M289472 八、新型說明： 【新型所屬之技術領域】 本創作係與瓦斯爐具有關，更詳而言之是指一種可適 用各種瓦斯壓力之爐具者。 【先前技術】 按，如第—圖所示，f知中高壓瓦斯烤爐1大體上係 由一爐體2、一爐頭3所組成，爐頭3並與褒設於一瓦斯 嫌桶出氣端之一壓力控制閥連接（圖中未示）。使用時，係 開啟瓦斯桶、調整壓力控制閥之出氣壓力，再利用火柴或 點火棒點燃爐頭、使其燃燒而烘烤食物。 上述中高壓瓦斯烤爐設備f另外制火柴或點火棒 點燃爐頭，點火方式稍嫌不便。再者，中高壓瓦斯烤爐設 備並無溫度感應、自動熄火之設計，萬一爐頭之燃燒溫度 過南時，並無法自動熄火、降溫，使用上顯有發生危險之 虞。 _ 其次，習知家庭或營業用之瓦斯爐，其構造一般係由 -殼體、若干爐頭、瓦斯開關等構件所組成。瓦斯開關係 設置於殼體表面並連接爐頭，用以可控制瓦斯流入爐頭之 動作及流量，使用時，旋動瓦斯開關之旋鈕即可使瓦斯流 入爐頭並點燃爐火。習知瓦斯爐之爐火大小雖然可由瓦$ 開關來控制、調整，惟，受到瓦斯開關型式（低、中或高 壓瓦斯開關）之限制，爐火大小仍有其極限，營業用1斯 爐為產生可供快速煎煮炒炸食物之大火，必須採用可押制 M289472 二之中、高麼瓦斯開關，而家庭用瓦 係私用㈣瓦斯及低。換纟之 二 業用之瓦斯爐皆無法適應：廷’言 够大。 疋i刀气瓦斯，使用彈性不 【新型内容】 · 本創作之主要目❹卩在提供—射解料揭缺失之M289472 VIII. New description: [New technical field] The creation department is related to the gas furnace, and more specifically refers to a stove that can adapt to various gas pressures. [Prior Art] According to the first figure, the medium-high pressure gas oven 1 is generally composed of a furnace body 2 and a burner head 3. The burner head 3 is arranged in a gas trap. One of the pressure control valves is connected (not shown). When in use, the gas drum is opened, the pressure of the pressure control valve is adjusted, and the burner is ignited by a match or an ignition rod to burn and bake the food. The above-mentioned medium-high pressure gas oven equipment f additionally makes a match or an ignition rod to ignite the burner, and the ignition method is slightly inconvenient. In addition, the medium and high pressure gas oven equipment has no temperature sensing and automatic flameout design. If the burning temperature of the burner is too high, it will not automatically turn off and cool down, and there is a danger in use. _ Secondly, the gas stoves for household or business use are generally constructed of components such as a casing, a plurality of burners, and a gas switch. The gas-opening relationship is set on the surface of the casing and connected to the burner for controlling the flow and flow of gas into the burner. In use, the knob of the gas switch is rotated to allow gas to flow into the burner and ignite the fire. Although the size of the fire of the conventional gas stove can be controlled and adjusted by the wattage switch, it is limited by the type of gas switch (low, medium or high pressure gas switch), and the size of the fire still has its limit. To produce a fire that can be quickly fried and fried, it is necessary to use the M289472 II medium and high gas switch, while the household tile is private (4) gas and low. In the second place, the gas stoves used in the industry could not be adapted: the court was big enough.疋i knife gas, the use of elasticity is not [new content] · The main goal of this creation is to provide - the lack of shots
可適用各種瓦斯壓力之爐具，其不需利用火柴或點火棒即 可點火’使用上甚為方便者。 本創作之另-目的在於提供—種可適用各種瓦斯壓 力之爐具’其具備溫度感應、自動熄火之功效者。 本創作之再—目的在於提供—種爐具，其可適用各種 瓦斯壓力，用途更為廣泛、更具實用價值者。 緣是，為達成前述諸目的，本創作係提供一種可適用 各種瓦斯壓力之爐具，係包含—爐體與設置於爐體内之一 瓦斯爐頭，該瓦斯爐頭係藉由一瓦斯輸送管與設於一瓦斯 桶出氣口之一壓力控制閥連接；其特徵在於更包含有一控 制單元，包含一閥座，設置於該爐體進氣端，其上設有一 透空谷至及連通容室之一進氣口，該進氣口係連接瓦斯輸 送官，用以使該壓力控制閥所輸出之各種壓力瓦斯可輸入 容室内，一電磁閥，設置於該容室中，包含對應該爐頭進 氣端之一出氣口 ’用以可控制該容室内之瓦斯得否經由出 氣口流至爐頭供點火燃燒；一自動點火裝置，設置於該爐 體並電氣連接電磁閥，用以可促使該電磁閥作動並點燃爐 M289472 火者。 【實施方式】 以下，茲舉本創作若干較佳實施例，並配合圖式做進 一步之詳細說明如後： 首先，請參閱第二圖及第三圖所示，本創作一較佳實 施例之可適用各種瓦斯壓力之爐具10，包含有一爐體12 與设置於爐體12内之一爐頭1 3，該爐體〗2係習知烤爐 型式，該爐頭13並係藉由一瓦斯輸送管14與設於一瓦斯 桶15出氣口之一壓力控制閥· 16連接，該壓力控制閥16 係可控制經由瓦斯輸送管14所輸出之瓦斯壓力；上述各 該構件及組成概與習知瓦斯烤爐設備相同，此處不再贅 述本創作$亥爐具1 〇之特色在於更包含有： 、 一控制單元i7,係由一閥座22與一電磁閥24所組 成。該閥座22係設置於爐體12對應爐頭13進氣口所設 之木體25上，具有一本體26，該本體26上凹設有一 透空谷室28、一端穿設有連通容室28之一進氣口 3〇，該 進氣口 30係連接瓦斯輸送管14，該電賴％’係習知常 閉：電磁閥，置於該容室28内，其出氣口 32係供一瓦斯 唷°"4設置，俾瓦斯可自該瓦斯喷嘴34喷入爐頭13。 ▲自動點火裝置】8 ’係習知連續電子點火裝置，設 f於該架體25上並電氣連接電磁閥24,其點火棒35並 >置於°亥爐頭1 3旁’用以可促使該電磁閥24作動並點燃 M289472 此外，該爐具ίο更包含有一溫度控制裝置19，包含 電氣連接之一溫度設定器36及一溫度感應器，該溫度 没定器3 6係設置於該架體2 5上並電氣連接自動點火果置 18,用以可供設定促使該自動點火裝置a作動之溫度 值，該溫度感應器38係置於爐頭13旁側，用以可感測該 爐頭13之火焰燃燒溫並將訊號回饋至溫度設定器。 藉此，本創作該爐具1 〇之使用方式如下： 當使用者欲點燃該爐頭13時，係先開啟該瓦斯桶j 5 並調整壓力控制閥16 ’使預定壓力之中、高壓瓦斯可藉 由該瓦斯輸送管14流入容室28、電磁，閥24内部，繼而 按壓該自動點火裝置18上之按鈕39,則該電磁閥24即 可被自動點火裝置18驅動而開啟，使瓦斯可流至該爐頭 13受點火棒3 5所產生之電弧點燃。 其次，使用者若欲避免該爐頭13之燃燒溫度過高而 導致危險之情形發生，可於點燃該爐頭13前或爐頭13燃 霞燒之際，利用該溫度設定器36設定一適當溫度，基此， 當該溫度感應器38所感測之爐頭13燃燒溫度超過設定值 時’該溫度設定器36即會發出電子訊號予自動點火裝置 18 ’俾使邊自動點火裝置1 8再發出促使電磁閥24停止作 動之汛號，則該電磁閥24即可回復常閉狀態，而使瓦斯 無法繼續流至該爐頭1 3供燃燒。 其次，如第四圖所示，係本創作另一較佳實施例之爐 具40，其結構與前揭該爐具丨〇之不同處在於：其爐體 M289472 係習知瓦斯爐體之型式’其自動點火裝置之按鈕44與溫 度設定器之旋鈕46係設置於爐體42表面。基此，該爐具 40之使用方式如前所述，使用者只需按壓該按鈕44即可 啟動自動點火裝置而點燃爐火，相較於習知瓦斯爐需旋轉 瓦斯開關之旋紐以啟動爐火之方式，該爐具4〇顯然使用 上更為便利。其次，不論供應該爐具40之瓦斯係何種壓 力（低、中或高壓），該爐具40均可依前揭作動方式控 載制瓦斯供應爐頭燃燒，進而可產生不同燃燒程度之爐: (瓦斯壓力愈大、爐火愈強），相較於習知瓦斯爐受到瓦 斯壓力、瓦斯開關型式（低、中或高壓瓦斯開關）之限制， 該爐具40顯然用途更為廣泛、更具實用價值。 明再芩閱第五圖所示，係本創作另一較佳實施例之爐 具50，其結構大體上該爐具40相同，不同之處在於：其 更包含有另一壓力控制閥52，係設置於爐體54外側並連 通閥座（圖中未示）。基此，該壓力控制闕52可用以控 制進入閥座、電磁閥之瓦斯壓力者。 由上可知，本創作該爐具藉由控制單元作為瓦斯控制 機構之設計，當運用於烤爐時，不需利用火柴或點火ς即 可^火，且具備溫度感應、自動熄火之功效。而當該且 運用於瓦斯爐時，不僅點士士々击丸七屈 〇 u僅點火方式更為方便，且’其可適應 、斤坚力，用途較習知瓦斯爐更為廣泛、更具實用價 【圖式簡單說明】 M289472 圖係一習知中高壓瓦斯烤爐之操作示意圖。 第二圖係本創作一較佳實施例之示意圖。 第二圖係本創作一較佳實施例中控制單元之立體組 合圖。 第四圖係本創作另一較佳實施例之示意圖。 第五圖係本創作又一較佳實施例之示意圖。 【主要元件符號說明】 零本創作： 爐具10 瓦斯輸送管14 控制單元17 閥座22 本體26 進氣口 32 霞溫度設定器36 爐具40 旋紐46 爐體54 習知： 爐體12 瓦斯桶15 自動點火裝置18 電磁閥24 容室28 瓦斯喷嘴34 溫度感應器3 8 爐體42 爐具50 爐頭13 壓力控制閥16 溫度控制裝置19 架體25 進氣口 30 點火棒35 按鈕39 按鈕44 壓力控制閥52 中高壓瓦斯烤爐1爐體2 爐頭3It is applicable to all kinds of gas pressure cookers, which can be ignited without using a match or an ignition rod. Another object of this creation is to provide a stove that can be applied to various gas pressures, which has the functions of temperature sensing and automatic flameout. A further addition to this creation – the aim is to provide a stove that can be used with a wide range of gas pressures for a wider range of applications and more practical value. In order to achieve the above objectives, the present invention provides a stove that can be applied to various gas pressures, comprising a furnace body and a gas burner disposed in the furnace body, the gas burner head being conveyed by a gas. The tube is connected to a pressure control valve disposed at a gas outlet of a gas barrel; and further comprising a control unit, comprising a valve seat disposed at the inlet end of the furnace body, wherein a through-valley to the communication chamber is disposed thereon An air inlet is connected to the gas conveying officer, so that various pressure gas outputted by the pressure control valve can be input into the chamber, and a solenoid valve is disposed in the chamber, including the corresponding burner The air outlet of the air inlet is used to control whether the gas in the chamber flows to the burner through the air outlet for ignition combustion; an automatic ignition device is disposed on the furnace body and electrically connected to the electromagnetic valve for promoting The solenoid valve actuates and ignites the furnace M289472. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following, a number of preferred embodiments of the present invention will be described in detail with reference to the drawings, which are described in detail below: First, referring to the second and third figures, a preferred embodiment of the present invention The utility model 10 can be applied to various gas pressures, and comprises a furnace body 12 and a burner head 13 disposed in the furnace body 12. The furnace body 2 is a conventional oven type, and the burner head 13 is separated by a The gas delivery pipe 14 is connected to a pressure control valve 16 disposed at a gas outlet of the gas drum 15, and the pressure control valve 16 controls the gas pressure outputted through the gas delivery pipe 14; The knowledge of the gas oven is the same, and the feature of the present invention is not to be described here. The feature of the furnace is that the control unit i7 is composed of a valve seat 22 and a solenoid valve 24. The valve seat 22 is disposed on the wooden body 25 of the furnace body 12 corresponding to the air inlet of the burner head 13, and has a body 26. The body 26 is recessed with a through-valley chamber 28 and one end is provided with a communication chamber 28 One of the air inlets 3 is connected to the gas transmission pipe 14, and the electric circuit is a conventionally closed: a solenoid valve is disposed in the chamber 28, and the air outlet 32 is provided for one gas. The 唷°"4 setting, 俾 gas can be injected into the burner head 13 from the gas nozzle 34. ▲Automatic ignition device] 8' is a conventional electronic ignition device, which is provided on the frame body 25 and electrically connected to the electromagnetic valve 24, and its ignition rod 35 is placed at the side of the furnace head 1 3 The solenoid valve 24 is actuated to ignite and ignite the M289472. In addition, the oven further includes a temperature control device 19, including a temperature connection device 36 and a temperature sensor, and the temperature determinator 36 is disposed on the frame. The body 2 is electrically connected to the automatic ignition fruit setting 18 for setting a temperature value for causing the automatic ignition device to operate. The temperature sensor 38 is disposed beside the burner 13 for sensing the furnace. The flame of the head 13 burns and the signal is fed back to the temperature setter. Therefore, the method of using the stove 1 is as follows: When the user wants to ignite the burner 13, the gas drum j 5 is first opened and the pressure control valve 16' is adjusted to make the predetermined pressure, high pressure gas can be By the gas duct 14 flowing into the chamber 28, the electromagnetic, the inside of the valve 24, and then pressing the button 39 on the automatic ignition device 18, the solenoid valve 24 can be driven by the automatic ignition device 18 to open the gas. The burner 13 is ignited by an electric arc generated by the ignition rod 35. Secondly, if the user wants to avoid the dangerous situation caused by the excessive combustion temperature of the burner 13, it may be set by the temperature setter 36 before the burner 13 is ignited or when the burner 13 is burned. The temperature, based on the temperature sensor 36 senses the combustion temperature of the burner 13 exceeds the set value When the solenoid valve 24 is stopped, the solenoid valve 24 can be returned to the normally closed state, so that the gas cannot continue to flow to the burner 13 for combustion. Next, as shown in the fourth figure, the stove 40 of another preferred embodiment of the present invention has a structure different from that of the prior art, in that the furnace body M289472 is a type of a conventional gas furnace body. The button 44 of the automatic ignition device and the knob 46 of the temperature setting device are disposed on the surface of the furnace body 42. Therefore, the manner in which the stove 40 is used is as described above. The user only needs to press the button 44 to start the automatic ignition device to ignite the fire. Compared with the conventional gas furnace, the rotary switch of the gas switch is required to start. In the way of the fire, the stove 4 is obviously more convenient to use. Secondly, regardless of the pressure (low, medium or high pressure) of the gas supplied to the stove 40, the stove 40 can be controlled by the front-loading method to control the gas supply to the burner, thereby producing different degrees of combustion. : (the greater the gas pressure, the stronger the fire), the furnace 40 is obviously more versatile and more versatile than the gas pressure and gas switch type (low, medium or high pressure gas switch). Practical value. Referring to the fifth drawing, a stove 50 according to another preferred embodiment of the present invention is substantially identical in structure to the same, except that it further includes another pressure control valve 52. It is disposed outside the furnace body 54 and communicates with the valve seat (not shown). Accordingly, the pressure control port 52 can be used to control the gas pressure entering the valve seat and solenoid valve. It can be seen from the above that the design of the stove is controlled by the control unit as a gas control mechanism. When it is used in an oven, it can be fired without using a match or an ignition, and has the effects of temperature sensing and automatic flameout. When it is used in a gas furnace, it is not only convenient for the sniper sniper, but also for the ignition method, and it is more adaptable and more versatile than the conventional gas furnace. Practical price [simple description of the diagram] M289472 is a schematic diagram of the operation of a high-pressure gas oven. The second drawing is a schematic diagram of a preferred embodiment of the present invention. The second figure is a three-dimensional combination of control units in a preferred embodiment of the present invention. The fourth drawing is a schematic view of another preferred embodiment of the present creation. The fifth drawing is a schematic view of still another preferred embodiment of the present creation. [Main component symbol description] Zero creation: stove 10 gas transmission pipe 14 control unit 17 valve seat 22 body 26 air inlet 32 Xia temperature setter 36 stove 40 knob 46 furnace body 54 Convention: furnace body 12 gas Barrel 15 Automatic ignition device 18 Solenoid valve 24 Chamber 28 Gas nozzle 34 Temperature sensor 3 8 Furnace 42 Stove 50 Burner 13 Pressure control valve 16 Temperature control device 19 Frame 25 Air inlet 30 Ignition rod 35 Button 39 button 44 pressure control valve 52 medium high pressure gas oven 1 furnace body 2 burner 3