M409392 五、新型說明： 【新型所屬之技術領域】 尤其特指増進熱對流效應 本創作係有關於一種節能快速爐 之快速爐創新結構。 【先前技術】 快速爐是-種可快速達到烹煮食物的爐具’在外繪場所常被 廣泛使用；然而，其因為爐具設計較為簡單，卻也造成不少的缺 失。 ' 如第一圖所示，其為一般坊間常見之快速爐結構，其大致上 由一圍架1 0以及一爐心組件2 〇所組成，爐心組件£ 〇前端之 爐心2 0 1係置於圍架1 0之底側，實施時係由圍架丄〇支撐鍋 具，由爐心組件2 0提供熱源而對圍架X 0上的鍋具產生加熱烹 煮作用。然而，此習用之快速爐的圍架i 〇的頂部週圍係屬於開 放狀，使得火苗會直接向外竄出，故比較無法集中、聚熱，此不 但影響了快速爐之加熱效率，且更造成不必要之能源浪費。因此， 實有待加以改進。 【新型内容】 本案創作人有鑑於上述之現有缺失，首先思及若能提供良好 的爐架結構設計’提昇熱對流之環境，以及避免熱量散失，則勢 必可改善前述之習用者缺失。 本創作為達成上述創作理念，本創作所採取之技術結構係指 節能快速爐由一内爐架、一外爐架及一爐心組件所組成，其_， 該内爐架係承載於該外爐架之内部，且該内爐架之内部中央向下 設有一通孔，而該爐心組件穿過該内、外爐架，且該爐心組件前 端之爐心係位於該内爐架之内部中央，並位於該通孔之上方；另 外，該内、外爐架之間具有一間隔空間，且該外爐架之頂端高於 該内爐架之頂端，並由複數托架呈斜向而組設於該内、外爐架之 3 M409392 頂端，又該内爐架之上方周邊設有複數内對流孔，且該外爐架之 下方周邊設有複數外對流孔。據此，利用内、外爐架之高低差設 計，以及内、外對流孔設計，使瓦斯熱源能被完全燃燒且使熱能 減少散失》 其中，内爐架之外側係延設有複數突卡體，而外爐架之内部 向下透空，且具有一内唇邊，内爐架係利用其突卡體承載於内唇 邊之上方；又，外爐架增設有複數腳架。又，内、外爐架之頂端 對應各設有複數提供該托架斜向組設之卡凹部。再者，内、外爐 架之側邊對應各設有一提供爐心組件穿設之穿孔。 此外，内爐架係包含一底板及一内爐圍邊，而該通孔係位於 該底板之中央，且該複數内對流孔及該突卡體係設於該内爐圍 邊。再者，該底板係於該通孔之上方設有一上、下貫穿之筒體， 而該筒體之上方結合一載台，以提供該爐心承載之用，而該載台 對應該通孔設有一透孔，另該載台之透孔往下為一穿筒，且該穿 筒係與該筒體螺接。 再者，該托架之上方增設一上爐架，該上爐架為一環邊體， 且該環邊體之底端具有提供卡掣於該托架之卡定部，據此可增高 快速爐之整體爐架高度，以因應實際所需；又該上爐架增設有至 少一提把。 是以，可知本創作之主要目的在於提供一種節能快速爐，其 係由内、外爐架間產生之間隙及内、外對流孔設計，而使熱對流 效應能有效發揮，使瓦斯燃燒效率提高，且避免熱能散失者。 【實施方式】 請參閱第二、三圖所示，本創作「節能快速爐」由一内爐架 1、一外爐架2及一爐心組件3所組成；其中： 内爐架1 (如第二圖），包含一底板1 1及一内爐圍邊12， 底板11之内部_央向下設有一通孔111，通孔111之上方 設有一上、下貫穿之筒體1 3，筒體1 3設有内螺紋1 3 1，又 4 M409392 筒體1 3之上方結合一載台1 4，該載台1 4對應該通孔1 1 1 設有一透孔1 4 1，且透孔1 4 1往下為一上、下貫穿之穿筒1 42，穿筒142設有外螺紋143，使該穿筒係與該筒 體1 3螺接（如第四圖）。又該内爐圍邊1 2之上方周邊設有複數 内對流孔1 5，以及内爐圍邊1 2之外側延設有複數突卡體1 6 ’以及内爐圍邊1 2之頂端設有複數卡凹部丄7，以及内爐圍 邊1 2之一底方設有一穿孔1 8。 外爐架2 (如第二圖）’設有複數腳架2i，而外爐架2之下 方周邊設有複數外對流孔2 2，且外爐架2之内部向下透空，並 φ 於内側邊環具有一内唇邊2 3，且内爐架1係利用其突卡體1 6 承載於内辱邊2 3之上方而承載於外爐架2之内部，且使内、外 爐架1、2之間具有一間隔空間S(如第三、四圖），又該外爐架 2之頂端高於該内爐架1之頂端，另外，外爐架2之頂端設有複 數卡凹部24，且與内爐架1之頂端間藉由複數托架4呈斜向組 設。再者，外爐架2之一底方對應内爐架丄之穿孔丄8亦設置一 穿孔2 5。 爐心組件3 ’其前端為一爐心3 1，爐心組件3係穿過内、 外爐架1、2之穿孔18、25，且使其爐心3 1位於該内爐架 φ 1内部中央的載台14上，並位於該通孔ill (、透孔141) 之上方（如第四圖）。 承上組成，實施時係使銷具5承置於複數托架4上（如第五 圖），啟動爐心組件3而加熱於鍋具5，此時，空氣由通孔i工工 (、透孔141)往上，而因内、外爐架工、2之頂端具有高度 差，使空氣自外爐架2下方之複數外對流孔2 2進入間隔空間s， • 再自内爐架1上方之複數内對流孔1 5進入内爐架1内部，而使 ; …、氣形成熱對流效應，致未完全燃燒之瓦斯能因對流效應而完全 燃燒’使熱能燃料能完全發揮作用，避免散失。 另外，如第六圖，托架4之上方可增設一上爐架6，上爐架 6可為多種尺寸之一環邊體61，且環邊體61之底端具有提供 5 M409392 卡擎於該托架4之卡定部6 2 ’據此可增高快迷爐之整體爐架高 度，以因應實際所需；又該上爐架6增設有一對提把63。’'同 據上構件組成及實施說明，可知本創作藉由内、外爐架丄、 2之高低差設計，以及内 '外對流孔1 5、2 2設計，使^斯熱 源能被完全燃燒而使熱能減少散失，而可徹底改善前述之習用者 缺失，此即為本創作之主要創作要旨。再者，就以本創作與傳統 瓦斯爐做比較，以相同容器（鍋子）、相同水量加熱，並以瓦斯流 量計及紅外線測溫搶加以量測，當兩容器（鍋子）達到相同溫度 時’本創作之節能快速爐之瓦斯消耗量相較於傳統瓦斯爐而言， • 約減少了 40%，因此，可確知本創作之節能效益。 综上所述’當知本創作之創新結構已具有產業利用性、新賴 性與進步性’符合新型專利要件。惟以上所述者，僅為本創作之 一較佳實施例而已，並非用來限定本創作實施之範圍。即凡依本 創作申請專利範圍所做的均等變化與修飾，皆為本創作專利範圍 所涵蓋。 【圖式簡單說明】 第一圖係習用之快速爐立體分解實施例圖。 |第二圖係本創作之一具體實施例的立體分解圖。 第三圖係第二圖之立體組合參考圖。. 第四圖係本創作之組合平面結構剖視參考圖。 第五圖係本創作之平面實施示意圖。 第六圖係本創作增設上爐架之平面結構剖視參考圖。 【主要元件符號說明】 (習用實施例） 1 0 ....圍架 2 0 ·…爐心組件 2 0 1 ....爐心 6 M409392 (本創作實施例） 1.. ..内爐架 1 1 1 ....通孔 1 3 ....筒體 1 4 ....載台 '1 4 2 .…穿筒 1 5 ....内對流孔 1 7 ....卡凹部 2.. ..外爐架 Φ 2 2 .…外對流孔 2 4….卡凹部 3 ....爐心組件 4 ....托架 6-----h爐架 6 2 ....卡定部 5.. ..間隔空間 1 1 ....底板 1 2 .…内爐圍邊 1 3 1 ....内螺紋 1 4 1 ....透孔 1 4 3 ....外螺紋 1 6….突卡體 1 8 ....穿孔 2 1 .…腳架 2 3 ....内唇邊 2 5 .…穿孔 3 1 .…爐心 5 ....鋼具 6 1 ....環邊體 6 3 ....提把M409392 V. New description: [New technical field] Especially especially for thermal convection effect. This creation department has an innovative structure for a fast furnace of energy-saving fast furnace. [Prior Art] The rapid furnace is a kind of stove that can quickly reach the cooking food. It is often widely used in the drawing place; however, because of the simple design of the stove, it also causes a lot of defects. As shown in the first figure, it is a common quick furnace structure commonly used in the general workshop. It is roughly composed of a frame 10 and a core assembly 2, and the core assembly is the core of the front end. It is placed on the bottom side of the frame 10, and is implemented by the frame raft to support the pot, and the heat source is provided by the core assembly 20 to heat and cook the pot on the frame X 0 . However, the periphery of the top frame of the fast furnace of the conventional furnace is open, so that the fire will be directly pulled out, so it is relatively impossible to concentrate and gather heat, which not only affects the heating efficiency of the rapid furnace, but also causes Unnecessary waste of energy. Therefore, it needs to be improved. [New content] In view of the above-mentioned existing shortcomings, the creators of this case first thought that if they could provide a good structure design of the hob, and to improve the environment of heat convection and avoid heat loss, it would certainly improve the aforementioned lack of users. In order to achieve the above creative concept, the technical structure adopted by the creation refers to the energy-saving rapid furnace consisting of an inner furnace frame, an outer furnace frame and a core assembly, wherein the inner furnace frame is carried outside The inside of the hob, and the inner center of the inner hob is provided with a through hole, and the core assembly passes through the inner and outer hobs, and the core of the front end of the core assembly is located in the inner hob The inner center is located above the through hole; in addition, there is a space between the inner and outer hobs, and the top end of the outer hob is higher than the top end of the inner hob, and the plurality of brackets are inclined And the set is arranged on the top of the inner and outer furnace frame 3 M409392, and the inner periphery of the inner hob is provided with a plurality of inner convection holes, and the outer periphery of the outer hob is provided with a plurality of outer convection holes. According to this, the design of the height difference of the inner and outer hobs, and the design of the inner and outer convection holes, so that the gas heat source can be completely burned and the heat energy is reduced, and the outer side of the inner hob is extended with a plurality of protruding bodies. The inside of the outer hob is permeable to the air and has an inner lip. The inner hob is carried by the protruding body above the inner lip; and the outer hob is provided with a plurality of legs. Further, the top ends of the inner and outer hobs are provided with a plurality of card recesses for providing the brackets in an oblique direction. Furthermore, the side edges of the inner and outer furnace frames are respectively provided with a perforation for providing the core assembly. In addition, the inner hob system comprises a bottom plate and an inner furnace rim, and the through hole is located at the center of the bottom plate, and the plurality of inner convection holes and the protruding card system are disposed around the inner furnace. Furthermore, the bottom plate is provided with an upper and lower through-tube body above the through hole, and a loading table is coupled to the upper portion of the cylindrical body for providing the core bearing, and the loading table corresponds to the through hole A through hole is provided, and the through hole of the stage is a through hole, and the through hole is screwed to the barrel. Furthermore, an upper hob is added above the bracket, the upper hob is a ring body, and the bottom end of the ring body has a locking portion for providing a latch to the bracket, thereby increasing the rapid furnace The overall height of the hob is to meet the actual needs; and the upper hob is provided with at least one handle. Therefore, it can be seen that the main purpose of this creation is to provide an energy-saving rapid furnace, which is designed by the gap between the inner and outer hobs and the inner and outer convection holes, so that the heat convection effect can be effectively exerted, and the gas combustion efficiency is improved. And avoid heat loss. [Embodiment] Please refer to the second and third figures. The creation of the "energy-saving fast furnace" consists of an inner hob 1, an outer hob 2 and a core assembly 3; wherein: the inner hob 1 (such as The second figure comprises a bottom plate 1 1 and an inner furnace surrounding edge 12. The inner side of the bottom plate 11 is provided with a through hole 111 downwardly. The upper side of the through hole 111 is provided with an upper and lower through hole 13 3 . The body 13 is provided with an internal thread 1 3 1 and a 4 M 409392. The upper portion of the cylinder 1 3 is coupled to a loading table 14 which is provided with a through hole 1 4 1 and a through hole corresponding to the through hole 1 1 1 1 4 1 downward is an upper and lower through-through tube 1. The through-tube 142 is provided with an external thread 143, so that the through-tube is screwed to the barrel 13 (as shown in the fourth figure). Further, a plurality of inner convection holes 15 are provided in the upper periphery of the inner furnace surrounding edge 12, and a plurality of protruding card bodies 16' are disposed on the outer side of the inner furnace surrounding edge 12, and a top end of the inner furnace surrounding edge 12 is provided. A plurality of card recesses ,7, and a bottom of one of the inner furnace rims 1 2 are provided with a perforation 18. The outer hob 2 (as shown in the second figure) is provided with a plurality of legs 2i, and the outer periphery of the outer hob 2 is provided with a plurality of outer convection holes 2 2, and the inside of the outer hob 2 is permeable downward, and φ is The inner side ring has an inner lip 23, and the inner hob 1 is carried by the protruding body 16 above the inner side 2 3 and carried inside the outer hob 2, and the inner and outer furnaces are There is a space S between the racks 1 and 2 (such as the third and fourth figures), and the top end of the outer hob 2 is higher than the top end of the inner hob 1 , and the top end of the outer hob 2 is provided with a plurality of cards. The recess 24 is disposed obliquely to the top end of the inner hob 1 by a plurality of brackets 4. Further, a perforation rim 8 corresponding to the inner bottom of the outer hob 2 is also provided with a perforation 25. The core assembly 3' has a core 3 1 at its front end, and the core assembly 3 passes through the through holes 18, 25 of the inner and outer hobs 1, 2, and its core 31 is located inside the inner hob φ 1 The central stage 14 is located above the through hole ill (the through hole 141) (as shown in the fourth figure). The composition is carried out, and the implementation is carried out by placing the pin 5 on the plurality of brackets 4 (as shown in the fifth figure), starting the core assembly 3 and heating the pot 5, at this time, the air is made by the through hole i ( The through hole 141) is upward, and because of the height difference between the inner and outer hobs and the top of the 2, the air enters the space s from the plurality of outer convection holes 2 2 under the outer hob 2, and • the inner hob 1 The convection hole 15 in the upper plurality enters the inside of the inner hob 1 to cause a heat convection effect, so that the gas that is not completely burned can be completely burned due to the convection effect, so that the thermal energy can fully function and avoid the loss. . In addition, as shown in the sixth figure, an upper hob 6 can be added above the bracket 4. The upper hob 6 can be a ring body 61 of various sizes, and the bottom end of the ring body 61 has a 5 M409392 card. The locking portion 6 2 ' of the bracket 4 can increase the overall height of the hob of the fast furnace to meet the actual needs; and the upper hob 6 is provided with a pair of handles 63. ''With the composition of the upper part and the implementation instructions, it can be seen that the design is designed by the inner and outer hobs, the height difference of 2, and the inner and outer convection holes 15 and 2 2, so that the heat source can be completely burned. The heat energy is reduced and the loss of the heat can be completely improved, which is the main creative essence of the creation. In addition, this creation is compared with the traditional gas stove, heated in the same container (pot), the same amount of water, and measured by gas flow meter and infrared temperature measurement, when the two containers (pot) reach the same temperature' The gas consumption of the energy-saving fast furnace of this creation is reduced by about 40% compared with the conventional gas furnace, so the energy saving effect of the creation can be confirmed. In summary, when the innovative structure of Zhiben's creation has industrial applicability, new dependence and progress, it meets the requirements of new patents. However, the above description is only a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is, the equal changes and modifications made by the scope of patent application for this creation are covered by the scope of the original patent. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a diagram of a three-dimensional exploded embodiment of a conventional quick furnace. The second figure is an exploded perspective view of one embodiment of the present creation. The third figure is a stereoscopic reference map of the second figure. The fourth figure is a cross-sectional reference drawing of the combined planar structure of the present creation. The fifth picture is a schematic diagram of the implementation of this creation. The sixth figure is a cross-sectional reference drawing of the planar structure of the upper hob. [Explanation of main component symbols] (Conventional example) 1 0 .... Peripheral frame 2 0 ·... Core assembly 2 0 1 .... Hearth 6 M409392 (This creation example) 1.. .. Rack 1 1 1 .... through hole 1 3 .... barrel 1 4 .... stage '1 4 2 .... through tube 1 5 .... inner convection hole 1 7 .... card Recessed part 2.. .. outer hob Φ 2 2 .... outer convection hole 2 4.... card recess 3 .... core assembly 4 .... bracket 6-----h hob 6 2 . ...卡定部5.....interval space 1 1 .... bottom plate 1 2 .... inner furnace circumference 1 3 1 .... internal thread 1 4 1 .... through hole 1 4 3 . ...external thread 1 6....protrusion body 1 8 ....perforation 2 1 .... tripod 2 3 .... inner lip 2 5 .... perforation 3 1 .... heart 5 .... Steel fittings 6 1 .... ring body 6 3 ....