M421316 五、新型說明： 【新型所屬之技術領域】 本創作相關例如廚房或料理場排出之食品加工 垃圾、剩飯、廁所等使用的生活衛生紙殘材等暫時儲 存的垃圾桶（Dust box)，特別是有關利用氧化鈦的光 觸媒作用發揮滅菌、抗菌、除臭機能之滅菌、抗菌、 除臭垃圾桶。 【先前技術】 從前，市面上提供許多内部配置氧化鈦的鞋子除 臭器或垃圾桶等，利用紫外線照射產生光觸媒作用之 附加滅菌、抗菌、除臭機能的各種產品。又，東南亞 地區的習慣是，扇所内使用之衛生紙在使用後並沒有 與污染物一同沖掉，而是丟置於垃圾桶當成垃圾處 理。甚至將使用過的生理用品暫時丟置於廁所内的垃 圾補，以衛生面來說，成為病原菌繁殖的原因。故也 有提供利用氧化鈦的光觸媒作用之含有滅菌、抗菌、 除臭處理機能的大規模垃圾處理箱。 利用上述氧化鈦的光觸媒作用，可有效率的進行 朗内使用過的紙類分解、滅菌消毒處理。諸如此類 眾所^知實例中，能夠實現衛生管理的垃圾桶之一即 是本f申請人的相關東西。其構成為具備内壁面塗布 氧化鈦且内部可裝水的容器本體、及上述容器本體的 3 M421316 開口上端可以開閉容器且内侧具紫外線燈的蓋體、及 上述容器本體内載置表面塗布氧化鈦之網籠體、及使 投入上述網籠體内之使用過紙類在水中攪拌與分解 - 之循環幫浦。由此，投入於容器本體内之使用過的紙 類在水中被猶環水流或擾拌水流分解處理，此分解物 與被塗布於容器本體的内壁面或網籠體之氧化鈦接 . 觸，再經由紫外線燈發出之紫外線進行光觸媒作用， 因此產生滅菌、抗菌作用。又，上述分解物可與水經 籲 由下水道廢棄處理。因此，可達成使用過的衛生紙或 污物類之衛生管理（例如，參照專利文献1。）。 又，包含其他菌類的污物之處理裝置係具備使汚 物中的菌類作滅菌、抗菌處理之處理容器本體、及設 置於該處理容器本體上端之污物流入口、及設置於該 處理容器本體下端之污物排出口、及設置於該處理容 器本體内或該處理容器周邊附近的光源、以及配設於 隹 該處理容器本體内且與流入該處理容器内污物處於 常態性接觸的光觸媒、及攪拌前述污物之攪拌手段之 物品（例如，參照專利文献2。）。 專利文献1係實用新案登記第3111668號公報。 專利文献2係待開平7— 275338號公報。 上述實用新案登記第3111668號公報之垃圾桶及 特開平7 — 275338號公報之含菌類污物處理裝置全都 4 是需配備有，容器本體裝入處理污物及攪拌用水與攪 拌器、及光觸媒之氧化鈦、以及促進滅菌、抗菌作用 的紫外線燈。因此，垃圾桶及處理裝置必須設置儲存 水及攪拌污物的容器本體，或者是給排水設施。由於 一般住宅的廁所或廚房、小規模的料理店等之設置困 難性或是設備費用龐大，再加上必須維修，故有無法 廣泛普及之問題點。 【新型内容】 本創作有鑑於上述垃圾桶或含菌污物的處理裝 置之問題點，其目的在於提供一個不需要以水處理進 行汚物之滅菌、抗菌、除臭處理且體積小不必選擇設 置場所、及可節約費用且不用費心修理之滅菌、抗菌、 除臭垃圾桶。 為達成上述目的，本創作申請專利範圍第1項之 殺菌、抗菌、除臭垃圾桶之特徵為具備：有蓋子的容 器；配置在上述容器内的袋體；及配置於上述袋體内 側由氧化鈦形成之滅菌、抗菌、除臭部；以及配置於 上述蓋子内側用以對滅菌、抗菌、除臭部照射之紫外 線照射部。 又，本創作申請專利範圍第2項之殺菌、抗菌、 除臭垃圾桶，係如申請專利範圍第1項之殺菌、抗菌、 除臭垃圾桶，其特徵為上述滅菌、抗菌、除臭部是以 M421316 袋體内面形成之氧化鈦構成。 又，本創作申請專利範圍第3項之殺菌、抗菌、 除臭垃圾桶，係如申請專利範圍第1項之殺菌、抗菌、 除臭垃圾桶，其特徵為上述滅菌、抗菌、除臭部是以 袋體内侧插入配置有由氧化鈦形成的反應板構成。 又，本創作申請專利範圍第4項之殺菌、抗菌、 除臭垃圾桶，係如申請專利範圍第3項之殺菌、抗菌、 除臭垃圾桶，其特徵為上述反應板是以氧化鈦形成之 籲 板材且反應板之形狀能從袋體中抽出構成。 又，本創作申請專利範圍第5項之殺菌、抗菌、 除臭垃圾桶，係如申請專利範圍第1-4項之殺菌、抗 菌、除臭垃圾桶，其特徵為上述紫外線照射部是以能 照射出380nm紫外線的L E D發光元件構成。 又，本創作申請專利範圍第6項之殺菌、抗菌、 除臭垃圾桶，係如申請專利範圍第1-5項之殺菌、抗 春 菌、除臭垃圾桶，其特徵為上述紫外線照射部是以配 備定時器使能在所定時間内照射紫外線構成。 再者，以上述手段能達到以下的作用。首先，附 蓋容器内的袋體中投入各種垃圾、使用過的衛生紙、 衛生用品並蓋上蓋子後，紫外線將自蓋内側配置的紫 外線照射部照射向袋體内側配置之氧化鈦所形成的 滅菌、抗菌、除臭部，由於氧化鈦的光觸媒作用對於 6 各種垃圾、使用過衛生紙、衛生用品等發揮滅菌、抗 菌、除臭機能。 又’滅菌、抗菌、除臭部是由袋體内面形成之氧 化欽構成時，於附蓋容器内袋體投入各種垃圾、使用 過衛生紙、衛生用品後’紫外線將自蓋内側配置的紫 外線照射部照射向袋體内側所形成氧化鈦，由於氧化 鈦的光觸媒作用對於各種垃圾、使用過衛生紙、衛生 用品等發揮滅菌、抗菌、除臭機能。 又’上述滅菌、抗菌、除臭部是由袋體内側插入 配置之氧化鈦所形成的反應板構成時，於附蓋容器内 袋體投入各種垃圾、使用過衛生紙、衛生用品後，紫 外線將自蓋内侧配置的紫外線照射部照射向袋體内 側插入配置之反應板的氧化鈦，由於氧化鈦的光觸媒 作用對於各種垃圾、使用過衛生紙、衛生用品等發揮 滅菌、抗菌、除臭機能。 又’因上述反應板由氧化鈦形成之板材並可從袋 體中抽出之形狀組成，故反應板很容易插入袋體内， 即使想廢棄堆滿垃圾的袋體時，也能輕易從袋體内將 反應板抽出’因此收容物的廢棄處理變得容易多了。 又，因紫外線照射部是可發出波長380nm前後的 紫外線之LED發光元件，在低消費電力的基礎下，可 使滅菌、抗菌、除臭部的反應活性化，紫外線的發光 M421316 效率良好’對於各種垃圾、使用過衛生紙、衛生用品 等發揮更深層強力的滅菌、抗菌、除臭機能。 又’對於紫外線照射部而言，通電時間也可經由 定時器對袋體内新投入之各種垃圾、使用過衛生紙、 衛生用品等的滅菌、抗菌、除臭作用時間，設定於必 要的最短時間内’使能更發揮節省能源的效果。況 且’其電源也可利用乾電池，所以可將垃圾桶設置於 任意場所。 · 〔設計的效果〕 根據本創作之殺菌、抗菌、除臭垃圾桶，附蓋容 器内的袋體中投入各種垃圾、使用過的衛生紙、衛生 用品並蓋上蓋子後，紫外線自蓋内側配置的紫外線照 射部照射向袋體内側配置之氧化鈥所形成的滅菌、抗 菌、除臭部’由於氧化鈦的光觸媒作用能夠對於收容 物發揮滅菌、抗菌、除臭機能。又，不需要以水處理 籲 進行污物之滅菌、抗菌、除臭處理而且體積小，不必 選擇設置場所，可節約費用或減輕修理費。 【實施方式】 以下’以圖1-圖5所示之實施形態為例說明本創 作之滅菌、抗菌、除臭垃圾桶的第1實施形態。 本創作之第1實施形態的滅菌、抗菌、除臭垃圾 桶100 ’如圖1所示，係由附蓋容器1、及沿上述容 8 M421316 器的内壁面1B〜1E配置之袋體3、及上述袋體3内所 配置之塗布氧化鈦C之反應板7、及裝置於上述蓋1A 内側使上述反應板7被紫外線照射之紫外線照射部 10所組成。 以下說明上述滅菌、抗菌、除臭垃圾桶100之詳 細構成。首先，附蓋容器1的其中一例為以塑膠等材 質製成斷面呈四角形立方體。容器1的蓋1A以合葉 裝設於上端一側，利用手動或是容器下部之踏板5開 關可以開啟關閉。而且，此附蓋容器1適合使用市售 垃圾箱，且圖示之足踏開閉式或者手動開閉式等都可 使用。並且，可以是不銹鋼等材質製成斷面呈圓柱狀 之圓筒。 上述滅菌、抗菌、除臭垃圾桶100能收納之袋體 3為市售透明的聚乙烯樹脂製袋體。上述袋體3對於 不使用水的本創作之滅菌、抗菌、除臭垃圾桶100最 合適。當然，不僅能使用市售透明的聚乙烯樹脂製垃 圾袋，也可以不是聚乙烯樹脂製袋體的乙烯基製袋體 等。更者，如有適度的耐水性的袋體或紙製的也可以。 上述反應板7是以光觸媒用的氧化鈦C塗布於板 材，其中一例是瓦楞紙板材7A的表面。氧化鈦C的 塗布可以是一面或兩面。板材的材質也可以是合成樹 脂等。又，氧化鈦C的構成方法除了塗布以外，也可 9 M421316 以採用表面塗層或膠片層積等方法。據此，由構成紫 外線照射部10的LED發光元件10A發出的波長 380 n m的紫外線照射於光觸媒用的氧化鈦◦後，會 發揮光觸媒作用，產生對於袋體内的各種垃圾發揮滅 菌、抗菌、除臭等效果。 又’上述反應板7的其中一例是採用將方形的瓦 楞紙板材7A摺成四摺，並組成四角形斷面的筒狀形 狀（長形立方體）。據此，反應板7成為可以變形的構 φ 造體，可以报輕巧的搬運及收納。又，收納進袋體3 内時’沿谷器1的内壁面1B〜ιέ插入配置，而且， 要拋棄收谷物時，很輕易就能將收容物留下且將反應 板7單獨自袋體3内取出。另外，反應板γ的形狀也 可以疋圓筒狀等其他橫切面形狀、曲折成筒狀或Ζ、 S字的形狀、亦或是這些形狀的組合都可行。 上述紫外線照射部1〇的其中一例係採用能產生 鲁 波長380 nm紫外線L的L E D發光元件10Α。此物 有殺菌、抗菌、除臭等最適合的效果，同時，也不會 對人體產生影響，非常適宜。而且，並不只限定於這 個發出紫外線L的L ED發光元件，以上述波長為中 心之適度範圍波長（例如：285 η m〜40〇n m )的東 西也適合使用。 上述L E D發光元件1 〇 a係透過附開關§ w之 10 定時器T做媒介來與電池E或100V電源（以降壓整 流器D獲得直流電源）連接。即’其回路的組成為操 作蓋1A的開關時，若將開關SW切換至ON，定時 器使乾電池E與L ED發光元件10A通電，使L E D 發光元件10A發光；在所設定通電時間之後，回路轉 換成OFF，LED發光元件10A熄燈。舉例來說， 通電時間T最多1 〇分鐘前後即可，而且，因採用L ED發光元件10A，可以使反應板7之光觸媒作用能 在低消費電力的基礎及短時間内能達到活性化效應。 本創作第一實施形態之滅菌、抗菌、除臭垃圾桶 100是依上述組合而成，並依以下所述使用。 首先’如圖1所示，打開附蓋容器1的蓋1A， 將袋體3插入上述容器内，並沿内壁面1B〜1E展開 裝置。接著，上述袋體内插入塗布氧化鈦之反應板7， 並沿袋體3内面及容器1的内壁面展開配置。因上述 反應板7是由氧化鈦形成之板材且可自袋體抽拔出的 形狀構成’所以反應板7可以輕易的插入袋體3内。 以上滅菌、抗菌、除臭垃圾桶1〇〇之袋體3及反 應板7的安裝已完成，可設置在欲設置的場所。投入 谷器1内的收谷物會因設置場所而異，各種垃圾、厨 餘、使用過的衛生紙、衛生用品等垃圾隨時被投 入。垃圾投入後，以定時器設定時間使上述蓋内側裝 M421316 置的紫外線照射部10的L E D發光元件發光，蓋起 蓋子1A。如此一來’發光元件10將發出波長380η m的紫外線，照射於上述反應板7的表面塗布之光觸 媒用氧化鈦C。因此’反應板7的光觸媒作用被誘發， 對於袋體3内各種垃圾產生共同的氧化作用，使其發 揮滅菌、抗菌、除臭等之各種作用。又’對於投入之 各種垃圾、廚餘、使用過的衛生紙、衛生用品等3〇 ’ 從紫外線照射部10的L E D發光元件l〇A處，直接 _ 照射紫外線，因此也能發揮殺菌效果。接著，定時器 T配合附著於投入袋體3内各種垃圾之細菌被滅菌、 抗菌、除臭的時間設定，停止發光元件1 Q A的發光。 之後，母次投入新的垃圾3〇於容器内時，關上蓋子1 A使上述紫外線照射部10的發光元件l〇A發光的動 作將重覆執行。 又$拋棄於袋體3内的垃圾裝滿時，反應板7 鲁 可以很簡單的自袋體3内取出，收容物的廢棄處理非 常容易。 接下來，說明以紫外線（L E D發光元件、波長 285n m )照射上述塗布氧化鈦c的反應板7之表面， 作為試驗對象材料，進行滅菌、抗g試驗之結果。此 滅菌、抗菌試験是以J I S Z28G1 (膠片料法）來 進订的。上述膠片密着法是將菌液滴在實驗品表面， M421316 再蓋上聚乙烯膠片，以35°C保存，再測定其生菌數。 接下來，根據對數尋求對象測試材料上的生菌數之增 減差值。檢體量為5cm x5 cm、厚lcm以内的平 板狀東西，每一菌種各準備3片以上。測試結果之滅 菌、抗菌活性値N A = 5. 41。滅菌、抗菌活性値N A 在2.0以上係死滅率為99%以上，上述數值發揮了很 高的滅菌、抗菌力。 根據上述滅菌、抗菌、除臭等之滅菌、抗菌力評 價測試結果可以確認本創作之滅菌、抗菌、除臭垃圾 桶100，基於其紫外線照射部的LED發光元件10A 和反應板7的組合，誘發光觸媒作用對袋體3内的各 種垃圾發揮滅菌、抗菌、除臭等作用。而且，對於投 入袋體内附著於各種垃圾的雜菌之死滅處理，因定時 器T使發光元件10 A的發光時間縮短來進行。 基於本創作之實施形態達到下列的效果。 首先，投入各種垃圾、使用過的衛生紙、衛生用 品於附蓋容器内的袋體時，能夠自蓋内面配置之紫外 線照射部發出紫外線，照射袋體内周圍配置之反應板 的氧化欽，使反應板的氧化敛的滅菌、抗菌、除臭作 用運作於各種垃圾、使用過的衛生紙、衛生用品上， 以得到高滅菌、抗菌、除臭效果。 又，由於紫外線照射部為可發出波長380 nm紫 13 M421316 外線之L E D發光元件，在低消費電力的基礎下能使 反應板的反應活性化，紫外線發光效率良好，使得對 於各種垃圾、使用過衛生紙、衛生用品能夠發揮更深 層強力的滅菌、抗菌、除臭效果。 對L E D發光元件而言 吁間也因定 時器對袋體内新投入之各種垃圾、使用過衛 土1、Ά、撞^M421316 V. New type of description: [Technical field of new type] Dust box for temporary storage of food waste, such as food processing garbage, leftovers, toilets, etc., which are discharged from kitchens or restaurants. It is a sterilization, antibacterial, and deodorizing waste bin that utilizes the photocatalytic action of titanium oxide to sterilize, antibacterial, and deodorize functions. [Prior Art] In the past, a variety of products including additional sterilization, antibacterial, and deodorizing functions that generate photocatalytic activity by ultraviolet irradiation are provided in many shoe deodorizers or trash cans in which titanium oxide is disposed. Moreover, the habit of Southeast Asia is that the toilet paper used in the fan is not washed away with the pollutants after use, but is thrown into the trash can as garbage disposal. Even the garbage that has been used for temporary storage of used physiological products in the toilet has become a cause of pathogen reproduction in terms of sanitary surfaces. Therefore, there is also a large-scale garbage disposal tank that provides a sterilization, antibacterial, and deodorizing treatment function using a photocatalytic action of titanium oxide. By utilizing the photocatalytic action of the above titanium oxide, it is possible to efficiently carry out paper decomposition and sterilization treatment using the paper. In such an example, one of the trash cans that can achieve sanitation management is the relevant thing of the applicant. The container body is provided with a container body on which an inner wall surface is coated with titanium oxide, and water can be contained therein, and a lid of the container body in which the upper end of the opening of the container is opened and closed, and the inside of the container has an ultraviolet lamp, and the surface of the container body is coated with titanium oxide. The net cage, and the circulating pump for stirring and decomposing the used paper in the above-mentioned cage. Thereby, the used paper which is put into the container body is decomposed and treated by the water circulation or the disturbing water flow in the water, and the decomposition product is attached to the titanium oxide which is applied to the inner wall surface of the container body or the mesh body. The photocatalytic action is carried out by ultraviolet rays emitted from the ultraviolet lamp, thereby generating sterilization and antibacterial action. Further, the above-mentioned decomposition product can be disposed of with water and discharged from the sewer. Therefore, sanitary management of used toilet paper or dirt can be achieved (for example, refer to Patent Document 1). Further, the treatment device for the soil containing the other fungi includes a treatment container body for sterilizing and antibacterial treatment of the fungus in the soil, a sewage inlet provided at the upper end of the treatment container body, and a lower end of the treatment container body. a dirt discharge port, a light source disposed in the vicinity of the processing container body or in the vicinity of the processing container, and a photocatalyst disposed in the processing container body and in normal contact with the dirt flowing into the processing container, and stirring The article of the stirring means of the above-mentioned dirt (for example, refer to Patent Document 2). Patent Document 1 is a utility model registration No. 3111668. Patent Document 2 is pending from Japanese Laid-Open Patent Publication No. Hei 7-275338. The above-mentioned utility model is disclosed in the trash can of the Japanese Patent Publication No. 3111668 and the bacteria-containing sewage treatment device of the Japanese Patent Publication No. 7-275338, all of which are required to be equipped with the container body for the treatment of the dirt, the stirring water and the agitator, and the photocatalyst. Titanium oxide and an ultraviolet lamp that promotes sterilization and antibacterial action. Therefore, the trash can and the treatment device must be provided with a container body for storing water and agitating the dirt, or a water supply and drainage facility. Due to the difficulty in setting up toilets or kitchens in small homes, small-scale restaurants, etc., or the huge cost of equipment, coupled with the need for maintenance, there is a problem that cannot be widely spread. [New content] The purpose of the present invention is to provide a treatment site for the above-mentioned garbage cans or bacteria-containing sewage treatment equipment, and the object thereof is to provide a place for sterilization, antibacterial, deodorization treatment without requiring water treatment, and having a small volume, and it is not necessary to select a setting place. And sterilized, antibacterial, deodorizing trash cans that save money and do not bother to repair. In order to achieve the above object, the sterilizing, antibacterial, and deodorizing waste bin of the first application of the present invention is characterized in that: a container having a lid; a bag disposed in the container; and being disposed inside the bag to be oxidized a sterilization, antibacterial, and deodorizing portion for forming titanium; and an ultraviolet irradiation portion disposed inside the cover for irradiating the sterilization, antibacterial, and deodorizing portions. Moreover, the sterilizing, antibacterial and deodorizing garbage bins of the second application of the patent application scope are the sterilizing, antibacterial and deodorizing garbage bins of the first application patent scope, characterized in that the above-mentioned sterilization, antibacterial and deodorizing parts are It is composed of titanium oxide formed on the inner surface of the M421316 bag. Moreover, the sterilizing, antibacterial and deodorizing garbage cans of the third application of the patent application scope are the sterilizing, antibacterial and deodorizing garbage bins of the first application patent scope, characterized in that the above-mentioned sterilization, antibacterial and deodorizing parts are A reaction plate made of titanium oxide is inserted into the inside of the bag body. Moreover, the sterilizing, antibacterial and deodorizing garbage cans according to item 4 of the patent application scope of the present invention is a sterilizing, antibacterial and deodorizing garbage bin according to item 3 of the patent application, characterized in that the reaction plate is formed by titanium oxide. The sheet is called and the shape of the reaction plate can be taken out from the bag body. Moreover, the sterilizing, antibacterial and deodorizing garbage cans of the fifth application scope of the present invention are the sterilizing, antibacterial and deodorizing garbage bins of the application scope of the patent scope 1-4, which is characterized in that the ultraviolet ray irradiation part is capable It is composed of an LED light-emitting element that emits ultraviolet light of 380 nm. Moreover, the sterilizing, antibacterial and deodorizing garbage bins of the sixth application of the patent application scope are the sterilizing, anti-spring bacteria and deodorizing garbage bins of the application patents 1-5, which are characterized in that the ultraviolet ray irradiation part is It is equipped with a timer to enable ultraviolet light to be irradiated for a certain period of time. Furthermore, the following effects can be achieved by the above means. First, after the various contents of the garbage, used toilet paper, and sanitary products are put into the bag in the container, the ultraviolet rays are irradiated to the inside of the bag by the ultraviolet irradiation unit disposed inside the cover. The antibacterial and deodorizing parts play a role in sterilization, antibacterial, and deodorizing functions of various kinds of garbage, used toilet paper, and sanitary products due to the photocatalytic action of titanium oxide. In the case of the sterilizing, antibacterial, and deodorizing parts, which are formed by the oxidization of the inside of the bag, the ultraviolet ray is placed inside the cover after the bag is placed in the container, and the toilet paper and sanitary products are used. The titanium oxide formed on the inside of the bag body is irradiated, and the photocatalytic action of titanium oxide exerts sterilization, antibacterial, and deodorizing functions on various garbage, used toilet paper, and sanitary products. Further, when the sterilizing, antibacterial, and deodorizing portions are formed by a reaction plate formed by the titanium oxide inserted into the inside of the bag body, the ultraviolet rays will be self-contained after the various contents are put into the bag body in the container, and the toilet paper and sanitary articles are used. The ultraviolet ray irradiation unit disposed inside the cover is irradiated with titanium oxide which is inserted into the reaction plate disposed inside the bag body, and exhibits sterilization, antibacterial, and deodorizing functions for various garbage, used toilet paper, sanitary articles, and the like due to the photocatalytic action of titanium oxide. In addition, since the above-mentioned reaction plate is composed of a plate formed of titanium oxide and can be extracted from the bag body, the reaction plate can be easily inserted into the bag body, and even if the bag body full of garbage is discarded, the bag body can be easily removed from the bag body. The reaction plate is taken out inside. Therefore, the disposal of the stored contents becomes much easier. In addition, the ultraviolet ray irradiation unit is an LED light-emitting element that emits ultraviolet rays before and after the wavelength of 380 nm, and the reaction of sterilization, antibacterial, and deodorizing parts can be activated under the low power consumption, and the ultraviolet light emission M421316 is efficient. Garbage, used toilet paper, hygiene products, etc. to exert deeper and stronger sterilization, antibacterial and deodorizing functions. In addition, in the ultraviolet irradiation unit, the energization time can be set in the shortest time necessary for the sterilization, antibacterial, and deodorizing time of various garbage, used toilet paper, and sanitary products that have been newly put into the bag via a timer. 'Enable more energy-saving effects. Moreover, the battery can be used as a power source, so the trash can can be placed in any place. · [Design effect] According to the sterilizing, antibacterial, and deodorizing waste bins of this creation, various kinds of garbage, used toilet paper, sanitary products, and lids are placed in the bag body in the container, and the ultraviolet rays are disposed from the inside of the cover. The ultraviolet irradiation unit irradiates the sterilization, antibacterial, and deodorizing portion formed by the cerium oxide disposed inside the bag body. The photocatalytic action of the titanium oxide can exhibit sterilization, antibacterial, and deodorizing functions on the stored product. Moreover, it is not necessary to treat with water, and the sterilization, antibacterial, deodorizing treatment of the dirt is small, and it is not necessary to select a setting place, which can save costs or reduce maintenance costs. [Embodiment] Hereinafter, a first embodiment of the sterilizing, antibacterial, and deodorizing waste bin of the present invention will be described by taking an embodiment shown in Figs. 1 to 5 as an example. As shown in Fig. 1, the sterilizing, antibacterial, and deodorizing waste bin 100' according to the first embodiment of the present invention is a container body 1 and a bag body 3 disposed along the inner wall surfaces 1B to 1E of the M 8 316 316. The reaction plate 7 coated with the titanium oxide C disposed in the bag body 3 and the ultraviolet ray irradiation portion 10 on the inside of the cover 1A for irradiating the reaction plate 7 with ultraviolet rays are provided. The detailed configuration of the above-described sterilization, antibacterial, and deodorizing waste bin 100 will be described below. First, an example of the capped container 1 is a cube having a square cross section made of a material such as plastic. The lid 1A of the container 1 is attached to the upper end side by a hinge, and can be opened and closed by a manual or a pedal 5 switch at the lower portion of the container. Further, the lidded container 1 is preferably a commercially available garbage can, and the illustrated foot-opening type or manual opening and closing type can be used. Further, it may be a cylinder made of a stainless steel or the like and having a cylindrical cross section. The bag body 3 in which the above-mentioned sterilization, antibacterial, and deodorizing waste bin 100 can be housed is a commercially available transparent polyethylene resin bag. The bag body 3 described above is most suitable for the sterilization, antibacterial, and deodorizing waste bin 100 of the present invention which does not use water. Of course, not only a commercially available transparent polyethylene resin bag but also a vinyl bag made of a polyethylene resin bag may be used. Furthermore, it is also possible to have a bag having a moderate water resistance or a paper. The reaction plate 7 is coated on a sheet of titanium oxide C for photocatalyst, and an example thereof is the surface of the corrugated board 7A. The coating of titanium oxide C may be one side or two sides. The material of the sheet material may also be a synthetic resin or the like. Further, the method of forming the titanium oxide C may be carried out by a method such as surface coating or film lamination in addition to coating. According to this, the ultraviolet light having a wavelength of 380 nm emitted from the LED light-emitting element 10A constituting the ultraviolet ray irradiation unit 10 is irradiated to the titanium oxide cerium for the photocatalyst, and then acts as a photocatalyst to cause sterilization, antibacterial, and removal of various kinds of garbage in the bag. Stinky and other effects. Further, an example of the above-mentioned reaction plate 7 is a tubular shape (elonged cube) in which a square corrugated cardboard sheet 7A is folded into a quadrangular shape and formed into a quadrangular cross section. According to this, the reaction plate 7 is a deformable structure φ, and can be easily transported and stored. Moreover, when it is accommodated in the bag body 3, the inner wall surface 1B to ι of the grainer 1 is inserted and disposed, and when the grain is discarded, the contents are easily left and the reaction plate 7 is separately from the bag body 3. Take out inside. Further, the shape of the reaction plate γ may be any other cross-sectional shape such as a cylindrical shape, a zigzag shape, a zigzag shape, a S shape, or a combination of these shapes. One of the ultraviolet irradiation units 1 is an L E D light-emitting element 10 能 capable of generating ultraviolet light L having a wavelength of 380 nm. This product has the most suitable effects of sterilization, antibacterial, deodorization, etc., and it does not affect the human body, which is very suitable. Further, it is not limited to this L ED light-emitting element that emits ultraviolet light L, and it is also suitable for use in an appropriate range of wavelengths (for example, 285 η m to 40 〇 n m ) having the above-mentioned wavelength as a center. The above L E D light-emitting element 1 〇 a is connected to a battery E or a 100V power supply (a DC power supply by the step-down rectifier D) through a timer T of the switch § w. That is, when the composition of the circuit is the switch for operating the cover 1A, if the switch SW is turned ON, the timer energizes the dry battery E and the L ED light-emitting element 10A to cause the LED light-emitting element 10A to emit light; after the set power-on time, the circuit When it is turned OFF, the LED light-emitting element 10A is turned off. For example, the energization time T can be up to about 1 minute before and after, and by using the L ED light-emitting element 10A, the photocatalytic action of the reaction plate 7 can achieve the activation effect on the basis of low power consumption and in a short time. The sterilization, antibacterial, and deodorizing waste bin 100 according to the first embodiment of the present invention is combined as described above and used as described below. First, as shown in Fig. 1, the lid 1A of the lidded container 1 is opened, the bag body 3 is inserted into the container, and the device is deployed along the inner wall surfaces 1B to 1E. Next, the reaction plate 7 coated with titanium oxide is inserted into the bag body, and is disposed along the inner surface of the bag body 3 and the inner wall surface of the container 1. Since the reaction plate 7 is formed of a plate material made of titanium oxide and can be drawn out from the bag body, the reaction plate 7 can be easily inserted into the bag body 3. The above-mentioned sterilization, antibacterial, and deodorizing waste bins 1 and the reaction plate 7 are installed, and can be installed at a place to be set. The grain received in the grain unit 1 varies depending on the installation location, and various garbage such as garbage, kitchen waste, used toilet paper, and sanitary products are put in place at any time. After the garbage is thrown in, the L E D light-emitting element of the ultraviolet ray irradiation unit 10 provided in the inside of the cover is placed in the cover 1A by the time set by the timer, and the cover 1A is covered. In this manner, the light-emitting element 10 emits ultraviolet light having a wavelength of 380 η m and is irradiated onto the photocatalyst titanium oxide C coated on the surface of the reaction plate 7. Therefore, the photocatalytic action of the reaction plate 7 is induced, and a common oxidation effect is exerted on various kinds of garbage in the bag body 3, thereby causing various functions such as sterilization, antibacterial, and deodorization. In addition, the sterilizing effect can be exhibited by direct irradiation of ultraviolet rays from the L E D light-emitting elements 10A of the ultraviolet ray irradiation unit 10 from various garbage, kitchen waste, used toilet paper, sanitary articles, and the like. Then, the timer T sets the time for sterilization, antibacterial, and deodorization of bacteria adhering to various garbage in the bag body 3, and stops the light emission of the light-emitting element 1 Q A . Then, when the new garbage is put into the container, the operation of closing the lid 1 A to cause the light-emitting element 10A of the ultraviolet irradiation unit 10 to emit light is repeatedly performed. Further, when the garbage discarded in the bag body 3 is full, the reaction plate 7 can be easily taken out from the bag body 3, and disposal of the contents is very easy. Next, the surface of the reaction plate 7 coated with the above-described titanium oxide c by ultraviolet rays (L E D light-emitting element, wavelength: 285 nm) was irradiated, and the results of sterilization and anti-g test were carried out as test materials. This sterilization and antibacterial test was carried out in accordance with J I S Z28G1 (film material method). The above film adhesion method is to deposit the bacteria on the surface of the test article, and M421316 is covered with polyethylene film, and stored at 35 ° C, and then the number of bacteria is measured. Next, the difference between the number of bacteria on the object test material is sought based on the logarithm. The amount of the sample is 5 cm x 5 cm and the thickness of the plate is less than 1 cm, and each sample is prepared for 3 or more. The bactericidal and antibacterial activity of the test results 値N A = 5.41. Sterilization and antibacterial activity 値N A has a mortality rate of 99% or more at 2.0 or more, and the above values exert high sterilization and antibacterial activity. According to the sterilization and antibacterial evaluation test results of the above-mentioned sterilization, antibacterial, and deodorizing, it is confirmed that the sterilization, antibacterial, and deodorizing waste bin 100 of the present invention is induced based on the combination of the LED light emitting element 10A and the reaction plate 7 in the ultraviolet irradiation unit. The photocatalytic action acts on the various garbage in the bag body 3 to perform sterilization, antibacterial, deodorization and the like. Further, the killing treatment of the bacteria adhering to the various kinds of garbage in the bag body is performed by the timer T shortening the light-emitting time of the light-emitting element 10A. The following effects are achieved based on the embodiment of the present creation. First, when various garbage, used toilet paper, and sanitary products are put into the bag body in the container, the ultraviolet ray irradiation portion disposed on the inner surface of the cover can emit ultraviolet rays, and the oxidation of the reaction plate disposed around the bag body can be irradiated to cause the reaction. The oxidation sterilization, antibacterial and deodorizing action of the plate are operated on various garbage, used toilet paper and sanitary products to obtain high sterilization, antibacterial and deodorizing effects. In addition, since the ultraviolet ray irradiation unit is an LED light-emitting element that emits a blue light of 380 nm purple 13 M421316, the reaction plate can be activated under the low power consumption, and the ultraviolet light-emitting efficiency is good, so that the toilet paper is used for various garbage. Hygiene products can exert deeper and stronger sterilization, antibacterial and deodorizing effects. For the L E D illuminating element, it is also because of the various wastes newly used by the timer in the bag body.
生用品，僅於滅菌、抗菌、除臭作用完成所須最乡一 間内通電，故能夠更加深入發揮節省能碾的效果&_ 又’其電源也可以是乾電池，故垃域辆 設置於任意場所。 ° u自& 或垃 又，附蓋容器或袋體可以使用市售之坺圾桶 圾袋’所以能很便宜購得。 又’反應板是由塗布氧化鈦之板材且可自袋體 抽出之形狀所構成，故反應板很容易插入袋體内 棄垃圾堆滿袋體時，也能輕易從袋體内將Raw materials, only in the sterilizing, antibacterial, deodorizing effect of the completion of the most in the town, so that you can more deeply play the effect of saving energy & _ and 'the power can also be a dry battery, so the domain is set in Any place. ° u self & or la, the container or bag can be used with a commercially available trash can, so it can be purchased very cheaply. Further, the reaction plate is formed of a shape coated with titanium oxide and can be withdrawn from the bag body, so that the reaction plate can be easily inserted into the bag body. When the garbage is piled up, the bag body can be easily removed from the bag body.
久應板才由 出’因此收容物的廢棄處理非常容易。 並且’本創作之滅菌、抗菌、除臭坺妓橘 限定於上述實施的形態，在其設計要旨内，〜 月t»约變更 其設計。例如，如圖5所示之第2實施形能* v L之滅菌、 抗菌、除臭垃圾桶200是以每當對容器1内投入新、 垃圾時，基於蓋1A的關閉操作使紫外線照射部的 的L E D發光元件10A自動發光，且因定眛 ▽益T而自 14 動消燈，由此連動動作所構成。即，在蓋1A的内侧 配置開關SW，蓋1Α的開閉操作使開關SW開或關 的組合。其他的組成與上述第1實施形態之滅菌、抗 菌、除臭垃圾桶100相同，以同一符號標示，省略其 說明。 根據上述第2實施形態之滅菌、抗菌、除臭垃圾 桶200，隨著上述蓋1 Α的開閉操作伴隨之關閉動作 時’開關SW被一開一關後，定時器被啟動，使紫外 線照射部1 〇的L E D發光元件1 〇 A發光。因此，自 發光元件10A發出波長380 n m的紫外線照射於被塗 布在上述反應板7表面之光觸媒用氧化鈦。因而，反 應板7誘發其光觸媒作用，對於袋體3内的各種垃圾 發揮其滅菌、抗菌、除臭等作用◊然後被投入袋體3 内的各種垃圾附著之雜菌將減少，實行滅菌、抗菌、 除臭等作用。隨著時間經過，定時器T停止了發光元 件的發光。之後，每次投入新的垃圾30於容器内時， 關上蓋子1A使上述紫外線照射部1〇的發光元件1〇 A發光的動作將重覆被實施。 又’其他的作用與上述第1實施形態之滅菌、抗 菌、除臭垃圾桶100相同，故省略其說明。 根據上述滅菌、抗菌、除臭垃圾桶200的效果為 對容器1内投入垃圾時，因蓋1A的開閉操作，開關 15 SW自動ON/OFF後啟動定時器τ，使得紫外線 照射部10的L E D發光元件10 Α能夠發光。每次投 入垃圾就能夠確實發揮其滅菌、抗菌、除臭等作用。 其他的效果與滅菌、抗菌、除臭垃圾桶1〇〇相同，故 省略其說明。 又，如圖6〜8所示’第3實施形態的滅菌、抗 菌、除臭垃圾桶300係在上述袋體内側配置氧化鈦形 成之滅菌、抗菌、除臭部，取代反應板的是由上述袋 體3内面形成之氧化鈦所構成。袋體3的内面以氧化 鈦組成之方法，於袋體3的製造過程中以液狀氧化鈦 喷灌或是在垃圾袋内直接喷灑液狀氧化鈦等方法可 以考量。其他的組成與上述第1實施形態之滅菌、抗 菌、除臭垃圾桶1〇〇相同，以同一符號標示，省略其 說明。又，如圖7之組成，蓋1A的開閉操作，打開 開關SW後，定時器τ使乾電池E和L E D發光元件 10A通電，使LED發光元件10A發光，於所定時間 後’回路關閉’ L E D發光元件1 〇 A熄燈。以圖8 來說’其組成為’往容器1内投入垃圾時，根據蓋i A的開閉操作，開關s W被一開一關後，定時器被啟 動’使紫外線照射部1〇的L E D發光元件1〇 A發光。 根據上述第3實施形態之滅菌、抗菌、除臭垃圾 桶300 ’隨操作上述蓋1A之開閉動作於關閉狀態時， M421316 開關S W被開/關後，定時器被啟動，使紫外線照射 部10的L ED發光元件10A發光。因此，自發光元 件10A發出波長380 n m的紫外線照射於上述滅菌、 抗菌、除臭部，也就是袋體3的内面形成之氧化鈦上。 因而，氧化鈦C產生光觸媒作用對於袋體3内的各種 垃圾發揮其滅菌、抗菌、除臭等作用。又，對於投入 之各種垃圾、廚餘、使用過的衛生紙、衛生用品等3〇, 從紫外線照射部10的LED發光元件10 a處直接照 射紫外線，因此也能發揮殺菌效果。然後，被投入袋 體3内的各種垃圾附著之雜菌將減少，實行滅菌、抗 菌、除臭等作用。隨著時間經過，定時器丁停止了發 光元件的發光。之後，每次投入新的垃圾3〇於容器 内時，關上蓋子1 A後，使上述紫外線照射部1〇的發 光元件10A發光的動作將重覆被實施。 又’當拋棄的垃圾裝滿袋體3時，袋體3直接捆 綁廢棄即可，收容物的廢棄處理非常容易。而且，其 他的作用與上述第丨實施形態之滅菌、抗菌、除臭垃 圾桶100相同，故省略其說明。 根據上述滅菌、抗菌、除臭垃圾桶3〇〇的效果為， 對容器1内投入垃圾時，因蓋1A的開閉操作，開關 SW自動〇N/〇F F後啟動定時器τ,使得紫外線 照射部10的L E D發光元件10A能夠發光。每次投 17 M421316 入垃圾就能夠發揮其滅菌、抗菌、除臭等作用。其他 的效果與滅菌、抗菌、除臭垃圾捅1〇〇相同，故省略 其說明。 又，紫外線照射部10也可以用紫外線燈取代L E D發光元件。並且，紫外線照射部1〇的電源 除乾電池外，也可使用其他商用電源。又，本創作之 滅菌、抗菌、除臭垃圾桶1〇〇、200、3〇〇的實施中， 因附蓋容器或垃圾袋也可以使用市售品之故，若僅提鲁 供塗布氧化鈦的反應板或者塗布氧化鈦之袋子及L E D發光元件10A、電源、定時器等紫外線照射部 10之構成組件也可以完成本創作之執行。 〔產業上的利用可能性〕 本創作之滅菌、抗菌、除臭垃圾桶1〇〇、2〇〇、3〇〇 適合使用於自廚房或料理場排出之食品加工垃圾、剩 飯、廁所等使用的生活衛生紙殘材等暫時儲存的垃圾 鲁 桶，但並不僅只於此，也適用於例如醫院等的衛生管 理或使用於寵物的生活衛生殘材等暫時儲存的垃圾 桶。 【圖式簡單說明】 圖1係本創作之第i實施形態之減菌、抗菌、除臭垃 圾桶的展開斜視圖。 圖2係本創作之第！實施形態之滅菌、抗菌、除臭垃 18 M421316 圾桶的斷面圖。 圖3係本創作之第1實施形態之紫外線照射部的電路 圖。 圖4係本創作之第1實施形態之反應板的斜視圖及斷 面圖。 圖5係本創作之第2實施形態之滅菌、抗菌、除臭垃 圾桶的斷面圖。 圖6係本創作之第3實施形態之滅菌、抗菌、除臭垃 圾桶的展開斜視圖。 圖7係本創作之第3實施形態之滅菌、抗菌、除臭垃 圾桶的斷面圖。 圖8係本創作之第3實施形態之滅菌、抗菌、除臭垃 圾桶的斷面圖。 【主要元件符號說明】 1 附蓋容器 1A 蓋 1 B 〜1 E 内壁面 3 袋體 5 踏板 7 反應板 7A 板材 10 紫外線照射部 19 M421316 10A L E D發光元件 30 垃圾 100 滅菌、抗菌、除臭垃圾桶 200 滅菌、抗菌、除臭垃圾桶 300 滅菌、抗菌、除臭垃圾桶 C 滅菌、抗菌、除臭部（氧化鈦） D 降壓整流器 L 紫外線 S W 開關 T 定時器 E 乾電池 20It is very easy to dispose of the storage materials. Further, the sterilization, antibacterial, and deodorant tangerine of the present invention are limited to the above-described embodiment, and the design is changed in the design. For example, the sterilizing, antibacterial, and deodorizing waste bin 200 of the second embodiment shown in Fig. 5 is such that when a new or garbage is put into the container 1, the ultraviolet ray irradiation portion is caused by the closing operation of the lid 1A. The LED light-emitting element 10A automatically emits light, and the lamp is turned off from the 14 due to the fixed benefit T, thereby forming a linked operation. That is, the switch SW is disposed inside the cover 1A, and the opening and closing operation of the cover 1 turns the combination of the switch SW on or off. The other components are the same as those of the sterilizing, antibacterial, and deodorizing waste bin 100 of the above-described first embodiment, and the same reference numerals are used to omit the description. According to the sterilizing, antibacterial, and deodorizing waste bin 200 of the second embodiment, when the opening and closing operation of the lid 1 is closed, the switch SW is turned on and off, and the timer is activated to cause the ultraviolet ray irradiation unit. 1 〇 LED light-emitting element 1 〇A illuminates. Therefore, ultraviolet light having a wavelength of 380 n is emitted from the light-emitting element 10A to the titanium oxide for photocatalyst coated on the surface of the reaction plate 7. Therefore, the reaction plate 7 induces the photocatalytic action, and the various kinds of garbage in the bag body 3 are subjected to sterilization, antibacterial, deodorizing, etc., and then the impurities attached to the various garbage in the bag body 3 are reduced, and sterilization and antibacterial are carried out. , deodorization and other effects. As time passes, the timer T stops the illumination of the illuminating element. Thereafter, each time the new garbage 30 is put into the container, the operation of closing the lid 1A to cause the light-emitting elements 1A of the ultraviolet irradiation unit 1A to emit light is repeatedly performed. Further, the other functions are the same as those of the sterilization, antibacterial, and deodorizing waste bin 100 of the first embodiment, and therefore the description thereof will be omitted. According to the effect of the sterilization, antibacterial, and deodorizing waste bin 200, when the container 1 is put into the garbage, the switch 15 SW is automatically turned ON/OFF after the opening and closing operation of the lid 1A, and the timer τ is started, so that the LED of the ultraviolet irradiation unit 10 emits light. Element 10 is capable of emitting light. Every time you put in garbage, you can really play its role in sterilization, antibacterial, deodorization and so on. The other effects are the same as those of the sterilization, antibacterial, and deodorizing waste bins, and the description thereof will be omitted. In the sterilizing, antibacterial, deodorizing waste bin 300 of the third embodiment, the sterilizing, antibacterial, and deodorizing portions in which titanium oxide is formed inside the bag body, as shown in Figs. The titanium oxide formed on the inner surface of the bag body 3 is composed of titanium oxide. The inner surface of the bag body 3 is made of titanium oxide, and it can be considered by spraying liquid titanium oxide or spraying liquid titanium oxide directly into the garbage bag during the manufacturing process of the bag body 3. The other components are the same as those of the sterilizing, antibacterial, and deodorizing waste bins of the first embodiment, and the same reference numerals are used to omit the description. Further, as shown in FIG. 7, the opening and closing operation of the cover 1A, after the switch SW is turned on, the timer τ energizes the dry battery E and the LED light-emitting element 10A to cause the LED light-emitting element 10A to emit light, and the circuit is turned off after a predetermined time. 1 〇A is off. As shown in Fig. 8, when the composition is "putting garbage into the container 1, according to the opening and closing operation of the cover i A, the switch s W is turned on and off, and the timer is activated" to cause the LED of the ultraviolet irradiation unit 1 to emit light. Element 1A emits light. According to the sterilizing, antibacterial, and deodorizing waste bin 300' of the third embodiment, when the opening and closing operation of the lid 1A is performed in the closed state, the M421316 switch SW is turned on/off, and the timer is activated to cause the ultraviolet ray irradiation unit 10 to The L ED light emitting element 10A emits light. Therefore, the self-luminous element 10A emits ultraviolet light having a wavelength of 380 nm to the above-mentioned sterilization, antibacterial, deodorizing portion, that is, the titanium oxide formed on the inner surface of the bag body 3. Therefore, the photocatalytic action of the titanium oxide C exerts its functions of sterilization, antibacterial, deodorization, and the like on various garbage in the bag body 3. In addition, the various types of garbage, kitchen waste, used toilet paper, sanitary articles, and the like are directly irradiated with ultraviolet rays from the LED light-emitting elements 10a of the ultraviolet irradiation unit 10, so that the sterilization effect can be exhibited. Then, the various bacteria adhering to the various wastes in the bag body 3 are reduced, and sterilization, antibacterial, deodorizing and the like are performed. As time passes, the timer stops the illumination of the illuminating element. Thereafter, each time a new garbage is put into the container, the lid 1A is closed, and the operation of causing the light-emitting element 10A of the ultraviolet irradiation unit 1A to emit light is repeatedly performed. Further, when the discarded garbage is filled with the bag body 3, the bag body 3 can be directly bundled and discarded, and the disposal of the stored article is very easy. Further, the other functions are the same as those of the sterilization, antibacterial, and deodorizing waste tub 100 of the above-described third embodiment, and therefore the description thereof will be omitted. According to the effect of the above-mentioned sterilization, antibacterial, and deodorizing waste bins 3, when the garbage is put into the container 1, the switch SW automatically starts the timer τ after the opening and closing operation of the lid 1A, so that the ultraviolet irradiation unit is activated. The LED light emitting element 10A of 10 can emit light. Each time you cast 17 M421316 into the garbage, you can exert its functions of sterilization, antibacterial and deodorization. The other effects are the same as those of sterilization, antibacterial, and deodorizing waste, and the description thereof will be omitted. Further, the ultraviolet ray irradiation unit 10 may replace the L E D light-emitting element with an ultraviolet lamp. Further, the power source of the ultraviolet ray irradiation unit 1 除 can use other commercial power sources in addition to the dry battery. In addition, in the implementation of the sterilized, antibacterial, and deodorizing waste bins of the present invention, it is also possible to use commercially available products for the case of a covered container or a garbage bag. The composition of the reaction plate or the coated titanium oxide bag, the LED light-emitting element 10A, the power source, the timer, and the like, and the ultraviolet irradiation unit 10 can also perform the creation of the present invention. [Industrial use possibilities] The sterilized, antibacterial, and deodorizing waste bins of this creation are suitable for use in food processing garbage, leftovers, toilets, etc., which are discharged from kitchens or restaurants. It is not only for this, but also for the sanitary management such as hospitals or the temporary storage of trash cans for pets. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the sterilizing, antibacterial, and deodorizing waste bins of the i-th embodiment of the present invention. Figure 2 is the first of this creation! Sectional view of the sterilized, antibacterial, deodorizing waste 18 M421316 trash can. Fig. 3 is a circuit diagram of an ultraviolet irradiation unit according to the first embodiment of the present invention. Fig. 4 is a perspective view and a cross-sectional view showing a reaction plate according to the first embodiment of the present invention. Fig. 5 is a cross-sectional view showing a sterilization, antibacterial, and deodorizing waste bin according to a second embodiment of the present invention. Fig. 6 is a perspective view showing the sterilizing, antibacterial, and deodorizing waste bin of the third embodiment of the present invention. Figure 7 is a cross-sectional view showing a sterilization, antibacterial, and deodorizing waste bin according to a third embodiment of the present invention. Fig. 8 is a cross-sectional view showing a sterilization, antibacterial, and deodorizing waste bin according to a third embodiment of the present invention. [Main component symbol description] 1 Covered container 1A Cover 1 B 〜1 E Inner wall surface 3 Bag body 5 Pedal 7 Reaction plate 7A Plate 10 Ultraviolet irradiation unit 19 M421316 10A LED light-emitting element 30 Garbage 100 Sterilization, antibacterial, deodorizing trash can 200 Sterilization, Antibacterial, Deodorizing Trash Can 300 Sterilization, Antibacterial, Deodorizing Trash Can C Sterilization, Antibacterial, Deodorizing Department (Titanium Oxide) D Step-Down Rectifier L UV SW Switch T Timer E Dry Battery 20