1275639 九、發明說明： 【發明所屬之技術領域】 :種魏料祕包裝體，尤财_部包叙碳冊提供起火初期， =助承载之碳_驅面蚊’峨魏可作為錢雛合物， 次污染。 a 一 【先前技術】 • 有關-般使用碳燃料，如木碳或焦碳等作為火源之應肖，大體上是利 用在烤肉時作為需求熱源，常態使用方式為利用大型包裝袋包封雜料， 使用過程中依量之需求，而部份取出置放於一金屬爐體工〇 〇的裡部，請 参閱第1圖所示； —金屬爐體1 〇 ◦主要係由-金屬難i 〇 2間隔出—底部空間及上方 谷置工間’上方容置空間提供碳燃料4舖設，上端口跨置烤肉架1〇1， 底部由一托盤1〇 3所承托。 其點火操作為在底部挑高空間間隔金屬爐篦i 〇2，而由一燃燒裝置 Φ 1 〇 4喷出火舌攻向上層之碳燃料4底部，起燃後將燃料裝置i 〇 4移開。 或利用引線1Q 5-端蛇穿於碳燃料4的裡部，-端朝外經由點火操作 使該引線10 5循序燃燒進入碳燃料4的交疊間隙後，形成起火火源以點 燃碳燃料4。 燃燒完全後之灰燼則掉落托盤丄〇 3，其中碳燃料4為一大型包裝體 必須分量取出，並經由舖置操作分佈在金屬爐體i 〇 〇的裡部，過程中難 免會沾污操作者的手隻或衣物，以及該金屬爐篦1 〇2經久熱作會變形及 /亏損，回收再利用很難清潔，所以常將之丟棄造成環境污染。 — 上述為利用金屬爐體10 0的辅助，可提供燃料4有效燃燒，但若在 1275639 •缺乏爐體l〇 〇的使用下，則該破燃料4僅能以積堆方式放在托盤i 〇 3 的上方，並由引線1 Ο 5直接舖置在成堆的碳燃料4底部進行起火，起火 過程由於缺氧因素常常失效，或者在野外僅備存有碳燃料4的情況下，在 地面直接堆積起火。 其起火操作除了以引線1Q 5等方式，更有利用燃燒裝置i 4等火 攻操作將碳燃料起火，其操作過程非常麻煩，以及碳燃料4係為一碳化物， 谷易为解或讓微粒脫離因此而造成污染，攜帶過程非常不便。 、 請再參閲第2 _示，有—種設計為紐將魏料起火之後，分佈給 •多點烤_使用之預賴1 〇 7 ,該麵桶1 0 7腰身底部經由柵網1 〇 8間隔，柵網丄〇 8下方提供燃燒裝置丄〇 4置入形成火舌，攻向置於拇 網10 8上方之碳燃料4，經由燃燒裝置χ 〇 4以喷火或任何方式火攻上 方碳燃料4，使該碳燃料4形成自燃狀態之後，再施配到使用的烤肉爐， 起燃後預燃桶1 ◦ 7本體為灼烫高溫，贱藉由—延長之把手i 〇 9作為 提攜及傾倒操作依據，該起火工作相同有前述諸多不便。 請再參閱第3圖所示，新進更有以栅狀箱體工〇6，裡部提供碳燃料 4承入之後，利用引線！ 0 5從外側穿引進人接觸碳然料4的_，將引 # 線10 5點燃之後，藉由該火苗慢慢引燃接觸之碳燃料4，使其產生足夠 溫度而發生自燃狀態，栅狀箱體i 〇6為可燃性材f，事前可包裝碳燃料 4，事後燒成灰燼，唯該柵狀箱體！〇 6為一箱形體，裡部整體提供碳燃 料4所置人，燃燒減依制僅能賴向進人，單 作為起燃仏其火力得⑽1Q5⑽法全面分佈，== 起燃。 常見有部分碳燃料4以過度燃燒而苦隱無法起燃的狀態，和位於底部 中心的碳燃料4-直無法被同步燃燒，所以從點火開始到達全面火熱的時 程約需30分鐘，而且粒塊狀之碳燃料4彼此燃燒程度無法同步，部分為過 1275639 -熱，部分為纟冷，而生冷的碳燃料在烤肉操作時，會吸收較熱的碳燃料溫 度’使其烤肉糊之熱功率大幅減小，形成較為低溫狀態，其原因為熱功 率被時間的延長分散’使储吸熱溫度*足或鱗軸必須加長。 【發明内容】 本發明為了提供-財效助做碳罐接近全面辭升火，和利於清 潔攜帶’而利用一底廓、上端口結合圍體並同步包装碳燃料，底廊經由二 -可雜柵狀職，間隔-挑高朗提供火母置人，以二缺火方式有效將 φ 承載之碳燃料均勻起火燃燒。 本發明進-目的為在底廓上柯連結有_，以達細向包裝碳燃料 ，該圍體為可接受同步燃化成灰燼之材料。 本發明第二目的為，該底廓或圍體進_步可採可燃性纖維聚料，經模 製成形。 ' 本發明第四目的為所使用之魏料，進—步為植物碳，可利用木屑或 植物纖維’經娜而得-定外形規格，利於整列鋪及可規範出火舌煙氣 通道。 【實施方式】 有關本發明之詳_容’首先請参_4_示，第4圖係為本發明 底廓20結合_i之立體示意圖，該包裝體i◦主要係由—可燃性底廊 20，底«0周邊由圍板221、2 2 2、2 2 3、2 24等圍構形成 侧向防風，上端口由-可燃性柵狀職2往上間隔，底廓2 ◦上端結合一 可燃性圍體1 ’ _ H_數可難桿體丨5以交構梅彡成，並在外 圍形成有多數通孔12、13。 圍體1與底廓2 〇上端規範出-置納槽丄i，底廊2 〇形成一挑高空 1275639 間Η，該空則繼供火母3置人，上_ i 關職2為平行排列，由側方形成空氣通^孔21口提供相 量 ‘二内Γ求之空氣，由於火母體積較為微小，其燃燒空氣需求 谨精川^孔21側向補給即能滿足。 2火母3可實施為可燃性固義精，朗態酒精外圍可由_ f該包封體3 i在常態下為氣密狀，於是有機氣體無法對外飄散 可作長期的囤積以及利於攜帶過程中確保安全。 ， 火母3另可採㈣木雜減合礦物油之後結絲狀之火種， =外圍蛾張包合，該賴可為㈣，該贿可絲_之後對木 屑作起燃，並利用礦物油的輔助而達成快速燃燒。 包裝體1 0料多數木本之可燃性桿體i 5交構成i或底廊2 0 ’其中娜m 5可為木材或木質密餘經裁切形成，或以樹幹錢取 材，或為竹桿，或以瓜分竹篦構成。 上述底廓2 0或圍體1，進-步可採模製分片成形，如以木屑纖 植物纖雜化錄蚊縣-滅板(壯枝），騎各柵细構成一園 體1或底廓20 ’該爐12相同也可採模製方式—體成栅狀形。 上述桿體15，採木纖密集板分切取得者，利用密集板分割取材，有 尺寸精密㈣於自祕組合生紐，機具或顧手臂喂給材料精確 操作需求。 圍體1另可採任何材質構成，如廢紙再製之紙板，主題為側向要分佈 有氣流通孔12即可達成。而且以可燃性材質能與裡部之燃料作同體完全 請再参閱第5圖所示，包裝體1〇由底廓2〇上方結合圍體1所形成 ’圍體1裡部形成設置納槽11提供碳燃料4作置人，底廓2 〇内部則提 供火母3置入，包裝體10係直接置放在托盤或地面上，上端口可於人可 1275639 燃性天然纖維之手提繩5 〇，以利提攜及可接受燃化。 其起燃操作為先將火母3點燃之後，該火舌首先會攻向可燃性爐篦2 ，可燃性爐篦2被點燃後會轉換更大火力，而攻向上方底層之碳燃料4， 以及由於爐篦2為柵狀面，接受點燃後會擴大接近整個爐篦2平舖相等面 積之火舌全面攻向上方碳燃料4的底層。 點火之初底部空氣A 1由爐篦2所間隔出之川孔21進入提供火母3 需求’碳燃料4點燃後之空氣則由上方之通孔12補給進入，點燃後整體 ^ 碳燃料4由底部往上循序全面起燃，過程中由於底部之爐篦2會受到火母 φ 3的火苗事先燃化，其情況有可能會完全燃燒而使爐篦2坍塌，並讓上方 承載之碳燃料4往下掉落，唯該掉落的前提乃爐篦2為完全燃燒碎化失去 結構機械力後才形成，既然完全燃燒則已相對提供滿足之火力以攻燃底層 之碳燃料4 ’碳燃料4因此達到自體自燃狀態而無再須底部火攻，掉落後 相同會進行自體燃燒，而往上火攻積壓之上層碳燃料4。 過程中圍構成圍體1之桿體15，相同會受到火舌由通孔12竄出而 燃燒，若燃燒的中後段時間，該桿體15相同會被點燃而完全燃燒，事後 形成坍塌，坍塌後桿體15之餘燼相同參插疊合在碳燃料4的外圍作同步 0燃燒，且坍塌後之碳燃料4熱輻射波相同會攻向底部之桿體15使之形成 全面燃燒。 相關游塌後之空氣補給量，由於辨塌成堆之碳燃料4混合桿體丄5之 餘燼，其中心部位之氧氣來源，主要利用中心底部之碳燃料4已被起燃後， 其空氣通流速率會因溫度㈣加，在高溫的情況下會提高氣紐率及高耗 氧的狀況’以致形成真空力量向外圍之氧氣從其間隙吸人中心而進行該部 燃燒輔助’甚至與悶燒過程相同會對上述燃料作氧氣補給。 上述底廓2 〇或_1若由桿體1 5為結構素材，交構之間得由膠合 組立’或她製方式釘合，其中糾城方式，則姻之釘子，需求為可 1275639 綠被碳鋪溫度快速氧化或熱溶之材質規格，如截面直徑約〇.3腿之細 Ά實κ作、、果與n朗體被燒燼後，上述鐵釘已被鱗成微小含 大篁雜質之不規則熔粒’再若與土壤親合受潮，想餘祕被分解為氧化 鐵’而提供有機肥之元素所需。 則疋本發明之組立依據為採細釘釘裝方式為佳，其—無環保問題，其 二可利於生產組立定裝操作。 上述之釘子在釘人桿體後，必許考魏氣氧化_，得·釘子表層 认有抗氧化層’如電鍍層’如I潢狀排釘即有上述規格及抗氧化層之鑛 Φ 膜行成前置保護條件。 請再参閱第6圖所示，第6圖係為本發明之方便實施應用例示意圖， 本發月之包裝體1 〇若在野外細，則可在地面6直接以石塊或碑塊6丄 堆高物架高，上相可雜疊放受敵器具域子，献經由爐架承載鋼 具，或是以烤肉架！〇 i平舖，起火過程先將將火母3點燃，火母3相同 事先火攻可祕顏2之後，輯裡部的碳騎4作如第5圖之起火及燃 化操作。 “、、 本發明主要觀念係利用一可燃性之底廓2 〇上方結合圍體丄形成包裝 _體10，内部同步包含碳燃料4，而利便於攜帶及起火燃燒，燃燒後之灰 燼則可釋放於地面6以形成有機肥料，該等同步包裝之觀念進一步請参閱 第7圖所示； 本發明之包裝形態針對置納槽1 1所承包之碳燃料4，得間接由一紙 包5先行包封住，該包封之目的為在攜帶過程當中，避免碳燃料4之屑粒 污染，以提供潔淨攜帶。 利用紙包5包封後其封口 51可採任何封合方式，如以膠黏或以手提 繩5 0捆綁，無論以膠黏或手提繩5 〇捆綁的方式，本發明提供一同步綁 固之觀念，係在封口 51的位置經由膠黏或棉線5 〇，而延伸連結固定在 1275639 霾 .圍體1的上端口14，如此可利用上端口14的機械力量同步固定紙包 5，使紙包5於攜帶過程當中會就位在置納槽丄i裡部，而使用天然手提 繩5◦的用意為天然材質，燒化後無污染。 本發明所應用之火母3進一步可同體被紙包5包封在最上層位置，使 用時打開封口51則可第一順位取得火母3，火母3則反向置入挑高空間 Η裡部，火母3升火後首先攻向可燃性爐篦2，如第3圖之工作狀態，進 一步燒破紙包5，再利用足夠之火力攻向裡部之碳燃料4使之形成起火。 - 該紙包5為可採易燃物材質，受到低溫火苗即可快速氧化燃燒，只要 鲁所包封的碳燃料4有接觸到升溫，則該貼近面積之紙包5表體即先行燃燒 ，燃燒後騰出空間讓空氣能夠補入。 本發明另一實施係將該紙包5拆封後取出火母3，並將内容之碳燃料 4以倒出的方式置放於裡部，如第3圖操作，而避免紙包5燃燒程序的考 量。 本發明之包封除了以紙包5包封碳燃料4或以及火母3的情況，在包 裝體1 0的外圍同可利用紙張或塑膠膜、塑膠袋等進行直接或作二次包裝。 有關本發明之底廓2 0可獨立形成，而相對連結獨立之圍體i，或以 籲連體魏方式，獨立製制其材質可侧以因應機速率需求，或依 經濟條件取材，以及所應用之碳燃料可因應不等條件而做不同規格之選用: 其應用狀態如第8®所示，該包裝體1〇主要係、由底廓2 Q，上方妹 合圍體1所構成，底廓2Q上端口間隔有柵狀爐t2，栅狀爐篦2上方^ 乘圍體1而規範出置納槽i i，置納槽i i裡部則提供碳燃料置入= 11由多數桿體151、152、153所構成，又各桿體151、/ 2、15 3之桿徑大小可依燃燒時程的不#，而安排有大小區分，如下5 之桿體151為大於上方之桿體χ 5 3，其原因為下方之桿體工5工^ 早接受火攻而機，必舰長鏡化雜，而將_設為較大，以得2 !275639 同步達成燃化之調 燃燒時程配合最上之桿體丨5 3易於燃燒，而可得終點 校。 、、… 該圍削嫩驗祕，嫩f_ ^月，該釘ι方式於此請容不再於贅述。 22Γ=Ι:152、153 或底廊 20 之圍板 221、222、 23、2244¾可採如第5圖之說明，而適配選用材料。 式置放碳燃料’該碳燃料為可形成外形規格同等化之制 _仙⑽形規格而可整列安排於置_ 過程其火舌路徑可得均勻，燃燒需求一 上述植物碳7採圓形或其他幾何截面造形 熱溫反應會較均勻’且易於生產，以及排列在 === 積的條件下，獅大犧樹〇(如第1(^：Γ 雜物奴7為利用植物纖維碎化後密壓成形 賴=為主要麵成，刚可在外觀尺寸設定㈣f或 植物碳7為經加卫定型，在其中心可对管路 示），該管路71在爐意2 (如第9圖所干、^ 〇圖所 在其下端口讓卜m L _化魏錢紐，則相對 在”下4讓出工乳通道，空氣則從管路7工底部進入往上扶汽 ==應上如是增加财轉騎解，贿賴足 爐 術，^了恤罐目縣為直立 而很有可能形成彼此斜向交疊， 時，該管路7 !相同會因環;气 同可形成_效應，甚至平跨 路7 1的其中單一端口進入，: 為早-角向’則風流即從管 冉攸另一^竄出，相同可提供氣流交換依據， 12 12756391275639 IX. Description of invention: [Technical field to which the invention belongs]: A kind of Wei material secret packaging body, You Cai _ Department of the package of carbon book provides the initial stage of the fire, = support the carbon of the _ 面 面 峨 峨 可 Wei can be used as money Sub-contamination. a [Previous technology] • Regarding the general use of carbon fuel, such as wood carbon or coke, as a source of fire, it is generally used as a heat source in the barbecue, and the normal way of use is to use a large bag to seal the package. Material, according to the demand during the use, and part of the take-out placed in the inside of a metal furnace work, please refer to Figure 1; - metal furnace body 1 〇◦ mainly by - metal difficult i 〇 2 interval - bottom space and upper valley work space above the upper space provides carbon fuel 4 laying, the upper port spans the barbecue rack 1〇1, the bottom is supported by a tray 1〇3. The ignition operation is to pick up the high-spaced metal furnace i 〇 2 at the bottom, and a combustion device Φ 1 〇 4 ejects the flame tongue to attack the bottom of the upper carbon fuel 4, and after the ignition, the fuel device i 〇 4 is removed. Or use the lead 1Q 5-terminal snake to penetrate the inner part of the carbon fuel 4, and the end end is externally burned to cause the lead 105 to sequentially enter the overlapping gap of the carbon fuel 4 to form a fire source to ignite the carbon fuel 4 . After the combustion is completed, the ash is dropped onto the tray 丄〇3, wherein the carbon fuel 4 is a large package which must be taken out and distributed in the inner part of the metal furnace body i through the laying operation, which is inevitably contaminated during the operation. The hand or clothing, as well as the metal furnace 1 〇 2 will be deformed and/or lost after prolonged heat, and it is difficult to clean after recycling, so it is often discarded to cause environmental pollution. - The above-mentioned assistance with the metal furnace body 10 can provide efficient combustion of the fuel 4, but if it is used in the 1275639 • lack of the furnace body, the fuel 4 can only be placed on the pallet i in a stacking manner. Above the 3, and directly placed on the bottom of the piles of carbon fuel 4 by the lead 1 Ο 5 to ignite, the fire process often fails due to the lack of oxygen, or in the case where only the carbon fuel 4 is kept in the field, directly on the ground Stacked and caught fire. In addition to the lead 1Q 5 and the like, the fire operation of the carbon fuel is ignited by the fire attack operation such as the combustion device i 4 , and the operation process is very troublesome, and the carbon fuel 4 is a carbide, and the grain is easy to solve or let the particles The separation is caused by pollution, and the carrying process is very inconvenient. Please refer to the 2nd _, there is a design for the New Zealand will be fired after the fire, the distribution to the multi-point roasting _ use of the pre-reliance 1 〇7, the surface of the barrel 1 0 7 waist bottom through the grid 1 〇 8 intervals, under the grid 丄〇8 provides a combustion device 丄〇4 placed into a fire tongue, attacking the carbon fuel 4 placed above the thumb net 10 8 , through the combustion device χ 以 4 to fire or any way to attack the upper carbon The fuel 4, after the carbon fuel 4 is formed into a self-ignition state, is then applied to the used barbecue stove, and the body of the pre-combustion barrel 1 为 7 is burnt and high temperature after the ignition, and the handle is extended by the extension handle i 〇 9 The dumping operation is based on the same inconvenience as the fire work. Please refer to Figure 3 again. The new one has a grid-like box workgear 6, and the inside provides carbon fuel. 4 After entering, use the lead wire! 0 5, from the outside, the person who touches the carbon material 4 is introduced, and after the ignition of the line #10, the carbon fuel 4 is slowly ignited by the flame to generate a sufficient temperature to generate a self-ignition state, and the grid is shaped. The cabinet i 〇6 is a flammable material f, and the carbon fuel 4 can be packaged beforehand, and then burned to ash, only the grid-shaped box! 〇 6 is a box-shaped body, the whole part of the carbon fuel 4 is placed in the whole, the combustion reduction system can only rely on the person to enter, the fire as a fire (10) 1Q5 (10) method is comprehensively distributed, == light-off. It is common that some of the carbon fuel 4 is in a state of excessive combustion and is incapable of igniting, and the carbon fuel 4-straight at the center of the bottom cannot be simultaneously burned, so the time from the ignition to the full heat is about 30 minutes, and the granules are The blocky carbon fuels 4 cannot be synchronized with each other, some are over 1275639-hot, and some are quenched, while the cold-burning carbon fuel absorbs the hotter carbon fuel temperature during the barbecue operation. Significantly reduced, forming a relatively low temperature state, because the thermal power is dispersed by the extension of time 'to make the storage heat absorption temperature * or the scale axis must be lengthened. SUMMARY OF THE INVENTION The present invention provides a fuel tank to achieve a full-scale resurgence of fire, and facilitates cleaning and carrying, and utilizes a bottom profile, an upper port to combine the enclosure and simultaneously package the carbon fuel, and the bottom corridor is connected to the second Grid-like position, interval-selection Gaolang provides the fire-mother to set the person, and the carbon-fuel supported by φ is effectively ignited and burned by the two-fire-deficient method. The present invention has the object of providing a _ _ on the bottom profile for fine-packing carbon fuel, which is a material that can be ignited into ash. A second object of the present invention is that the bottom profile or the enclosure can be embossed with a flammable fibrous material which is molded. The fourth object of the present invention is the used material, which is a plant carbon, which can be obtained by using wood chips or plant fibers, and is shaped to facilitate the entire column and can regulate the flue gas passage. [Embodiment] The detailed description of the present invention is first shown in Fig. 4, and Fig. 4 is a perspective view showing the combination 20 of the present invention. The package i is mainly composed of a flammable corridor. 20, the bottom of the bottom «0 is formed by the surrounding panels 221, 2 2 2, 2 2 3, 2 24 and other enclosures to form a lateral windproof, the upper port is separated by a flammable grid-like position 2, and the upper end of the bottom profile 2 is combined with a The flammable enclosure 1 ' _ H_ number can be difficult to form the body 丨 5 to form a plum blossom, and a plurality of through holes 12, 13 are formed in the periphery. The upper part of the enclosure 1 and the bottom profile 2 规范 规范 规范 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The air passage hole 21 is formed by the side to provide the phasor's air within the two plenums. Since the volume of the igniter is relatively small, the combustion air demand is satisfied by the lateral supply of the Jingchuan hole 21. 2 Fire-fighting 3 can be implemented as flammable solid sense, and the outer state of the alcohol can be _ f. The envelope 3 i is air-tight under normal conditions, so the organic gas can not be dispersed for long-term accumulation and facilitates carrying. Be sure to be safe. , the fire mother 3 can also be used (four) wood mixed with mineral oil after the filamentous fire, = peripheral moth Zhang Bao, the Lai can be (four), the bribe can be used to start the ignition of wood chips, and use mineral oil Auxiliary to achieve rapid combustion. Package 10 material Most woody flammable rod i 5 cross to form i or the bottom gallery 2 0 'where Na m 5 can be cut for wood or wood, or taken from the trunk money, or bamboo pole Or form a bamboo raft. The above-mentioned bottom profile 20 or the surrounding body 1 can be formed into a piece by step-by-step molding, for example, by using a wood chip fiber plant, a mosquito-killing county-killing plate (strong branch), and riding each grid to form a circular body 1 or The bottom profile 20' of the furnace 12 can also be molded in a manner that is formed into a grid shape. The above-mentioned rod body 15 is obtained by cutting the wood fiber dense board, and the material is divided by the dense board, and the size is precise (4) in the self-secret combination, the machine tool or the arm feeding material is precisely operated. The enclosure 1 can be made of any material, such as paperboard made from waste paper. The subject is to be distributed laterally with airflow through holes 12. In addition, the flammable material can be used in the same way as the fuel in the inner part. Please refer to Figure 5 again. The package body 1 is formed by the upper part of the base 2 and the surrounding body 1 is formed. The tank 11 provides the carbon fuel 4 for the person, the bottom of the 2 2 提供 provides the fire mother 3 to be placed, the package 10 is placed directly on the tray or the ground, and the upper port can be used for the human hand 1275639 flammable natural fiber. 5 〇, Eli is able to carry and accept burning. After the ignition operation is to first ignite the flame mother 3, the fire tongue first attacks the flammable furnace 2, and the flammable furnace 2 is ignited to convert more firepower, and attacks the upper bottom carbon fuel 4, and Since the furnace 2 is a grid-like surface, after receiving the ignition, the fire tongue which is close to the entire area of the entire furnace 2 is expanded to attack the bottom layer of the upper carbon fuel 4. At the beginning of the ignition, the bottom air A 1 is separated from the Sichuan hole 21 separated by the furnace 2 to provide the fire mother 3. The air after the carbon fuel 4 is ignited is supplied from the upper through hole 12, and the whole carbon fuel 4 is ignited after ignition. The bottom is ignited in a comprehensive manner. During the process, the furnace 2 at the bottom will be pre-ignited by the flame of the igniter φ 3, and the condition may be completely burned to collapse the furnace 2 and allow the carbon fuel to be carried above. Drop down, the only premise of the drop is that the furnace 2 is formed after the complete combustion and fragmentation loses structural mechanical force. Since it is completely burned, it has relatively provided the firepower to attack the underlying carbon fuel 4 'carbon fuel 4 Therefore, the self-ignition state is achieved without the need for a bottom fire attack. If it falls, it will be self-combustion, and the upper fire will accumulate the upper layer of carbon fuel. During the process, the shaft 15 of the enclosure 1 is formed, and the fire tongue is fired by the through hole 12 to be burned. If the fire is in the middle and later stages, the rod 15 is ignited and completely burned, and collapses afterwards, after collapse. The remaining enthalpy of the rod body 15 is superimposed on the periphery of the carbon fuel 4 for simultaneous zero combustion, and the collapsed carbon fuel 4 heat radiation wave will attack the rod body 15 at the bottom to form a full combustion. After the relevant air replenishment, the amount of oxygen in the center of the carbon fuel 4 is ignited by the carbon fuel The flow rate will increase due to the temperature (four), and in the case of high temperature, the gas ratio and the high oxygen consumption will be increased. Thus, the vacuum force is formed to the peripheral oxygen to suck the center from the gap to perform the combustion assistance, even with smoldering. The same process will provide oxygen for the above fuel. If the above-mentioned bottom profile 2 〇 or _1 is composed of the rod body 15 as a structural material, the cross-linking between the cross-sections may be made by gluing or forming a pattern, wherein the method of correcting the city, the nail of the marriage, the demand is 1275639 green The material temperature specification for rapid oxidation or hot dissolution of the carbon coating temperature, such as the cross-sectional diameter of about 3.3 legs of the fine Ά κ,, and the fruit and n 朗 body are burned, the above-mentioned nail has been scaled into tiny inclusions The irregular melting granules 'require the elements of organic fertilizer if they are in contact with the soil and are desirably decomposed into iron oxide'. Then, the basis of the invention is that the nailing method is better, and there is no environmental protection problem, and the second is advantageous for the production and assembly operation. After the above-mentioned nail is nailed to the human body, it is necessary to test the Wei gas oxidation _, and the surface of the nail has an anti-oxidation layer such as a plating layer, such as a I-like nail, which has the above specifications and an anti-oxidation layer of the ore Φ film. Pre-protection conditions. Please refer to FIG. 6 again. FIG. 6 is a schematic diagram of a convenient implementation example of the present invention. If the package body 1 of this month is fine in the field, it may be directly on the ground 6 as a stone or a monument 6 The stacking height of the stack is high, and the upper phase can be stacked on the enemy equipment domain, and the steel rack is carried by the hob, or it is a barbecue rack! 〇 i tiled, the fire will be ignited first, the fire mother 3 will be the same. After the fire attack can be secret 2, the carbon ride 4 in the middle part of the series will be fired and burned as shown in Figure 5. ",, the main concept of the present invention is to use a flammability base profile 2 结合 above the surrounding body to form a package _ body 10, internal synchronization contains carbon fuel 4, and easy to carry and fire, burning after the ash can be released On the ground 6 to form organic fertilizer, the concept of the synchronous packaging is further shown in Fig. 7; the packaging form of the present invention is directed to the carbon fuel 4 contracted by the receiving tank 1 1 and may be indirectly led by a paper package 5 Encapsulated, the purpose of the encapsulation is to avoid the contamination of the carbon fuel 4 during the carrying process to provide clean carrying. After the wrapping of the paper bag 5, the sealing 51 can adopt any sealing method, such as adhesive. Or bundled with a hand strap 50, the present invention provides a concept of simultaneous tying, whether in the form of a glue or a hand strap 5 ,, at the position of the closure 51 via adhesive or cotton 5 〇, and the extension is fixed at 1275639 霾. The upper port 14 of the enclosure 1 can be used to synchronously fix the paper bag 5 by the mechanical force of the upper port 14, so that the paper bag 5 will be seated in the inside of the receiving slot 携带i during the carrying process, and the natural hand-held slot is used. The meaning of the rope 5◦ is the day The material is not polluted after burning. The fire-blasting 3 applied in the present invention can be further wrapped in the uppermost position by the paper bag 5 in the same body. When the sealing 51 is opened, the fire-fighting 3 can be obtained in the first position, and the fire-blasting 3 is Reversely insert the high space inside the Η, the fire mother 3 liters of fire first attack the flammable furnace 2, as in the working state of Figure 3, further burn the paper bag 5, and then use enough firepower to attack the inside The carbon fuel 4 causes it to form a fire. - The paper package 5 is a flammable material which can be quickly oxidized and burned by a low temperature flame. As long as the carbon fuel 4 enclosed by Lu is exposed to heat, the close area is The surface of the paper bag 5 is burned first, and after the combustion, a space is made to allow the air to be replenished. In another embodiment of the present invention, the paper package 5 is unsealed, the fire mother 3 is taken out, and the carbon fuel 4 of the content is poured out. The method is placed in the inner part, as shown in Fig. 3, and the consideration of the burning process of the paper package 5 is avoided. The envelope of the present invention is packaged in the package 1 except for the case where the carbon fuel 4 or the flame mother 3 is enclosed by the paper package 5. The periphery of 0 can be directly or twice packaged with paper or plastic film, plastic bag, etc. The bottom profile 20 of the present invention can be formed independently, and the independent enclosure i can be independently connected, or the material can be independently manufactured in the manner of the joint body, or can be taken according to the machine speed requirement, or according to economic conditions, and applied. The carbon fuel can be used in different specifications according to different conditions: The application state is as shown in the 8th, the main body of the package is composed of the bottom profile 2 Q, the upper sister and the enclosure 1 , and the bottom profile 2Q The upper port is separated by a grid furnace t2, the upper of the grid furnace 2 is multiplied by the enclosure 1 to define the receiving tank ii, and the inner portion of the receiving tank ii is provided with carbon fuel placement = 11 by the majority of the rods 151, 152, 153 is constituted, and the rod diameters of the respective rod bodies 151, / 2, and 15 3 can be arranged according to the time of the combustion time, and the size of the rod body 151 is larger than the upper rod body χ 5 3 as follows. The reason is that the lower part of the body is 5 workers ^ early to accept the fire attack and the machine, the ship must be mirrored, and the _ is set to be larger, to get 2! 275,639 to achieve the combustion of the burning time match with the highest The rod body 丨 5 3 is easy to burn, and the end point can be obtained. ,,... The enveloping tenderness and tenderness, tender f_^month, the nail ι method is not to be repeated here. 22Γ=Ι: 152, 153 or the coaming plates of the porch 20 221, 222, 23, 22443⁄4 can be selected as shown in Figure 5, and the materials are adapted. The carbon fuel is placed in a form that can be formed into a form factor equivalent to the standard (10) shape and can be arranged in a row. The process of the flame tongue can be evenly distributed, and the burning demand is the above-mentioned plant carbon 7 round or other The geometry of the geometry will be more uniform and easy to produce, and arranged under the condition of === product, the lion will sacrifice the tree 〇 (such as the first (^: 杂 杂 slave 7 is the use of plant fiber shredded Press forming Lai = for the main surface, just in the appearance size setting (four) f or plant carbon 7 for the modified shape, in the center can be shown to the pipeline), the pipeline 71 in the furnace 2 (as shown in Figure 9 Dry, ^ 〇 所在 所在 其 让 让 让 让 让 让 让 让 让 让 让 m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m If you turn your pockets and make a bribe, you will be able to form a slanting overlap when you are in an upright position. The single port of the flat span 7 1 enters, for the early-angle direction, then the wind flow is extracted from the other one, the same can be provided Flow exchange basis, 121,275,639
且匕路7 1制氣流載人，同時也會將該端可能迎對之熱溫帶人，與其典 壁形成熱賴’顺獅時’咖有畴起燃制。 八S 柵狀爐說2間隔出有川流孔2丄，川流孔2丄相同補入氧 底廓20與上方圍體連體共構，可連桿12㈣交於圍 及底« 0的角端並形成直綠，而使包裝體i Q形成—單體狀的連 、培0 請再參閱第9圖所示，該包裝體1〇裡部納置整列狀之植物碳了之 ==2 〇為同體包裝火母3，該包裝後最外緣則可利用其他紙張 狀之包K如紙袋或任何麵鱗，將包裝體i Q做外·的再次包裝， 並將火母㈣體包裝在底廓2 〇裡部的挑高空__，如是彻最外層 的包裝袋110做整體包封後，使火母3於運送過程可就位在底廓2 部，或在銷售展售時_包裝，枝制者個之初打料圍包裝^工 0之後，即可取出火母3而做點火操作，火母3_後則火舌首先攻向爐 筵2 ’爐t2接魏燒溫度後產生自體職，再_爐藏2自燃的火舌攻 向植物碳7的底部做全面的起火操作。 上述底廓2 0往上連結包裝體！〇的方式，同可利用不同材質而間隔 出：同的應用方式，如底廓2 〇利用了密集板分割材料，上方的圍體上則 可獅如上述方式之龍構成，或由紙雜輯折卿狀_，或因植 物碳7之外形為規袼化，而使用綁線方式該側向綁_底廓2◦連結，因 此該圍體的應用可採夕種方式，其條件為所應用圍體1之材質為可被燃 化且以天然素材燃燒後不產生毒氣則為佳，並且與底廊2 〇可達成同體 連結。 其中植物碳7中央所設管路71，原本即為接觸氧氣面積之設計，本 發明包裝方式進-步將該管路7 ^為就位在難2的垂直上方，受到舰 2的斷面阻隔#阻隔作用如第i ◦圖所示，其目的為利用㈣2為直接Moreover, the airflow of the 7th road is manned, and the end may also be warm and temperate. The eight S grid furnace says that there are 2 orifices in the 2 flow channels, and the same oxygen supply base 20 is co-constructed with the upper enclosure. The connecting rod 12 (4) can be placed at the corner end of the circumference and the bottom « 0 And the formation of straight green, and the formation of the package i Q - singular connection, culture 0 Please refer to Figure 9, the package body 1 inside the whole column of plant carbon == 2 〇 For the same body packaging of the flame mother 3, the outermost edge of the package can be wrapped with other paper-like bags such as paper bags or any scales, the package i Q is repackaged, and the fire mother (four) body is packaged in The height of the bottom section of the 2 2 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ At the beginning of the cultivator, the package is wrapped around ^0, then the igniter 3 can be taken out and the ignition operation is performed. After the flame mother 3_, the flame tongue first attacks the furnace 2' furnace t2 after the Wei burning temperature is generated. Physical duty, then _ stagnation 2 spontaneous combustion of the fire tongue attacked the bottom of plant carbon 7 to do a comprehensive fire operation. The above-mentioned bottom profile 20 is connected to the package! The way of squatting can be separated by different materials: the same application method, such as the bottom profile 2 〇 uses the dense board to divide the material, the upper part of the enclosure can be made up of the lion as described above, or by the paper The shape of the _ _ _, or the shape of the plant carbon 7 is regulated, and the side tying _ bottom profile 2 ◦ is connected by the tying method, so the application of the circumstance can be adopted, and the condition is applied. The material of the enclosure 1 is flammable and does not produce toxic gas after burning with natural materials, and it can be connected with the corridor 2 〇. The pipeline 71 provided in the center of the plant carbon 7 is originally designed to contact the oxygen area. The packaging method of the present invention advances the pipeline 7 ^ vertically in the vertical direction of the difficulty 2, and is blocked by the section of the vessel 2 #隔隔作用 as shown in the figure i, the purpose is to use (4) 2 for direct
13 1275639 承托植物碳7，*各個植物碳7為規格赋化設為_體，在排列的相對 外圍圓形對面形成有弧形，夾角對邊形成有一較大的煙氣流道7 〇，藉由 該煙氣流道7 0可提供煙氣大量川流’而管路7工截面較為微小對流速率 杈不佳’如疋以上不方式可提供較佳煙氣通流，關社之初，氣流可易 川流。 利用爐說2單獨往上挑壓單一列植物碳7，則可得承載力單獨分配， 又植物碳7為圓形相等規格製作，整顺就人於置納則i裡部，在相對 - 圍體1的角端夾角空間，則提供連桿12 〇就位。 鲁如是’利用植物碳7規格外型以同等規格之外型製作，利於整列安排， 而且使圍體1的内寬可配合植物碳7的直徑倍數依據而設定，雜物礙7 相同可設ft為方職面或其減減職面，賴切圓料最佳，因為 f形壁面均等，彼此表面受煙氣川流的摩擦速率會接近，和利關形使鄰 靠的植物碳7®切接繼係為絲’而可騰空出較大的煙氣流道7〇。 上述植物碳7的取材可採木屑纖維，經化合高溫密壓成形，該纖維同 可取材植物之纖維，如椰子、棕招、蛇木等纖維，經粹化後高溫高壓密集 形成之椰子碳等皆可為之。 • 該燃料之施作採木屑纖維經高壓密集成行者產生之熱值及燃燒時程為 最大，若使長時間烤肉制，則該碳燃料4則可採木屑纖維高壓密集 成形者為佳。 【圖式簡單說明】 第1圖係為一般碳燃料起火應用圖。 第2圖係為以預燃桶起燃碳燃料之操作側視圖。 第3圖係為以柵狀箱體經引線起燃碳燃料之立體外觀圖 1275639 第4圖係為本發明圍體外觀示意圖。 第5圖係為本發明圍體起火操作側視圖。 第6圖係為本發明另一實施樣態示意圖。 第7圖係為本發明包裝方式實施示意圖。 第8圖係為本發明進一步實施圍體及底廓之外觀圖。 第9圖為第8圖之側視圖。 第10圖為第8圖之俯視圖。13 1275639 Supporting plant carbon 7, * each plant carbon 7 is set to _ body, the arc is formed on the opposite outer circumference of the arrangement, and a large smoke flow path is formed on the opposite side of the arrangement. The flue gas flow channel 70 can provide a large amount of flue gas flow, and the pipeline 7 has a relatively small cross-section convection rate. If the above method does not provide better flue gas flow, at the beginning of the Guanshe, the airflow can be Yi Chuanliu. Using the furnace to say 2 to press the single column of plant carbon 7 separately, the bearing capacity can be separately distributed, and the plant carbon 7 is made of round and equal specifications, and the smoothing is done in the middle, in the relative - circumference The corner end space of the body 1 provides the link 12 in place. Lu Ru is 'using the plant carbon 7 specification to produce the same size, which is conducive to the arrangement of the whole column, and the inner width of the enclosure 1 can be set according to the diameter multiple of the plant carbon 7, and the debris can be set to ft. For the square or its reduced face, the Laiqi round material is the best, because the f-shaped wall is equal, the frictional velocity of the surface of each of the surfaces will be close to each other, and the neighboring plant carbon 7® is cut. The successor is silk, and the larger airflow path can be emptied. The above-mentioned plant carbon 7 can be obtained by using wood chips, which are formed by combining high-temperature compaction molding, and the fibers are similar to the fibers of the plant, such as coconut, palm, snake, etc., and the coconut carbon which is formed by high temperature and high pressure after crystallization. Can be for it. • The fuel used for the production of wood chips is the largest in terms of heat value and combustion time. The carbon fuel 4 can be used for high-pressure dense formation of wood chips. [Simple description of the diagram] Figure 1 is a general carbon fuel fire application diagram. Figure 2 is a side view of the operation of initiating a carbon fuel in a pre-combustion barrel. Fig. 3 is a perspective view showing the appearance of the surrounding body of the present invention by using a grid-like case to start a carbon fuel through a lead. 1275639. Figure 5 is a side view of the fire operation of the enclosure of the present invention. Figure 6 is a schematic view showing another embodiment of the present invention. Figure 7 is a schematic view showing the implementation of the packaging method of the present invention. Figure 8 is an external view of the enclosure and the bottom profile of the present invention. Figure 9 is a side view of Figure 8. Figure 10 is a plan view of Figure 8.
【主要元件符號說明】 _........... • · 1 包裝體.......... ••10 金屬爐體......... ••100 包裝袋.......... ••110 烤肉架.......... ••101 金屬爐篦......... ••102 減........... ••103 燃燒裝置......... ••104 弓1、線........... ••105 柵形箱體......... ••106 預燃桶.......... ••107 辄網........... • · 108 才巴+........... • · 109 置納槽.......... ••11 mi........... • · 1 2、1 15 1275639[Main component symbol description] _........... • · 1 Package.......... ••10 Metal furnace body...... •• 100 Bags.......... ••110 Barbeque..........••101 Metal hearth.........••102 minus... ........ ••103 Burning device.........••104 Bow 1, line ........... •• 105 grid box... ...... ••106 Pre-combustible barrels..........••107 辄网......................· 108 才巴+... ..... • · 109 纳 槽 ............. ••11 mi........... • · 1 2,1 15 1275639
連桿....... .......12 0 上端口...... .......14 桿體....... .......15 柵狀爐篦..... .......2 底廓....... .......2 0 ”1孔....... .......2 1 火母....... .......3 包封體...... .......3 1 碳燃料...... .......4 紙包....... .......5 手^線...... .......5 0 封口....... .......5 1 地®....... .......6 磚塊....... .......6 1 植物％...... .......7 煙氣流道..... .......7 0 管路....... .......7 1 空氣....... .....A · A 1 挑高空間..... .......ΗConnecting rod .... .......12 0 Upper port...... .......14 Rod body................... 15 grid furnace.................2 The bottom profile...................2 0 ”1 hole............. ...2 1 Firemother....... .......3 Encapsulation..................3 1 Carbon fuel...... .....4 Paper bag..................5 Hand ^ line...... .......5 0 Sealing....... ......5 1 地®...................6 Bricks....... .......6 1 Plant%..... . .......7 Smoke airflow .................7 0 Pipeline...................7 1 Air..... .. .....A · A 1 Pick a high space..... .......Η