201109250 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種用以廢棄使用過之幼兒用尿布等污 穢物的污穢物處理裝置，特別是關於適合更換/再填充/攜 帶之構件。 【先前技術】 由於使用過之幼兒用尿布等污穢物會發出惡臭，因此 要求在家庭内衛生且有效率地進行廢棄。就用以實現上述 要求的污穢物處理裝置而言，已知有一種揭示於日本特開 2009-96642號公報（專利文獻1)之垃圾貯藏裝置。專利文 獻1記載之垃圾貯藏裝置係具備本體容器、及安裝於本體 容器之上端的環狀匣（Cassette)。在環狀匣折疊收容有筒 狀織物。使用者係將筒狀織物從匣拉出，將污穢物投入該 筒狀織物，以將污穢物貯藏在本體容器之内部。 (先前技術文獻） (專利文獻） (專利文獻1)日本特開2009-96642號公報 【發明内容】 (發明所欲解決之課題） 然而，當筒狀織物一個接一個被拉出而造成匣内部空 無一物時，一般而言，使用者係將空的匣從垃圾貯藏裝置 拆下，將該匣更換成新品以補充筒狀織物。此外，由於在 使用者中有不熟習更換作業者，因此將匣予以定型化。 亦即，將匣設法作成為可容易地裝卸於本體容器之形 4 322186 201109250 方式以㈣當㈣Γ：此㈣織物絲容易拉出之 為讓使用者容易地拉二織之一 之使用者係在市場購人㈣且，屬於最後使用者 換作業。 之清狀織物收容匣，以進行更 述習知〜藏裝置 成，但仍然在只使用一次之二，耐久性之樹脂材料所形 量化之現今，㈣之廢棄被廢棄。在提唱垃圾減 用完筒狀織物時就必須購八新的；:：:，== 善之空間。 口此，在成本上有改 本發明係鑑於前述之問 ^ 並且依據與藉由匣更換而 將同狀織物補充於垃圾貯藏 穎構思而研創者，其目的传 70 織物時廢棄並“£之„=;種可省去每次補充筒狀 (解決課題之手段） 充膜0 目的’本發明之污穢物處理裝置用再填 二 用筒狀膜片包住污穢物來進行處理之 ==的再填充用膜片為前提。而且，污穢物處 Π充膜片係具備:膜片環狀體，折疊成使長形 之同狀膜片在延伸方向縮小；及包裝材，由可切斷之材料 膜片環狀體之中央孔維持開口之狀態下包裝該 膜片$哀狀體並保持縮小狀態。 依據前述之本發明，由於膜片環狀體並非由_包裝 322186 5 201109250 而是由包裝材所包I，因此污穢物處理裝置之❹者BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a waste disposal apparatus for discarding used diapers such as baby diapers, and more particularly to a member suitable for replacement/refilling/carrying. [Prior Art] Since the used diaper or the like is odorous, it is required to be disposed of hygienically and efficiently in the home. A waste storage device disclosed in Japanese Laid-Open Patent Publication No. 2009-96642 (Patent Document 1) is known as a waste disposal device for achieving the above-mentioned requirements. The garbage storage device described in Patent Document 1 includes a main body container and a casing (Cassette) attached to the upper end of the main body container. A tubular fabric is accommodated in the annular loop. The user pulls the tubular fabric from the crucible and throws the contaminants into the tubular fabric to store the contaminants inside the body container. (Prior Art Document) (Patent Document 1) Japanese Laid-Open Patent Publication No. 2009-96642 (Summary of the Invention) However, when the tubular fabrics are pulled out one by one, the interior of the crucible is caused. When there is nothing left, in general, the user removes the empty cockroaches from the garbage storage device and replaces the cockroaches with new ones to replenish the tubular fabric. In addition, since the user is not familiar with the replacement operator, the defect is finalized. That is, the 匣 匣 匣 匣 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ The market purchases (4) and belongs to the last user to change jobs. The clear fabric is stored in a sputum for the purpose of the conventional device, but it is still used only once, and the durability of the resin material is quantified. Today, the waste of (4) is discarded. When you roll out the waste fabric, you must purchase eight new ones;:::,== Good space. In view of the above, the invention has been made in view of the foregoing, and based on the idea of supplementing the same fabric with the concept of replenishment by rubbing, the purpose of the invention is to discard the 70 fabrics and discard them. =; can be omitted every time to replenish the cylinder (the means to solve the problem) Filling the film 0 Purpose 'The waste treatment device of the present invention refills the tubular film with a tubular membrane to cover the sewage for treatment == It is premised on filling the diaphragm. Moreover, the smear film of the filth is provided with: a diaphragm annular body folded so that the elongated diaphragm is narrowed in the extending direction; and the packaging material is cut by the center of the rupturable material diaphragm annular body The diaphragm is wrapped in a state in which the hole is maintained in an open state and kept in a reduced state. According to the present invention as described above, since the diaphragm annular body is not packaged by the packaging material 322186 5 201109250, it is the leader of the sewage treatment device.
購入污穢物處理裝置祕填充獏騎可，無須在每次補充 疴狀膜片時購入匣。因此，可省I ^㈣。 了^去如^屢次廢棄並購入 ;衣狀體之中央孔係維持開口狀態，因 此污穢物處理裝置之使用者係可容易地將污穢物處理裝置 用再填充膜片安裝在污穢物處理裝置。 包裝材係只要是可由手的力撕破之材料所製作者 無特別限定。包裝材之材料係可考慮例如薄片、線、帶或 容易以手破壞之塊體。在此，較佳為在包料形成用以撕 破去除該包裝材之撕裂線。依據該實施形態，在將污截物 處理裝置用再填充則絲在污穢物處理裝置後，使用者 可谷易地撕破/去除包裝材。 本發明並非限定在-實麵態者，包裝材係可覆蓋膜 片環狀體之外周面、軸線方向—端及另—端，亦可露出内 周面。依據該實施形態，包裝材可從軸線方向一方及另一 方廢縮膜片環狀體’並將膜片環狀體保持成精巧形狀，而 可謀求污穢物處理裝置用再填充膜片之小型化。 包裝材之材質係由紙、纖維或樹脂膜片所構成。依據 該實施形態，在將污穢物處理裝置用再填充膜片安裝在污 穢物處理裝置後，使用者可容易地撕破/去除包裝材。 或者，就其他實施形態而言，包裝材係為以預定間隔 捲繞在膜>1環狀體之周方向之複數條帶。依據該實施形 態，可更簡單地製作包裝材，在成本上更為有利。 322186 6 201109250 . 本發明之污穢物處理裝置用再填充膜片亦可直接地安 裝在污穢物處理裝置。或者，亦可裝填在可反覆使用之再 填充膜片收容用匣，亦可將該再填充膜片收容用匣安裝在 污穢物處理裝置。 .成為上述本發明之再填充膜片收容用匣係安裝在利用 筒狀膜片包住污穢物來進行處理之污穢物處理裝置，且為 用以收容前述污穢物處理裝置用再填充膜片之收容用匣。 而且，再填充膜片收容用匣具備：插入於膜片環狀體之中 央孔的圓筒部；及形成在圓筒部之軸線方向一端且防止膜 片環狀體脫落的向外突出之凸緣部。 依據本發明，可反覆使用再填充膜片收容用匣。因此， 可省去如以往屢次廢棄並購入匣之浪費。 就較佳實施形態而言，再填充膜片收容用匣復具備： 呈圓環形狀且以可裝卸之方式與圓筒部之軸線方向另一端 連結，以防止膜片環狀體脫落的按壓構件。此外，從膜片 環狀體拉出之筒狀膜片係越過按壓構件而插通於圓筒部之 中央孔。依據該實施形態，由於將膜片環狀體保持成不能 從軸線方向兩側移動，因此可解決膜片環狀體從再填充膜 片收容用匣突出之疑虞。 本發明之再填充膜片收容用匣當然可安裝在靜置於屋 内之污穢物處理裝置，亦可安裝在可帶出至屋外的攜帶用 污穢;物處理袋。 本發明之攜帶用污穢物處理袋係藉由自由彎曲之素材 而形成為管狀，且用以包圍前述再填充膜片收容用匣之外 7 322186 201109250 周、及從該再填充膜片收容用匣拉出且通過膜片收容用匣 之中央孔的筒狀膜片之外壁的可攜式袋。而且，長度方向 之一端及另一端可分別開閉，且再填充膜片收容用匣係以 可裝卸之方式安裝在長度方向之一端，並具有可使長度方 向之另一端相對於長度方向之一端扭轉1圈以上的長度。 依據本發明，即使在屋外，亦可與在屋内時同樣地， 衛生且有效率地廢棄污穂物。 較佳為，復具備用以限制形成為管狀之污穢物收容袋 之長度的緊固具。依據該實施形態，可將污穢物收容袋調 整成任意長度，而使攜帶之便利性提升。 (發明之效果） 如上所述，由於本發明之污穢物處理裝置用再填充膜 片係具備折疊成使長形之筒狀膜片在延伸方向縮小之膜片 環狀體、及由可切斷之材料所構成且在膜片環狀體之中央 孔維持開口之狀態下包裝該膜片環狀體並保持縮小狀態的 包裝材，因此使用者可將污穢物處理裝置用再填充膜片反 覆使用在污穢物處理裝置。因此，無須廢棄並購入匣，可 謀求垃圾之減量化及成本減低。 【實施方式】 以下，依據圖式所不之實施例詳細說明本發明之實施 形態。 第1圖係顯示安裝有本發明之一實施例的污穢物處理 裝置用再填充膜片及再填充膜片收容用匣之污穢物處理裝 置的整體斜視圖，且取出並顯示膜片環狀體及再填充膜片 8 322186 201109250 —收容職。第2圖及第3圖係第丨_示之污齡處理裝 置的側方剖面圖，第2圖係顯示密閉用門之關門狀態，第 3圖係顯示密閉用門之開門狀態。 污穢物處理裝置11係具備··污穢物投入口！6，供使 用過之尿布等污穢物D投入；筒狀膜片15，其從污穢物投 入口 16朝下方延伸，且其下端由打結處26所封閉；污機 物收容本體13,收容筒狀膜片15及從污職物投入口叫曼 :之污穢物D ;及蓋體23，從上方蓋住污穢物投入口 Μ。 盖體23係以蓋體㈣30為支點而轉動立起，而使污穢物 投入口 16敞開。 在污穢物投入口 16安裝有長形之筒狀膜片15。筒狀 膜片15係以覆蓋污穢物投人口 16之開口的方式朝下方延 伸。此外’在>了穢物投人σ 16，如後所述以可抽出之方式 收容有筒狀膜片15。污穢物投入口 16係由圓筒部27之内 周壁所形成。在圓筒部27之外周壁，以同軸方式安裝有將 —筒狀膜片15折疊成在延伸方向縮小的膜片環狀體既。圓 同部27、設置在圓筒部之軸線方向-端的按>1凸緣部29、 圓筒部27之軸線方向另一端的向外突出之凸緣 4係收谷用匣14之構成要素。 收容臈片環狀體15k之收容用£14係供筒狀膜片15 之再填充用。收容用E 14係如第i圖之箭頭所示，以可裝 方核裝在形成於收容本體上部19之環形狀的安裝 ς I·。安裝部19r係與收容用匿14之向外突出之凸緣部 且從下方支持收容用S 14。此外，由於安裝部19 322186 9 201109250 ‘朝污穢物處理裝置1 1之前面側傾斜’因此污穢物投入口 16亦朝上方且朝污穢物處理裝置11之前面側傾斜。在傾 斜成背面側成為上側且前面側成為下側之安裝部19i_中之 安裝部19r的前面側及成為下侧區域的正下方，配置有密 閉用門承接部35。 污穢物收容本體13係貯藏被廢棄於筒狀膜片15内部 之污穢物D之中空容器，且分割為收容本體下部I?及收容 本體上部19。收容本體下部17係在下端側具有底部nb， 在上端侧具有開口部17c。收容本體上部19係以下端側覆 盍收容本體下部17之上端的開口部17c，且在上端部具有 污穢物投入口 16。 收谷本體上部19係透過本體鉸鏈31以可轉動之方式 安裝在收容本體下部17。本體鉸鏈31係配置在污機物處 ，裝置11之背面側。藉由使收容本體上部19轉動並倒向 背後，而可打開開口部1 7c β 如第2圖所示，在收容本體上部19之内部安裝有用以 亏穢物技入口 16與所貯藏之污穢物d之間夾住筒狀膜片 15^並遮蔽筒狀膜片15内之上方空間及下方空間之開閉式 的也閉用門33及密閉用門承接部35。密閉用門33係被導 引至没置在收容本體上部19之㈣的導引構件而進退 移動。密_ Η 33係藉由彈簧39朝密閉用門承接部犯彈 壓’且在常態下以與密_門承接部35卡合之方式關門。 當將污穢物廢棄時，如第3圖所示，污穢物處理裝置 之使用者係打開蓋體23,接著將污穢物污穢物投入 322186 201109250 口 16投入筒狀膜片15之内部。接 污穢物投人口16，並按下筒狀心π 者係將手伸入 打開密閉用門33。被推人τ=、=5及污穢物卜並按下 一 下方之污穢物D係與筒狀膜片15 =過開門之密閉用門33與密閉用門承接部％之間。 及密閉用二承接部35之污穢物D係經由 3 、 、入下方，且蓄積於污穢物收容本體13。告 ^者使污穢Μ下在比密閉用門33及㈣用門承^ 更下方處，且將手從污穢物投人口16縮回時，密閉用 門33會立即關門且夾住筒狀膜片15。此外 ^會從污職物投入口 16被抽出，於污穢物投入口則互 ΐ地供給有新的筒狀膜片15部分。 當將使用過之尿布等污機物廢棄在筒狀膜片15之内 部時，污穢物會蓄積在筒狀膜片15，且筒狀膜片15會一 個接-個地從圓筒部27之外徑侧被抽出1越過按壓凸緣 部29並進人污穢物投人σ 16而朝下方延伸，因此可連續 地將污穢物廢棄在污穢物收容本體13内。 筒狀膜片15係為消耗品，當安裝在污機物投入口 16 之筒狀膜片15全部被使用時，將新的膜片環狀體脱補充 在污穢物投入口 16之外周。 第4圖係將收容騷及膜片環狀體取出而顯示的分解 斜視圖。f 5 ®係顯示前述實施例之收容用g的斜視圖。 在污穢物處理裝置11，以可裝卸之方式安U形成污機物 投入口 16且收容膜片環狀體i5k之收容用匣14。該收容 用匣14係以可裝卸之方式安裝在收容本體上部19，以形 322186 11 201109250 成污穢物投入口 16之外緣。收容用匣14係具備：圓筒部 27，以不容易變形之樹脂所形成，其外周壁插通膜片環狀 體15k之中央孔，且其内周壁形成污穢物投入口 16 ;向外 突出之凸緣部27f，與圓筒部27之下端部一體地結合；凸 緣形狀之膜片按壓凸緣部29，嵌入固定於圓筒部27之上 端側。膜片按壓凸緣部29之外徑係比膜片環狀體15k之外 徑小。藉此，筒狀膜片15可順利地越過膜片按壓凸緣部 29 ° 第6圖係顯示安裝於收容用匣之再填充膜片的斜視 圖。第7圖係第6圖所示之再填充膜片的縱剖面圖。再填 充膜片18係具備：膜片環狀體15k，折疊成使長形之筒狀 膜片15在延伸方向縮小；及包裝薄片21，在膜片環狀體 15k之中央孔15h維持開口之狀態下包裝該膜片環狀體15k 並保持該環狀體之形態。 膜片環狀體15k係將長形之筒狀膜片15折疊成多層之 蛇腹狀而形成，且在徑向具有厚度之圓筒的形態。 包裝薄片21係以厚紙形成之包裝材，且具有覆蓋膜片 環狀體15k之外周面的圓筒部2ia、覆蓋膜片環狀體15k 之軸線方向-端的環狀-方端部21b、及覆蓋膜片環狀體 15k之軸線方向另一端的環狀另一方端部21c。藉此，膜片 環狀體15k之内周面i5n會露出。 第8圖係顯示在本實施例之再填充膜片收容用匣裝填 本實知例之再填充膜片之狀態的斜視圖。第9圖係顯示將 包農薄片從第8圖所示之再填充膜片去除之狀態的斜視 322186 12 201109250 圖。 再填充膜片18之赠方向尺寸係設定為比收容用g 14之轴線方向尺寸、亦即從膜片按壓凸緣部29至向外突 出之凸緣部27f之距離小。因此，使用者可順利地將再填 充膜片18裝填在收容用匣14。 在再填充膜片18之包裝薄片2卜形成有從一方端部 21b經由圓筒部21a延伸至另一方端部21c之撕裂線21卜 撕裂線21k係為孔線，在包裝薄片21之周方向以等間隔設 置。當使用者將再填充膜片18裝填在收容用匣14後，沿 著撕裂線21k撕裂包裝薄片21並予以去除時，如第9圖所 示會出現膜片環狀體15k。 此外，膜片環狀體15k係收容在從膜片按壓凸緣部29 至向外突出之凸緣部2 7 f之間。此外，在去除包裝薄片21 時’雖會有膜片環狀體15k朝軸線方向略為膨脹之情形， 但即使包裝薄片21被去除，膜片環狀體15k亦藉由膜片按 壓凸緣部29及向外突出之凸緣部27f而被阻止朝軸線方向 脫落，以保持縮小狀態。 如此’對收容用匣14進行之膜片環狀體15k的裝填完 成。該等收容用匣14及膜片環狀體15k係沿著第1圖如前 所述安裝在收容本體上部19。收容用匣14係每當膜片玉衰 狀體15k被用完而變成空時，從收容本體上部19被取出。 接著，裝填新的再填充膜片18，並反覆安裝在收容本體上 部19。 在此附帶地說，為了更有效率地將再填充膜片18安裝 13 322186 201109250 在汚物處理裝置u，係在本體上部19之安裝部阶 圓筒部27及向外突出之凸緣部27f的狀態下，僅使膜片按 壓凸緣部29可裝卸於污穢物處理裝置u。接著，在安裝 再填充膜片18時，首先打開蓋體23，接著拆下㈣凸緣 部29’並將再填充膜片18插入至固定於本體上部19之圓 筒部27。然後，將按壓凸緣部29安裝固定在圓筒部& 接著撕裂去除包裝薄片2卜如此，可將再填充膜片18直 接安裝在污穢物處理裝置11。 依據該本實施例之再填充膜片18，由於具備折疊成使 長形之筒狀膜片15在延伸方向縮小之膜片環狀體15k、及 由厚紙所構成且在膜片環狀體15k之令央孔脱維持開口 之狀態下包裝該膜片環狀體15k並保持縮小狀態的包裳薄 片2卜因此使用者可將收容用g 14反覆使用在污猿物處 理裝置1卜因此，無須廢棄或再購入收容用匣14，而可謀 求垃圾之減量化及成本減低。 或者，作為變形例（未圖示）亦可將圓筒部27及向外突 出之凸緣部27f固定在收容本體上部19，並以可裝卸之方 式僅將膜片按塵凸緣部2 9設置在收容本體上部19。依據 該變形例，每當筒狀膜片15被用完時將再填充膜片18裝 填在收容本體上部19,並撕裂去除包裝薄片21，即可謀求 垃圾之減量化及成本減低。 包裝薄片21亦能以厚紙以外之紙所構成，亦能以布之 纖維或樹脂膜片所構成。 此外，本實施例之收容用匣14係用來收容再填充膜片 322186 201109250 —18者°再者’收容職14係具備：圓筒部27，插入於前 述膜片壤狀體l5k之中央孔15h;向外突出之凸緣部27f， 職在圓筒部27之軸線方向一端且防止膜片環狀體15k脫 洛，及膜片按愿凸緣部29，呈圓環形狀且以可裝卸之方式 與圓筒部27之轴線方向另一端連結，以防止膜月環狀體 15k脫落。從膜片環狀體既被拉出之筒狀膜片15係越過 按壓凸緣部29而被插通至成為圓筒部27之中央孔的污穢 物技入口 16。依據該本實施例，可保持膜片環狀體1讥之 縮小狀態，並且可使筒狀膜片丨5抽出。 接著’說明本發明之另—實施例。第1G圖係顯示本發 明另：實施例之再填充膜片的斜視圖。第U圖係顯示成為 另-實施例之再填充膜片的縱剖面圖。關於另一實施例， 針對與上述實施例共通之構成標記同一符號並省略說明， 針對不同之構成說明如下。在另一實施例中，在周方向以 預定間隔將帶22捲繞在膜片環狀體151^帶22係保持膜 片環狀體15k之縮小狀態的包裝薄片。在帶22分別形成有 孔線之撕裂線21k。 依據該另一實施例，再填充膜片18之包裝變得簡單， 且可更可減低成本。此外，用完筒狀膜片15且收容用匣 14内之膜片環狀體i5k沒有時，使用者係只要準備新的再 填充膜片18即可，且可將收容用匣14反覆使用在污穢物 處理裝置11。因此，無須廢棄或再購入收容用匣14，而可 謀求垃圾之減量化及成本減低。 然而’本實施例之污穢物處理裝置11係具備膜片收容 322186 15 201109250 用匣14，該膜片收容用匣14係具有在上端形成污穢物投 入口 16的圓筒部27,且以包圍該圓筒部27之方式收容壓 縮成圓筒狀之膜片環狀體15k。此外，污穢物處理裝置U 係具備··污穢物收容本體13，在其上部配置有膜片收容用 匣14，並收谷前述膜片及被抽出在前述污穢物投入口内之 被投入前述膜片_污穢物；及密閉式之㈣機構，將筒 狀膜片15夾持於膜片收容用匣14與污穢物收容本體下部 Π之間，以遮斷上下之空間。 ^密閉機構係具有密閉用門33及密閉用門承接苟 35也閉用門33及密閉用門承接部35係在密閉用門犯關 ★門且與密閉用Η承接部35卡合而㈣筒狀膜片15時，使 筒狀膜片15之夾持部分朝側方彎曲。具體而言，密閉用門 33,密閉用門承接部35係具有使連結㈣部分之上端與 下端之虛擬直線朝側方彎曲的凹凸形狀。 依據該本實施例，藉由密閉用門33及密_門承 35對筒狀臈片15之夾持，實現被廢棄貯藏於筒狀膜片15 =内部的污穢物D與污穢物投入口 16之遮斷。此外，由於 擬亩大15之夹持部分的形狀並非直線狀而是相對於虛 側方f曲，因此在彎曲部之筒狀膜…加有大 、力。藉由該張力而使成為漏臭氣之 部的路徑㈣料，W氣讀達的補^升片内 再者，在本貰施例中，密閉用門33關門而與密 之抿：35卡合所形成之密閉用門33與密閉用門承接部35 之抵接面係具有具備不同法線的二㈣上之平面。藉此， 322186 201109250 確實地形成夹持部分之彎曲部，而可使臭氣之遮斷性更加 提升。 再者’在本實施例中，密閉用門33之夾持部分係設成 朝接近密閉用門承接部35之夾持部分的閉方向及遠離密 閉用門承接部35之夾持部分的開方向進行開閉動作者，在 包含開閉方向之鉛直平面切斷密閉用門及密閉用門承接部 之夹持部分所見之密閉用門33與密閉用門承接部35之抵 接面中的至少二面係以形成L字形角隅部之方式交叉。藉 此’藉由失持而將筒狀膜片15壓曲成L字形之部位係至少 形成一個部位。在該L字形角隅部中，下方之污穢物D的 重星胃作用在筒狀膜片15’並施加有張力’可使筒狀膜片 内部之路經狹窄而使臭氣之遮斷性更加提升。再者，以模 具成型方式對密閉用門33及密閉用門承接部35進行量產 時’ L字形狀之成型容易，'且在製品之量產化上具有優點。 此外’在本實例中，由於復具備將密閉用門33朝閉 方向彈壓之彈簧39,因此失持筒狀膜片15之力會變大， 而可使臭氣之遮斷性更加提升。再者，彈簧3Θ只要是彈性 構件的話’亦可為其他形態。 物户再者，在本實施例中，於載置於室内之地板上的污穢 理裴置11中，由於以預定角度使圓筒部27之軸線與 以面父又之方式支持在污穢物收容本體13，因此母親在 Λλ在地板上之同時更換尿布後，容易地在維持坐姿之情況 下將污穢物D廢棄於污穢物投入D μ。 再者，在本實施例中，以使圓筒部27之軸線以預定之 322186 17 201109250 角度與鉛直面交叉且使圓筒部27之前方下降、後方上昇之 方式傾斜地支持在污穢物收容本體13，且密閉用門33與 密閉用門承接部35卡合而形成之抵接面係配置在傾斜之 向外突出之凸緣部27f之下面的下方側區域之附近，因此 以可從污穢物投入口 16抽出之方式收容的筒狀膜片15係 朝鉛直下方通過傾斜支持之圓筒部16的内部，並與污穢物 D—同收容在污穢物收容本體13内部。在此，筒狀膜片15 之上側係藉由廢棄貯藏於筒狀膜片15之下側内部的污穢 物D之重力而被引拉至鉛直下方。 藉由該重力及圓筒部27之傾斜，圓筒膜片15係朝前 方侧靠近。如此，以夾持茼狀膜片15之方式在自_靠近 之向外突出之凸緣部27f之下面的下方側區域之附近配設 密閉機構。藉此’確實地以密閉機構進行膜片之失持，而 可使遮斷之效率性提升。 ^ 在本貫施例f，由於密閉用Η 33係以與水平面 交叉之預定角度被支持，且朝密閉用門承接部％進退移 動，因此母親在坐下之同時更換尿布後，容易地在維持坐 安之情況下將密閉用門33始M m ,, 。投入廢*至污機物丄Π ’可容易地將污祿物 本發明之收容用g 14係裝填有 裝在載置於室内地板上之污機物 、，片穴 亦可=可攜出至室外之攜帶用的污機物處：之外 第12圖係顯示本發明一 一 整體斜視圖。第13圖及第14 =之：穢物處理袋的 圖係,4示在前述實施例之污 322186 201109250 ，物處理袋安裝收容職之安裝方法的說明圖。第i5圖係 顯示前述實施例之污穢物處理袋之使用狀態的斜視圖。第 16圖係顯示從前述實施例之污穢物處理袋拉出膜片及污穢 物的模樣之側方剖面圖。第17圖係顯示將前述實施例之污 職物處理袋縮小成小型之狀態的斜視圖。 4 污穢物處理袋51係由化學纖維等自由地彎曲之布料 形成為管狀。該布料係遮斷臭氣之素材。或者，由該布料 ，以遮斷臭氣之素材所塗覆。而且，在兩端分別設有蓋部 2、53,以密封污穢物處理袋之内部空間。此外，在污穢 ^處理袋51之兩端分職置有拉鏈54、55。若打開拉鍵 山、55 :即可分別翻開蓋部52、53並將污穢物處理袋之兩 ^ 4予以開閉。—端之拉鏈54係翻開蓋部Μ而打開污職 技入口者。在蓋部52之表面，縫接有方便作為搬運用之 巴手56。在污穢物處理袋之—端部復捲繞有固定皮帶^。 在$周方向延伸之固定皮帶58，朝周方向隔著間隔在2部 位安裝有四角環之緊固構件6〇。 污穢物處理袋51中之安褒有固定皮帶58的部位之内 °面係沿者f 9圖包圍前述膜片環狀體脱及收容職 具體而s ’如第13圖所示’首先從膜片環狀體服拉 芦15之前端，且該筒狀膜片15之前端會越過按 邛29並通過圓筒部27之中央孔（污穢物投入口 一6) ’在該前端設置有打結處％。接著，如第13圖箭頭所 不使外側％ 24覆蓋在膜片環狀體既之’並使外側 ㈣之轴線方向—端25鼓合在向外突出之凸緣部奶的 322186 39 201109250 =外側％ 24係具有用以包圍膜片環狀體脱之外周而 ”充分内徑尺寸之兩端開口的圓筒體，且由具耐久性之 =固的樹脂所成形。在外側環24之外周面，形成有朝周方 離ί Γ之彼此平行之2行的肋部2 8。該等2行之肋部的距 離係與固定皮Φ58之寛度尺寸一致。 接者，如第14圖所示，打開拉鏈54並翻開蓋部52， 使裝填有再填充膜片且與外側環24嵌合之收容用g Μ鱼 柄中央孔（污穢物投人口 16)之筒狀膜片15及打結處％ 頭所示之方向插人’並安裝在污穢物處理袋51之 中二接著，綁緊固定皮帶58,確實地將膜片環狀體脱及 ，容用S 14安裝在污穢物處理袋51之―方端部。固定皮 帶58係透過污穢物處理袋51之布料緊固在2行之平行的 肋口P 28、28之間’且捲繞在外側環24之外周。藉此，污 穢物處理袋51係包圍膜片環狀體既及收容用g 14之外 周、及從收容用1 14拉出且通過膜片收容用g 14之中央 孔（污穢物投入口 16)之筒狀膜片15的外壁。 此外，作為其他實施形態，亦可省略外側環24，以可 ㈣之方式將向外突出之凸緣部27f直接固定在污機物收 納袋51之内壁。 此外，作為其他實施形態，亦可省略外側環％，在撕 裂去除包裝薄片21之際’僅去除包裝薄片一端部训（第? 圖）’留T包裝薄片®筒部21a。並且，亦可藉由將固定皮 帶58捲繞在包裝薄片圓筒部21a之外壁，將膜片環狀體 15k及收容用匣14安裝在污穢物處理袋51之中。 322186 20 201109250 從收容用匣14通過污穢物投入口 16被拉出之圓筒膜 片15前端之打結處2 6係從污穢物處理袋51之一端通過污 穢物處理袋51之内部而到達污穢物處理袋51之另一端。 藉此，可將使用過之尿布等污穢物廢棄貯藏於圓筒膜片15 之内部。 在關閉拉鏈54之期間，蓋部52係將污穢物投入口 16 予以密封。因此，污穢物之臭氣不會漏至污穢物處理袋51 之外。 本實施例之污穢物處理袋51係適合於攜帶至室外的 用途，可衛生且有效率地廢棄使用過之尿布等污穢物。污 穢物處理袋51係具有可使另一端相對於長度方向一端扭 轉1圏以上的長度。首先，使用者係如第15圖所示使污穢 物處理袋51扭轉1圈以上，以防止臭氣從已投入污穢物處 理袋51之污穢物散出。接著，打開拉鍵54從污穢物投入 口 16投入污穢物。最後，關閉拉鏈54，完成污穢物之廢 棄。依據本實施例之污穢物處理袋，可連續地廢棄污職物。 污穢物係由筒狀膜片15所包覆，且以污穢物處理袋51所 密封，較為衛生。 當污穢物處理袋51被污穢物所充満時，如第16圖所 示打開另一端之拉鏈55，並和筒狀膜片15 —同取出。並 且，使污穢物D從污穢物處理袋51之另一端會拉出而新作 成打結處’在打結處切斷筒狀膜片15。猎此，污稳物處理 袋51之内部會變空，而可再度使用於污穢物之廢棄。此 外，由於此時新的筒狀膜片15會從收容用匣14被送出， 21 322186 201109250 因此常保衛生。此外，污穢物處理袋51之全長越長，越可 蓄積更多之污穢物。 如第17圖所示，使用者可將空的污穢物處理袋5丨縮 小成小型而可攜帶。亦即，在蓋部53縫接有緊固帶Μ。 緊固帶62係以輻射狀排列在圓形之蓋部53的表面外緣。 在本實施形態甲，緊固帶62係在周方向隔著間隔設置2 個。並且，在緊固帶62之中央部縫接有—對魔鬼鼓 緊固構件6 〇及緊固帶6 2係用以限制污穢物處理袋5又 之長度的緊固具。將該等緊固帶62分別插通至四角環之緊 固構件60,並將緊固帶62之前端62s貼合在魔纽μ 時，可將污穢物處理袋51縮小成小型。結果，使用者係可 將^穢物處理袋51作成適當尺寸而便於攜帶。此外，藉由 選定貼合魔纽64位置，即可將污穢物收容袋 之長度，而使攜帶之便利性提升。 風1 ^ 7穢物處理袋51之使縣束時，使料係鬆開固定 皮π 58而可將收容用E 14從污穢物處理袋51分離。並 且，將收容龍14安裝在污穢物處理裝置u之安裝部 价。此外，收容用厘14中之圓筒部^及向外 =緣：二要在再填充膜片18之裝填時僅裝卸膜 「可依據本貫施例，由於可將再填充膜 片18直接安裝在污機物處' 、 11 ’因此結每次裝填 冉異充膜片18廢棄收容用匣14的浪費。 以上，雖參照圖式說明本發明實施形態，但本發明並 322186 22 201109250 不限疋在圖不之實施形態。針對圖示之實施形態，在與本 發明同-之㈣内或均等之範圍内，可進行各種之修正 變形。 一 例如，在去除包裝薄片21後保持縮小狀態下將膜片環 狀體15k靜置在圓筒部27之外周時，可省略膜片按壓凸緣 邛29。右圓筒膜片15整齊地折疊成蛇腹狀而形成膜片環 狀體15k，則即使沒有膜片按壓凸緣部別，筒狀膜片“也 會依序從收容用！！ 14被抽出而通過圓筒部27之中央孔， 且筒狀膜片15會覆蓋污穢物投入口 16。 (產業上之可利用性） 本發明之再填充膜片及收容用匣14等係有利於使用 在污穢物處理裝置。 【圖式簡單說明】 第1圖係顯示安裝有本發明之一實施例的污穢物處理 裝置用再填充膜片及再填充膜片收容用E之污穢物處理裝 置的整體斜視圖。 第2圖係第1圖所示之污穢物處理裝置的側方剖面圖。 第3圖係第1圖所示之污穢物處理裝置的側方剖面圖。 第4圖係將第1圖所示之污穢物處理裝置之收容用匣 及膜片環狀體取出而顯示的分解斜視圖。 第5圖係顯示前述實施例之收容用匣的斜視圖。 第6圖係顯示前述實施例之再填充膜月的斜視圖。 第7圖係第6圖所示之再填充膜片的縱剖面圖。 第8圖係顯示在第5圖所示之再填充膜片收容用匣裝 322186 23 201109250 填第6圖所示之再填充膜片之狀態的斜視圖。 第9圖係顯示將包裝薄片從第8圖所示之再填充膜月 去除之狀態的斜視圖。 、第1G 示本發明另—實施例之再填充膜片的斜 視圖。 第π圖係帛10圖所示之再填充膜片的縱剖面圖。 第12圖係顯示本發明之一實施例之污機物處理袋的 整體斜視圖。 第13圖係顯示在膜片收容用匿安裝外側環之狀態的 斜視圖。 第14圖係顯示在前述實施例之污穢物處理袋安裝再 填充膜片及再填充膜片收容用g之狀態的斜視圖。 第15圖係顯示前述實施例之污穢物處理袋之使用狀 態的斜視圖。 第16圖係顯示從前述實施例之污穢物處理袋拉出膜 片及污穢物的側方剖面圖。 第17圖係顯示將前述實施例之污穢物處理袋縮小成 小型之狀態的斜視圖。 【主要元件符號說明】 1 污穢物處理裝置 13 污穢物收容本體 14 收容用匣 15 筒狀膜片（圓筒膜片） 15h 中央孔 15k 膜片環狀體 15η 内周面 16 污穢物投入口 17 收容本體下部 17b 底部 322186 24 201109250 _ 17c 開口部 18 再填充膜片 19 收容本體上部 19r 安裝部 21 包裝薄片 21a 包裝薄片圓筒部 21b 包裝薄片一端部 21c 包裝薄片另一方端部 21k 撕裂線 22 23 蓋體 24 外側環 26 打結處 27 圓筒部 27f 29 向外突出之凸緣部 膜片按壓凸緣部（按壓凸緣部） 30 蓋體鉸鏈 31 本體鉸鍵 33 密閉用門 35 密閉用門承接部 37 導引構件（密閉用門導引軌道) 39 彈簧 51 污穢物處理袋 52 ' 53蓋部 %、55拉鏈 56 把手 58 固定皮帶 60 緊固構件 62 緊固帶 62s 緊固帶之前端 64 魔鬼氈 D 污穢物 322186Purchasing the filth treatment device is a secret filling method, and it is not necessary to purchase sputum each time the scorpion film is replenished. Therefore, I ^ (4) can be saved. The central hole of the garment is maintained in an open state, so that the user of the waste disposal apparatus can easily install the refill membrane with the refill membrane in the waste disposal apparatus. The packaging material is not particularly limited as long as it is made of a material that can be torn by the force of the hand. The material of the packaging material may be, for example, a sheet, a thread, a belt or a block which is easily broken by hand. Here, it is preferred to form a tear line for tearing and removing the packaging material in the package. According to this embodiment, after the waste material processing apparatus is refilled, the user can easily tear or remove the packaging material after the silk material is treated in the waste disposal apparatus. The present invention is not limited to the solid state, and the packaging material may cover the outer peripheral surface, the axial end-end and the other end of the annular body of the diaphragm, and may also expose the inner peripheral surface. According to this embodiment, the packaging material can be obtained from the one side in the axial direction and the other of the retractable diaphragm annular body ', and the diaphragm annular body can be kept in a delicate shape, and the refilling membrane for the waste disposal apparatus can be miniaturized. . The material of the packaging material is composed of paper, fiber or resin film. According to this embodiment, after the refill film for the waste disposal apparatus is attached to the waste treatment apparatus, the user can easily tear/removal the packaging material. Alternatively, in another embodiment, the packaging material is a plurality of strips wound around the circumferential direction of the film > 1 annular body at predetermined intervals. According to this embodiment, the packaging material can be produced more simply, which is more advantageous in terms of cost. 322186 6 201109250 . The refill film for the waste disposal device of the present invention can also be directly installed in the waste disposal device. Alternatively, it may be loaded in a refillable film containing cassette that can be used repeatedly, or the refilled film containing cassette may be attached to the waste disposal apparatus. The refill film storage accommodating device according to the present invention is attached to a filth treatment device that processes a waste material by a tubular film, and is used for accommodating the refill film for the waste disposal device. Containing cockroaches. Further, the refilled diaphragm accommodation cassette includes: a cylindrical portion that is inserted into a central hole of the diaphragm annular body; and an outwardly protruding convex portion that is formed at one end in the axial direction of the cylindrical portion and that prevents the diaphragm annular body from coming off Edge. According to the present invention, the refilled diaphragm containing cassette can be used repeatedly. Therefore, it is possible to dispense with the waste that has been repeatedly abandoned and purchased in the past. In a preferred embodiment, the refilled diaphragm accommodating member includes a pressing member that is annularly and detachably coupled to the other end of the cylindrical portion in the axial direction to prevent the diaphragm annular body from falling off. . Further, the tubular film pulled out from the diaphragm annular body is inserted into the central hole of the cylindrical portion beyond the pressing member. According to this embodiment, since the diaphragm annular body is held so as not to be movable from both sides in the axial direction, it is possible to solve the problem that the diaphragm annular body protrudes from the refilled diaphragm containing cymbal. The refill film storage accommodating device of the present invention can of course be installed in a filth treatment device that is placed in the house, or in a portable smear that can be taken out to the outside of the house; The portable waste treatment bag of the present invention is formed into a tubular shape by freely bending the material, and is used to surround the refilled film accommodation cassette 7 322186 201109250 weeks and to be accommodated from the refill film. A portable bag that pulls out and passes through the outer wall of the cylindrical diaphragm of the central hole of the cartridge through the diaphragm. Further, one end and the other end of the longitudinal direction are respectively openable and closable, and the refilled diaphragm accommodating cassette is detachably attached to one end in the longitudinal direction, and has the other end of the longitudinal direction twisted with respect to one end of the longitudinal direction. More than 1 turn in length. According to the present invention, the dirt can be disposed of hygienically and efficiently in the same manner as in the house, even in the house. Preferably, the fastener is provided to limit the length of the dirt storage bag formed into a tubular shape. According to this embodiment, the waste storage bag can be adjusted to an arbitrary length, and the convenience of carrying can be improved. (Effect of the Invention) As described above, the refill film sheet for a waste disposal apparatus according to the present invention includes a diaphragm annular body that is folded so that the elongated tubular diaphragm is narrowed in the extending direction, and can be cut off The packaging material is formed by packing the film annular body while maintaining the opening in the center hole of the diaphragm annular body, so that the user can reuse the waste disposal device with the refill film. In the dirt disposal device. Therefore, it is possible to reduce waste and reduce costs without having to scrap and purchase. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail based on embodiments which are not shown in the drawings. Fig. 1 is a perspective view showing the whole of a waste material processing apparatus for a waste material processing apparatus according to an embodiment of the present invention, and a waste material processing apparatus for refilling a film storage cassette, and taking out and displaying a diaphragm annular body. And refilling the diaphragm 8 322186 201109250 — the position of the staff. Fig. 2 and Fig. 3 are side cross-sectional views of the sewage treatment apparatus shown in Fig. _, and Fig. 2 shows the closed state of the sealing door, and Fig. 3 shows the opening state of the sealing door. The waste disposal device 11 is provided with a sewage input port! 6. The waste material D such as a used diaper is put in; the tubular diaphragm 15 extends downward from the waste input port 16 and the lower end thereof is closed by the knot 26; the dirt storage body 13 and the storage tube The film sheet 15 and the dirt from the dirty object are called Mann's dirt D; and the lid body 23, and the dirt is put into the mouth from above. The lid body 23 is rotatably raised with the lid body (four) 30 as a fulcrum, and the dirt inlet 16 is opened. An elongated tubular diaphragm 15 is attached to the waste inlet 16 . The tubular diaphragm 15 extends downward so as to cover the opening of the pollutants 16 . Further, in the <> stolen property investment σ 16, the tubular diaphragm 15 is accommodated in an extractable manner as will be described later. The dirty matter input port 16 is formed by the inner peripheral wall of the cylindrical portion 27. A diaphragm annular body in which the tubular diaphragm 15 is folded in the extending direction is attached coaxially to the outer peripheral wall of the cylindrical portion 27. The rounded portion 27, the flange portion 29 provided at the axial end direction of the cylindrical portion, and the outwardly projecting flange 4 at the other end in the axial direction of the cylindrical portion 27 are constituent elements of the receiving pocket 14 . The housing 14 for receiving the cymbal annular body 15k is for refilling the tubular diaphragm 15. The housing E 14 is attached to the ring-shaped mounting 形成 I· formed in the upper portion 19 of the housing body as shown by the arrow in Fig. i. The attaching portion 19r and the outwardly projecting flange portion of the accommodating member 14 support the accommodating S 14 from below. Further, since the mounting portion 19 322186 9 201109250 'is inclined toward the front side of the waste disposal device 1 1 ', the waste input port 16 is also inclined upward and inclined toward the front side of the waste disposal device 11 . The door stopper portion 35 for sealing is disposed directly under the mounting portion 19r of the mounting portion 19i_ which is the upper side and the lower side of the front side and the lower side of the mounting portion 19i. The waste storage body 13 stores a hollow container which is discarded in the inside of the tubular film 15 and is divided into a housing lower portion I and a housing main body upper portion 19. The housing body lower portion 17 has a bottom portion nb on the lower end side and an opening portion 17c on the upper end side. The upper end portion of the housing main body 19 is provided with an opening portion 17c that covers the upper end of the lower portion 17 of the main body, and has a dirt inlet 16 at the upper end portion. The upper portion 19 of the receiving body is rotatably attached to the lower portion 17 of the housing body via the body hinge 31. The body hinge 31 is disposed at the dirt side of the device 11, on the back side of the device 11. The opening portion 1 7c β can be opened by rotating the upper portion 19 of the housing body and tilting it to the rear. As shown in Fig. 2, a waste material inlet 16 and stored dirt are installed inside the upper portion 19 of the housing body. The open-close type door closing portion 33 and the sealing door receiving portion 35 which sandwich the cylindrical diaphragm 15 and block the upper space and the lower space in the tubular diaphragm 15 between d. The sealing door 33 is guided to the guiding member (4) which is not placed on the upper portion 19 of the housing body, and moves forward and backward. The dense Η 33 is closed by the spring 39 toward the sealing door receiving portion and is closed in a normal state so as to engage with the dense door receiving portion 35. When the waste is discarded, as shown in Fig. 3, the user of the waste disposal apparatus opens the lid 23, and then the dirt and dirt are put into the mouth of the cylindrical membrane 15 at 322186 201109250. The dirt is thrown into the population 16 and the cylindrical heart π is pressed to extend the hand into the opening door 33. The τ =, = 5 and the filth are pushed and pressed between the lower D and the tubular diaphragm 15 = the door 31 and the sealing door receiving portion % of the door. The dirt D of the two sealing portions 35 is placed in the lower portion and stored in the waste storage body 13 through the third. When the smuggler makes the filth lower than the closed door 33 and (4), and the hand is retracted from the filth throwing population 16, the sealing door 33 will immediately close the door and sandwich the cylindrical diaphragm. 15. In addition, it is extracted from the dirty material input port 16, and a new cylindrical diaphragm 15 is supplied to the dirty matter input port. When the used diaper or the like is discarded inside the tubular film 15, the dirt is accumulated in the tubular film 15, and the cylindrical film 15 is one by one from the cylindrical portion 27. The outer diameter side is pulled out 1 and passes over the pressing flange portion 29 and enters the dirt injection σ 16 to extend downward. Therefore, the dirt can be continuously discarded in the waste storage body 13 . The tubular diaphragm 15 is a consumable product, and when all of the tubular diaphragms 15 attached to the dirty matter input port 16 are used, the new diaphragm annular body is removed from the outer periphery of the dirty matter inlet 16 . Fig. 4 is an exploded perspective view showing the container and the diaphragm annular body taken out. The f 5 ® is a perspective view showing the accommodation g of the foregoing embodiment. In the waste disposal apparatus 11, the sewage inlet 16 is formed in a detachable manner, and the accommodation cassette 14 for the diaphragm annular body i5k is housed. The accommodating cymbal 14 is detachably attached to the upper portion 19 of the accommodating body to form a rim of the dirt input port 16 in the shape of 322186 11 201109250. The housing 14 includes a cylindrical portion 27 formed of a resin that is not easily deformed, and an outer peripheral wall of which is inserted into a central hole of the diaphragm annular body 15k, and an inner peripheral wall thereof is formed with a dirt input port 16; The flange portion 27f is integrally joined to the lower end portion of the cylindrical portion 27, and the flange-shaped diaphragm presses the flange portion 29 to be fitted and fixed to the upper end side of the cylindrical portion 27. The outer diameter of the diaphragm pressing flange portion 29 is smaller than the outer diameter of the diaphragm annular body 15k. Thereby, the tubular diaphragm 15 can smoothly pass over the diaphragm pressing flange portion. Fig. 6 is a perspective view showing the refilling diaphragm attached to the housing cassette. Figure 7 is a longitudinal sectional view of the refill film shown in Figure 6. The refill film 18 is provided with a diaphragm annular body 15k folded so that the elongated tubular diaphragm 15 is narrowed in the extending direction, and the packaging sheet 21 is maintained at the center hole 15h of the diaphragm annular body 15k. The membrane annular body 15k is packaged in a state in which the shape of the annular body is maintained. The diaphragm annular body 15k is formed by folding the elongated tubular diaphragm 15 into a plurality of bellows and having a cylindrical shape having a thickness in the radial direction. The packaging sheet 21 is a packaging material formed of thick paper, and has a cylindrical portion 2ia covering the outer peripheral surface of the diaphragm annular body 15k, an annular-square end portion 21b covering the axial direction end of the diaphragm annular body 15k, and The annular other end portion 21c covering the other end of the diaphragm annular body 15k in the axial direction is covered. Thereby, the inner circumferential surface i5n of the diaphragm annular body 15k is exposed. Fig. 8 is a perspective view showing a state in which the refill film of the embodiment of the present invention is filled with a refill film. Fig. 9 is a view showing a squint 322186 12 201109250 showing the state in which the packet sheet is removed from the refill film shown in Fig. 8. The direction of the refilling diaphragm 18 is set to be smaller than the axial direction of the housing g 14 , that is, the distance from the diaphragm pressing flange portion 29 to the outwardly protruding flange portion 27f. Therefore, the user can smoothly load the refill film 18 into the accommodating cassette 14. The packaging sheet 2 of the refill film 18 is formed with a tear line 21 extending from the one end portion 21b to the other end portion 21c via the cylindrical portion 21a, and the tear line 21k is an aperture line in the packaging sheet 21 The circumferential directions are set at equal intervals. When the user fills the containing sheet 18 with the refilling film 18 and tears the packaging sheet 21 along the tear line 21k and removes it, the film annular body 15k appears as shown in Fig. 9. Further, the diaphragm annular body 15k is housed between the diaphragm pressing flange portion 29 and the outwardly projecting flange portion 2 7 f. Further, when the packaging sheet 21 is removed, the diaphragm annular body 15k slightly expands in the axial direction, but even if the packaging sheet 21 is removed, the diaphragm annular body 15k presses the flange portion 29 by the diaphragm. The flange portion 27f that protrudes outward is prevented from falling off in the axial direction to maintain the reduced state. Thus, the filling of the diaphragm annular body 15k for the housing cassette 14 is completed. The accommodating crucible 14 and the diaphragm annular body 15k are attached to the upper portion 19 of the accommodating body as described above in the first embodiment. The storage cassette 14 is taken out from the upper portion 19 of the housing body when the diaphragm jade failure body 15k is used up and becomes empty. Next, a new refill film 18 is loaded and mounted over the upper portion 19 of the housing body. Incidentally, in order to more efficiently mount the refill film 18, 13 322186 201109250 in the dirt processing device u, the mounting portion cylindrical portion 27 of the main body upper portion 19 and the outwardly projecting flange portion 27f In the state, only the diaphragm pressing flange portion 29 is detachably attached to the waste disposal device u. Next, when the refill film 18 is mounted, the lid body 23 is first opened, then the (four) flange portion 29' is removed and the refill film sheet 18 is inserted into the cylindrical portion 27 fixed to the upper portion 19 of the body. Then, the pressing flange portion 29 is attached and fixed to the cylindrical portion & then the packaging sheet 2 is torn and removed, so that the refilled film sheet 18 can be directly attached to the waste disposal device 11. According to the refill film sheet 18 of the present embodiment, the diaphragm annular body 15k which is folded so that the elongated tubular diaphragm 15 is narrowed in the extending direction, and the thick annular paper are formed in the diaphragm annular body 15k. Therefore, the user can pack the storage gf 14 in the dirt disposal device 1 by wrapping the diaphragm annular body 15k while maintaining the opening, and thus the user can use the storage g 14 repeatedly in the waste disposal device 1 By discarding or repurchasing the containment 匣14, it is possible to reduce the amount of waste and reduce the cost. Alternatively, as a modification (not shown), the cylindrical portion 27 and the outwardly projecting flange portion 27f may be fixed to the upper portion 19 of the housing body, and the diaphragm may be detachably attached only to the dust flange portion 29. It is disposed on the upper portion 19 of the housing body. According to this modification, the refill film 18 is loaded on the upper portion 19 of the housing body when the tubular diaphragm 15 is used up, and the packaging sheet 21 is torn and removed, whereby the garbage reduction and cost reduction can be achieved. The packaging sheet 21 can also be formed of paper other than thick paper, and can also be composed of a fiber of a cloth or a resin film. Further, the housing cassette 14 of the present embodiment is for accommodating the refilling film sheet 322186 201109250 — 18 . Further, the housing unit 14 includes a cylindrical portion 27 that is inserted into the center hole of the diaphragm-shaped lobe l5k. 15h; the outwardly projecting flange portion 27f is disposed at one end in the axial direction of the cylindrical portion 27 and prevents the diaphragm annular body 15k from being detached, and the diaphragm flange portion 29 is annularly shaped and detachable This is connected to the other end of the cylindrical portion 27 in the axial direction to prevent the film-shaped annular body 15k from coming off. The tubular film piece 15 which has been pulled out from the diaphragm annular body is inserted into the dirt material inlet 16 which becomes the center hole of the cylindrical portion 27 over the pressing flange portion 29. According to this embodiment, the state in which the diaphragm annular body 1 is reduced can be maintained, and the cylindrical diaphragm 5 can be taken out. Next, another embodiment of the present invention will be described. Fig. 1G is a perspective view showing the refill film of the embodiment of the present invention. Fig. U is a longitudinal sectional view showing a refill film which is another embodiment. In the other embodiments, the same components as those in the above-described embodiments are denoted by the same reference numerals, and their description will be omitted. The different configurations will be described below. In another embodiment, the tape 22 is wound around the film annular body 151 and the tape 22 at a predetermined interval in the circumferential direction to hold the film sheet in the reduced state of the film annular body 15k. A tear line 21k having a perforation line is formed in the belt 22, respectively. According to this other embodiment, the packaging of the refill film 18 becomes simple, and the cost can be further reduced. Further, when the tubular film piece 15 is used and the diaphragm annular body i5k in the housing 14 is not provided, the user can prepare a new refill film 18, and the storage cassette 14 can be used repeatedly. The dirt disposal device 11. Therefore, it is not necessary to discard or re-purchase the containment crucible 14, and it is possible to reduce the amount of waste and reduce the cost. However, the waste disposal apparatus 11 of the present embodiment includes a diaphragm holder 322186 15 201109250 for the diaphragm 14 having a cylindrical portion 27 having a dirt inlet 16 formed at the upper end, and surrounding the same The cylindrical portion 27 accommodates the diaphragm annular body 15k compressed into a cylindrical shape. In addition, the waste disposal apparatus U includes a waste storage body 13 and a diaphragm storage cassette 14 disposed on the upper portion thereof, and the diaphragm is sucked into the waste supply port and inserted into the diaphragm. The viscous material and the closed type (4) mechanism sandwich the tubular diaphragm 15 between the diaphragm accommodating cymbal 14 and the lower portion of the sump receiving body to block the space above and below. ^The sealing mechanism has a sealing door 33 and a sealing door receiving flange 35. The closing door 33 and the sealing door receiving portion 35 are also engaged in the sealing door and are engaged with the sealing jaw receiving portion 35. In the case of the diaphragm 15, the nip portion of the tubular diaphragm 15 is bent sideways. Specifically, the sealing door 33 and the sealing door receiving portion 35 have a concavo-convex shape in which the virtual straight line connecting the upper end and the lower end of the (four) portion is curved sideways. According to the present embodiment, the sealing of the tubular flap 15 by the sealing door 33 and the sealing member 35 is realized, and the waste D and the dirty matter input port 16 which are discarded and stored in the cylindrical diaphragm 15 are realized. Interrupted. Further, since the shape of the grip portion of the moat 15 is not linear but curved with respect to the virtual side, a large force is applied to the tubular film of the bent portion. In this embodiment, the sealing door 33 is closed and the door is closed: 35 cards. The abutting surfaces of the sealing door 33 and the sealing door receiving portion 35 which are formed together have a plane on the second (four) having different normal lines. Thereby, 322186 201109250 surely forms the bent portion of the nip portion, and the odor resistance can be further improved. In the present embodiment, the nip portion of the sealing door 33 is provided in the closing direction of the nip portion close to the sealing door receiving portion 35 and the opening direction of the nip portion away from the sealing door receiving portion 35. At least two of the abutting surfaces of the sealing door 33 and the sealing door receiving portion 35 seen in the clamping portion of the sealing door and the sealing door receiving portion in the vertical plane including the opening and closing direction are opened and closed. The intersection is formed in such a manner as to form an L-shaped corner. Thus, the portion where the tubular diaphragm 15 is bucked into an L shape by the loss of holding is formed at least in one portion. In the L-shaped corner portion, the heavy star stomach of the lower dirt D acts on the tubular diaphragm 15' and the tension is applied to make the path inside the tubular diaphragm narrow and the odor is blocked. More improved. Further, when the sealing door 33 and the sealing door receiving portion 35 are mass-produced by the mold molding method, the formation of the L-shaped shape is easy, and the product is advantageous in mass production. Further, in the present embodiment, since the spring 39 that biases the sealing door 33 in the closing direction is provided, the force of the cylinder film 15 is lost, and the odor resistance can be further improved. Further, the spring 3' may be in other forms as long as it is an elastic member. Further, in the present embodiment, in the smudging device 11 placed on the floor of the room, the axis of the cylindrical portion 27 is supported at a predetermined angle to support the filth in the manner of the father. Since the body 13 changes the diaper while the mother is Λλ on the floor, it is easy to discard the dirt D into the dirt and maintain Dπ while maintaining the sitting posture. Furthermore, in the present embodiment, the axis of the cylindrical portion 27 is obliquely supported by the waste receiving body 13 so that the axis of the cylindrical portion 27 intersects the vertical surface at a predetermined angle of 322186 17 201109250 and the cylindrical portion 27 is lowered forward and rearward. The abutting surface formed by the engagement of the sealing door 33 and the sealing door receiving portion 35 is disposed in the vicinity of the lower side region below the inclined flange portion 27f which protrudes outward, so that it can be input from the dirt The tubular film 15 accommodated in the manner in which the mouth 16 is taken out passes through the inside of the cylindrical portion 16 which is obliquely supported vertically downward, and is housed inside the waste storage body 13 together with the waste D. Here, the upper side of the tubular film 15 is drawn to the vertically lower side by the gravity of the waste D stored inside the lower side of the cylindrical film 15. By the gravity and the inclination of the cylindrical portion 27, the cylindrical diaphragm 15 approaches toward the front side. In this manner, a sealing mechanism is disposed in the vicinity of the lower side region of the lower surface of the flange portion 27f that protrudes outward from the dam-shaped diaphragm 15 so as to sandwich the damper film 15. Thereby, the diaphragm is destabilized by the sealing mechanism, and the efficiency of the interruption can be improved. ^ In the present example f, since the sealing Η 33 is supported at a predetermined angle intersecting the horizontal plane and moves forward and backward toward the sealing door receiving portion, the mother easily maintains the diaper while sitting down. In the case of sitting in the case, the door will be closed with the door M M , , . Injecting the waste* to the dirt machine 丄Π 'The dirt g 14 can be easily loaded into the storage g 14 of the present invention, and the sump can be carried out to the dirt placed on the indoor floor. Outdoor portable dirt machine: Fig. 12 is a perspective view showing the whole of the present invention. Fig. 13 and Fig. 14 = Fig. 4 shows the diagram of the waste disposal bag, and Fig. 4 shows an explanatory view of the installation method of the material handling bag installation and storage in the above-mentioned embodiment of the pollution 322186 201109250. Fig. i5 is a perspective view showing the state of use of the waste disposal bag of the foregoing embodiment. Fig. 16 is a side sectional view showing a pattern in which a film and a stain are pulled out from the waste disposal bag of the foregoing embodiment. Fig. 17 is a perspective view showing a state in which the stain processing bag of the foregoing embodiment is reduced to a small size. 4 The stain disposal bag 51 is formed into a tubular shape by a cloth that is freely bent by chemical fibers or the like. This cloth is used to block the odor material. Alternatively, the cloth is coated with a material that blocks the odor. Further, cover portions 2, 53 are respectively provided at both ends to seal the internal space of the waste disposal bag. Further, zippers 54, 55 are placed at both ends of the contamination processing bag 51. If you open the button, you can open the lids 52 and 53 and open and close the two of the dirt disposal bags. The zipper 54 of the end opens the cover and opens the smuggler. On the surface of the lid portion 52, a handle 56 for carrying is conveniently sewn. A fixed belt ^ is repeatedly wound around the end of the waste disposal bag. The fixing belt 58 extending in the circumferential direction is attached to the fastening member 6A of the four-corner ring at two intervals in the circumferential direction. The inside of the scum disposal bag 51 has a fixed belt 58. The inner surface of the shackle is surrounded by the above-mentioned diaphragm annular body and the accommodating position is as shown in Fig. 13 'first from the film The front end of the tubular body 15 is worn, and the front end of the cylindrical diaphragm 15 passes over the button 29 and passes through the center hole of the cylindrical portion 27 (the dirt input port 6). %. Next, as indicated by the arrow in Fig. 13, the outer side % 24 is not covered by the diaphragm annular body and the outer side (four) axis direction - the end 25 is bulged in the outwardly protruding flange portion of the milk 322186 39 201109250 = The outer side 24 has a cylindrical body that surrounds the outer circumference of the diaphragm annular body and has a "full inner diameter" opening, and is formed of a resin having durability = solid. The surface is formed with two rows of ribs 28 which are parallel to each other in the circumferential direction. The distance between the ribs of the two rows is the same as the width of the fixed skin Φ58. As shown in Fig. 14, It is shown that the zipper 54 is opened and the lid portion 52 is opened, and the cylindrical membrane 15 of the central hole (the filth of the sputum 16) of the accommodating g squid which is filled with the refilled membrane and fitted into the outer ring 24 is inserted. The direction shown in the head is inserted in the direction of the head and installed in the waste disposal bag 51. Next, the fixed belt 58 is fastened, and the diaphragm annular body is surely removed, and the S 14 is installed in the dirt disposal. The square end portion of the bag 51. The fixing belt 58 is fastened to the parallel ribs P 28 and 28 of the two rows through the cloth of the stain processing bag 51. The outer circumference of the outer ring 24 is wound between the outer circumference of the outer ring 24, whereby the waste material processing bag 51 surrounds the diaphragm annular body and the outer circumference of the storage g 14 and is pulled out from the housing 1 14 and accommodated through the diaphragm. The outer wall of the tubular diaphragm 15 of the center hole (the dirt inlet 16) of the g 14 is used. Further, as another embodiment, the outer ring 24 may be omitted, and the flange portion 27f may be protruded outward in a manner of (4). It is directly fixed to the inner wall of the dirt storage bag 51. In addition, as another embodiment, the outer ring % may be omitted, and when the packaging sheet 21 is removed by tearing, only the end of the packaging sheet is removed (the first drawing). The T-package sheet tube portion 21a can be attached to the stain disposal bag 51 by winding the fixing belt 58 around the outer wall of the packaging sheet cylindrical portion 21a. 322186 20 201109250 The knot 6 at the front end of the cylindrical diaphragm 15 which is pulled out from the accommodating bowl 14 through the sump inlet 16 passes through the inside of the filth treatment bag 51 from one end of the filth treatment bag 51. Reaching the other end of the waste disposal bag 51. The used diaper and the like are discarded and stored inside the cylindrical membrane 15. During the closing of the zipper 54, the lid portion 52 seals the dirt input port 16. Therefore, the odor of the filth does not leak to the filth. The waste disposal bag 51 of the present embodiment is suitable for use in outdoor use, and can be used to sanitize and efficiently dispose of used diapers and the like. The waste disposal bag 51 has another One end is twisted by one end with respect to one end in the longitudinal direction. First, the user twists the waste disposal bag 51 by one turn or more as shown in Fig. 15 to prevent odor from being contaminated by the waste disposal bag 51. shed. Next, the pull button 54 is opened to inject the dirt from the waste input port 16. Finally, the zipper 54 is closed to complete the disposal of the dirt. According to the waste disposal bag of the embodiment, the dirty matter can be continuously discarded. The dirt is covered by the tubular film 15, and is sealed by the waste disposal bag 51, which is sanitary. When the waste disposal bag 51 is filled with the dirt, the zipper 55 at the other end is opened as shown in Fig. 16, and taken out together with the cylindrical film 15. Further, the dirt D is pulled out from the other end of the waste disposal bag 51 to newly form a knot, and the tubular film 15 is cut at the knot. Hunting, the interior of the stain treatment bag 51 will become empty, and can be reused for the disposal of the dirt. Further, since the new tubular diaphragm 15 is sent out from the housing 14 at this time, 21 322186 201109250 is therefore always hygienic. Further, the longer the total length of the waste disposal bag 51, the more accumulated dirt can be accumulated. As shown in Fig. 17, the user can shrink the empty dirt disposal bag 5 into a small size and be portable. That is, a fastening tape is sewn to the lid portion 53. The fastening tape 62 is radially arranged on the outer edge of the surface of the circular cover portion 53. In the present embodiment, the fastening tape 62 is provided at two intervals in the circumferential direction. Further, at the central portion of the fastening tape 62, a fastening tool for restricting the length of the dirt processing bag 5 to the devil drum fastening member 6 〇 and the fastening tape 6 2 is sewn. When the fastening tapes 62 are respectively inserted into the fastening members 60 of the four-corner ring, and the front end 62s of the fastening tape 62 is attached to the magic button μ, the dirt disposal bag 51 can be reduced to a small size. As a result, the user can make the appropriate size of the bag 51 suitable for carrying. In addition, by selecting the position of the fitting button 64, the length of the bag can be accommodated, and the convenience of carrying is improved. When the wind 1 ^ 7 of the waste disposal bag 51 is used as the county bundle, the storage E 14 is released from the waste disposal bag 51 by loosening the fixed skin π 58 . Further, the storage unit 14 is attached to the installation unit of the waste disposal device u. In addition, the cylindrical portion of the receiving core 14 and the outer edge: the second is to be loaded and unloaded only when the refill film 18 is loaded. "It can be installed according to the present embodiment, since the refill film 18 can be directly mounted. At the dirt machine's, '11', the waste of the accommodating crucible 14 is discarded every time the smear-filled film 18 is filled. The embodiments of the present invention have been described above with reference to the drawings, but the present invention is not limited to the drawings. In the embodiment shown in the drawings, various modifications can be made within the range of (4) or equivalent to the present invention. For example, the film is kept in a reduced state after the packaging sheet 21 is removed. When the annular body 15k is left on the outer circumference of the cylindrical portion 27, the diaphragm pressing flange 29 can be omitted. The right cylindrical diaphragm 15 is neatly folded into a bellows shape to form the diaphragm annular body 15k, even if there is no film. When the sheet is pressed against the flange portion, the tubular diaphragm "will also be used in order from the housing! ! 14 is taken out and passed through the center hole of the cylindrical portion 27, and the tubular film 15 covers the waste supply port 16. (Industrial Applicability) The refill film sheet and the storage cassette 14 of the present invention are advantageously used in a waste disposal apparatus. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an overall view of a waste disposal apparatus for a waste disposal apparatus and a waste disposal apparatus for refilling a membrane for mounting an embodiment of the present invention. Fig. 2 is a side cross-sectional view showing the waste disposal apparatus shown in Fig. 1. Fig. 3 is a side cross-sectional view showing the waste disposal apparatus shown in Fig. 1. Fig. 4 is an exploded perspective view showing the housing 匣 and the diaphragm annular body of the waste disposal apparatus shown in Fig. 1 taken out. Fig. 5 is a perspective view showing the housing cassette of the foregoing embodiment. Fig. 6 is a perspective view showing the refilled film of the foregoing embodiment. Figure 7 is a longitudinal sectional view of the refill film shown in Figure 6. Fig. 8 is a perspective view showing a state in which the refill film of the refill film accommodation armor 322186 23 201109250 shown in Fig. 5 is filled with the refill film shown in Fig. 6. Fig. 9 is a perspective view showing a state in which the packaging sheet is removed from the refill film shown in Fig. 8. Fig. 1G is a perspective view showing a refill film of another embodiment of the present invention. Figure π is a longitudinal cross-sectional view of the refilled film shown in Figure 10. Fig. 12 is a perspective view showing the entirety of a soil disposal bag of an embodiment of the present invention. Fig. 13 is a perspective view showing a state in which the outer ring is hidden in the diaphragm. Fig. 14 is a perspective view showing a state in which the refill film is attached to the waste disposal bag of the above embodiment and the film g for refilling is accommodated. Fig. 15 is a perspective view showing the state of use of the waste disposal bag of the foregoing embodiment. Fig. 16 is a side sectional view showing the film and the dirt taken out from the waste disposal bag of the foregoing embodiment. Fig. 17 is a perspective view showing a state in which the waste disposal bag of the foregoing embodiment is reduced to a small size. [Description of main components] 1 Waste disposal device 13 Waste storage body 14 Storage 匣 15 Cylindrical diaphragm (cylindrical diaphragm) 15h Center hole 15k Diaphragm annular body 15η Inner peripheral surface 16 Pollution input port 17 Storage body lower portion 17b bottom 322186 24 201109250 _ 17c opening portion 18 refilling diaphragm 19 housing body upper portion 19r mounting portion 21 packaging sheet 21a packaging sheet cylindrical portion 21b packaging sheet end portion 21c packaging sheet other end portion 21k tearing line 22 23 Cover body 24 Outer ring 26 Knotted portion 27 Cylinder portion 27f 29 Flange portion protruding from the flange portion Pressing flange portion (pressing flange portion) 30 Cover hinge 31 Main body hinge 33 Sealing door 35 Sealing Door receiving portion 37 guiding member (sealing door guiding rail) 39 spring 51 dirt disposal bag 52' 53 cover portion %, 55 zipper 56 handle 58 fixing belt 60 fastening member 62 fastening tape 62s fastening tape front end 64 devil felt D filthy 322186