M321900 八、新型說昀：1 ( 【新型所屬之技術領域】 係一種環保設備，特別係指一種雙螺旋生化處理機，主要係 由機架、發酵槽、雙螺旋攪拌器、引風機、熱風爐與熱風機所組 成，其中，該發酵槽係安裝於機架上，該雙螺旋攪拌器設置在發 . 酵槽内，該引風機設置在機架的後方並與發酵槽相連，熱風爐設 置在發酵槽的下方並與其相連，熱風機設置在熱風爐的前方。 » 【先前技術】 現代社會每天都在產生數量巨A之有機廢棄物，因而有機廢 棄物的再生彻—直是人侧注的_，而將有機廢棄物經處理 製造成有機肥料是一種最為理想、最受歡迎的方式，但習知的有 機廢物處理5又備存在著設備結構複雜、處理時間較長等問題，需 要加以不斷之改進與完善。 【新型内容】 有鑒於習域構設計上_，本__其加以改良， 請參閱本創作之第二、三、四圖所示： 優點1、本創_娜⑽嫩_崎賴，可以保證 棄物在設定的溫度下充分發酵，達到理想的生物處 優點2、本創作係制雙微餅器 沉件’混合效果極佳，使 M321900 “風秦原料可達雜速响自的混合，使發賴迅速發揮 最好的效率。 優點3、本創作於發酵槽内熱風進入内鋼處設置了擔板，槽板下方 並設置有擋鉤，可有效避免原料粉倒人外銷，熱風經此噴 射入内銷下方’順螺旋攪拌循環，達到充分與原料混合併 發酵。 【實施方式】 清參閱本創作之第一、二、三、四、五、六圖所示；本創作 係-種雙職生化處理機，主要係由機架⑴、發酵槽⑵、雙 職勝裔⑶、引風機⑷、熱風爐⑸與熱風機⑹所組 成’其中’該發酵槽（2)係安裝於機架⑴上，該雙螺旋麟 器（3)設置在發酵槽⑵内，該引風機⑷設置在機架⑴ 的後方並與發酵槽（2)相連，該熱風爐⑸設置在發酵槽⑵ 的下方並與其相連，轉風機⑷則設置於誠爐⑸的前方。 該發酵槽⑵係圓筒形結構，呈臥式安裝於機架⑴上， 其内包括外筒體（21)，在外筒體（21)内連接有一「u」形槽體 (22)，該「U」形槽體（22)之-側邊與外筒體⑵）密封連接， 另一侧邊與外筒體（21)間斷相連，於Γυ」形槽體（22)内形 成内鍋（23) ’於「U」形槽體（22)外形成外鍋（24),於外筒 體（21)内與U」形槽體（22)間斷相連處之上方間隔設有多 塊軸向安裝的擋板（25)，該檔板（25)下方設有擋鉤（251)， 外筒體⑵）上部設有加料口⑶），底部設有熱風進口與熱風 爐（5)之熱風出口相連，於外筒體（21)後端連接有封頭（26)， M321900 夕卜筒體㈤前端連接有槽蓋（27)，封頭⑻上部設有出氣 口連通内鍋（23)，在出氣口上外接有排氣管（28)。 而雙螺旋攪拌器（3)設置在發酵槽⑵内，包括轉轴⑻、 -多根橫杆（32)、多根内螺旋杆（33)與多根外螺旋杆（34)，轉 •軸（31)架設在發酵槽⑵的封頭（26)與槽蓋（27)上，轉 轴在槽蓋⑼-端向外伸出，在其端部安裝有皮帶輪（3ιι); 乡根檢杆（32)均勻相間並交錯垂直安裝在轉軸（31)上；多根 内職杆（33)連接在各橫杆的中部並分段反向設置在轉轴⑻ 後兩半部分；多根外螺旋杆（34)連接在各橫杆的端部並分 段反向設置在轉軸的前後兩半部分，位於轉轴⑶）相同部份的 内螺旋杆（33)與外螺旋杆（34)之旋轉方向相反；引風機⑷ 设置在機架（1)之後方，其出風管⑷）與發酵槽⑵上之排 氣管（28)連通；熱風爐（5)設置在發酵槽（2)之下方，其出 風口與發酵槽⑵下部之進風口連通，其進風口設置於前端， 熱風機（6)設置在熱風爐（5)的前方，其出風口正對熱風機（6) 之進風口。 . 本創作雙螺旋生化處理機於使用時，將有機廢棄物從發酵槽 _ (2)之加料口（211)加入，蓋好後，啟動機器，由熱風爐〇)、 熱風機（6)向外鍋（24)提供150艺之恆溫熱風加熱，熱風再經 外鋼（24)與内鍋（23)之間的通道進入内鍋（23)，使内銷（23) 卜 中的有機廢棄物在約12(TC下邊攪拌邊發酵。 M321900 [圖式簡單嬈曰月】 第-圖為本創作之整聽構立體圖。 第二圖為本創作之剖視結構示意圖。 第三圖為本創作之部分剖視結構示意圖。 第四圖為摘作之_概拌ϋ結構圖。M321900 VIII. New type 昀: 1 ([New technical field] It is an environmental protection equipment, especially a double-spiral biochemical processor, mainly consisting of a rack, a fermentation tank, a double-screw agitator, an induced draft fan, and a hot blast stove. The hot air blower is arranged on the rack, wherein the double spiral agitator is arranged in the fermentation tank, the induced draft fan is arranged at the rear of the rack and connected to the fermentation tank, and the hot air stove is arranged at Below the fermenter and connected to it, the hot air blower is placed in front of the hot air stove. » [Previous technology] Modern society produces a large amount of organic waste every day, so the regeneration of organic waste is straightforward. _, and the organic waste is processed into organic fertilizer is the most ideal and most popular way, but the known organic waste treatment 5 has the problems of complicated equipment structure and long processing time. Improvement and improvement. [New content] In view of the design of the domain structure, this __ is improved, please refer to the second, third and fourth figures of this creation: Advantage 1 This creation_na (10) tender _ saki, can ensure that the waste is fully fermented at the set temperature, to achieve the ideal biological advantages 2, the creation of the double micro-cake sinker 'mixed effect is excellent, so M321900 "wind The raw materials of Qin can reach the mixing speed of the mixed speed, which makes the rapid development of the best efficiency. Advantages 3. The creation of the hot air into the inner steel in the fermentation tank is provided with a support plate, and a retaining hook is arranged under the groove plate. Effectively avoid the raw material powder from being dumped, and the hot air is injected into the 'spin spiral mixing cycle below the domestic pin to fully mix with the raw materials and ferment. 【Examples】 See the first, second, third, fourth, fifth and sixth of the creation. As shown in the figure, this creation department is a kind of dual-care biochemical processor, which is mainly composed of rack (1), fermentation tank (2), double-lead (3), induced draft fan (4), hot blast stove (5) and hot air blower (6). The trough (2) is mounted on the frame (1), the double helix (3) is disposed in the fermentation tank (2), and the induced draft fan (4) is disposed behind the frame (1) and connected to the fermentation tank (2), the hot air furnace (5) Set under the fermenter (2) and interact with it The rotary fan (4) is disposed in front of the furnace (5). The fermentation tank (2) is a cylindrical structure and is horizontally mounted on the frame (1), and includes an outer cylinder (21) in the outer cylinder (21). A "u" shaped trough body (22) is connected, the side of the U-shaped trough body (22) is sealingly connected to the outer cylinder body (2), and the other side is intermittently connected to the outer cylinder body (21). The inner pot (23) is formed in the 槽"-shaped tank body (22). The outer pot (24) is formed outside the "U"-shaped tank body (22), and the U"-shaped tank body (22) in the outer cylinder body (21) A plurality of axially mounted baffles (25) are arranged above the intermittent connection, and a baffle (251) is arranged below the baffle (25), and a feeding port (3) is provided on the upper part of the outer cylinder (2), the bottom The hot air inlet is connected with the hot air outlet of the hot blast stove (5), and the head (26) is connected to the rear end of the outer cylinder body (21), and the front end of the M321900 ii cylinder body (5) is connected with a slot cover (27), and the head (8) The upper part is provided with an air outlet communicating with the inner pot (23), and an exhaust pipe (28) is externally connected to the air outlet. The double-screw agitator (3) is disposed in the fermentation tank (2), and includes a rotating shaft (8), a plurality of cross rods (32), a plurality of inner spiral rods (33) and a plurality of outer spiral rods (34), and a shaft (31) erected on the head (26) and the tank cover (27) of the fermentation tank (2), the shaft protrudes outward at the end of the tank cover (9), and a pulley (3 ιι) is installed at the end thereof; (32) evenly spaced and staggered vertically mounted on the rotating shaft (31); a plurality of internal poles (33) are connected in the middle of each crossbar and are arranged in opposite directions in the rear half of the rotating shaft (8); a plurality of outer helical rods (34) connected to the end of each crossbar and arranged in opposite directions in the front and rear halves of the rotating shaft, the rotation direction of the inner auger (33) and the outer auger (34) in the same part of the rotating shaft (3) Conversely, the induced draft fan (4) is disposed behind the frame (1), and the outlet duct (4) is in communication with the exhaust pipe (28) on the fermentation tank (2); the hot air furnace (5) is disposed below the fermentation tank (2). The air outlet is connected to the air inlet of the lower part of the fermentation tank (2), the air inlet is arranged at the front end, the hot air blower (6) is arranged in front of the hot air furnace (5), and the air outlet is facing the hot air blower (6) ) The air inlet. When the double spiral biochemical processor is used, the organic waste is added from the feeding port (211) of the fermentation tank _ (2), and after the cover is completed, the machine is started, the hot air furnace 〇), the hot air blower (6) The outer pot (24) provides 150 constant temperature hot air heating, and the hot air enters the inner pot (23) through the passage between the outer steel (24) and the inner pot (23), so that the domestic waste (23) is organic waste. Fermentation is carried out under stirring at about 12 (TC). M321900 [Simple figure of the figure] The first picture is a stereoscopic view of the whole structure of the creation. The second picture is a schematic cross-sectional structure of the creation. The third picture is the creation of the creation. A schematic view of a partial cross-sectional structure. The fourth figure is a structural diagram of the extracted 概.
第刻為本創作之雙螺旋_正視結構示意圖。 第八圖為摘作之雙螺旋磐賴視結構示意圖。 【主要元件符說說明】 (3) 雙螺旋攪拌器 (31) 轉軸 (311)皮帶輪 (32) 橫杆 (33) 内螺旋杆 (34) 外螺旋杆 (4) 引風機 (41)出風管 (5) 熱風爐 (6) 熱風機 (1) 機架 (2) 發酵槽 (21) 外筒體 (211)加料〇 (22) U形槽體The first moment is the double spiral of the creation _ the schematic structure of the front view. The eighth figure is a schematic diagram of the double-helical structure of the abstract. [Main component description] (3) Double screw agitator (31) Rotary shaft (311) Pulley (32) Crossbar (33) Inner auger (34) Outer auger (4) Induced draft fan (41) Outlet (5) Hot air stove (6) Heat blower (1) Rack (2) Fermenter (21) Outer cylinder (211) Feeding 〇 (22) U-shaped tank
(23) 内鍋 (24) 外鍋 (25) 擔板 (251)擒釣 (26) 封頭 (27) 槽蓋 (28) 排氣管(23) Inner pot (24) Outer pot (25) Plate (251) Squid (26) Head (27) Slot cover (28) Exhaust pipe