201103651 六、發明說明： 【發明所屬之技術領域】 本發明係一種垃圾處理裝置，尤指一種針對將大型有機物垃圾加以打 碎處理，並進而自動產生分類、集中處理之大型有機物垃圾處理分類裝置。 【先前技術】 現行城市生活袋裝垃圾種類繁多、成分複雜，要將之自動分類、收集 處理疋一件相當困難的事，因此申請人先前利用自動水分類篩選技術配合 各階段垃圾分類處理項目，如破袋、垃圾篩選、重物回收、小型垃圾、大 • 型垃圾、有機物、軟性塑膠薄膜等等，提出了多件相關專利之申請，並構 成一環環相扣的垃圾處理技術體系。 而在一般生活垃圾中，經常包含大量的大、小型有機物，這些有機物 垃圾當通過本垃圾處理技術體系中收集有機物的隔篩時(如第921〇1839號 案），小於5αη3的有機物（其中90%爲易腐有機物）會被有機物隔筛收集， 但有些大型有機物如玉米心、柚皮、榴蓮皮、木板、西瓜皮、整塊肉類等， 若在此垃圾處理技術體系之前段篩選中（如第921〇1841號案）無法將這些大 型有機物破碎到5cm3以下時，將會被後繼階段之撥輪(如第921〇1839號案， #其圖1-3所示之撥輪50)撥出’這些被撥輪撥出的大型有機物將會與其大於 5cm的多種垃圾物質混合在一起，使處理後之垃圾仍然是“垃圾一堆，，，而 此大型有機物的最終處理是本垃圾處理技術體系非常重要的技術關鍵環 節，且要將濕的垃圾與乾的垃圾完全分開收集需面臨極其困難的研發突破 考驗。 在前述超過5αη3的混合垃圾物f中，基本上是直徑大於18公分的混合 垃圾’其包括有.塑膠帶、扁平物、大於5αη3的有機物、軟性薄膜及其他 各種物質等’其成&及比例非常複雜，無法列舉統計，只能用歸類的方式 表述。而直徑小於18公分的各種浮于水的物質，可歸類爲： 201103651 Α· 直徑小於18公分的扁平物； Β ·直徑小於18公分沒有被破碎刀切碎的有機物； C.各種不可破碎的物質。包括：皮革類、組裝物（如玩具）、電器 類（含空的金屬瓶罐），賴物質大部分會在錄區被收集，但 由於進入水道時間不長或因其材f的比重較輕等原因會進入此 處核心分流位置； D· 各種塑膠薄膜及薄的化纖產品等。 這些直徑小於18公分的各餅于水的物質，其中A、B、c三種物質會 被撥輪撥出，但撥出的物質混合在一起仍然是—堆“垃圾”。因此，本發 明就是要將這-堆“垃圾，，作進-步的分類，以達到將所有垃圾完全分離 的效果，尤其是要在乾濕垃圾處理的問題上得到突破、解決。 緣此，本發明人有鑑於前述大型有機物混合垃圾最終處理的重要性及 關鍵性，本明人即料研發其解決方案，希望賴糾-種能澈底解 決的技術手段以使紐垃圾處理技術齡·於成功階段，遂經多時之構思 而有本發明之產生。 【發明内容】 本發明之目的在提供_種大财機物垃喊理分織置，其能使垃圾 分類處理中的大型錢物再進一步有效地加时離，並使垃圾中的大型輕 型垃圾與其他垃圾也同時進行有效分類，以利後續之回收處理操作。 本發明之再一目的在提供一種大型有機物垃圾處理分類裝置其能使 無法破碎的錢物再加工破碎，以適合整舰圾處理技賴纟水分類處理 的完整性，並得以有效將有機物充分地分類、回收及再利用者。 本發明為了達成上述之目的及功效，其所採行之技術手段包括一集箱 裝置，該集箱裝置包括有一第一收集箱及第二收集箱；一輸送裝置，該輸 送裝置是被動力所驅動運轉，其包括有一混合垃圾輸送帶、輕型垃圾輸送 201103651 垃圾^帶圾輸送帶、碎處理垃圾輸送帶、有機物垃圾輸送帶及非有機物 及該重L二=垃二輸=帶的傳輸末端係傳輸連接該輕型垃圾輸送帶 輕型垃圾於㈣、…圾輸送帶是對應該混合垃圾輸送帶，且該 設於該碎二圾==接收集箱;該有機物垃圾輸送帶是 垃祕,⑽ _錢触輯送帶錄接該碎處理 幅触顧_獅_觸場箱；一 有-谈π/魏裝置是設於舰合_觀帶的雜末端下[其包括 ’該送顺的—觀口是職軸觀赌卿；—破碎裝置 垃承接設於於該重型垃圾輸送帶的傳輸末端且位於該碎處理 重該破碎裝置包括有—筒體，該筒體設有—對應承接該 圾輸送帶的垃圾入口，該筒體内是傳動設有至少-碎擊件。 本發明技術手段是可進—步包括有-破碎裝置，該破碎裝置是設於一 垃=輸娜與-碎處理垃圾輸送帶的傳輸運作通· mm輸娜職 型：：：===:混合域輸送帶、送及輕 送膽^ 合垃圾輸送帶的傳輸末端下方，該 型垃圾輸送帶。一送風機’該送風機設有一送風口，該送風口係對應該輕 【實施方式】 請參至扪騎心核敎财缝輯處 包括：一集箱裝㈣、輸送裝、送風裝置織破碎裝置4q ; 較^包括有一第一收集箱11及第二收集箱12 ’該第一收集箱11是用以^集 輸送=二收集箱12是心_大、較重之垃圾(後詳述）。該 ，、裝置20疋被動力（如馬達)所驅動運轉而作為垃圾處理中的運輸通道， 201103651 其包括有一混合垃圾輸送帶2i、輕型垃圾輸送帶22、重型垃圾輸送帶23、 碎處理垃圾輸送帶24、有機物垃圾輸送帶25及非有機物垃圾輸送帶26 ;該 混合垃圾輸送帶21的傳輸末端係傳輸連接該輕型垃圾輸送帶22及重型垃圾 輸送帶23 ;該輕型垃圾輸送帶22是以網格式輸送帶設置且方向對應該混合 垃圾輸送帶21，其傳輸末_、連接該第―收集則；該重魏圾輸送帶幻 係承接該混合垃圾輸送帶21掉落下的垃圾，其傳輸末端係連接該破碎裝置 40 ;該碎處理垃圾輸送帶24是設於該破碎裝置4〇的下方，用以承接該破碎 裝置40處理後_圾；再者，該碎處理城輸送賴傳輸末端的_端轴2犯 與輸送帶本身241間是設有-空隙a，該空隙a是呈一條約5公分寬的空隙空 間，而該端軸242的頂端是略低於該輸送帶本身241末端的帶面約丨_2公分 ，該有機物垃圾輸送帶25是設於該碎處理垃圾輸送帶24的下方，用以承接 由該碎處理垃圾輸送帶24的空隙A所掉落下的有機物碎狀垃圾；該非有機物 垃圾輸送帶26係承接該碎處理垃圾輸送帶24掉落下的較大、較重型垃圾， 其傳輸末端係連接該第二收集箱12。X，在齡實财式巾，該混合垃圾 輸送帶21、輕型垃圾輸送帶22、重型垃圾輸送帶23、碎處理垃圾輸送帶以 、有機物垃圾輸送帶25及非有機物垃圾輸送帶26是以朝向其傳輸末端呈高 起傾斜狀態之設置，其巾姉舰峨送帶22是對應該齡崎輸送帶以 而呈最傾斜之設置。 該送風裝置30是設於該混合垃圾輸送帶21的傳輸末端下方，請一併參 閱第4圖，其包括有-送風機31，該送風機31係以馬達32為驅動動力源，送 風機31設有-送風口33及入風口34 ’其中該送風口33係對應該輕型垃圾輸 送帶22。 該破碎裝置40係設於該有機物垃圾輸送帶25上方並承接設於於該重型 垃圾輸送帶23之傳輸末端，請-併參閱第5圖，該破碎裝置包括有一圓形 之筒體41，該筒體41上方係以支架體42架設有—馬達43，並形成該筒體^ 201103651 上方一垃圾入口44，s亥垃圾入口44是對應承接該重型垃圾輸送帶23，該馬 達43具有一傳動軸431，該傳動軸431之另端係可固設於下方一用以承置該 破碎裝置40之底座體45，該傳動軸431是傳動有複數碎擊件46，如鏈條等， 該碎擊件46之上、下方是分別設有一360度圓型喇叭式之上護盤47、下護盤 48，亦即該上護盤47、下護盤48是設於該筒體41與傳動軸431間，並分別固 設於該支架體42、底座體45上，該上護盤47的徑寬是較該下護盤48為小， 用以形成該垃圾入口44下方一上寬下窄之垃圾處理通道空間，可使由該垃 圾入口44落入之垃圾較能平均分散至四邊的空間；另，在較佳實施例中， • 該筒體41之内壁是設有一厚橡膠等緩衝物（未圖示）。 如第3圖所示，當大型有機物混合垃圾由該混合垃圾輸送帶21運送至末 端而掉落入該重型垃圾輸送帶23時，該位於混合垃圾輸送帶21傳輸末端下 方的送風機31將相對以風力由該送風口33送出，並使由該混合垃圾輸送帶 21所掉落下垃圾中的輕型垃圾被風力吹離而貼在該輕型垃圾輸送帶22上， 並向上吹爬或被運輸至頂端而落於後方的第一收集箱u。而在較佳實施例 中’該送風口 33相距該輕型垃圾輸送帶22約呈60公分距離之設置。 而落於該重型垃圾輸送帶23的大型、較重垃圾，即送風機31無法將該 • 物體吹離貼在輕型垃圾輸送帶22上的所有垃圾物質，如：鞋子、皮具、西 瓜皮、柚子皮組裝電器空瓶罐、泡沫塑料等等，將則接續輸送到該破碎裝 置40，並由該垃圾入口44掉入該筒體41内。當該破碎裝置4〇啟動時，該碎 擊件46(鏈條）會以水平旋轉作動，而由該垃圾入口44掉入的所有垃圾物質 都會被該碎擊件46的打擊力、離心力作用而打到四邊的筒體41壁上。由於 有機物本身的硬度與其他的物質如鞋類、皮革類、電器類有極大的差異， 在此碎擊件46旋轉打擊的過程中，硬度較小的有機物質會被打碎成小顆粒 或漿狀物，而其他物質垃圾則會被打成一半或數塊或原封不動等，並因重 量及硬度的關係會加快落下，且與被擊碎的有機物垃圾落在下方的碎處理 201103651 垃圾輸送帶24上。在此破碎裝置4〇處理過程中，其主要功能是將大型的有 機物打碎成小於5cm3的體積，以達到方便後續分選的目的。 在後繼碎處理域輸送鶴的賴運輸職巾，該被打碎成小顆粒或 漿狀物的有機物贱將由該碎處理垃赌送賴的雜辦落人該有機物 垃圾輸送帶25上，繼輸送至有機物錄（未圖示），紐再送往與其他的有 機物混合以進行有·⑽之再^該碎處黯賴送帶24上較大型 之其他垃圾物㈣輸送掉落韻非械物垃圾觀㈣上錢輸送至該 第二收集箱12。 本發明最大的特色疋將無法破碎的有機物再加工破碎以適合整個垃圾 處理技術财、水分觸完整性，經過這個有機物的破碎分類㈣技術程序 ，可將有機物及Μ有機物魏的物質及無機物充分分離，進而使該垃圾 處理技術體系的自動水分選技術達到完整的運作功能。 綜合以上所述’本發明能夠自動將大型有機物進一步分類、收集，確 實為-相當優異之創思，統法提出巾請發明專利；惟上述說明之内容， 僅為本發明之難實關，凡依本發明之技術手酬延伸之變化皆 應落入本發明之專利申請範圍，特此說明。 【圖式簡單說明】 第1圖為本發明之裝置立體示意圖； 第2圖為本發明之上視示意圖； 第3圖為本發明之垃圾運作示意圖； 第4圖為本發明送風裝置之示意圖； 第5圓為本發明破碎裝置之示意圖。 【主要元件符號說明】 集箱裝置10; 第-收集箱11; 第二收集箱12; 輸送裝置20; 混合垃圾輸送帶21 ; 輕型垃圾輸送帶22 ; 201103651 重型垃圾輸送帶23 ; 輸送帶241 ; 有機物垃圾輸送帶25 ; 送風裝置30 ; 馬達32 ; 入風口 34 ; 筒體41 ; 馬達43 ; 垃圾入口 44 ; 碎擊件46 ; 下護盤48。 碎處理垃圾輸送帶24 ; 端軸242 ; 非有機物垃圾輸送帶26 送風機31 ; 送風口 33 ; 破碎裝置40 ; 支架體42 ; 傳動軸431 ; 底座體45 ; 上護盤47 ;201103651 VI. Description of the Invention: [Technical Field] The present invention relates to a garbage disposal device, and more particularly to a large-scale organic waste disposal and classification device for crushing large organic wastes and automatically generating classification and centralized treatment. [Prior Art] The current urban life bagged garbage has a wide variety and complex composition. It is quite difficult to automatically classify and collect it. Therefore, the applicant has previously used automatic water sorting and screening technology to match various stages of waste sorting and treatment projects. Such as broken bags, garbage screening, heavy material recycling, small garbage, large type of garbage, organic matter, soft plastic film, etc., have filed a number of related patent applications, and constitute a loop of garbage disposal technology system. In general household waste, it often contains a large amount of large and small organic matter. When the organic waste is collected through the waste disposal technology system (such as No. 921〇1839), it is less than 5αη3 organic matter (90 of them). % is perishable organic matter) will be collected by organic matter, but some large organic substances such as corn heart, pomelo peel, durian skin, wood board, watermelon rind, whole meat, etc., if screened in the previous section of the waste treatment technology system (such as Case No. 921〇1841) When these large organic materials cannot be broken below 5cm3, they will be dialed out by the dial of the subsequent stage (such as No. 921〇1839, #拨盘50 shown in Figure 1-3). 'The large organic materials that are dialed out by the dials will be mixed with a variety of waste materials larger than 5cm, so that the treated garbage is still a pile of garbage, and the final treatment of this large organic matter is the waste disposal technology system. It is a very important technical key link, and it is extremely difficult to meet the R&D breakthrough test to completely separate the wet garbage from the dry garbage. In the above-mentioned mixture of more than 5αη3 In the garbage f, it is basically a mixed garbage having a diameter of more than 18 cm. It includes a plastic belt, a flat material, an organic substance larger than 5αη3, a soft film, and various other substances. The composition and the ratio are very complicated and cannot be enumerated. Statistics can only be expressed in the form of classification. The various materials floating in water with a diameter of less than 18 cm can be classified as: 201103651 Α · Flats less than 18 cm in diameter; Β · Less than 18 cm in diameter without broken knives Chopped organic matter; C. Various non-breakable substances, including: leather, assembly (such as toys), electrical appliances (including empty metal bottles), most of the substances will be collected in the recording area, but due to entry The waterway time is not long or the core shunt position may enter due to the light weight of the material f; D· various plastic film and thin chemical fiber products, etc. These cakes with a diameter of less than 18 cm are water, of which A Three substances, B, and c will be dialed out by the dial, but the materials that are put together are still piled up with "garbage." Therefore, the present invention is to make this - heap "garbage, for the step-by-step Class, in order to achieve the effect of completely separating all the garbage, especially to solve the problem of dry and wet garbage disposal. Therefore, the present inventors have in view of the importance and key to the final treatment of the large-scale organic mixed waste, and the present inventors intend to develop a solution, and hope that the technical means of solving the problem can be solved. In the successful stage, the invention has been produced for a long time. SUMMARY OF THE INVENTION The object of the present invention is to provide a large amount of money and material shouting, which can further effectively remove large-scale money in the garbage sorting process and make large-scale light garbage in the garbage. It is also effectively classified with other garbage at the same time to facilitate subsequent recycling operations. A further object of the present invention is to provide a large-scale organic waste treatment and sorting device which can re-process and break the unbreakable money, so as to be suitable for the integrity of the whole ship garbage disposal technology, and to effectively and effectively treat the organic matter. Classification, recycling and reuse. In order to achieve the above objects and effects, the technical means adopted by the present invention include a concentrating device comprising a first collecting box and a second collecting box; and a conveying device which is powered by the power station Drive operation, including a mixed garbage conveyor, light garbage transportation 201103651 garbage ^ garbage conveyor belt, broken garbage conveyor belt, organic garbage conveyor belt and non-organic materials and the transmission end system of the heavy L 2 = waste two transmission = belt Transmission connection of the light garbage conveyor belt light garbage in (four), ... garbage conveyor belt is corresponding to the mixed garbage conveyor belt, and the equipment is set in the shredded garbage == receiving container; the organic garbage conveyor belt is secret, (10) _ money Touching the tape to record the broken processing touches the _ _ _ touch field box; one has - talk about the π / Wei device is located under the miscellaneous end of the ship _ viewing band [which includes 'the delivery of the mouth - Guankou It is a job-oriented gambling clerk; the crushing device is disposed at the end of the transfer of the heavy-duty garbage conveyor belt and is located at the end of the crushing treatment. The crushing device comprises a cylinder, and the cylinder is provided with a corresponding conveyor belt. Garbage entrance, Drive barrel is provided with at least - Crush member. The technical means of the present invention can further include a-crushing device, which is disposed in a transporting operation of a waste-to-negative and shredded garbage conveyor belt. The mm-in-the-line type:::===: Hybrid domain conveyor belt, delivery and light delivery conveyors below the transport end of the garbage conveyor belt, this type of garbage conveyor belt. A blower's air blower is provided with an air supply port, and the air supply port is lightly corresponding [implementation method] Please refer to the 扪 riding heart core 敎 敎 辑 包括 包括 包括 包括 包括 包括 包括 包括 包括 一 一 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四The first collection box 11 is used to collect the conveyance = the second collection box 12 is a large-sized, heavy garbage (described in detail later). The device 20 is driven by power (such as a motor) to serve as a transportation channel in the garbage disposal, and 201103651 includes a mixed garbage conveyor 2i, a light garbage conveyor belt 22, a heavy garbage conveyor belt 23, and a garbage disposal conveyor. The belt 24, the organic garbage conveyor belt 25 and the non-organic garbage conveyor belt 26; the conveying end of the mixed garbage conveyor belt 21 is connected to the light garbage conveyor belt 22 and the heavy garbage conveyor belt 23; the light garbage conveyor belt 22 is a net The format conveyor belt is disposed and aligned with the garbage conveyor belt 21, and the transport end_ is connected to the first collection; the heavy-duty conveyor belt magically receives the garbage dropped by the mixed garbage conveyor belt 21, and the transmission end thereof The crushing device 40 is connected to the crushing device 40; the crushing waste conveyor belt 24 is disposed under the crushing device 4〇, and is configured to receive the crushing device 40 for processing. Further, the crushing processing city transports the transfer end _ The end shaft 2 is provided with a gap a between the conveyor belt itself 241, and the gap a is a gap space of about 5 cm wide, and the top end of the end shaft 242 is slightly lower than the conveyor belt. The belt end of the 241 is about 丨 2 cm, and the organic garbage conveyor belt 25 is disposed below the crushed garbage conveyor belt 24 for receiving the organic matter dropped by the gap A of the crushed garbage conveyor belt 24. The non-organic garbage conveyor belt 26 is for receiving the larger and heavier garbage falling from the crushed garbage conveyor belt 24, and the conveying end is connected to the second collecting box 12. X, in the solid wealth type towel, the mixed garbage conveyor belt 21, the light garbage conveyor belt 22, the heavy garbage conveyor belt 23, the crushed garbage conveyor belt, the organic garbage conveyor belt 25 and the non-organic garbage conveyor belt 26 are oriented The end of the transmission is arranged in a high tilt state, and the carrier belt 22 is the most inclined setting corresponding to the Ages conveyor belt. The air blowing device 30 is disposed below the transmission end of the mixed refuse conveyor belt 21. Referring to FIG. 4 together, the air blowing device 31 includes a blower 31. The blower 31 is powered by a motor 32, and the blower 31 is provided with - The air supply port 33 and the air inlet 34' of the air supply port 33 correspond to the light garbage conveyor belt 22. The crushing device 40 is disposed above the organic waste conveyor belt 25 and receives the transmission end disposed on the heavy waste conveyor belt 23, and - see FIG. 5, the crushing device includes a circular cylinder 41, Above the cylinder 41, a bracket 43 is provided with a motor 43 and a garbage inlet 44 is formed above the cylinder body 201103651. The garbage inlet 44 is correspondingly received by the heavy garbage conveyor belt 23. The motor 43 has a transmission shaft. 431, the other end of the drive shaft 431 can be fixed to a base body 45 for receiving the crushing device 40. The drive shaft 431 is driven by a plurality of scraping members 46, such as a chain, etc. Above and below 46, there are respectively a 360-degree circular horn type upper protection plate 47 and a lower protection plate 48, that is, the upper protection plate 47 and the lower protection plate 48 are disposed between the cylindrical body 41 and the transmission shaft 431. And being respectively fixed on the bracket body 42 and the base body 45. The diameter of the upper guard plate 47 is smaller than that of the lower guard plate 48, and is used for forming a garbage width under the garbage inlet 44. The passage space allows the garbage falling into the garbage inlet 44 to be evenly distributed to the four sides. In addition, in the preferred embodiment, the inner wall of the cylinder 41 is provided with a cushioning material (not shown) such as a thick rubber. As shown in Fig. 3, when the large organic mixed garbage is transported to the end by the mixed refuse conveyor 21 and dropped into the heavy waste conveyor belt 23, the blower 31 located below the transfer end of the mixed refuse conveyor belt 21 will be relatively The wind is sent out from the air supply port 33, and the light waste dropped from the garbage by the mixed garbage conveyor 21 is blown off by the wind and attached to the light garbage conveyor 22, and is blown up or transported to the top. And the first collection box u that falls behind. In the preferred embodiment, the air supply opening 33 is disposed about 60 cm apart from the light waste conveyor belt 22. The large, heavier garbage falling on the heavy waste conveyor belt 23, that is, the blower 31 cannot blow the object away from all the garbage substances attached to the light garbage conveyor belt 22, such as shoes, leather goods, watermelon rind, grapefruit skin. The empty bottle, foam, etc. of the assembled electrical appliance are then transported to the crushing device 40 and dropped into the tubular body 41 by the refuse inlet 44. When the crushing device 4 is activated, the crushing member 46 (chain) will be rotated in a horizontal direction, and all the garbage substances dropped by the garbage inlet 44 will be hit by the striking force and centrifugal force of the crushing member 46. To the wall of the cylinder 41 on the four sides. Since the hardness of the organic matter itself is greatly different from other materials such as footwear, leather, and electrical appliances, the organic matter with less hardness is broken into small particles or pulp during the rotation of the scraping member 46. The other material waste will be cut into half or several pieces or intact, and will be accelerated due to the relationship between weight and hardness, and the crushed organic waste will fall below the broken processing 201103651 garbage conveyor belt 24 on. In the process of the crushing device 4, the main function is to break the large organic object into a volume of less than 5 cm 3 to facilitate the subsequent sorting. In the subsequent crushing treatment field, the transporting towel of the crane is transported, and the organic matter that is broken into small particles or syrup will be transported by the crushing and disposal of the organic waste conveyor belt 25, followed by conveying. To the organic record (not shown), New Zealand is sent to mix with other organic materials to carry out (10) and then the other parts of the larger type of waste (4) are transported off the non-mechanical waste. The money is transferred to the second collection box 12. The biggest feature of the invention is that the unbreakable organic matter is reprocessed and broken to suit the whole garbage disposal technology and water contact integrity. After the organic product is broken and classified (4) technical procedures, the organic matter and the organic matter and the inorganic matter can be sufficiently separated. In turn, the automatic moisture selection technology of the garbage disposal technology system achieves a complete operational function. According to the above description, the invention can automatically classify and collect large organic substances, and is indeed a rather excellent invention. The law of the law proposes invention patents; however, the contents of the above description are only difficult to implement the present invention. Variations in the art of the present invention are intended to fall within the scope of the patent application of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a device according to the present invention; FIG. 2 is a top view of the present invention; FIG. 3 is a schematic view of the garbage operation of the present invention; The fifth circle is a schematic view of the crushing device of the present invention. [Description of main components] Cartridge device 10; first-collection box 11; second collection box 12; conveying device 20; mixed garbage conveyor belt 21; light garbage conveyor belt 22; 201103651 heavy garbage conveyor belt 23; conveyor belt 241; Organic waste conveyor belt 25; air supply device 30; motor 32; air inlet 34; cylinder 41; motor 43; garbage inlet 44; shredder 46; lower shroud 48. Broken garbage conveyor belt 24; end shaft 242; non-organic garbage conveyor belt 26 blower 31; air supply port 33; crushing device 40; bracket body 42; transmission shaft 431; base body 45; upper guard plate 47;