M314829 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種瓦斯爐，尤指一種瓦斯爐殼體之 -加強型前板’其可加強前板的結構強度，避免瓦斯開關鎖 、 固於前板時，其結合處容易損壞的問題。 【先前技術】 _ 請參照第四圖、第五圖與第六圖所示，一般瓦斯爐殼 φ體的前板（2 0 )係設有一個以上的開關開口（ 2 i )， 以供瓦斯開關（3 0 )由開關開口 （ 2 1 )伸出，再於瓦 斯開關（3 0 )外接設一旋鈕（3 ；[)，便於使用者扭轉 瓦斯開關（3 0 )而打開爐火或控制爐火大小。 為使瓦斯開關（3 0 )可確實定位於前板（2 〇 )上， 瓦斯開關（3 0 )通常再以螺絲鎖固結合於前板（2 〇 ) ，上之鎖固孔（22)。然而，由於成本考量，前板（2〇) 的厚度往往甚薄以降低瓦斯爐成本，且瓦斯開關（3 〇 ) 結合處相較整個前板（2 〇 ) ^面積甚小，因此當瓦斯開 關（3 0 )鎖固於前板（3 〇 )上時，往往造成瓦斯開關 (3 0 )結合處周圍形成一内凹狀態，不僅影響前板（2 0 )的美觀，亦由於結合處結構強度較弱，因此當瓦斯爐 在運送或存放過程中受到外力施加於前板（2 〇 )時，常 導致結合處的損壞，造成使用上的不便。 【新型内容】 有鑑於現有瓦斯爐殼體之前板有結構強度不足的問 題，本創作之主要目的在於提供一種瓦斯爐殼體之加強型 5 M314829 ’其可加強前板的結構強度’避免瓦斯開關鎖固於前 板日可，其結合處較易損壞及凹入的問題。 /達成以上的目的’本創作之瓦斯爐殼體之加強型前 -板係於前板設有一個以上之凹槽，於凹槽底部設有一開關 ^ 於開關開口周圍設有一個以上之鎖固孔。 • 佳的是’開關開口係為—長孔，長孔兩端係成圓弧 形。 φ 較佳的是，鎖固孔係分別設於開關開口之兩側，鎖固 孔係由一個以上之圓孔連接形成。 較佳的是，鎖固孔係由三個圓孔連接形成。 較佳的是，前板係設有兩個凹槽。 本創作可達到的具體功效包括： 1 ·本創作係於瓦斯爐殼體之前板形成凹槽，凹槽底 部形成供與瓦斯開關結合之開關開口與鎖固孔，因此加強 了前板與瓦斯開關結合處的結構強度，即使前板在運送或 I-存放過程中受到外力擠壓，亦不易變形損壞。 2 ·本創作由於增強了前板的結構強度，因此前板亦 不易因與瓦斯開關的螺鎖結合而產生内凹現象，影響瓦斯 爐整體的美觀。 【實施方式】 請參照第一圖所示，本創作之較佳實施例係於前板（1 〇)設有一個以上之凹槽（11)，於凹槽（11)底部 設有一可供瓦斯開關（3 〇 )伸出之開關開口（ 1 1 1 )， 於開關開口（ 1 1 1 )周圍設有一個以上之鎖固孔（1 1 6 M314829 1 1 2 )鎖 配合瓦斯爐 ’前板（1 ’使瓦斯開關（3 Ο )可藉由此鎖固孔（ 固於前板（10)上；凹槽（11)之數目可 爐頭的數里6又為一個、兩個或多個，較佳的是 0 )係設有兩個凹槽（11)· 於本較佳實施例中，開關開口（ 1 1 1 )係為一長孔M314829 VIII. New description: [New technical field] This creation is about a gas furnace, especially a gas-fired furnace shell-reinforced front plate, which can strengthen the structural strength of the front plate and avoid gas switch locks. When it is fixed to the front plate, the joint is easily damaged. [Prior Art] _ Please refer to the fourth, fifth and sixth figures. The front plate (20) of the general gas furnace shell φ body is provided with more than one switch opening (2 i ) for gas. The switch (30) is extended by the switch opening (2 1 ), and a knob (3; [) is connected outside the gas switch (30) to facilitate the user to twist the gas switch (30) to open the fire or control the furnace. Fire size. In order to make the gas switch (30) be surely positioned on the front plate (2 〇), the gas switch (30) is usually screwed to the front plate (2 〇) and the locking hole (22). However, due to cost considerations, the thickness of the front plate (2〇) is often very thin to reduce the cost of the gas furnace, and the gas switch (3 〇) joint is much smaller than the entire front plate (2 〇) ^, so when the gas switch (3 0) When locked on the front plate (3 〇), it often causes a concave state around the joint of the gas switch (30), which not only affects the appearance of the front plate (20), but also the structural strength of the joint. It is weak, so when the gas furnace is applied to the front plate (2 〇) during transportation or storage, it often causes damage to the joint, which causes inconvenience in use. [New content] In view of the problem of insufficient structural strength of the existing gas furnace shell front plate, the main purpose of this creation is to provide a reinforced furnace of the gas furnace shell 5 M314829 'which can strengthen the structural strength of the front plate' to avoid gas switch It can be locked on the front panel, and the joint is more susceptible to damage and recession. /To achieve the above objectives' The reinforced front-plate of the gas furnace shell of the present invention has more than one groove on the front plate, and a switch at the bottom of the groove. ^ More than one lock is arranged around the opening of the switch hole. • It is good that the 'switch opening is long holes, and the long holes are rounded at both ends. Preferably, the locking holes are respectively disposed on both sides of the opening of the switch, and the locking holes are formed by connecting more than one round hole. Preferably, the locking hole is formed by connecting three circular holes. Preferably, the front panel is provided with two recesses. The specific functions that can be achieved in this creation include: 1 · This creation is based on the front plate of the gas furnace shell to form a groove, and the bottom of the groove forms a switch opening and a locking hole for combining with the gas switch, thus strengthening the front plate and the gas switch The structural strength of the joint is not easily deformed and damaged even if the front panel is pressed by an external force during transportation or I-storage. 2 · This creation enhances the structural strength of the front panel, so the front panel is not easily combined with the screw lock of the gas switch to cause a concave phenomenon, which affects the overall appearance of the gas furnace. [Embodiment] Referring to the first figure, the preferred embodiment of the present invention has one or more grooves (11) on the front plate (1 〇) and a gas supply at the bottom of the groove (11). The switch (3 〇) extends out of the switch opening (1 1 1 ), and more than one locking hole (1 1 6 M314829 1 1 2) locks around the switch opening (1 1 1 ) to match the gas furnace 'front plate ( 1 'The gas switch (3 Ο ) can be used to lock the hole (fixed to the front plate (10); the number of grooves (11) can be one, two or more of the number of the burners 6 Preferably, 0) is provided with two grooves (11). In the preferred embodiment, the switch opening (1 1 1) is a long hole.
二=成圓弧形’鎖…112)係分別設於開關 幵’口（ 1 1 1 )之兩側’鎖固孔（丄i 2)係由一個以上 之圓孔連接形《，較佳的是，鎖固孔（112)係為三個 圓孔連接形成而可兼顧製造成本與位置的彈性，藉由此長 形之開關開口（ i i !)與鎖固孔（i工2 )，瓦斯開關 (3 0 )可由不同之位置突伸出開關開口 （丄丄1 )，並 鎖固於不同的鎖固孔（i i 2 )位置，增加瓦斯開關（3 〇)鎖固於前板（1 〇)的彈性，使前板（1 〇)可適用 於更多不同之瓦斯爐機型。 由於本創作之較佳實施例於前板（1 〇 )與瓦斯開關 (30)之結合處形成一凹槽（ii)，因此加強了前板 (1 0 )結合處的結構強度，即使前板（1 〇 )在運送或 存放過程中受到外力擠壓，亦不易變形損壞，前板（1 〇 ) 亦不易因與瓦斯開關（3 〇 )的螺鎖結合而產生内凹現象， 影響瓦斯爐整體的美觀。 【圖式簡單說明】 第一圖係為本創作較佳實施例之局部立體圖。 第二圖係為本創作較佳實施例與瓦斯開關結合時之局 部立體圖。 7 M314829 第三圖係為本創作較佳實施例之立體圖。 第四圖係為一般瓦斯爐之外觀示意圖。 第五圖係為現有前板之局部立體圖。 第六圖係為現有前板與瓦斯開關結合時之局部立體 圖。 【主要元件符號說明】 (10)前板 （11)凹槽 (1 1 1 )開關開口 （ 1 1 2 )鎖固孔 (2 0 )前板 （2 1 )開關開口 (2 2 )鎖固孔 (3 0 )瓦斯開關 （3 1 )旋鈕Two = arc-shaped 'lock...112) are respectively arranged on the two sides of the switch 幵' mouth (1 1 1) 'locking holes (丄i 2) are connected by more than one round hole", preferably Yes, the locking hole (112) is formed by connecting three circular holes to achieve the flexibility of manufacturing cost and position, by means of the elongated switch opening (ii!) and the locking hole (i 2), the gas switch (3 0 ) The switch opening (丄丄1) can be protruded from different positions and locked in different locking holes (ii 2 ), and the gas switch (3 〇) is added to the front plate (1 〇) The flexibility makes the front plate (1 〇) suitable for more different gas furnace models. Since the preferred embodiment of the present invention forms a recess (ii) at the junction of the front panel (1 〇) and the gas switch (30), the structural strength of the joint of the front panel (10) is enhanced even if the front panel (1 〇) It is squeezed by external force during transportation or storage, and it is not easy to be deformed and damaged. The front plate (1 〇) is also not easy to be concave due to the screw lock of the gas switch (3 〇), which affects the overall gas furnace. Beautiful. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a partial perspective view of a preferred embodiment of the present invention. The second figure is a partial perspective view of the preferred embodiment of the present invention in combination with a gas switch. 7 M314829 The third drawing is a perspective view of a preferred embodiment of the present invention. The fourth picture is a schematic view of the appearance of a general gas furnace. The fifth figure is a partial perspective view of the existing front panel. The sixth figure is a partial perspective view of the existing front panel combined with the gas switch. [Main component symbol description] (10) Front plate (11) Groove (1 1 1) Switch opening (1 1 2) Locking hole (2 0 ) Front plate (2 1 ) Switch opening (2 2 ) Locking hole (3 0) gas switch (3 1 ) knob
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