1235813 玖、發明說明： 【發明所屬之技彳析領域】 技術領域 本發明係有關於包含由玻璃板及安裝於該玻璃板之邊 5緣部的；HI部所構成之頂才反，及收容有可透過該玻璃板檢測 操作者的預定操作之檢測裝置等之箱構件之加熱調理器。 C 前#支4标；2 背景技術 迄7，已知以瓦斯爐作為加熱調理器，且一般是在爐 10本體前面設置操作部，以操作收容於爐本體之瓦斯燃燒器 (翏知、專散獻1)。豸瓦斯射，由於操作部位於爐本體前 面，因此，不會受到來自燃燒器的熱影響，但，當瓦斯爐 為嵌入式瓦斯爐時，由於操作部位於調理台下方，故有操 作性不佳的問題。 15 此’如第I9圖及第2〇圖所示，也有將操作部配設方 頂板之瓦龍（參照補讀2)。該瓦龍巾，本體箱體6 :成為上面開口之箱型’且藉由其上端外周緣的凸緣部Μ 傲入形成於廚房調理台_安裝孔62a。在本體箱體此』 P安4頂板63，且在其上面形成_對燃燒器用開c 6如’同日寺，在前部形成一對操作部用操作軸用透孔㈣。 並且，在本體箱體61内配設—對與前述輯器關口 6⑽ 對應之瓦斯燃燒器64。又，在兩燃燒器用開口咖周邊 火架65。 在本體箱體61狀前部巾央峨用以進行各瓦斯燃燒 20 1235813 使點火及火力調節裝置66動作，以進行各瓦斯燃燒器64之 點火動作或火力調節。因此，相較於操作部位於爐本體前 面，在該瓦斯爐中，可提高操作性。 但如上述構造，若操作器π配置成突出至頂板^上 器64的點火及火力調節之—對點火及火力調節裝置（瓦斯 旋塞)66。並且’操作軸66a透過頂板纪之操作軸用透孔㈣ 突出至頂板63上方’且在頂⑽上面’在各操作軸咖安裝 操作器67而成為操作部。藉由旋動操作料操作H67，可 10 面’則在使用瓦斯燃燒祕進行加熱調理時，特別是在使 用大的鋼子時，該等操作器67會受到熱影響，且操作器會 變熱而不易操作’也有可能因為熱使操作器變形。又，在 清理頂板63上面時，會有該等操作⑽成為作業上的阻礙 等問題。 因此’考慮在頂板上面設置不從該頂板突出的操作部 15以作為沒有上述不良情況的瓦斯爐。舉例而言，由透光性 玻璃板構成用以覆蓋爐本體上面的頂板，同時，藉由光感 測器等檢測裝置從該玻璃板下面透過該玻璃板檢測操作者 j玻璃板上面的預定操作，藉此進行各種操作。該構造係 藉由P刷或著色等在玻璃板的上面前方形成對應各種操作 20之操作部，且在對應於該等操作部之玻璃板下面配置光感 測器等檢測袭置。又，僅利用檢測裳置，無法使操作者知 道現㈣操作情況，因此，也可以藉由印刷等在玻璃板上 面形成顯示部’並設置可從玻璃板下面透過該玻璃板對操 作者顯不現在的操作情況之LED等顯示裝置。 1235813 在將上述檢測裝置及顯示裝置配置於玻璃板下面時， 係在該等裝置已安裝於基板上之狀態下配置。但，單獨將 基板安裝於玻璃板下面是不容易的，因此，必須透過支架 或箱型的箱構件來安裝。此時，若考量來自瓦斯燃燒器等 5 熱源的熱所造成的影響或對光感測器等的影響，則宜收容 成由箱型箱構件圍住基板之狀態，且將該箱構件之腳部等 女裝於玻璃板，並且，在安裝箱構件時使用接著材料等。 【專利文獻1】日本專利公開公報特開平10-89704號 【專利文獻2】日本專利公開公報實開昭58-186302號 10 【赛^明内溶1】 發明之揭示 發明欲解決之問題 但，當藉由接著材料將箱構件安裝於玻璃板時，由於 女裝對象是玻璃板，.因此，即使可接著兩者，也無法牢固 15地安裝。又，除了接著材料以外，也考慮藉由直接螺合於 玻璃板下面等來安裝。但，一般而言，在玻璃板形成螺合 用孔穴等對玻璃板進行一些加工是不容易的，同時，多半 會發生玻璃板變脆弱等不良情況，因此，不宜使用上述方 法。 20 有鑑於上述情況，本發明之目的在於提供可牢固地安 裝箱構件之加熱調理器。 解決問題之手段 為了解決上述問題，第！態樣所記載之發明係利用由玻 璃板及安裝於該玻璃板之邊緣部的框部所構成之頂板來覆 1235813 蓋可收容熱源之調理器本體上面。並且，更 從前述玻璃板下面透過該玻璃板檢測操作者在玻璃:二 的預定操作之檢測«及顯示操作狀態之顯示裝置中 5 箱 :中-：置之箱構件。並且’在前述加熱調理器中，前二 相構件安裝於前述框部。 这 根據本發明，收容有檢測裝置及顯示襄置中至少 -裝置之箱構件係安裝於框部。在安裝箱構 使 用接著材料等直接絲於_板，亦無法_地鮮又利 10 15 由於是Γ板，因此，不_合或卡止。但，根據本發明，， 可不 玻璃板，而是藉由螺絲安裝於設置於玻璃板邊 緣部之例如金屬製㈣，或者卡止於純料 = 牢固地安裝箱構件。 匕可 第2態樣所記載之發明係在第1態樣所記載之加埶节理 器中，前述框部具有朝向下方 ：周理 裝—根據本發明，在框部設置二 構件安裝於該凸緣片，藉此，更容易安裝箱構件。将相 弟3在 =^記叙㈣财幻雜所記狀加熱調理 "中，在構切述框部之至少其中—框片設置朝相向的另 一框片延伸之絲部，且前抑構件錢於該安= 據本發明，可藉由絲部將_件定位在 2 定位置，並可在已Μ箱構件之狀態下安裝。 預 第4態樣所記載之發明係在第3態樣所記載之加 器中，Γ述絲部設置開”，且前《構件在^口 部内絲於前述絲部。_本發明，«件可在圍住開 20 1235813 口部之狀態下农壯 衣。因此，在更高精度地定位 形下，更可牢固地安I。 讀年目構件之情 弟m心叙發明係在第 器中，前述安+、， 〃<戰之加熱調理 5 10 15 凸緣片，且: 述開π部之周邊部具有朝向下方之 安裝部之^^構件安裝於該凸緣片。根據本發明，在 凸緣 片，藉此ϋ又置凸緣片’且將箱構件安裳於該 曰 更各易安裝箱構件。 第“樣所冗載之發明係利用由玻璃板及安裝於 ==Γ框部所構成之頂板來覆蓋可收容熱源:調 σ - 並且，更包含收容有可從前述破璃板下面 透匕/玻离板;^測操作者在玻璃板上面的預定操作之檢測 裝置及顯示操作狀態之顯示裝置中至少其中一裝置之箱構 2。並且，在前述加熱調理器中，前述箱構件具有朝側邊 犬出之卡止片且藉由將该卡止片夾在前述玻璃板與前述 框部之間，以安裝前述箱構件。 根據本發明，藉由將框構件所具有之卡止片夾在玻璃 板與框部之間，可牢固地安裝箱構件。又，由於是夾住卡 止片的簡單構造，因此，可輕易地安裝箱構件。 圖式簡單說明 第1圖係顯示瓦斯爐之平面圖。 弟2圖係瓦斯爐之橫截面圖。 弟3圖係弟1圖之3 — 3線之頂板的截面圖。 第4圖係第1圖之4 —4線之頂板的截面圖。 第5圖係瓦斯爐之内部平面圖。 1235813 第6圖係操作部及顯示部之平面圖。 第7圖係安裝有箱構件之框部的平面圖。 第8圖係箱構件之截面圖。 第9圖係第1圖之9 一 9線之瓦斯爐的部分截面圖。 5 第10圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 的部分截面圖。 第11圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 的部分截面圖。 第12圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 10 的部分截面圖。 第13 (a)圖及第13 (b)圖係顯示其他實施形態之箱構件 的安裝之瓦斯爐的部分截面圖。 第14圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 的平面圖。 15 第15圖係第14圖之A—A線的截面圖。 第16圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 的平面圖。 第17圖係第16圖之B — B線的截面圖。 第18圖係其他實施形態之框部的平面圖。 20 第19圖係顯示習知瓦斯爐的平面圖。 第20圖係顯示習知瓦斯爐的截面圖。 【實施方式3 實施發明之最佳形態 以下，針對將與本發明相關之加熱調理器具體化為瓦 10 1235813 斯爐的一實施形態，參照第1圖〜第9圖作說明。 如第1圖及第2圖所示，作為調理器本體之本體箱體11 形成為上面開口之箱型，且於其上端外周緣形成凸緣部 11a。本體箱體^之上面開口部llb由頂板12來覆蓋。頂板 5 12由耐熱性玻璃板13及安裝於玻璃板13之邊緣部且支持玻 璃板13的金屬製框部14所構成，並在該玻璃板13形成一對 燃燒器用開口 l3a。框部14係由在角部連結前後左右4個框 片14a〜14d所構成。玻璃板13為透光性，但經過著色（暗色）， 將無法辨識本體箱體11内。又，該玻璃板13係使用結晶玻 10 璃，例如，德國SCHOTT公司的「CERAN」玻璃（「CERAN」 是日本股份有限公司的註冊商標）。並且，在本體箱體Π嵌 入形成於廚房調理台15的安裝孔15a之狀態下，本體箱體u 之凸緣部11a支持於調理台15上面，且成為所謂崁入式瓦斯 爐。另’頂板12藉由框部14載置於調理台15。 15 如弟3圖及第4圖所示，構成框部14之框片i4a〜14b分別 包含可承受玻璃板13邊緣下面的水平部14s及從該水平部 14s外緣向上直立且位於玻璃板I]邊緣外側之向上直立部 14t。再者，前框片14a具有從向上直立部上端朝外側向 下彎的外緣部14g，而後框片14c具有外緣部14g，同時具有 20罩14f。左右的框片14b、14_具有從水平部us垂下至調理 台15的腳部14k。 _如第2圖及第5圖所示，在本體箱體⑽朝橫向隔著間 户同配6又有與燃燒器用開口 13a相向且作為熱源之一對瓦斯 燃燒器16a、16b。本實施形態中，瓦斯燃燒器_、i⑽ 11 1235813 裱狀火焰口 16c朝向内側方向的内焰式燃燒器。又，在燃燒 器用開口13a安裝火架17。於本體箱體n的底面配置瓦斯供 、、、6 口 18且。亥瓦斯供給口 18透過瓦斯配管19與兩瓦斯燃燒 器16a、16b相連接。在瓦斯配管19中間連接有用以阻斷瓦 5斯供給至兩瓦斯燃燒器16a、Mb之主開關閥20。同樣在瓦 斯配官19中間連接有用以阻斷瓦斯供給至各瓦斯燃燒器 16a、16b同時調節瓦斯供給量之一對瓦斯量調節閥2ia、 21b。 在本體箱體11之内底部，在兩瓦斯燃燒器16a、161)之 10間之前端側的位置配設控制盒22。在該控制盒22内收容有 用以控制兩瓦斯燃燒器16a、16b之點火或火力調節等各種 動作之主開關閥2〇或瓦斯量調節閥2ia、21b等之控制基板 等。在本體箱體11的内底部，在控制盒22的兩側位置配設 一對點火器23a、23b，該等點火器23a、23b分別透過未圖 15示之供電線與電極2如、24b相連接。並且，藉由該等電極 24a、24b放出高壓電，使各瓦斯燃燒器16a、16b點火。 如第6圖所示，在頂板12之玻璃板13上面，藉由印刷或 著色在兩瓦斯燃燒器16a、16b之中間前方形成用以表示操 作部25A〜25G之顯示，同時，同樣藉由印刷或著色形成各 20 —對顯示部26A〜26D。 如第6圖〜第9圖所示，操作基板31與操作部25a〜25G及 顯示部26A〜26D相對應且以收容於箱構件3〇之狀態配置於 玻璃板13下面。操作基板31藉由螺絲31b安裝於箱構件30之 突面31a。箱構件3〇為具有頂面板3〇c的無底箱體，且該頂 12 1235813 面板3〇c在與配設於卿基板31之作為檢縣置之非接點 型開關32A〜32G及作為顯示裝置之顯示燈33a〜现相對應 的部位形成有開口 30a及開口 3%。並且當操作者選擇性 地接觸操作操作部2认〜25(}時，在與該等操作部相對應的 5開關32A〜32G中，由於來自發光元件％的紅外線在手指上 反射，故可藉由受光元件鳥感測該紅外線，並檢測出操作 者的刼作狀態。又，操作者可根據一對顯示部26A〜26〇之 間的火力顯示燈33B、33C的亮燈顯示位置來確認火力調節 狀態。 10 開關32A〜32G係分別與操作部25A〜25G相對應且朝橫 向隔著間隔配設於操作基板31之上部前緣。在操作基板31 之前緣中央配置電源開關32A，且在該電源開關32A兩側配 置用以進行各瓦斯燃燒器16a、16b的點火及熄火之一對點 火熄火開關32B、32C。在各點火熄火開關32B、32C兩側配 15置用以調節各瓦斯燃燒器16a、16b的火力之各一對火力增 強開關32D、32E及火力減弱開關32F、32G。 開關32A〜32G由包含可發出紅外線之發光元件34a及 可接收紅外線之受光元件34b之光感測器所構成。伴隨於 此，在頂板12之玻璃板13塗上平滑膜(省略圖式），使來自發 2〇 光元件34a或顯示燈33A〜33C等的光不會在玻璃板13下面 散射。又，除了該構造以外，亦可使用依照頂板12上面靜 電電容的變化來動作之靜電電容型開關作為開關 32A〜32G。當使用該靜電電容開關時，不必將頂板12上與 開關相對應的部分塗成特定色，也不必使其透明。 1235813 在操作基板31上配設與各開關32A〜32G相對應且由 LED等所構成之多數顯示燈33A〜33C。在電源開關32A後部 配置可以亮燈來顯示電源輸入狀態之電源顯示燈33A。在瓦 斯燃燒器16a、16b用點火熄火開關32B、32C、火力增強開 5關32D、3沈及火力減弱開關32F、32G之後側附近朝橫向配 列可以亮燈來顯示火力調節狀態（強弱狀態）的火力顯示燈 33B、33C。該等火力顯示燈mb、33c可顯示1個亮燈之最 弱狀態至5個亮燈之最強狀態的5階段火力調節狀態。 如弟1圖〜弟3圖、第7圖及第9圖所示，前框片14a的水 10平部Ms係整體朝相向的後框片1牝延伸出去，且在其延伸 出去的部分形成大小與箱構件3〇大致相同的開口部41。 另’本貫施形態中，以前框片1乜之水平部14s作為安裝部。 從丽框片14a之長向（左右方向）的其中一端至另一端且在該 刖框片14a之水平部14s設置夾住開口部竹且朝向下方的2 15個凸緣片42。箱構件3〇藉由安裝於該凸緣片42，可在開口 ^ 41内對應於操作部25 A〜25G或顯示部26A〜26D配置於玻 璃板13下面。 如第9圖所示，箱構件30呈具有側壁35之箱型，且在側 壁35中與凸緣片42相向之側壁35以等間隔形成多數爪片1235813 发明 Description of the invention: [Technical analysis field to which the invention belongs] TECHNICAL FIELD The present invention relates to a glass plate and a 5-edge portion mounted on the edge of the glass plate; There is a heating conditioner for a box member such as a detection device that can detect an operator's predetermined operation through the glass plate. C 前 # 支 4 标; 2 Background Art So far, it is known that a gas furnace is used as a heating conditioner, and an operation section is generally provided in front of the body of the furnace 10 to operate a gas burner (known in the San Xian 1). For gas firing, the operation section is located in front of the furnace body, so it will not be affected by the heat from the burner. However, when the gas furnace is a built-in gas furnace, the operation section is located below the console, so it has poor operability. The problem. 15 As shown in Fig. I9 and Fig. 20, there is also a tile dragon with a square top plate in the operation section (see Supplementary Reading 2). This tile towel, the main body box 6: has a box shape with an upper opening, and is formed in the kitchen console _ mounting hole 62a by the flange portion M of the outer peripheral edge of the upper end. In the main body, a P'an 4 top plate 63 is formed thereon. A pair of burner openings c 6 such as 'Tongri Temple' are formed on the front part, and a pair of through-holes for operating shafts for operating shafts are formed. Furthermore, a gas burner 64 corresponding to the above-mentioned editor gate 6⑽ is provided in the main body casing 61. In addition, a fire stand 65 is provided around the two-burner open-pit coffee. The central towel in the 61-shaped front of the main body box is used for gas combustion. 20 1235813 The ignition and fire adjustment device 66 is operated to perform the ignition operation or fire adjustment of each gas burner 64. Therefore, the gas furnace can be improved in operability compared with the operation portion located in front of the furnace body. However, as described above, if the operator π is configured to protrude to the ignition and fire power adjustment of the top plate 64-the ignition and fire power adjustment device (gas cock) 66. In addition, the "operation shaft 66a protrudes above the top plate 63 through the through hole ㈣ for the operation shaft of the top plate" and the top surface of the top plate 'is provided with an operator 67 on each operation shaft to become an operation portion. By rotating the H67 to operate the material, 10 sides can be used. When using gas combustion to perform heating and conditioning, especially when using large steel, these operators 67 will be affected by heat, and the operators will become hot. Not easy to operate 'It is also possible that the operator is deformed by heat. In addition, when the upper surface of the top plate 63 is cleaned, there is a problem that such operations become an obstacle to work. Therefore, it is considered that an operation portion 15 that does not protrude from the top plate is provided on the top plate as a gas furnace without the above-mentioned disadvantages. For example, a transparent glass plate is used to cover the top plate of the furnace body, and at the same time, a detection device such as a light sensor is used to detect the operator j's predetermined operation on the glass plate from below the glass plate through the glass plate. To perform various operations. In this structure, an operation part corresponding to various operations 20 is formed on the front of the upper surface of the glass plate by a P brush, coloring, or the like, and a light sensor or the like is disposed under the glass plate corresponding to these operation parts to detect attack. In addition, it is impossible to let the operator know the current operation status only by detecting the setting. Therefore, the display portion can be formed on the glass plate by printing or the like, and the operator can be displayed through the glass plate from below the glass plate. Display devices such as LEDs for current operation. 1235813 When the above detection device and display device are arranged under a glass plate, they are arranged in a state where these devices are already mounted on a substrate. However, it is not easy to separately mount the substrate under the glass plate. Therefore, it is necessary to mount the substrate through a bracket or a box-shaped box member. At this time, if the influence caused by the heat from 5 heat sources such as a gas burner or the light sensor is considered, it should be accommodated in a state where the substrate is surrounded by a box-shaped box member, and the foot of the box member Women wear women's clothing on glass plates, and use bonding materials when mounting box components. [Patent Document 1] Japanese Patent Laid-Open Publication No. 10-89704 [Patent Document 2] Japanese Patent Laid-Open Publication No. Sho 58-186302 No. 10 [Sai ^ Ming Nai 1] Disclosure of Invention Problems to be solved by the invention, When a box member is attached to a glass plate with an adhesive material, since the object of the women's clothing is a glass plate, even if both can be attached, it cannot be firmly attached. In addition to the bonding material, mounting by screwing directly under the glass plate or the like is also considered. However, in general, it is not easy to perform some processing on the glass plate, such as forming screw holes in the glass plate. At the same time, the glass plate becomes fragile and other disadvantages, so the above method is not suitable. In view of the foregoing, it is an object of the present invention to provide a heating conditioner which can securely mount a box member. Means to solve the problem In order to solve the above problems, the first! The invention described in the aspect uses a top plate composed of a glass plate and a frame portion mounted on the edge portion of the glass plate to cover the 1235813 cover on the conditioner main body capable of accommodating a heat source. In addition, from the bottom of the aforementioned glass plate, the operator is used to detect the operator's predetermined operation in the glass: two and display the operation device in a display device that displays the operation state. Further, in the heating conditioner, the first two-phase member is attached to the frame portion. According to the present invention, the box member containing at least the detection device and the display device is mounted on the frame portion. In the installation box structure, the use of bonding materials and other materials directly on the board, can not be fresh and profitable 10 15 Because it is a Γ board, it does not fit or lock. However, according to the present invention, instead of the glass plate, it can be attached to the edge of the glass plate, for example, a metal cymbal by screws, or it can be locked to a pure material = the box member can be firmly installed. The invention described in the second aspect is the Jiao joint of the first aspect, wherein the frame portion has a downward direction: Zhou Lizhuang—According to the present invention, two members are installed in the frame portion and mounted on the convex portion. The edge piece thereby makes it easier to mount the box member. In phase ^ 3, in the description of the heating conditioning of the ㈣ ㈣ ㈣㈣ 幻 幻 幻, in at least one of the frame parts, the frame part is provided with a silk part extending toward the opposite frame part, and the front part is restrained. According to the present invention, the component can be positioned at two positions by the wire section, and can be installed in the state of the component of the box. The invention described in the pre-fourth aspect is in the adder described in the third aspect, the wire part is set open ", and the former" the component is wire-connected to the wire part in the mouth part. _ This invention, «piece It can be farmed in a state that surrounds the mouth of 20 1235813. Therefore, it can be more securely positioned with a more accurate positioning. The love of m, the younger brother, is in the second device. The aforementioned security +, 〃 < heating and conditioning 5 10 15 flange sheet, and: a peripheral member of the opening π portion having a mounting portion facing downward is mounted on the flange sheet. According to the present invention, In the flange sheet, the flange sheet is placed there again, and the box member is installed in the box, so that the box member can be easily installed. The invention overloaded by the first example uses a glass plate and is installed in a == Γ frame. The top plate constituted by the ministry covers the heat source that can be accommodated: σ-adjustment, and it also contains a detection device and display that can be used to pass through the dagger / glass separation plate from below the broken glass plate; Box structure 2 of at least one of the operating status display devices. Further, in the heating conditioner, the box member has a locking piece protruding toward the side, and the box member is mounted by sandwiching the locking piece between the glass plate and the frame portion. According to the present invention, the box member can be firmly attached by sandwiching the locking piece of the frame member between the glass plate and the frame portion. In addition, since the locking structure has a simple structure, the box member can be easily attached. Brief Description of Drawings Figure 1 is a plan view showing a gas furnace. Figure 2 is a cross-sectional view of a gas furnace. Figure 3 is a cross-sectional view of the top plate of line 3 — 3 of Figure 1. Fig. 4 is a sectional view of the top plate taken along line 4-4 in Fig. 1. Figure 5 is a plan view of the interior of the gas furnace. 1235813 Figure 6 is a plan view of the operation section and display section. Fig. 7 is a plan view of a frame portion to which a box member is attached. Fig. 8 is a sectional view of the box member. Fig. 9 is a partial cross-sectional view of the 9-9 line gas furnace of Fig. 1; 5 Fig. 10 is a partial cross-sectional view of a gas furnace showing the installation of box members in another embodiment. Fig. 11 is a partial sectional view of a gas furnace showing the mounting of a box member in another embodiment. Fig. 12 is a partial cross-sectional view of a gas furnace 10 showing the mounting of box members in another embodiment. Figures 13 (a) and 13 (b) are partial cross-sectional views of a gas furnace showing the installation of box members in other embodiments. Fig. 14 is a plan view of a gas furnace showing the installation of box members in another embodiment. 15 Figure 15 is a cross-sectional view taken along line AA of Figure 14. Fig. 16 is a plan view of a gas furnace showing the installation of box members in another embodiment. FIG. 17 is a cross-sectional view taken along line B-B in FIG. 16. Fig. 18 is a plan view of a frame portion of another embodiment. 20 Figure 19 shows a plan view of a conventional gas furnace. Fig. 20 is a sectional view showing a conventional gas furnace. [Embodiment 3 Best Mode for Carrying Out the Invention] An embodiment of the heating conditioner related to the present invention as a tile 10 1235813 s furnace is described below with reference to FIGS. 1 to 9. As shown in FIG. 1 and FIG. 2, the main body box 11 as a conditioner body is formed in a box shape with an upper surface opened, and a flange portion 11 a is formed on an outer peripheral edge of an upper end thereof. The upper opening 12b of the main body casing ^ is covered by the top plate 12. The top plate 5 12 is composed of a heat-resistant glass plate 13 and a metal frame portion 14 attached to the edge portion of the glass plate 13 and supporting the glass plate 13, and a pair of burner openings 13a are formed in the glass plate 13. The frame portion 14 is composed of four frame pieces 14a to 14d which are connected to the front, rear, left and right sides of the corner portion. The glass plate 13 is translucent, but after being colored (dark), the inside of the main body case 11 cannot be recognized. The glass plate 13 is made of crystal glass, for example, "CERAN" glass ("CERAN" is a registered trademark of Japan Co., Ltd.), which is a German company SCHOTT. Further, in a state where the main body box Π is fitted into the mounting hole 15a formed in the kitchen conditioning table 15, the flange portion 11a of the main body box u is supported on the upper surface of the processing table 15 and becomes a so-called pot-type gas stove. The top plate 12 is placed on the conditioning table 15 through the frame portion 14. 15 As shown in FIG. 3 and FIG. 4, the frame pieces i4a to 14b constituting the frame portion 14 include a horizontal portion 14s that can withstand the edge of the glass plate 13 and the glass plate I standing upright from the outer edge of the horizontal portion 14s ] The upright 14t outside the edge. Further, the front frame piece 14a has an outer edge portion 14g bent downward from the upper end of the upright portion toward the outside, and the rear frame piece 14c has an outer edge portion 14g and also has a cover 20f. The left and right frame pieces 14b, 14_ have leg portions 14k hanging down from the horizontal portion us to the console 15. _ As shown in Fig. 2 and Fig. 5, the body box 6 is arranged horizontally across the room, and there is a pair of gas burners 16a, 16b facing the burner opening 13a and facing the burner opening 13a. In this embodiment, the gas burner_, i⑽ 11 1235813 internal flame burner with the flame opening 16c facing inward. A fire stand 17 is attached to the burner opening 13a. On the bottom surface of the main body box n, a gas supply 18, and 6 gas supply ports are provided. The helium gas supply port 18 is connected to the two gas burners 16a and 16b through a gas pipe 19. A main on / off valve 20 is connected to the gas pipe 19 to block the supply of gas to the two gas burners 16a, Mb. Also connected to the gas distributor 19 is a gas control valve 2ia, 21b for blocking the gas supply to the gas burners 16a, 16b while regulating the gas supply. A control box 22 is provided at the bottom of the main body case 11 at a position on the front end side of ten of the two gas burners 16a, 161). The control box 22 contains a control board, such as a main on / off valve 20 or a gas amount adjustment valve 2ia, 21b, for controlling various operations such as ignition and fire power adjustment of the two gas burners 16a and 16b. A pair of igniters 23a and 23b are arranged on the inner bottom of the main body box 11 on both sides of the control box 22. These igniters 23a and 23b are connected to the electrodes 2 and 24b respectively through a power supply line not shown in FIG. 15. connection. The electrodes 24a and 24b emit high-voltage electricity to ignite the gas burners 16a and 16b. As shown in FIG. 6, the glass plate 13 of the top plate 12 is printed or colored on the middle front of the two gas burners 16 a and 16 b to form a display for indicating the operation sections 25A to 25G. Or each of the 20-pair display portions 26A to 26D is colored. As shown in FIGS. 6 to 9, the operation substrate 31 corresponds to the operation portions 25 a to 25G and the display portions 26A to 26D and is disposed under the glass plate 13 in a state of being accommodated in the box member 30. The operation substrate 31 is mounted on the protruding surface 31a of the box member 30 by screws 31b. The box member 30 is a bottomless box body having a top panel 30c, and the top 12 1235813 panel 30c is connected to the non-contact type switches 32A to 32G and the non-contact type switches 32A to 32G disposed on the base board 31 as inspection units and as An opening 30a and an opening 3% are formed in corresponding portions of the display lamp 33a to the display device. And when the operator selectively touches the operation operation unit 2 ~ 25 (}, among the 5 switches 32A to 32G corresponding to these operation units, the infrared rays from the light-emitting element% are reflected on the finger, so it can be borrowed The infrared light is sensed by the light-receiving element bird, and the operation state of the operator is detected. In addition, the operator can confirm the firepower based on the display positions of the firepower display lamps 33B and 33C between the pair of display sections 26A to 26. 10 State of adjustment. 10 The switches 32A to 32G correspond to the operation sections 25A to 25G and are arranged on the front edge of the upper portion of the operation substrate 31 at intervals in the lateral direction. A power switch 32A is arranged in the center of the front edge of the operation substrate 31, and The two sides of the power switch 32A are provided for ignition and flameout of each of the gas burners 16a and 16b. The ignition flameout switches 32B and 32C are arranged on the two sides. Each side of each ignition flameout switch 32B and 32C is provided with 15 sets for adjusting each gas burner. Each pair of firepower of 16a, 16b is a pair of firepower enhancement switches 32D, 32E and firepower reduction switches 32F, 32G. The switches 32A to 32G include a light emitting element 34a capable of emitting infrared rays and a light receiving element 34b capable of receiving infrared rays. The sensor is composed of a smooth film (omitted from the drawing) on the glass plate 13 of the top plate 12 so that the light from the light emitting element 34a or the display lamps 33A to 33C does not enter the glass plate 13. The following scatters. In addition to this structure, an electrostatic capacitance type switch that operates according to the change in the electrostatic capacitance on the top plate 12 can be used as the switches 32A to 32G. When using this electrostatic capacitance switch, it is not necessary to connect the top plate 12 to the switch. The corresponding part is painted in a specific color, and it is not necessary to make it transparent. 1235813 The operation substrate 31 is provided with a plurality of display lamps 33A to 33C corresponding to the switches 32A to 32G and composed of LEDs. It is arranged at the rear of the power switch 32A Power indicator 33A that can light up to show the power input status. Use gas ignition switches 32B, 32C, fire power on / off 5D 32D, 3D, and fire power reduction switches 32F, 32G on the gas burners 16a, 16b to turn laterally. The firepower display lamps 33B and 33C that can light up to show the power adjustment status (strong and weak state) are arranged. These firepower display lamps mb and 33c can display the weakest state of one lamp to the strongest of five lamps. The five-stage thermal power adjustment state of the state. As shown in Fig. 1 to Fig. 3, Fig. 7, and Fig. 9, the flat part Ms of the water 10 of the front frame piece 14a extends toward the opposite rear frame piece 1 牝, An opening portion 41 having a size substantially the same as that of the box member 30 is formed in the extended portion. In addition, in the present embodiment, the horizontal portion 14s of the previous frame piece 1 乜 is used as the mounting portion. From the long direction of the beautiful frame piece 14a From one end to the other end (in the left-right direction), 2 to 15 flange pieces 42 are provided on the horizontal portion 14s of the cymbal frame piece 14a so as to sandwich the opening bamboo and face downward. The box member 30 can be disposed below the glass plate 13 in the opening ^ 41 corresponding to the operation sections 25A to 25G or the display sections 26A to 26D by being attached to the flange piece 42. As shown in FIG. 9, the box member 30 has a box shape having a side wall 35, and the side walls 35 facing the flange piece 42 in the side wall 35 form a plurality of claw pieces at equal intervals.
36 〇 -- -. -yh* I 由’在凸緣片42設有多數與箱構件30之爪片36 相對應的孔43。 在安衣知構件3〇時，將箱構件3〇收容於開口部41内。 藉此鈿構件30可定位在玻璃板13下面與操作部25A〜25G 及』丁邛26A〜26D相對應的位置。又，若箱構件3〇收容於 14 1235813 開口部41内，則爪片36會進入凸緣片42的孔43,且爪片36 會與孔43相卡合。藉此，箱構物可固定於水平部14s之開 口部14内。 根據上述實施形態，可得到以下的效果。 5 ⑴使構成框部14之前框片⑷的水平部14s延伸出去且 成為安裝部，並在該水平部Us形成開口部Μ，同時，在開 口部41之周邊部形成凸緣片42。錢，在開口部41内將箱 構件30安裝於凸緣片42。因此，相較於利用接著材料等將 箱構件30安裝於玻璃板13，可更牢固地安裝箱構件3〇。 1〇 (2)在開口料之周邊部設置凸緣片42，且將箱構件3〇 安裝於該凸緣片42。因此，相較於未設置凸緣片42而將箱 構件30安裝於開口部41之周邊部，較容易安裝箱構件3〇。 (3) 藉由爪片36及與該爪片36相卡止之孔43將箱構件如 固定於凸緣片42。當利用接著材料來安裝箱構件3〇時，在 15維修等進行取出或安裝時，作業會很麻煩，但，如本實施 形怨，藉由利用爪片36及孔43，可在維修等時輕易地進行 兩者之卡合及卡合之解除，如此一來，相較於接著材料等， 更有利於作業性。 (4) 從前框片14a之長向（左右方向）的其中一端至另一 20端設置凸緣片42。因此，可補強延伸出去之前框片14a的水 平部14s。 另，本實施形態亦可如下所述地變更。 上述實施形態中，藉由使設於箱構件3〇之側壁35的爪 片36與設於凸緣片42之孔43相卡止，可將箱構件3〇安裝於 15 1235813 凸緣片42，但，亦可使用其他安裝構造，例如，如第1〇圖 所示’亦可利用螺絲50將箱構件3〇之側壁35螺合安裝於凸 緣片42。根據該構造，由於藉由螺絲5〇來螺合固定，因此， 相較於上述實施形態，可更牢固地安裝箱構件3〇。又，如 5第11圖所示，亦可在箱構件30及凸緣片42下端切除一角， 藉此形成缺角部51，並將接著材料52填入該缺角部51，以 固定兩者。 如第12圖所示，亦可在箱構件3〇設置朝側邊延伸之卡 止片53，且藉由該卡止片53夾在形成於前框片14a之水平部 10 l4s的段部54與玻璃板13之間來安裝箱構件30。藉由該構造 可牢固地安裝箱構件30。 上述實施形態中，在開口部41之周邊部設置凸緣片 42，且將箱構件30安裝於該凸緣片42，但，亦可不設置凸 緣片42,而將箱構件30安裝於該開口部41之周邊部。此時， 15例如’如第13⑷圖所示，在箱構件30設置朝側邊突出之安 裝片55，且透過該安裝片55藉由螺絲50將箱構件30安裝於 前框片14a的水平部14s。又，如第13(b)圖所示，亦可利用 支架56將箱構件30安裝於框部14。此時，藉由利用螺絲5〇 等來固定支架56與框部14及箱構件30，可將箱構件30安裝 20 於框部14。 上述實施形態中，使前框片14a的水平部14s整體延伸 出去且成為安裝部，並將箱構件3〇安裝於該水平部14s的開 口部41内，藉此，可在圍住箱構件3〇之狀態下安裝。但， 亦可如第14圖及第15圖所示，在前框片14a的水平部14s空 16 1235813 出箱構件30的間隔設置2個突出片狀安裝部57，且藉由該安 裝部57在2側安裝箱構件30。該安裝係如該圖所示，在箱構 件30設置2個朝側邊延伸之卡止片58,且將該卡止片％夾在 女裝σ卩57與玻㈣板13之間’但’亦可藉由螺合等來安带。 5 又，亦可不使前框片14&的水平部14s延伸出去，即， 不設置安裝部，而單純將箱構件3〇安裝於前框片14a的水平 部14s。此時，在前框片14a的水平部14s形成朝下方延伸之 凸緣片42，且利用例如螺絲安裝於該凸緣片42。又，亦可 在沒有凸緣片42之狀態下安裝。 1〇 如第16圖及第Η圖所示，從前框片14a之水平部14s的 一部分之内側邊緣延伸設置安裝部57，且將箱構件3〇安裝 於該安裝部57。根據該構造，可在瓦斯爐的前後方向中， 與操作部25A〜25G及顯示部26A〜26D相對應將箱構件3〇定 位在玻璃板13下面。即，當將箱構件3〇安裝於遠離框部“ 15的位置時’由於安裝部57可延伸至欲安裝箱構㈣的位 置’因此，即使在較遠的位置亦可安裝箱構件3〇。又，此 時，箱構件30只有一側安裝於安裝部57，為了使安裝更為 «，在箱構件3崎置安裝片59，且利用接著材料/2將該 安裝片59輔助性地固定在玻璃板13。 20 又，並非僅使構成框部14之前框片14a的水平部14s延 伸出j且成為安裝部，亦可如第ls圖所示，成為可連結相 向之ϋ片14a及後框片i4c的水平部14s之安裝部57。如上 述實施形態，在該安裝部57亦形成有開口部41，且將箱構 件30安裝於該開口部41内。 17 1235813 上述實施形態中’凸緣片42形成為從前框片14a之長向 (左右方向）的其中一端延伸至另一端，但，亦可以開口部41 的寬度形成凸緣片42，叉，亦可以開口部41寬度的一部分 形成凸緣片42。無論如何，皆可牢固地將箱構件3〇安裝於 5 該凸緣片42。 上述實施形態中，在失住開口部41的情況下，即，在 於開口部41的2側設置凸緣片42的情況下安裝箱構件3〇， 但’亦可在開口部41的3側以上設置凸緣片42，且在3側以 上安襄箱構件30。藉此，可更牢固地安裝箱構件3〇。 φ 10 加熱調理器並不限於如瓦斯爐的瓦斯式調理器，亦可 為例如電磁式調理器等。 如下接著#對可從上述實施形態理解的技術性思想記載 15沾第3怨樣〜第5態樣中任一態樣所記載之加熱調理器 、、欲在於則述箱構件至少在2侧安裝於前述安裝部。 【圏式簡I貌明】 第1圖係顯示瓦斯爐之平面圖。 · f 2圖係瓦斯爐之横截面圖。 1ϋ之3_3線之頂板的截面圖。 ， f 4圖係弟1圖之4-4線之頂板的截面圖。 第5圖係瓦斯爐之内部平面圖。 係#作部及顯示部之平面圖。 第7圖係安裝有箱構件之框部的平面圖。 第8圖係箱構件之截面圖。 18 1235813 第9圖係第1圖之9一9線之瓦斯爐的部分截面圖。 第10圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 的部分截面圖。 第11圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 5 的部分截面圖。 第12圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 的部分截面圖。36 〇 ---. -Yh * I The holes 43 corresponding to the claw pieces 36 of the box member 30 are provided in the flange piece 42 in many ways. At the time of installing the known member 30, the box member 30 is accommodated in the opening portion 41. Thereby, the cymbal member 30 can be positioned under the glass plate 13 at positions corresponding to the operation sections 25A to 25G and 26D to 26D. In addition, if the box member 30 is accommodated in the opening portion 14 1235813, the claw piece 36 enters the hole 43 of the flange piece 42, and the claw piece 36 engages with the hole 43. Thereby, the box structure can be fixed in the opening portion 14 of the horizontal portion 14s. According to the above embodiment, the following effects can be obtained. 5) The horizontal portion 14s of the frame sheet ⑷ before the frame portion 14 is extended to become a mounting portion, and an opening portion M is formed in the horizontal portion Us. At the same time, a flange piece 42 is formed in the peripheral portion of the opening portion 41. The box member 30 is attached to the flange piece 42 in the opening portion 41. Therefore, the box member 30 can be mounted more firmly than the box member 30 is mounted on the glass plate 13 using an adhesive material or the like. 10 (2) A flange piece 42 is provided at a peripheral portion of the opening material, and the box member 30 is attached to the flange piece 42. Therefore, it is easier to attach the box member 30 than to attach the box member 30 to the peripheral portion of the opening portion 41 without providing the flange piece 42. (3) The box member is fixed to the flange piece 42 via the claw piece 36 and the hole 43 locked with the claw piece 36, for example. When the box member 30 is installed using the adhesive material, the operation is troublesome when it is removed or installed at 15 maintenance or the like. However, as in this embodiment, the claw piece 36 and the hole 43 can be used for maintenance and other purposes. It is easy to engage and release the engagement between the two, so that it is more conducive to workability than to attach materials. (4) A flange piece 42 is provided from one end in the lengthwise direction (left-right direction) of the front frame piece 14a to the other 20 end. Therefore, the horizontal portion 14s of the frame piece 14a before being extended can be reinforced. The present embodiment can be modified as described below. In the above embodiment, the box member 30 can be mounted on the 15 1235813 flange piece 42 by locking the claw piece 36 provided on the side wall 35 of the box member 30 with the hole 43 provided on the flange piece 42. However, other mounting structures may be used. For example, as shown in FIG. 10, 'the side wall 35 of the box member 30 may be screwed to the flange piece 42 by using the screw 50. According to this structure, since the screws 50 are screwed and fixed, the box member 30 can be mounted more firmly than the above embodiment. In addition, as shown in FIG. 5 and FIG. 11, a corner may be cut off at the lower ends of the box member 30 and the flange piece 42 to form a notch portion 51, and then a bonding material 52 is filled in the notch portion 51 to fix the two. . As shown in FIG. 12, the box member 30 may be provided with a locking piece 53 extending to the side, and the locking piece 53 is sandwiched between the section portion 54 formed in the horizontal portion 10 l4s of the front frame piece 14a. The box member 30 is attached to the glass plate 13. With this structure, the box member 30 can be firmly attached. In the above embodiment, the flange piece 42 is provided at the peripheral portion of the opening portion 41 and the box member 30 is attached to the flange piece 42. However, the box member 30 may be attached to the opening without providing the flange piece 42. The peripheral part of the part 41. At this time, for example, 15, as shown in FIG. 13 (a), the box member 30 is provided with a mounting piece 55 protruding toward the side, and the box member 30 is mounted on the horizontal portion of the front frame piece 14a through the mounting piece 55 with screws 50. 14s. Further, as shown in FIG. 13 (b), the box member 30 may be attached to the frame portion 14 using the bracket 56. At this time, by fixing the bracket 56 to the frame portion 14 and the box member 30 with screws 50 or the like, the box member 30 can be mounted 20 to the frame portion 14. In the above-mentioned embodiment, the horizontal portion 14s of the front frame piece 14a is extended as a whole to become a mounting portion, and the box member 30 is mounted in the opening portion 41 of the horizontal portion 14s, whereby the box member 3 can be enclosed. 〇 is installed. However, as shown in FIG. 14 and FIG. 15, two protruding sheet-like mounting portions 57 may be provided at intervals between the horizontal portion 14s of the front frame piece 14a and the space 12 1235813 out of the box member 30. The box member 30 is attached to 2 sides. As shown in this figure, two locking pieces 58 extending to the side are provided on the box member 30, and the locking pieces are sandwiched between the women's clothing σ 卩 57 and the glass panel 13 'dan' It can also be secured by screwing or the like. 5. Alternatively, the horizontal portion 14s of the front frame piece 14 & may not be extended, that is, the mounting member is not provided, and the box member 30 may be simply mounted on the horizontal portion 14s of the front frame piece 14a. At this time, a flange piece 42 extending downward is formed in the horizontal portion 14s of the front frame piece 14a, and is attached to the flange piece 42 by, for example, screws. It can also be mounted without the flange piece 42. 10 As shown in FIGS. 16 and 21, a mounting portion 57 is extended from an inner edge of a part of the horizontal portion 14s of the front frame piece 14a, and a box member 30 is mounted on the mounting portion 57. According to this structure, the box member 30 can be positioned below the glass plate 13 in the front-back direction of the gas furnace, corresponding to the operation sections 25A to 25G and the display sections 26A to 26D. That is, when the box member 30 is mounted at a position away from the frame portion “15, since the mounting portion 57 can be extended to the position where the box structure is to be mounted,” the box member 30 can be mounted even at a remote position. At this time, only one side of the box member 30 is mounted on the mounting portion 57. In order to make the mounting more «, a mounting piece 59 is placed on the box member 3, and the mounting piece 59 is auxiliary fixed to the mounting member 59 using an adhesive material / 2. Glass plate 13. 20 In addition, not only the horizontal portion 14s of the frame piece 14a constituting the frame portion 14 before the frame portion 14 is extended by j and becomes a mounting portion. As shown in FIG. The mounting portion 57 of the horizontal portion 14s of the sheet i4c. As in the above embodiment, an opening portion 41 is also formed in the mounting portion 57 and the box member 30 is mounted in the opening portion 41. 17 1235813 In the above embodiment, the 'flange' The sheet 42 is formed to extend from one end to the other end in the lengthwise direction (left-right direction) of the front frame sheet 14a. However, the flange sheet 42 may be formed by the width of the opening portion 41, and a part of the width of the opening portion 41 may be convex. Edge piece 42. In any case, the box structure can be firmly 30 is attached to the flange piece 42. In the above embodiment, the box member 30 is attached when the opening portion 41 is lost, that is, when the flange piece 42 is provided on both sides of the opening portion 41, but 'Flange pieces 42 may also be provided on three or more sides of the opening portion 41, and the box member 30 may be installed on three or more sides. As a result, the box member 30 can be mounted more firmly. Φ 10 The heating conditioner is not limited to The gas conditioner of the gas furnace may also be, for example, an electromagnetic conditioner. The following is a description of the technical thoughts that can be understood from the embodiment described above. The heating conditioner described in the figure is to be installed on the mounting part at least on two sides. [侧 式 简 II 明] Figure 1 shows the plan view of the gas furnace. · F 2 is the horizontal view of the gas furnace Sectional view. Sectional view of the top plate on line 3_3 of line 1, Figure 4 is a sectional view of the top plate of line 4-4 on page 1 of figure 1. Figure 5 is a plan view of the interior of the gas furnace. Plan view. Fig. 7 is a plan view of a frame portion to which a box member is mounted. Fig. 8 is a cross section of a box member. 18 1235813 Fig. 9 is a partial cross-sectional view of the gas furnace of line 9-9 in Fig. 1. Fig. 10 is a partial cross-sectional view of a gas furnace showing the installation of box members in other embodiments. Fig. 11 shows other Partial cross-sectional view of a gas furnace 5 for mounting a box member according to an embodiment. Fig. 12 is a partial cross-sectional view of a gas furnace for mounting a box member according to another embodiment.
第13(a)圖及第13(b)圖係顯示其他實施形態之箱構件 的安裝之瓦斯爐的部分截面圖。 10 第14圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 的平面圖。 第15圖係第14圖之A —A線的截面圖。 第16圖係顯示其他實施形態之箱構件的安裝之瓦斯爐 的平面圖。 15 第17圖係第16圖之B — B線的截面圖。Figures 13 (a) and 13 (b) are partial cross-sectional views of a gas furnace showing the installation of box members in other embodiments. 10 FIG. 14 is a plan view of a gas furnace showing the installation of box members in another embodiment. Fig. 15 is a cross-sectional view taken along line A-A in Fig. 14. Fig. 16 is a plan view of a gas furnace showing the installation of box members in another embodiment. 15 Figure 17 is a sectional view taken along line B-B in Figure 16.
第18圖係其他實施形態之框部的平面圖。 第19圖係顯示習知瓦斯爐的平面圖。 第20圖係顯示習知瓦斯爐的截面圖。 【圖式之主要元件代表符號表】 11、 61…本體箱體 11a、61a···凸緣部 lib…上面開口部 12、 63…頂板 13...玻璃板 13a、63a…燃燒器用開口 14...框部 14a...前框片 14c…後框片 14a〜14d·.·框片 19 1235813 14s··.水平部 14t...向上直立部 14g...外緣部 14f···罩 14k···腳部 15、62··.調理台 15a、62a…安裝孔 16a、16b、64···瓦斯燃燒器 16c...火焰口 17、65…火架 18…瓦斯供給口 19···瓦斯配管 20.. .主開關閥 21a、21b···瓦斯量調節閥 22.. .控制盒 23a、23b...點火器 24a、24b...電極 25八〜250...操作部 26A〜26D···顯示部 30.. .箱構件 30a...開口 30c...頂面板 31.. .操作基板 31a···突面 31b…螺絲 32A〜32G...非接點型開關 32A...電源開關 32B、32C···點火熄火開關 32D、32E···增強開關 32F、32G···火力減弱開關 33A〜33C···顯示燈 33B、33C···火力顯示燈 34.. .開關用基板 34a…發光元件 34b...受光元件 35.. .安裝框 35.. .側壁 36…爪片 41…開口部 42.. .凸緣片 43···孔 50.. .螺絲 51···缺角部 52.. .接著材料 53···卡止片 54…段部 55、59…安裝片 56.. .支架Fig. 18 is a plan view of a frame portion of another embodiment. Fig. 19 is a plan view showing a conventional gas furnace. Fig. 20 is a sectional view showing a conventional gas furnace. [Representative symbols for the main components of the figure] 11, 61 ... Main body 11a, 61a ... Flange part lib ... Upper opening part 12, 63 ... Top plate 13 ... Glass plate 13a, 63a ... Burner opening 14 ... frame portion 14a ... front frame piece 14c ... rear frame piece 14a ~ 14d ... frame piece 19 1235813 14s ... horizontal portion 14t ... upright upright portion 14g ... outer edge portion 14f ... · Cover 14k ·· Foot 15,62 ·· Conditioner 15a, 62a ... Mounting holes 16a, 16b, 64 ·· Gas burner 16c ... Flame port 17,65 ... Fire stand 18 ... Gas supply port 19 ... Gas piping 20 .. Main on / off valves 21a, 21b ... Gas volume control valves 22 .... Control boxes 23a, 23b ... Ignitors 24a, 24b ... Electrodes 25a to 250 ... Operating section 26A ~ 26D ... Display section 30. Box member 30a ... Opening 30c ... Top panel 31 ... Operating substrate 31a ... Projecting surface 31b ... Screw 32A ~ 32G ... Non Contact type switch 32A ... Power switch 32B, 32C ... Ignition flameout switch 32D, 32E ... Enhancement switch 32F, 32G ... Fire reduction switch 33A ~ 33C ... Indicator lamps 33B, 33C ... Firepower display lamp 34 .. Switch substrate 34a ... light emitting element 34b ... Element 35 ... Mounting frame 35 ... Side wall 36 ... Claw piece 41 ... Opening portion 42 ... Flange piece 43 ... Hole 50 ... Screw 51 ... Corner portion 52 ... Adhesive material 53 ... Locking piece 54 ... Section 55, 59 ... Mounting piece 56 ...
20 1235813 57.. .安裝部 58.. .卡止片 63b...操作軸用透孔 66··.點火及火力調節裝置 66a...操作軸 67...操作器 2120 1235813 57 .. Mounting part 58 .. Locking piece 63b ... Through hole for operating shaft 66 ... Ignition and fire power adjustment device 66a ... Operating shaft 67 ... Operator 21