五、新型說明： 【新型所屬之技術領诚】 [0001] 本創作係有關於一種金爐結構’尤指一種可將金紙 完全燃燒乾淨’以排出清淨氣體之金爐結構。 【先前技術】 [0002] 按，祭拜活動是中國人對宗教信仰的表現，藉著祭 拜的儀式以與神佛溝通，祈求生活中能夠獲得神佛的保 佑，趨隔避禍、接除憂患而達到平安幸福，也由於民間 普遍的篤信神佛、崇敬祖先，因而每逢年節、神佛誕辰 、祖先祭辰，都要備祭品虔誠祭拜，以便與神佛相接， 亦為崇敬紀念的具體表現，除了敬天尊主崇德報功外， 尚有祈禱求庇佑之意，對個人來說係為祈求消災降福、 富貴長壽，對於社會則祈求風調雨順、國泰民安。 [0003] 祭拜之儀式’通常係須經由燒香，並在金爐中焚燒 紙錢荨祭祀品，以表達祭拜者之虔誠心意，現有之金爐 主要設計大多成形為一中空爐體，並於爐體上端設有排 氣管，以供金紙燃燒產生的煙灰由此排氣管排放於外， 而金紙燃燒產生的黑煙係包含有毒的化學物質，且金紙 放入爐體時，往往呈疊狀燃燒不易，容易悶燒產生黑煙 、飛屑，而該等黑煙、飛屑由排氣管排散於外時，不僅 會造成環境的髒污，並且由於飛屑上往往還殘留有未燃 燒殆盡的火焰，而隨著空氣隨處飄散後，若附著於易燃 物上時’則相當容易引起火災。 [0004] 緣是，本創作人有鑑於現有金爐於焚燒金纸的過程 中會產生飛屑及黑煙由金爐排氣管飄散至外界引起環境 表單編號A0101 第3頁/共17頁 M413434 的髒污及火災等缺失，乃藉其多年於相關領域的製造及 設計經驗和知識的輔佐，並經多方巧思，研創出本創作 之金爐結構，以期有效改善燃燒金紙時，對周遭環境造 成的污染。 【新型内容】 [0005] 本創作係有關於一種金爐結構，其主要目的係為了 提供一種可將金紙完全燃燒乾淨，以排出清淨氣體之金 爐結構。 [0006] 為了達到上述實施目的，本創作人乃研擬如下金爐 技術，係主要設有金爐主體，並使金爐主體設有一中空 之容置空間，且於容置空間内設有分流筒，而於容置空 間與分流筒間係形成有間隙，又於金爐主體周側設有進 氣孔，另在金爐主體及分流筒相對位置處設有金紙入口 ，且使分流筒之中空部内組設有網體，並使該網體位於 金紙入口下方，又使金爐主體上端設有蓋部，以使金爐 主體上端呈封閉狀，並於蓋部設有排氣管，且使該排氣 管下段穿過蓋部延伸入金爐主體的容置空間内。 [0007] 藉此，當外部空氣由進氣孔流入金爐主體内，抵觸 到分流筒筒壁時，該空氣即可沿著間隙往爐體上、下方 向流竄，竄流至下方之空氣係可提供金爐火焰的燃燒， 另竄流至上方的空氣則可幫助飄散至蓋部之未燃燒完全 的金纸再對流至爐體内部進行燃燒，據此，俾達到使金 紙完全燃燒乾淨，排出清淨氣體之環保效果。 [0008] 又本創作之金爐結構係進一步於網體中央設具呈三 角錐狀之突部，以使金紙碰觸到三角錐狀突部時，即受 表單編號A0101 第4頁/共17頁 M413434 突部所關，依此，達職金紙分散的功效，以有效避 免金紙相疊’導致空氣無法進到金紙間致使金纸不易 燃燒或問燒產生黑煙的實質效果。 【實施方式】 [_ 而為令本㈣之技術手段及其難達紅效果，能 夠有更完整且清楚的揭露，兹詳細說明如下，請一併參 閱揭露之圖式及圖號： [_ 首先，請參閱第―、二圖所示，為本創作之金爐結 構，係由金爐主體⑴、蓋部（2)、分流筒（3) 及網體（4)所組成；其中： [0011] 該金爐主體（1 )，係設有一中空容置空間（工工 )，並於金爐主體（1 )-側適位處設有—金紙入口（ 1 2)，另於金爐主體（1)底側位置處設有一排灰口 (1 3)，又使金爐主體（i)周側在位於金紙入口（ 1 2)與排灰口（ 1 3)間設有複數進氣孔（^ 4 )， 另在金爐主體（1 )底部設有支架（i 5 )，該支架（ 15)係由上在下漸擴呈雜狀之中空實體； [0012] 該蓋部（2 )，係蓋設於金爐主體（丄）上端，使 金爐主體（1)上端呈封閉狀，並於蓋部（2)中央組 設一排氣管（2 1 )，且使該排氣管（2 ^ )下段穿過 蓋部（2)延伸入金爐主體（1 )的容置空間（1 1) 内； [0013] 該分流筒（3 )，係呈具為一中空筒身，並使該分 流请（3) sx置於金爐主體（1)之容置空間（1 1) 表單編號A0101 第5頁/共17頁 M413434 内’且使分流筒（3)筒壁與金爐主體（l)之容置空 間（1 1 )相隔有適當的間隙（1 6)，又使分流筒（ 3) —侧設有金紙入口（3 2)，以與金爐主體（1 ) 之金紙入口（1 2)相對應，另在分流筒（3)底緣固 接有數支撐腳（3 3)，以抵觸於容置空間（1 1)底 部，並使分流筒（3 )架高，以使分流筒（3 )·底緣與 容置空間（1 1)底部形成有間距，復於分流筒（3) 的中空部（3 1)内壁在位於金紙入口（3 2 )下方組 設有數抵撐片（3 4); [0014] 該網體（4)，乃設置於分流筒（3)之中空部（ 3 1 )内’並由分流筒（3)之抵撐片（3 4)支撐定 位，而於網體（4)上設有複數鏤空之透孔（4 1 )， 又於網體（4)中央處設有一突部（4 2)，而該突部 (42)係由三支橫條（421)圍設成三角形以焊接 於網體（4)上，再使三支直條（4 2 2 )底端各焊接 於由二支'橫條（42 1 )所圍成之三角形端部，另三支 直條（4 2 2 )上端焊接於一點，以成形為三角錐狀。 [0015] 據此，當使用實施時，請一併參閱第三圖所示，係 將欲焚燒的金紙經由金爐主體（i)及分流筒（3)所 設金紙入口（i 2)、（3 2)放入分流筒（3)其中 空部（3 1)内架設之網體（4)上，此時，成疊之金 紙於碰觸到網體（4)中央所設三角錐狀之突部（42 )時，即會受突部（4 2)所頂開，而分散散落於網體 (4)上，以避免金紙相疊，導致空氣無法進到金紙間 ，致使金紙不易燃燒，或悶燒易產生黑煙等情形； 表單煸號A0101 第6頁/共17頁 [0016] 繼之’丟入起火物以將金纸點燃，點燃之金紙即會 產生燃燒，於金紙燃燒時，未燃燒完全的金紙係會化作 黑煙、飛屑等，隨著熱空氣往金爐主體（1 )上方蓋部 (2 )飄送，此時，飄送到上方的黑煙、飛屑係會碰觸 到蓋部（2)，由於設於蓋部（2)之排氣管（2 1) 係穿過蓋部（2)伸入金爐主體（1 )的容置空間（1 1)内’故與蓋部（2)間形成一階級之落差，使黑煙 、飛屑無法順利沿著蓋部（2)經排氣管（21)飄散 而出’而會積存於蓋部（2)及排氣管（2 1 )周圍； [0017] 另於金紙燃燒的同時，因金紙燃燒而内部產生高熱 的金爐主體（1)，會因高溫而相對形成低壓，藉此， 請一併參閱第四圖所示，位於金爐主體（1 )週遭的空 氣自然經由金爐主體（1 )周側所設複數進氣孔（1 4 )流入金爐主體（1)之容置空間（1 1)内，續之， 進入金爐主體（1)容置空間（1 1)内的空氣隨即便 會抵觸到組設於容置空間（1 1.)之分流筒（3 )的筒 壁而分散’使空氣會沿著分流筒（3)筒壁與金爐主體 (1)其容置空間（1 1)間形成的間隙（16)往上 、下方向流竄； [0018] 此時’往容置空間（1 1)下方流竄之空氣係會沿 著分流筒（3)筒壁直至分流筒（3)底側，進而吹送 到分流筒（3)的中空部（3 1)内，以提供金紙燃燒 時所需要的空氣與氧氣’幫助燃燒金紙的火焰燃燒的更 加旺盛，使金紙燃燒得更為快速、完全，另往容置空間 (1 1 )上方流竄之空氣則會吹送到蓋部（2)處，依 表單编號A0101 第7頁/共17頁 對流的作用，將積存於蓋部（2)處之黑煙飛眉等未 燃燒完全的金紙再往分流筒（3)内部吹送，以使黑煙 、飛屑等未燃燒完全的金紙經此反覆的對流循環燃燒， 達到將金紙完全職殆盡的效果，如此，即可確保由排 孔管（21)排出的氣體為接近空氣的清新氣體，不致 使含有黑煙、飛屑等氣體，排散到外部空氣中，造成空 氣的污染及引起火災等危險，據此，俾達到良好保護： 保的實質效果。 ] 再者，當金紙燃燒完畢後，其灰爐部份則會由網體 (4)的透孔（4 1 )落下至金爐主體（i )底部集中 ，此時，使用者便可以由設置於金爐主體（i )底側之 排灰口（13) ’將灰燼集中清出，達到便利清理灰爐 的效果。 [0020] 又明―併參閱第五圖所示’本創作係可於分流筒（ 3)外壁底緣及金爐主體（i)内壁適位處固設有相對 扣合之扣片（3 5) ' (17)，以固定分流筒（3) 於金爐主體（1)内的位置，取代分流筒（3)底緣之 支擇腳（3 3)設計’另該金爐主趙（丄）底部之支架 (1 5)則可成形由上往下漸張之複數條桿狀實體，以 頂撐金爐主體（1)底部，而為本創作之另一實施例。 [0021] 由上述結構及實施方式可知，本創作係具有如下優 [0022] 丨.本創作之金爐結構，係使蓋部中央組設一排氣管 ，再使該排氣管穿過蓋部延伸入金爐主體内藉此，即 _=部繼管間使未燃燒完全的金纸 無法沿著蓋部順利經排氣管飄散而出，須再於爐體内經 循環燃燒，依此，俾達到將金纸完全燃燒的效果。 [0023] 2.本創作之金爐結構，係使金爐主體内部設有分流 筒，並使金爐主體内部與分流筒間形成間隙，以使外部 空氣由金爐主體周側所設進氣孔流入金爐主體内，而抵 觸到分流筒筒壁時，該空氣可沿著間隙往爐體上、下方 向竄流，竄流至下方之空氣係可提供金爐火焰的燃燒， 另竄流至上方的空氣則可幫助積存於蓋部之未燃燒完全 的金紙對流循環至爐體内部進行燃燒，據此，俾使金紙 完全燃燒乾淨，以達到環保的實質效益。 [0024] 3.本創作之金爐結構，係使網體中央設具呈三角錐 狀之突部，以使金紙碰觸到三角錐狀突部時，即受突部 所頂開，達到將金紙分散的效果，依此，以避免金紙相 疊，導致空氣無法進到金紙間，致使金紙不易燃燒或悶 燒產生黑煙的情形。 [0025] 綜上所述，本創作實施例確能達到所預期功效，又 其所揭露之具體構造，不僅未曾見諸於同類產品中，亦 未曾公開於申請前，誠已完全符合專利法之規定與要求 ，爰依法提出新型專利之申請，懇請惠予審查，並賜准 專利，則實感德便。 【圖式簡單說明】 [0026] 第一圖：本創作之立體分解圖 [0027] 第二圖：本創作之剖視圖 [0028] 第三圖：本創作之使用狀態圖 表單编號A0101 第9頁/共17頁 M413434 [0029] 第四圖：本創作之局部放大使用狀態圖 [0030] 第五圖：本創作之另一實施例剖視圖 【主要元件符號說明】 [0031] ( 1 ) [0032] (12) [0033] (14) [0034] (16) [0035] ( 2 ) [0036] ( 3 ) [0037] (32) [0038] (34) [0039] ( 4 ) [0040] (42) [0041] (422 金爐主體 （1 金紙入口 （ 1 進氣孔 （1 間隙 （1 蓋部 （2 分流筒 （3 金紙入口 （3 抵撐片 （3 網體 （4 突部 （4 直條 1 ) 容置空間 3 ) 排灰口 5 ) 支架 7 ) 扣片 1 ) 排氣管 1 ) 中空部 3 ) 支撐腳 5 ) 扣片 1 ) 透孔 2 1 )橫條 表單编號A0101 第10頁/共17頁V. New Description: [New Technology Technology] [0001] This creation is about a gold furnace structure, especially a gold furnace structure that can completely burn gold paper to discharge clean gas. [Prior Art] [0002] According to the worship activity, the Chinese people express their religious beliefs. They communicate with the gods and Buddhas through worship rituals, praying for the blessing of the gods in life, avoiding disasters and removing them. Achieving peace and happiness through sorrow, and because of the common beliefs of the people and the ancestors of the ancestors, every festival, the birth of the gods, and the ancestors’ sacrifices must be sacrificed to worship the gods. The specific performance of the reverence memorial, in addition to respecting the Lord's reverence and merits, there are still prayers for blessing, for the individual to pray for disaster relief, wealth and longevity, for the society, pray for good weather, Guotai civil security. [0003] The ritual of worship is usually done by burning incense and burning paper money and sacrifices in the golden furnace to express the sincerity of the worshippers. The main design of the existing gold furnace is mostly formed into a hollow furnace body. An exhaust pipe is arranged at the upper end of the furnace body, so that the soot generated by the burning of the gold paper is discharged outside the exhaust pipe, and the black smoke generated by the burning of the gold paper contains toxic chemicals, and when the gold paper is placed in the furnace body, It is often difficult to burn in a stack, and it is easy to smolder to produce black smoke and flying debris. When such black smoke and flying debris are discharged from the exhaust pipe, it will not only cause environmental pollution, but also often due to flying debris. There is a flame that has not burned out, and it will be quite easy to cause a fire if it is attached to flammable materials as the air scatters everywhere. [0004] The reason is that the creator has in view of the existing gold furnace in the process of burning gold paper, which will generate flying debris and black smoke from the gold furnace exhaust pipe to the outside environment. Form No. A0101 Page 3 of 17 M413434 The lack of dirt and fire, etc., is complemented by years of manufacturing and design experience and knowledge in related fields, and through various ingenuity, research and development of the gold furnace structure of this creation, in order to effectively improve the burning of gold paper, to the surrounding Environmental pollution. [New Content] [0005] This creation is about a gold furnace structure whose main purpose is to provide a gold furnace structure that can completely burn gold paper to discharge clean gas. [0006] In order to achieve the above-mentioned implementation purpose, the present author has developed the following gold furnace technology, which mainly has a gold furnace main body, and has a hollow housing body with a hollow accommodation space, and is provided with a shunt in the accommodation space. a cylinder, and a gap is formed between the accommodating space and the shunt cylinder, and an air inlet hole is arranged on a circumferential side of the main body of the gold furnace, and a gold paper inlet is arranged at a relative position of the main body of the gold furnace and the shunt cylinder, and the shunt tube is arranged A mesh body is arranged in the hollow portion, and the mesh body is located below the gold paper inlet, and the upper end of the gold furnace main body is provided with a cover portion, so that the upper end of the main body of the gold furnace is closed, and an exhaust pipe is arranged at the cover portion. And the lower portion of the exhaust pipe extends through the cover portion into the accommodating space of the gold furnace body. [0007] Thereby, when the outside air flows into the gold furnace main body from the air inlet hole and interferes with the wall of the shunting cylinder, the air can flow along the gap to the upper and lower directions of the furnace body, and the air system flows to the lower side. The combustion of the gold furnace flame can be provided, and the air flowing to the upper side can help the unburned gold paper which is scattered to the cover portion to be convected to the inside of the furnace body for combustion, thereby achieving complete combustion of the gold paper. The environmental protection effect of the clean gas is discharged. [0008] The gold furnace structure of the present invention is further provided with a triangular pyramid-shaped protrusion at the center of the net body, so that when the gold paper touches the triangular pyramid-shaped protrusion, it is accepted by the form number A0101. On page 17 of M413434, the protrusions are closed. According to this, the effect of dispersing the gold paper is achieved, so as to effectively prevent the gold paper from overlapping, which causes the air to enter the gold paper, which makes the gold paper not easy to burn or ask for the black smoke. [Embodiment] [_] For the technical means of this (4) and its hard-to-red effect, it can be more completely and clearly disclosed. Please refer to the following for details. Please refer to the disclosure and drawing number: [_ First Please refer to the first and second figures. The gold furnace structure of this creation consists of the main body of the gold furnace (1), the cover part (2), the shunt (3) and the net body (4). Among them: [0011 The main body (1) of the gold furnace is provided with a hollow accommodating space (worker), and is provided with a gold paper inlet (12) at the main body (1)-side of the gold furnace, and the main body of the gold furnace. (1) A row of ash ports (13) is provided at the bottom side position, and the peripheral side of the gold furnace body (i) is provided with a plurality of intake air between the gold paper inlet (12) and the ash discharge port (13). a hole (^ 4 ), and a bracket (i 5 ) at the bottom of the main body (1 ) of the gold furnace, the bracket (15) being a hollow body which is gradually enlarged from the top to the bottom; [0012] the cover portion (2) The cover is placed at the upper end of the main body of the gold furnace, so that the upper end of the main body of the gold furnace (1) is closed, and an exhaust pipe (2 1 ) is disposed at the center of the cover portion (2), and the exhaust pipe is made (2^) the lower section passes through the cover ( 2) extending into the accommodating space (1 1) of the main body (1) of the gold furnace; [0013] the shunt (3) is formed as a hollow cylinder, and the shunt (3) sx is placed in gold The accommodating space of the furnace body (1) (1 1) Form No. A0101 Page 5 of 17 M413434 inside and the space for the shunt (3) cylinder wall and the gold furnace body (l) (1 1 ) With a suitable gap (16), the side of the splitter (3) is provided with a gold paper inlet (32) corresponding to the gold paper inlet (12) of the gold furnace body (1), The bottom edge of the splitter (3) is fixed with a plurality of support legs (3 3) to abut against the bottom of the accommodating space (1 1), and the shunt (3) is elevated so that the shunt (3) and the bottom edge are a space is formed at the bottom of the accommodating space (1 1), and an inner wall of the hollow portion (31) of the shunt tube (3) is provided with a plurality of gussets (3 4) under the gold paper inlet (3 2 ); [0014] The net body (4) is disposed in the hollow portion (3 1 ) of the shunt (3) and supported by the abutting piece (3 4) of the shunt (3), and the net body (4) There are a plurality of hollow holes (4 1 ), and is located at the center of the net body (4). a protrusion (42), and the protrusion (42) is surrounded by three horizontal strips (421) to be welded to the net body (4), and then the bottom ends of the three straight strips (4 2 2 ) Each of the welded ends is formed by a triangular end surrounded by two 'straight strips (42 1 ), and the other three straight strips (42 2) are welded to one point to form a triangular pyramid shape. [0015] Accordingly, when using the implementation, please refer to the third figure, which is the gold paper inlet (i 2) provided by the gold furnace main body (i) and the splitter cylinder (3). (3 2) is placed in the shunt (3) on the net body (4) erected in the hollow portion (3 1). At this time, the stack of gold paper touches the triangle in the center of the net body (4). When the tapered protrusion (42) is opened, the protrusion (42) is opened, and the dispersion is scattered on the net body (4) to prevent the gold paper from overlapping, so that the air cannot enter the gold paper. The gold paper is not easy to burn, or the smoldering is easy to produce black smoke; etc. Form nickname A0101 Page 6 of 17 [0016] Following the 'throwing of the fire to ignite the gold paper, the ignited gold paper will be produced Burning, when the gold paper is burned, the unburned gold paper will be turned into black smoke, flying debris, etc., and the hot air will be sent to the upper cover part (2) of the gold furnace main body (1). The black smoke and flying debris above will touch the cover (2), because the exhaust pipe (2 1) provided in the cover (2) extends through the cover (2) into the main body of the gold furnace (1) Between the accommodation space (1 1) and the cover (2) The difference between the two classes makes the black smoke and flying debris unable to smoothly flow along the cover (2) through the exhaust pipe (21) and will accumulate around the cover (2) and the exhaust pipe (2 1 ); [0017] In addition to the burning of the gold paper, the gold furnace body (1) which generates high heat due to the burning of the gold paper will form a low pressure due to the high temperature, and therefore, as shown in the fourth figure, it is located in the gold. The air around the furnace body (1) naturally flows into the accommodating space (1 1) of the gold furnace body (1) via a plurality of air inlet holes (1 4 ) provided on the circumferential side of the gold furnace body (1), and continues to enter the gold. The air in the accommodating space (1 1) of the furnace body (1) disperses even if it interferes with the wall of the shunt (3) assembled in the accommodating space (1 1.) so that the air will follow the shunt (3) The gap (16) formed between the cylinder wall and the main body of the gold furnace (1) in the accommodating space (1 1) flows upwards and downwards; [0018] At this time, 'flows below the accommodating space (1 1) The air will flow along the wall of the splitter (3) to the bottom side of the splitter (3) and then blow into the hollow (31) of the splitter (3) to provide the space required for the burning of the gold paper. The oxygen that helps to burn the gold paper burns more vigorously, so that the gold paper burns more quickly and completely, and the air flowing above the accommodation space (1 1 ) is blown to the cover part (2). Form No. A0101 Page 7 of 17 The effect of convection is to blow the unburnt gold paper, such as black smoke flying eyebrows accumulated in the cover (2), into the shunt (3) to make black smoke. The unburned gold paper, such as flying chips, is burned by the reverse convection cycle to achieve the full effect of the gold paper, so that the gas discharged from the venting tube (21) is a fresh gas close to the air. It will not cause the black smoke, flying debris and other gases to be dissipated into the outside air, causing air pollution and fire and other dangers. According to this, the cockroach achieves good protection: the substantial effect of the protection. In addition, when the gold paper is burned, the ash furnace part is dropped from the through hole (4 1 ) of the net body (4) to the bottom of the main body of the gold furnace (i). At this time, the user can The ash discharge port (13) disposed on the bottom side of the main body (i) of the gold furnace collects the ash and clears it to facilitate the cleaning of the ash furnace. [0020] It is also apparent that, as shown in the fifth figure, the present invention can be provided with a relatively fastened buckle at the bottom edge of the outer wall of the shunt (3) and the inner wall of the main body of the gold furnace (i) (3 5 ) (17), in the position of the fixed shunt (3) in the main body of the gold furnace (1), instead of the design of the bottom edge of the shunt (3) (3 3) design 'other gold furnace main Zhao (丄The bottom bracket (15) can form a plurality of rod-shaped bodies which are gradually expanded from top to bottom to support the bottom of the gold furnace body (1), and is another embodiment of the creation. [0021] According to the above structure and embodiment, the present invention has the following advantages. [0022] The gold furnace structure of the present invention is such that an exhaust pipe is disposed in the center of the cover portion, and then the exhaust pipe is passed through the cover. The portion extends into the main body of the gold furnace, so that the unburned gold paper can not be smoothly discharged along the exhaust pipe along the cover portion, and must be circulated and burned in the furnace body accordingly.俾Achieve the effect of completely burning gold paper. [0023] 2. The gold furnace structure of the present invention is such that a splitter cylinder is arranged inside the main body of the gold furnace, and a gap is formed between the inside of the main body of the gold furnace and the splitter cylinder so that the outside air is provided by the outer side of the main body of the gold furnace body. When the hole flows into the main body of the gold furnace and interferes with the wall of the diverting cylinder, the air can flow along the gap to the upper and lower directions of the furnace body, and the air flowing to the lower part can provide combustion of the gold furnace flame, and another turbulence The air above can help the unburned gold paper accumulated in the cover to circulate to the inside of the furnace for combustion. According to this, the gold paper is completely burned to achieve the substantial environmental benefits. [0024] 3. The gold furnace structure of the present invention is such that the center of the net body is provided with a triangular pyramid-shaped protrusion, so that when the gold paper touches the triangular pyramid-shaped protrusion, the protrusion is opened to reach The effect of dispersing the gold paper, according to this, to avoid the overlap of the gold paper, resulting in the air can not enter the gold paper, resulting in the gold paper is not easy to burn or smoldering to produce black smoke. [0025] In summary, the present embodiment can achieve the expected effect, and the specific structure disclosed therein has not been seen in the same product, nor has it been disclosed before the application, and has completely complied with the patent law. The regulations and requirements, the application for a new type of patent in accordance with the law, the application for review, and the grant of a patent, are really sensible. [Simple description of the drawing] [0026] The first figure: the exploded view of the creation [0027] The second picture: the sectional view of the creation [0028] The third picture: the usage state diagram of the creation form No. A0101 Page 9 / Total 17 pages M413434 [0029] Fourth: partial enlargement use state diagram of the present creation [0030] Fifth diagram: cross-sectional view of another embodiment of the present creation [main component symbol description] [0031] (1) [0032] (12) [14] [0034] (16) [0035] (2) [0036] (3) [32] [0038] (34) [0039] (4) [0040] (42 [0041] (422 gold furnace main body (1 gold paper inlet (1 air inlet hole (1 gap (1 cover part (2 shunt tube (3 gold paper inlet (3 struts (3 mesh body (4 protrusions (4 Straight strip 1) accommodating space 3) ash discharge port 5) bracket 7) buckle piece 1) exhaust pipe 1) hollow part 3) support foot 5) clasp piece 1) through hole 2 1) horizontal bar form number A0101 10 pages / 17 pages