M355652 八、新型說明： 【新型所屬之技術領域】 ， 本創作係提供一種熱對 -一種具有氣流對流空間及煙 速燃燒、不悶燒，灰燼不亂 【先前技術】 、 按’燒金紙之習慣已經 - 敬鬼神或祭拜祖先時，都會 參心靈的平靜，所以燒金紙乃 動，而燒金紙一般都會準備 I使其燃燒後較易於清理。 惟，習用之金爐，其設 /個筒體打穿數孔洞，底部 法’在大量的金紙投入的過 作用’原因在於鐵網很容易 參氣對流效果，而筒體周邊之 死’其對流效果亦不佳，因 ' 面的金紙會燃燒，底部就需 的過程又會產生灰爐亂飛的 〇 是以，針對上述習知結 種更具理想實用性之創新 亦係相關業者須努力研發突 有鏗於此，創作人本於 流式金爐，尤指其技術上提供 囪效應之金爐，使其金紙得加 飛。 傳承有數千年的歷史’人們在 準備各種的金紙燃燒’以求得 是相當普遍而且常常進行的活 有金爐，使其不會污染地面或 備均相當的簡陋，只有簡單的 或有擇一鐵網，惟其如此的作 τ ’具鐵網根本無法起任何 就被大量的金紙堵住而失去空 孔洞也會直接與金紙接觸而堵 此。亥種習用之金爐只能確保表 :用鐵#不斷的翻冑，但翻動 ^ %，其為習用金爐之缺失者 構所存在之問題點，如何開發 結構’實消費者所殷切企盼， 破之目標及方向。 多生 從事相關產品之製造開發 5 M355652 與設計經驗，針對上述之目標，詳加設計與審慎評估後， 終得一確具實用性之本創作。 • 【新型内容】 , 欲解決之技術問題點：習用之金爐，其設備均相當的 簡陋，只有簡單的一個筒體打穿數孔洞，底部或有撐一鐵 網，惟其如此的作法，在大量的金紙投入的過程中，其鐵 -. 網根本無法起任何作用，原因在於鐵網很容易就被大量的 . 金紙堵住而失去空氣對流效果，而筒體周邊之孔洞也會直 ®接與金紙接觸而堵死，其對流效果亦不佳，因此該種習用 之金爐只能確保表面的金紙會燃燒，底部就需要用鐵桿不 斷的翻動，但翻動的過程又會產生灰燼IL飛的情形，其為 習用金爐之缺失者。 解決問題之技術特點：提供一種熱對流式金爐，係該 金爐座體周壁面設孔洞，一第二底板體上固設多個直立之 同心圓圈形板，第二底板體置入金爐座體内部’每一同心 φ圓圈形板之周面上設有貫通之數通孔，一外筒體周面設有 ' 多數貫通孔，該外筒體套組至第二底板體最外圈直立之同 ' 心圓圈形板外周固定，一内筒體設多數之貫穿孔，該内筒 體套組至第二底板體該最内圈直立之同心圓圈形板外周固 定，藉此設計該金紙被直立之數個同心圓圈形板撐高及上 蓋蓋合，灰燼不會亂飛，加上氣流對流及煙1¾效應，得加 速燃燒不會悶燒者。 對照先前技術之功效‘· 1 ·先前技術只有一筒體加上孔洞，如此其對流效果 6 M355652 不佳，且孔洞容易被阻塞，而本創作其外筒體與金爐座體 具有一距離，而内筒體内部空間可以形成煙®效應，加上 - 該多數同心圓圈形奴得有效的撐高金紙，其氣流又可從同 . 心圓圈形板之通孔進入，所以其氣流對流及煙®效應佳， 得使金紙完全燃燒不悶燒，並可加速燃燒者。 2 ·先前技術之上蓋蓋合後燃燒之效果即會降低，而 -. 本創作之上蓋蓋合，其煙自效應、熱對流、氣流對流仍可 .持續作用，不會有悶燒情形，且可加速燃燒者。 ® 有關本創作所採用之技術、手段及其功效，茲舉一較 佳實施例並配合圖式詳細說明於后，相信本創作上述之目 的、構造及特徵，當可由之得一深入而具體的暸解。 【實施方式】 參閱第一、第二圖所示，本創作係提供一種熱對流式 金爐，包括： 一金爐座體（10)，該金爐座體（10)係設成為 Φ —底板（1 1)及環繞之一周壁面（1 2) —體成型，該 周壁面（1 2 )並設有若干之孔洞（1 2 1 )，以其孔洞 ' (1 2 1 )供空氣進入，而可防止金紙（6 0 )(如第四 圖所示）掉出，該金爐座體（1 0 )底部設有滑輪（1 3 )，方便移動； 一第二底板體（20)，該第二底板體（20)可設 鏤空或十字型之第二底板體（20)，該第二底板體（2 0)上固設有多個直立之同心圓圈形板（21)，其每一 同心圓圈形板（2 1 )之周面上設有貫通之數通孔（2 1 7 M355652 1)，該第二底板體（20)得以置入金爐座體（10) 内部之底板（1 1 )上； - 一外筒體（30)，該外筒體（30)周面設有多數 . 密度密及孔徑較金爐座體（1 0 )孔洞（1 2 1 )孔徑小 的貫通孔（3 1 )，該外筒體（3 0 )得以購買現成具有 貫通孔（3 1 )之板材製成，該外筒體（3 0 )恰可套組 至第二底板體（2 0 )該最外圈直立之同心圓圈形板（2 1 )外周固定； ® —内筒體（40)，該内筒體（40)周面亦設有多 數之貫穿孔（4 1 )，該内筒體（4 0 )恰可套組至第二 底板體（2 0 )該最内圈直立之同心圓圈形板（2 1 )外 周固定； 一上蓋（50)，該上蓋（50)得以設於金爐座體 (1 0)之内，且蓋合於外筒體（30)上方，而上蓋（ 5 ◦)與内筒體（4 0 )仍保持間隙，讓煙囪效應可持續 鲁作用。 ' 藉此熱對流式金爐之設計，藉此使金紙（6 0 )被直 ' 立之數個同心圓圈形板（2 1 )撐高，灰燼不會亂飛，加 上氣流對流及煙自效應，得加速燃燒不會悶燒者。外筒體 (3 0 )得以購買現成具有數貫通孔（3 1 )之一板材製 成。該上蓋（50)得以設於該金爐座體（1 0)之内， 且蓋合於該外筒體（3 0 )上方，該上蓋（5 0 )與該内 筒體（4 0 )仍保持間隙，讓煙1¾效應可持續作用。 參閱第三至第五圖所示，該金爐座體（1 0)底面設 8 M355652 有數滑輪（1 3 )，方便金爐座體（1 0 )移動至所需處 所，一第二底板體（20)，該第二底板體（20)置入 ^ 至金爐座體（10)内部，並該第二底板體（20)上固 . 設有多數直立同心圓圈形板（2 1 )，該多數直立同心圓 圈形板（2 1 )之周面設有通孔（2 1 1 )，一外筒體（ 3 0)，該外筒體（3 0 )組設於最外圈之同心圓圈形板 ·. (2 1)外周，且外筒體（30)之若干貫通孔（31) ..得與同心圓圈形板（2 1 )之通孔（2 1 1 )對齊，一内 *筒體（40)，該内筒體（40)組設於最内圈之同心圓 圈形板（2 1 )外周，且同心圓圈形板（2 1 )之若干通 孔（2 1 1 )與内筒體（40)之貫穿孔（41)對齊， 藉由上述之組合，金紙（6 0)投入金爐座體（1 0)内 之外筒體（30)與内筒體（40)間時，金紙（60) 為多數直立同心圓圈形板（2 1 )撐高，而保持與第二底 板體（2 0 )有適當距離，該距離可以不悶燒，而另一方 φ面，該金爐座體（1 0 )與外筒體（3 0 )保持距離，該 距離除可防止灰燼亂飛，亦使氣體得以流通，而氣體除由 ' 金爐座體（1 0 )之孔洞（1 2 1 )進出外，進入之氣體 亦可由外筒體（3 0 )之貫通孔（3 1 )、同心圓圈形板 (2 1)之通孔（21 1)而進入至同心圓圈形板（21 )撐高之空間，如此氣流往上可以使金紙不會悶燒，而燃 燒之熱空氣亦可上升或由貫穿孔（4 1 )進入内筒體（4 0 )内，並形成煙国效應，此等對流效果得以加速燃燒而 不會有悶燒之情形，使燃燒得以完全，而改善習用之燃燒 9 M355652 不完全與會悶燒之缺失者。 上述該外筒體（30)上罩設有上蓋（50) 了可以使得灰燼不會亂飛，亦可使其熱氣流得由外 ,3 0)之上方貫通孔（3 1 )及金爐座體（1 0) 洞（1 2 1 )往外流動，而冷空氣則由金爐座體（ 下方孔洞（1 2 1 )及外筒體（3 0 )下方貫通孔 -)往内部流動，達到氣流對流不悶燒者。 . 本創作功效增進之處如下： B 1 、本創作得以有效的將金紙撐高，並設有對 由下側方進入，内外並設有氣流空間，使得金紙得 有悶燒之情形，燃燒得以完全者。 2、本創作於金爐座體内設有内筒體，其得以 囪效應而加速氣流對流，有助於加速燃燒者。 前文係針對本創作之較佳實施例為本創作之技 進行具體之說明；惟，熟悉此項技術之人士當可在 φ本創作之精神與原則下對本創作進行變更與修改， 變更與修改，皆應涵蓋於如下申請專利範圍所界定 中 。 【圖式簡單說明】 第一圖：係本創作其一實施例之立體分解示意圖。 第二圖：係本創作其一實施例之立體示意圖。 第三圖：係本創作其一實施例之平面剖示圖。 第四圖：係本創作其一實施例之平面動作剖示圖。 第五圖：係本創作其一實施例之另一平面動作剖示 時，除 筒體（ 上方孔 10) 流氣體 以不會 產生煙 術特徵 不脫離 而該等 之範疇 圖。 10 M355652 主要元件符號說明】 1 〇)金爐座體 1 2 )周壁面 1 3 )滑輪 2 1 )同心圓圈形板 3 0 )外筒體 4 0 )内筒體 5 0 )上蓋 (1 1 )底板 (1 2 1 )孔洞 (2 0 )第二底板體 (211)通孔 (3 1 )貫通孔 (4 1 )貫穿孔 (6 0 )金紙M355652 VIII, new description: [New technology field], the creative department provides a kind of heat pair - a kind of air convection space and smoke speed burning, no smoldering, ash smashing [previous technology], according to 'burning gold paper Habits have been - when you worship the ghosts or worship the ancestors, you will participate in the calm of the soul, so the burning of gold paper is moving, and the burning of gold paper will generally be prepared to make it easier to clean after burning. However, the gold furnace used in the past has a hole in the hole, and the bottom method is used in a large amount of gold paper. The reason is that the iron mesh is easy to participate in the convection effect, and the death around the cylinder is The convection effect is also not good, because the gold paper on the surface will burn, and the process at the bottom will cause the ash furnace to fly. The innovation that is more ideal and practical for the above-mentioned conventional species is also required by the relevant industry. Efforts to develop and spurt on this, the creators of this type of flow in the gold furnace, especially the technical way to provide a chimney of the golden furnace, so that the gold paper has to fly. Inheritance has a history of thousands of years 'people are preparing a variety of gold paper burning' in order to obtain a fairly common and often carried out a gold stove, so that it will not pollute the ground or prepare for a simple and simple, only simple or alternative Iron mesh, but it is such a work τ 'with iron mesh can not be anything to be blocked by a large amount of gold paper and lose the hole will also directly contact the gold paper to block this. The golden furnace used in the cult of the sea can only ensure that the table: using the iron #continuously turning over, but turning over ^%, which is the problem of the existence of the missing gold furnace, how to develop the structure 'real consumer eagerly hope, Breaking the goal and direction. Multi-Life Engaged in the manufacture and development of related products 5 M355652 and design experience, after the detailed design and careful evaluation of the above objectives, the original practical work. • [New content], the technical problem to be solved: the gold furnace used in the past, its equipment is quite simple, only a simple cylinder penetrates a few holes, the bottom has a support iron mesh, but its practice, in In the process of investing a large amount of gold paper, the iron-.net cannot play any role at all. The reason is that the iron mesh is easily blocked by a large amount of gold paper and loses the air convection effect, and the hole around the cylinder is also straight. ® is blocked by contact with gold paper, and its convection effect is not good. Therefore, the gold furnace of this kind can only ensure that the gold paper on the surface will burn, and the bottom part needs to be flipped by the iron rod, but the turning process will be generated. In the case of ash IL flying, it is the missing of the conventional gold furnace. Technical feature of solving the problem: providing a heat convection type gold furnace, wherein a hole is formed in a peripheral wall surface of the gold furnace seat body, a plurality of erect concentric circular shaped plates are fixed on a second bottom plate body, and the second bottom plate body is placed in the gold furnace seat Inside the body, each of the concentric φ circle-shaped plates is provided with a plurality of through holes on the circumferential surface thereof, and a peripheral hole of the outer cylindrical body is provided with a plurality of through holes, and the outer cylindrical body sets to the outermost ring of the second bottom plate body to stand upright The same as the 'heart circle plate is fixed at the periphery, one inner cylinder is provided with a plurality of through holes, and the inner cylinder sleeve is fixed to the outer circumference of the second inner bottom plate, and the concentric circular plate is fixed at the outer circumference, thereby designing the gold paper The several concentric circle-shaped plates are erected and the upper cover is covered. The ash will not fly, and the convection and smoke effect of the airflow will accelerate the burning without smoldering. Compared with the efficacy of the prior art '· 1 · The prior art only has a cylinder plus a hole, so the convection effect 6 M355652 is not good, and the hole is easily blocked, and the outer cylinder of the creation has a distance from the gold furnace body. The inner space of the inner cylinder can form the smoke® effect, plus - the majority of the concentric circle-shaped slaves can effectively support the high-gold paper, and the airflow can enter from the through hole of the same heart-shaped plate, so the airflow convection and The smoke® effect is good, so that the gold paper can be completely burned without smoldering, and the burner can be accelerated. 2 · The effect of burning on the top cover of the prior art will be reduced, and - the cover of the creation above, the smoke self-effect, heat convection, air convection can still be sustained, there will be no smoldering situation, and Can accelerate the burner. ® The techniques, means and functions of the present invention are described in detail with reference to the drawings, and it is believed that the above objects, structures and features of the present invention can be obtained from To understanding. [Embodiment] Referring to the first and second figures, the present invention provides a heat convection type gold furnace, comprising: a gold furnace body (10), the gold furnace body (10) is set to be Φ - bottom plate (1 1) and surrounding one of the peripheral wall surfaces (12), the peripheral wall surface (12) is provided with a plurality of holes (1 2 1 ), and the holes '(1 2 1 ) are used for air inlet, and The gold paper (60) can be prevented from falling out (as shown in the fourth figure), the pulley (13) is provided at the bottom of the gold furnace body (10) for convenient movement; and a second bottom plate body (20), The second bottom plate body (20) may be provided with a hollow or cross-shaped second bottom plate body (20), and the second bottom plate body (20) is fixed with a plurality of upright concentric circular plates (21), each of which A plurality of through holes (2 1 7 M355652 1) are formed on the circumferential surface of the concentric circular plate (2 1 ), and the second bottom plate body (20) can be placed in the bottom plate of the gold furnace body (10) (1 1 Above; - an outer cylinder (30), the outer cylinder (30) has a plurality of circumferential surfaces. The density is dense and the through hole is smaller than the aperture of the gold furnace body (10) hole (1 2 1 ) 3 1 ), the outer cylinder (30) was purchased It is made of a plate having a through hole (3 1 ), and the outer cylinder (30) can be set to the second bottom plate body (20). The outermost ring is erected by a concentric circle plate (2 1 ). ; ® - inner cylinder (40), the inner cylinder (40) is also provided with a plurality of through holes (4 1 ) on the circumferential surface, and the inner cylinder (40) can be set to the second bottom plate (2) 0) the innermost circle of the concentric circular shaped plate (2 1 ) is fixed at the periphery; an upper cover (50), the upper cover (50) is disposed inside the gold furnace body (10), and is covered by the outer cylinder Above the body (30), the upper cover (5 ◦) and the inner cylinder (40) remain in the gap, allowing the chimney effect to continue. ' The design of the hot convection gold furnace, so that the gold paper (60) is supported by a number of concentric circular plates (2 1 ), the ash will not fly, plus air convection and smoke Self-effect, it is necessary to accelerate the burning without smoldering. The outer cylinder (30) is manufactured by purchasing a sheet material having a number of through holes (3 1 ). The upper cover (50) is disposed in the gold furnace body (10) and covers the outer cylinder (30). The upper cover (50) and the inner cylinder (40) are still Keep the gap and let the smoke effect last. Referring to the third to fifth figures, the bottom of the gold furnace body (10) is provided with 8 M355652 pulleys (1 3 ), which facilitates the movement of the gold furnace body (10) to the required space and a second floor. (20), the second bottom plate body (20) is placed inside the gold furnace body (10), and the second bottom plate body (20) is fixed. A plurality of upright concentric circular plates (2 1 ) are disposed. The peripheral surface of the plurality of erect concentric circular shaped plates (2 1 ) is provided with a through hole (2 1 1 ), an outer cylindrical body (30), and the outer cylindrical body (30) is disposed in a concentric circle of the outermost circle. Shape plate ·. (2 1) outer circumference, and several through holes (31) of the outer cylinder body (30) are aligned with the through holes (2 1 1 ) of the concentric circle plate (2 1 ), one inner tube a body (40), the inner cylinder (40) is disposed on the outer circumference of the concentric circular plate (2 1 ) of the innermost circle, and the plurality of through holes (2 1 1 ) and the inner cylinder of the concentric circular plate (2 1 ) The through holes (41) of the body (40) are aligned, and by the combination of the above, the gold paper (60) is placed between the outer cylinder (30) and the inner cylinder (40) in the gold furnace body (10). Gold paper (60) is raised for most upright concentric circle plates (2 1 ) while remaining with the second bottom The body (20) has an appropriate distance, the distance may not be smoldering, and the other side of the φ surface, the gold furnace body (10) maintains a distance from the outer cylinder (30), which can prevent the ash from flying. The gas is also circulated, and the gas is infiltrated by the hole (1 2 1 ) of the gold furnace body (10), and the gas that enters may also be through the through hole (3 1 ) of the outer cylinder (30), The through hole (21 1) of the concentric circle plate (2 1) enters into the space where the concentric circle plate (21) is raised, so that the air flow upwards can make the gold paper not smolder, and the hot air can be burned. Rising or entering the inner cylinder (40) through the through hole (4 1 ), and forming a smoke country effect, these convection effects can be accelerated without smoldering, so that the combustion is completed, and the conventional use is improved. Burning 9 M355652 is not completely related to the smoldering missing. The upper cylinder (30) is provided with an upper cover (50), so that the ash can not fly, and the hot air flow can be obtained from the outer, through hole (3 1 ) and the gold furnace seat. The body (10) hole (1 2 1 ) flows outward, and the cold air flows from the gold furnace body (the lower hole (1 2 1 ) and the through hole below the outer cylinder (30)) to the inside to reach the airflow. Convection is not smoldering. The enhancements of this creation are as follows: B 1 , This creation is effective to raise the gold paper, and has the right to enter from the lower side, and there is a space for airflow inside and outside, so that the gold paper has a smoldering situation. The burning is complete. 2. This creation has an inner cylinder in the body of the gold furnace, which accelerates the airflow convection by the chirp effect and helps accelerate the burner. The foregoing is a detailed description of the preferred embodiment of the present invention. However, those skilled in the art can make changes, modifications, alterations, and modifications to the present invention under the spirit and principles of φ. All should be covered by the scope of the patent application below. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of an embodiment of the present invention. Second figure: A perspective view of an embodiment of the present invention. Third Figure: is a plan sectional view showing an embodiment of the present creation. Fig. 4 is a cross-sectional view showing the plane action of an embodiment of the present invention. Fig. 5 is a cross-sectional view showing the flow of the gas in the cylinder (the upper hole 10) so as not to cause the smoke characteristic to be detached. 10 M355652 Main component symbol description] 1 〇) Gold furnace body 1 2 ) Peripheral wall surface 1 3 ) Pulley 2 1 ) Concentric circle plate 3 0 ) Outer cylinder 4 0 ) Inner cylinder 5 0 ) Upper cover (1 1 ) Bottom plate (1 2 1 ) hole (2 0 ) second bottom plate body (211) through hole (3 1 ) through hole (4 1 ) through hole (60) gold paper