200936080 九、發明說明 【發明所屬之技術領域】 本發明係爲設置在系統櫥櫃之上方的壁面的吊櫃，一 種有關在内部收納昇降架的廚房用昇降式吊櫃及除菌方法 【先前技術】 ϋ 目前的系統廚具，不光是水槽下等，爲了確保收納空 間，有效活用系統廚具之上方空出的空間，且在相關的空 間配置吊櫃或收納庫。但是從設置在這樣之高處的吊櫃或 收納庫，取放被收納物是很麻煩的作業。於是爲了易於被 收納物的取放，例如提案一種在下方爲開放的廚櫃內設置 昇降自如的昇降架的昇降式吊櫃（例如日本專利文獻η 0 系統廚具典型上，是以水槽 '調理空間及爐具所構成 Q 。此乃爲了在水槽清洗、在調理空間利用爐具來加熱切好 的食材的一連串作業流暢化的佈置。而且一般昇降式吊櫃 是設置在水槽或調理空間的上方。此乃因爲除了在爐具的 上方有抽油煙機（Range Food) ’不能設置昇降式吊櫃外 ，倘若能設置在水槽或調理空間的上方，並讓被收納物下 降到蔚具使用者之眼睛的高度，就能夠讓廚具使用者獲得 方便。因此昇降式吊櫃多數必然性的成爲與爐具之上方的 抽油煙機鄰接的佈置。 此外，與上述之昇降式吊櫃同樣的，亦掲示一種昇降 -5- 200936080 自如地構成烘乾食器類之食器烘乾庫的技術（例如日本專 利文獻2)。雖然一般食器烘乾庫是設置在系統廚具側， 但因爲水槽之佔有區域的問題，所以無法配置在水槽的正 下方。因而，使用者在將洗淨後的食器移放到烘碗機之際 ，強行以拿著食器的狀態移動等等。藉由如此昇降自如的 食器烘乾庫，就能提高使用的方便性。 〔專利文獻1〕日本特開2004-187768號公報 〔專利文獻2〕日本特開2001-218725號公報 【發明內容】 〔發明欲解決之課題〕 因爲利用烘碗機來烘乾的食器類，不光是系統廚具的 收納庫也能收納在吊櫃，所以烘碗機和吊櫃亦多數能同時 的利用，在昇降自如的構成吊櫃的情形下，雖然烘碗機是 嵌入（built-in )在其中的構造，但能以單一的操作同時 〇 的利用兩者，驅動部是以一個完成等等，成爲對成本上有 利。 此外，作爲需要烘乾的廚房用品，除了食器類外，也 有所謂抹布或擦手毛巾（hand towel )的擦拭布。因爲這 樣的擦拭布是在濕潤的狀態下被長時間放置，所以雜菌繁 殖的可能性很高。因而，有關擦拭布除了與其他廚房用品 同樣的烘乾之外，還需要逐一進行除菌。 爲了逐一進行這類的除菌，擦拭布例如需要加熱到 80°C。可是，雖然利用烘乾機讓送風或熱風直接接觸到食 200936080 器類，吹乾其水氣，但是食器類表面的熱度不太會因吹乾 水氣時的氣化熱而上昇。因而，即使熱風直接接觸到擦拭 布，其表面的溫度仍不會升高到可除菌的溫度。如此一來 ，就會有擦拭布的雜菌依舊未被排除即進行烘乾，產生孢 子狀態的情形。若產生孢子狀態的話，雜菌就會變成耐熱 性高，產生除菌之效果低落的問題。 本發明是有鑑於有關擦拭布之除菌的上述問題所完成 ϋ 的發明，本發明之目的在於提供一種即使在擦拭布未烘乾 ，且依舊濕潤的狀態下，仍能充分的進行加熱的廚房用昇 降式吊櫃及除菌方法。 〔用以解決課題之手段〕 爲了解決上述課題，倘若藉由本發明的某一觀點’即 可提供一種廚房用昇降式吊櫃’其特徵爲具備：底面爲開 放的廚櫃；和在廚櫃的下方，朝向廚櫃之內外昇降的昇降 Q 架；和設置在昇降架內，與昇降架內的其他空間隔離的除 菌庫；和產生熱風的暖風器；和配備在除菌庫內’具有流 入來自暖風器之熱風的中空部與因吹入到中空部的熱風而 加熱的外壁，且能載置擦拭布的載置台。 藉由在昇降架內設置進行擦拭布或砧板等之調理器具 的除菌加熱的除菌庫的構造’就能有效利用系統廚具之流 理台面下的空間。此外’若使昇降架下降的話’因爲昇降 架內的調理器具或除菌庫內的擦拭布能一次取出’所以被 收納物之兩者間的移動也能輕易且迅速的逐一進行。 200936080 此外’在上述的構造中，因爲藉由熱風先加熱載置台 ’且取得該熱讓擦拭布間接性地被加熱，所以熱不會因氣 化熱直接失熱（lose heat)，擦拭布會上昇到雜菌之殺菌 溫度的80 °C，就能在擦拭布未烘乾，且依舊濕潤的狀態 下，充分的進行除菌。 載置台亦可具有讓擦拭布接觸到外壁之外表面的至少 一部分的傾斜面。 @ 在這樣的構造中，因爲擦拭布承受重力而施力在傾斜 面上，所以能穩定且長時間的維持擦拭布與傾斜面的接觸 。因而，只會將外壁外表面的熱充分的傳達到擦拭布。 載置台的傾斜面，係斷面大致形成三角形亦可。使擦 拭布以張開成跨置在以頂部爲邊界的兩個傾斜面的狀態而 接觸，並以頂部爲邊界朝兩方向產生張力，擦拭布就會被 披掛在載置台。因而，能更穩定且長時間維持擦拭布與傾 斜面的接觸，且只會將外壁外表面的熱充分的傳達到擦拭 ❹ 布。 加熱外壁的熱風，亦可流到載置台之外，在除菌庫內 循環，烘乾擦拭布。 藉由這樣的構造，擦拭布，係其中一面爲利用來自外 壁的熱除菌，另一面則利用熱風被烘乾。因而，能夠迅速 且效率良好的逐一進行除菌及烘乾。 廚房用昇降式吊櫃，更包括讓來自暖風器的熱風流通 到載置台的通風管。藉由這樣的構造，就能自由地配置暖 風器及載置台，因爲暖風器與載置台並非並置在同一平面 -8 - 200936080 ，能重疊配置在鉛直方向，所以能提高空間的佔有率。 爲了解決上述課題，倘若藉由本發明之其他觀點’提 供一種除菌方法，針對使用具有中空部與外壁的載置台， 讓擦拭布除菌的除菌方法，其特徵爲：將擦拭布載置在載 置台，讓熱風流入中空部來加熱外壁’間接性地加熱擦拭 布與外壁之外表面接觸的部分。 對應於上述之廚房用昇降式吊櫃的技術思想的構成要 素或其說明，也能適用在該除菌方法。 〔發明效果〕 若藉由本發明，即可在抹布等之擦拭布未烘乾’且依 舊濕潤的狀態下，充分的進行加熱，就能提升擦拭布的除 菌效果。 【實施方式】 〇 〔用以實施發明的最佳形態〕 以下邊參照所附圖面、邊針對本發明之最佳的實施形 態做詳細說明。再者，在本詳細說明書及圖面中，有關實 際上具有同一機能構造的構成要素，係附上同一符號，藉 此省略重複說明。再者，以下之實施形態所示的尺寸、材 料' 其他具體的數値等等，只不過是爲了易於發明之理解 的範例，尤其除了事先設定的情形，否則並非用來限定本 發明。 本實施形態，係在廚房用昇降式吊櫃（以下簡稱「吊 200936080 櫃」）的昇降架設置除菌庫，在其中，目的爲在擦拭布未 烘乾，且依舊潮濕的狀態下，充分的進行加熱。這是因爲 以相同溫度加熱的情形下，擦拭布之濕度較高之狀態下的 這方，會給雜菌帶來較大的損害。在此爲了易於理解本實 施形態，首先針對吊櫃的配置及驅動機構做說明，然後在 詳述本實施形態的特徵。 第1圖是表示本實施形態的系統廚具與吊櫃之位置關 係的立體圖。系統廚具100是以調理所需要的火（加熱） 或水爲中心，調理器具配合其大小配設在各收納庫。雖然 吊櫃1 1 0是設置在系統廚具1 00的上方，但無法打開位在 高處的門，將收納部分下降到廚房使用者之眼睛的高度， 手伸到前方來收納或取出被收納物。 上述系統廚具100是以水槽130、調理空間149及爐 具150之大致三個部位所構成。這樣的系統廚具100之中 ，在相當於水槽130及調理空間140之寬度的區域的上方 ，吊櫃110是將背面固定支承在牆壁500。另一方面，在 處理火焰之爐具150的上方，係鄰接於吊櫃11〇，而將抽 油煙機160與吊櫃同樣的固定支承在牆壁5 00。 吊櫃110包括：下方爲開放的廚櫃107、在廚櫃170 之下方朝向廚櫃170之內外昇降的昇降架180。昇降架 180具有收納部，前面的大部分爲開放，能取放食器或廚 房周邊的物品。 此外，在廚櫃17〇的前面配置有上門片172和下門片 174，當昇降架180下降出現在廚櫃170之下方時，下門 -10- 200936080 片174會與此一起連動往上方移動。因此’昇降架180的 上端會比蔚櫃170的下端更爲下降，同時昇降架180的開 放前面會出現在使用者的眼前。可藉由這樣的構造讓昇降 架180的可動範圍變窄，縮短昇降動作的時間’或加大吊 櫃110之高度方向的尺寸達到增大容積。以下’針對使昇 降架180與下門片174 —起連動的驅動機構做說明。 第2圖是表示昇降架180的驅動機構的圖。在第2圖 0 爲了易於理解，圖示省略下門片174。 首先，藉由驅動馬達190的旋轉’在水平方向左右捲 繞兩條寬皮帶200。該等之皮帶’係藉由固定設置在廚櫃 170之兩側板附近的轉向滑輪210(定滑輪）朝垂直方向 轉向，端部係分別捲繞在被固定於昇降架180的滑輪212 (動滑輪），固定在廚櫃170的上方。因此’藉由驅動馬 達190的旋轉，讓昇降架180昇降。 若昇降架180下降的話，收納部220會出現，在收納 φ 部220設置有除菌庫230，與其他空間隔離。在此未使其 密封形成隔離，是因爲即使提高除菌庫內的氣壓’未形成 密封空間，仍能防止由其他空間流入空氣。 像這樣，藉由在昇降架內設置進行擦拭布或砧板等之 調理器具的除菌加熱的除菌庫230的構造’就能有效利用 系統廚具100之流理台面下的空間。此外’若讓昇降架 180下降的話，因爲昇降架內的調理器具声除菌庫內的擦 拭布能一次取出’所以被收納物之兩者間的移動也能輕易 且迅速的逐一進行。 -11 - 200936080 第3圖是表示本實施形態的除菌庫230之構造的立體 圖。該除菌庫23〇係包括：除菌壁250、開關門252、暖 風器254、通風管256、以及載置台258所構成。 上述除菌壁250，係形成在除菌庫230的周圍，設成 可與昇降架內的其他空間隔離。 上述開關門252，係以透明或半透明之具有耐熱性的 樹脂所形成，藉由鉸鏈機構轉動自如的安裝在昇降架180 0 °當逐一進行本實施形態之雜菌處理時，在這樣的開關門 2 52爲打開狀態下，設置屬於除菌對象的擦拭布270，藉 由磁鐵272的吸附力，讓開關門252成爲關閉狀態之後， 開始進行雜菌處理。此外，亦作爲取出已結束雜菌處理後 之擦拭布270的取出口之功能。 上述暖風器254，係在除菌壁250的外側，被配置在 除菌庫230之鉛直上方，產生熱風。這樣的熱風的溫度， 係大致升高到設定成載置在後述之載置台258的擦拭布 〇 270爲80 °c附近。此外，在成本與除菌效果兼具下，亦可 設定在8 0°C以上之例如9 5 T：。 上述通風管256，係作爲用以將利用暖風器254產生 的熱風流入到後述之載置台258的管路之功能。因而，管 • 路的二端是連接到暖風器254，中央及另—端是連接到兩 個載~置台25 8。 若使用此種的寧風管256的話，就能自由地配置暖風 器254與載置台258，因爲暖風器.254與載置台258並非 並置在同一平面，而是重疊配置在鉛直方向，所以能提高 -12- 200936080 空間的佔有率。 此外，因爲通風管256內的氣壓愈靠近暖風器 高，所以流往各載置台25 8的暖風流量相等’因此 風器254與載置台258的距離來改變自通風管256 置台258之流入口的大小（圖未示）。亦即，在第 ，朝向靠近暖風器254之側的載置台2 5 8a的流入 小於遠離暖風器254之側的載置台258b的流入口。 A 上述載置台258，係以不銹鋼形成，且具有流 〇 通風管256之熱風的中空部276與因吹入到中空部 熱風而加熱的外壁278。而且，使得屬於除菌對象 布270接觸到外壁278的外表面來除菌。 爲了逐一進行除菌，需要將擦拭布270加熱 80°C°可是，以習知之直接接觸到送風或熱風而吹 氣的方法，係擦拭布270的熱度不太會因吹乾水氣 化熱而上昇。在本實施形態中，因爲藉由來自暖風 φ 的熱風，先加熱載置台25 8的外壁278 ’且取得該 拭布270間接性地被加熱，所以熱不會因氣化熱 lose heat)，擦拭布27〇會上昇到雜菌之殺菌溫度ί ，就能在擦拭布未烘乾，且依舊濕潤的狀態下，充 行除菌。 在此，載置台25 8，係具有讓擦拭布270接觸 278之外表面的至少一部分的傾斜面。在這樣的構 因爲擦拭布270承受重力而施力在傾斜面上，所以 且長時間的維持擦拭布270與傾斜面的接觸。因而 254愈 配合暖 流向載 3圖中 口，係 入來自 276的 的擦拭 到例如 乾其水 時的氣 器254 熱讓擦 失熱（ 1¾ 8 0°C 分的進 到外壁 造中， 能穩定 ，只會 -13- 200936080 將外壁外表面的熱度充分的傳達到擦拭布270 此外，載置台258的傾斜面，係斷面大致 。使擦拭布以張開成跨置在以頂部爲邊界的兩 狀態而接觸，並以頂部爲邊界朝兩方向產生張 就會被披掛在載置台。因而，能更穩定且長時 拭布270與傾斜面的接觸，且只會將外壁外表 的傳達到擦拭布270。此外，因爲外觀亦爲披 @ 態’所以能賦予使用者清潔之印象。 第4圖是表示載置台258之其他實施形態 如上所述，載置台25 8係斷面大致形成三角形 角錐的形狀。可是，載置台25 8的形狀，並不 情形，只要與擦拭布270抵接的傾斜面，是形 ，無論形成哪種形狀都可。例如在第4圖（a 3圖之載置台258的斷面頂部（凸部）形成平 280，在第4圖（b)中，更將載置台258的整 φ 球形狀282。 此外，若本實施形態之目的爲有鑑於擦拭 置台258之面接觸的話，即使如第4圖（c) 台280的接觸面爲平面284，亦爲本實施形態 能達到本實施形態之目的及效果。 如此一來，加熱載置台258之外壁的熱風 到載置台258之外，在載置台258的周圍循環 270烘乾。 第5圖是說明熱風的循環路徑的說明圖。 形成三角形 個傾斜面的 力，擦拭布 間的維持擦 面的熱充分 掛抹布的狀 的參考圖。 ，爲呈倒三 限於這樣的 成在一部分 )中，將第 緩的半橢圓 體形成斷面 布270與載 所示的載置 的範疇，且 ’進一步流 ，使擦拭布 若參照這樣 -14- 200936080 的第5圖的話，利用暖風器254產生且從通風管256通過 流入口 288流入到載置台258的熱風，會先碰觸到載置台 258的外壁278來加熱外壁278本身（在第5圖中實線的 箭頭）。加熱外壁278的熱風，係從設於載置台258之端 部的流出口 290流出。因爲流出口 290係相對於垂直而梢 微具有角度，所以熱風會偏向一方流出，其熱風會在除菌 庫23 0內循環（在第5圖中虛線的箭頭）。 φ 藉由這樣的構造，擦拭布270，係其中一面爲利用來 自外壁278的熱除菌，另一面則利用熱風被烘乾。因而， 能夠迅速且效率良好的逐一進行除菌及烘乾。此外，在來 自載置台258之熱風的環境中放置砧板等、其他的廚房用 品，也能完成該廚房用品的除菌及烘乾。 (除菌方法） 其次’說明使用上述的除菌庫230，使擦拭布270除 φ 菌的除菌方法。 第6圖是表示除菌方法之處理流程的流程圖。在此， 在除菌庫230內事先設置具有中空部276與外壁278的載 置台258，利用該載置台258逐一進行除菌方法。 首先，將除菌對象的擦拭布載置在載置台258 (S300 )，將來自暖風器254的熱風流入到中空部276來加熱外 壁（S302)。而且’間接性地加熱接觸到擦拭布270之外 壁的外表面的部分（S304 )。像這樣加熱載置台258之外 壁的熱風，係進一步流到載置台258之外（S306)，在載 -15- 200936080 置台258的周圍循環，烘乾擦拭布270 (S308)。 即使藉由這樣的除菌方法，在抹布等之擦拭布未烘乾 ，且依舊濕潤的狀態下，仍能充分的進行加熱，就能提升 擦拭布的除菌效果。 以上，雖是參照所附圖面並針對本發明的最佳實施例 所做的說明，但本發明當然不限於這樣的範例。只要是熟 悉此技藝者，即了解到顯然在本案申請專利範圍所記載的 @ 範疇內，得以思及各種的變更例或修正例，有關於此當然 亦屬本發明之技術性範圍。 〔產業上的可利用性〕 本發明係爲設置在系統橱櫃之上方之壁面的吊櫃，可 應用於在内部收納昇降架的蔚房用昇降式吊櫃及除菌方法 〇 〇 【圖式簡單說明】 第1圖是表示本實施形態的系統廚具與吊櫃之位置關 係的立體圖。 第2圖是表示昇降架的驅動機構的圖。 第3圖是表示本實施形態的除菌庫之構造的立體圖。 第4圖是表示載置台之其他實施形態的參考圖。 第5圖是說明熱風的循環路徑的說明圖。 第6圖是表示除菌方法之處理流程的流程圖。 -16- 200936080 〇 件符號說明】 吊櫃 廚櫃 昇降架 收納部 除菌庫 除菌壁 開關門 暖風器 通風管 載置台 擦拭布 中空部 外壁200936080 IX. Description of the Invention [Technical Field] The present invention relates to a wall hanging cabinet provided above a system cabinet, a kitchen lifting cabinet and a sterilization method for housing a lifting frame therein [Prior Art] ϋ The current system kitchen utensils, not only under the sink, etc., in order to ensure the storage space, effectively use the space above the system kitchenware, and configure the wall cabinet or storage in the relevant space. However, it is troublesome to take and place the stored objects from the hanging cabinet or the storage compartment installed at such a high position. Therefore, in order to facilitate the pick-and-place of the object to be stored, for example, a lift type cabinet in which a lifting frame that is freely movable in the open kitchen cabinet is proposed (for example, the Japanese patent document η 0 system kitchen utensil is typically a sink tank conditioning space) And the composition of the stove is Q. This is a sleek arrangement for cleaning the sink and using the stove to heat the cut ingredients in the conditioning space. Moreover, the general lift cabinet is placed above the sink or the conditioning space. This is because there is a Range hood above the stove. 'Cannot set up the lift cabinet, if it can be placed above the sink or conditioning space, and let the contents fall to the eyes of the user. The height of the cabinet can be easily accessed by the user of the kitchen appliance. Therefore, most of the lift cabinets are inevitably arranged adjacent to the range hood above the stove. Moreover, similarly to the above-mentioned lift cabinet, a lift is also indicated. -5- 200936080 Freely constitutes a technique for drying a food container drying oven (for example, Japanese Patent Document 2). Although general food drying It is installed on the kitchen side of the system, but it cannot be placed directly under the sink because of the problem of the area occupied by the sink. Therefore, the user forcibly takes the food when the user moves the washed food to the dryer. In the case of the state of the art, it is possible to improve the ease of use. [Patent Document 1] JP-A-2004-187768 (Patent Document 2) JP-A-2001-218725 Bulletin [Summary of the Invention] [Problems to be Solved by the Invention] Because the food containers that are dried by the dryer are not only stored in the storage cabinet of the system, but also in the hanging cabinet, most of the drying machines and the hanging cabinets can simultaneously In the case where the hanging cabinet is freely lifted and lowered, although the drying machine is built-in in the structure, the two can be used simultaneously in a single operation, and the driving portion is completed one by one, etc. In addition, as a kitchen item that needs to be dried, in addition to the food utensils, there is also a so-called rag or hand towel wipe. Because of such wiping It is placed in a wet state for a long time, so there is a high possibility that the bacteria will multiply. Therefore, in addition to the same drying as other kitchen products, the wipes need to be sterilized one by one. For sterilization, the wiping cloth needs to be heated to 80 ° C, for example. However, although the dryer is used to make the air or hot air directly contact the food of 200936080, and the water vapor is blown dry, the heat of the surface of the food utensil is less likely to be blown. The heat of vaporization in the dry water vapor rises. Therefore, even if the hot air directly contacts the wiping cloth, the temperature of the surface does not rise to the temperature at which the sterilization can be performed. As a result, the bacteria of the wiping cloth remain. When it is not excluded, drying is carried out to produce a spore state. If a spore state occurs, the bacteria become highly resistant to heat and the effect of sterilization is lowered. The present invention has been made in view of the above problems concerning the sterilization of a wiping cloth, and an object of the present invention is to provide a kitchen which can be sufficiently heated even in a state where the wiping cloth is not dried and is still wet. Lifting cabinets and sterilization methods. [Means for Solving the Problem] In order to solve the above problems, it is possible to provide a kitchen lift cabinet by the viewpoint of the present invention, which is characterized in that: a kitchen cabinet having an open bottom surface; and a kitchen cabinet Below, a lifting Q frame that moves up and down the kitchen cabinet; and a decontamination chamber that is placed in the lifting frame and isolated from other spaces in the lifting frame; and a heater that generates hot air; and is equipped in the sterilization chamber The hollow portion of the hot air from the heater and the outer wall heated by the hot air blown into the hollow portion are placed, and the mounting table of the wiping cloth can be placed. The space under the surface of the system tableware can be effectively utilized by providing a structure for the sterilization and sterilization of the conditioning device such as a wiping cloth or an anvil in the lifting frame. Further, if the lifting frame is lowered, the movement between the conditioning device in the lifting frame and the wiping cloth in the cleaning chamber can be taken out at once, so that the movement between the objects can be easily and quickly performed one by one. 200936080 In addition, in the above configuration, since the mounting table is heated by hot air and the heat is obtained to indirectly heat the wiping cloth, the heat is not directly lost due to the heat of vaporization, and the wiping cloth will be When it rises to 80 °C of the sterilization temperature of the bacteria, it can be fully sterilized while the cloth is not dried and still wet. The mounting table may also have an inclined surface that allows the wiping cloth to contact at least a portion of the outer surface of the outer wall. @ In such a configuration, since the wiping cloth is subjected to gravity and is biased on the inclined surface, the contact between the wiping cloth and the inclined surface can be maintained stably and for a long period of time. Therefore, only the heat of the outer surface of the outer wall is sufficiently transmitted to the wiping cloth. The inclined surface of the mounting table may have a substantially triangular cross section. The wiper is brought into contact with the two inclined faces that are placed across the top of the top, and tension is generated in both directions with the top as a boundary, and the wiper is draped on the mounting table. Therefore, the contact between the wiping cloth and the inclined surface can be maintained more stably and for a long period of time, and only the heat of the outer surface of the outer wall can be sufficiently transmitted to the wiping sheet. The hot air that heats the outer wall can also flow to the outside of the mounting table, and circulate in the sterilization store to dry the wipe. With such a configuration, the wiping cloth is one side of which is sterilized by heat from the outer wall, and the other side is dried by hot air. Therefore, sterilization and drying can be performed one by one quickly and efficiently. The kitchen lift cabinet also includes a ventilation duct for circulating hot air from the heater to the mounting table. With such a structure, the heater and the mounting table can be freely arranged. Since the heater and the mounting table are not placed in the same plane -8 - 200936080, they can be stacked in the vertical direction, so that the space occupancy rate can be improved. In order to solve the above problems, according to another aspect of the present invention, a sterilization method is provided, and a sterilization method for sterilizing a wiping cloth using a mounting table having a hollow portion and an outer wall is characterized in that the wiping cloth is placed on the wiping cloth. The mounting table allows hot air to flow into the hollow portion to heat the outer wall to indirectly heat the portion of the wiping cloth that is in contact with the outer surface of the outer wall. The constituent elements corresponding to the technical idea of the kitchen lift cabinet described above or the description thereof can also be applied to the sterilization method. [Effect of the Invention] According to the present invention, the wiping cloth can be improved in a state where the wiping cloth such as a rag is not dried and is sufficiently wetted. [Embodiment] [Best Mode for Carrying Out the Invention] Hereinafter, a best mode for carrying out the invention will be described in detail with reference to the drawings. In the detailed description and the drawings, the components that have the same functional structure are denoted by the same reference numerals, and the repeated description is omitted. Further, the dimensions, materials, other specific numbers, and the like shown in the following embodiments are merely examples for easy understanding of the invention, and are not intended to limit the invention, except in the case of a prior setting. In the present embodiment, the sterilization rack is installed in the lifting frame of the kitchen lift cabinet (hereinafter referred to as "hanging 200936080 cabinet"), and the purpose thereof is that the wiping cloth is not dried and is still wet. Heat up. This is because in the case where the temperature is heated at the same temperature, the side of the wiping cloth has a high humidity, which causes a large damage to the bacteria. In order to facilitate the understanding of the present embodiment, first, the arrangement and driving mechanism of the wall cabinet will be described, and the features of the embodiment will be described in detail. Fig. 1 is a perspective view showing the positional relationship between the system kitchenware and the wall cabinet of the embodiment. The system kitchenware 100 is centered on the fire (heating) or water required for conditioning, and the conditioning apparatus is disposed in each storage container in accordance with the size thereof. Although the wall cabinet 1 10 is placed above the system kitchen utensil 100, the door at the height cannot be opened, the storage portion is lowered to the height of the eyes of the kitchen user, and the hand is extended to the front to receive or take out the stored object. . The system kitchenware 100 is composed of three parts of the water tank 130, the conditioning space 149, and the furnace 150. In such a system kitchenware 100, the wall cabinet 110 is fixedly supported by the wall 500 above the area corresponding to the width of the water tank 130 and the conditioning space 140. On the other hand, above the furnace 150 for treating the flame, adjacent to the wall 11 〇, the range hood 160 is fixedly supported by the wall 500 in the same manner as the wall cabinet. The wall cabinet 110 includes a kitchen cabinet 107 that is open below, and a lifting frame 180 that moves up and down the kitchen cabinet 170 toward the inside and outside of the kitchen cabinet 170. The lifting frame 180 has a receiving portion, and most of the front portion is open, and the contents of the food container or the kitchen can be taken. In addition, a front door piece 172 and a lower door piece 174 are disposed in front of the kitchen cabinet 17〇. When the lifting frame 180 is lowered below the kitchen cabinet 170, the lower door-10-200936080 piece 174 moves together with the upper side. . Therefore, the upper end of the lifting frame 180 is lowered more than the lower end of the cabinet 170, and the opening front of the lifting frame 180 appears in front of the user's eyes. With such a configuration, the movable range of the lift frame 180 can be narrowed, the time for the lifting operation can be shortened, or the size of the height direction of the cabinet 110 can be increased to increase the volume. The following description will be made with respect to the drive mechanism for causing the lift frame 180 to interlock with the lower door piece 174. Fig. 2 is a view showing a drive mechanism of the lift frame 180. In Fig. 2, the lower door piece 174 is omitted for illustration. First, the two wide belts 200 are wound in the horizontal direction by the rotation 'of the drive motor 190'. The belts are steered in a vertical direction by a diverting pulley 210 (fixed pulley) fixedly disposed near the side plates of the cabinet 170, and the ends are respectively wound around the pulley 212 (moving pulley) fixed to the lifting frame 180. , fixed above the kitchen cabinet 170. Therefore, the lift frame 180 is raised and lowered by driving the rotation of the motor 190. When the elevating frame 180 is lowered, the accommodating portion 220 appears, and the sterilizing chamber 230 is provided in the accommodating φ portion 220, and is isolated from other spaces. Here, the seal is not formed to be isolated because even if the air pressure in the decontamination chamber is increased, a sealed space is not formed, and air from other spaces can be prevented from flowing. In this manner, the space under the surface of the surface of the system kitchenware 100 can be effectively utilized by providing the structure of the sterilization-removing depot 230 for performing the sterilization heating of the conditioning tool such as the wiping cloth or the cutting board in the lifting frame. Further, if the lifting frame 180 is lowered, since the cleaning cloth in the cleaning device in the lifting frame can be taken out at one time, the movement between the objects to be stored can be easily and quickly performed one by one. -11 - 200936080 Fig. 3 is a perspective view showing the structure of the sterilization store 230 of the present embodiment. The sterilization machine 23 includes a sterilization wall 250, a switch door 252, a heater 254, a ventilation pipe 256, and a mounting table 258. The above-mentioned sterilization wall 250 is formed around the sterilization stock tank 230 and is provided to be isolated from other spaces in the crane. The switch door 252 is formed of a transparent or translucent heat-resistant resin, and is rotatably attached to the lift frame 180° by a hinge mechanism. When the bacteria treatment of the present embodiment is performed one by one, such a switch is used. When the door 2 52 is in an open state, the wiping cloth 270 belonging to the sterilization target is set, and after the opening and closing of the opening and closing door 252 by the suction force of the magnet 272, the mist treatment is started. Further, it functions as a take-out port of the wiping cloth 270 after the end of the treatment of the bacteria. The heater 254 is disposed on the outside of the sterilization wall 250, and is disposed vertically above the sterilization chamber 230 to generate hot air. The temperature of such hot air is raised to approximately 80 °c in the wiping fabric 270 set to be placed on the mounting table 258, which will be described later. Further, in addition to the cost and the sterilization effect, it is also possible to set, for example, 9 5 T: above 80 °C. The vent pipe 256 functions as a pipe for flowing hot air generated by the heater 254 to a mounting table 258 to be described later. Thus, the two ends of the pipe are connected to the heater 254, and the center and the other end are connected to the two carriers 25 8 . When such a duct 256 is used, the heater 254 and the mounting table 258 can be freely disposed. Since the heater 254 and the mounting table 258 are not placed on the same plane, they are arranged in a vertical direction. Can increase the occupancy of -12-200936080 space. In addition, since the air pressure in the air duct 256 is higher as the heater is higher, the flow rate of the warm air flowing to each of the mounting tables 258 is equal. Therefore, the distance between the air conditioner 254 and the mounting table 258 changes the flow from the air duct 256. The size of the entrance (not shown). That is, at the beginning, the inflow toward the mounting table 2 58 8a on the side closer to the heater 254 is smaller than the inflow port of the mounting table 258b on the side away from the heater 254. A The above-described mounting table 258 is formed of stainless steel, and has a hollow portion 276 that blows hot air from the ventilating pipe 256 and an outer wall 278 that is heated by blowing hot air into the hollow portion. Further, the sterilizing object cloth 270 is brought into contact with the outer surface of the outer wall 278 to be sterilized. In order to perform sterilization one by one, the wiping cloth 270 needs to be heated by 80 ° C. However, in the conventional method of directly contacting the blowing air or the hot air, the heat of the wiping cloth 270 is less likely to be caused by the heat of blowing the water. rise. In the present embodiment, since the outer wall 278' of the mounting table 258 is heated by the hot air from the warm air φ, and the cleaning cloth 270 is indirectly heated, the heat is not heated by the heat of vaporization. The wiper 27 will rise to the sterilization temperature of the bacteria, and it can be sterilized while the wipe is not dried and still wet. Here, the mounting table 25 8 has an inclined surface that allows the wiping cloth 270 to contact at least a part of the outer surface of the 278. In such a configuration, since the wiping cloth 270 is subjected to gravity and is biased on the inclined surface, the contact of the wiping cloth 270 with the inclined surface is maintained for a long period of time. Therefore, the longer the 254 is matched with the warm flow to the mouth of the load diagram 3, the heat from the 276 is wiped to, for example, the water 254 when the water is dried, so that the heat is wiped off (13⁄4 80 ° C minutes into the outer wall, stable Only -13-200936080 The heat of the outer surface of the outer wall is sufficiently transmitted to the wiping cloth 270. Moreover, the inclined surface of the mounting table 258 is substantially cross-sectional. The wiping cloth is stretched across the two states with the top bordered. When the contact is made and the sheet is produced in both directions with the top as the boundary, it is draped on the mounting table. Therefore, the contact of the cloth 270 with the inclined surface can be made more stable and long, and only the outer wall surface is transmitted to the wiping cloth 270. Further, since the appearance is also in the state of "the state", it is possible to give the user an impression of cleaning. Fig. 4 is a view showing another embodiment of the mounting table 258. As described above, the mounting table 25 has a substantially triangular pyramidal cross section. The shape of the mounting table 258 is not limited, and the inclined surface that abuts against the wiping cloth 270 is shaped, and any shape may be formed. For example, in the fourth drawing (the section of the mounting table 258 in Fig. 3) Top (protrusion In the fourth figure (b), the entire φ spherical shape 282 of the mounting table 258 is formed. Further, if the purpose of the embodiment is to contact the surface of the wiping table 258, even as shown in Fig. 4 ( c) The contact surface of the stage 280 is the flat surface 284, and the object and effect of the present embodiment can be achieved in this embodiment. In this way, the hot air on the outer wall of the mounting table 258 is heated to the outside of the mounting table 258, and is placed on the mounting table 258. The surrounding cycle 270 is dried. Fig. 5 is an explanatory view for explaining the circulation path of the hot air. The force for forming the triangular inclined faces, and the heat between the wiping cloths for maintaining the rubbing surface is sufficient to hang the shape of the rag. In the case of such a part, the slow semi-ellipsoid is formed into the cross-sectional cloth 270 and the mounting type shown in the above, and 'further flow, and the wiping cloth is referred to the fifth figure of the same-14-200936080. The hot air generated by the heater 254 and flowing from the air duct 256 through the inflow port 288 to the mounting table 258 first touches the outer wall 278 of the mounting table 258 to heat the outer wall 278 itself (solid line in Fig. 5) Arrow). Heating The hot air of the wall 278 flows out from the outlet 290 provided at the end of the mounting table 258. Since the outlet 290 has a slight angle with respect to the vertical, the hot air flows out to one side, and the hot air is in the sterilization chamber 23 0 inner loop (arrow arrow in Fig. 5) φ With such a configuration, the wiping cloth 270 is one side which is sterilized by heat from the outer wall 278, and the other side is dried by hot air. The sterilizing and drying are carried out one by one quickly and efficiently. Further, the kitchen utensils can be sterilized and dried by placing a cutting board or the like in an environment of hot air from the mounting table 258. (Sterilization method) Next, a method of removing the sterilizing cloth 270 by using the above-described sterilization stock 230 will be described. Fig. 6 is a flow chart showing the processing flow of the sterilization method. Here, a mounting table 258 having a hollow portion 276 and an outer wall 278 is provided in advance in the sterilization chamber 230, and the sterilization method is performed one by one by the mounting table 258. First, the wiping cloth to be sterilized is placed on the mounting table 258 (S300), and the hot air from the heater 254 flows into the hollow portion 276 to heat the outer wall (S302). Further, the portion contacting the outer surface of the outer wall of the wiping cloth 270 is indirectly heated (S304). The hot air that heats the outer wall of the mounting table 258 is further flown to the outside of the mounting table 258 (S306), and circulates around the mounting table 258 of the -15-200936080, and the wiping cloth 270 is dried (S308). Even with such a sterilization method, when the wiping cloth such as a rag is not dried and is still wet, the heating can be sufficiently performed, and the sterilization effect of the wiping cloth can be improved. Hereinabove, the description has been made with reference to the drawings and the preferred embodiments of the invention, but the invention is of course not limited to such examples. As long as it is known to those skilled in the art, it is understood that various modifications and modifications can be made within the scope of the invention as set forth in the scope of the patent application of the present invention, which is of course also within the technical scope of the present invention. [Industrial Applicability] The present invention is a wall cabinet provided on the wall above the system cabinet, and can be applied to a ceiling lift cabinet and a sterilization method for accommodating a lift frame therein. Brief Description of the Drawings Fig. 1 is a perspective view showing the positional relationship between the system kitchenware and the wall cabinet of the present embodiment. Fig. 2 is a view showing a drive mechanism of the crane. Fig. 3 is a perspective view showing the structure of the sterilization store of the embodiment. Fig. 4 is a reference view showing another embodiment of the mounting table. Fig. 5 is an explanatory diagram for explaining a circulation path of hot air. Fig. 6 is a flow chart showing the processing flow of the sterilization method. -16- 200936080 〇 符号 符号 】 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除 除