M365453 五、新型說明： 【新型所屬之技術領域】 本創作係一種涉及供鍋具放置於瓦斯爐頭上的瓦斯爐 架，尤指瓦斯爐架以可分離的組合結構，提供範圍更廣的節能 功效。 【先前技術】 ^ 按由瓦斯爐架是一環架於上面立伸數架片，於架片上供鍋 . 具底面支持，以便瓦斯爐頭經由點火所產生的火焰，對鍋具內 • 的食物進行加熱、烹煮。但是瓦斯爐架僅止於提供鍋具放定位 的功效，欠缺其它實用性的功能設計，因此後來也有一種具有 節能效果的爐架產品，如證書號M347540號「一種節能瓦斯爐 墊」新型專利案(下稱:引證前案），該爐架設計出熱能保持效果， 即使爐火關閉，可提供續溫功能，藉以減少瓦斯燃料的使用 量，確實具有節能功效。惟本創作人認以爲使節能效果，如能 配合燉煮時間的長短而有配套的瓦斯爐架構造，需要改變結構; 再者，鍋具包含有平底以及半圓形底面的炒菜鍋等等，然而外 層體支持鍋具的腳片形式單一，加上內、外層體呈組設固定的 • 構造，拆卸內、外層體也十分麻煩，難以使引證前案的瓦斯爐 墊周全地適應各種烹調鍋具場合。 【新型内容】 本創作者鑑於前述的問題，進而用心硏究開發，因此本創 •作主要目的係在提供一種可節能的分離式瓦斯爐架組結構，主 要是瓦斯爐架是採取可分離的組合設計，呈非固定組設構造， ‘得以普遍性地因應燉煮時間長短'方便配套不同形式的鍋具， 使節能功效應用範圍更爲廣泛。 爲了可達到前述的目的，本創作所運用的技術手段係在於 3 M365453 提供一種可節能的分離式瓦斯爐架組結構，其係包含： 一底座，其呈環狀，於周面上等距立伸數腳片，中央形M365453 V. New description: [New technical field] This creation is a kind of gas stove rack for placing pots on gas burners, especially for gas stove racks with detachable combination structure, providing a wider range of energy saving effects. . [Prior Art] ^ According to the gas stove frame, a number of racks are placed on the top of the rack, and the pot is provided on the rack. The bottom surface is supported so that the gas generated by the ignition of the gas burner can be used for the food in the pot. Heat and cook. However, the gas stove rack only serves to provide the positioning of the pot, and lacks other practical functional designs. Therefore, there is also a stove rack product with energy-saving effect, such as the new patent case of the certificate No. M347540, “An Energy-Saving Gas Furnace Mat”. (hereinafter: the pre-citation case), the hob is designed to maintain the heat energy effect, even if the fire is turned off, it can provide a continuous temperature function, thereby reducing the amount of gas fuel used, and indeed has energy-saving effect. However, the creator believes that the energy-saving effect, such as the matching gas stove structure with the length of the stewing time, needs to change the structure; further, the pot includes a wok with a flat bottom and a semi-circular bottom surface, etc. However, the outer layer supports the single piece of the foot piece of the pan, and the inner and outer body are fixedly arranged. The disassembly of the inner and outer layers is also very troublesome, and it is difficult to fully adapt the gas stove pad of the pre-introduction case to various cooking pots. With occasions. [New content] In view of the above problems, the creators have developed their products with care. Therefore, the main purpose of this creator is to provide an energy-saving and separate gas stove frame structure, mainly because the gas stove is separable. The combination design is a non-fixed group structure, and it is convenient to match different types of pots in a variety of ways, so that the energy-saving effect can be applied more widely. In order to achieve the above objectives, the technical means used in this creation is that 3 M365453 provides an energy-saving split gas stove frame structure, which comprises: a base, which is annular and equidistant on the circumference. Extend the number of feet, central shape
成一孑U 一可阻隔熱氣外散的內桶，其呈中空環體，用以置於該 底座位於該孔之周面，反向於該底座之一端往外擴伸一外徑大 於桶體的支撐部，該內桶高度較該腳片爲低，該桶體周側貫穿 地設置有數散熱孔； 一托架，其可疊放於該內桶的該支撐部，用來支持鍋具。 所述內桶之壁厚呈實心。 所述內桶之壁厚挖設內槽而呈空心。 所述內桶之桶體於外側壁套設有一隔熱環，隔熱環並未 遮住散熱孔。 所述托架上形成數托片，托片可呈L形，具有一段水平 面，供平底的鍋具置放。 所述托架上形成數托片，托片呈弧形片，供弧形底部的 炒菜鍋置放。 因此依據本創作的技術手段，本創作可以獲得的功效簡 要說明如下所列： 1、 本創作之托架、內桶、底座是可分離的組合結構，由 於彼此呈非固定組設型態，所以鍋具置於托架受爐火加熱，爐 火的溫度也部份蓄存於內桶’故而卸下托架，將鍋具接觸內 桶，利用內桶蓄存餘熱對鍋具送熱燜煮，提供免火續煮的節能 功效。 2、 由於托架、內桶、底座是可分離，呈非固定組設型態， 所以鍋具置於托架，可視烹調場合，方便更換一用以支持炒菜 的托架’或是一用以支持平底鍋的托架，讓瓦斯爐架的節能 性，普遍地適用不同功能形式的鍋具。 3、 內桶可於外側壁套裝隔熱環，利用隔熱環的隔熱性來 4 川 M365453 進一步加強保溫性、蓄存熱能，有效降低、抑制熱能由內桶散 失速率，也因此在移動內桶時，獲致防烫傷功能。 4、內桶、托架呈可分離式，所以可配合燉煮時間長短來 作配套使用，燉煮時間較短，則移開托架，讓鍋具置於內桶上’ 由內桶的殘餘熱能提供免火續煮的燜熱效果;如果燉煮時間較 長，則可將內桶移置於一外鍋內，再將煮沸騰的鍋具’移置於 內桶上，透過外鍋對內桶及鍋具保溫，有效降低內桶蓄存熱能 ‘之喪失速度，強化並延長燜煮效果，因此擴大了瓦斯爐架節能 .減碳的應用範圍。 > 5、所述內桶之壁厚呈實心，其熱能蓄存效果較佳，熱能 流失率較低，而內桶之壁厚挖設內槽而呈空心，則可輕量化， 方便力氣較輕的主婦移動位置，所以可視使用需求而選擇內桶。 【實施方式】 本創作係一種可節能的分離式瓦斯爐架組結構，如第1 圖所示，其係包含一底座（10)、一可支持於底座（10)上的內桶 (20)、一環置於內桶(20)外側的隔熱環(30)、一置放於內桶(20) 上的托架(40)。 請再參看第1、2圖所示，前述之底座（10)是一矩形環片， 於周面上等距立伸數腳片（11)，用以配合支持鍋具底部，而中 央形成一近矩形的孔（12)，孔（12)內側的各側面向內水平延伸一 抵部(121)。 該可隔熱的內桶(20)係一中空環體，內桶(20)是一實心壁 厚的桶體(21)，在反向於底座（1〇)的頂端往外水平擴伸一環外徑 大於桶體(21)的支撐部(22)，而內桶(20)高度如第3圖所示，是 矮於底座（10)的腳片（11)位置，至於內桶(20)內部中空處爲內孔 (23)，底端則是立伸有數腳柱(26)，以如第1、5圖所示，供內 桶(20)利用腳柱(26)置放於抵部（121)上，位於桶體(21)近底部可 5 M365453 以形成數突粒狀的擋緣(211)，用以桶體(21)外側壁，環套該以 隔熱材質製成的隔熱環(30)之時，透過擋緣(211)擋住隔熱環(30) 以免往下滑落，而隔熱環(30)包覆於內桶(20)之外側，可以具備 斷熱、保溫 '防燙功能，而隔熱環(30)亦可選擇不設置，桶體(21) 位在隔熱環(30)鄰近腳柱(26)之處形成凹陷環面，於該環面等距 貫穿地設置數散熱孔(24)，使散熱孔(24)不會被隔熱環(30)遮住。 該托架(40)是疊放於內桶(20)的支撐部(22)上的環片，用以 * 支持鍋具，托架(40)於環片上形成數托片(41)，托片（41)在第1 . 至6圖顯示是近L形，具有一段水平面，以供平底的鍋具置放， φ 托架(40)底側如第4、6圖所示等距延伸數扣突(42)，扣突(42) 是用來扣圍在內桶(20)的支撐部(22)外圍，而不使托架(40)左右 滑脫走位，同時如第6圖所示，扣突(42)內側面與支撐部（22) 外側面之間保持一小距離，此爲考慮內桶(20)受熱而膨脹，反 使扣突(42)抵住支撐部(22)外側而難以取下托架(40)。 接下來如第7、8圖所示是說明其它較佳實施情況。其中 托架(401)之托片(43)是呈弧形片，不同於第2圖的托片(41)，由 於可更換爲托架(401)，所以能供半圓底部的炒菜鍋穩定地抵靠 於托片(43)上； • 另外，內桶(201)的桶體(21)壁厚可以形成內槽(27)而呈空 心，不同於第6圖的實心狀，實心壁厚的桶體(21)具有較佳蓄 存熱能的效益，然而桶體(21)空心壁厚則可輕量化，方便主婦 移動;並且內桶(201)可在內孔(23)內側壁近中、上緣處橫設數導 熱管(25)，利用導熱管(25)傳導熱能，使鍋底在受熱之後仍具保 ' 溫效果;因此托架(40)或(401)可以與內桶(20)或(201)選擇組合。 - 實施時，以第一種較佳實施例說明，如第2、4、9圖所示， 底座（10)置於瓦斯爐台上，內桶(20)鍋具(50)置於托片(40)上， 瓦斯爐頭(55)相對位於內桶(20)內孔(23)中，因此點火之後，爐 頭(55)的爐火是在內桶(20)範圍內對鍋具(50)加熱，隔熱環(30) 6 M365453 包覆於桶體（21)外側壁，可以適當地斷熱，降低熱能損耗，使 熱能較能蓄存於內桶(20)，而散熱孔(24)可兼具散熱，以及一用 以引入新鮮氧氣而提供助燃作用。 因此當鍋具（50)的內容物煮沸之後，關閉爐頭（55)的爐 火，取下鍋具(50)，再配合夾子夾起托架(40)，將鍋具(50)置於 內桶(20)的支撐部(22)上，而底座（10)的腳片（11)高於內桶(20)， 可配合由腳片（11)內側緣輔助抵住鍋具(50)，以防鍋具(50)滑 * 落，由於內桶(20)蓄存的熱能，所以在關掉爐火後，內桶（20) . 逐漸釋出蓄存的殘餘熱能，所以產生免火續煮的功效，具備節 Φ 省瓦斯能源的節能效果。 尤其本創作的托架(40)、內桶(20)採分離式設計，所以如 前所述鍋具（50)內容物需燉煮較久時間，得以夾子夾離托架 (40)，使鍋具(50)置於內桶(20)上受殘餘熱能來續溫；如果需要燉 煮更長時間，利用夾子夾住內桶(20)的支撐部(22)，透過支撐部 (22)外徑較大而較突出，使夾子有足夠夾持面積使之牢靠，以 便將內桶(20)放在具有保溫效果的外鍋內，再將已煮沸內容物 的鍋具(50)，移置到外鍋內的內桶(20)上，透過外鍋隔離內桶(20) 接觸外界冷空氣，使內桶(20)位於外桶內的封閉空間所釋放的 • 殘餘熱能，對鍋具(50)內容物進行較長時間的燜煮，達到不僅 免火續煮，對需要長時間燉煮的情形，提供如同節能鍋的免火 續煮功效。 如第7、8圖所示實施例，內桶(201)增加導熱管(25)，導 熱管(25)可在爐火對鍋具(50)加熱時，可以直接受熱，以增加蓄 ' 存熱能，以適度加快對食物烹煮速度，當爐火關閉時，導熱管 • (25)散發的熱空氣往上昇，因此接觸鍋具(50)底部而具免火續煮 功能。 上述實施例僅爲例示性說明本創作之技術及其功效，而非 用於限制本創作。任何熟於此項技術人士均可在不違背本創作 7 M365453 之技術原理及精神的情況下，對上述實施例進行修改及變化， 因此本創作之權利保護範圍應如後所述之申請專利範圍所列。 【圖式簡單說明】 第1圖係本創作較佳實施例之立體圖。 第2圖係本創作較佳實施例之立體元件分解圖。 第3圖係本創作較佳實施例之平面圖。 第4圖係本創作較佳實施例之組合剖面圖。 " 第5圖係本創作較佳實施例之底視平面圖。 第6圖係本創作較佳實施例之放大剖面圖，用以顯示托架之扣 • 突與支撐部有一小距離。 第7圖係本創作另一較佳實施例之立體元件分解圖。 第8圖係本創作內桶另一較佳實施例之部份剖面圖。 第9圖係本創作供鍋具實施的較佳實施例之平面圖。 【主要元件符號說明】 (10)底座 (11)腳片 (12)孔 (121)抵部 (20)(201)內桶 (211)擋緣 (21)桶體 (22)支撐部 (23)內孔 (24)散熱孔 (25)導熱管 (26)腳柱 (27)內槽 (30)隔熱環 (40)(401)托架 (41)(43)托片 (42)扣突 (50)鍋具 (55)爐頭 8An inner barrel which can block the heat-insulating gas, which is a hollow ring body, and is disposed on the periphery of the hole on the base, and extends outwardly from one end of the base to extend a support portion having an outer diameter larger than the barrel The height of the inner tub is lower than that of the leg piece. The peripheral side of the barrel body is provided with a plurality of heat dissipation holes. A bracket can be stacked on the support portion of the inner tub to support the pan. The wall thickness of the inner tub is solid. The wall thickness of the inner tub is hollowed out by arranging the inner groove. The barrel of the inner tub is sleeved with an insulating ring on the outer side wall, and the heat insulating ring does not cover the heat dissipation hole. A plurality of brackets are formed on the bracket, and the brackets may be L-shaped and have a horizontal surface for the flat bottom pan to be placed. A plurality of tabs are formed on the bracket, and the tabs are curved pieces for placement in a wok at the bottom of the curved shape. Therefore, according to the technical means of the creation, the brief descriptions of the functions that can be obtained by the creation are as follows: 1. The bracket, the inner barrel and the base of the creation are separable combined structures, and since they are in a non-fixed combination type, The pot is placed in the bracket and heated by the fire. The temperature of the fire is also partially stored in the inner tub. Therefore, the bracket is removed, the pot is contacted with the inner tub, and the inner heat is stored in the inner tub to heat the cookware. Provides energy-saving effects from fire-free cooking. 2. Since the bracket, the inner barrel and the base are separable and are in a non-fixed group configuration, the pot is placed in the bracket, which can be conveniently used for cooking, and is convenient for replacing a bracket for supporting cooking. Supporting the brackets of the pans, the energy saving of the gas hobs is universally applicable to pots of different functional forms. 3, the inner barrel can be set on the outer side wall of the insulation ring, using the heat insulation of the heat insulation ring to further enhance the heat preservation and storage heat energy, effectively reduce and suppress the heat energy loss rate from the inner barrel, and therefore within the movement When it is in the barrel, it is protected against burns. 4. The inner barrel and the bracket are separable, so it can be used together with the length of the stew. If the stewing time is short, remove the bracket and let the pot be placed on the inner barrel. The heat can provide the heat-reducing effect of the fire-free cooking; if the stewing time is longer, the inner bucket can be placed in an outer pot, and the boiled pot can be moved to the inner tub through the outer pot. The inner barrel and the pot are insulated, which effectively reduces the loss of heat stored in the inner barrel, strengthens and prolongs the cooking effect, thus expanding the application range of energy saving and carbon reduction of the gas stove. > 5, the wall thickness of the inner barrel is solid, the thermal energy storage effect is better, the heat energy loss rate is lower, and the inner wall of the inner barrel is hollowed out to be hollow, which can be lighter and more convenient. The light housewife moves the position, so the inner bucket can be selected depending on the usage requirements. [Embodiment] The present invention is an energy-saving separated gas stove frame assembly structure, as shown in Fig. 1, which comprises a base (10) and an inner barrel (20) supported on the base (10). An insulating ring (30) disposed outside the inner tub (20) and a bracket (40) placed on the inner tub (20). Referring to Figures 1 and 2, the base (10) is a rectangular ring piece, and the plurality of legs (11) are equally spaced on the circumferential surface to support the bottom of the pot, and the center forms a A nearly rectangular hole (12), each side of the inner side of the hole (12) extends horizontally inwardly by abutment portion (121). The heat-insulating inner tub (20) is a hollow ring body, and the inner tub (20) is a solid wall-thick barrel (21) extending horizontally outward from the top end opposite to the base (1〇). The diameter is larger than the support portion (22) of the barrel body (21), and the height of the inner barrel (20) is as shown in Fig. 3, which is shorter than the position of the foot piece (11) of the base (10), and the inside of the inner barrel (20) The hollow portion is an inner hole (23), and the bottom end is a plurality of legs (26) extending, as shown in the first and fifth figures, the inner barrel (20) is placed on the abutment portion by the foot column (26) ( 121), located at the bottom of the barrel (21), can be 5 M365453 to form a number of grain-shaped retaining edges (211) for the outer side wall of the barrel (21), and the outer sleeve is insulated by an insulating material. At the time of the ring (30), the heat insulating ring (30) is blocked by the retaining edge (211) so as not to fall downward, and the heat insulating ring (30) is wrapped on the outer side of the inner tub (20), and can be provided with heat insulation and heat preservation. Anti-scalding function, and the heat insulation ring (30) can also be selected without setting. The barrel body (21) is formed at the position of the heat insulation ring (30) adjacent to the foot column (26), and a concave annular surface is formed on the torus. Set the number of heat dissipation holes (24) so that the heat dissipation holes (24) are not blocked by the heat insulation ring (30). The bracket (40) is a ring piece stacked on the support portion (22) of the inner tub (20) for supporting the pot, and the bracket (40) forms a plurality of tabs (41) on the ring piece, The sheet (41) is shown in the first to sixth figures as being nearly L-shaped, having a horizontal plane for the flat bottom of the pot to be placed, and the bottom side of the φ bracket (40) as shown in Figs. 4 and 6 is equidistantly extended. The buckle (42) and the buckle (42) are used to fasten the periphery of the support portion (22) of the inner tub (20) without causing the bracket (40) to slide away from the left and right, as shown in Fig. 6. It is shown that a small distance is maintained between the inner side surface of the buckle protrusion (42) and the outer side surface of the support portion (22), so that the inner barrel (20) is expanded in consideration of heat, so that the buckle protrusion (42) abuts against the support portion (22). It is difficult to remove the bracket (40) on the outside. Next, as shown in Figures 7 and 8, other preferred embodiments will be described. The support piece (43) of the bracket (401) is an arc-shaped piece, which is different from the support piece (41) of FIG. 2, and can be replaced with a bracket (401), so that the wok at the bottom of the semi-circle can be stably Abutting on the support piece (43); • In addition, the wall thickness of the barrel (21) of the inner barrel (201) can be hollowed out to form the inner groove (27), which is different from the solid shape of the sixth figure, and the solid wall thickness is The barrel body (21) has the advantage of better storage of heat energy, however, the hollow wall thickness of the barrel body (21) can be lightened to facilitate the movement of the housewife; and the inner barrel (201) can be near the inner side wall of the inner hole (23), A plurality of heat transfer tubes (25) are disposed at the upper edge, and the heat transfer tube (25) is used to conduct heat energy, so that the bottom of the pot still has a warming effect after being heated; therefore, the bracket (40) or (401) can be combined with the inner tub (20) or (201) Select a combination. - In implementation, the first preferred embodiment is illustrated. As shown in Figures 2, 4 and 9, the base (10) is placed on the gas stove and the inner tub (20) is placed on the support (50). 40) Above, the gas burner head (55) is relatively located in the inner hole (23) of the inner barrel (20), so after ignition, the furnace head (55) is fired within the inner barrel (20) (50) ) Heating, heat insulation ring (30) 6 M365453 is covered on the outer side wall of the barrel body (21), which can properly heat off, reduce the heat energy loss, so that the heat energy can be stored in the inner barrel (20), and the heat dissipation hole (24) It can combine heat dissipation and provide a combustion-supporting effect by introducing fresh oxygen. Therefore, after the contents of the pot (50) are boiled, the fire of the burner (55) is turned off, the pot (50) is removed, and the holder (40) is clamped with the clip to place the pot (50). The support portion (22) of the inner tub (20), and the leg piece (11) of the base (10) is higher than the inner tub (20), and can cooperate with the inner edge of the leg piece (11) to assist against the pot (50) In order to prevent the pan (50) from slipping and falling, due to the heat stored in the inner tub (20), after the fire is turned off, the inner tub (20) gradually releases the residual heat energy stored, so that no fire is generated. The effect of continuous cooking has the energy saving effect of saving Φ gas energy. In particular, the bracket (40) and the inner tub (20) of the present invention are of a separate design, so that the contents of the pot (50) need to be stewed for a long time, so that the clip can be clipped away from the bracket (40). The pot (50) is placed on the inner tub (20) to be renewed by residual heat; if it needs to be stewed for a longer period of time, the support portion (22) of the inner tub (20) is clamped by the clip, and the support portion (22) is passed through the support portion (22). The outer diameter is larger and more prominent, so that the clip has enough clamping area to make it secure, so that the inner barrel (20) is placed in the outer pot with the heat preservation effect, and then the pot (50) of the boiled contents is moved. Placed on the inner tub (20) in the outer pot, through the outer pot to isolate the inner tub (20) from the outside cold air, so that the inner tub (20) is located in the closed space inside the outer tub. • Residual heat energy, on the pot (50) The contents are boiled for a long period of time to achieve not only the cooking without cooking, but also the heat-free cooking effect of the energy-saving pot for the case of long-term stewing. As shown in the figures 7 and 8, the inner tub (201) is provided with a heat pipe (25), and the heat pipe (25) can be directly heated when the fire is heated on the pan (50) to increase the storage. Heat energy to moderately speed up the cooking of food. When the fire is turned off, the heat pipe (25) emits hot air, so it contacts the bottom of the cookware (50) and has the function of no-burning. The above embodiments are merely illustrative of the techniques of the present invention and their effects, and are not intended to limit the present invention. Anyone who is familiar with this technology can modify and change the above embodiments without violating the technical principle and spirit of this creation. Therefore, the scope of protection of this creation should be as follows. Listed. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a preferred embodiment of the present invention. Figure 2 is an exploded perspective view of a preferred embodiment of the present invention. Figure 3 is a plan view of a preferred embodiment of the present invention. Figure 4 is a combined cross-sectional view of a preferred embodiment of the present invention. " Figure 5 is a bottom plan view of a preferred embodiment of the present invention. Figure 6 is an enlarged cross-sectional view of the preferred embodiment of the present invention for showing that the buckle of the bracket has a small distance from the support portion. Figure 7 is an exploded perspective view of another preferred embodiment of the present invention. Figure 8 is a partial cross-sectional view showing another preferred embodiment of the inner barrel of the present invention. Figure 9 is a plan view of a preferred embodiment of the present invention for the implementation of the pan. [Description of main component symbols] (10) Base (11) Leg (12) Hole (121) Abutment (20) (201) Inner barrel (211) Retaining edge (21) Barrel (22) Support (23) Inner hole (24) Cooling hole (25) Heat pipe (26) Foot column (27) Inner groove (30) Insulation ring (40) (401) Bracket (41) (43) Tab (42) Buckle ( 50) Cookware (55) burner 8