1227769 玖、發明說明：1227769 发明, Description of invention:
【明所屬J 發明所屬之技術領域 本發明係有關於一種設置於爐具本體上部之頂板所配 5 置之飾框。 L先前技術3 習知技術 於安裝在具現代化配套炊具之廚房之欲入式爐具中， 舉例言之’如下述專利文獻1所示，具有由利用玻璃等而平 10坦地形成之面板與設置在該面板外周之飾框所構成之頂板 者是已知的。 如第14圖所示，此種爐具所具備之飾框32係由4根相互 連結之相同形狀之棧33所構成，且設置於面板34外周並呈 框狀。為了形成外觀良好之角部，相互比鄰之機33係藉由 15以45。之傾斜角來形成缺口之端緣以形成抵接部％。 ^而於藉由飾框32包®面板34之爐具巾，由於飾框 目而有視覺上感覺面板34之面積狹小之情形。 月抵接部35中，當棧％產生歪曲時或連結狀態之精 X降低0: ’如第15圖所示’會有抵接部似生間隙或如第 20 _所示於角部前端36產生位置偏差且飾框32不美觀之問 題j如第14圖所不，抵接部35於平面顯示狀態下露出， 田二理日价/诗灑落在飾框之肖部上時，會產生抵接部 5間谷易附著湯汁等髒污且洗掉髒污麻煩之問題。 專利文獻1 1227769 、第 曰本專利公開公報特開2002 — 13739號公報（第3圖 4圖） ° 發明所欲解決之課題 為了解決前述問題，本發明之目的係提供—種可防止 因御框而使頂板不美觀且可確實地維持連結狀態而組裳容 易之飾框。 【發明内容】 解決課題之手段 為了達成刚述目的，本發明係提供一種爐具頂板之飾 1〇框，係設置於覆盍爐具本體上面開口之面板之外周，且與 該面板同時構成爐具之頂板者，其特徵在於：係由左右一 對沿著面板左右側緣延伸之側棧、連結於兩側棧之前端部 且沿著面板前側緣延伸之前棧與連結於兩側棧之後端部且 沿著面板後側緣延伸之後棧所構成，且前述前棧具有沿著 15面板前端部下面略呈水平地延伸之前部水平板部、從該前 4水平板部外緣沿者面板前端緣略呈垂直地立起之前部垂 直板部與從該前部垂直板部上緣朝前方延伸之前部緣面板 部’前述側棧則具有沿著面板側端部下面略呈水平地延伸 之側部水平板部與沿著該側部水平板部外緣略呈垂直地設 20 置之薄板狀側部垂直板部。 若依據本發明，則藉由使沿著前述面板兩側延伸之側 棧具有薄板狀側部垂直板部，可使側棧不引人注目而大面 積地看見面板。又，當前棧與側棧連結時，側棧之前端部 與前棧之前述前部緣面板部抵接而構成飾框之角部，此 1227769 時，若使側部垂直板部之前端部構成為抵接於前部緣面板 部之兩端之狀態，則該抵接部份之位置偏差或間隙亦較不 明顯，因此可構成良好之頂板外觀。 又，本發明中，前述側部垂直板部之前端部係形成為 5 對應於前述前部緣面板部之裏面形狀之形狀，且該側部垂 直板部前端部之板厚面係以非露出狀態抵接於前述前部緣 面板部之裏面側。 依據本發明，側部垂直板部之板厚面係以非露出狀態 抵接於前部緣面板部之裏面側，藉此，即便萬一於飾框角 10 部之前棧與側棧之抵接部分產生位置偏差或間隙，亦可藉 由前部緣面板部來覆蓋遮蔽而使爐具上部美觀，且，當調 理時湯汁等灑落在飾框之角部時，由於前棧與側棧之抵接 部分位於前部緣面板部之裏面側，因此可減少湯汁等髒污 之附著。 15 前述側棧之前端部與前述前機之側端部係具有相互卡 合之卡合部。此時，該卡合部之一實施態樣可舉例如：前 述卡合部係由凹部與爪部所構成，且前述凹部係將前述側 棧前端部之一部分朝上下方向切入而形成，前述爪部則朝 前述前棧之前述前部緣面板部下方突出且與前述凹部卡 20 合。又，前述卡合部之其他實施態樣可舉例如：前述卡合 部係由凹部與爪部所構成，且前述凹部係從前述側棧之前 端朝後方切入而形成，前述爪部則從前述前機之前述前部 緣面板部朝後方突出且與前述凹部卡合。藉由前述第1及第 2實施態樣，可防止前棧前後方向之位置偏差，或負載作用 1227769 於前部水平板部時前部緣面板部搖動方向之位置偏差，且 可防止前棧之前部緣面板部與側棧之前端部間產生間隙而 維持前棧與側棧間一體之連結狀態。 又，前述卡合部之其他實施態樣可舉例如：前述卡合 5 部係由凸部與凹部所構成，且前述凸部朝前述側棧之前端 部内面或前述前棧之前述前部緣面板部之裏面之任一者突 出，前述凹部則形成於另一者且卡合該凸部。藉此，亦可 防止前棧前後方向之位置偏差，或負載作用於前部水平板 部時前部緣面板部搖動方向之位置偏差，且可維持良好之 10 前棧與側棧間一體之連結狀態。 又，本發明中，前述前棧與前述側棧係於前述前部水 平板部與前述側部水平板部經由連結部相互連結，且該連 結部係藉由使卡合凸部壓入卡合凹部而形成於與兩水平板 部相同之平面上，而前述卡合凸部係朝水平方向突設於前 15 述兩水平板部之其中一水平板部之端部，前述卡合凹部則 對應於該凸部而朝水平方向切入形成於前述兩水平板部之 另一水平板部之端部。相互比鄰之水平板部係藉由將卡合 凸部壓入卡合凹部而斂合連結，藉此，即使於水平板部設 置連結部，亦可使該連結部平坦地形成於與兩水平板部相 20 同之平面上。又，藉由卡合凸部與卡合凹部間之連結，可 確實地防止前棧與側機水平方向之脫落。再者，由於各水 平板部係沿著面板下面抵接，因此藉由面板可防止各水平 板部凸起，且可堅固地維持前棧與側棧間之連結。 又，本發明中，前述側棧係其前端部與後端部形成為 7769 同形狀，且刖述後棧形成為與前述前棧相同之形狀。藉 吏i述後棧形成為與前述前棧相同之形狀，則亦可於後 私與側機之抵接部分形成良好之外觀，且可維持良好之— 體之連接狀態。 又，本發明中，前述後棧係具有沿著面板後端部下面 呈良平地延伸之後部水平板部與沿著該後部水平板部外 緣略呈垂直地設置之薄板狀後部垂直板部，藉此，於前述 後私中亦可與前述側棧相同地使後棧不引人注目而大面積 地看見面板。 、 10 、又，本發明中可藉由第1後棧片與第2後棧片來構成前 述後棧，且前述第1後棧片係連結於前述兩側棧之後部中 間，前述第2後棧片則與前述第丨後棧片間隔預定間 隔而連 結於前述兩側棧之後端部，此時，藉由使前述第丨後棧片構 15 成為具有沿著面板後端部下面略呈水平地延伸之後部水平 板部與從該後部水平板部之外緣沿著面板之後端緣略呈垂 直地立起之後部垂直板部，則可與前述側棧相同地使第“羑 棧片不引人注目。 此時’前述第2後棧片亦可具有略呈垂直地設置之薄板 狀後部垂直板部，又，亦可具有朝後方伸出之後部緣面板 20 部。[Technical field to which J belongs to the invention of the invention] The present invention relates to a decorative frame provided with a top plate provided on an upper part of a stove body. L Prior art 3 The conventional technology is installed in a self-contained cooking stove installed in a kitchen with modern supporting cooking utensils. For example, as shown in Patent Document 1 below, a panel having a flat surface formed of glass and the like and A ceiling plate made of a decorative frame provided on the periphery of the panel is known. As shown in Fig. 14, the decorative frame 32 provided in this type of stove is composed of four stacks 33 of the same shape connected to each other, and is provided on the outer periphery of the panel 34 in a frame shape. In order to form a good-looking corner, the adjacent machines 33 are 15 to 45. The inclination angle forms the edge of the notch to form the contact portion%. ^ In the case of the stove towel with the decorative frame 32 and the panel 34, the area of the panel 34 is visually small due to the decorative frame. In the month abutment portion 35, when the stack% is distorted or the connection state is reduced by 0: 'as shown in FIG. 15', there may be a gap in the abutment portion or as shown in 20_ at the front end of the corner 36 The problem that the position deviation occurs and the decorative frame 32 is not beautiful. As shown in FIG. 14, the abutting portion 35 is exposed in a flat display state. When Tian Erli's daily price / poem is sprinkled on the Xiao portion of the decorative frame, an abutment will occur. The problem is that it is easy to attach dirt such as soup and the like to the 5 valleys of the joint portion, and it is troublesome to wash off the dirt. Patent Document 1 1227769, Japanese Patent Laid-Open Publication No. 2002-13739 (Figures 3 and 4) ° Problems to be Solved by the Invention In order to solve the foregoing problems, the object of the present invention is to provide a method for preventing the frame from being damaged. In addition, the top plate is unsightly and can maintain the connected state reliably, and it is easy to form a frame. [Summary of the Invention] Means to Solve the Problem In order to achieve the purpose just described, the present invention provides a 10-frame decoration for a stove top plate, which is arranged on the outer periphery of a panel covering an open upper surface of a stove body and forms a furnace at the same time as the panel. The top plate of the utility model is characterized in that it consists of a pair of left and right side stacks extending along the left and right side edges of the panel, connected to the front ends of the two side stacks, and extending along the front edge of the panel and connected to the back ends of the two stacks. The front stack has a front horizontal plate portion that extends slightly horizontally along the underside of the front end portion of the 15 panel, and extends along the front edge of the panel from the outer edge of the front 4 horizontal plate portions. The edge rises slightly vertically and the front vertical plate portion and the front edge panel portion extend forward from the upper edge of the front vertical plate portion. The aforementioned side stack has a side that extends slightly horizontally along the lower side of the panel side end portion. The part horizontal plate portion is a thin plate-like side portion vertical plate portion which is disposed at a position approximately perpendicularly along the outer edge of the side horizontal plate portion. According to the present invention, the side stack extending along both sides of the panel has a thin plate-shaped side vertical plate portion, so that the side stack can be seen unobtrusively and in a large area. In addition, when the current stack is connected to the side stack, the front end of the side stack is in contact with the front edge panel portion of the front stack to form the corner of the decorative frame. In the state of abutting on both ends of the front edge panel portion, the position deviation or gap of the abutting portion is also less obvious, so it can constitute a good appearance of the top plate. Furthermore, in the present invention, the front end portion of the side vertical plate portion is formed into a shape corresponding to the inner shape of the front edge panel portion, and the thickness surface of the front end portion of the side vertical plate portion is not exposed. The state abuts on the back side of the front edge panel portion. According to the present invention, the thickness surface of the side vertical plate portion is abutted against the inner side of the front edge panel portion in a non-exposed state, thereby, even if the abutment of the front stack with the side stack is 10 before the decorative frame corner 10 Partial position deviations or gaps can also be covered by the front edge panel portion to make the upper part of the stove beautiful, and when soup or the like is sprinkled on the corners of the decorative frame during conditioning, the front stack and side stack Since the abutting portion is located on the back side of the front edge panel portion, it is possible to reduce adhesion of dirt such as soup. 15 The front end of the side stack and the side end of the front machine have engaging portions that engage with each other. At this time, an embodiment of the engaging portion may include, for example, the engaging portion is composed of a recessed portion and a claw portion, and the recessed portion is formed by cutting a part of a front end portion of the side stack in an up-and-down direction. The portion protrudes below the front edge panel portion of the front stack and engages with the recessed portion 20. In addition, other embodiments of the engaging portion may include, for example, the engaging portion is composed of a recessed portion and a claw portion, and the recessed portion is formed by cutting in from the front end of the side stack toward the rear, and the claw portion is formed from the foregoing The front edge panel portion of the front machine protrudes rearward and engages with the recessed portion. With the aforementioned first and second embodiments, position deviations in the front-back direction of the front stack, or positional deviations in the swing direction of the front edge panel portion when the load is applied to the front horizontal plate portion, can be prevented, and the front stack can be prevented. A gap is generated between the edge panel portion and the front end of the side stack to maintain an integrated connection state between the front stack and the side stack. In addition, other embodiments of the engaging portion may include, for example, the engaging portion 5 is composed of a convex portion and a concave portion, and the convex portion faces the inner surface of the front end of the side stack or the front edge of the front stack. Any one of the inside of the panel portion protrudes, and the aforementioned concave portion is formed in the other and engages the convex portion. This can also prevent the position deviation of the front stack in the front-back direction, or the position deviation of the front edge panel portion when the load is applied to the front horizontal plate portion, and can maintain a good 10 integral connection between the front stack and the side stack. status. Further, in the present invention, the front stack and the side stack are connected to each other through the front horizontal plate portion and the side horizontal plate portion via a connection portion, and the connection portion is press-fitted by the engagement projection. The recessed portion is formed on the same plane as the two horizontal plate portions, and the engaging convex portion is protruded horizontally at an end portion of one of the two horizontal plate portions of the first 15 horizontal plate portions, and the engaging recessed portion corresponds to An end portion of the other horizontal plate portion formed in the two horizontal plate portions is cut into the convex portion in a horizontal direction. The horizontal plate portions adjacent to each other are converged and connected by pressing the engaging convex portions into the engaging concave portions, whereby even if a connecting portion is provided in the horizontal plate portion, the connecting portion can be formed flatly on the two horizontal plates. Department phase 20 is on the same plane. Moreover, the connection between the engaging convex portion and the engaging concave portion can reliably prevent the front stack and the side machine from falling off horizontally. In addition, since each horizontal plate portion abuts along the lower surface of the panel, the horizontal plate portion can be prevented from protruding by the panel, and the connection between the front stack and the side stack can be firmly maintained. Moreover, in the present invention, the front stack and the rear stack are formed in the same shape as the front stack and the rear stack, and the back stack is formed in the same shape as the front stack. According to the fact that the rear stack is formed into the same shape as the aforementioned front stack, it can also form a good appearance at the abutting part of the rear private and side machine, and can maintain a good body connection state. Further, in the present invention, the rear stack has a rear horizontal plate portion extending flatly along the lower surface of the rear end of the panel and a thin plate-shaped rear vertical plate portion provided slightly perpendicularly along the outer edge of the rear horizontal plate portion, Thereby, the panel can be seen unobtrusively and in a large area in the rear private as in the side stack. In the present invention, the aforementioned rear stack may be constituted by a first rear stack and a second rear stack, and the first rear stack is connected in the middle of the rear portions of the two stacks, and the second rear The stack sheet is connected to the rear end of the two stacks at a predetermined interval from the aforementioned rear stack sheet. At this time, by making the aforementioned rear stack sheet structure 15 to be slightly horizontal along the rear end of the panel The rear horizontal plate portion extends from the outer horizontal edge of the rear horizontal plate portion and rises slightly vertically along the rear end edge of the panel along the rear end edge of the panel. At this time, 'the aforementioned second rear stack may also have a thin plate-shaped rear vertical plate portion provided slightly vertically, and may also have 20 rear edge panels protruding toward the rear.
【實施方式;J 發明之實施形態 依據圖式說明本發明之一實施形態。第丨圖係顯示本實 施形態之爐具之頂板之說明平面圖，第2圖係本實施形態中 1227769 飾框之平面圖，第3圖係第。圖之瓜―皿線截面圖，第4圖係 第2圖之1V—W線截面圖，第5圖係第2圖之V〜V線截面 圖，第6圖係顯示本實施形態中飾框之前部之連結部之說明 立體囷弟7圖係底面顯示本實施形態中飾框之後部之連矣士 5部之說明圖，第8圖係本實施形態中飾框之主要部分之說明 側視圖第9至11圖係其他形態中飾框之主要部分之說明側 視圖，第12圖係其他形態中飾框之主要部分之說明平面 圖，第13圖係其他形態中飾框之主要部分之分解說明圖。 如第1及3圖所示，本實施形態之爐具丨係爐具本體“安 10裝於具現代化配套炊具之廚房之流理台頂板K之嵌入式爐 具，且爐具本體la之上面開口 lb設置有由露出流理台頂板κ 上之面板3與飾框4所構成之頂板2。 面板3係藉由如玻璃等平坦地形成，且形成有複數露出 燃燒器（未圖示）之燃燒器用開口5。沿著該面板3於其全周安 15 裝有前述飾框4。 如第2圖所不，飾框4係具有左右一對之側棧6與連結於 兩側棧6之前端部之前棧7。又，於兩側棧6之中間部係連結 有接連面板3後側緣而延伸之第丨後棧片8，以及與該第 棧片8間隔預定間隔而位於更後方之兩側棧6之後端部之第 2〇 2後棧片9。即，本實施形態係藉由第1後棧片δ與第2後棧片 9來構成後棧。側棧6、前棧7、第1後棧片8及第2後棧片9皆 藉由鋁製之拉製材來構成。 如第1及2圖所示，面板3係安裝為藉由前棧7、兩側棧6 及第1後棧片8來包圍。於第i後棧片8與第2後棧片9間形成 1227769 用以於燃燒器燃燒時之吸氣或烤爐之排氣之開口 ι〇。本實 施形悲中第1後棧片8係具有覆蓋開口 1〇之遮罩如。 如第3圖所示，前棧7係具有沿著面板3之前端部下面水 平地延伸之前部水平板部u，與從該前部水平板部丨丨外緣 5 A著面板3之前端緣立起之前部垂直板部12，更一體地連接 設置有從該前部垂直板部12上緣朝前方延伸而接連流理台 頂板κ之前部緣面板部13。本實施形態中，前部緣面板部13 係形成為從前部垂直板部12之上緣一面彎曲一面向下方傾 斜之形狀。 10 兩側棧6係形成為左右相互對稱，如第4圖所示，前述 兩側棧6之一側棧6係具有沿著面板3之側端部下面水平地 延伸之側部水平板部14，與沿著該側部水平板部14之外緣 之側部垂直板部15。該側部垂直板部15係薄板狀，且相對 於前述前棧7之前部緣面板部13之寬度（例如，本實施形態 15中為20mm)而構成為極窄之寬度（例如，本實施形態中為 1mm)。另，為了確保強度，如第4圖中以虛線所示，側部 垂直板部15之下側部宜於内側以具有厚度地來形成。 又，側部垂直板部15之上端15a係形成為與前棧7之前 部緣面板部13之上端13a(第3圖所示）相同之高度，且側部垂 20直板部15之下端l5b係形成於與前部緣面板部13之下端 13b(第3圖所示）相同平面上之位置。另，兩側棧6中之另一 側棧6亦作成相同之構造。 如第5圖所示，第1後棧片8係具有沿著面板3之後端部 下面水平地延伸之後部水平板部16，與從該後部水平板部 11 l227769 16之外緣沿著面板3之後側端緣立起之後部垂直板部i7，且 從後部垂直板部17之上緣延伸有遮罩如以覆蓋開口 1〇。第2 後棧片9係與前棧7為大致相同之構造，且具有後部水平板 部9a、後部垂直板部％與後部緣面板部如而尤结於側動之 5 後端部。 如第6圖所示，前棧7與側棧6係藉由前部水平板部11與 側部水平板部Μ之連結部以-體地連結。該連結部18係藉 由形成於兩水平板部之其中一水平板部14(或u)之卡合凸 部20壓入形成於兩水平板部之另一水平板部u(或14)之卡 10合凹部21而以所謂斂合連結來形成。藉此，連結部1 g可平 坦地形成且構成與兩水平板部11、14相同之平面，且由於 連結部18係黏合於面板3之下面，因此可實現對面板3之安 定之組裝狀態。 又，如第7圖以底面來顯示，側棧6與第1後棧片8係藉 15 由與前述連結部18同樣地來構成之連結部19斂合連結。再 者，側棧6與第2後棧片9之連結部22係藉由以略呈l字形之 連結構件23來連結側棧6之側部水平板部14與第2後棧片9 之後部水平板部9a而形成。由於前棧7、側棧6及第1後棧片 8係於面板3周圍在與面板3之間充填填縫材c(參照第5圖） 20 來固定，因此藉由連結部18、19之壓入斂合即可，然而， 由於第2後棧片9並未施行對面板3之填縫，因此宜藉由連結 部22之連結構件23來連結於側棧6。 又，如第8圖所示，側棧6之前端部24係構成為對應於 前棧7之前部緣面板部13而上緣傾斜之形狀。又，側棧6之 12 1227769 前端部24之板厚面24a係抵接於前部緣面板部13之裏面 側。藉此，由於側棧6前端部24之板厚面24a係藉由前部緣 面板部13來覆蓋遮蔽，因此於平面顯示狀態下不會露出（參 照第1或2圖），且即使側棧6前端部24之板厚面24a與前部緣 5 面板部13之裏面之抵接部分產生些許位置偏差，亦不會損 害飾框4之美觀。且，由於該抵接部分係位於前部緣面板部 13之裏面側，因此即使調理物之湯汁等灑落在前部緣面板 部13上，亦可減少髒污對抵接部分之附著。 又，前述側棧6之前端部24與前述前機7之側端部宜藉 10 由後述卡合部卡合。即，如第9圖所示，若將側棧6前端部 24之一部分朝上下方向切入而形成凹部25時，藉由設置從 前部緣面板部13之後端部朝下方突出之爪部26(本實施形 態中前部垂直板部12之一部分係作為爪部26而形成），使爪 部26與凹部25卡合並構成卡合部，可防止前棧7前後方向之 15 位置偏差，或負載作用於前部水平板部11時前部緣面板部 13搖動方向之位置偏差。 再者，如第10圖所示，亦可於爪部26前端設置與爪部 26交叉之方向之突起27，且凹部25亦作成配合突起27之形 狀，且其内緣卡合突起27。藉此，可進一步確實地使爪部 20 26卡合凹部25。 又，如第11圖所示，切入側棧6之前端部24下緣部而形 成凹部28，同時於前部緣面板部13之前端部設置朝後方突 出之爪部29，並使該爪部29與凹部28卡合而構成卡合部， 藉此，可防止前棧7朝上方之位置偏差。又，可確實地防止 1227769 於前棧7之前部緣面板部13與側棧6之前端部24間產生間 隙。 又，本實施形態係顯示側棧6前端部24之板厚面24&抵 接於前棧7前部緣面板部13之裏面側而側棧6前端部24之板 5厚面24a未露出之構造，然而，除此之外，如第12圖所示’ 亦可使側棧6之前端部24抵接於前機7之前部緣面板部13之 側緣。此時，如第13圖所示，於側授6之前端部24内面形成 凸部30，同時將前部緣面板部丨3之前端部朝後方彎曲而形 成凹部31，且使該凸部3〇與凹部31卡合而構成卡合部，藉 10 此’可防止前棧7朝上方之位置偏差。另，第2後棧片9與側 棧6之連結構造及卡止構造可使用前棧7與側棧6之前述連 結構造及卡止構造。 又’本實施形態中雖然舉出藉由第1後棧片8與第2後棧 片9來構成後棧者為例，然而本發明之後棧並不限於此。例 15如’未設置開口 10時，雖未圖示，但可設置與前棧7相同形 狀之單一後棧而於前後對稱地來構成，此時，後棧與側棧6 之連結構造及卡止構造可使用前棧7與側棧6之前述連結構 造及卡止構造。又，亦可設置由相當於無遮罩8a之第丨後棧 片8之後部水平板部與後部垂直板部所構成之單一後棧。 20 另，面板3亦可使用如鋁板之金屬板。又，若將面板3 構成為如暗紅色之暗色調時，則側棧6亦藉由表面滲鋁處理 等作成同色，且若以表面滲銘處理等將前機7、後機構成為 亮色調時，則可使左右變寬之情形更加明顯。 【圖式簡單說明】 1227769 第1圖係顯示本發明一實施形態之爐具之頂板之說明 平面圖。 第2圖係本實施形態中飾框之平面圖。 第3圖係第2圖之ΠΙ—πΐ線截面圖。 第4圖係第2圖之IV— IV線截面圖。 第5圖係第2圖之V — V線截面圖。 第6圖係顯示本實施形態中飾框之前部之連結部之說 明立體圖。 第7圖係底面顯示本實施形態中飾框之後部之連結部 10 之說明圖。 第8圖係本實施形態中飾框之主要部分之說明側視圖。 第9圖係其他形態中飾框之主要部分之說明側視圖。 15 20 第10圖係其他形態中飾框之主要部分之說明側視圖。 第11圖係其他形態中飾框之主要部分之說明側視圖。 第12圖係其他形態中飾框之主要部分之說明平面圖。 第13圖係其他形態巾_框之主要部分之分解說明圖。 第14圖係顯示習知爐具之頂板之說明平面圖。 第15圖係顯示習知飾框之角部之說明圖。 第16圖係顯不習知飾框之角部之說明圖。 【圖式之主要元件代表符號表】 1.. .爐具 la...爐具本體 lb—L面開口 2.. .頂板 3，34...面板 4，32·..飾框 5··.燃燒器用開口 6··.側棧 15 1227769 7...前棧 20…卡合凸部 8...第1後棧片 21…卡合凹部 8a...遮罩 23...連結構件 9...第2後棧片 24...前端部 9a，16...後部水平板部 24a·.·板厚面 9b，17...後部垂直板部 25，28·.·凹部 9c...後部緣面板部 26，29...爪部 10...開口 27...突起 11...前部水平板部 30…凸部 12...前部垂直板部 31...凹部 13...前部緣面板部 33·•.棧 13a，15a____L端 35...抵接部 13b，15b...下端 36...前端 14...側部水平板部 C...填縫材 15...側部垂直板部 K...流理台頂板 18，19，22...連結部 16[Embodiment; J Embodiment of the Invention An embodiment of the present invention will be described with reference to the drawings. Figure 丨 is an explanatory plan view showing the top plate of the stove of this embodiment, and Figure 2 is a plan view of the 1227769 decorative frame in this embodiment, and Figure 3 is the first. Fig. 4 is a cross-sectional view of the dish line. Fig. 4 is a cross-sectional view taken along line 1V-W in Fig. 2. Fig. 5 is a cross-sectional view taken along line V ~ V in Fig. 2. Fig. 6 shows a decorative frame in this embodiment. The description of the connecting part in the front part. The three-dimensional figure 7 shows the bottom part of the decorative frame in this embodiment. The figure 5 shows the bottom part. Figure 8 is the side view of the main part of the decorative frame in this embodiment. Figures 9 to 11 are side views of the main parts of the decorative frame in other forms, Figure 12 is a plan view of the main parts of the decorative frame in other forms, and Figure 13 is an exploded view of the main parts of the decorative frame in other forms. Illustration. As shown in Figures 1 and 3, the stove in this embodiment is a stove built-in "An 10 built-in stove installed on the top plate K of the fluid table of a kitchen with modern supporting cooking utensils, and the top of the stove body la The opening lb is provided with a top plate 2 composed of a face plate 3 and a decorative frame 4 exposed on the top plate κ of the fluid table. The face plate 3 is formed flat, such as glass, and a plurality of exposed burners (not shown) are formed. Burner openings 5. The aforementioned trim frame 4 is installed along the panel 3 throughout its entirety. 15. As shown in Figure 2, the trim frame 4 has left and right side stacks 6 and two side stacks 6 connected to the side stacks 6. The front end portion is in front of the stack 7. The middle portion of the stacks 6 on both sides is connected to a rear stack 8 that extends from the rear edge of the panel 3, and is located further behind the first stack 8 at a predetermined interval. The 20th rear stack 9 at the rear end of the two-sided stack 6. That is, this embodiment forms the rear stack by the first rear stack δ and the second rear stack 9. The side stack 6 and the front stack 7 The first rear stack 8 and the second rear stack 9 are all made of aluminum drawn material. As shown in Figs. 1 and 2, the panel 3 is installed through the front stack 7 and both sides. 6 and the first rear stack 8. The opening between the i rear stack 8 and the second rear stack 9 is 1227769, which is used for the inhalation of the burner or the exhaust of the oven. In the implementation example, the first rear stack 8 has a mask covering the opening 10, as shown in FIG. 3. The front stack 7 has a front horizontal plate portion u that extends horizontally along the lower end of the front end of the panel 3. The front vertical plate portion 12 is erected from the front horizontal plate portion 丨 丨 the outer edge 5 A of the front horizontal plate portion 3 and stands at the front edge of the front plate 3, and is integrally connected with and extends forward from the upper edge of the front vertical plate portion 12 and The front edge panel 13 is connected to the front plate κ of the fluid platform. In this embodiment, the front edge panel 13 is formed to be bent from the upper edge of the front vertical plate portion 12 and inclined downward. 10 Both sides stack 6 It is formed symmetrically with each other on the left and right sides. As shown in FIG. 4, one of the two side stacks 6 includes a side horizontal plate portion 14 that extends horizontally along the underside of the side end portion of the panel 3 and extends along the side. The lateral vertical plate portion 15 on the outer edge of the lateral horizontal plate portion 14. The lateral vertical plate portion 15 is a thin plate and is opposite to the foregoing. The width (for example, 20 mm in this embodiment 15) of the front edge panel portion 13 of the stack 7 is configured to be extremely narrow (for example, 1 mm in this embodiment). In order to ensure the strength, as shown in FIG. 4 As shown by the dotted line, the lower side portion of the side vertical plate portion 15 is preferably formed to have a thickness on the inside. The upper end 15 a of the side vertical plate portion 15 is formed to be the same as the front edge panel portion 13 of the front stack 7. The upper end 13a (shown in FIG. 3) is the same height, and the lower end 15b of the straight portion 15 of the side portion 20 is formed on the same plane as the lower end 13b (shown in FIG. 3) of the front edge panel portion 13. In addition, the other side stack 6 of the two side stacks 6 has the same structure. As shown in FIG. 5, the first rear stack 8 has a rear horizontal plate portion that extends horizontally along the lower end of the rear end of the panel 3. 16. The rear vertical plate portion i7 rises from the outer edge of the rear horizontal plate portion 11 l227769 16 along the rear side edge of the panel 3, and a cover is extended from the upper edge of the rear vertical plate portion 17 to cover the opening. 1〇. The second rear stack 9 has a structure substantially the same as that of the front stack 7, and includes a rear horizontal plate portion 9a, a rear vertical plate portion%, and a rear edge panel portion. As shown in FIG. 6, the front stack 7 and the side stack 6 are connected in a unitary manner by a connection portion between the front horizontal plate portion 11 and the side horizontal plate portion M. The connecting portion 18 is pressed into the horizontal plate portion u (or 14) formed on the other horizontal plate portion by the engaging convex portion 20 formed on one of the horizontal plate portions 14 (or u). The card 10 is formed by engaging the recessed portion 21 with a so-called convergence connection. Thereby, the connecting portion 1 g can be formed flat and constitute the same plane as the two horizontal plate portions 11 and 14, and since the connecting portion 18 is adhered to the underside of the panel 3, a stable assembly state of the panel 3 can be achieved. In addition, as shown in FIG. 7 as the bottom surface, the side stack 6 and the first rear stack sheet 8 are connected by the connection portion 19 formed in the same manner as the connection portion 18 described above. In addition, the connecting portion 22 of the side stack 6 and the second rear stack 9 connects the lateral horizontal plate portion 14 of the side stack 6 and the rear portion of the second rear stack 9 by a connecting member 23 having a substantially l-shape. The horizontal plate portion 9a is formed. Since the front stack 7, side stack 6, and first rear stack 8 are fixed around the panel 3 and filled with a gap material c (see FIG. 5) 20 between the panel 3, they are fixed by the connecting portions 18, 19 It is sufficient to press and converge. However, since the second rear stack 9 does not perform caulking on the panel 3, it is suitable to be connected to the side stack 6 by the connection member 23 of the connection portion 22. In addition, as shown in Fig. 8, the front end portion 24 of the side stack 6 has a shape in which the upper edge is inclined corresponding to the front edge panel portion 13 of the front stack 7. In addition, the plate thickness surface 24a of the 121227769 front end portion 24 of the side stack 6 is in contact with the back side of the front edge panel portion 13. As a result, since the plate thickness surface 24a of the front end portion 24 of the side stack 6 is covered and shielded by the front edge panel portion 13, it will not be exposed in a flat display state (see FIG. 1 or 2), and even if the side stack 6 The plate thickness surface 24a of the front end portion 24 and the abutment portion of the front side edge 5 of the panel portion 13 produce a slight positional deviation, which will not damage the aesthetics of the decorative frame 4. In addition, since the abutting portion is located on the inner side of the front edge panel portion 13, even if soup or the like of the conditioner is sprinkled on the front edge panel portion 13, the adhesion of dirt to the abutting portion can be reduced. In addition, the front end portion 24 of the side stack 6 and the side end portion of the front machine 7 are preferably engaged by an engaging portion described later by 10. That is, as shown in FIG. 9, when a part of the front end portion 24 of the side stack 6 is cut into the up and down direction to form the recessed portion 25, a claw portion 26 (this portion is protruded downward from the rear edge portion of the front edge panel portion 13 is provided) In the embodiment, a part of the front vertical plate portion 12 is formed as the claw portion 26. The claw portion 26 and the recessed portion 25 are combined to form an engaging portion, which can prevent 15 position deviations of the front stack 7 in the front-back direction or a load acting on The position of the front horizontal panel portion 13 in the swing direction of the front edge panel portion 13 is deviated at the time of the front horizontal plate portion 11. Further, as shown in FIG. 10, a protrusion 27 in a direction intersecting the claw portion 26 may be provided at the front end of the claw portion 26, and the recessed portion 25 may also be shaped to fit the projection 27, and the inner edge thereof engages the projection 27. Thereby, the claw portions 20 to 26 can be more reliably engaged with the concave portions 25. In addition, as shown in FIG. 11, the lower edge portion of the front end portion 24 of the side stack 6 is cut to form a recessed portion 28. At the same time, the front edge portion of the front edge panel portion 13 is provided with a claw portion 29 protruding rearward, and the claw portion is formed. The engagement portion 29 is engaged with the recessed portion 28 to constitute an engagement portion, whereby the positional deviation of the front stack 7 upward can be prevented. In addition, it is possible to reliably prevent a gap between 1227769 between the front edge panel portion 13 of the front stack 7 and the front end portion 24 of the side stack 6. In addition, the present embodiment shows that the plate thickness surface 24 of the front end portion 24 of the side stack 6 abuts on the back side of the front edge panel portion 13 of the front stack 7, and the plate 5 thick surface 24a of the front end portion 24 of the side stack 6 is not exposed. However, in addition to this, as shown in FIG. 12, the front end portion 24 of the side stack 6 may be brought into contact with the side edge of the front edge panel portion 13 of the front machine 7. At this time, as shown in FIG. 13, a convex portion 30 is formed on the inner surface of the front end portion 24 of the side guide 6, and a front end portion of the front edge panel portion 3 is bent backward to form a concave portion 31, and the convex portion 3 is formed. 〇 Engagement with the recessed portion 31 constitutes an engaging portion. By using 10 ', the position deviation of the front stack 7 upward can be prevented. The connection structure and the locking structure of the second rear stack 9 and the side stack 6 can use the aforementioned connection structure and the locking structure of the front stack 7 and the side stack 6. In addition, in this embodiment, although the post stack is constituted by the first post stack 8 and the second post stack 9 as an example, the post stack of the present invention is not limited to this. Example 15 If 'opening 10 is not provided, although not shown, a single rear stack with the same shape as the front stack 7 can be provided symmetrically in front and back. At this time, the connection structure and card of the rear stack and the side stack 6 are formed. As the stop structure, the aforementioned connection structure and the stop structure of the front stack 7 and the side stack 6 can be used. In addition, a single rear stack composed of a horizontal plate portion at the rear portion and a vertical plate portion at the rear portion corresponding to the unshielded rear plate 8a may be provided. 20 In addition, the panel 3 may be a metal plate such as an aluminum plate. When the panel 3 is configured to have a dark color such as dark red, the side stack 6 is also made into the same color by surface aluminizing treatment, etc., and if the front machine 7 and the rear mechanism are light-toned by surface infiltration treatment or the like. , It can make the situation of widening left and right more obvious. [Brief description of the drawings] 1227769 The first diagram is a plan view showing a top plate of a stove according to an embodiment of the present invention. Fig. 2 is a plan view of the decorative frame in this embodiment. Figure 3 is a cross-sectional view taken along the line II-πΐ of Figure 2. Figure 4 is a sectional view taken along line IV-IV of Figure 2. Figure 5 is a sectional view taken along the line V-V in Figure 2. Fig. 6 is an explanatory perspective view showing a connecting portion of a front portion of a decorative frame in this embodiment. Fig. 7 is an explanatory diagram showing the connecting portion 10 at the rear of the decorative frame in the bottom surface in this embodiment. Fig. 8 is a side view illustrating the main part of the decorative frame in this embodiment. FIG. 9 is an explanatory side view of the main part of the decorative frame in other forms. 15 20 Figure 10 is a side view of the main part of the decorative frame in other forms. FIG. 11 is an explanatory side view of the main part of the decorative frame in other forms. FIG. 12 is an explanatory plan view of the main part of the decorative frame in other forms. FIG. 13 is an exploded explanatory diagram of the main part of the frame of other shapes. Fig. 14 is an explanatory plan view showing a top plate of a conventional stove. Fig. 15 is an explanatory diagram showing a corner portion of a conventional decorative frame. Fig. 16 is an explanatory diagram showing the corners of the unfamiliar decorative frame. [Representative symbol table of the main components of the drawing] 1 ... stove la ... stove body lb-L side opening 2 ... top plate 3, 34 ... panel 4, 32 ... decorative frame 5. · ··································· Component 9 ... Second rear stack 24 ... Front end portions 9a, 16 ... Rear horizontal plate portions 24a ... Plate thickness surfaces 9b, 17 ... Rear vertical plate portions 25, 28 ... Recessed portions 9c ... rear edge panel portion 26, 29 ... claw portion 10 ... opening 27 ... protrusion 11 ... front horizontal plate portion 30 ... convex portion 12 ... front vertical plate portion 31. .. Recess 13 ... Front edge panel 33 ... Stack 13a, 15a____L end 35 ... Abutment 13b, 15b ... Lower end 36 ... Front end 14 ... Side horizontal plate part C ... sealing material 15 ... side vertical plate portion K ... fluid table top plate 18, 19, 22 ... connection portion 16