M305882 八、新型說明： 【新型所屬之技術領域】 特別是一種具高機動性之 本創作係為一種移動式焚化爐（一）， 焚化爐構造。 【先前技術】 目前所有之焚倾㈣能大量處理廢雜a彡 甘 ::私=具:運至焚化廠；由是，廢棄物在截運之過程除了費時 ，而姑廢棄物之處喊本外，縣載運過程亦料造成環境 ^ 一:切^尤其是制性之廢棄物(如：祕廢麵、口蹄疫 k成之病死豕t錢流感造成之病死禽鳥）於載運過更容易造成病 媒之擴散。 【新型内容】 本創作之目的，即在於改善上述制焚化爐所具有之缺點，提 供-種具高機祕之雜式焚化爐構造。 為制上述目的，本麟之軸式焚化爐 ，包含有： 一以氫、氧氣為燃料之焚燒室； 一設於焚燒室前端，可將廢棄物倒入焚燒室内之入料裝置； 一汉於焚燒室後端，以氫、氧氣為燃料之二次焚燒室； 一設^^二次焚燒室後端，可對二次焚燒室所產生之廢氣、粉塵 進行過濾收集之集塵裝置，· 4 M305882 -設於集歸置後端之誘引風車，· 入之廢氣以水洗方 切丨風車後端，可對誘引風車抽送進 式進仃再一-人淨化之空氣淨化裝置； 一以水為原料，一發電機；及 而可將水電解產生氫 氧氣之氫氣產生裝置； 【實施方式】 —有關本創作為達到目的所職之技術手段及其構造，茲謹再配 合第一圖所示之實施例，詳細說明如下·· 如第-圖所示，實施例中之移動式焚化爐包含有一焚燒室10、 -叹於焚燒室10前端之人料裝置20、_設於焚燒室職端之二次焚 燒室30、一設於二次焚燒室30後端之集塵裝置40、-設於集塵裝^ 微端之剌風車50、-設於風車5G後端之空氣淨化裝·、 一氫軋產生裝置7〇、一發電機80及一移動機具9〇 ;其中： 焚燒室10 (如第一圖所示），係為一以氫、氧氣為燃料之焚燒裝 置，用以提供廢棄物之燃燒焚化。 入料裝置20(如第一圖所示），係設於焚燒室1〇前端，用以將廢 棄物倒入焚燒室10内。 二次焚燒室30(如第一圖所示），係為一以氫、氧氣為燃料之焚 燒裝置，設於焚燒室1〇後端，用以對焚燒室10燃燒焚化廢棄物所產 M305882 生之廢氣進行再次之燃燒；二次焚燒室30並包含有一熱交換器31(如 第一圖所示），係設於二次焚燒室30後端，用以收集二次焚燒室3〇 所排放之廢氣熱能，再回饋至焚燒室10内，以提高焚燒室10之燃燒 效率，而得以節省焚燒室10之燃燒能源，並可引接一水源進行熱交 換產生熱水，進而達到能源之充分利用。 集塵裝置40(如第一圖所示），係設於二次焚燒室3〇後端，包含 有一次集塵筒40A與二次集塵筒40B，可對二次焚燒室30所棑出之廢 氣、粉塵進行過濾收集；其中，一次集塵筒40A可對顆粒較大、重量 較重之廢氣、粉塵進行過濾收集，二次集塵筒40B可對顆粒較小、重 里較輕之廢氣、粉塵進行過濾收集。 誘引風車50(如第一圖所示），係設於集塵裝置4〇後端，用以將 經集塵裝置40淨化後之廢氣抽送進入空氣淨化裝置6〇内，並得感應 焚燒室10内之壓力，當焚燒室丨〇内之壓力越大時，誘引風車5〇即以 更快之速度將廢氣抽送進入空氣淨化裝置6〇内，易言之，誘引風車 50抽送廢氣進入空氣淨化裝置6〇内之速度與焚燒室1〇内之壓力成正 比0 空氣淨化裝置60(如第一圖所示），係設於誘引風車6〇後端，用 以收集誘瓶車_賴蚊舰，並以生化财式·氣進行再 -次之冷卻及淨化’使麟淨化合排放鮮之乾淨空氣排放之。 氣氣產生裝置70(如第-圖所示），係為一以水為原料，而可將 水甩解產生氫、氧氣，並用以提供焚燒室1_二次焚燒室謝然燒焚 6 M3 05 882 化廢棄物所需要之能源。 發電機80(如第一圖所示），用以產生一電源，以提供上述需要 電能運作之裝置使用。 移動機具90(如第一圖所示），用以承載安裝上述裝置，並得以 機動載運上述裝置者。 藉由上述之構造，實施例中之移動式焚化爐，由於焚燒室10與 一次焚燒室30係以氫氣產生裝置80所產生之氫、氧氣為能源，因此 ⑩ 除了使整個焚化爐之使用更符合极保’且得以提高燃燒焚化廢棄物 之效率外，尤其可小型化整個焚化爐之體積，令整個焚化爐得以安 ， 裝於移動機具90上，機動的將整個焚化爐載運至廢棄物產生場所 .(如：產生醫療廢棄物之醫院、產生口蹄疫病死家畜之農場），以對 高感染性廢棄物進行燃燒焚化，進而得以避免病媒之擴散者。 由是，從以上之所述及圖式所示之實施例可知，實施例中之矛 動式焚化爐確可達到創作之目的，提供—種具高機動性之移動式专 化爐構造，而具有㈣之進倾，且其構造亦確為未曾有過，誠e ft新型專利之要件’爰依法㈣專射請，並祈賜專利為禱，. 感德便。 惟以上所述，僅為本創作 可行實施例’該實施例主要僅A 於用以舉例說明本創作為達到 、 要{在M305882 VIII. New description: [New technical field] The special creation system is a mobile incinerator (1), incinerator structure. [Prior Art] At present, all of the incineration (four) can deal with waste a large amount of waste: a private = with: transported to the incineration plant; because of the waste in the process of interception, in addition to time-consuming, and the waste is called In addition, the county's carrying process is also expected to cause environmental pollution. ^: Cuts, especially the waste of the system (such as: the secret waste surface, the foot-and-mouth disease, the disease, the dead bird, the disease caused by the flu, the dead bird) is more likely to cause illness. The spread of the media. [New content] The purpose of this creation is to improve the shortcomings of the above-mentioned system incinerators, and to provide a hybrid incinerator structure with high machine secrets. For the above purposes, Benlin's shaft incinerator includes: a combustion chamber that uses hydrogen and oxygen as fuel; and a charging device that is placed at the front end of the incineration chamber to pour waste into the incineration chamber; The second incineration chamber with hydrogen and oxygen as fuel at the back end of the incineration chamber; and a dust collecting device for filtering and collecting the exhaust gas and dust generated by the secondary incineration chamber at the rear end of the secondary incineration chamber, 4 M305882 - The windmill is set at the rear end of the set backing. · The exhaust gas is cut by the water to cut the rear end of the windmill. It can be used to pump the windmill into the air purification device. , a generator; and a hydrogen generating device that can electrolyze water to produce hydrogen and oxygen; [Embodiment] - the technical means and structure of the present work for achieving the purpose, and the implementation shown in the first figure For example, as described in the first figure, the mobile incinerator in the embodiment includes an incineration chamber 10, a human material device 20 sighing at the front end of the incineration chamber 10, and a second position at the incineration chamber. Secondary incineration chamber 30, one set in secondary incineration a dust collecting device 40 at the rear end of the chamber 30, a windmill 50 provided at the dust collecting device, an air purifying device provided at the rear end of the windmill 5G, a hydrogen rolling generating device 7A, a generator 80, and A mobile machine 9; wherein: the incineration chamber 10 (shown in the first figure) is an incinerator powered by hydrogen or oxygen to provide combustion incineration of the waste. The feeding device 20 (shown in the first figure) is disposed at the front end of the incineration chamber 1 to pour the waste into the incineration chamber 10. The secondary incineration chamber 30 (shown in the first figure) is an incineration device using hydrogen and oxygen as fuel, and is disposed at the rear end of the incineration chamber 1 for burning the incineration waste of the incineration chamber 10 to produce M305882 The exhaust gas is burned again; the secondary incineration chamber 30 includes a heat exchanger 31 (shown in the first figure), which is disposed at the rear end of the secondary incineration chamber 30 for collecting the discharge from the secondary incineration chamber The waste heat energy is fed back to the incineration chamber 10 to increase the combustion efficiency of the incineration chamber 10, thereby saving the combustion energy of the incineration chamber 10, and introducing a water source for heat exchange to generate hot water, thereby achieving full utilization of energy. The dust collecting device 40 (shown in the first figure) is disposed at the rear end of the secondary incineration chamber 3, and includes a primary dust collecting cylinder 40A and a secondary dust collecting cylinder 40B, which can be taken out from the secondary incineration chamber 30. The exhaust gas and dust are collected and collected by filtration; wherein, the primary dust collecting cylinder 40A can filter and collect the exhaust gas and dust with larger particles and heavier weight, and the secondary dust collecting cylinder 40B can treat the exhaust gas with smaller particles and lighter weight, The dust is collected by filtration. The induced windmill 50 (shown in the first figure) is disposed at the rear end of the dust collecting device 4, and is used for pumping the exhaust gas purified by the dust collecting device 40 into the air purifying device 6〇, and the induction incineration chamber 10 is obtained. The pressure inside, when the pressure in the chamber of the incineration chamber is larger, the windmill is induced to pump the exhaust gas into the air purifying device 6〇 at a faster speed. In other words, the windmill 50 is induced to pump the exhaust gas into the air purifying device. The speed within 6〇 is proportional to the pressure in the chamber of the incineration chamber. 0 The air purifying device 60 (as shown in the first figure) is located at the rear end of the induced windmill 6〇 to collect the trapping car _ Lai Mosquito. And the bio-chemical and gas-based re-cooling and purification of the 'purification of the clean and clean discharge of clean air. The gas generating device 70 (shown in the first figure) is made of water as a raw material, and the water can be decomposed to generate hydrogen and oxygen, and used to provide an incineration chamber. 1_Secondary incineration chamber Xieran burns 6 M3 05 882 Energy required for waste. A generator 80 (shown in the first figure) is used to generate a power source for providing the above-described means for requiring electrical energy operation. The mobile implement 90 (shown in the first figure) is used to carry the above-described device and is capable of carrying the above-described device in a motorized manner. With the above configuration, in the mobile incinerator in the embodiment, since the incineration chamber 10 and the primary incineration chamber 30 are hydrogen and oxygen generated by the hydrogen generating device 80, the 10 is more suitable for the use of the entire incinerator. In addition to improving the efficiency of burning incineration waste, it is possible to miniaturize the volume of the entire incinerator, so that the entire incinerator can be installed on the mobile machine 90 and the entire incinerator can be transported to the waste generation site. (eg hospitals that produce medical waste, farms that produce foot-and-mouth disease dead animals) to burn and incinerate highly infectious wastes, thereby avoiding the spread of vector vectors. Therefore, it can be seen from the above embodiments and the embodiments shown in the drawings that the spear-type incinerator in the embodiment can achieve the purpose of creation, providing a mobile specializing furnace structure with high mobility, and It has the (4) advancement, and its structure is indeed unprecedented. The requirements of the new patent of Cheng e ft '爰 ( ( 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四However, the above description is only for the present invention. The embodiment is mainly used only to illustrate the creation of the present invention.
j目的所運用之技術手段及其構造，因 此並不能以之限定本創作之保 再k U 卜上 靶園，舉凡依本創作說明書及申請 專利乾圍所為之等效變化或佟飴 T月 ^ ’皆應仍屬本創作所涵蓋之保護範 M305882 【圖式簡單說明】 第一圖係本創作之構造示意圖。 ' 【主要元件符號說明】 : 10焚燒室 20入料裝置 30二次焚燒室 • 31熱交換器 40集塵裝置 ， 40A —次集塵筒 - 40B二次集塵筒 50誘引風車 60空氣淨化裝置 70氳氣產生裝置 • 80發電機 90移動機具 8The technical means and structure of the purpose of j, therefore, can not be limited to the protection of this creation, then the U-Bu target park, the equivalent change according to the creation specification and the patent application, or 佟饴T月^ 'All should still belong to the protection model covered by this creation M305882 [Simple description of the diagram] The first picture is a schematic diagram of the creation of this creation. ' [Main component symbol description] : 10 Incineration chamber 20 feeding device 30 secondary incineration chamber • 31 heat exchanger 40 dust collecting device, 40A - secondary dust collecting cylinder - 40B secondary dust collecting cylinder 50 induced windmill 60 air purifying device 70 helium gas generator • 80 generator 90 mobile machine 8