M326146 八、新型說明： 【新型所屬之技術領域】 本新型係一種電能爐之箱體，特別指一種可應用於嵌 入式或非嵌入式的電能爐之箱體；其具有一可分離的底 板，以便於該電能爐故障時，可自箱體上分離該底板，並 更換底板上的熱控制裝置，以便快速排除故障而解決長時 間修復所無法烹煮的問題。 【先前技彳标】 電能爐泛指以電能為能源的烹煮工具，包括電磁爐及 電熱爐；前者係利用電磁激發一鐵質锅具底部發熱，以進 行食物的加熱烹煮；後者則直接以加熱器加熱鍋具進行烹 煮。 電能爐在構成數量上分為單爐式或多爐式，前者多以 可隨意移動的單機台呈現，後者則多嵌置於廚房的檯面 中。如上述的任一種電能爐，在結構上係將至少一組的加 熱器及熱控制裝置佈置於一機殼中，再於該機殼的頂面覆 蓋一如玻璃或陶瓷的的面板，以做為該電能爐與烹調鍋具 之間的承接面及美觀的檯面。 如上所述的任一種電能爐，由於該機殼的四邊及底部 通常為一體不可拆分，且其中的加熱器及熱控制裝置又都 固鎖於該機殼底部。因此當這種爐具發生故障時，不論其 中一個或多個爐具故障，都必須由上而下先卸除面板、加 熱器，再以電表等偵測儀器檢測熱控制裝置中的故障點， 若是故障的起源是該熱控制裝置或無法判斷時，則必須將 5 M326146 整機搬回維修廠更換零件；而此情形若是發生於嵌入式的 電能爐，則整組卸除後不但廚房檯面形成一個不甚美觀的 大窟餐；再者，無論那一種電能爐，在維修期間都無法進 行烹煮，而且維修時間的長短往往令人無法估計。 【新型内容】 為解決習知電能爐如上的問題，因此，本新型之目的 在提供另一種電能爐之箱體，其具有一可分離的底板，於 該電能爐故障時不必整個卸除該箱體，利用快速分離該底 板並更換其上的熱控制裝置，可馬上排除故障而解決長時 間維修所無法烹煮的問題。再者，由於不必自廚房檯面上 卸除整個箱體，因此不或在廚房檯面上留下不美觀的窟 窿。 為達上述目的，本新型之一種電能爐之箱體，包括一 環形的框體及一底板，以供納置該電能爐的加熱器及與該 加熱器電性連接的熱控制裝置；而該框體的頂面設置一面 板，該加熱器安置於緊鄰該面板底部的框體上；其特徵在 於：該框體，至少一個以上的側面具有供空氣對流的設 施；該底板，可分離地與該框體結合；且該熱控制裝置係 可卸除地裝設於該底板的上表面；以及複數的連接器，供 將該底板結合於該框體底部。 如上所述之電能爐之箱體，該底板可自該框體上完全 分離；或是底板一侧面與該框體樞連，而其他側面以該樞 連側為軸地自該框體上掀開分離。 如上所述之電能爐之箱體，該箱體内可供容納至少一 6 M326146 組的加熱器及熱控制裝置的組合，其中若箱體内容納有多 個組合，則組合彼此對應於電能爐的面板表面呈陣列佈 置，如同習用的多爐台的電能爐。 如上所述之電能爐之箱體，其中該底板的上表面還可 包括一u型槽框，以可快速將該熱控制裝置插置結合於該 底板上表面。 如上所述之電能爐之箱體，於該電能爐故障時，可將 該底板自該框體上分離，同時卸除並更換底板上的熱控制 裝置。如此，可迅速排除故障使爐具恢復功能，從而解決 消費者因等待修復而無法烹煮的問題。 請參閱以下有關本新型一較佳實施例之詳細說明及其 附圖，將可進一步瞭解本新型之技術内容與功效。 【實施方式】 本新型較佳實施例的一種電能爐之箱體1，包括一環 形的框體10及一底板20。該箱體1内可供納置該電能爐的 加熱器31及與該加熱器電性連接34的熱控制裝置32。該熱 控制裝置32眾所周知的包括：電路板、線圈及必要的控制 元件，如第一圖。該框體10的頂面設置一面板33，為該電 能爐承置鍋具40以進行烹煮的檯面，而該加熱器31係安置 於緊鄰該面板33底部的框體10上。 如上的本新型較佳實施例的電能爐之箱體1，其中該 框體10的至少一個以上的侧面11具有供空氣對流的設施； 該供空氣對流的設施如第一圖所示，可以是一種柵門12， 或是一種風扇組13，該兩設施可同時設在該框體10的不同 7 M326146 側面π上，或是僅設其中之一。而當該等設施同時存在於 一框體10上的不同侧面時，其並無一定的相對應位置關 係；但較佳的位置關係是如第一圖所示，該柵門12及該風 扇組13設於該框體1〇的兩相對侧面，以便將框體1〇内的熱 溫經由該風扇組13排出的同時，亦從該柵門12處引入冷空 氣。 在另外可能的實施態樣中，該風扇組13亦可為一種兼 具吸氣及排氣的功能，如此可不必在該風扇組13相反方向 的侧面上設柵門12，或者該柵門12可以設在任一不與該風 扇組13相對的侧面上，以達到相同的空氣對流效果。 如上的本新型較佳實施例的電能爐之箱體，其中該框 體設有空氣對流設施的侧面上尚包括一網層14，以供阻絕 昆蟲進入電能爐的内部。 如上的本新型較佳實施例的電能爐之箱體1，其中該 底板20係可分離地與該框體1()結合；其中一較佳實施例， 該底板20可以整個的自該框體1〇底部卸除分離，如第二a 圖。另一較佳實施例，該底板22的一侧邊222與該框體10 樞接224，而其他側邊226與該框體1〇呈可分離地結合， 如第二B圖。上述無論何種連結形式的底板，其底板的上 表面24係裝設有該電能爐的熱控制裝置32，而且該熱控制 裝置32隨該底板呈可分離的結合於該框體1〇中。 如上的本新型較佳實施例的電能爐之箱體丨，其中該 底板20係藉由複數的連接_，供將該底板結合於該框體 底部。該複數的連接器的^ 、 車父佳實施例，係設於該底板 8 M326146 20的至少〆侧邊上，如第三a圖；另一較佳實施例的連接 1§50則設於為框體10的底部15上，如第三B圖。該複數的 連接器50玎以是任何具有將兩物件活動連結或分離的」 件，如第彡Αβ圖所示的旋鈕，或是門閂等。 如上的本新型較佳實施例的電能爐之箱體1，當兮底 板20如第/圖所示的，其一側邊與該框體1〇底部^接 224，而其他側邊或僅該樞接224的相對側，藉該複數的連 接器50即町與該框體10連接合或開啟分離。 如上所述的本新型的電能爐之箱體，另外可能的實施 例，該箱體内係包括至少一組以上的加熱器31及熱抑制事 置32的組合，且彼此對應於該面板33表面呈陣列佈置如^ 四圖，或任何型式的排列佈置。而在此種多組加熱器31於 一面板33上的實施例中，較佳的對應每一加熱器及熱控制 裝置的組合，分別設置一可分離的底板2〇，如第二B圖二 如上的本新型較佳實施例的電能爐之箱體1，其中為 使該熱控制裝置32可快速的裝設於該底板20的上表面24如 第一圖，該底板20的上表面24較佳的可包括一 U型槽框μ 如第五圖，以供該熱控制裝置32的邊緣320可以沿著該11型 槽框25插置，而快速的裝設及方便的抽出卸除。而為使兮 熱控制裝置可穩固地結合於該底板上表面，較佳的還可利 用至少一固定元件26如蜾絲，將已插置於該U型槽框中的 該熱控制裝置予以固定。 如上的本新型較佳實施例的電能爐之箱體1，藉由可 與框體分離結合的底板，於該電能爐故障時；維修人員不 9 M326146 必將正個電能爐卸除回廠檢修，只需自框體上 板’拔除該熱㈣裝置32的電性連接端似錢 = ㈣裝置’即可於現場排除故障，從 者因^ 修復而無衫_問題。 冑者因轉 電二:= 圭實施Γ電能爐之箱雜1 ’其中該 ==:=一一二 上列詳細說明係針對 明，惟該實施例並非用以新！之—可行實施例之具體說 離本新型技藝精神所為从^制本新型之專利範圍，凡未脫 案之申請專利範圍中7之等政實施或變更，均應包含於本 M326146 【圖式簡單說明】 第一圖為本新型一實施例之電能爐之箱體的側面剖視 圖暨該電能爐呈現一種嵌入式的應用方式示意圖。 第一A、B圖為本新型一實施例之電能爐之箱體的底板 體上分離的示意圖；其中第二A圖為底板由框體的底 部完全分離；而第二B圖為底板一侧邊樞接於框體底部， 其他側邊可自框體的底部完全分離。 第二A、B圖為本新型一實施例之電能爐之箱體的底板 • 利用複數的連接器連結於框體底部的示意圖；其中第三A 圖的複數的連接器係設在底板的至少一側邊上；第三B圖 的複數連接器則設於框體的底部上。 回第四圖為本新型另一實施例之電能爐之箱體的俯視 =，其中該箱體内包括複數組的加熱器及熱控制裝置組 6，彼此於該面板表面呈陣列佈置。 、第五圖為本新型另一實施例的電能爐之箱體的底板俯 視圖，其上表面具有ϋ型槽框。 鲁【主要元件符號說明】 1箱體 10框體 12 栅門 13風扇組 14 網層 15底部 底板 11 M326146 上表面 u型槽框 固定元件 加熱器 熱控制裝置 面板 電性連接 鍋具 連接器 裝飾外牆板 開口 侧邊 樞接 侧邊 邊緣 電性連接端M326146 VIII. New description: [New technical field] This new type is a kind of electric furnace, especially a box that can be applied to embedded or non-embedded electric energy furnace; it has a detachable bottom plate. In order to facilitate the failure of the electric furnace, the bottom plate can be separated from the casing, and the thermal control device on the bottom plate can be replaced to quickly eliminate the problem and solve the problem that the long-term repair cannot be cooked. [Previous technical standards] Electric energy stoves generally refer to cooking tools that use electric energy as energy, including induction cookers and electric heating furnaces. The former uses electromagnetic excitation to heat the bottom of an iron cookware to heat food for cooking; the latter directly The heater heats the pot for cooking. The electric furnace is divided into a single furnace type or a multi-furnace type in terms of the number of components. The former is mostly presented in a single machine table that can be moved freely, and the latter is embedded in the countertop of the kitchen. Any one of the above electric energy furnaces is configured to arrange at least one set of heaters and thermal control devices in a casing, and then cover a top surface of the casing with a panel such as glass or ceramic to make It is the bearing surface between the electric energy furnace and the cooking pot and the beautiful countertop. In any of the electric energy furnaces as described above, since the four sides and the bottom of the casing are generally integral, the heater and the heat control device are locked to the bottom of the casing. Therefore, when such a stove fails, no matter one or more of the stoves are faulty, the panel and the heater must be removed from top to bottom, and the fault point in the heat control device is detected by a detecting instrument such as an electric meter. If the origin of the fault is the thermal control device or cannot be judged, the 5 M326146 machine must be moved back to the repair shop to replace the parts; if this happens in the embedded electric furnace, the whole set will not only be formed after the kitchen surface is removed. A small cave meal that is not very beautiful; in addition, no matter which kind of electric stove, it can't be cooked during maintenance, and the length of repair time is often unpredictable. [New content] In order to solve the above problems of the conventional electric energy furnace, the object of the present invention is to provide another electric energy furnace box having a detachable bottom plate, and it is not necessary to completely remove the electric box when the electric energy furnace fails. The body, by quickly separating the bottom plate and replacing the thermal control device thereon, can immediately eliminate the problem and solve the problem that the long-term maintenance cannot be cooked. Moreover, since it is not necessary to remove the entire cabinet from the kitchen countertop, it is not necessary to leave unsightly holes on the kitchen countertop. In order to achieve the above object, a casing of an electric energy furnace of the present invention comprises an annular frame body and a bottom plate for receiving a heater of the electric energy furnace and a thermal control device electrically connected to the heater; a top panel of the frame is provided with a panel, the heater is disposed on the frame adjacent to the bottom of the panel; and the frame has at least one side having a device for convection of air; the bottom plate is detachably The frame is coupled; and the thermal control device is removably mounted on the upper surface of the bottom plate; and a plurality of connectors are provided for bonding the bottom plate to the bottom of the frame. The casing of the electric energy furnace as described above, the bottom plate can be completely separated from the frame body; or one side of the bottom plate is pivotally connected to the frame body, and the other side faces the frame body with the pivoting side as an axis Open separation. The cabinet of the electric energy furnace as described above, wherein the tank body can accommodate a combination of at least one 6 M326146 group of heaters and thermal control devices, wherein if the casing contains a plurality of combinations, the combinations correspond to each other for the electric furnace The panel surfaces are arranged in an array, like the conventional multi-furnace electric furnace. The cabinet of the electric energy furnace as described above, wherein the upper surface of the bottom plate further comprises a u-shaped groove frame for quickly inserting the thermal control device into the upper surface of the bottom plate. The cabinet of the electric energy furnace as described above can separate the bottom plate from the frame when the electric furnace fails, and simultaneously remove and replace the thermal control device on the bottom plate. In this way, the problem of quick recovery of the stove to restore the function of the stove can be solved, thereby solving the problem that the consumer cannot cook due to waiting for repair. Please refer to the following detailed description of a preferred embodiment of the present invention and its accompanying drawings, which will further understand the technical contents and functions of the present invention. [Embodiment] A casing 1 for an electric energy furnace according to a preferred embodiment of the present invention includes a ring-shaped casing 10 and a bottom plate 20. The casing 1 is provided with a heater 31 for accommodating the electric furnace and a thermal control device 32 electrically connected to the heater 34. The thermal control device 32 is well known to include a circuit board, a coil, and the necessary control elements, as shown in the first figure. The top surface of the frame 10 is provided with a panel 33 for holding the pot 40 for cooking, and the heater 31 is disposed on the frame 10 adjacent to the bottom of the panel 33. The cabinet 1 of the electric energy furnace of the preferred embodiment of the present invention, wherein at least one side surface 11 of the frame 10 has a device for convection of air; the air convection facility may be as shown in the first figure. A gate 12, or a fan assembly 13, which can be disposed on the different sides π of the different 7 M326146 of the frame 10, or only one of them. When the facilities are simultaneously present on different sides of a frame 10, there is no corresponding positional relationship; however, the preferred positional relationship is as shown in the first figure, the gate 12 and the fan set. 13 is disposed on two opposite sides of the frame body 1 以便 so as to discharge the hot air in the frame body 1 through the fan group 13 and also introduce cold air from the gate door 12. In another possible implementation manner, the fan group 13 can also be a function of both inhaling and exhausting, so that it is not necessary to provide the gate 12 on the side opposite to the fan group 13 or the gate 12 It can be placed on any side that is not opposite the fan pack 13 to achieve the same air convection effect. The casing of the electric energy furnace of the preferred embodiment of the present invention, wherein the frame is provided with a mesh layer 14 on the side of the air convection facility for blocking insects from entering the interior of the electric furnace. The casing 1 of the electric energy furnace of the preferred embodiment of the present invention, wherein the bottom plate 20 is detachably coupled to the frame 1 (); in a preferred embodiment, the bottom plate 20 can be entirely from the frame 1〇 The bottom is removed and separated, as shown in the second a diagram. In another preferred embodiment, one side 222 of the bottom plate 22 is pivotally connected to the frame 10, and the other side 226 is detachably coupled to the frame 1b, as shown in FIG. Regardless of the connection type of the bottom plate, the upper surface 24 of the bottom plate is provided with the thermal control device 32 of the electric furnace, and the thermal control device 32 is detachably coupled to the frame body 1 with the bottom plate. The casing of the electric energy furnace of the preferred embodiment of the present invention, wherein the bottom plate 20 is coupled to the bottom of the casing by a plurality of connections. The embodiment of the plurality of connectors is disposed on at least the side of the bottom plate 8 M326146 20, as shown in FIG. 3a; the connection 1 § 50 of another preferred embodiment is set to On the bottom 15 of the frame 10, as shown in the third B. The plurality of connectors 50 are any ones having a movable connection or separation of the two members, such as a knob shown in Fig. 4-1, or a latch or the like. In the casing 1 of the electric energy furnace of the preferred embodiment of the present invention, when the bottom plate 20 is as shown in the figure, one side of the casing 20 is connected to the bottom of the casing 1 and the other side or only the side. The opposite side of the pivotal connection 224 is connected or opened by the plurality of connectors 50, that is, the housing. According to another possible embodiment of the present invention, the cabinet includes at least one set of heaters 31 and a combination of heat suppression devices 32, and corresponds to the surface of the panel 33. Arranged in an array such as a four-figure, or any type of arrangement. In the embodiment of the plurality of sets of heaters 31 on a panel 33, a detachable bottom plate 2 is preferably respectively disposed corresponding to the combination of each of the heaters and the thermal control device, as shown in FIG. 2B. The casing 1 of the electric energy furnace of the preferred embodiment of the present invention, wherein the upper surface 24 of the bottom plate 20 is provided so that the thermal control device 32 can be quickly mounted on the upper surface 24 of the bottom plate 20 as shown in the first figure. Preferably, a U-shaped bezel μ is provided as shown in the fifth figure, so that the edge 320 of the thermal control device 32 can be inserted along the 11-shaped slot frame 25 for quick installation and convenient extraction and removal. In order to enable the heat control device to be firmly coupled to the upper surface of the bottom plate, it is preferable to fix the thermal control device that has been inserted into the U-shaped groove frame by using at least one fixing member 26 such as a wire. . The casing 1 of the electric energy furnace of the preferred embodiment of the present invention, by the bottom plate which can be separated from the frame body, is in the event of failure of the electric energy furnace; the maintenance personnel are not 9 M326146, and the electric furnace is unloaded and returned to the factory for maintenance. It is only necessary to remove the electrical connection of the heat (4) device 32 from the upper plate of the frame. It is like the money = (4) device can be used to eliminate the fault on the spot, and the problem is due to the repair of the shirt. The latter is due to the transfer of electricity: = 圭 Γ Γ Γ Γ Γ Γ Γ ’ 其中 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = The specific examples of the feasible embodiments are based on the spirit of the novel technology, and the administrative scope or scope of the patent application within the scope of the patent application filed in the patent application is included in this M326146. Description: The first figure is a side cross-sectional view of a cabinet of an electric energy furnace according to an embodiment of the present invention and a schematic diagram of an embedded application mode of the electric energy furnace. 1A and B are schematic views showing the separation of the bottom plate body of the electric energy furnace of the present invention; wherein the second A picture shows that the bottom plate is completely separated from the bottom of the frame body; and the second B picture is the bottom plate side. The side is pivotally connected to the bottom of the frame, and the other sides can be completely separated from the bottom of the frame. 2A and B are schematic views of a bottom plate of a casing of an electric energy furnace according to an embodiment of the present invention. The schematic diagram of the plurality of connectors connected to the bottom of the frame body; wherein the plurality of connectors of the third A diagram are at least provided on the bottom plate. On one side; the multiple connectors of Figure 3B are placed on the bottom of the frame. The fourth figure is a top view of the cabinet of the electric energy furnace according to another embodiment of the present invention, wherein the cabinet includes a plurality of heaters and a heat control device group 6 arranged in an array on the panel surface. The fifth figure is a bottom view of the bottom plate of the electric energy furnace of another embodiment of the present invention, and the upper surface thereof has a 槽-shaped groove frame. Lu [main component symbol description] 1 box 10 frame 12 gate 13 fan group 14 mesh layer 15 bottom plate 11 M326146 upper surface u-shaped frame fixed component heater thermal control device panel electrical connection cooker connector decoration Wall panel opening side pivotal side edge electrical connection end