3實施形態的圖 〇 [圖1 0 ]相當於圖5的圖。 [圖11]以蓋子關閉的狀態表示的靜電霧化裝置的槪略 性的立體圖。 [圖1 2 ]以蓋子打開的狀態表示的靜電霧化裝置的槪略 性的立體圖。 -39- 201042224 [圖13]靜電霧化裝置的縱斷前視圖。 [圖1 4]表示相當於圖4的本發明的第4實施形態的圖 〇 [圖15]表示本發明的第5實施形態靜電霧化裝置設置 部分的縱斷側視圖。 [圖1 6]表示本發明的第6實施形態，在刪除冷凍盒等 的狀態下，從正面觀看冷藏用冷卻器的蓋子部分的圖。 [圖17]沿著圖16的XI-XI線的縱斷側視圖。 [圖1 8 ]表示相當於圖1 6的本發明的第7實施形態。 [圖19]沿著圖18的X2_X2線的縱斷側視圖。 [圖20]表示本發明的第8實施形態的靜電霧化裝置設 置部分的縱斷側視圖。 [圖2 1 ]靜電霧化裝置的供電裝置部分的縱斷側視圖。 [圖22]表示相當於圖1的本發明的第9實施形態的圖 【主要元件符號說明】 3 :冷藏室（貯藏室） 4 :蔬果室（貯藏室） 8 :區隔板 1 2 :自動製冰裝置（製冰裝置） 13:冷藏用冷卻器（冷卻1器） 15a :冷氣吹出口 2 0 :製冰用給水槽（貯水部） -40- 201042224 29 '·給水機構 3 6 :靜電霧化裝置 3 8 :霧化單元 40 :蓋子 43 :貯水槽（貯水部） 46 :導電性薄片（給水部） 47 :保水材（給水部） 〇 48 :吸水銷（給水部） 49 :霧氣釋放部 54 :供電銷 5 6 :直流高電壓電源裝置 62 :蓋子開關 65 :過濾過濾器 66 :離子交換樹脂 72 :下部容器 Ο 73 :上部容器 75 :控制裝置 7 7 :靜電霧化裝置 7 8 :霧化單元 81 :蓋子 82 :蓋子開關 8 5 :貯水槽（貯水部） 8 6 :過濾過濾器 8 7 :離子交換樹脂 -41 201042224 91 :吸水銷（給水部） 93 :導電性薄片（給水部） 94 :保水材（給水部） 95 ·’霧氣釋放部 96 :供電銷 1 〇 1 :靜電霧化裝置 1 〇 2 :霧化單元 106 :蓋 1 1 1 :貯水槽（貯水部） 1 2 5 :通氣部 1 2 7 :給水機構 1 3 2 :切換閥 1 3 5 :靜電霧化裝置 1 3 6 :霧化單元 139 :蓋 1 4 1 :蓋子開關 1 44 :輔助槽（貯水部） 145 :霧氣釋放部 146 :導電性薄片（給水部） 1 4 7 :保水材（給水部） 1 4 8 :吸水銷（給水部） 1 5 0 :吸水材（給水部） 1 5 1 :水承接部（貯水部） 1 5 4 :供電銷 -42- 201042224 1 5 6 :電源裝置 1 6 1 :冷藏用冷卻器蓋子（R蒸發器蓋子（給水部）） 164 :露水承接槽（給水部） 167 :凝結水導引槽（給水部） 1 8 0 :製冰用給水槽（貯水部） 182 :靜電霧化裝置 1 8 3 :霧化單元 Ο 1 8 5 :導電性薄片（給水部） 1 8 6 :保水材（給水部） 1 8 7 :吸水銷（吸水部、給水部） 1 8 8 :霧氣釋放部 2 0 1 :冷氣遇路 2 0 3 :霧氣釋放口 〇 -43-201042224 VI. Description of the invention: [Technical Field of the Invention] The present invention relates to a refrigerator in which a mist generated in an electrostatic atomization device is supplied to a storage chamber. [Prior Art] In the past, there was a fruit and vegetable room in which a mist generating device (an ultrasonic atomizing device or an electrostatic atomizing device) was installed in a storage room. By supplying the mist generated from the mist generating device to the vegetable and fruit room, The composition for maintaining the freshness of the fruits and vegetables (see, for example, Patent Document 1). In addition, it is considered that such a mist generating device is used for the removal of harmful substances such as pesticides attached to fruits and vegetables (for example, see Patent Document 2). Or it is used for sterilization or deodorization (for example, refer to Patent Document 3). [PRIOR ART DOCUMENT] [Patent Document 1] [Patent Document 1] Japanese Patent No. 4179398 [Patent Document 2] JP-A-2008-116198 (Patent Document 3) JP-A-2003-79714 】 [To solve the problem of the invention] However, the use of a super-chopper type atomizing device as a mist generating device has a large particle size of mist. The dirt contained in the stored water of the mist generating device 201042224 The scale component also becomes a mist. There is also the concern that such mist is supplied to the storage room. on the other hand, Using an electrostatic atomizing device, The particle size of the mist can be made fine (e.g., a few n m to several tens of n m). however, The electrostatic atomization device disclosed in Patent Document 1, The atomizing electrode (the mist releasing portion) for generating the mist and the counter electrode (the counter electrode) are arranged in close proximity to each other. therefore, Corona discharge is generated between the atomizing electrode and the counter electrode, And ozone is easily generated along with the corona discharge. Gases with high ozone concentrations are harmful to humans. The user is exposed to harmful gases. The present invention has been made in view of the above circumstances, Its purpose is to provide one, Even if an electrostatic atomization device is used as a means for generating mist, Nor will harmful gases such as ozone be produced. It can generate a mist containing a hydroxyl radical of the sterilizing action. And supply it to the storage room, A clean and safe refrigerator. [Means for Solving the Problem] In order to achieve the above objectives, The refrigerator constructed by the present invention, It is a refrigerator with a storage compartment in a refrigerated temperature zone. Its characteristics are: With electrostatic atomization device, The electrostatic atomizing device has: Fog release section; Supplying water to the water supply portion of the mist release portion; And applying a negative high voltage to the aforementioned mist release portion, a structure of a DC high-voltage power source device for releasing mist from the mist release portion, On the other hand, a structure is provided in which the mist released from the mist releasing portion is supplied to the storage chamber. 201042224 [Effects of the Invention] According to the refrigerator of the present invention, It can suppress the generation of harmful gases such as ozone, And give full play to the effect of fog. [Embodiment] [Formation for Carrying Out the Invention] (First Embodiment) 〇 Hereinafter, Referring to Figures 1 to 7, The first embodiment of the present invention will be described. First of all, In Figure 1, The heat insulating box 2 of the refrigerator body 1 is formed by filling a foamed heat insulating material between the outer box and the inner box. Inside the refrigerator body 1, From above: Cold storage room 3, Fruit and vegetable room 4, And the ice making room 5 and the small freezing room (not shown) are arranged to the left and right. A freezer compartment 7 is provided at the lowermost portion. Among them, Refrigerator 3 and fruit and vegetable room 4, The temperature inside the library is controlled at a refrigerating temperature of 1 to 4 °C. They all constitute a storage compartment in the refrigerated temperature zone. Ο Since the refrigerating compartment 3 and the fruit and vegetable compartment 4 are storage compartments in the same refrigerating temperature zone, Therefore, it is basically divided into upper and lower sides by the partition plate 8 formed of synthetic resin. Other ice storage rooms in the storage room 5 The small freezer compartment and the freezer compartment 7 are storage compartments that constitute a freezing temperature zone. In addition, The small freezer compartment can also be used as a temperature switching chamber that can switch the set temperature according to the user. The vegetable and fruit room in the lower part of the refrigerated temperature zone Between the ice making chamber 5 and the small freezing chamber located in the freezing temperature zone directly below the vegetable and fruit chamber 4, It is distinguished by the partition 9 of the heat insulating zone. The refrigerating compartment 3 is opened and closed by a side-opening rotatable possible door 3a 201042224, And other fruits and vegetables room 4, Ice making room 5, Small freezer and freezer 7, Is to become a drawer type door 4a, 5a, 7a to open and close. In addition, In each storage room (refrigerator 3, Fruit and vegetable room 4, Ice making room 5 Small freezer, The freezing chamber 7) is provided with a corresponding door 3a, 4 a, 5 a , 7 a open and close door switch (not shown). An automatic ice making device 1 2 (ice making device) equipped with an ice tray 1 is disposed in the ice making chamber 5. A refrigerating cooler 13' is disposed on the back of the lower portion of the refrigerating compartment 3, and cold air cooled by the refrigerating cooler 13 is disposed on the back of the vegetable compartment 4. It is supplied to the refrigerating compartment 3 and the vegetable and fruit compartment 4 of the storage compartment of the refrigerating temperature zone, And the refrigeration fan 14 is circulated. A cold air passage 15 is provided behind the refrigerating compartment 3. The cold air passage 15 is provided with a plurality of cold air outlets 15a, The cold air in the cold air passage 15 is blown out from the cold air outlet 15a into the refrigerating compartment 3. also, A refrigerating cooler 16 is installed on the back of the freezing compartment 7 and a cool air cooled by the freezing cooler 16 is disposed on the back of the freezing compartment 5 and the small freezing compartment. Ice making room supplied to the storage compartment of the freezing temperature zone 5 Small freezer and freezer 7, And the refrigeration fan 17 is circulated. At the rear bottom of the refrigerator body 1, a compressor 19 in which a mechanical chamber 18 is disposed is provided with a refrigeration cycle. This compressor 19 is shared by the refrigerating cooler 13 and the refrigerating cooler 16. In the lower part of the refrigerating compartment 3, As shown in Figure 2, the position is above the partition plate 8, The ice-making water supply tank 20 is detachably attached to the left end. In the right side of the ice-making water supply tank 2, the drawer type glove box 2 1 and the egg box 22 are set up and down. A freezer compartment 23 is provided on the right side. -8 - 201042224 A freezer box 24 is provided in the freezer compartment 23. At this time, 'Ice for the sink 2 Ο, Miscellaneous box 21, Egg box 22, The front end of the freezing compartment 23 is located rearward than the front end of the partition plate 8, and a space portion is formed above the front portion 8a of the partition plate 8. This space portion is a space for the door pocket 25 (see Fig. 1) provided on the inner surface of the door 3a of the refrigerating compartment 3. A water receiving container 28 is provided at the rear of the water supply water supply tank 2' as shown in Fig. 3'. Between the water supply water supply tank 20 and the water receiving container 0 28, a water supply mechanism 29 for supplying water for the ice making water supply tank 2 to the water receiving container 28 side is provided. This water supply mechanism 29 becomes the next structure. As shown in Fig. 4, a pump motor 30 is provided below the water receiving container 28, and a pump 31 is provided in the above-described ice making water supply tank 20, Formed by the pump motor 30, The configuration of the pump 31 is driven in a non-contact manner. Although not shown in detail, But simply explain its driving principle. A permanent Q magnet 3 2 that is rotationally driven by the pump motor 30 is provided at a front end portion of the pump motor 30. With the rotation of its permanent magnet 3 2 , The ice making is rotated by the pumping vane of the pump 3 1 in the water tank 20 Pump action. When pumping, Use ice making to the water in the water tank 20, It is supplied to the water receiving container 28 via the water supply pipe 3 3 . The water supplied to the water receiving container 28 is formed via the water supply pipe 34, The structure of the ice tray 1 1 supplied to the above-described automatic ice making device 1 2 . then, An electrostatic atomizing device 36 is disposed at a front portion 8a of the partition plate 8 between the compartment refrigerating chamber 3 and the vegetable and fruit chamber 4, the following, The configuration of the electrostatic atomizing device 36 will be described with reference to Figs. 6 and 7'. -9 - 201042224 Electrostatic atomizing device 3 6 is shown in Figure 2 and Figure 3, In the front portion 8a of the partition plate 8, It is arranged in the approximate center part of the left-right direction. Under the partition plate 8, A bottom plate 37 for mounting the electrostatic atomizing device 36 is mounted, In the partition plate 8, an opening portion 39 for taking out the atomizing unit 38 of the electrostatic atomizing device 36 is formed. In the zone partition 8, The cover 40 that opens and closes the opening portion 39 is provided to be slidable in the front-rear direction. A unit accommodating portion 41 for accommodating the atomizing unit 38 is provided between the partition plate 8 and the bottom plate 37. The atomizing unit 38 has: a water storage tank 43 for storing water W (corresponding to a water storage portion); An upper box 44 assembled in an upper portion of the water storage tank 43; And a unit cover 45 that covers the upper case 44 from above. In the upper box 44 is provided: Conductive sheet 46, Water retention material 47, Water absorption pin 48, A plurality of mist release portions 49. Among them, The conductive sheet 46 is, for example, a mixed polyester fiber and a carbon fiber as a conductive material. And forming a felt (non-woven), And have water retention, Moisture absorption characteristics, And the conductivity ' is disposed in the upper portion of the upper case 44. The water retaining material 47 is, for example, made of urethane & The "sponge structure" is excellent in water retention property and moisture absorption characteristics. The upper surface is disposed in contact with the lower surface of the conductive sheet 46. The water retaining material 47 is thicker than the conductive sheet 46. The water absorbing pin 48 is, for example, a product in which the polyester fiber is inspected to form a pin shape, and the water absorbing property and water absorbing property are excellent. The water absorbing pin 48 is in contact with the conductive sheet 46 through the above-mentioned water retaining material 47 at the upper end portion. Further, the lower end of the water absorbing pin 48 - 201042224, the end portion is formed by the tubular portion 44 a passing through the upper case 4 4, The state of being inserted into the water W in the water storage tank 4 3 . The mist release unit 49 is the present embodiment. For example, a mixed polyester fiber and a carbon fiber as a conductive material are twisted to form a pin shape. And the pin-shaped release member is configured by a plurality of pieces arranged side by side. It has the same water retention and moisture absorption characteristics as the water absorbing pin 48. Further, it has electrical conductivity similarly to the conductive sheet 46. The front end of the mist release portion 49 is formed to be more and more thin at the tip end. A curved surface shape with a moderate circle. A Colloidal platinum was attached to the mist release portion 49. The nano platinum fine particle colloid is, for example, immersed in the mist release portion 49 to the treatment liquid containing the colloid of the nano platinum fine particles and can be attached by calcination. The upper end portions of the respective mist releasing portions 49' are in contact with the conductive sheet 46. also, The lower end portion of the mist release portion 49 protrudes in a state of hanging down from the lower portion of the upper case 44 through the upper case 44'. The upper cover 44 release cover cover 50 is detachably provided to cover the mist release portion 49. A release port 5 1 positioned below the mist release portion 49 is formed in the release portion cover 50. A mist discharge port 52 located behind the discharge port 5 1 is formed in the bottom plate 37. The mist release port 52 communicates with the upper portion of the vegetable and fruit chamber 4. When the release port 51 is in communication with the mist release port 52, when the mist is released from the mist release portion 49, The mist is supplied from the discharge port 51 through the mist discharge port 52 into the vegetable compartment 4 as shown by the arrow A in Fig. 6. herein, The water absorbing pin 48 picks up the water W' in the water storage tank 4 3 and supplies it to the water material 47 and the conductive sheet 46. The water retaining material 47 is kept from the supplied water. Further, the water is supplied to the conductive sheet. The conductive sheet 46 is supplied from the water absorbing pin 48 and the water retaining material to the mist releasing portion 49. at this time, Water absorption pin 48, , The conductive sheet 46 is configured to supply moisture to the mist releasing portion 49. When the atomizing unit 38 is installed in the unit housing portion 41, The state in which the cover 40 is opened is as shown in Fig. 6 after the arrow B1 is inserted from the opening portion 39 into the unit housing portion 41. By way of action, Installed to a regular installation location. also, When the atomizing unit 38 is taken out from the unit accommodating portion 41, 6 is indicated by an arrow B2. After sliding to the front, The unit 38 is taken out from the opening portion 39. In the atomization unit 3 8 ' as shown in Figure 7, It is set in such a way that the power supply pin 5 4 protrudes. The feed pin 54 is connected to the conductive sheet 46 via a base end portion. The timing at which the atomizing unit 38 is installed in the unit housing portion 41 is The front end portion of the power supply pin 54 is inserted and connected to the chassis 58. The connector 58 is connected to the DC high voltage power supply terminal 57. herein, Forming the aforementioned mist release portion 49 via conduction, Power supply pin 5 4, Connector 5 8, Apply a DC high voltage power supply 丨 negative high voltage (_ 4~-1 Ok V ). (From the Japanese public license 0 water-absorbing pin 4 8 46 ° 4 7 supplied to the water-maintaining material 4 7 - the water supply unit is the front: The way, : Slide back, As shown in the figure, lift the atomization toward the rear. Electrical components 5 5 : The position of the gauge 3 7 side of the negative sheet of I 5 6 46 the spoon of the device 5 6 0026, 27 -12- 201042224 When a negative high voltage of the DC high-voltage power supply unit 56 is applied to each of the mist discharge units 49, the current concentrates on the front end portion of the mist discharge unit 149 which is most easily discharged. With this, A natural discharge phenomenon occurs in each of the mist release portions 49, Utilizing the ion wind generated by the discharge, The water split on the surface of the mist release portion 49 is released into a fine mist. in this way, The electrostatic atomizing device 36 does not have a counter electrode with respect to the mist releasing dam portion 49. therefore, Since ozone does not occur, Therefore, the released mist does not contain ozone. A positioning convex portion 60 for positioning the atomizing unit 38 is provided at a bottom portion of the unit housing portion 41, Further, a unit detecting switch 61 for detecting the mounting state of the atomizing unit 38 is provided. also, A cover switch 62 and a handle 63 are provided at the front of the bottom plate 37. When the cover 40 is rotated, the handle 63 is rotated by the pressing portion 6 4 of the cover 4 , When the lid switch 62' is pressed to open the lid 40, Ο The opening and closing of the cover 40 is detected by the lid switch 62 by releasing the pressing operation of the lid switch 62. In the water storage tank 43, as shown in Fig. 7, a filter filter 65 is formed in a container shape. Further, an ion exchange resin 66 is accommodated in the filter filter 65. The unit cover 45 is provided with a cylindrical water injection port 6.7 extending downward from the filter filter 65'. The water injection cover 68 that opens and closes the water inlet 67 at the unit cover 45 is detachably mounted. When the water filling cover 68 is removed, Water can be supplied from the water inlet 67 to the water tank 43. Further, the photocatalyst 69 ° made of, for example, titanium oxide is applied to the inner surface of the water storage tank 43. A light source (for example, an ultraviolet LED) 70 that emits ultraviolet light is provided at the bottom of the unit housing portion 4 1 . When this light source 7 illuminates, The ultraviolet ray "photocatalyst ό 9 is irradiated to the water storage tank 43 to receive the ultraviolet ray and is activated. And play a sterilization role. In the aforementioned vegetable and fruit room 4, as shown in Figure 1, Featuring: Lower container 72, And an upper container 73 disposed at an upper portion of the lower container 72. The upper container 73 is lower than the lower container 72, The length in the front and rear direction is formed smaller, And it is disposed on the rear side of the lower container 72. The front end portion of the upper container 73 is positioned below the mist discharge port 52 of the bottom plate 37. and, In this state, When the mist is released from the mist release port 52 into the fruit and vegetable compartment 4, The mist is supplied to both the lower container 72 and the upper container 73 (see Fig. 6). A control unit 75 containing a microcomputer is provided at the back of the refrigerator body 1 (see Fig. 1). The control device 75 is configured to have a compressor 19 or a refrigerating fan 14 that is controlled to be a refrigeration cycle, Refrigeration fan 17, Automatic ice making device 1 2 The pump motor 3 of the water supply mechanism 29, Electrostatic atomizing device 3 6 'The body of the refrigerator such as the light source 70! The overall control of the function of the action. The control device 75, in particular, constitutes the electrostatic atomizing device 36. Only the door switches of the respective storage compartments detect the locking of the door. And the aforementioned cover switch 6 2 of the electrostatic atomizing device 36 detects the latching of the cover 40, Further, in a state where the unit detecting switch 6 1 detects the mounting state of the atomizing unit 38, The energization of the electrostatically atomizing device 36 is allowed. -14- 201042224 Therefore, Once it is detected that the door of any storage room is opened, Or when the lid 4 is opened, When the atomizing unit 38 is not installed, the energization of the electrostatic atomizing device 36 is turned off. also, The control device 75 causes the light source 70 to perform lighting control for a predetermined period of time every predetermined time. Explain the role of the above construction. The atomizing unit 38 is installed in the unit housing portion 41, Closing the cover 40 of the unit housing portion 41, And in the state where the doors of each storage compartment are locked, When driving the electrostatic atomizing device 3 6 A fine mist is released from each of the mist release portions 49, The mist is supplied from the mist discharge port 52 to the upper container 73 and the lower container 72 of the vegetable compartment 4. The mist contains a hydroxyl radical with strong oxidation. The mist containing the hydroxyl radicals thereof is supplied to the upper container 73 and the lower container 72 of the vegetable and fruit chamber 4, This sterilization or deodorization is made possible. also, With its fog, The freshness of the fruits and vegetables accommodated in the upper container 73 and the lower container 72 can be expected. and, By causing the light source 70 to perform lighting control for a certain period of time at each predetermined time, The photocatalyst 69 in the water storage tank 43 is activated. The sterilization action in the water storage tank 4 3 can be expected. however, Because the electrostatic atomizing device 36 has no water, Can't produce fog, Therefore, water must be replenished regularly. also, When it is attached to the surface of the mist release portion 49 by the adhesion of the occurrence of the mucus, Because the release of mist is degraded, So for example, once a year, It is preferable to perform the cleaning of the mist release portion 49. -15- 201042224 In this case, After opening the door 3a of the refrigerating compartment 3, the cover 40 of the front portion 8a of the partition plate 8 is slid, The opening portion 39 of the unit housing portion 41 is opened. then, The user inserts the hand into the unit housing portion 41, After the atomizing unit 38 of the electrostatic atomizing device 36 is slid forward, It is picked up and taken out from the unit housing portion 41. at this time, The connection of the connector 58 to the power supply pin 54 is detached. If only water is supplied, In the state where the water injection cover 6 8 is removed, Replenish water from the water inlet 67. also, When the mist release portion 49 is also cleaned, While the upper case 44 is being detached from the water storage tank 43, The release cover 50 is removed from the upper case 44, The cleaning is performed in a state where the mist release portion 49 is exposed 〇 In addition, When only water is supplied, The atomizing unit 38 can be attached to the unit housing portion 41 by simply removing the water filling cover 68. In addition, After the water supply or cleaning, After the atomizing unit 38 is mounted in its original state, the atomizing unit 38 is housed in the unit housing portion 41, And installed to a regular location. at this time, The power supply pin 54 is inserted and connected to the connector 58. After that, the cover 40 is slid forward to close the opening portion 39. The door 3a of the refrigerating compartment 3 is closed. According to the first embodiment described above, The following effects can be obtained 〇 The partition plate 8 between the refrigerating compartment 3 and the vegetable compartment 4 is provided with an electrostatic atomizing device 36 having a structure that does not generate ozone, The mist released from the mist releasing portion 49 of the electrostatic atomizing device 36 is mainly supplied to the structure of the vegetable-fruit-16-201042224 chamber 4. According to this, a method of supplying a mist containing a hydroxyl radical having a strong oxidizing action into the fruit and vegetable compartment 4, It is possible to sterilize or deodorize the inside of the vegetable and fruit compartment 4. also, With its fog, The freshness of fruits and vegetables, etc. can also be expected. Electrostatic atomizing device 3 6, Since the counter electrode of the mist release portion 49 is not provided, So with the mist release and the opposite pole, The previous constructs of corona discharge are different. It can suppress the generation of harmful gases such as ozone. It can improve safety. The electrostatic atomizing device 36 has a water storage tank 43 for storing water W, And constituted by the water absorbing pin 48, Water retaining material 47 and conductive sheet 46, The water W stored in the water storage tank 43 is supplied to each of the mist discharge portions 49. With this, Since the water can be stably supplied to the mist release portion 49, Therefore, the amount of mist generated from the mist releasing portion 49 can be stabilized. also, Storage tank 43, Since the unit containing the atomizing unit 38 can be attached to and detached from the unit housing portion 41, Therefore, the supply of water to the water storage tank 43 can be easily performed. Since the mist release portion 49 can also be loaded and unloaded together with the water storage tank 4 3 , Therefore, the cleaning of the mist release portion 49 can be easily performed. Since the filter filter 65 is provided in the water storage tank 43, Therefore, the water that is replenished into the water storage tank 4 3 can be purified. The cleaned water can be supplied to the mist discharge portion 49. With this, It is possible to prevent the occurrence of a blockage such as the mist release portion 49 as much as possible. It can prevent the amount of mist emission from decreasing. also, Since the ion exchange resin 6 6 is housed in the filter filter 65, Therefore, the mineral component contained in the water W stored in the water storage tank 43 can be adsorbed on the ion exchange resin 66 thereof. And remove it. -17- 201042224 By this, It is possible to prevent the rust from accumulating in the mist release portion 49 and the like as much as possible. And can prevent the occurrence of blockages, Further, the reduction in the amount of mist released can be further prevented. By the way, The service life of the mist release portion 49 can be made longer 〇 In addition, By every predetermined time, The way in which the light source 70 is illuminated for a certain period of time, The photocatalyst 69 in the water storage tank 43 is activated, The sterilization action in the water storage tank 43 can be expected. Even with this method, The cleaned water can also be supplied to the mist release portion 49. Since the atomizing unit 38 of the electrostatically atomizing device 36 is disposed at the front portion 8a of the partitioning plate 8, Therefore, the replenishment of the water of the atomizing unit 38 or the loading and unloading of the atomizing unit 38 can be easily performed. Since it constitutes the mist released from the mist releasing portion 49 of the atomizing unit 38, The upper container 73 and the lower container 72 of the vegetable and fruit chamber 4 are supplied from above, Therefore, mist can be supplied to both the upper container 73 and the lower container 72. a method of attaching the nano platinum microparticle colloid to the mist release portion 49, The mist released from the mist releasing portion 49 easily generates hydroxyl radicals', and the sterilization function or the deodorizing function can be further enhanced. also, The conductivity of the mist releasing portion 49 can be favorably maintained by including the conductive material (carbon) in the mist releasing portion 49. Because it is made into a storage room (refrigerator 3's fruit and vegetable room 4' ice making room 5, Small freezer, Door 3 of the freezer compartment 7), 4 a, 5 a, 6 a, When any one of 7 a is opened, Disrupting the energization structure of the electrostatic atomizing device 36, Therefore, it is possible to prevent the user from coming into contact with the high voltage portion. Security can be improved. At this time, at least when the door 3a of the refrigerating compartment 3 is opened by -18-201042224, It suffices to block the energization of the electrostatic atomizing device 36. also, In the present embodiment, the lid switch 62 that is configured to open and close the lid 4 of the unit housing portion 41 in which the atomizing device 36 is stored is provided. When the cover 40 is opened, the energization of the electrostatically atomizing device 36 can also be interrupted. So you can improve your security. Furthermore, Since the unit detecting switch 61 is provided in the unit housing portion 41, Therefore, when the atomizing unit 38 is not installed, the electrostatic atomizing device 36 does not have a power-on condition. And can further improve security. (Second embodiment) Next, A second embodiment of the present invention will be described with reference to Fig. 8'. The same portions as those in the first embodiment are denoted by the same reference numerals and the different portions will be described. Fig. 8 is a longitudinal front view of a portion of the atomizing unit 78 in which the electrostatic atomizing device 7 is disposed as seen from the front side. In Figure 8, The unit housing portion 79 accommodating the atomizing unit 78 is provided integrally with the partition plate 8. The position of the unit housing portion 79 is located at almost the same position as the unit housing portion 41 of the first embodiment. The atomizing unit 78 is detachably provided in the unit housing portion 79. The upper opening portion 80' of the unit housing portion 79 is opened and closed by a cover 8 1 which is slidable in the front-rear direction. A lid switch 82 that detects opening and closing of the lid 8 1 is provided in the upper opening portion 8A. The unit case 84' of the atomizing unit 78 is in the form of a rectangular container forming an opening. There is a water storage tank 8 5 (corresponding to the water storage part). Water W for atomization is stored in the water storage tank 85. In the water storage tank 85, Container-shaped over -19- 201042224 Filter filter 8 6 is detachably received, An ion exchange resin 87 is accommodated in the filter filter 86. Above the unit box 84, The unit cover 88 is detachably attached so as to cover the water storage tank 85 from above. The water injection cap 90 that opens and closes the water injection port 8 9 at the unit cover 8 8 ' is detachably attached to the upper position of the filter filter 86. herein, When the water is supplied to the water storage tank 8 5, the water is supplied from the water injection port 8 9 to the filtration filter 86 in a state where the water injection cover 90 is removed. at this time, Water W to be replenished, It is filtered through the filter through the filter 86. also, In the filter filter 86, due to the containment of ion exchange resin 87 Therefore, the mineral component contained in the water W is formed by being adsorbed on the ion exchange resin 87. therefore, The water W' contained in the water storage tank 85 is purified in the water storage tank 85. The water W to be purified is supplied to the right side of the unit case 84, which is supplied to the water absorbing pin 91° which will be described later. The pin holding case 92 is detachably mounted. The pin holding case 92 is provided with: Water absorption pin 91; Conductive sheet 93; Water retaining material 94; Forming a plurality of pin-shaped mist release portions 95; And the power supply pin 96. herein, Water absorption pin 91, Conductive sheet 93 'water retaining material 94, Fog release part 9 5, The water absorbing pin 48 of the first embodiment is respectively Conductive sheet 4 6 'water retaining material 4 7 , The mist release portion 4.9 is formed of the same material. The conductive sheet 93 is disposed at the uppermost portion of the pin holding case 92. Bao -20- 201042224 The water material 94 is disposed in a state where the upper surface is in contact with the lower surface of the conductive sheet 913. The water retaining material 94 is thicker than the conductive sheet 93. Each mist release portion 95, The respective upper end portions are in contact with the conductive sheet 93 through the water retaining material 94. also, The lower end portion of each of the mist release portions 95 is a through pin holding case 92. The state is suspended toward the inside of the unit case 84. At the bottom wall portion of the unit case 84, a discharge port 7-1 which is formed by a plurality of holes 〇 under the mist discharge portion 95 is formed. Water absorbing pin 91, The upper end portion is in contact with the water retaining material 94, and the lower end portion penetrates the pin holding case 92. It is in a state of being inserted into the water W in the water storage tank 85. herein, The water absorbing pin 9 1 sucks the water in the water storage tank 8 5 to the water retaining material 94. Water retention material 9 4, Is to keep the water supplied from the water absorbing pin 91, Further, water is supplied to the conductive sheet 93 and each mist releasing portion 95. at this time , a water absorbing pin 91 and a water retaining material 94 and a conductive sheet 93, It is a water supply unit that supplies water to the mist release unit 975. The upper end portion of the power supply pin 96 is in contact with the conductive sheet 93 through the water retaining material 94. The lower end portion of the power supply pin 96 is protruded downward through the pin holding case 92, The front end protrudes rearward. therefore, The power supply pin 96 is viewed from the side in an L shape. After the atomizing unit 78 is housed in the unit housing portion 79, By sliding to the rear, Forming the rear end portion is inserted into the connector 98. The negative electrode of the DC high voltage power supply unit 56 (see Fig. 6) is connected to the connector 98. At this time, when the negative high voltage of the DC high voltage power supply unit 56 is applied -21 - 201042224 at the power supply pin 96, The negative high voltage is also applied to each of the mist release portions 95 via the conductive sheets 93 and moisture. This result, A natural discharge phenomenon occurs in each mist discharge portion 95. The moisture on the surface of the mist releasing portion 95 is split to form a fine mist which is released. The electrostatic atomizing device 7 does not have a counter electrode with respect to the mist releasing portion 95 to which a negative high voltage is applied. A mist release port 99 located below the discharge port 97 is formed in a bottom wall portion of the unit housing portion 79, The mist is released from each of the mist release portions 95, Become through its mist release port 99, It is supplied to the vegetable and fruit room 4 below. The mist that is supplied to the vegetable and fruit room 4, It is the same as the first embodiment. Both sides are supplied to the upper container 73 and the lower container 72 from above. In the second embodiment, Photocatalyst is also disposed on the bottom surface of the water storage tank 85. Further, a light source that emits ultraviolet rays on the side of the unit housing portion 7 is provided. In the second embodiment configured as described above, the same operational effects as those of the first embodiment can be obtained. (Third embodiment) Next, See Figure 9 to Figure 13. A third embodiment of the present invention will be described. In addition, The same portions as those in the first and second embodiments are denoted by the same reference numerals, and the description will be omitted. The atomizing unit 1 〇 2 ' of the electrostatic atomizing device 10 of the third embodiment is disposed behind the -22-201042224 in which the glove box 1 0 3 is disposed on the upper surface of the partition plate 8 as shown in Fig. 9 . Further, it is located at the right side of the water supply water supply tank 20 and the water receiving container 28. The glove box 203 is formed to have a shorter length in the front-rear direction than the glove box 21 of the first embodiment. The atomizing unit 102 is as shown in FIG. 11 to FIG. Is equipped with: The unit base 104 fixed to the side of the partition plate 8 With respect to the unit base 104, By sliding from the front, The unit cell is detachably mounted 105° 单元 The unit base 1〇4 is a substantially rectangular box shape forming an upper surface and a front opening. A cover 106 formed in an L shape is provided at the front side as viewed from the side. The cover 106 is formed by forming the following ends as a fulcrum. It can be turned in the front and rear direction. In the cover 1 0 6, In the closed state shown in Figure 11, A notch portion 107 having an opening at the rear end is formed in the upper portion, And a pressing piece 108° notch 107 is provided on the right side portion, It is to avoid interference with the water supply pipe 109 to be described later. At the upper portion of the right side wall of the unit base 104, A lid switch 1 1 借 that is operated by the pressing piece 108 is provided. The lid switch 1 1 〇 detects the opening and closing of the lid 106. In the aforementioned unit box 105, As shown in Figure 13. The water storage tank 1 1 1 (equivalent to the water storage part) is integrally provided on the left side. A filter filter for accommodating the ion exchange resin is accommodated in the water storage tank 1 1 1 It is equipped with a float structure 1 1 2 . Float member 1 1 2, Is with: Buoy part 1 1 3 ; - the end portion is coupled to the pontoon portion 113 in a slightly L-shaped arm portion 114; And a permanent magnet 丨5 that is fixed to the front end portion of the arm portion 1 1 4, The middle portion of the arm 丨丨 4 is rotatably supported by the shaft -23- 201042224 1 1 6 in the water storage tank 1 1 1 ° where the water level in the 'sink 1 11 is still as shown in Fig. 1 The 'float portion 11 3 is positioned high' and the permanent magnet 11 5 is low. and, When the water level in the water storage tank 11 1 becomes low, As shown in Fig. 1, the position of the pontoon portion 1 1 3 becomes lower as shown by the 3-point lock line, whereby the position of the permanent magnet becomes high. Two gas sensors 1 17 and 1 18 are provided above and below the left side wall of the unit base 104. Using the magnetic gas sensors 1 17 1 1 buoy member π 2 ' by magnetic sensor 1 17 1 1 8 detects the position of the permanent magnet 1 1 5 of the floating piece 1 1 2, The water level of the water tank 1 1 1 can be detected. also, By the magnetic gas sensor 117, 118 detects the permanent magnet 11 the presence or absence of the magnetic flux 'whether the detectable unit cartridge 105 is mounted in the unit 104 ° at the upper portion of the unit casing 105 ' the unit cover 120 is detachably provided on the unit cover 120 to be formed in the aforementioned filter filter The upper water injection port 121 of the device 86. The right portion ' of the unit case 1〇5 and the pin holding case 92 of the second embodiment are detachably provided. The pin holding case 92 is provided with: Conductive sheet 93; a water mist release portion of a plurality of water retaining materials 9 5 ; Water absorption pin 9 1 ; And when the power supply pin is 9 6 The power supply pin 96 is also bent in its lower portion toward the rear, and is generally L-shaped. and, A front facing connector 122 is provided at the bottom of the unit base 104, The unit case 105 on which the pin holding case 92 is mounted is placed from the front 3 position with the magnetic 8 of both 115 and the base 5 of the inside of the barrel. The same 94 of the party; . This is the shape of the square plug -24- 201042224 on the unit base 1 〇4, The front end portion of the power supply pin 96 is formed to be inserted into the connector 1 22 from the front. a lower end portion of the plurality of mist release portions 95, It is located outside the unit box 〖05. A bottom portion of the unit base 104 is formed below the mist release portion 95. A release port 1 2 3 composed of a plurality of holes. also, In the partition plate 8, A mist discharge port 124 is formed at a portion corresponding to the discharge port 123 (see Fig. 13). 〇 Therefore, At this time, the mist released from the mist release portion 95, The release port 1 2 3 and the mist release port 1 24 ' are supplied to the vegetable and fruit compartment 4 below. at this time, The atomizing unit 102 of the electrostatic atomizing device 101 is as shown in FIG. The upper left portion of the upper container 73 located in the vegetable compartment 4 is formed. therefore, Each of the mist releasing portions 905 of the atomizing unit 1 〇 2 is formed to face the upper container 73 from above. The mist released from the mist release port 124 is supplied only to the upper container 73. Ο Therefore, In this embodiment, A plurality of slit-shaped vent portions 156 are formed at the bottom of the upper container 724. With this, The mist supplied to the upper container 73 can be made, It is also supplied to the lower container 72 through the vent portion 1 25 '. Next, Mainly use Figure 9, The automatic water supply structure of the atomization unit 1 0 2 of the electrostatic atomization device 1 进行 will be described. A dedicated water supply mechanism i 27 for the electrostatic atomization device 1 〇 1 is provided in the ice supply water supply tank 20. The water supply mechanism 1 27 is the same as the aforementioned water supply mechanism 29: a pump motor 128· disposed under the water receiving container 28, With the chestnut -25- 201042224 motor 1 28 is rotated by the permanent magnet t 29 ; a pump 130 that is rotated by a permanent magnet 129 provided to the water tank 20 for ice making; And the water injection port 1 2 1 from the aforementioned atomization unit 102 The water picked up by the pump 130 is led to the water supply pipe 09 of the water storage tank 1 1 1 . The front end of the water supply pipe 1 0 9 It is facing the water inlet 1 2 1 from above (see Figure 1 1. Figure 1 2). Formed by the water supply mechanism 127, The ice is used to feed the water in the water tank 20, The atomization unit 1 〇 2 is automatically supplied with a configuration of only the required amount. The pump motor 1 2 8 of the water supply mechanism 1 27 is also configured to be controlled by the aforementioned control device 75. According to the above embodiment, In particular, the following effects can be obtained. 〇 Since the water supply mechanism 127 automatically supplies the water for supplying the ice to the water tank 20 to the atomization unit 102 of the electrostatic atomization device 110, Therefore, the water supply to the electrostatic atomizing device 1 0 1 can be automated, This saves time-consuming situations in which the user can supply water to the electrostatic atomizing device 1 0 1 one by one. In this embodiment, The ice making water supply tank 20 also serves as a water storage portion of the electrostatic atomizing device 1 0 1 . The atomizing unit 102 of the electrostatic atomizing device 101, Since it is disposed at the rear of the partition plate 8, Therefore, the water supply path from the ice supply water supply tank 20 to the water supply container 28 is formed. It can make automatic water supply easy. a mist release portion 9 of the atomization unit 102, Although it is disposed above the upper container 7 3 facing the vegetable and fruit chamber 4, However, since the venting portion 15 is formed at the bottom of the upper container 73, Therefore, the mist released from the mist release portion 95 can be supplied to the upper container 73, And it can also be supplied to the lower container through the vent -26- 201042224 portion 1 2 5 and can be supplied to the lower container 7 2 ° by the pontoon member 112 provided with the permanent magnet 115 in the sump 111 and the magnetic sensation provided at the unit base 104 Detector 117, 11 8 detects the water level in the water storage tank 111. With such a checkout, When the control device 75 detects that the water W in the water storage tank 1 1 1 is not present, Its notification became possible. also, Since it is detected whether or not the unit case 〇 1 〇 5 is attached to the unit base 丨〇 4, Therefore, when it is judged that the unit case 1 0 5 is not attached to the unit base 104, The electrostatically atomizing device 101 may not be energized. (Fourth embodiment) Fig. 14 shows a fourth embodiment of the present invention. The fourth embodiment differs from the above-described third embodiment in the following features. that is, A switching valve 132 is provided in an intermediate portion of the water supply pipe 3 3 of the water supply mechanism 29 of the first embodiment. And a branch pipe 133 is provided in the switching valve 132, The front end portion of the 分歧 branch pipe 133 faces the water injection port 1 2 1 of the atomizing unit 1 〇 2 of the third embodiment. At this time, the water for supplying the ice water supply tank 20 can be supplied to the water receiving container 28 side through the water supply pipe 3 3 ' by the switching valve 132; Switching to the case where the branch pipe 1 3 3 ' is supplied to the atomizing unit 丨〇 2 side. The switching valve 1 32 is also configured to be controlled by the control unit 75. In the fourth embodiment having such a structure, The same operational effects as those of the third embodiment can be obtained. -27- 201042224 (Fifth Embodiment) Next, Referring to Fig. 15, a fifth embodiment of the present invention will be described. In addition, The symbols are labeled in the same manner as in the first embodiment. And omitted, Explain the different parts. The electrostatic atomizing device 1 3 5 of this embodiment, In the rear of the refrigerator compartment 3, Is disposed above the freezing compartment 23, It is located in front of the cold air outlet 15a of the cool air passage 15. The unit base 137 of the atomizing unit 136 that houses the electrostatic atomizing device 135, It is fixed to the lower shelf 138 which is disposed above the freezing compartment 23. The unit base 137 is open at the rear and the front. And a cover 1 3 9 that opens and closes the front opening portion is provided at the front. Cover 1 3 9, The upper end portion is rotatably supported by the unit base 137 with the shaft 140, It can be rotated in the front-rear direction with its axis 140 as a fulcrum. A lid switch 141 for detecting opening and closing of the lid 139 is provided at an upper portion of the unit base 137. A stopper portion 1 42 is provided in the lower shelf 138. The stopping portion 1 42 is for restricting the movement of the cover 139 in the opening direction. Formed when the user opens the lid 139, The restrictions can be lifted. A mist discharge port 143 for allowing mist to pass is formed in the cover 139. The atomization unit 1 3 6 has: Auxiliary slot 1 44, Forming a plurality of pin-shaped mist release portions I45, Conductive sheet M6, Water retention material 147, Water absorbing pin 148, And a release cover 149, Further, the unit base 137 is formed to be detachable from the front side. Mist release part 1 45, Conductive sheet 1 46, Water retention material 1 47, The water suction pin 148 is the mist release portion 49 of the first embodiment. Conductivity -28- 201042224 Sheet 46, Water retention material 47, Further, the water absorbing pin 48 and the mist releasing portion 145 are upper end portions and the upper end portion having a thin tapered shape is upward. Conductive sheet 146 147. The water absorbing pin 148 is in contact with the upper end portion through the water retaining material 1 46, The lower end is inserted and stored in the auxiliary ί. One end portion of one end portion of the water absorbing material 150 which is formed of the water retaining material 0 and which is excellent in water absorbability is inserted into the water retaining material 147 and is inserted into the refrigerating cooler 1 portion 151. The water receiving portion 151 is configured to receive defrosting water at the time of defrosting. By the water receiving part 1 5 1 ), Is formed before being supplied to the front through the water absorbing material 150. The water in the water absorbing portion 1 51 is formed in the water retaining material 1 47, And a configuration of water passing through the water absorbing pin 1 4 8 is formed. therefore, The structure of the water in the Q portion 151 of the mist release portion 145 and the water in the auxiliary tank 1 4 8 Water absorbing material 1 50 Water retention material 1 4 7, Conductivity A water supply unit that supplies moisture to the mist release unit 145. The aforementioned release portion cover 149 is configured to cover a plurality of holes having a mist passing therethrough. The power supply pin I54 exits the atomization unit. As the atomization unit 136 will be simultaneously The power supply pin 154 is inserted into the connector 155 connected to the =137 side. The connector 155 is connected to the negative electrode 157 of the holder 156. The material of the species is formed. Sheet 146 is in contact, And the water-repellent material 147 is disposed in the same material as the water-based material 147 in the conductive sheet 144. The water below the other 3 of the water absorbing material 150 receives the water that the chiller cooler 1 3 receives (the defrosting water describes the water retention material 147). The material 150 is supplied with water to supply the supply tank 144 to form a supplyable water supply. at this time, Water absorbing pin sheet 1 4 6, Is constituted by the mist release portion 145, The 136 is provided with a rearward projection mounted in a standard position. The wave is placed at the unit base. The DC high voltage power supply is installed -29- 201042224 At this time, In the mist release section 1 45, Formed via the conductive sheet 1 46 , Power supply pin 1 5 4, The connector 155 applies a negative high voltage of the DC high voltage power supply unit 1 5 6 . When a negative high voltage of the DC high voltage power supply unit 156 is applied to each of the mist discharge units 1 45, By the natural discharge phenomenon occurring in each mist release portion 145, The moisture on the surface of the mist releasing portion 145 is split and the fine mist is released. Even in the electrostatic atomizing device 135, the counter electrode of the mist releasing portion 145 to which a negative high voltage is applied is not provided. In the above structure, When the electrostatic atomizing device 135 is driven, A fine mist containing a hydroxyl radical is released from each of the mist releasing portions 145. The mist is passed through the mist discharge port of the cover 139 together with the flow of the cold air blown from the cold air outlet 15a of the cold air passage 15 toward the inside of the refrigerating chamber 3 It is supplied toward the front of the cold storage compartment 3 (see arrow C). The mist supplied into the refrigerating compartment 3 also forms a vegetable and fruit compartment 4 which is supplied to the lower side together with the cold air. According to the above embodiment, The next effect can be obtained. In the refrigerating compartment 3, since the electrostatic atomizing device 135 is disposed in front of the cold air blowing port 15 5 a, Therefore, the mist released from the mist release portion 145 can be supplied to the refrigerating chamber 3 and the fruit and vegetable chamber 4, The effects of such sterilization and deodorization can be expected. also, It is also expected that the freshness of fruits and vegetables, etc., can be maintained by the fog. As the water used in the electrostatic atomization device 135, Since the defrosting water received by the water receiving portion 151 can also be utilized, Therefore, the water supply to the electrostatic atomizing device 1 3 5 can be automated, And can greatly save the user's water supply to the electrostatic fog -30 - 201042224 The device 1 3 5 trouble. In addition, Assisting to store water in the auxiliary tank 144° (Sixth embodiment) Next, Referring to Figures 16 and 17, The sixth embodiment of the present invention will be described. In addition, In the same part as in the first embodiment, Mark the same symbol ’ and omit the description, Explain the different parts. 前 At the front of the refrigerating cooler I3 at the rear of the lower part of the refrigerating compartment 3, Heat insulation cover 1 60 made of insulation material, A refrigerating cooler cover made of synthetic resin (hereinafter referred to as an "evaporator cover") is provided. ) 161. R evaporator cover 161, It is fixed to the rear of the refrigerating compartment 3 by a screw 162 (see a broken line in Fig. 16). In addition, The mounting part of the screw 16 2, It is covered from the front by a seal 162a. An opening portion 163 located at a portion corresponding to the front surface of the refrigerating cooler 13 is formed in the heat insulating material cover 160. In front of the R evaporator cover 161, The dew receiving groove 164 is integrally formed with the R evaporator cover 161. In addition, The refrigerating cooler 13 is conventionally provided with: The refrigerant pipe 13a through which the refrigerant passes, And a plurality of pieces of cooling plate 13b, The refrigerant pipe 13a is arranged in a meandering shape. The dew receiving groove 1 64 is as shown in FIG. Have: Provided in a portion corresponding to the rear portion of the electrostatic atomizing device 36, a longitudinal groove extending in the up and down direction 1 6 5 ; An inclined groove 166 extending obliquely from the longitudinal groove 165 toward the left and right is inclined. Left and right inclined grooves 1 66, Viewed from the side, Formed by L-shaped ribs, The shape of the dew that forms the front of the R evaporator cover -31 - 201042224 1 6 1 is easy to undertake. The left and right inclined grooves 166 are formed to be inclined downward toward the longitudinal grooves 165, The condensed water 'accepted by the inclined grooves 166 flows toward the longitudinal grooves 165. The aforementioned partition plate 8 constituting the bottom of the refrigerating compartment 3 is provided with a condensed water guide groove 167 (see Fig. 17). The condensate guiding groove 167 is a rear end portion connected to a lower end portion of the longitudinal groove 165. The front portion of the condensate guiding groove 167 is a lower surface of the cover 40 that is slid into the front-rear direction of the permeable partition plate 8, The front cover extends and is inserted between the unit cover 45 of the electrostatic atomizing device 36 and the cover 40. at this time, A gap into which the condensate guiding groove 167 can be inserted is formed between the unit cover 45 and the cover 40. An outlet 167a of the front end portion of the condensate guiding groove 167, It is arranged to face the opening portion 168 for water injection formed in the unit cover 45 from above. In the above composition, Since the opening portion 1 63 is formed in the heat insulating material cover 160 covering the refrigerating cooler 13, Therefore, the cold air cooled by the refrigerating cooler 13 is easily brought into contact with the R evaporator cover 161 through the opening portion 163 thereof. Therefore, the R evaporator cover 161 is easily cooled. With this cooling, In front of the R evaporator cover 161, Although it is prone to condensation, But it condenses into water droplets, And hang down to the front of the R evaporator cover 1 6 I, And falling condensate, It is received by a tilting groove 16 6 which receives the groove 6 4 from the dew. The condensed water received by the inclined groove 166, Is formed after flowing toward the longitudinal slot i 65 Through its longitudinal groove 1 65 and condensate guiding groove 67, From the condensate -32 - 201042224, the outlet 167a of the guide groove 167 passes through the opening portion of the electrostatic atomizing device 36. It is supplied onto the conductive sheet 46. The water (condensed water) supplied to the conductive sheet 46 is also supplied to the mist releasing portion 49', and the mist is released from the mist releasing portion 49. R evaporator cover 1 6 1, Dew receiving groove 1 64, The condensed water guiding groove 167 also constitutes a water supply unit that supplies water to the mist releasing unit □ 〇 according to the above embodiment. Especially as the water used in the electrostatic atomizing device 36, Since the condensed water received by the dew receiving groove 164 of the R evaporator cover 101 is also utilized, Therefore, the water supply to the electrostatic atomizing device 36 can be automated, Moreover, it is extremely troublesome to reduce the user's water supply to the electrostatic atomizing device. (Seventh embodiment) Ο Next, A seventh embodiment of the present invention will be described with reference to Figs. 18 and 19. In addition, The same portions as those in the sixth embodiment are denoted by the same reference numerals, and the description thereof will be omitted. Explain the different parts. at this time, The mounting portion ' of the screw 1 62 to which the R evaporator cover 161 is fixed is provided in the vicinity of the refrigerant pipe 13a of the refrigerating cooler 13. Specifically, the R evaporator cover 161 is as shown in FIG. Located in the vicinity of the left and right inclined grooves 166 of the dew receiving groove 1 64, A cylindrical screw mounting portion i 70 protruding toward the rear is integrally provided. The screw mounting portion 170 is formed through the opening portion I7 of the heat insulating material cover 160. And through the cold -33- 201042224, the vicinity of the medium tube 1 3 a arrives at the rear of the refrigerating chamber 3. Then, the screw 丨 62 mounted on the screw mounting portion 丨 70 is mounted on , The inner box 1 72 at the rear of the refrigerating compartment 3. Further, 'the seal member i62a' is adhered to the front of the screw mounting portion 丨7 并 and by its seal member 162a, The front opening portion of the screw mounting portion 170 is covered. In the above configuration, the screw mounting portion 170 for fixing the R evaporator cover 161 is disposed in the vicinity of the refrigerant pipe 13a of the refrigerating cooler 13, Via screw 1 6 2 and screw mounting part i 7 0, r evaporator cover 1 6] is easily cooled 'by this' in front of the R evaporator cover 161, Condensation becomes easy to produce. Even in the above embodiment, as in the sixth embodiment, Condensate that can condense in front of the R evaporator cover 161, The electrostatic atomizing device 36 is supplied via the dew receiving groove 1 64 and the condensate guiding groove 1 67 '. therefore, As the water used in the electrostatic atomizing device 36, Since the condensed water received by the dew receiving groove 164 of the R evaporator cover 161 can also be utilized, the water supply to the electrostatic atomizing device 36 can be automated, Moreover, the trouble of the user supplying water to the electrostatic atomizing device 36 can be minimized. (Eighth Embodiment) Next, an eighth embodiment of the present invention will be described with reference to Figs. 20 and 221. In addition, the same portions as those in the first embodiment are denoted by the same reference numerals, and the description thereof will be omitted. Explain the different parts. In the upper portion of the water supply tank 80 80 which is disposed on the partition plate 8, The sink cover 1 8 1 is detachably provided. The ice making water supply tank 1 800, Yes -34- 201042224 Stores the water supplied to the automatic ice making device (ice making device) 1 2 (see Fig. 1) of the ice tray 1 1 and is detachably mounted in the refrigerating chamber 3 on the partition plate 8 . The water supply container 180 for ice making and the water receiving container 28 for the automatic ice making device 12 are provided with the first! In the same manner as the water supply mechanism 29 of the embodiment, the atomization unit 183 of the electrostatic atomization device 182 is provided on the upper surface of the water supply cover 181 (the right portion in Fig. 20). Atomization unit 〇 183, Is equipped with: Unit box 184; a conductive sheet 185 and a water retaining material 1 8 6 disposed in the unit case 184; a water absorbing pin 187 constituting the water absorbing portion; And a plurality of mist release portions 188. Among them, Conductive sheet 1 8 5, Water retention material 1 8 6 Water absorption pin 1 8 7 , Mist release unit 18 8 It is the conductive sheet 46 of the first embodiment, Water retention material 47, Water absorption pin 48, The same material as the mist release portion 49 is formed. The water absorbing pin 1 8 7 is formed long in the vertical direction. The upper end portion is in the single unit box 184, The water retaining material 186 is in contact with the conductive sheet 185, The lower end portion is inserted through the water supply tank cover 1 8 1 ' from above into the water supply water supply tank 180. The lower end portion of the water absorbing pin 187 is near the bottom of the ice making water supply tank 180. The water absorbing pin 187 is particularly excellent in the suction property of water, and sucks up the water in the water tank for the ice water tank. The mist releasing portion 1 8 8 is supplied via the water retaining material 186 and the conductive sheet 1 8 5 . at this time, Water absorption pin 1 8 7, Water retention material 1 8 6 The conductive sheet 185 is a water supply portion that supplies water to the mist release portion 188. Further, -35-201042224 The water supply tank 180 is a storage portion for storing water supplied to the mist release portion 188. At the rear of the atomizing unit 183, the electric pin 190, which is branched as shown in Fig. 21, is disposed rearward. The power supply pin 1 9 is electrically connected to the conductive sheet 185 via an electric member (not shown). In the cold air passage 1 5 existing behind the water supply water supply tank 180, a power supply box 1 9 is provided. A DC commercial voltage power supply 192 is housed in the power supply box 191. The pole pin 193 whose one end is connected to the DC high voltage power supply unit 192 is provided toward the front. The electrode pin 193 is connected to the negative electrode of the DC high voltage power supply unit 192. A protective cylinder 194 surrounding the electrode pin 139 is provided at the front of the power supply box 191. at this time, The atomizing unit 183 is disposed on the water tank cover 181, As the ice making is slid from the top to the rear of the water tank 180 (to the right from the left to the right), the regular position on the partition plate 8 is slid, Inserting the power supply pin 1 90 of the atomizing unit 1 83 into the protective cylinder portion 1 94 A state in which the electrode pins of the DC high-voltage power supply device 1 9 2 are electrically and mechanically connected is formed. In the connected state, The mist release portion 8 8 of the atomization unit 1 8 3 is from the DC high voltage power supply device 1 92 via the electrode pin 1 93, Power supply 1 90 Conductive member not shown, The conductive sheet 185 applies a negative high voltage (_4~_l〇kV), With this, A fine mist is released from the mist release portion 188. In the unit box 184, a discharge port 1 - 5 5 is formed in the lower direction water supply of the mist discharge portion 1 8 8 to be electrically connected to the mounted electrical connection state - 36 - 201042224. The mist released from the mist release portion 1 8 8 , It is formed from the discharge port 1 95 thereof to be supplied into the refrigerating compartment 3. In addition, When the ice is removed from the installation position and the front side is slid, The connection of the power supply pin 190 to the electrode pin 193 is released. According to the above embodiment, In particular, the following effects can be obtained. 〇 The atomizing unit 183 of the electrostatic atomizing device 182 is placed on the water supply cover 1 8 1 for the ice making tank 190 Inserting the water absorbing pin 1 8 7 of the atomizing unit 1 8 3 into the water supply sink 180 Further, a configuration is adopted in which the water in the water supply tank 180 for sucking up the water absorbing pin 187 is supplied to the mist releasing portion 188, whereby It is also possible to use the water supply tank 80 as the water storage unit of the electrostatic atomization device 1 8 2 . And by the water supply operation for the ice making tank for the water tank, Water can be supplied to both systems of the automatic ice making device 12 and the electrostatic atomizing device 182. It can improve the workability of the water supply operation. Oh, again, The electrostatic atomizing device 182' can be utilized as a water storage portion for the ice making water tank 18 ,. So there is no need to set up a water storage unit. There is an advantage that the setting space can be made small. (Ninth Embodiment) Next, Referring to Fig. 22', a ninth embodiment of the present invention will be described. In addition, The same portions in the first embodiment are denoted by the same reference numerals. And the explanation is omitted. Explain the different parts. In the fruit and vegetable room 4, Below the partition plate 8 (below the bottom plate 37 for electrostatic atomization device -37-201042224 3 6), a cover 200' is provided along the partition 8 of the region and the cover 200 is The space between the partition plate 8 and the bottom plate 3 serves as a cold air passage 201. The cold air passage 201 is, for example, indicated by an arrow D, and can be cooled from the rear of the vegetable compartment 4 toward the front. The plastic bottle 202 or the like stored in the front portion of the vegetable and fruit chamber 4 is sent to cool the cold air for use. and, The lower bottom plate 37 is disposed at the lower mist release port 203 of the atomizing unit 38. The mist release port 203 is located below the mist release portion 49 of the atomization unit 3 (see Fig. 6 for reference). It’s almost right now, And disposed in a position facing the aforementioned cold air passage 201 from above, in the above configuration, When the mist is released from the mist release portion 49 of the atomizing unit 38, The mist is released from the mist release port 203 of the bottom plate 37, and the cold gas passage 201 is released. In the cold air passage 201, the air is cooled from the rear toward the front (see arrow D). It flows toward the front of the fruit and vegetable compartment 4 and is supplied into the fruit and vegetable compartment 4. At this time, the mist release port 203 is located directly below the mist release portion 49. And since the cold air path 201 is faced from above, Therefore, the mist released from the mist release portion 49 can be extremely collided against the surface of the bottom plate 37, and the like. It is possible to prevent the fog from adhering to the inner bottom surface of the bottom plate 37 as much as possible. Further, the mist released from the mist release portion 49, Since the cold air passage 20 1 is sucked into the cold air flowing forward from the rear portion, it is easy to flow out to the cold air passage 2 0 1 side. Moreover, it is possible to suppress the occurrence of collision of the mist with the inner bottom surface of the 37, and the like. And there is a picture 22 that can blow more faces and 丨7, As a party ; The 8 bit is set. Release the flow to give a rough force to the inner bottom and reduce the shape. Fog of the bottom plate -38- 201042224 The advantage of flying 1 to the inside of the vegetable and fruit room 4. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a longitudinal side view showing the entire refrigerator according to a third embodiment of the present invention. [Circle I 2 ] g is a schematic perspective view of the vicinity of the electrostatically atomizing device. [Fig. 3] A schematic plan view of the vicinity of the electrostatically atomizing device is provided. [W 4] Vertical of the water supply mechanism portion Broken side view. Fig. 5 is a schematic perspective view showing the positional relationship between the vegetable container and the electrostatic atomization device. Fig. 6 is a longitudinal side view of the setting portion of the electrostatically atomizing device. Fig. 7 is a longitudinal side view of the portion of the electrostatically atomizing device at a different position from Fig. 6. Fig. 8 is a longitudinal sectional front view showing a portion of the electrostatic atomization device according to the second embodiment of the present invention. Fig. 9 is a view corresponding to Fig. 5, showing a diagram corresponding to the third embodiment of the present invention shown in Fig. 3; Fig. 11 is a perspective view showing the outline of an electrostatic atomization device in a state in which the lid is closed. [Fig. 1 2] A perspective view showing the outline of the electrostatic atomization device in a state in which the cover is opened. -39- 201042224 [Fig. 13] A longitudinal front view of the electrostatic atomization device. [Fig. 14] Fig. 14 is a perspective view showing a portion of the electrostatic atomization device according to a fifth embodiment of the present invention. Fig. 15 is a longitudinal side view showing a portion of the electrostatic atomization device according to the fifth embodiment of the present invention. Fig. 16 shows a sixth embodiment of the present invention. In the state where the freezer box or the like is deleted, A view of the lid portion of the refrigerating cooler is viewed from the front. Fig. 17 is a longitudinal sectional side view taken along line XI-XI of Fig. 16. Fig. 18 shows a seventh embodiment of the present invention corresponding to Fig. 16. Fig. 19 is a longitudinal sectional side view taken along line X2_X2 of Fig. 18. Fig. 20 is a longitudinal sectional side view showing an installation portion of an electrostatic atomization device according to an eighth embodiment of the present invention. [Fig. 21] A longitudinal side view of a portion of a power supply device of an electrostatically atomizing device. Fig. 22 is a view showing a ninth embodiment of the present invention corresponding to Fig. 1 [Description of main component symbols] 3 : Cold storage room (storage room) 4 : Fruit and vegetable room (storage room) 8 : Area partition 1 2 : Automatic ice making device (ice making device) 13: Refrigerator cooler (cooling 1) 15a : Air-conditioning outlet 2 0 : Water supply tank (water storage unit) -40- 201042224 29 '·Water supply mechanism 3 6 : Electrostatic atomization device 3 8 : Atomization unit 40: Cover 43 : Water storage tank (water storage part) 46 : Conductive sheet (water supply unit) 47 : Water retention material (water supply department) 〇 48 : Water absorption pin (water supply) 49 : Fog release 54 : Power supply pin 5 6 : DC high voltage power supply unit 62 : Cover switch 65 : Filter filter 66 : Ion exchange resin 72 : Lower container Ο 73 : Upper container 75 : Control device 7 7 : Electrostatic atomization device 7 8 : Atomization unit 81: Cover 82: Cover switch 8 5 : Water storage tank (water storage part) 8 6 : Filter filter 8 7 : Ion exchange resin -41 201042224 91 : Water absorption pin (water supply) 93 : Conductive sheet (water supply unit) 94 : Water retention material (water supply department) 95 · 'Mist release part 96 : Power supply pin 1 〇 1 : Electrostatic atomization device 1 〇 2 : Atomization unit 106: Cover 1 1 1 : Water storage tank (water storage part) 1 2 5 : Ventilation 1 2 7 : Water supply agency 1 3 2 : Switching valve 1 3 5 : Electrostatic atomization device 1 3 6 : Atomization unit 139: Cover 1 4 1 : Cover switch 1 44 : Auxiliary tank (water storage part) 145 : Fog release 146 : Conductive sheet (water supply unit) 1 4 7 : Water retention material (water supply department) 1 4 8 : Water absorption pin (water supply) 1 5 0 : Water absorbing material (water supply department) 1 5 1 : Water receiving part (water storage part) 1 5 4 : Power supply pin -42- 201042224 1 5 6 : Power supply unit 1 6 1 : Refrigerator cooler cover (R evaporator cover (water supply)) 164 : Dew receiving groove (water supply) 167 : Condensate guiding groove (water supply part) 1 8 0 : Ice making water supply tank (water storage part) 182 : Electrostatic atomization device 1 8 3 : Atomization unit Ο 1 8 5 : Conductive sheet (water supply unit) 1 8 6 : Water retention material (water supply department) 1 8 7 : Water absorption pin (water absorption part, Water Supply Department) 1 8 8 : Fog release 2 0 1 : Cold air meets 2 0 3 : Mist release port 〇 -43-