201109252 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種污穢物處理裝置，用以廢棄使用過 之幼兒用尿布之類的污穢物。 【先前技術】 在用以廢棄如使用過之幼兒用尿布之類的污穢物的污 穢物處理裝置中，從清潔性及便利性的觀點而言，係廣泛 使用一種膜片（Π lm)收容匣（cassette)。當污稿物連續投 入於污穢物處理裝置内時，將用以收容污穢物之膜片陸續 地抽出至污穢物投入口。以關於具備此種膜片收容匣之污 機物處理裝置的先前技術而言’已揭不有曰本專利第 4402165號公報（專利文獻1)。 專利文獻1所記載之污穢物處理裝置係具備：用以儲 納所廢棄之污穢物之污機物收容本體；以可旋轉之方式安 裝於設在污穢物收容本體上部之小空間之膜片匣旋轉裝 置；及保持於膜片匣旋轉裝置之膜片收容匣。 膜片收容匣係具有：界定圓柱狀芯部之内壁；外壁； 及從内壁上部朝向外壁侧延伸之凸緣（flange)部。上述膜 片係在形成於内壁與外壁之間的膜片收容空間摺疊成伸縮 囊狀予以收容。在膜片收容匣之外壁，係設有從外壁面朝 徑方向外側突出之環狀匣凸緣部。 另一方面，在設於污穢物收容本體上部之小空間，如 前所述，係以可旋轉之方式安裝有膜片匣旋轉裝置。在此 膜片匣旋轉裝置之内壁面，係設有從内壁面朝徑方向内侧 4 322178 201109252 ^之％狀旋轉裝置凸緣部。當將膜片儲納匣設置於膜片 匿旋轉裳置内時’由於上述g凸緣料載設於上述旋轉裝 置凸緣部上’因此膜片收容®即以懸吊於膜片㈣轉裝置 v内之方式予以保持。依據此構成，即可藉由膜片ϋ旋轉裝 ‘置以可旋轉之方式將膜片收容匿安裳於污穢物收容本體，、 而且使得安裝作業容易。 [先前技術文獻] [專利文獻] [專利文獻1]日本專利第4402165號公報 【發明内容】 [發明所欲解決之課題] 在一般的污穢物處理裝置中，污穢物收容本體係分叼 成：儲納污穢物之收容本體下部；及供安裝上述 _ 匿之收容本體上部。再者，收容本體上部係樞支於收容本 體下部，或以可《卸之方式安裝於收容本體下部。於污穢 物收容本體之内部被所儲納之污穢物填滿時，使用者即進 行將收容本體上部轉動打開，或是從收容本體下部將收容 本體上部卸除，以取出儲納於污穢物收容本體内部之 物的作業。 'm 在此種情形下，於專利文獻！所記載之污機物處理農 置中’會有以下的問題。亦即，在專利文獻丄所記载之污 穢物處理裝置中，如上所述，膜片收容匣係以懸书於膜片 11旋轉裝置之方式保持。因此，在如上述之污穢物取出作 業中，將收容本體上部轉動以打開收容本體上部時，或將 322178 5 201109252 收容本體上部卸除時，若使用者不慎將收容本體上部弄倒 時，膜片收容E即有容易從污機物處理裝置本_出之 虞。因此，使用者進行污穢物取出作業時，需注意膜片收 容匣之蹦出，因此處理困難。 類此膜片ϋ易於從污穢物處理裝置本體脫落的構成， 從處理上及衛生上的觀點而言並不理想。 有鑑於上述問題，本發明之目的係提供_種可易於將 膜片收容Ε安裝於污職物收容本體，而且可防止膜片收容 匣從污穢物處理本體脫落之污穢物處理裝置。 [解決課題之手段] 本發明之污穢物處理褒置係具備：污機物收容本體， 在上部具有膜片安裝部’用以儲納所廢棄的污穢物；膜片 收容Ε，具有：在上端形成污穢物投人口之圓筒狀管狀芯 部、從管狀芯部的下端部朝徑方向外側延伸之下凸緣、及 配置成包圍管狀料且朝管狀料之軸方向予以觸並收 容的筒狀Μ ;及H連結機構，心將膜諸隸以可裝 卸之方式安裝於膜片安裝部。在此，g連結機構係由以下 構件所構成：本龍卡止部，設於污齡收容本體；及匡 侧卡止部，設於下凸緣，且與本體側卡止部卡合而使膜片 收容匣連結於污穢物收容本體。 依據此構成’即可使膜片收容g藉由E連結機構穩定 地連結於污穢物收容本體。亦即，由於設於下凸緣之昆側 =止部與设於膜片安裝部之本體側卡止部卡合而將膜片收 谷匣連、纟。於污穢物收谷本體，因此可確實防止膜片收容匣 322178 6 201109252 朝上方移動。藉此，即使如上所述地使用者在污稳物取出 作業中將污穢物收容本體弄倒，仍可防止膜片收容匡從污 穢物收容本體脫落。此外，構成g連結機構之㈣卡止部 係僅設於膜片收容，在使用污穢物處理 裝置時’可防止收容於膜諸隸之則與㈣結機構接 觸而損傷。 另外，膜片收容£亦可為復具有從下凸緣外緣朝向上 方延伸之外壁部，而上述膜片係為收容於由管狀芯部、下 凸緣、及該外壁部所界定之空間的構成。此外，膜片收容 ϋ亦可為復具核纽芯部上端朝徑方向外織伸之上凸 緣’而膜片係越過上凸緣外緣而朝管狀芯部抽出供給的構 較佳之構成為：本體側卡止部包含朝徑方向内側突出 =出部；_卡止部係包含在㈣收隸連結於污機物 谷本體之狀怨下，與突出部卡合而防止膜片收容匿朝上 方移動。 广幻更佳之構成為：前述突出部係藉由爪部所構成，而該 膜二：：從膜片安裝部底面起上方侧之預定高度位置處從 裝部内周面朝獲方向内側突出。此外，_卡止部 盘=3 .缺口 ’具有較爪部為大之周方向寬度，而且設於 爪^應之周方向位置，從下凸緣外緣朝徑方向内側凹 緣部’在膜片收隸連結於膜片安裝部 之狀怨下與爪部卡合。 依據此構成’使用者可藉由以下的簡單作業使膜片啤。 322178 7 201109252 容匣連結於污穢物收容本體。亦即，使用者係使上述爪部 之位置、與設於下凸緣外緣部之上述缺口之位置一致。接 著，將膜片收容匣推入於膜片安裝部内。最後，使膜片收 容匣朝周方向旋轉。藉由此種一連串的單純作業，即可使 膜片收容匣連結於污穢物收容本體。此外，匣連結機構係 由：設於膜片安裝部之爪部、下凸緣之外緣部、及設於下 凸緣外緣部之缺口所構成。亦即，不需另外使用新的構件， 而係藉由下凸緣及形成於膜片安裝部之凹凸形狀來構成匣 連結機構。因此，可削減污穢物處理裝置之製造成本。 爪部及缺口係設於複數個位置，且以管狀芯部之中心 軸線為基準而於周方向等間隔地配置為較佳。 依據此構成，藉由設於複數個位置之爪部，即使在有 更大的力量朝著使膜片收容匣從污穢物收容本體脫落之方 向作用之情形中，亦可有效地抑制此種情形。此外，設於 複數個位置之爪部藉由在周方向等間隔地配置，即可降低 各個水部所負荷的力，而且可使之均等地分散，因此可有 效地防止爪部破損。 匣側卡止部復包含在下凸緣上面從該下凸緣外緣朝徑 方向内側延伸之卡合用肋（rib)部為較佳。此卡合用肋部係 在將膜片收容匣連結於污穢物收容本體且使膜片收容匣朝 周方向旋轉時，與爪部卡合而限制膜片收容匣之旋轉為較 佳。 卡合用肋部由以下構件所構成尤佳：第1卡合用肋 部，配置於缺口之周方向一側端；及第2卡合用肋部，從 8 322178 201109252201109252 VI. Description of the Invention: [Technical Field] The present invention relates to a waste disposal apparatus for discarding used diapers such as baby diapers. [Prior Art] In a waste disposal apparatus for discarding a stain such as a used diaper for children, a diaphragm (Π lm) is widely used from the viewpoint of cleanability and convenience. (cassette). When the manuscript is continuously injected into the waste disposal device, the film for containing the dirt is successively withdrawn to the waste input port. In the prior art regarding a sewage treatment apparatus having such a membrane storage cassette, the patent No. 4402165 (Patent Document 1) has been disclosed. The waste disposal apparatus according to Patent Document 1 includes: a dirt storage body for storing the discarded dirt; and a diaphragm that is rotatably attached to a small space provided in an upper portion of the waste storage body. a device; and a diaphragm holder that is held in the diaphragm rotation device. The diaphragm receiving cassette has an inner wall defining a cylindrical core portion, an outer wall, and a flange portion extending from an upper portion of the inner wall toward the outer wall side. The diaphragm is folded into a bellows shape and accommodated in a diaphragm accommodating space formed between the inner wall and the outer wall. An annular flange portion projecting outward in the radial direction from the outer wall surface is provided on the outer wall of the diaphragm housing. On the other hand, in the small space provided in the upper portion of the waste containing body, as described above, the diaphragm rotating device is rotatably mounted. The inner wall surface of the diaphragm crucible rotating device is provided with a flange portion of a %-shaped rotating device from the inner wall surface toward the inner side in the radial direction of 4 322178 201109252 ^. When the diaphragm storage cassette is disposed in the diaphragm rotation sleeve, 'Because the g flange material is placed on the flange portion of the rotating device', the diaphragm holder® is suspended from the diaphragm (four) rotation device. The way within v is maintained. According to this configuration, the diaphragm can be rotatably held in the squeezing body by the diaphragm rotator, and the mounting work can be easily performed. [Prior Art] [Patent Document 1] Japanese Patent No. 4402165 [Disclosure] [Problems to be Solved by the Invention] In a general waste disposal device, the waste storage system is divided into: The lower part of the storage body for storing the dirt; and the upper part of the storage body for mounting the above-mentioned _. Furthermore, the upper portion of the housing body is pivotally supported in the lower portion of the housing body or can be attached to the lower portion of the housing body in an unloadable manner. When the inside of the waste storage body is filled with the stored dirt, the user rotates the upper part of the storage body or removes the upper part of the storage body from the lower part of the storage body to take out the storage of the dirt. The work of the objects inside the body. 'm In this case, in the patent literature! The following problems occur in the treatment of contaminated organisms. In other words, in the stain treating apparatus described in the patent document, as described above, the film holding cassette is held by hanging on the film 11 rotating device. Therefore, when the upper portion of the housing body is rotated to open the upper portion of the housing body, or when the upper portion of the housing body is removed, the user may inadvertently lower the upper portion of the housing body when the user removes the upper portion of the housing body. The sheet storage E is easy to get out of the dirt disposal device. Therefore, when the user performs the operation of removing the dirt, it is necessary to pay attention to the ejection of the film, so that handling is difficult. The configuration in which the diaphragm is easily detached from the main body of the waste disposal apparatus is not preferable from the viewpoint of handling and hygiene. In view of the above problems, an object of the present invention is to provide a waste disposal apparatus which can easily attach a film containing cassette to a waste storage body and prevent the film from being detached from the waste disposal body. [Means for Solving the Problem] The waste disposal device of the present invention includes: a dirt storage body, a diaphragm mounting portion at the upper portion for storing the discarded dirt; and a diaphragm receiving cassette having: formed at the upper end a cylindrical tubular core portion of the pollutant injecting population, a flange extending outward from the lower end portion of the tubular core portion in the radial direction, and a cylindrical crucible disposed to surround the tubular material and received in contact with the axial direction of the tubular material And the H-linking mechanism, the core is attached to the diaphragm mounting portion in a detachable manner. Here, the g-connecting mechanism is composed of a member in which the permanent locking portion is provided in the dirty-age receiving body, and a side-side locking portion is provided on the lower flange and is engaged with the main body-side locking portion to form a film. The sheet receiving cassette is coupled to the dirt receiving body. According to this configuration, the diaphragm accommodating g can be stably coupled to the waste accommodating main body by the E-connecting mechanism. That is, the diaphragm is entangled and twisted by the engagement of the side of the lower flange = the stopper with the body-side locking portion provided on the diaphragm mounting portion. The dirt is collected on the body, so it is possible to prevent the diaphragm from being stored 322 322178 6 201109252 moving upward. Thereby, even if the user knocks down the waste containing body during the dirt removing operation as described above, it is possible to prevent the film containing cassette from coming off the contaminant receiving body. Further, the (four) locking portion constituting the g connecting mechanism is provided only in the diaphragm, and when the stain processing device is used, it is prevented from being damaged by contact with the (4) junction mechanism when it is accommodated in the film. In addition, the diaphragm may be provided with a plurality of outer wall portions extending upward from the outer edge of the lower flange, and the diaphragm is housed in a space defined by the tubular core portion, the lower flange, and the outer wall portion. Composition. In addition, the diaphragm receiving cassette may be configured such that the upper end of the multi-core core portion is woven outwardly in the radial direction and the diaphragm is drawn over the outer edge of the upper flange to the tubular core portion. The main body side locking portion includes an inner side protruding in the radial direction = an exit portion; the locking portion is included in the suffocation of the (four) receiving and connecting to the main body of the dirt machine, and is engaged with the protruding portion to prevent the diaphragm from being stored upward. mobile. More preferably, the above-mentioned protruding portion is constituted by the claw portion, and the film 2: protrudes from the inner circumferential surface of the mounting portion toward the inner side in the direction of the acquisition at a predetermined height position from the bottom surface of the diaphragm mounting portion. Further, the _locking disk = 3 . The notch ' has a width in the circumferential direction which is larger than the claw portion, and is provided in the circumferential direction of the claw, and is formed in the film from the outer edge of the lower flange toward the inner side in the radial direction. The piece is attached to the diaphragm mounting portion and is engaged with the claw portion. According to this configuration, the user can make the film beer by the following simple operation. 322178 7 201109252 容匣 is connected to the filth containment body. That is, the user matches the position of the claw portion with the position of the notch provided at the outer edge portion of the lower flange. Next, the diaphragm holder is pushed into the diaphragm mounting portion. Finally, the diaphragm is accommodated and rotated in the circumferential direction. With such a series of simple operations, the diaphragm accommodating port can be coupled to the waste accommodating body. Further, the 匣 coupling mechanism is composed of a claw portion provided in the diaphragm mounting portion, an outer edge portion of the lower flange, and a notch provided at the outer edge portion of the lower flange. That is, it is not necessary to use a new member, but the yoke connecting mechanism is constituted by the lower flange and the uneven shape formed on the diaphragm mounting portion. Therefore, the manufacturing cost of the waste disposal apparatus can be reduced. The claw portion and the notch are provided at a plurality of positions, and are preferably arranged at equal intervals in the circumferential direction with respect to the central axis of the tubular core portion. According to this configuration, by the claw portions provided at the plurality of positions, the situation can be effectively suppressed even in the case where a greater force acts in the direction in which the film receiving cassette is detached from the dirt containing body. . Further, since the claw portions provided at the plurality of positions are disposed at equal intervals in the circumferential direction, the force applied to each of the water portions can be reduced, and the force can be uniformly dispersed, so that the claw portions can be effectively prevented from being damaged. Preferably, the snap side locking portion includes a rib portion extending from the outer edge of the lower flange toward the inner side in the radial direction on the lower flange. When the diaphragm accommodating member is coupled to the waste accommodating body and the diaphragm accommodating member is rotated in the circumferential direction, the engagement rib is preferably engaged with the claw portion to restrict the rotation of the diaphragm accommodating ridge. It is preferable that the engaging rib is formed of the following members: the first engaging rib is disposed at one end in the circumferential direction of the notch; and the second engaging rib is from 8 322178 201109252
第1卡合用肋部朝周方向另一側以預定距離分隔酉己I 此’爪部與第1卡合用肋部抵接時，爪部及缺D + 在 之位置gp 一致而可將膜片收容匣從膜片安裝部卸下；爪部與第 合用肋部抵接時，爪部與下凸緣之外緣部即卡合而 卡 片收容匣朝上方移動。 依據此構成’膜片收容匣係將膜片收容匣配 夏於膜只 安裝部，且使膜片收容匣朝周方向一側旋轉，於旋轉：Θ 限制時成為連結狀態。此外，使膜片收容朝周方A ζ I 側旋轉，於旋轉受到限制時成為連結解除狀態。亦即，由 於使用者可易於判斷連結/連結解除之狀態，因此可更為 容易進行膜片收容匣之裝卸作業。 在下凸緣上面’較佳為設有：環狀肋部，於下凸緣外 緣靠徑方向内侧之預定位置，以中心轴線為中心朝周方向 相連延伸，I與卡合用肋部連接；及複數個放射狀肋部， 從管狀芯部以放射狀延伸至環狀肋部。 依據此構成，藉由設於下凸緣上面之上述肋部，即可 提升下凸緣之強度。此外，由於收容於膜片收容匣之膜片 係配置於上述肋部上，因此在下凸緣上面與膜片之間，即 形成達肋部垂直方向之高度程度的間隙。因此，使膜片收 容匣連結於污穢物收容本體時，上述爪部即進入此間隙， 因此可防止爪部與膜片的干擾。因此，可防止膜片被爪部 損傷。 [發明之功斂] 依據本發明之污穢物處理裝置，可藉由匣連結機構將， 9 322178 201109252 膜片收容匣穩定地連結於亏穢物收容本體。亦即，由於設 於下凸緣之匣側卡止部與没於膜片安裝部之本體側卡止部 會卡合而將膜片收容匣連绪於污穢物收容本體，因此可確 實防止膜片收容匣朝上方箨動。藉此，即使如上所述地使 用者在污穢物取出作業中择污穢物收容本體弄倒時，仍可 防止臈片收容匣從污穢物忆容本體脫出。此外，構成匣連 結機構之匣側卡止部係僅設於膜片收容匣之下凸緣。藉 此，在使用污穢物處理裝曼時，可防止收容於膜片收容匣 之膜片與匣連結機構的干憂。因此，可防止膜片受到匣連 結機構之構成構件而損傷。 【實施方式】 以下根據圖式詳細說明本發明之實施形態。第i圖係 為顯不本發明一實施形態之污穢物處理裝置之全體斜視 圖。第2圖及第3圖係為縝示同一實施形態之污穢物處理 裝置之側方剖面圖’帛2圖係顯示密閉用門之關閉狀態， 第3圖係顯示密閉用門之打開狀態。 /亏穢物處理裝置11係具備：供使用過之尿布等污穢物 D投入之環狀污穢物投入口 16;從污穢物投入口 16朝下方 延伸且下端由封閉結26所封閉之圓筒型膜片15;將從污 穢物技入口 16所投入之污擒物D與膜片15 一同收容之污 穢物收容本體13 ;及從上友覆蓋於污穢物投入口 16之 體23。 在污穢物投入口 16孫安裴有長條狀膜片15。膜片15 係以覆蓋污穢物投人π 16之口邊之方式朝下方延伸。 322178 10 201109252 污穢物收容本體13係為將廢棄於膜片15内部之污猿 物D予以儲納之中空容器，且予以分割成收容本體下部η 與收容本體上部19。收容本體下部17係在下端側具有底 .部17b，且於上端側具有開口部。收容本體上部19係以盆 、下端側覆蓋收容本體下部Π之上端開口部，且於上端部具 有污穢物投入口 16。 此外在收谷本體上部19之内部，係設有在污機物投 入口 16與所儲納之污穢物之間夾人則15而予以遮斷之 開閉式密閉機構28。密閉機構28係具有密閉用n扣與密 閉用門靠合部35。關於密閉機構28將於後陳述。 將污穢物廢棄時，使用者首先將蓋體23打開，接著從 ㈣物投人π 16將污穢❹投人於膜片15内部。接著使 时將手放人污穢物投人口 16，㈣職片15與污稳㈣ =往下推而將密閉用門33推開。朝下方推入之污機物 人：與膜片15 -同通過打開之密閉用門33與密閉用門靠 -部35之間。通過密閉用門33及密閉用門靠合部π之污 係順著膜片15而朝下方行進，而蓄積於污穢物收 —13内。當使用者將污穢物丟至密閉用門33及密 *用門靠合部35下方並從污穢物投入口 16抽手時，密閉 =3"3、即立刻關閉而將膜片15夾入。此外，由於新的膜 坎徂广讀物投入口 16抽出’因此在污穢物投入口 Μ始 ，，、ς供給有新的膜月15。 弟4圖係為將第2圖所示密閉機構找之剖面形狀放大 ‘&之_時之剖面放大圖’第5圖係為將第3圖所示密， ϊ \ 1 322178 201109252 面形狀放大顯示之打開時之剖面放大圖。另 ㈣係顯示污穢物投人σ 16及後述之管狀 心部之中心軸線。 如前所述’污穢物處理|置u係具備：污穢物投入口 片及，與廢棄於污穢物收容本體13内之污穢物D之間將 2二L夹广而予以遮斷之開閉式密閉機構28。密閉機構 用門用門Γ、及密閉用門靠合部35,而在密閉 時彼此卡^閉用門靠合部35 ’係設有在密閉用門33關閉 述。匕卡3而夹入膜片之凹凸形狀。關於此構成將於後陳 =閉用門33與密閉用門靠合部35關閉之狀態下， 從下方將污穢物投入口16覆蓋而予以封 才在才1用門莽合部35係設於收容本體上部19内。此外， =:，9之内壁係安裝有導軌― 用以引導密閉用門33朝打開方向及關閉方向動作。導執 37係配置成朝向密閉用門靠合 門33係沿著導軌37滑動戸35下方延伸’而密閉用 下33係朝向密閉用門靠合部35彈推，在常態 下係彼此卡合關閉。此外，在堂能 « 士〜， 卜在吊態下，如第2圖所示，膜 片15係由賴用門33及密閉用門靠合 用者將密閉用門33往下推時，密 目; 二導？朝從密閉用門靠合部35離開之打開方向滑 動。㈣、閉用門犯打開時，如第3圖所示，膜片 入即解除’而可將污穢物D投人於污穢物收容本體^内部。 322178 12 201109252 在本實施形態中，如第2圖至第5圖所示，在密_ 門33及始閉用門靠合部35係設有關閉時彼此卡合之—對 凹凸形狀。再者，膜片15係由設於錢用門33及密閉用 門靠合部35之凹凸形狀所夾入。設於密閉用門33之凹凸 形狀，係藉由關閉時與膜片15抵接之夹入面版而構成。 此外，設於密閉用門靠合部35之凹凸形狀，係藉由關閉時 與膜片15抵接之夾入面35(：而構成。 在此，以下使用第6圖詳細說明夾入面、脱。第 6圖（a)係將本實施形態之密閉用門％ ，時之膜片夹入部分予以放大顯示之侧方剖面= 思圖。第6圖（b)係將本實施形態之密閉用門犯及密閉用 門靠合部35一之關閉時之膜片夾入部分予以放大顯示之側 方剖面放大示意圖。另外，^了易於理解，第6圖係示意 性顯示密閉間33及㈣用Η靠合部35之膜片夹入部 分，因此詳細構成與實際的實施形態有所不同。 如第6圖（a)及第6圖（b)所示，相當於密閉用門抑之 膜片夾入部分之夾入面33c係由以下的面所構成：相當於 密閉用門33上表面之前端區域的面33ci ;在面33c】之前 端，與® 33〇連接成大致直角而朝下方延伸，且與面心 形成大致直角之角部的面33C2 ;及在面版2之下端，與面 33C2連接成大致直角且朝前方侧延伸，且與面—形成大 致直角之角部的面33c3。 此外，相當於密閉用門靠合部35之膜片失入部分之夾 入面35c係由以下的面所構成：設成在膜片失入部分之上 322178 13 201109252 端’與污穢物投入口〗6之鈾绩D 士；ρΑ τ - 致正交，且關閉時與面 心成為大致平行的面35c,;在面H端與面— 連接成大致直角而朝下方延伸，域為關_與面心大 致平打之面35C2 ;及在面―之下端，與面―連接成大 致直角而朝前方側延伸，且成為關閉時與面33。大致平行 的面33c3。 山閉产用Η 33係從第6圖（a)所示打開狀態，朝向第6 圖（a)中箭頭方向滑動而夹入膜片15，當成為第6圖⑻所 示關閉狀態時，膜片15即在αι^2之二位置之角部彎曲 成大致直角。亦即，藉由密閉用Π 33及密閉用門靠合部 35之夾入，使所夾入之膜片15之夾入部分+之上下方向 中間點α,、α2，相對於第6圖⑹中以一點鍵線所示之連 結膜片之夾^部分之上端$與下端r之想像直線朝侧方彎 曲。此外，藉由形成於面35ci之後端之角部，使膜片b 亦在膜=夾入部分之上端Μ曲。同樣地，藉由形成於面 =c3之前端的角部，使膜片15亦在膜片夾入部分之下端γ 彎曲。 在此，廢棄於膜片15内部之污穢物〇會由於自體重量 而朝下方施加重力。亦即，對於膜片15，會因為污穢物D 產生一直朝向垂直下方之拉力的作用。當將此種拉力作用 狀態之膜片15如第6圖⑸所示夾入，而使膜片15在1、 α2、/5、γ之四個位置的角部彎曲時，即在此角部對膜片 15施加更大的拉力。藉此，即可有效地遮斷前述習知技術 t成為臭味傳遞主因的殘留通氣路徑。因此，可大幅提升 322178 14 201109252 臭味的遮斷性。此外，不需於每次污穢物的廢棄絞扭膜片， 因此亦可防止因為絞扭部分導致最大污穢物收容量的降 低。再者，以模具成型矿式量產密閉用門33及密閉用門靠 合部35時，具有大致直角角部之凹凸形狀係為階梯狀形 狀，並非特別複雜的形狀。因此成型容易。因此，在製品 量產化方面具有優點。 第7圖（a)及第7圖Cb)係示意性顯示密閉用門33及密 閉用門靠合部35之另一货施形態。苐了圖㈤係將另―； 施形態之凸字型密閉用門及凹字型密閉用門靠合部之打開 時之膜片夾入部分予以故大顯示之侧方剖面放大圖。第7 圖（b)係將該實施形態之凸字型密閉用門及凹字型密閉用 門靠合部之關時之膜片爽入部分予以放大顯示之側方剖 面放大圖。另外，$了易於理解，第7圖係示意性顯示； 閉用門33及密閉用門靠令部35之膜片夹入部分，因此詳 細構成與實際的實施形態有所不同。 _ 在此實施形態中，由密閉用門33 - —w叫兴畨闭用門靠合苦 35對於膜片15之夾人，係藉甴設有具有凸字狀側方剖谨 之膜片夾人部分之密閉則33、及設有具有用以接受設衣 密閉用門33之凸字形把之凹字形狀之側方剖面之膜片或 入。ί5分之禮、閉用門靠合部35的卡合而實現。 具體而言，係於夾人面33c形成有剖面凸字形狀之突 條133。此外，在夾人面35c形成有剖面凹字形狀之條溝 135。突條133係突出成興密閉用門33之滑動方向大致平 行，此’密閉用門33細關閉方向滑動而與密閉用門靠 322178 15 201109252 合部35卡合時，設於密閉用門犯及 凹凸形狀狀卡合而不纽礙其滑動。】“部35之 的面如= 成於密閉用門33之失入面撕 ” 35之：、C: C”此外’構成形成於密閉用門靠 之夹入面脱的面，分別為4至35cs。此等構成 亍之膜片3Γ33C4及35C2與35c4 ’係為與從第7圖⑹所 正、六Z 分之上端万連結至下端7之想像直線大致 狀二^此’密閉用門33會從第7圖⑷所示之打開 ^向第7圖⑷中箭頭方向滑動而將膜片15夾入，者 成為第7圖㈤所示之關閉狀態時，膜片15即在心至〜 =四個位置治角部弯曲成大致直角。亦即，細】至心間 至L間，臈片15係朝大致水平方向彎曲。 ^述客6圖相同地，在膜片15上會因為污機㈣之 自體重量峻朝垂直下方的重力作用其上。因此，在此四 位置之大随角的角部+，對於膜片15施加大的拉力。藉 沿者膜片15内侧所形成之殘留通氣路徑即彎曲成直 更穿效地遮斷臭味。此外，由於不需在每次污穢 物廢料映扭膜片15’因此亦可防止因為絞扭部分導致 最大污穢物1谷$的降低。再者，以模具成型方式量產密 1用門33及潘閉用門靠合部35時，由於凹凸形狀成型容 易，因此錄品量產化方面亦具有優點。 此外，π穢物處理裝置u復具備彈簧即，用以將密 才1用門33直朝费閉用門靠合部35之方向彈推。彈黃如 之彈推力狀，則愈可增大夾入膜片15的力，而可更為提 322178 16 201109252 升臭味的遮斷性。 第8圖係為將膜片收容部14取出並予以顯示之分解斜 視圖。污穢物處理裝置11係具備形成污穢物投入口 16並 * 且收容膜片15之膜片收容部14。此膜片收容部14係以可 ‘ 裝卸之方式安裝於設在收容本體上部19上方之膜片安裝 部12，且形成污穢物投入口 16之外圍。膜片收容部丨4係 具有：從污穢物投入口 16朝向下方延伸之圓筒形狀之管狀 芯部27;設於管狀芯部27下端部之管狀芯部凸緣饥：及 嵌入固定於管狀芯部27上端側之凸緣形狀之膜片抑制凸 緣29。 膜片15係在管狀芯部27之軸方向摺疊成伸縮囊狀並 以配置成_之方式插通在f狀芯部27外徑側。再者，膜 片=制凸緣29係以抑綱片15胃出之方絲人連接於管 狀芯部27。亦即，藉由位於管狀芯部27上端之膜片抑制 凸緣29及位於管狀芯部27下端之管狀芯部凸緣，膜 片15會在管狀芯部27之軸線Q方向之上端' 與軸線〇方 向之下端之間的空間，被缝指疊成伸縮囊狀予以收容。 膜片15係為膜片收容部14之消耗零件，當所收容之 該膜片全部被使用時，使用者即將使用完之膜片收容部14 卸除並將新的膜片收容部Η裝設於膜片安裝部12。或 者，膜片收容部14亦可為在收容於膜片收容部14之膜片 15全部使用完時，僅更制片之構成。亦即，管狀芯部凸 緣 亦可為固疋於膜片安裝部12，而膜片抑制凸緣29 為以可裝卸之方式安裝於管狀芯部27之構成。依據此 322178 17 201109252 成，在更換膜片時，使用者即可將膜片抑制凸緣別卸 而僅更換膜片。 ’、 在將膜片收容部U裝設於污穢物處理裝E11之後， 使用者在打開蓋體23之㈣下㈣敝容於管狀芯部27 =片15之前端，以越過膜片抑制凸緣29之外周緣之方 拉出。接著，藉由封閉結26將該所拉出之前端封 2。再者，將此封閉結26插通於管狀芯部27内並朝下方 =推：膜片收容部U 一面將膜片15抽出-面將封閉 片15内立Λ底部Μ。將使用過之尿布等污穢物廢棄於膜 外^1 機物即蓄積於膜片15，而在管狀芯部27 方=摺叠成伸縮囊狀之膜片15’即陸續地被抽出而朝下 t伸。因此，使用者可連續地 容本體13内。 連^讀物廢棄至污穢物收 中，圖所不，在本實施形態之污穢物處理裝置11 16::官狀芯部27之轴線0之方向，亦即污穢物投入口 切於預定角度傾斜之方式，使μ收容部14 以預定肖=19°污稳物投入口16係從垂直方向 幼兒尿布麵之料4此La於進行將 換幼兒尿布之作業，一般而言，大多：:明如下。母親更 ^在母親坐著的狀態下進行。因此|幼兒躺在床上， 於污機物投人口 16以預⑦^據本實施形態，由 坐著更換幼兒尿布，且直接角二 =:因此撕^ 之尿布(污㈣棄於污祿〜將— U的作業。 322178 18 201109252 以成為水平=雖未顯示，但污穢物投入口 16之開口方向 19亦可 方式，使膜片收容部Μ S撐於收容本體上部 之 由：在：夺’管狀芯部27之軸線。係水平延Η 故。、在此種情形下亦可對所夹入之膜片部分施加拉力 此外如第4圖及第5圖所示，密㈣門Μ係具有大 :平坦之密閉用門上表面34。關於密閉間上表面％之 ΐ細於後陳述。在本實施形態之污穢物處理裝置U :才門33係以密閉用門上表面34依與管狀芯部27 ^立斜軸線方向對應之預定角度傾斜之方式支撐於收容本 體上#19。亦即，密閉用門33在_之狀態下，以前端 :成為垂直方向之較低位置’而後端側成為垂直方向之較 而位置之方式’以預定角度傾斜而支撐於收容本體上部 19。再者’密閉用π 33係朝向密閉用門靠合部&而以預 ，角度進退移動。㈣用門33之進退移動方向s，係以與 官狀芯部27之轴線〇不同的角度傾斜。 具體而言，如第4圖所示，設污穢物投入口 16(管狀 芯部27)相對於垂直方向之傾斜角度為^“、密閉用門⑽ 相對於垂直方向之進退移動方向s之傾斜角度為I”該等 傾斜角度係滿足以下的公式（1)。 〇<0 16<θ33 ···〇) 依據本實施形態，密閉用門33之進退移動方向s之傾 斜角度0 33係較污穢物投入口 16之傾斜角度θΐβ為大。藉 此，隨著密閉用門33朝打開方向後退移動，密閉用門^ 322178 19 201109252 即朝向下方且後方平行移動 離。亦即，打開時可使密U 27之轴線0遠 lL ^ 便在閉用門33與膜片15充分分離。 因此，由於打開時膜片15係大 的狀態下朝向污祿物收容切s筑便用者了在坐者 另外㈣ 3而易於將污穢物廢棄。 直之方犬二雖未顯示’惟以密閉用門上表面34形成垂 (二式〇。’/吏咖門33支將收容本體上部19亦可 卜Π σ ^時，密閉用門33係朝水平方向進退移動。 膜片、1要是此種情形’就可在打開時使密閉用門3 3與 膜片15有效地分離之故。 *此外，依據本實施形態，相當於以包圍管狀怒部27下 端之方式所配置的膜片收容部14之下端部的管狀芯部凸 ’係以依預定角度傾斜之方式支撐於污賴收容本 體^3。亦即，如第2圖至第5圖所示，管狀芯部凸緣爪 =前端側係成為垂直方向之較低位置，而且後端側成為垂 直方向之較高位置。再者’密閉用門靠合部35之夾入面 35c，係配置於管狀芯部凸緣27f最低位置的附近。藉此， 即更為容易藉由密閉用門33失入膜片15。以下針對曰此點 說明如下。 ‘ 可從污穢物投入口 16抽出之方式收容於膜片收容部 14之膜片15，係朝垂直下方通過管狀芯部27之内部，而 與污穢物D 一同收容於收容本體下部17。因此，密閉用門 33打開時，由於膜片15係因為廢棄於膜片15内部之污穢 物D之重量而被拉往垂直下方，因此從污穢物投入口 ^朝 下方大致筆直地延伸。在此，如前所述，管狀迖部27係以 322178 20 201109252 預定角度θΙβ傾斜。因此， :稿:投入口 16相對於水平方向::::為二為:。: ‘下，至=二:投：朝下方筆直地延伸情: 土、. 而σ ’會自然地朝前方之傾斜下太也丨 罪近達Lo(l-cos 0 〇)。在以此土 w ' 側，膜片15係由密閉用門33:密閉; 入。藉此，即可更容易藉由密閉用; 此可更有效率地進行遮斷臭2= %夾人⑽&因 34雖::大=本實施形態，如前所述，密閉用門上表面 平坦，惟嚴格來說，密閉用門上表面34係 方的上表面前方部紹、及以相對於上表面前 傾斜之方式和緩彎曲之上表面後方部34r所構 以在第4圖說明此點。如前所述，膜片收容部14係 方成為傾斜下方側之方式支撐於收容本體上部19。 二閉用門33係在前方側（亦即傾斜下方側）與密閉用 時二;:35 Ί合而夾入膜片。在此’在密閉用門33關閉 1用門靠合部35之夾入面35c係介於膜片收容部 與上表面前方部34f之間。相對於此，密_門靠合部 爽入面35C並未介於膜片收容部U與上表面後方部 4r之間。由此觀之，為了與密閉用門靠合部π抵接而從 下方封閉污穢物投入口，故密閉用門上表面34係由2個不 R的面（平坦面之上表面前方部34f及傾斜面之上表面後 方部34r)所構成。 在此，於本實施形態中，如第4圖所示，係設上表面「 L 〇 322178 21 201109252 前方部34f與水平面之角度為0 m、上表面後方部3打與 水平面之角度為，且以滿足以下公式（2)之方式形成有 密閉用門上表面34。 〇 S Θ 34f < Θ 34r · · · (2) 藉此’當使用者為了廢棄污穢物而推開密閉用門33 時，藉由將手放在上表面後方部34r推壓，即可有效率地 將推壓力傳遞至密閉用門33。因此，使用者可以更少的力 將密閉用門33打開。 另外，以本實施形態之變形例而言，進退移動方向s 亦可與上表面後方部34r大致正交。依據此變形例，密閉 用門33絲毫不會削減從使用者的手所接受的推壓力，而可 輸入於彈簧39。因此，使用者可以更少的力將密閉用門33 推開。 接著說明污穢物收容本體13之打開操作。 第9圖係為顯示本實施形態之本體鎖定（i〇ck)機構25 及蓋體鎖定機構24之全體斜視圖，第1〇圖係為從背面斜 方向觀看本實施形態之污穢物處理裝置11之全體斜視 圖。此外，第11圖係為將本體鎖定機構25及蓋體鎖定機 構24予以放大顯示之側方剖面放大圖。 /亏穢物處理裝置n在通常使用狀態下，收容本體上部 U係以下端側覆蓋收容本體下部17上端之本體開口部⑽ 而p閉收容本體上部19與收容本體下部17。在收容本體 上。P 19上部係設有膜片安裝部12，且安裝有膜片收容部 322178 22 201109252 在污穢物收容本體13背面係配設有本體鉸鏈（hinge) 31。本體鉸鏈31係配設於污穢物處理裝置11之垂直高度 之大致中央。收容本體上部19係以本體鉸鏈31枢接於收 容本體下部17，且收容本體上部19係可以本體鉸鏈31為 支點自由地轉動。當收容本體上部19轉動時，收容本體下 部17之上端之本體開口部nh即朝外部敞開。 此外，在污穢物收容本體13之前面係配設有：在收容 本體上部19覆蓋收容本體下部17之狀態下，亦即收容本 體上部19關閉收容本體下部17之狀態下，鎖定收容本體 上部19之轉動之本體鎖定機構25 ;及用以解除鎖定之本 體鎖定解除機構。 本體鎖定機構25係具有：圓柱型本體按鍵21 ;用以 卡扣鎖定本體按鍵21而設於收容本體上部丨9之屬於貫通 孔之按鍵鉤合孔32。 本體按鍵21係形成於朝上下方向延伸之可撓性柱部 P之上知此外，柱部21p之下端係與收容本體下部17 之上端連接。 *本體按鍵21係為朝收容本體上部19之轉動外捏方向 突出之圓柱’該圓柱之外周緣部之按鍵周緣叫，係卡合 ;形成於收谷本體上部之下端側之按鍵釣合孔32 此而防止收容本體上部19之轉動。 曰 操作 體上 本體鎖疋解除機構係包括：用以解除鎖定之屬於 部之本體按鍵21 ;及解除較後肋轉動打開收容本 部19而將手放在其上的打開操作部。 322178 23 201109252 收谷本體上部19係在從安裝有本體鉸鍵3i之該收容 本f上部19 ?_開之相反側前面下端部具有收容本體 上部把手22，以作為打開操作部。收容本體上部把手22 係配設於本體按鍵21附近下方。 本體鎖定機構25係僅在本體按鍵21被按墨期間才卸 除與按鍵釣合孔32之卡合而解除鎖心只要使用者將手從 本體按鍵21放開，柱部21p即恢復為原位置，而本體鎖定 機構25就再度成為鎖定狀態。 當污穢物收容本體！3内部被污穢物D充滿時，即解除 本體鎖定機構25而打·容本體上部，將内部的污機 物D取出。 第12圖係為顯示本體鎖定機構25之解除操作之斜視 圖。如第12圖所示，使用者以單手方式從下方將梅指以外 的四根手指放在收容本體上部把手22，同時以拇指按下位 在收容本體上部把手22附近上方之本體按鍵21，一面解 除鎖定’ -面抬起收容本體上部把手22。藉此，收容本體 °!5 19即朝月面側轉動，而使污穢物收容本體13打開。 第13圖係為顯示本實施形態之收容本體上部完全 轉^之狀態之側方剖面圖。要將儲納於污穢物收容本體13 内部已達滿溢的污穢物D取奸以廢料，❹者首先如 苐13圖所示將收容本體上部19完全打開，並藉由膜片切 副器（aitter)38將膜片15切斷。接著將膜片15之切割面 打結而予以封閉，且從污穢物收容本體丨3取出污穢物予以 棄在取出污穢物D之後，使用者將收容本體上部19覆 322178 24 201109252 蓋於收容本體下部17。本體按鍵21係卡合於按鍵釣合孔 32，而使收容本體上部19再度鎖定。 本實施形態之污穢物處縣置u，在為了打開收容本 •體上部^而於解除鎖定並使收容本體上部19轉動時，係 .面藉由成人的單手之任—根手指支#收容本體上把 手22, -面藉由該單手其他手指按壓本體按鍵21俾可解 除鎖定，而使本體按鍵21位於收容本體上部把手22附近 上方。 更詳而言之，將四根手指從下方放在收容本體上部把 手22並以該四根手指為支點而握起手指時，本體按鍵μ 係位於剩下的拇指在人I學上依最自然行進的的軌道 上。 ，此點將使解除敎而使收容本體上部19轉動打開之 作業更為容易且舒適。亦即，使用者可隨著自然握起手指 的動作而以單手將鎖定解除。 此外，為了解除本體鎖定機構25而打開收容本體上部 19，需將本體按鍵21朝與收容本體上部19之轉動方向大 致正交之内財向推人，而且抬起收容本體上部把手 收容本體上部19轉動。 如此，需要朝向二個不同方向的動作，會使得不具欲 開啟意識與智慧的幼兒極難以打開收容本體上部U。因 == 幼兒誤將收容本體上部19打開，而碰觸到用以 刀斷膜片15之膜片切割器38而受傷的事故。 相對於此，右成人具有打開的意識而進行操作的話， 322178 25 201109252 即能以單手簡單解除鎖定而打開收容本體上部19，並在將 儲納於污穢物收容本體13内部之污穢物廢棄時，處理較為 容易。 接著說明蓋體23之開蓋操作。 蓋體23之背面側端部係利用蓋體鉸連30樞接於收容 本體上部19之上端部，而蓋體23係以蓋體鉸鏈30為支點 而可自由地轉動。當蓋體23轉動而開蓋時，如第1圖所示， 污穢物投入口 16即朝外部打開。 如第9圖及第11圖所示，污穢物處理裝置11係具備： 在蓋體23覆蓋污穢物投入口 16之狀態，亦即在蓋體23閉 蓋之狀態下，鎖定蓋體23之轉動之蓋體鏔定機構24 ;及 用以解除鎖定之蓋體鎖定解除機構。 蓋體鎖定機構24係具有：蓋體按鍵20 ;及設於收容 本體上部19之蓋體按鍵鉤合部36。蓋體按鍵20係設於蓋 體23之前面下部。在蓋體按鍵20之下端，係形成有蓋體 按鍵鉤（hook)20h。蓋體按鍵鉤20h係與蓋體按鍵20成為 一體而動作。 蓋體按鍵鉤合部36係形成於收容本體上部19之上端 部。在蓋體23閉合之狀態下，蓋體按鍵鉤合部36係與蓋 體按鍵鉤2Gh卡合。 蓋體鎖定解除機構係包括：用以解除鎖定之屬於操作 部之蓋體按鍵20 ;及解除鎖定後為了將蓋體23轉動打開 而將手放在其上的打開操作部。 蓋體23係在該蓋體23之前面側具有蓋體把手18以作 26 322178 201109252 為打開操作部。蓋體把手18係配置於蓋體按鍵20之附近 上方。 將污穢物投入於污穢物投入口 16時，使用者係解除蓋 . 體鎖定機構24而將蓋體23打開。第14圖係為顯示蓋體鎖 . 定機構24之解除操作之斜視圖。 如第14圖所示，當使用者以單手方式，將拇指以外的 四根手指從上方放在蓋體把手18，且以拇指按下蓋體按鍵 20時，蓋體按鍵鉤20h亦一同朝按壓方向移動而卸除與蓋 體按鍵鉤合部36之卡合，而解除蓋體鎖定機構24之鎖定。 使用者將該拇指以外的四根手指放在蓋體把手18，一面以 該拇指按壓蓋體按鍵20而解除鎖定，一面抬起蓋體把手 18。藉此，蓋體23即朝背面側轉動，而使污穢物投入口 16打開。 將污穢物投入於污穢物投入口 16之後，使用者將蓋體 23閉蓋。蓋體按鍵鉤20h恢復為原位置而與蓋體按鍵鉤合 部36再度卡合，而蓋體鎖定機構24則被鎖定。 蓋體鎖定機構24僅在按壓蓋體按鍵20期間，才解除 蓋體按鍵鉤20h與蓋體按鍵鉤合部36之卡合。換言之，使 用者只要從蓋體按鍵20放開拇指，蓋體鎖定機構24即再 度成為鎖定狀態。 因此，為了解除蓋體鎖定機構24以將蓋體23開蓋， 需將蓋體按鍵20朝與蓋體23之轉動方向大致正交之内徑 方向推入，而且抬起蓋體把手18而使蓋體23轉動。此點 會使得不具欲開啟意識與智慧的幼兒極難以打開蓋體23 1 ; 27 322178 201109252 藉此，可防止幼兒誤將蓋體23打開，而把手伸進其中。 然而，若成人有打開的意識而進行操作的話，即可以 早手簡單解除鎖定而打開蓋體23，而在將污穢物廢棄於污 穢物投入口 16時，較為容易處理。 再者，依據本實施形態，使用者即可如第14圖所示以 單手將拇指以外的四根手指從上方放在蓋體把手18，同時 以拇心按®位於蓋體把手18附近下方的蓋體按鍵肋。亦 即操作者可隨著自然握起手指的動作而解除鎖定。 =更詳而言之’將四根手指從上方放在蓋體把手18並以 該四根手指為支點握起手指時，蓋體按鍵2Q係位於剩下的 才曰在人體工予上最自然行進的軌道上^此點可使解除 定而轉動打開蓋體23之作業更為容易且舒適。 ’、 接著使用第15圖至第17圖說明本發明另一實施形 之〉讀物處理裝置4卜第15圖係為顯示本發明另一實; 形態之污穢物處縣置41 _，密閉用門53關閉時之价 第，係顯示本發明另一實施形態之污穢物處; 、 ’密閉用門53打開時之側方剖面圖。第17圖{ ^從斜下方之方向觀看第16圖所示密閉機構“之㈣ 十、。另在以下說明中，關於與使用们圖至第Η圖月 二之實Μ形_相同之構成構件，係賦予與第^圖至 圖相同符號，且省略詳細說明。 供污物處理裝置Ο係具備: 勒丁士 k人之，讀物投人口 I從污穢物投入口 Μ 延伸且下端由封閉結％所封閉之圓筒型膜片⑴ 322178 28 201109252 將從污穢物投人口 16所投人之污賴⑽㈣15一_ 納之污穢物收容本體43;及從上方覆蓋於污猶物投入口 Μ 之蓋體23。 . '亏穢物收容本體43係為將廢棄於膜月15内部之污穢 •物D予以儲納之中空容器，且分割成收容本體下部ο與收 容本體上部49。收容本體下部47係在下端側具有底部 47b。再者，在底部47b之前方側，係設有斜面部。斜 面部42係、以形成垂直方向高度從前方側朝向後方側下降 之4貝斜面之方式叹於底部仙。在收容本體下部ο之.上端 係形成有開口部。收容本體上部49係以下端側覆蓋收 谷本體下部47之上端之開口部。再者，在收容本體上部 49之上端部，係形成有污穢物投入口 16。 在收容本體上部49之上端後方部，設有筒狀柱部4[ 筒狀柱部44係為從收容本體上部49之上端部朝垂直下方 延伸之中空柱部。再者，在筒狀柱部44之下端部，安裝有 2述之臈片切割器38。在此，如第15圖至第㈣所示， 安裝於筒狀柱部44之下端部之膜片切割器38之垂直方向 南^位置’係以成為與本體鉸鏈31相等或較本體较鍵 罪下方之方式’设定筒狀柱部44之垂直方向長度。關 於此構成，茲簡單說明如下。 先則使用第13圖所說明’要將儲納於污機物收容本 -43内部已達滿溢的污穢物〇廢棄時，使用者首先將收容 本體上部49完全打_使污穢物處理mi成為第13圖 所不狀態。再者，藉由膜片切割器38將膜片15切斷。心.】 322178 29 201109252 此，筒狀柱部44之垂直方向長度未達上述長度時，在打開 收容本體上部49之狀態下，膜片切割器38會收進收容本 體上部49之内部空間内。由此，使用者切割膜片15的作 業會變困難。因此，如上所述，在打開收容本體上部49之 狀態下，係以膜片切割器38之位置突出於收容本體上部 49之外部之方式來設定筒狀柱部44之垂直方向長度。另 外，關於收容本體下部47及收容本體上部，斜面部42 及筒狀柱部44以外的構成均與前述實施形態相同。 ^在收容本體上部49之内部，與前述實施形態相同地， 係設有在污穢物投入口 16與所儲納之污穢物D之間將膜片 15夾入而予以遮斷之開閉式密閉機構48。密閉機構48'传 之膜片安裝部12之下方連結；及密閉用門53，位於密閉 用門靠合部55下方，藉由與密閉用門靠合部55卡合而形 成膜片失人部分。密閉用門靠合部55係為在膜 〔 沿著後述的管狀芯部27之_面之方式設置^ :構件。此外，密閉用門53係為較密閉用門靠合部55之 為大的板狀構件，從下方覆蓋密_門靠合部55之 在本實施形態中，密閉用門53 靠合部55-起形成膜片夾入部八，曰^^梢雄、閉用門 4刀’且在後端部以密閉機禮 '…45為支點樞支於密閉用門合 ΒΒ r 〇 〇〇F55。亦即，密蘭闲 之開閉動作係藉由轉動來實 _ 門53係在關閉之狀態下與密閉用Η靠合部55卡合而 322178 30 201109252 夹入膜片15。與前述實施形態相同地，藉此而遮斷成為臭 味傳遞主要原因之殘留通氣路徑。以下說明關於藉由密閉 用門53與密閉用門靠合部55所形成之膜片夾入部分。 密閉用門53及密閉用門靠合部55之膜片夾入部分， 係包括階梯狀凹凸形狀，而密閉用門53係在關閉位置與密 閉用門靠合部55卡合。具體而言，係在密閉用門53之膜 片夾入部分，形成與膜片15抵接之夾入面53c。在相對的 密閉用門靠合部55之膜片夾入部分，係形成與膜片15抵 接之夾入面55c。 形成於密閉用門53之夾入面53c，係由以下的面所構 成：相當於密閉用門53之上表面之前端區域的面53cl ;在 面53cl之前端而與面53cl連接成大致直角並朝下方延伸， 且在整個密閉用門53之前端部形成圓弧面之面53c2 ;在面 53C2之下端，與面53c2連接成大致直角並朝前方側延伸，且 來成與面53C2大致直角角部之面53C3。 此外，形成於密閉用門靠合部55之夾入面55c係由以 下的面構成：在膜片夾入部分之上端，與轴線〇大致正交 之方式設置，於關閉時與面53cl大致平行的面55cl ;在面 55ci之前端，與面55ci連接成大致直角並朝下方延伸，且於 Μ閉時形成與面53C2大致平行之圓弧面的面55c2;及在面 55C2之下端，與面55c2連接成大致直角並朝前方側延伸，且 於關閉時形成與面53C3大致平行之面55。3。 密閉機構48復具有將密閉用門53朝關閉方向彈推之 彈簧69、及覆蓋彈簧69之彈簧罩（cover)46。彈簧69 31 322178 201109252 1可在延伸方向伸縮之一根拉力螺旋彈簧，而彈簧69之兩 刀別連結於密閉用門靠合部55之左右兩側緣。再者， 彈菁69之中央區域’係收容於設在密閉用門53下面之彈 簧導件（spring guide)63。彈簧導件63係為形成於密閉用 門53下面的溝。此外，彈簧導件63像在密閉用門μ下面 之前後方向中央部，以沿著左右方向在整個密閉用門5 3下 面相連之方式設置。 ^此，在本實施形態中，彈f69係由—根拉力螺旋彈 二籌成，而轉簧6 9之中央區域，係以收容於設在密閉用 面之彈簧導件63之方式拉設於密閉用門53下面。 推。以下說明此點。 坪 在常態下，彈簧69係以彈# 69兩端所連結之密閉用 罪合部55之左右兩側緣為支點，且以密閉用門㈤之 面中央部之沿著整個左右方向之區域為力點 朝向關閉方向彈推。在此，彈筹㈣由—根門53 冓成。因此，彈簧69係對於密閉用門53下面 ： =之大致均等的彈力。再者，由料簧⑽係釣住 導件63,因此得以穩定固定於密閉用門M下預角 =藉由此等構成，密閉用門53即朝向密閉用門靠:： 而左右大致均等地穩定彈推。亦即 二 關閉時，藉由密閉用門53及密閉用門靠合部的 膜片之壓接力成為大致均等地分布。 夾入 在密閉機構48係安裝有左右二個彈簧軍46。彈菩罩 322178 32 201109252 4=密:用門53延伸至密閉用門靠合❹之剖面C : = 彈簧69之兩侧部。彈簧罩46之上端 :二㈣69與密閉用門靠合部E之連結部附近之鉸 -53相對向Γ枢支於密閉用門靠合部55。在與密閉用門 •方凹面’彈餐罩46設有從制面朝彈簧罩46内 溝狀凹部51係為從彈簧罩… 之側緣护成二端邛之溝。溝狀凹部51係朝向密閉用門53 邱f 3 在溝之兩側壁’係設有軌道㈣）狀爪 $ 6 °爪°卩56係從彈簧罩46之上端部延伸至下端部When the first engaging rib is spaced apart from the other side in the circumferential direction by a predetermined distance, when the 'claw portion comes into contact with the first engaging rib, the claw portion and the missing D + are aligned at the position gp, and the diaphragm can be attached. The housing cassette is detached from the diaphragm mounting portion; when the claw portion abuts against the first rib portion, the claw portion and the lower flange outer edge portion are engaged, and the card housing cassette is moved upward. According to this configuration, the diaphragm accommodating system accommodates the diaphragm and the membrane-only mounting portion, and rotates the diaphragm accommodating side in the circumferential direction, and is in a connected state when the rotation: 限制 is restricted. Further, the diaphragm is accommodated to rotate toward the circumferential side A ζ I side, and when the rotation is restricted, the connection is released. In other words, since the user can easily judge the state of the connection/connection release, it is easier to carry out the loading and unloading operation of the film storage cassette. Preferably, the upper flange is provided with an annular rib portion extending in a predetermined direction on the inner side in the radial direction of the outer edge of the lower flange, and extending in the circumferential direction around the central axis, and I is connected to the engaging rib; And a plurality of radial ribs extending radially from the tubular core to the annular rib. According to this configuration, the strength of the lower flange can be increased by the rib provided on the upper surface of the lower flange. Further, since the diaphragm accommodated in the diaphragm accommodating portion is disposed on the rib portion, a gap is formed between the upper surface of the lower flange and the diaphragm, that is, a height in the vertical direction of the rib portion. Therefore, when the diaphragm accommodating member is coupled to the waste accommodating main body, the claw portion enters the gap, so that interference between the claw portion and the diaphragm can be prevented. Therefore, the diaphragm can be prevented from being damaged by the claws. [Invention of the Invention] According to the waste disposal apparatus of the present invention, the membrane accommodating cassette 9 322178 201109252 can be stably coupled to the deficiencies receiving body by the 匣 coupling mechanism. In other words, since the snap-side locking portion provided on the lower flange engages with the body-side locking portion that is not attached to the diaphragm mounting portion, the diaphragm is accommodated in the dirt storage body, so that the film can be surely prevented. The tablet is swayed upwards. Thereby, even if the user knocks down the smear-containing accommodating body during the filth removal operation as described above, it is possible to prevent the cymbal accommodating sputum from coming out of the smear-receiving body. Further, the snap side locking portion constituting the 匣 coupling mechanism is provided only under the flange of the diaphragm accommodating jaw. Therefore, when the femny is treated with the stain, it is possible to prevent the trouble of the diaphragm and the cymbal connecting mechanism housed in the diaphragm accommodating cymbal. Therefore, it is possible to prevent the diaphragm from being damaged by the constituent members of the splicing mechanism. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail based on the drawings. Fig. i is a perspective view showing the entire waste disposal apparatus according to an embodiment of the present invention. Fig. 2 and Fig. 3 are side cross-sectional views showing the waste disposal apparatus of the same embodiment. Fig. 2 shows the closed state of the sealing door, and Fig. 3 shows the open state of the sealing door. The deficiencies processing apparatus 11 includes an annular waste input port 16 into which the filth D such as a used diaper is inserted, a cylindrical type which is extended downward from the sump inlet 16 and closed at the lower end by the closed knot 26. The membrane 15; the waste accommodating body 13 housed together with the smudge D input from the smudged material inlet 16 and the membrane 15; and the body 23 covered with the filth input port 16 from the upper friend. In the sewage input port 16 Sun Anzhen has a long strip of film 15. The diaphragm 15 extends downward so as to cover the smear of the smear. 322178 10 201109252 The waste storage body 13 is a hollow container in which the waste D discarded in the inside of the diaphragm 15 is stored, and is divided into a storage body lower portion η and a housing main body upper portion 19. The accommodating body lower portion 17 has a bottom portion 17b on the lower end side and an opening portion on the upper end side. The upper portion 19 of the housing body covers the upper end opening of the lower portion of the housing body with the basin and the lower end side, and has a dirt input port 16 at the upper end portion. Further, inside the upper portion 19 of the receiving body, there is provided an opening and closing type closing mechanism 28 which blocks between the dirty matter inlet 16 and the stored dirt. The sealing mechanism 28 has a sealing n-lock and a closing door abutting portion 35. The sealing mechanism 28 will be described later. When the dirt is discarded, the user first opens the lid 23, and then injects the stain into the inside of the diaphragm 15 from the (4) object. Then, when the hand is put into the dirt, the person is thrown into the population. (4) The job film 15 and the pollution (4) = push down and push the closed door 33 away. The dirt machine that is pushed downward is placed between the sealing door 33 that is opened by the diaphragm 15 and the door-part 35 that is closed. The dirt of the sealing door 33 and the sealing door abutting portion π travels downward along the diaphragm 15 and is accumulated in the contaminant. When the user throws the dirt to the lower portion of the sealing door 33 and the door closing portion 35 and pulls the hand from the dirt inlet port 16, the sealing member is closed immediately after the sealing is closed. In addition, since the new film is taken out from the input port 16 of the wide reading object, a new film month 15 is supplied to the sputum input port. The figure 4 is an enlarged view of the cross-sectional shape of the sealing mechanism shown in Fig. 2, and the fifth figure is enlarged by the shape shown in Fig. 3, ϊ \ 1 322178 201109252 An enlarged view of the section when the display is opened. (4) The system displays the center axis of the sputum 16 and the tubular heart described later. As described above, the "soil disposal|disposal system" is provided with an opening and closing type which is smashed between the smear and the smudge D which is discarded in the septic material accommodating body 13 Agency 28. The sealing mechanism uses the door sill and the sealing door abutment portion 35, and the sealing door closing portion 35' is closed to the sealing door 33 at the time of sealing. The Leica 3 is sandwiched between the concave and convex shapes of the diaphragm. In this state, the rear door closing door 33 and the sealing door abutment portion 35 are closed, and the dirt input port 16 is covered from the lower side and sealed, and the door fitting portion 35 is attached to the door. The inside of the upper portion 19 of the housing body. Further, a rail is attached to the inner wall of =:, 9 to guide the sealing door 33 to operate in the opening direction and the closing direction. The guide 37 is disposed so as to extend downward along the sliding guide 35 of the guide rail 37 toward the sealing door hinge door 33, and the sealing lower 33 is pushed toward the sealing door abutting portion 35, and is normally closed to each other. . In addition, in the case where the hall can be lowered, as shown in Fig. 2, the diaphragm 15 is pushed downward by the use of the door 33 and the sealing door closer. ; Second guide? It slides in the opening direction away from the closed door hinge portion 35. (4) When the closed door clerk is opened, as shown in Fig. 3, the diaphragm is released, and the filth D can be placed inside the septic body. 322178 12 201109252 In the present embodiment, as shown in Figs. 2 to 5, the dense shutter 33 and the opening/closing door engaging portion 35 are engaged with each other in a concave-convex shape. Further, the diaphragm 15 is sandwiched by the uneven shape provided in the money door 33 and the sealing door abutment portion 35. The concavo-convex shape provided in the sealing door 33 is constituted by sandwiching the face plate in contact with the diaphragm 15 at the time of closing. In addition, the concavo-convex shape of the sealing door abutment portion 35 is configured by a sandwiching surface 35 that abuts against the diaphragm 15 at the time of closing. Here, the clamping surface will be described in detail below using FIG. Fig. 6(a) is a side cross-sectional view showing a portion of the sealing door of the present embodiment in which the film is sandwiched, and is enlarged and displayed. Fig. 6(b) shows the sealing of the embodiment. An enlarged cross-sectional side view of the diaphragm clamped portion when the door is closed and closed by the door hinge portion 35. Further, it is easy to understand, and Fig. 6 schematically shows the closed space 33 and (4) Since the diaphragm is sandwiched by the diaphragm portion 35, the detailed configuration is different from that of the actual embodiment. As shown in Fig. 6 (a) and Fig. 6 (b), it corresponds to the membrane for sealing the door. The sandwiching portion 33c of the sheet sandwiching portion is constituted by a surface 33ci corresponding to the front end region of the upper surface of the sealing door 33, and at the front end of the surface 33c, connected to the ® 33 成 at a substantially right angle and downward. a face 33C2 extending at a corner that forms a substantially right angle with the face center; and at the lower end of the face plate 2, connected to the face 33C2 The surface 33c3 which is formed at a substantially right angle and which extends toward the front side and which forms a substantially right-angled corner with respect to the surface. Further, the sandwiching surface 35c corresponding to the diaphragm missing portion of the sealing door abutting portion 35 is composed of the following The surface is formed: 322178 13 201109252 at the end of the diaphragm loss section 与 与 与 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 35c,; at the H end of the face and the face - connected at a substantially right angle and extending downward, the domain is closed _ 35C2 with the face center substantially flat; and at the lower end of the face, connected with the face at a substantially right angle toward the front side When it is closed, it is a surface 33c3 which is substantially parallel to the surface 33. The mountain closure Η 33 is slid from the arrow shown in Fig. 6(a) and is inserted into the film. When the sheet 15 is in the closed state shown in Fig. 6 (8), the diaphragm 15 is bent at a substantially right angle at a corner portion of the position of αι^2. That is, the sealing member 33 and the sealing door abutting portion are closed. 35 is sandwiched so that the sandwiched portion 15 of the sandwiched film 15 is in the upper and lower intermediate points α, α2, as opposed to In Fig. 6 (6), the upper end of the connecting film portion of the connecting film, which is indicated by a single key line, is curved laterally with the imaginary line of the lower end r. Further, the diaphragm b is formed by the corner portion formed at the rear end of the surface 35ci. Also, the film is bent at the upper end of the sandwiched portion. Similarly, by forming the corner portion at the front end of the face = c3, the diaphragm 15 is also bent at the lower end of the film sandwiching portion γ. Here, it is discarded in the diaphragm. 15 The internal dirt will exert gravity downward due to the weight of the body. That is, for the diaphragm 15, the force of the dirt D is always directed downward and downward. 15 is sandwiched as shown in Fig. 6 (5), and when the diaphragm 15 is bent at the corners of the four positions of 1, 2, /5, and γ, that is, a larger pulling force is applied to the diaphragm 15 at the corner portion. Thereby, it is possible to effectively interrupt the aforementioned conventional technique t to become a residual ventilation path which is the main cause of odor transmission. Therefore, the odor of 322178 14 201109252 can be greatly improved. In addition, it is not necessary to twist the diaphragm every time the waste is discarded, and therefore it is also possible to prevent the maximum contamination capacity from being lowered due to the twisted portion. In addition, when the sealing door 33 and the sealing door abutting portion 35 are mass-produced by a mold, the uneven shape having a substantially right-angled corner portion is a stepped shape, and is not particularly complicated. Therefore, molding is easy. Therefore, there are advantages in mass production of the product. Fig. 7 (a) and Fig. 7B) schematically show another form of the sealing door 33 and the closing door abutment portion 35. In the figure (5), the side of the diaphragm is sandwiched between the convex type sealing door and the concave type sealing door closing portion, and the side cross-sectional enlarged view of the large display is shown. Fig. 7(b) is an enlarged side elevational cross-sectional view showing the blade cooling portion of the embossing type sealing door and the concave type sealing door closing portion of the embodiment. Further, it is easy to understand, and Fig. 7 is a schematic display; the shutter 33 and the shutter door 35 of the sealing door are sandwiched, so that the detailed configuration is different from the actual embodiment. _ In this embodiment, the sealing door 33 - w is used to close the door and the bite 35 is attached to the diaphragm 15 , and the film clip with the convex shape of the side is provided. The human portion is sealed 33, and a diaphragm having a side cross section having a concave shape for receiving the convex shape of the garment sealing door 33 is provided. Ί5 points and the closing of the door hinge 35 is achieved. Specifically, a protrusion 133 having a convex shape in cross section is formed on the human face 33c. Further, a groove 135 having a concave shape in cross section is formed in the sandwiching surface 35c. The protruding 133 is formed so that the sliding direction of the sealing door 33 is substantially parallel, and when the sealing door 33 is slid in the fine closing direction and is engaged with the sealing door 322178 15 201109252, the sealing door is provided in the sealing door. The concave and convex shape is caught without hindering its sliding. 】 "The surface of the part 35 is = the tear-off surface of the sealing door 33" 35:, C: C", and the surface formed by the sealing surface of the sealing door is 4 to 35cs. The diaphragms 3Γ33C4 and 35C2 and 35c4' of the above-mentioned 亍 are similar to the imaginary straight line connecting from the upper end of the seventh figure (6) and the upper end of the six-Z point to the lower end. When the opening 15 of FIG. 7 (4) slides in the direction of the arrow in FIG. 7 (4) to sandwich the diaphragm 15, when it is in the closed state shown in FIG. 7 (V), the diaphragm 15 is in the heart to ~= four. The corner portion of the position is bent at a substantially right angle. That is, between the center and the center of the heart, the cymbal 15 is bent in a substantially horizontal direction. ^ The same as the figure 6 of the guest, the film 15 is due to the filth (4) The self-weight is applied vertically to the gravity below it. Therefore, at the four corners of the four positions, a large pulling force is applied to the diaphragm 15. The residual ventilation path formed by the inside of the diaphragm 15 is used. That is, the bending is straighter and more effective to block the odor. In addition, since it is not necessary to reflect the film 15' each time the waste material wastes, it is also possible to prevent When the twisted portion is used to reduce the maximum amount of the dirt 1 and the valleys, the mass of the door 1 and the pan closing door 35 are mass-produced by the mold forming method. In addition, the π 秽 处理 处理 u u 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽 秽The force of the film 15 can be increased, and the odor of the odor of 322178 16 201109252 can be further improved. Fig. 8 is an exploded perspective view showing the film accommodating portion 14 taken out and displayed. The device 11 includes a diaphragm accommodating portion 14 that forms a smudge input port 16 and accommodates the diaphragm 15. The diaphragm accommodating portion 14 is detachably attached to a diaphragm mounted above the upper portion 19 of the accommodating body. The portion 12 is formed on the periphery of the waste inlet port 16. The diaphragm accommodating portion 4 has a cylindrical tubular core portion 27 extending downward from the waste inlet 16 and provided at the lower end of the tubular core portion 27. The tubular core flange is hungry and embedded in the tubular core 27 The flange-shaped diaphragm of the end side suppresses the flange 29. The diaphragm 15 is folded into a bellows shape in the axial direction of the tubular core portion 27, and is inserted into the outer diameter side of the f-shaped core portion 27 so as to be disposed in a manner of _. Further, the diaphragm = flange 29 is connected to the tubular core portion 27 by the square wire of the stomach of the suppressing sheet 15. That is, the diaphragm 29 is restrained by the diaphragm at the upper end of the tubular core portion 27 and is located in the tubular shape. The tubular core flange at the lower end of the core portion 27, the diaphragm 15 is placed in a space between the upper end of the tubular core portion 27 in the direction of the axis Q and the lower end in the axial direction, and is received by the seam fingers in a bellows shape. The sheet 15 is a consumable part of the diaphragm accommodating portion 14. When all the accommodating sheets are used, the user detaches the used diaphragm accommodating portion 14 and installs a new diaphragm accommodating portion. The diaphragm mounting portion 12. Alternatively, the diaphragm accommodating portion 14 may be formed only when the diaphragm 15 accommodated in the diaphragm accommodating portion 14 is completely used up. That is, the tubular core flange may be fixed to the diaphragm mounting portion 12, and the diaphragm suppressing flange 29 may be detachably attached to the tubular core portion 27. According to this 322178 17 201109252, when the diaphragm is replaced, the user can remove the diaphragm from the flange and replace only the diaphragm. After the diaphragm accommodating portion U is installed in the filth treatment device E11, the user opens the cover body 23 under (4) and (4) the tubular core portion 27 = the front end of the sheet 15 to pass over the diaphragm suppressing flange. 29 outside the peripheral edge pulled out. Next, the end seal 2 is pulled out by the closure knot 26. Further, the closed knot 26 is inserted into the tubular core portion 27 and pushed downwards: the diaphragm receiving portion U is pulled out from the diaphragm 15 to close the bottom portion of the closing sheet 15. The waste material such as the used diaper is discarded outside the film, and the film is accumulated in the film 15, and the film 15 of the tubular core portion 27 is folded into a bellows shape, which is successively taken out downward. t stretch. Therefore, the user can continuously accommodate the inside of the body 13. The waste material is discarded until the dirt is collected, and the dirt disposal device 11 of the present embodiment is in the direction of the axis 0 of the official core portion 27, that is, the waste input port is cut at a predetermined angle. In this way, the μ accommodating portion 14 is placed in a predetermined shawl = 19° smear input port 16 from the vertical direction of the diaper surface of the baby diaper, and the operation of the diaper is changed. In general, most of the following: . The mother is more in the state of the mother sitting. Therefore, the child is lying on the bed, and the filth is thrown into the bed. According to this embodiment, the diaper of the child is replaced by sitting, and the direct angle is two: the diaper which is torn off (the filth (4) is discarded in the filth~ — Operation of U. 322178 18 201109252 To become horizontal = although not shown, the opening direction 19 of the dirty material input port 16 can also be used to make the diaphragm accommodating portion Μ S support the upper part of the housing body: The axis of the core 27 is horizontally extended. In this case, a tensile force can also be applied to the portion of the film that is sandwiched. Further, as shown in Figs. 4 and 5, the dense (four) sill system has a large size: The flat sealing upper surface 34. The upper surface of the sealing portion is thinner than that described later. In the present embodiment, the sewage treatment device U: the door 33 is provided with the sealing upper surface 34 and the tubular core 27 The tilting axis direction is supported by the housing body #19. That is, the sealing door 33 is in the state of _, the front end is the lower position in the vertical direction, and the rear end side is the vertical direction. The way of position is 'supported by a predetermined angle In the upper portion 19 of the housing body, the π 33 system is sealed toward the sealing door engaging portion & and the angle is moved forward and backward by the angle. (4) The forward and backward movement direction s of the door 33 is used to match the official core portion 27 Specifically, as shown in Fig. 4, the inclination angle of the dirty matter input port 16 (tubular core portion 27) with respect to the vertical direction is "", and the sealing door (10) is opposed to the vertical direction. The inclination angle of the advancing and retracting movement direction s is I". The inclination angles satisfy the following formula (1). <0 16 < θ33 ···· 〇 依据 θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ θ As a result, as the sealing door 33 moves backward in the opening direction, the sealing door 322178 19 201109252 moves downward and rearward in parallel. That is, when the opening is made, the axis 0 of the dense U 27 can be sufficiently separated from the diaphragm 15 by the closing door 33. Therefore, in the state in which the diaphragm 15 is large at the time of opening, the user is placed in the shovel, and the occupant is placed in the shovel. Although the straight square dog 2 does not show 'only the upper surface 34 of the closed door is formed vertically (two-style 〇. ' / 吏 门 33 33 33 33 收容 收容 收容 收容 收容 收容 收容 收容 收容 本体 本体 本体 本体 σ σ , , , , , , , The direction of advancement and retreat of the diaphragm. In this case, the sealing door 3 3 and the diaphragm 15 can be effectively separated when opened. * Further, according to the present embodiment, it is equivalent to enclosing the tubular wreck 27 The tubular core portion of the lower end portion of the diaphragm accommodating portion 14 disposed at the lower end is supported by the smear receiving body 3 at an oblique angle to a predetermined angle. That is, as shown in FIGS. 2 to 5 The tubular core flange claw = the front end side is at a lower position in the vertical direction, and the rear end side is at a higher position in the vertical direction. Further, the sealing surface 35c of the sealing door abutment portion 35 is disposed at In the vicinity of the lowest position of the tubular core flange 27f, it is easier to lose the diaphragm 15 by the sealing door 33. Hereinafter, the following description will be given. 'It can be accommodated from the waste inlet 16 The diaphragm 15 of the diaphragm accommodating portion 14 passes through the tubular shape vertically downward The inside of the portion 27 is housed in the lower portion 17 of the housing body together with the dirt D. Therefore, when the sealing door 33 is opened, the diaphragm 15 is pulled vertically due to the weight of the dirt D discarded inside the diaphragm 15. The lower portion thus extends substantially straight downward from the dirty matter inlet port. Here, as described above, the tubular jaw portion 27 is inclined at a predetermined angle θ Ι β of 322178 20 201109252. Therefore, the draft: the input port 16 is horizontal with respect to the horizontal direction :::: For the second is: .: 'Under, to = two: cast: straight down to the bottom of the situation: soil,. And σ 'will naturally lean toward the front too sin too close to Lo (l- Cos 0 〇). On the side of the soil w ', the diaphragm 15 is sealed by the sealing door 33: it is closed. Thereby, it is easier to use the sealing; this can more effectively block the odor 2 = %Clipper (10)& Because 34:: Large = In the present embodiment, as described above, the upper surface of the sealing door is flat, but strictly speaking, the upper surface of the upper surface of the sealing door 34 is the front part of the upper surface, and This is illustrated in Fig. 4 in such a manner as to be inclined with respect to the front surface and gently curved with the upper surface rear portion 34r. The diaphragm accommodating portion 14 is supported by the accommodating body upper portion 19 so as to be inclined downward. The two closing doors 33 are attached to the front side (that is, the inclined lower side) and the sealing time 2; In this case, the sealing surface 35c of the door engaging portion 35 is closed between the diaphragm accommodating portion 35 and the upper surface front portion 34f. The joint portion 35C is not interposed between the diaphragm accommodating portion U and the upper surface rear portion 4r. Therefore, in order to contact the sealing door abutting portion π, the contamination input port is closed from below. The sealing door upper surface 34 is composed of two non-R surfaces (a flat surface upper surface front portion 34f and an inclined surface upper surface rear portion 34r). Here, in the present embodiment, as shown in FIG. 4, the angle of the front surface "L 〇 322178 21 201109252 front portion 34f to the horizontal plane is 0 m, and the angle between the upper surface rear portion 3 and the horizontal plane is set, and The sealing door upper surface 34 is formed in such a manner as to satisfy the following formula (2). 〇S Θ 34f < Θ 34r · · · (2) By this, when the user pushes the sealing door 33 to waste the dirt, the hand can be pushed by pressing the hand on the upper surface rear portion 34r. The pressure is transmitted to the sealing door 33. Therefore, the user can open the sealing door 33 with less force. Further, in the modification of the embodiment, the advancing and retracting movement direction s may be substantially orthogonal to the upper surface rear portion 34r. According to this modification, the sealing door 33 can be input to the spring 39 without reducing the pressing force received from the user's hand. Therefore, the user can push the sealing door 33 away with less force. Next, the opening operation of the waste containing body 13 will be described. Fig. 9 is a perspective view showing the entire body locking mechanism 25 and the lid locking mechanism 24 of the present embodiment. The first drawing is a view of the waste disposal device 11 of the present embodiment viewed obliquely from the back side. The entire oblique view. Further, Fig. 11 is an enlarged side elevational cross-sectional view showing the main body locking mechanism 25 and the lid locking mechanism 24 in an enlarged manner. In the normal use state, the lower end side of the housing main body U covers the main body opening portion (10) of the upper end of the storage unit lower portion 17, and the main body upper portion 19 and the storage body lower portion 17 are closed. On the receiving body. The diaphragm mounting portion 12 is provided on the upper portion of the P 19, and the diaphragm accommodating portion is attached. 322178 22 201109252 A body hinge 31 is attached to the back surface of the waste accommodating body 13. The body hinge 31 is disposed substantially at the center of the vertical height of the waste disposal device 11. The upper portion 19 of the receiving body is pivotally connected to the lower portion 17 of the receiving body by the body hinge 31, and the upper portion 19 of the receiving body is freely rotatable by the main body hinge 31 as a fulcrum. When the upper portion 19 of the housing body is rotated, the opening portion nh of the upper end of the lower portion 17 of the housing body is opened to the outside. In addition, the surface of the accommodating body 13 is disposed in a state in which the upper portion 19 of the accommodating body covers the lower portion 17 of the accommodating body, that is, the upper portion 19 of the accommodating body closes the lower portion 17 of the accommodating body, and the upper portion 19 of the accommodating body is locked. a rotating body locking mechanism 25; and a body locking release mechanism for releasing the lock. The main body locking mechanism 25 has a cylindrical body button 21, and a button hooking hole 32 for a through hole provided in the upper portion 9 of the housing body for locking the body button 21. The main body button 21 is formed on the flexible column portion P extending in the vertical direction. Further, the lower end of the column portion 21p is connected to the upper end of the lower portion 17 of the housing body. * The main body button 21 is a cylinder that protrudes toward the outer direction of the upper portion 19 of the housing body. The peripheral edge of the outer peripheral portion of the cylinder is called a snap; the button fishing hole 32 formed on the lower end side of the upper portion of the receiving body This prevents rotation of the upper portion 19 of the housing body.曰 Operating body The body lock release mechanism includes: a body button 21 for unlocking the belonging portion; and an opening operation portion for releasing the rear rib to open the receiving portion 19 and placing the hand thereon. 322178 23 201109252 The upper portion 19 of the trough body has a housing main upper handle 22 as an opening operation portion at a lower end portion of the front side opposite to the upper portion of the housing main body 3i. The upper handle 22 of the housing body is disposed below the body button 21 . The main body locking mechanism 25 releases the lock with the key fishing hole 32 only when the main body button 21 is pressed, and releases the lock. When the user releases the hand from the main body button 21, the column portion 21p returns to the original position. The body locking mechanism 25 is again locked. When the dirt is contained in the body! 3 When the inside of the dirt D is filled, the main body locking mechanism 25 is released and the upper portion of the main body is removed, and the internal dirty matter D is taken out. Fig. 12 is a perspective view showing the releasing operation of the main body locking mechanism 25. As shown in Fig. 12, the user puts four fingers other than the plum finger on the upper handle 22 of the housing body from the lower side with one hand, and presses the body button 21 above the upper handle 22 of the housing body with the thumb. Unlocking - The surface lifts the upper handle 22 of the housing body. Thereby, the accommodating body °! 5 19 is rotated toward the lunar surface side, and the waste accommodating body 13 is opened. Fig. 13 is a side cross-sectional view showing a state in which the upper portion of the housing body of the embodiment is completely rotated. To collect the contaminated material D that has been stored in the main body of the contaminant receiving body 13 from the waste, the first part of the main body 19 is completely opened as shown in Fig. 13, and the diaphragm is cut off by the diaphragm ( Aitter) 38 cuts the diaphragm 15. Then, the cut surface of the diaphragm 15 is knotted and closed, and the dirt is taken out from the waste storage body 予以3 and discarded. After the dirt D is taken out, the user covers the upper part of the storage body 19 with a cover 322178 24 201109252 and covers the lower part of the storage body. 17. The main body button 21 is engaged with the key fishing hole 32, and the upper portion 19 of the housing body is locked again. In the present embodiment, the filth is placed in the county, and when the upper portion of the accommodating body is unlocked and the upper portion 19 of the accommodating body is rotated, the surface is held by the adult's one-handed finger. The main body upper handle 22, the surface is unlocked by pressing the main body button 21 with the other finger of the one hand, and the main body button 21 is located above the upper handle 22 of the receiving body. More specifically, when four fingers are placed from below on the upper handle 22 of the housing body and the fingers are held with the four fingers as the fulcrum, the body button μ is located in the remaining thumb. On the track of the march. This will make the lifting of the upper portion 19 of the housing body easier and more comfortable. That is, the user can release the lock with one hand as the finger is naturally gripped. In addition, in order to release the main body locking mechanism 25 and open the upper portion 19 of the accommodating body, the main body button 21 is pushed toward the inner side substantially perpendicular to the rotation direction of the upper portion 19 of the accommodating body, and the upper portion of the upper body of the accommodating body of the accommodating body is raised. Turn. In this way, it is necessary to move in two different directions, which makes it difficult for a child who does not have the desire to open consciousness and wisdom to open the upper portion U of the housing body. Because the child is mistakenly opened by the child, the upper portion 19 of the housing body is opened, and the accident is caused by the diaphragm cutter 38 for cutting the diaphragm 15 by the knife. On the other hand, when the right adult has an open consciousness and operates, 322178 25 201109252 can be easily unlocked with one hand to open the upper portion 19 of the housing body, and when the dirt stored in the interior of the waste storage body 13 is discarded Processing is easier. Next, the opening operation of the lid body 23 will be described. The rear end portion of the lid body 23 is pivotally connected to the upper end portion of the upper portion 19 of the housing body by the lid hinge 30, and the lid body 23 is rotatably supported by the lid hinge 30 as a fulcrum. When the lid body 23 is rotated to open the lid, as shown in Fig. 1, the dirt input port 16 is opened to the outside. As shown in Fig. 9 and Fig. 11, the waste disposal apparatus 11 is provided with a state in which the lid body 23 covers the waste input port 16, that is, in a state where the lid body 23 is closed, the rotation of the lid body 23 is locked. The cover fixing mechanism 24; and a cover locking release mechanism for releasing the lock. The cover locking mechanism 24 has a cover button 20 and a cover button hook portion 36 provided on the upper portion 19 of the housing body. The cover button 20 is provided on the lower surface of the front surface of the cover body 23. At the lower end of the cover button 20, a cover button hook 20h is formed. The cover button hook 20h is integrated with the cover button 20 to operate. The cover button hooking portion 36 is formed at an upper end portion of the upper portion 19 of the housing body. In a state where the lid body 23 is closed, the lid body hook hook portion 36 is engaged with the lid body hook hook 2Gh. The cover locking release mechanism includes: a cover button 20 belonging to the operation portion for unlocking; and an opening operation portion for placing the hand thereon in order to open the cover 23 after the lock is released. The lid body 23 has a lid handle 18 on the front side of the lid body 23 as an opening operation portion for 26 322178 201109252. The lid handle 18 is disposed above the lid button 20. When the dirt is put into the waste input port 16, the user releases the cover locking mechanism 24 to open the lid body 23. Figure 14 is a perspective view showing the release operation of the cover body lock mechanism 24. As shown in FIG. 14, when the user puts four fingers other than the thumb on the cover handle 18 from above in one hand, and presses the cover button 20 with the thumb, the cover button hook 20h is also When the pressing direction is moved, the engagement with the cover button hooking portion 36 is removed, and the locking of the lid locking mechanism 24 is released. When the user puts four fingers other than the thumb on the lid handle 18, the lid body 20 is lifted by pressing the lid button 20 with the thumb, and the lid handle 18 is lifted. Thereby, the lid body 23 is rotated toward the back side, and the waste input port 16 is opened. After the dirt is put into the waste input port 16, the user closes the lid 23. The cover button hook 20h is returned to the original position and is engaged again with the cover button hook portion 36, and the cover locking mechanism 24 is locked. The lid locking mechanism 24 releases the engagement of the lid button hook 20h and the lid button hooking portion 36 only during the pressing of the lid button 20. In other words, as long as the user releases the thumb from the cover button 20, the cover locking mechanism 24 is again locked. Therefore, in order to release the lid locking mechanism 24 to open the lid 23, the lid button 20 needs to be pushed in the inner diameter direction substantially perpendicular to the rotation direction of the lid body 23, and the lid handle 18 is lifted up. The cover 23 is rotated. This makes it difficult for a child who does not want to open consciousness and wisdom to open the lid 23 1; 27 322178 201109252 Thereby, the child can be prevented from accidentally opening the lid 23 and the hand is inserted therein. However, if the adult operates with an open consciousness, the cover 23 can be opened by simply unlocking it at an early stage, and it is easier to handle when the waste is discarded in the waste input port 16. Furthermore, according to the present embodiment, the user can place the four fingers other than the thumb on the cover handle 18 from above with one hand as shown in Fig. 14, while the thumb press is located below the cover handle 18. The cover button ribs. That is, the operator can unlock the finger as he naturally grasps the finger. = In more detail, when the four fingers are placed on the cover handle 18 from above and the fingers are held with the four fingers as the fulcrum, the cover button 2Q is located in the rest and is the most natural in ergonomics. This point on the traveling track makes it easier and more comfortable to unwind and open the cover body 23. And then, using the 15th to 17th drawings, another embodiment of the present invention will be described. The reading processing device 4 is shown in Fig. 15 to show another embodiment of the present invention; the filth of the form is located at the county level 41 _, the sealing door The price at the time of closing 53 indicates a stain at another embodiment of the present invention; and a side cross-sectional view when the door 53 for sealing is opened. Figure 17 { ^ Viewing the closed mechanism shown in Figure 16 from the obliquely downward direction (4) X. In the following description, the same constituent elements as the actual shape of the use chart to the second month of the second month The same reference numerals are given to the same as in the drawings, and the detailed description is omitted. The sewage treatment device has the following: The Ledings k person, the reading population I extends from the sewage input port and the lower end is closed by the knot% Closed Cylindrical Diaphragm (1) 322178 28 201109252 The contaminant body (43) (4) 15 _ 秽 将从 收容 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 收容 收容 收容 收容 收容 收容 收容 收容 收容 收容 收容 收容 收容 收容23 . The 'defective material storage main body 43 is a hollow container that stores the waste material D discarded in the film month 15 and is divided into a lower portion of the storage body and an upper portion 49 of the storage body. The lower end side has a bottom portion 47b. Further, a slope portion is provided on the side before the bottom portion 47b. The slope portion 42 is slid at a bottom portion so as to form a slope of 4 inches which is lowered from the front side toward the rear side in the vertical direction. At the upper end of the lower part of the receiving body An opening portion is formed. The upper end side of the housing main body 49 covers the opening of the upper end of the lower portion 47 of the trough body 47. Further, a dirt inlet 16 is formed at an upper end portion of the upper portion 49 of the housing main body. The rear end portion of the upper end portion of the 49 is provided with a cylindrical column portion 4 [the cylindrical column portion 44 is a hollow column portion extending vertically downward from the upper end portion of the housing main body upper portion 49. Further, at the lower end portion of the cylindrical column portion 44 The cymbal cutter 38 described above is mounted. Here, as shown in Figs. 15 to 4, the vertical direction of the diaphragm cutter 38 attached to the lower end portion of the cylindrical column portion 44 is The length of the cylindrical column portion 44 in the vertical direction is set to be equal to or lower than the main body hinge 31. The configuration will be briefly described below. First, the description will be made using the description of Fig. 13 When the inside of the dirty material storage room-43 has reached the overflowing waste, the user first completely hits the upper part 49 of the storage body to make the dirty matter processing mi into the state of Fig. 13. Furthermore, by the film The sheet cutter 38 cuts the diaphragm 15. Heart.] 322178 29 When the length of the cylindrical column portion 44 in the vertical direction is less than the above length, the diaphragm cutter 38 is housed in the inner space of the upper portion 49 of the housing body in a state where the upper portion 49 of the housing body is opened. The operation of cutting the diaphragm 15 becomes difficult. Therefore, as described above, in a state where the upper portion 49 of the housing body is opened, the cylindrical column is set such that the position of the diaphragm cutter 38 protrudes outside the upper portion 49 of the housing body. The length of the portion 44 in the vertical direction is the same as that of the above-described embodiment except for the upper portion 47 of the accommodating body and the upper portion of the accommodating body. The inside of the upper portion 49 of the accommodating body is implemented as described above. In the same manner, an opening and closing type sealing mechanism 48 that blocks the diaphragm 15 between the waste input port 16 and the stored dirt D is provided. The sealing mechanism 48' is connected to the lower side of the diaphragm mounting portion 12; and the sealing door 53 is located below the sealing door abutting portion 55, and is engaged with the sealing door abutting portion 55 to form a diaphragm missing portion. . The sealing door abutment portion 55 is provided so as to be along the surface of the tubular core portion 27 to be described later. Further, the sealing door 53 is a plate-shaped member that is larger than the sealing door abutting portion 55, and covers the dense door-engaging portion 55 from the lower side. In the present embodiment, the sealing door 53 abutting portion 55- It forms a diaphragm clamping part eight, 曰^^一雄, closed door 4 knife' and at the rear end with a closed machine ceremony '...45 as a fulcrum pivotally closed to the sealing door ΒΒr 〇〇〇F55. In other words, the opening and closing operation of the Milan leisure is performed by the rotation of the door 53 in a closed state, and the sealing member 55 is engaged with the sealing jaw 55, and the diaphragm 15 is sandwiched by 322178 30 201109252. In the same manner as in the above embodiment, the residual air passage which is the cause of the odor transmission is blocked. The film sandwiching portion formed by the sealing door 53 and the sealing door abutment portion 55 will be described below. The membrane sandwiching portion of the sealing door 53 and the sealing door abutting portion 55 includes a stepped uneven shape, and the sealing door 53 is engaged with the sealing door abutting portion 55 at the closed position. Specifically, the film sandwiching portion of the sealing door 53 forms a sandwiching surface 53c that abuts against the diaphragm 15. A sandwiching portion 55c that abuts against the diaphragm 15 is formed in the diaphragm sandwiching portion of the opposing sealing door engaging portion 55. The sandwiching surface 53c formed in the sealing door 53 is formed by a surface 53cl corresponding to the front end region of the upper surface of the sealing door 53, and is connected at a substantially right angle to the surface 53cl at the front end of the surface 53cl. The surface 53c2 is formed to extend downward, and the arcuate surface 53c2 is formed at the lower end of the sealing door 53. The lower surface of the surface 53C2 is connected to the surface 53c2 at a substantially right angle and extends toward the front side, and is formed at a substantially right angle to the surface 53C2. The face of the Ministry 53C3. Further, the sandwiching surface 55c formed in the sealing door abutting portion 55 is formed by a surface that is substantially perpendicular to the axis 在 at the upper end of the diaphragm sandwiching portion, and is substantially flush with the surface 53cl at the time of closing. a parallel surface 55cl; at a front end of the surface 55ci, connected to the surface 55ci at a substantially right angle and extending downward, and at the time of closing, a surface 55c2 having a circular arc surface substantially parallel to the surface 53C2; and a lower surface of the surface 55C2, and The surface 55c2 is connected at a substantially right angle and extends toward the front side, and forms a surface 55 which is substantially parallel to the surface 53C3 when closed. The sealing mechanism 48 has a spring 69 that urges the sealing door 53 in the closing direction, and a spring cover 46 that covers the spring 69. The spring 69 31 322178 201109252 1 can stretch one of the tension spring coils in the extending direction, and the two blades of the spring 69 are coupled to the left and right side edges of the sealing door abutment portion 55. Further, the central portion of the elastic crest 69 is housed in a spring guide 63 provided under the sealing door 53. The spring guide 63 is a groove formed under the sealing door 53. Further, the spring guide 63 is provided so as to be connected to the lower surface of the entire sealing door 5 3 in the left-right direction in the front-rear direction central portion below the sealing door μ. Therefore, in the present embodiment, the projectile f69 is formed by the second tension force screw, and the central region of the spring 61 is pulled in the spring guide 63 provided on the sealing surface. The sealing door 53 is below. Push. This is explained below. In the normal state, the spring 69 is a fulcrum of the left and right sides of the sealing sinus 55 connected to both ends of the bullet #69, and the central portion of the surface of the sealing door (5) is along the entire left and right direction. The force point is pushed toward the closing direction. Here, the bombing (four) is made up of the root gate 53. Therefore, the spring 69 is approximately the same elastic force as the lower surface of the sealing door 53. Further, since the guide member 63 is caught by the material spring (10), it is stably fixed to the sealing door M. The pre-angle is formed by the above, and the sealing door 53 is oriented toward the sealing door: the left and right sides are substantially equal Stable bombing. In other words, when the second closing is performed, the pressure contact force of the diaphragm of the sealing door 53 and the sealing door abutting portion is substantially uniformly distributed. Clamping In the sealing mechanism 48, two left and right spring arms 46 are attached.弹 罩 cover 322178 32 201109252 4=密: The door 53 is extended to the closed section of the closed door C: = the two sides of the spring 69. The upper end of the spring cover 46: the second (four) 69 and the hinge - 53 in the vicinity of the joint portion of the sealing door engagement portion E are pivotally supported by the sealing door abutment portion 55. In the case of the sealing door/concave surface, the elastic cover 46 is provided with a groove which is formed from the side surface of the spring cover 46 into the groove-like recess 51 and is protected from the side edge of the spring cover. The groove-like recessed portion 51 is oriented toward the sealing door 53, and the rail (4) is formed on both side walls of the groove. The claw is extended from the upper end portion to the lower end portion of the spring cover 46.
部5 6係與以從密閉用ρ弓ς Q 方H ^在閉用門53之側緣中央部朝向外側突出之 方式权置之鉤部（未圖示）鉤合。 在此，所謂爪部56與密閉用門Μ 此沿著彈簧罩46之延伸 糸乂丌彼 於密閉用門5m 對^動之方式钩合。藉此， 53進订開閉動作時，密閉用門53即沿著彈箐 罩46之延伸方向而滑動。 者弹貫 樞支於密閉用門土八， 别所述’彈簧罩46係 = 合部55。因此’彈菁罩46係可隨著密 二人邻之開閉動作’以順沿密閉用門53與彈簧罩46之 =~經之圓弧狀輪之u 罩46係以將彈箬㈣’彈簧 包覆於设在彈#罩46之__51 左右置於密閉用門53及密閉用門靠合部55之 何，彈::广:此吉等構成’無論密閉㈣^ 7 69均一直收容於溝狀凹部51。 於士欲S使用第15圖至第17圖來說明將污機物J)廢華 ;'明之另一貫施形態之污穢物處理裝置41之内部:…The hook portion (6) is hooked to a hook portion (not shown) that is biased outward from the center portion of the side edge of the closing door 53 from the sealing edge. Here, the claw portion 56 and the sealing sill are hooked to each other along the extension of the spring cover 46 and the sealing door 5m. Thereby, when the opening and closing operation is performed, the sealing door 53 slides along the extending direction of the magazine cover 46. The spring is pivoted to the closed door, and the spring cover 46 is the joint 55. Therefore, the 'elasticite cover 46 can be opened and closed with the close two people's edge. The sealing door 53 and the spring cover 46 are replaced by the arc-shaped wheel u-cover 46 to hold the magazine (four) 'spring The cover is placed between the sealing door 53 and the sealing door abutment portion 55, which is placed around the __51 of the bullet #46, and the bomb:: wide: the JI and the like constitute no matter whether it is sealed (four) ^ 7 69 Groove-like recess 51. Yu Shizhe S uses the 15th to 17th drawings to illustrate the waste machine J); the inside of the sewage treatment device 41 of the other form:
L ό J 322178 33 201109252 方法。將污穢物廢棄時，使用者首先將蓋體23打開，再從 _投入口 16將污穢物D投入於膜片之内部。铁後， 將手伸入於污穢物投人口 16内，且將_ 與污穢物D -同往下推而將密閉用門53朝向下方推開。如此一來，密 _門53_㈣機構_45為支點而以行經第16圖中 之前頭A所示圓弧軌道之方式轉動，而使密閉用門53打 開。由使用者朝下方推入的污_，係與膜片15 一同通 過打開之密_門53與密_⑽合部55之間。通過密 閉用門53及密閉用門靠合部55之污穢物卜係如第以圖 中之箭頭B所示順著膜片15而朝下方落下，而蓄積於收容 本體下部47之内部。 在此，如前所述，在收容本體下部47之底部47b之前 方側η又有斜面部42。因此，如第16圖所示，當污穢物D 廢棄於收容本體下部47之内料，如第16圖中之箭頭c 所不，污穢物D會因為設於相當於所廢棄之污穢物D之落 下位置之區域的斜面部42 ’朝向收容本體下部47之後方 側’月落藉此’即可防止所廢棄的污穢物D，$中於收容 本體下部47之前方區域’而使污穢物D均勻地蓄積於收容 本體下部47之内部。 將污穢物D廢棄於收容本體下部47内部之後，使用者 將手從污穢物投入口 16抽出。如此一來，密閉用門53即 立刻關閉而將膜片15夾人。由密閉用門53及密閉用門靠 合4 55所夾入之膜片15，係與前述第6圖相同地，在形 成於膜片夾入部分之二位置之角部彎曲成大致直角。亦 34 322178 201109252 </ 即，從膜片夾入部分之上端連結至下端之想像直線，會在 膜片夾入部分朝大致水平方向彎曲。藉此，即可直角^ =為臭味傳遞主要原因之殘留通氣路徑，而有效地遮斷 . 臭味之傳遞。 1 * 此外，在本實施形態之污穢物處理裝置41中，密閉用 之開閉動作係藉由以密閉機構鉸鏈45為支點：轉動 來貫現。因此，使用者將污穢物D推人於污穢物收容本體 變^^夺易即可易於使密閉用門53打開，因此廢棄作業 隸^外’本實施形態之污穢物處理裝置41所配備之密閉 機構48，如前所述，復具有覆蓋彈簧69之彈等罩46。再 者’無論密閉用門53之開閉動作為何’彈菩69均一直收 罩46之溝狀凹部5卜藉由此構成，即可防 田吏用者為了廢棄5穢物而使密閉用門53開閉時，膜片 ^捲入於配置在密閉用門53之左右兩侧面之彈簧69而破 =此外，由彈簧罩46所收容之彈簧⑽之兩側部，即引 位於溝㈣部51之内部。藉此，即使不將前述彈 :!^ 密閉用門53之下面之情形τ，仍可防止彈 貫69從密閉用門53脫落。 ^外’在本實施形態中，雖已針對相當於㈣用門Μ 及=閉用門靠合部55之膜片夾入部分之夹入面咖及央入 面二 =相交成大致直角之平面及圓弧面所構成之情 ::了祝明’惟不以此為限’亦可為各面以彼此銳角或 鈍角專之預定角度相交。此外，形成夹入面53c及夹入面 322178 35 201109252 55c的面’以具有由複數個平面或複數個曲面或平面及曲 面所構成之面之方式來構成密閉用門53及密閉用門靠合 部55亦可。 此外，在本實施形態中，雖係藉由一根屬於拉力螺旋 彈簧之彈簧69來構成使密_門53朝向關方向彈推之 彈f生構件’准不以此為限，亦可使用任何種類的彈菁，或 使用複數根彈簧。此外，亦可使用橡膠系材料或樹脂系材 料或將該等混合者以作為彈性構件。再者，亦可藉由將永 久磁鐵或電磁鐵組裝入密閉用門53及密閉用門靠合部 55’則吏用磁力將密閉用門53朝向關閉方向彈推。 接著使用第18圖及第21圖來說明使用於本發明之另 一只施形態之污穢物處理裝置41之膜片收容匣54。第U 圖係為顯示本發明之另一實施形態之膜片收容H 54之斜 視圖。第19圖係為顯示從帛18圖所示膜片收容厘54取下 膜f 15▲之狀態之斜視圖。帛2〇圖係為從側方觀看第19圖 所不狀態之膜片收容g 54之側方圖。第21圖係顯示從管 狀芯部57之軸線〇之上方觀看第19圖所示狀態之膜片收 容匣54之俯視圖。 3穢物處理裝置41係具備有形成污穢物投入口 16並 且收容獏片！5之膜片收容£ 54。相當於上述實施形態的 膜片收容部之㈣收容！1 54係具有··界^污穢物投入口 Η之圓筒狀之管狀芯部57;從管狀芯部57之下端部朝外 徑方向延伸之管狀芯部凸緣57f，·及從管狀芯部57之上端 部朝外徑方向延伸之凸緣形狀之膜片抑制凸緣59。 322178 36 201109252 如第18圖所示，膜片15係藉由位於管狀芯部57上端 之臈片抑制凸蘇59及位於管狀芯部57下端之管狀芯部凸 緣57f ’在管狀芯部57之軸方向上端與軸方向下端之間的 空間，予以摺i成伸縮囊狀予以收容。因此，可將長條狀 膜片15壓縮收:容於該等管狀芯部凸緣57f及膜片抑制凸緣 59之間。在史匕，膜片抑制凸緣59之徑方向尺寸，係較管 狀芯部凸緣57ί相對較小。藉此，即可將膜片15越過臈片 抑制凸緣59之外緣部抽出，而使膜片15通過形成於 芯部57之污穢物投入口 16而朝下方延伸。 、 在本實施弗態中，係於管狀芯部凸緣之外緣部設 有朝著管狀芯啷凸緣57f之軸線〇方向而貫通之缺口 58。 如第21圖所禾’缺口 58係以轴線〇為基準，以大致⑽。 之間隔排列於圓周方向之方式分別設於管狀芯部凸緣 57卜此外’此等設於3個位置之缺口 58，係以成為以軸 線〇為基準之纽__之形狀之方;切於管狀芯部凸L ό J 322178 33 201109252 Method. When the waste is discarded, the user first opens the lid 23, and then the waste D is introduced into the inside of the diaphragm from the inlet port 16. After the iron, the hand is pushed into the dirty object population 16, and the _ is pushed down with the dirt D-, and the sealing door 53 is pushed downward. As a result, the close_53_(4) mechanism_45 is a fulcrum and is rotated by the circular track shown by the head A in the first drawing in Fig. 16, so that the sealing door 53 is opened. The dirt _ which is pushed downward by the user passes through the gap between the closed secret door 53 and the dense _ (10) joint portion 55 together with the diaphragm 15. The stains passing through the sealing door 53 and the sealing door abutting portion 55 are dropped downward along the diaphragm 15 as indicated by an arrow B in the figure, and are accumulated inside the housing lower portion 47. Here, as described above, the side surface η has a slope portion 42 before the bottom portion 47b of the lower portion 47 of the housing body. Therefore, as shown in Fig. 16, when the dirt D is discarded in the inner material of the lower portion 47 of the housing body, as indicated by the arrow c in Fig. 16, the dirt D is disposed in the dust corresponding to the discarded dirt D. The slope portion 42' of the region of the drop position is directed toward the rear side of the accommodating body lower portion 47, thereby preventing the discarded filth D, and displacing the filth D in the front region of the accommodating body lower portion 47. The ground accumulates inside the lower portion 47 of the housing body. After the waste D is discarded inside the accommodating body lower portion 47, the user takes the hand out of the sump inlet 16 . As a result, the sealing door 53 is immediately closed to sandwich the diaphragm 15. The diaphragm 15 which is sandwiched by the sealing door 53 and the sealing door abutment 455 is bent at a substantially right angle at a corner portion formed at two positions of the diaphragm sandwiching portion as in the sixth drawing. Also, 34 322178 201109252 </ That is, the imaginary straight line connecting from the upper end of the diaphragm sandwiching portion to the lower end is curved in a substantially horizontal direction at the diaphragm sandwiching portion. Thereby, the right angle ^ = the residual ventilation path for the odor transmission, and effectively interrupting the transmission of the odor. In addition, in the waste disposal apparatus 41 of the present embodiment, the opening and closing operation for sealing is performed by rotating with the sealing mechanism hinge 45 as a fulcrum. Therefore, if the user pushes the dirt D into the dirt storage body, the sealing door 53 can be easily opened, so that the waste operation is provided, and the waste disposal device 41 of the present embodiment is sealed. The mechanism 48, as previously described, has a cover 46 that covers the spring 69. In addition, "whether or not the opening and closing operation of the sealing door 53 is carried out, the embossed recessed portion 5 of the cover 46 is always formed, and the user can prevent the user from using the door 53 in order to discard the five items. At the time of opening and closing, the diaphragm 2 is wound around the spring 69 disposed on the left and right side surfaces of the sealing door 53 and is broken. Further, the both sides of the spring (10) accommodated by the spring cover 46 are located inside the groove (four) portion 51. . Thereby, the spring 69 can be prevented from falling off from the sealing door 53 without the above-described condition τ of the lower door 53. In the present embodiment, the wafer sandwiching portion corresponding to the (4) threshold and the closing door engaging portion 55 is inserted into the face and the center surface 2 = a plane intersecting at substantially right angles And the formation of the arc surface:: Zhu Ming 'but not limited to this' can also be the intersection of each side at a predetermined angle with each other at an acute or obtuse angle. Further, the surface 'forming the sandwiching surface 53c and the sandwiching surface 322178 35 201109252 55c constitutes the sealing door 53 and the sealing door hinge so as to have a surface composed of a plurality of planes or a plurality of curved surfaces or planes and curved surfaces. The part 55 is also possible. Further, in the present embodiment, the spring member 69 belonging to the tension coil spring is configured to cause the elastic member to be pushed in the closing direction. A variety of elastics, or the use of a plurality of springs. Further, a rubber-based material or a resin-based material or a blender may be used as the elastic member. Further, by attaching the permanent magnet or the electromagnet group to the sealing door 53 and the sealing door abutting portion 55', the sealing door 53 can be pushed in the closing direction by the magnetic force. Next, the film containing cassette 54 used in the stain processing apparatus 41 of another embodiment of the present invention will be described using Figs. 18 and 21. Fig. U is a perspective view showing a diaphragm housing H 54 according to another embodiment of the present invention. Fig. 19 is a perspective view showing a state in which the film f 15 ▲ is removed from the diaphragm accommodating PCT 54 shown in Fig. 18. The 帛2〇 diagram is a side view of the diaphragm accommodating g 54 in the state in which the 19th view is not viewed from the side. Fig. 21 is a plan view showing the diaphragm accommodating jaw 54 in a state shown in Fig. 19 as viewed from above the axis 〇 of the tubular core portion 57. The sputum processing device 41 is provided with a smear input port 16 and accommodates a cymbal piece! The diaphragm of the 5 is accommodated at £54. It corresponds to (4) accommodation of the diaphragm accommodating portion of the above embodiment! 1549 is a tubular core portion 57 having a cylindrical opening into the mouth; a tubular core flange 57f extending from the lower end portion of the tubular core portion 57 in the outer diameter direction, and a tubular core portion A flange-shaped diaphragm suppressing flange 59 whose upper end portion 57 extends toward the outer diameter direction. 322178 36 201109252 As shown in Fig. 18, the diaphragm 15 is restrained by the cymbal at the upper end of the tubular core 57 and the tubular core flange 57f' at the lower end of the tubular core 57 is in the tubular core 57. The space between the upper end in the axial direction and the lower end in the axial direction is folded into a bellows shape to be accommodated. Therefore, the elongated strip 15 can be compressed and received between the tubular core flange 57f and the diaphragm suppressing flange 59. In the history, the diameter of the diaphragm restraining flange 59 is relatively small compared to the tubular core flange 57ί. Thereby, the diaphragm 15 can be pulled out beyond the outer edge portion of the cymbal suppression flange 59, and the diaphragm 15 can be extended downward through the dirt inlet 16 formed in the core portion 57. In the present embodiment, the outer edge portion of the tubular core flange is provided with a notch 58 which penetrates in the axial direction of the tubular core flange 57f. As shown in Fig. 21, the notch 58 is approximately (10) based on the axis 〇. The gaps are arranged in the circumferential direction, respectively, in the tubular core flange 57, and the gaps 58 provided at the three positions are formed in the shape of the axis __ based on the axis ;; Tubular core convex
管狀芯部錄57f之上表面6G及下表面64，係為彼 此大致平行的+面。再者，在上表面60 ，設有肋（riW S] 。肋部_61係由以下構件所構成：在上表面6〇之預定 :仫方向(仫亨向)位置中’以軸線〇為中心在圓周方向相 而k伸之周方向肋部（環狀肋部;從管狀芯部57之 卜周面朝向周糾肋部I而沿著徑方向呈放射狀延伸， 二配置地排列於圓周方向之方式設置之複數 K放射狀肋部鳥；及從周方向肋部61a朝今 322178 37 201109252 1狀芯部凸緣57f之外綠而沿著徑方向呈放射狀延伸之卡 δ 用肋部 6 1 Cl、6 1C2。 如第21圖所示，卡合用肋部61c|(第一卡合用肋部）、 K第二卡合用肋部）“轴線G為基準，以大致⑼。間隔 排列於11周方向之方式大致均等配置設於管狀芯部凸緣 57f之上表面60上。在此，卡合用肋部61〇係配置於相當 T缺口 58之圓周方向一 _之位置。亦即，在本實施形態 從軸線0之上方觀會，3個卡合用肋部61。係設置於缺 58之右紅轉方向歉端部。再者，各3個總計6個卡合 用肋部61,、61c2係以大致60。間隔大致均等配置排列於 周方向。 接著使用第15圖至第22圖，說明將膜片收容g 54安 裝於本發明之另一實施形態之污穢物處理裝置41之方 法。第22圖係為從軸線〇之上方觀看從本發明之另一實施 形態之污穢物處理裝置41卸除膜片收容£ 54之狀態之外 觀圖。另外’帛22圖，之軸線〇，係表示膜片收容n 54 安裝於污穢物處理農置41時之f狀芯部57之中心轴線， 其係與膜片安裝部12之内周面12a之中心軸線大致一致。 第22圖中之鱗〇係為朝紙面表背方向延伸的線。 —如刖所述，在收容夂體上部49上方，係設有形成接受 安裝膜片收容H 54之艺間的膜片安裝部12。膜片安裝部 12係包括.安裝有膜月收容£ 54時，與膜片收容ϋ 54之 側。Ρ相對向之安裝部明自12a ;及安裝有膜片收容g 時，與管狀芯部凸緣57f之下表面64抵接之屬於平面的安 322178 38 201109252 裝部底面12b。在此’如第15圖所示，安裝有膜片收容& 54時’安裝部内周面12a之軸、線〇，係與管狀这部57之軸 線〇大致一致。此外，在安裝部底面12b之中心部，係以 -軸線0為中心設有圓形開口部12h，俾與形成污機物投入 .口 16之皆狀芯部57之内周面連通。再者，密閉用門53在 第22圖所示之關閉時，係以從下方覆蓋開口部i2h之方式 封閉。 從安裝部内周面12a之安裝部底面12b至軸線〇之上 方向之預定高度之位置，設有從安震部内周面⑽朝内經 方向（徑方向内側）突出之爪部（本體側卡止部）62。在本實 施形態中，係以3個爪部62以軸線〇為基準在圓周方向以 大致120。之間隔排列之方式設於安裝部内周面丨％上。此 外，此等設於3位置之爪部62，係具有以軸線〇為基準之 大致旋轉對稱之形狀。在此，以爪部62之圓周方向之寬度 小於前述缺π 58之_方向之寬度之方式形成爪部62二 關於此構成將於後陳述。 將膜片收容匣54安裝於污穢物處理裝置41時，使用 者係以管狀芯部凸緣57f為下方將膜片收容匣54朝膜片安 裝部12之内部配置，並且使設於安裝部内周面12&之爪部 62之位置、與設於管狀芯部凸緣57f之外緣部之缺口 ^ 之位置一致。然後，將膜片收容匣54朝向安裴部底面i2b 推入。如此一來，如前所述，由於爪部62之周方向之寬度 較缺口 58之周方向之寬度小，因此爪部62會通過缺口 而管狀芯部凸緣57f之下表面64與安裝部底面12b會相抵… —I 〇 322178 39 201109252 接。 接著，從軸線〇之上方觀看，使用者係使膜片收容匣 54朝周方向之右旋轉方向旋轉。如此一來管狀芯部凸緣 之外緣部即進入爪部62與安裝部底面i2b之間的空 門然後，爪部62與卡合用肋部61C2(第二卡合用肋部）相 抵接，使膜片收容匣54旋轉直到膜片收容匣54之旋轉被 限制。依此方式’將臈片收容匿54安裝於污機物處理裝置 41 〇 在膜片收容匣54安裝於污穢物處理裝置41之狀態 下’設於污穢物處理裝置41之爪部62與管狀怒部凸緣^ 之外緣部即相卡合。藉此’得以防止膜片收錢Μ從膜片 安裝部12_出。亦即，本實施形態之膜片收容g⑷系 具備用以安裝至污穢物處理農置41之連結機構（g側卡止 而°亥連結機構係藉由與設於污穢物處理裝置之爪 部62(本體側卡止部）卡合之管狀芯部凸緣奶之外緣部、 及用以導人膜片收錢54之連結/解除之缺口 58所構 成:依據此實施形態，即可防止膜片收容g 54在第13圖 所示打開收谷本體上部49之狀態下脫落。 將膜片收容匣54從污穢物處理裝置41卸除時，從軸 線0之上方觀看’使用者係使膜片收容匿Μ朝周方向之左 旋轉方向旋轉。如此-來，爪部62與卡合用肋部—（第 一卡合用肋部）即相抵接’而使膜片收隸54之旋轉受限 制。在此，如前所述，由於卡合用肋部—係設於缺口 Μ 之右旋轉方向側之端部，因此與爪部62與卡合用肋部心 322178 40 201109252 相抵接之同時，爪部62之位置與缺口 58之位置係大略一 致。因此，可將膜片收容匣54從膜片安裝部12内拉起而 卸除。 - 具備此種構成之膜片收容匣54及污穢物處理裝置 , 41，可使更換/裝設膜片收容匣54之作業易於進行。亦 即，進行膜片收容匣54之連結/解除時，如前所述，使用 者只要將膜片收容匣54設置於膜片安裝部12内，使之旋 轉即可。因此，使用者在當屬於消耗品之膜片15全部使用 完時，可藉由簡單的操作來更換膜片收容匣54，而且藉由 簡單的操作再度裝設新的膜片收容匣54。此外，由於藉由 此種簡單的構成來實現膜片收容匣54與污穢物處理裝置 41之連結機構，因此使用者不需參照使用說明書等記載之 操作順序，即可易於理解膜片收容匣54之安裝/卸除方 法。 另外，在本實施形態中，雖藉由與設於污穢物處理裝 置41之爪部62(本體侧卡止部）卡合之管狀芯部凸緣57f 之外緣部（匣側卡止部）、及用以導入膜片收容匣54之連結 /解除之缺口 58(匣側卡止部）來構成用以將膜片收容匣 54安裝於污穢物處理裝置41之連結機構（匣連結機構）， 惟不限定於此，亦可藉由安裝於膜片收容匣54及/或污穢 物處理裝置41之任何種類的連結構件來構成連結機構。或 .者，亦可為不使膜片收容匣54連結/卡合至污穢物處理裝 置41，而將膜片收容匣54僅載設於膜片安裝部12内之構 成。 f 41 322178 201109252 此外，在本實施形態中，雖僅就將膜片收容S 54用於 污穢物處理|置41之情形進行說明，惟不限定於此，亦可 將膜片收容£ 54用於可應用之其他污穢物處理裝置， 為獨立的完成構件。 此外，以其他實施形態而言，污穢物處理裝置亦可為 復具備以可旋轉之方式安裝於收容本體下部之底部令央部 之旋轉板，而廢棄於污穢物處理裝置之污機物輿膜片—同 藉由旋轉板從下方支撐之構成。依據此構成，使用者將污 穢物廢棄於污穢物處理裳置内時，所廢棄之污稳物即隨膜 片一同t積於位於收容本體下部之底部之旋轉板上。再 者，將儲納於污穢物收容本體内部已達滿溢的污稿物廢棄 寺使用者係藉由旋轉旋轉板，而在污機物與污猿物投入 口之間的區域絞扭㈣，絲經絞減縮之㈣的絞扭部 为，使用上述膜片切割器切斷，即可將收容於膜片内之污 _與膜片-同從污穢物收容本體取出。藉此，將在污猿 物收容本體内已達滿溢之污穢物從污穢物收容本體取出 時’使用者即可易於進行使用膜片切割器將膜月切斷之作 業再者，可防止在取出污穢物的作業令，收容於膜片内 之污穢物的臭味洩漏至外部。 ，以其他：T施形態而言，污穢物處理裘置復可且 傷安裝於上述㈣切割器附近之黏著帶（tape)收容部。^ 據此構成’在將儲納於污穢物收容本體内部已達滿溢之污 ，物廢棄時’使用者係可藉由膜月切割器將膜月切斷，且 收容於帶收容部之黏著帶將已切斷之膜片之開口部密 322178 42 201109252 閉。因此，可防止使用者將污穢物收容本體已達滿溢之污 穢物從污稿物收容本體单出時，臭味從收容於膜片之污稿 物洩漏。另外，上述黏著帶收容部及膜片切割器，亦可為 使用者在切斷膜片之同時藉由黏著帶進行膜片開口部之密 閉之方式，一體安裝於污穢物收容本體之構成。依據此構 成，使用者可同時進行藤片之切斷與膜片開口部之密閉， 因此可容易且迅速地進行污穢物取出作業。 以上雖已參照圖式言兑明了本發明之實施形態，惟本發 明並不限定於圖示之實施形態。對於圖示之實施形態，在 與本發明相同範圍中，或均等範圍内，均可作各種修正或 變形。 [產業上之可利用性] 本發明係提供一種可防止膜片收納匣脫落之污穢物處 理裝置，可期待廣泛應用於例如幼兒用尿布處理裝置之工 業製品。 【圖式簡單說明】 第1圖係為顯示本發明一實施形態之污穢物處理裝置 之全體斜視圖。 第2圖係為同一實施形態之污穢物處理裝置之側方剖 面圖。 第3圖係為同一實施形態之污穢物處理裝置之側方剖 面圖。 第4圖係為將同一實施形態之密閉機構之關閉時予以 放大顯示之側方剖面放大圖。 ί 43 322178 201109252 第5圖镦為將同一實施形態之密閉機構之打開時予以 放大顯示之側方剖面放大圖。 第6圖（a)係為將本實施形態之密閉用門及密閉用門 靠合部打断之膜片失人部分予讀A顯示之側方剖面放 大不意圖。（b)係為將同一實施形態之密閉用門及密閉用門 靠合部之_時之膜片失人部分予以放大顯示之側方剖面 放大示意圖。 ° 第7圖（a)係為將本發明另一實施形態之凸字型密閉 用門及凹字型密閉用門靠合部打開時之膜片夾入部分予以 放大顯示之侧方剖面放大圖。（b)係為將本發明另一實施形 態之凸字型密閉用門及凹字型密閉用門靠合部之關閉時之 膜片夾入部分予以放大顯示之側方剖面放大圖。 第8圖捧、為將膜片收容部取出並予以顯示之分解斜視 圖。 " 第9圖条為顯示本發明一實施形態之污穢物處理裝置 之全體斜视圖。 & 第丨〇圖係為從背面斜方向觀看同一實施形態之污穢 物處理裝置之斜視圖β 第11圖係為將同一實施形態之本體鎖定（lock)機構 及蓋體鎖定機構予以放大顯示之側方剖面放大圖。 第丨2圖係為顯示同一實施形態之本體鎖定解除操作 之斜視圖。 第13圖係為顯示轉動同一實施形態之收容本體上部 之狀態的側方剖面圖。 322178 44 201109252 之斜^圖14。圖係為顯示同一實施形態之蓋體鎖定解除操作 理裝Li圖係為顯示在本發明另一實施形態之污穢物處 、 松閉用門關閉時之側方剖面圖。 第圖係為顯示第圖所示之污穢物理 密閉用門打開時之側方剖面圖。 ▼置中 圖係為顯示從下方斜方向觀看第16 ®所示密閉 機構之斜視圖。 弟18圖係為顯示本發明之膜片收容ϋ之斜視圖。 第19圖係為顯示從第18圖所示膜片收 之狀態之斜視圖。 示云胰月 第20圖係為從侧方觀看第19圖所示狀態之 匣之側視圖。 、 —第21圖係為從管狀芯部之軸線◦上方觀看第19圖所 示狀態之膜片收容匣之俯視圖。 第22圖係為從軸線〇之上方觀看已從第15圖所 穢物處理裝置卸除膜片收容匣之狀態之外觀圖。 / 第23圖係為顯示習知之污穢物處理裝置 扭 機構之剖面圖。 、乃a扭 理裝置之膜片夾入 第24圖係為顯示習知之污穢物處 機構之剖面圖。 【主要元件符號說明】 1卜41污穢物處理裝f 12 ㈣安裝部 12a安裝部内周面 12b安震部底面 322178 45 201109252 12h 開口部 14 膜片收容部 16 污穢物投入口 17b 、47b底部 18 盖體把手 20 蓋體按鍵 21 本體按鍵 21p 柱部 23 蓋體 25 本體鎖定機構 27、 57管狀芯部 28、 48密閉機構 30 蓋體绞鍵 32 按鍵鉤合孔 33c 、35c、53c、55c 夾入面 34 进閉用門上表面 34r 上表面後方部 36 盍體按鍵釣合部 13、43 污穢物收容本體 15 膜片 Π、47 收容本體下部 17h 本體開口部 19、49 收容本體上部 20h 蓋體按鍵鉤 21g 按鍵外周緣 22 收谷本體上部把手 24 蓋體鎖定機構 26 封閉結 27f、管狀芯部凸緣 29 膜片抑制凸緣 31 本體錢鍵 33、53 密閉用門 34f 上表面前方部 35、55 密閉用門靠合部 37 導執 38 膜片切割器 42 斜面部 45 密閉機構鉸鏈 50 较鍵 54 膜片收容匣 58 缺口 39、69彈簧 ^ 筒狀柱部 46 彈簧罩 51 溝狀凹部 56、62爪部 60 上表面 46 322178 201109252 61 肋部 61a 周方向肋部 61b 徑方向肋部 6lei、 6 1 C2卡合用肋部 63 彈簧導件 64 下表面 101 膜片 102 管狀導件 103 絞扭手段 104 封閉部 105 污穢物收容本體 106 蓋體 107 膜片 108 .封閉機構 109 棒狀夹入構件 110 污機物 133 突條 135 條溝 D 污糠物 0 軸線 S 進退移動方向 47 322178The upper surface 6G and the lower surface 64 of the tubular core portion 57f are + faces which are substantially parallel to each other. Further, on the upper surface 60, a rib (riW S) is provided. The rib _61 is composed of the following members: in the predetermined position of the upper surface 6〇: in the 仫 direction (仫亨向) position, 'centered on the axis 〇 a circumferential rib portion (annular rib portion) extending in the circumferential direction and extending from the circumferential surface of the tubular core portion 57 toward the circumferential rib portion I radially extending in the radial direction, and arranged in the circumferential direction a plurality of K radial rib birds arranged in a manner; and a card δ rib portion 6 1 extending radially from the circumferential direction rib portion 61a toward the current 322178 37 201109252 1 core flange 57f Cl, 6 1C2. As shown in Fig. 21, the engaging rib 61c| (first engaging rib) and the K second engaging rib) are arranged at an interval of substantially (9) with respect to the axis G. The circumferential direction is disposed substantially uniformly on the upper surface 60 of the tubular core flange 57f. Here, the engaging rib 61 is disposed at a position corresponding to the circumferential direction of the T notch 58. The embodiment is viewed from above the axis 0, and the three engaging ribs 61 are disposed on the right red turn direction of the missing portion 58. Further, each of the three total of six engagement ribs 61 and 61c2 is arranged at substantially 60 intervals in the circumferential direction. Next, the film accommodation g 54 is attached to FIG. 15 to FIG. A method of the waste disposal apparatus 41 according to another embodiment of the present invention. Fig. 22 is a view showing the state in which the membrane accommodation device 54 is removed from the waste disposal apparatus 41 according to another embodiment of the present invention as viewed from above the axial axis. In addition, the axis 〇, the axis 〇, indicates the central axis of the f-shaped core 57 when the diaphragm accommodating n 54 is attached to the filth treatment farm 41, and the diaphragm mounting portion 12 The central axis of the inner peripheral surface 12a is substantially uniform. The scales in Fig. 22 are lines extending toward the front and back of the paper. - As described above, above the upper portion 49 of the receiving body, a receiving and receiving diaphragm is formed. The diaphragm mounting portion 12 is housed in the room of the H 54. The diaphragm mounting portion 12 includes a side that is attached to the diaphragm receiving cassette 54 when the film is accommodated at a height of 54. The mounting portion is opposed to the mounting portion 12a; When the diaphragm is accommodated g, the genus that abuts the lower surface 64 of the tubular core flange 57f In the plane of the 322178 38 201109252, the bottom surface 12b of the mounting portion. Here, as shown in Fig. 15, when the diaphragm is accommodated & 54, the shaft, the winding of the inner peripheral surface 12a of the mounting portion, and the tubular portion 57 The axis 〇 is substantially uniform. Further, in the central portion of the bottom surface 12b of the mounting portion, a circular opening portion 12h is provided centering on the -axis 0, and the inner circumference of the core portion 57 of the common body is formed with the sputum. Further, when the closing door 53 is closed as shown in Fig. 22, it is closed so as to cover the opening i2h from below. The claw portion protruding from the inner peripheral surface (10) of the inner peripheral surface 12a of the mounting portion to the inner circumferential direction (the inner side in the radial direction) is provided at a predetermined height from the bottom surface 12b of the mounting portion inner circumferential surface 12a to the upper direction of the axial axis (the main body side is locked). Department) 62. In the present embodiment, the three claw portions 62 are substantially 120 in the circumferential direction with respect to the axis 〇. The arrangement of the intervals is set on the inner peripheral surface 丨% of the mounting portion. Further, the claw portions 62 provided at the three positions have a shape that is substantially rotationally symmetrical with respect to the axis 〇. Here, the claw portion 62 is formed such that the width of the claw portion 62 in the circumferential direction is smaller than the width of the aforementioned π-direction _ 58. The configuration will be described later. When the diaphragm accommodating cassette 54 is attached to the stain processing apparatus 41, the user arranges the diaphragm accommodating cassette 54 toward the inside of the diaphragm mounting portion 12 with the tubular core flange 57f as the lower side, and is provided in the inner periphery of the mounting portion. The position of the claw portion 62 of the surface 12 & is the same as the position of the notch ^ provided at the outer edge portion of the tubular core flange 57f. Then, the diaphragm accommodating jaw 54 is pushed in toward the bottom surface i2b of the ampoule. As described above, since the width of the circumferential direction of the claw portion 62 is smaller than the width of the circumferential direction of the notch 58 as described above, the claw portion 62 passes through the notch and the lower surface 64 of the tubular core flange 57f and the bottom surface of the mounting portion. 12b will be offset... —I 〇322178 39 201109252 Pick up. Next, when viewed from above the axis ,, the user rotates the diaphragm accommodating jaw 54 in the right direction of rotation in the circumferential direction. As a result, the outer edge portion of the tubular core portion flange enters the empty door between the claw portion 62 and the bottom surface i2b of the mounting portion, and then the claw portion 62 abuts against the engaging rib portion 61C2 (second engaging rib portion) to make the film The sheet containing cassette 54 is rotated until the rotation of the diaphragm receiving cassette 54 is restricted. In this manner, the cymbal container 54 is attached to the smear handling device 41, and the blade accommodating device 54 is attached to the filth treatment device 41. The outer flange portion of the flange portion is engaged. Thereby, it is possible to prevent the film from collecting money from the diaphragm mounting portion 12_. In other words, the film holder g (4) of the present embodiment includes a connection mechanism for attaching to the waste disposal farm 41 (the g side is locked and the hinge connection mechanism is provided by the claw portion 62 provided in the waste disposal device). (The main body side locking portion) is formed by the outer edge portion of the tubular core flange milk and the notch 58 for guiding and releasing the film collecting money 54. According to this embodiment, the film can be prevented. The sheet accommodation g 54 is detached in a state in which the upper portion 49 of the valley body is opened as shown in Fig. 13. When the diaphragm accommodating cassette 54 is removed from the waste disposal device 41, the user is made to view the diaphragm from above the axis 0. The accommodating opening rotates in the left direction of rotation in the circumferential direction. Thus, the claw portion 62 and the engaging rib portion (the first engaging rib portion) abut each other to restrict the rotation of the diaphragm receiver 54. As described above, since the engagement rib is attached to the end portion of the notch 右 on the right rotation direction side, the claw portion 62 abuts against the engagement rib portion 322178 40 201109252, and the claw portion 62 The position is substantially the same as the position of the notch 58. Therefore, the diaphragm can be accommodated 匣 54 The diaphragm mounting portion 12 is pulled up and removed. - The diaphragm receiving cassette 54 and the dirt processing device 41 having such a configuration can easily perform the work of replacing/installing the diaphragm receiving cassette 54. When the diaphragm storage cassette 54 is connected/released, as described above, the user only needs to install the diaphragm accommodation cassette 54 in the diaphragm mounting portion 12 and rotate it. Therefore, the user is in the consumption. When the film 15 of the product is all used up, the film receiving cassette 54 can be replaced by a simple operation, and a new diaphragm housing 54 can be reinstalled by a simple operation. Moreover, due to such a simple Since the connection mechanism between the diaphragm accommodating cassette 54 and the stain processing apparatus 41 is realized, the user can easily understand the attachment/detachment method of the diaphragm accommodating cassette 54 without referring to the operation sequence described in the instruction manual or the like. In the present embodiment, the outer edge portion (the side edge locking portion) of the tubular core flange 57f that is engaged with the claw portion 62 (the body side locking portion) provided in the waste disposal device 41, and Used to introduce the connection/release of the diaphragm receiving cassette 54 The port 58 (the side latching portion) constitutes a connecting mechanism (the hooking mechanism) for attaching the diaphragm containing cassette 54 to the stain processing device 41, but is not limited thereto, and may be attached to the diaphragm. Any type of connecting member of the crucible 54 and/or the stain treating device 41 may constitute a connecting mechanism. Alternatively, the diaphragm may be attached/engaged to the stain processing device 41 without the diaphragm receiving device 54. The housing 54 is placed in the diaphragm mounting portion 12. f 41 322178 201109252 In addition, in the present embodiment, the case where the diaphragm housing S 54 is used for the stain treatment | However, the present invention is not limited thereto, and the diaphragm can be accommodated for use in other waste disposal apparatuses that are applicable, and is an independent completion member. In addition, in another embodiment, the waste disposal device may be provided with a rotating plate that is rotatably attached to the bottom portion of the bottom portion of the housing body, and is disposed of the dirt film of the dirt disposal device. The sheet is constructed by supporting the rotating plate from below. According to this configuration, when the user discards the contaminant in the stain disposal rack, the discarded stain is accumulated together with the diaphragm on the rotating plate at the bottom of the lower portion of the housing body. Furthermore, the user who has been stored in the main body of the contaminant storage body has reached a full overflow of the waste material, and the user of the abandoned temple is twisted by rotating the rotating plate, and the area between the sewage machine and the sewage input port is twisted (4). The twisted portion of the wire twisted and contracted (4) is cut off by the above-mentioned diaphragm cutter, and the stain and the film contained in the film can be taken out from the waste storage body. Therefore, when the dirt that has overflowed in the waste storage body is taken out from the waste storage body, the user can easily perform the work of cutting the film by using the film cutter, and can prevent the The work order for removing the dirt causes the odor of the dirt contained in the diaphragm to leak to the outside. In the other aspect of the T:, the filth treatment device is reconfigurable and the tape accommodating portion attached to the (4) cutter is attached. ^ According to this, the user can cut off the membrane month by the membrane cutter and the adhesive is contained in the belt accommodating part when it is stored in the inside of the septic body. The opening of the membrane with the cut piece is closed 322178 42 201109252. Therefore, it is possible to prevent the user from leaking the odor from the smear contained in the smear when the smudge is discharged from the smear receiving body. Further, the adhesive tape accommodating portion and the film cutter may be integrally attached to the waste accommodating main body so that the user can close the diaphragm while the diaphragm opening is closed by the adhesive tape. According to this configuration, the user can perform the cutting of the rattan piece and the sealing of the opening of the diaphragm at the same time, so that the waste take-out operation can be easily and quickly performed. The embodiments of the present invention have been described above with reference to the drawings, but the present invention is not limited to the illustrated embodiments. For the embodiments shown in the drawings, various modifications and changes can be made without departing from the scope of the invention. [Industrial Applicability] The present invention provides a waste disposal device capable of preventing the film from being detached from the film, and is expected to be widely applied to industrial products such as a diaper treatment device for children. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the entire waste disposal apparatus according to an embodiment of the present invention. Fig. 2 is a side cross-sectional view showing the waste disposal apparatus of the same embodiment. Fig. 3 is a side cross-sectional view showing the waste disposal apparatus of the same embodiment. Fig. 4 is an enlarged side elevational cross-sectional view showing the sealing mechanism of the same embodiment when it is closed. ί 43 322178 201109252 Fig. 5 is an enlarged cross-sectional side view showing an enlarged view of the sealing mechanism of the same embodiment. Fig. 6(a) shows an enlarged cross-sectional view of the side portion of the diaphragm which is interrupted by the sealing door and the sealing door abutment portion of the present embodiment. (b) is a side cross-sectional enlarged view showing the lost portion of the diaphragm in the case of the sealing door of the same embodiment and the sealing door of the sealing door. (a) is a side cross-sectional enlarged view showing a portion where the embossing type sealing door and the concave type sealing door engaging portion of the embodiment of the present invention are opened, and the film clamping portion is enlarged. . (b) is a side cross-sectional enlarged view showing a portion in which the film-shaped sealing portion and the concave-type sealing door abutting portion of the other embodiment of the present invention are closed. Fig. 8 is an exploded perspective view showing the diaphragm accommodating portion taken out and displayed. < Fig. 9 is a perspective view showing the entire waste disposal apparatus according to an embodiment of the present invention. < 丨〇 系 斜 斜 斜 β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β An enlarged view of the side section. Fig. 2 is a perspective view showing the main body lock releasing operation of the same embodiment. Fig. 13 is a side cross-sectional view showing a state in which the upper portion of the housing body of the same embodiment is rotated. 322178 44 201109252 The oblique ^ Figure 14. The figure is a cover unlocking operation showing the same embodiment. The Li diagram is a side cross-sectional view showing a stain in another embodiment of the present invention and a closing door for closing. The figure is a side cross-sectional view showing the dirty physical sealing door shown in the figure. ▼ Centering The figure is an oblique view showing the closed mechanism shown in the 16th ® from the lower side. Figure 18 is a perspective view showing the film receiving cassette of the present invention. Fig. 19 is a perspective view showing a state in which the diaphragm shown in Fig. 18 is received. Fig. 20 is a side view of the state shown in Fig. 19 as viewed from the side. - Fig. 21 is a plan view of the film containing cassette of the state shown in Fig. 19 as viewed from the upper side of the axis of the tubular core. Fig. 22 is an external view showing a state in which the film containing cassette has been removed from the object processing apparatus of Fig. 15 as viewed from above the axis 〇. / Figure 23 is a cross-sectional view showing a twist mechanism of a conventional waste disposal device. Fig. 24 is a cross-sectional view showing a mechanism of a conventional soiling device. [Description of main component symbols] 1b 41 Contamination treatment device f 12 (4) Mounting portion 12a Mounting portion inner peripheral surface 12b Amperage portion bottom surface 322178 45 201109252 12h Opening portion 14 diaphragm housing portion 16 dirt input port 17b, 47b bottom 18 cover Body handle 20 cover button 21 body button 21p column portion 23 cover body 25 body locking mechanism 27, 57 tubular core portion 28, 48 sealing mechanism 30 cover body hinge key 32 button hooking holes 33c, 35c, 53c, 55c clamping surface 34 Door opening and closing upper surface 34r Upper surface rear portion 36 盍 body button fishing joint 13 and 43 秽 收容 收容 收容 15 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 47 21g button outer circumference 22 receiving body upper handle 24 cover locking mechanism 26 closing knot 27f, tubular core flange 29 diaphragm restraining flange 31 body money keys 33, 53 sealing door 34f upper surface front portion 35, 55 sealed Use the door hinge 37 guide 38 diaphragm cutter 42 bevel 45 closed mechanism hinge 50 compared to the key 54 diaphragm accommodation 匣 58 notch 39, 69 spring ^ cylindrical column Portion 46 Spring cover 51 Groove-like recess 56, 62 Claw 60 Upper surface 46 322178 201109252 61 Rib 61a Circumferential rib 61b Diameter rib 6lei, 6 1 C2 Engagement rib 63 Spring guide 64 Lower surface 101 Membrane Sheet 102 tubular guide 103 twisting means 104 closing portion 105 dirt receiving body 106 cover 107 diaphragm 108. closing mechanism 109 rod-shaped clamping member 110 dirt machine 133 protruding strip 135 groove d dirt 0 axis S Advance and retreat movement direction 47 322178