M321502 八、新型說明： 【新型所屬之技術領域】 本創作為關於燃器具之點火及燃氣供應的技術，尤指一種用以 防止點火失敗的吸磁式點火控制裝置。 / 【先前技術】 瓦斯爐、烤爐…等燃器具的點火方式，可透過一點火按紐來觸 ® 發一點火開關，或是透過一兼具燃氣節流調整與點火功能的點火旋 鈕來觸發一點火開關。 由於燃斋具由點火到正常燃燒的過程中，可能會產生燃氣外玫 的丨月开/，例如· ％力不足热法點火、爐口火焰被風吹熄、爐口火焰 被溢流的液體給洗滅時...等情況，而為了防止織未點燃而自燃器 具爐口持出’因此習知鮮、具的點火控制裝置通常均設有安全 機制，該安全機制之組成包括有·· 至少一點火開關、M321502 VIII. New description: [New technical field] This creation is about the ignition and gas supply of burning appliances, especially a magnetic absorbing ignition control device to prevent ignition failure. / [Prior Art] The ignition mode of gas burners, ovens, etc. can be triggered by an ignition button, or by an ignition knob with gas throttle adjustment and ignition function. An ignition switch. Due to the ignition from the ignition to the normal combustion process, there may be a monthly opening of the gas outside the furnace, for example, % insufficient force is ignited, the furnace flame is blown out by the wind, and the furnace flame is overflowed. In the case of washing, etc., and in order to prevent the woven fabric from being ignited, the self-ignition device is held at the mouth of the furnace. Therefore, the conventional ignition control device usually has a safety mechanism, and the safety mechanism includes: At least one ignition switch,
流通的磁吸式電磁閥、—_點火開咖啟時對其所對應爐口之點The magnetic solenoid valve in circulation, the point of the corresponding furnace mouth when the ignition is turned on
當點火開關被觸發而聞齡拉私非上& ^的磁吸式電磁閥會被按壓When the ignition switch is triggered, the magnetic solenoid valve will be pressed.
磁吸式電磁閥電力，讓磁吸式 亚且同時促使對應爐口的點火元件 ③爐口火财生並對相對應的熱魏加熱達工 M321502 電磁閥保持開啟以供燃氣流通。 隹」、、占火過私中，熱電偶自爐口火焰點燃後，往往需要經過一 ，適當的時間才能_可過電的工作溫度，換言之若此時使用者觀 察到爐Π火配難燃，而直制馬上停讀點火關進行持續觸 發，此時會因熱電偶尚未達到工作溫度，而使磁吸式電磁閥無法维 持在開啟的狀態，並且令點燃的爐口火焰媳滅。 口此會k成點火作業上的不變，並且經常會發生使用者需重 覆^人的,.·、占火動作後’才將能爐口火焰點燃的情形，或者使用者必 須養成點火健_程中，㈣過點火按喊點火旋轉點火開關 進行持續性_發雜，並且_發至爐口火生-段時間而: =偶加溫至可紅作溫驗，才祕止賴火觸進行持續 有鐘於先前技術在使用時，容易發生點火不順手’或因觀察火 焰產生而㈣停止_火_觸發的m..判題，創作人乃設計 出一種能—觸即發，社仍能於爐口火焰無預魏滅時，自動中斷 對爐口燃氣供躺「燃氣狀漏式點火控織 【新型内容】 創作之主要目的，係在提供—種便於使用者進行點火作業之 火，、乱具之制式敎控條置」，其具有至少—點火_、一於該 :火卿職時_力嫩·㈣韻她吸式電磁 ''^火簡触時對其賴麟口之點火元件提供高麼電 M321502 的點火線圈組、以及一設置於對應爐口且於達到工作溫度後 磁吸式電顯提供職流輯力輸電偶，其中：磁^ 闕包含一由熱電偶提供電源之主線圈、—由延遲斷電單元提;^ =辅助線圈，且該點火關與磁吸式電磁閥之間設有—延遲斷電單 次’㈣延遲斷電單元之實施進—步可包含—個二極體、- =容器,、-第-電晶體、—第二電晶體、—第三電晶體；而第 晶體可為ΝΡΝ型電晶體、第二電晶體可為ρΝρ型電晶體、第三電曰: 體可為型ΝΡΝ電晶體。 兒曰曰 再者’虽韻氣具為多爐口者時，對應於每一爐口分別設有一 點火開關、-磁吸式電磁閥、—熱電偶以及一點火元件。 相較於输彳t，摘物贿她觸預警熄滅時 =_爐口職供應，其最大優點在於：當制者在進行點火 =%，即使在熱電偶尚未達工作溫度，使用者亦不需持續觸發點 、、開關啊由該延賴t單元來提供持磁吸式電磁卿啟燃氣流 u夺所需的電力，以避免_發點火_時間不足，而造成點 敗的問題。 【實施方式】 、，、下依據本作之技術手段，列舉丨適於本創作實施之方式， 並配合圖式說明如後·· 此實施例所揭者乃為 第一圖所轉摘作最佳實關示意圖， M321502 配合具多爐口的燃器具，其對應於每一爐口分別設有一點火開關 10、一磁吸式電磁閥20、一熱電偶30、一點火元件40、一延遲斷 電單元50，以構成多個點火控制組，所有的點火控制組係共用同一 點火線圈組60 ;實施時，若燃器具為單一爐口者，亦可僅設置一組 點火控制組。 以下同一控制組中的點火開關1〇、磁吸式電磁閥2〇、熱電偶 30、點火元件40、延遲斷電單元50與點火線圈組60之間的配合進 行說明。 點火開關10可透過一點火按鈕來供使用者觸發，或是透過一兼 具燃氣節流調整與點火功能的點火旋紐來觸發。 磁吸式電磁閥20内包含-由熱電偶3〇提供電源之主線圈、一 由延遲斷電單元50提供電源之輔助_，#主線圈或輔助線圈其中 之-得電時，即可令磁吸式電磁閥20作動而開啟對應爐口燃氣的流 通。 熱電偶30設置於對應的爐口處，於達到工作溫度後能對磁吸式 電磁閥20提供電力。 點火元件40對應爐口處，待點火開關1〇被觸發時，可將點火 線圈組60提供的高M電導引至爐口而進行高壓放電點火的動作。 延遲斷電單元50主要包含一個二極體D1、-電容器π、 :電晶體QK卿型電晶體）、一第二電晶體Q2 (ΡΝΡ型電晶體）、= 第三電晶⑽⑽型電晶體⑽及—些其它相_連接元件^ 點火線圈組60為-般的高壓放電點火裝置之構成，其主要具有 M321502 火 高壓線圈Τ2，骑敏點綱4M_叫彳湖放電點 _發_時，崎經：議對電 r:=電，同時令電晶_動作，而第二電卿 曰曰Q、亦被導通動作’因此第三電晶體Q3會輪出—⑺之控制給 點火開㈣之觸=乍Γ 60與對應的點火元件40亦隨 電點火。私而作動’以使點火元件4〇能對爐口進行高壓放 時，2二ΓΓ火開關10之觸發動作停止而呈斷路狀態不再導通 體二放:一 能獲得電力叫啟對贿^通/令磁吸式電磁_ _助線圈仍 即可延遲辅助線圈的斷電 的放电動作 需對點火開關妨此瓣在財作細程中，不 斷。 、只的觸务，爐口的燃氣供應也不會因此而中 而在電容器C1的放命 產生的火談增溫至和的束前’由於熱電偶30已由爐口所 即可得電而令爐口燃Γ如度’此時磁吸式電磁閥20之主線圈 完成時，磁蝴綱t麵的狀態；因此’當電容11C1放電 成主線圈來提供，故可々请需的磁吸力，已由輔助線圈切換 使用者在進行敎作2领°_健健在流通狀態，因此令 M321502 換言之，使用者在進行點火操作時 作溫度’使用者亦不需持續觸發點火_ g…電偶30尚未達工 4〇來提供持磁吸式電磁_ 遲斷電單元 因觸發點火_時财足，而造成點火失敗的^〜力’以避免 使點== 在安全寺,ΓΓΓ 操作時的便利性;除此之外， 期電力从無法歡、轉如火缓不預 二 '爐口火焰被風吹熄、爐口火焰被溢流的液體給洗減時... 、月况）’仍具防止燃氣自爐口溢出的效果。 · 、惟’以上之實施說明及圖式所示，係本創作較佳實施例者，教 =此侷限本創作，是以，舉凡與本創作之構造、裝置、特徵等= 乜或相雷同者，均應屬本創作之創設目的及申請專利範圍之内。 M321502 【圖式簡單說明】 第一圖：係本創作最佳實施例示意圖。 【主要元件符號說明】 10點火開關. 20磁吸式電磁闕 30熱電偶 40點火元件 50延遲斷電單元 60點火線圈組 D1二極體 C1電容器 Q1第一電晶體 Q2第二電晶體 Q3第三電晶體 11The magnetic solenoid valve power makes the magnetic type and simultaneously promotes the ignition element of the corresponding furnace mouth. 3 The burner is fired and the corresponding heat is heated. The M321502 solenoid valve is kept open for gas circulation.隹 、 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The direct system immediately stops the ignition off and continues to trigger. At this time, the thermocouple has not yet reached the operating temperature, so that the magnetic solenoid valve cannot be maintained in the open state, and the ignited furnace flame is extinguished. The mouth will become the same in the ignition operation, and it often happens that the user needs to repeat the person's, ..., after the fire action, 'the fire will be ignited, or the user must develop the ignition _ Chengzhong, (4) Over-ignition, press the ignition, turn the ignition switch for continuous _ 杂, and _ send to the mouth of the fire - segment time and: = even warm to red can be used for the test, only to the blaze There is a time when the prior art is used, it is easy to cause the ignition to be unsatisfactory' or because of observing the flame generation (4) stop _ fire _ trigger m.. judgment, the creator designed a kind of energy-touch, the society can still When the flame at the mouth of the furnace is not pre-wet, the main purpose of the creation of the gas-fired leak-type ignition control weaving [new content] is automatically interrupted, which is provided for the user to perform the ignition operation. Fire, and the system of the control system, which has at least - ignition _, one in the: fire clerk _ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ The ignition element provides a high-powered M321502 ignition coil set, and a set in the corresponding furnace mouth and After the working temperature, the magnetic electric display provides a power flow force transmitting couple, wherein: the magnetic circuit includes a main coil provided by a thermocouple, and is provided by a delayed power-off unit; ^ = an auxiliary coil, and the ignition is off Between the magnetic solenoid valve and the magnetic solenoid valve, the delay of the power failure of the single-time (four) delay power-off unit can include - a diode, - = container, - - transistor, - second The crystal, the third transistor; the second crystal may be a ΝΡΝ-type transistor, the second transistor may be a ρΝρ-type transistor, and the third electrode: the body may be a ΝΡΝ-type transistor. In addition, when the rhyme is a multi-furnace mouth, an ignition switch, a magnetic solenoid valve, a thermocouple, and an ignition element are respectively provided for each furnace port. Compared with the loss of t, the picking bribes her when the warning is extinguished = _ furnace mouth supply, its biggest advantage is: when the manufacturer is doing ignition =%, even if the thermocouple has not reached the working temperature, the user does not need The continuous trigger point, and the switch are provided by the extension unit t to provide the power required to hold the magnetic electromagnetic pump to avoid the problem of a point of failure. [Embodiment] According to the technical means of the present invention, the method suitable for the implementation of the present invention is listed, and the description of the figure is as follows: The embodiment disclosed in the present embodiment is the most The schematic diagram of Jiashiguan, M321502 is equipped with a multi-furnace burner, which is provided with an ignition switch 10, a magnetic solenoid valve 20, a thermocouple 30, an ignition element 40, and a delay corresponding to each furnace port. The electric unit 50 is configured to form a plurality of ignition control groups, and all of the ignition control groups share the same ignition coil group 60. In practice, if the combustion device is a single furnace, only one ignition control group may be provided. The cooperation between the ignition switch 1A, the magnetic solenoid valve 2〇, the thermocouple 30, the ignition element 40, the delayed power-off unit 50, and the ignition coil group 60 in the same control group will be described below. The ignition switch 10 can be triggered by an ignition button or by an ignition knob having a gas throttle adjustment and ignition function. The magnetic solenoid valve 20 includes a main coil provided by the thermocouple 3 、, an auxiliary _ provided by the delayed power-off unit 50, and a # main coil or an auxiliary coil. The suction solenoid valve 20 is actuated to open the circulation of the corresponding furnace gas. The thermocouple 30 is disposed at the corresponding furnace mouth to provide power to the magnetic solenoid valve 20 after reaching the operating temperature. The ignition element 40 corresponds to the furnace mouth, and when the ignition switch 1 is triggered, the high M electric power provided by the ignition coil group 60 can be electrically guided to the furnace port to perform the high-pressure discharge ignition operation. The delayed power-off unit 50 mainly includes a diode D1, a capacitor π, a transistor QK-type transistor, a second transistor Q2 (ΡΝΡ-type transistor), and a third transistor (10) (10)-type transistor (10). And some other phases _ connection components ^ ignition coil group 60 is a general high-voltage discharge ignition device, which mainly has M321502 fire high voltage coil Τ 2, riding a point point 4M_ called 彳湖 discharge point _ hair _, Saki After the discussion: electricity r: = electricity, while the electric crystal _ action, and the second electric 曰曰 Q, is also turned on 'so the third transistor Q3 will turn out - (7) control to the ignition on (four) touch = 乍Γ 60 and the corresponding ignition element 40 are also electrically ignited. When the ignition element 4 〇 can perform high-pressure discharge on the furnace mouth, the triggering action of the 2nd bonfire switch 10 is stopped and the disconnected state is no longer connected to the second body: one can obtain electricity and call the bribe / Make the magnetic electromagnetic _ _ help coil can still delay the discharge of the auxiliary coil. The discharge action needs to be on the ignition switch. Only the touch, the gas supply at the mouth of the furnace will not be in the middle of the beam, and the fire generated by the capacitor C1 will be warmed up to the front of the beam. Because the thermocouple 30 has been powered by the furnace mouth. When the main coil of the magnetic solenoid valve 20 is completed, the magnetic butterfly is in the state of the t-plane; therefore, when the capacitor 11C1 is discharged into the main coil, the required magnetic flux can be requested. Suction has been switched by the auxiliary coil. The user is in the state of circulation. Therefore, the M321502 is in other words, the user performs the temperature during the ignition operation. The user does not need to continuously trigger the ignition _ g... galvanic couple 30 has not yet reached the 4th to provide magnetic electromagnetic _ delayed power unit due to trigger ignition _ _ _ _ _ _ _ _ _ _ _ _ _ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ Sexuality; in addition, the period of power from the inability to change, the fire is not as good as the second 'the furnace flame is blown out by the wind, the furnace flame is overflowed by the liquid to wash off the time ..., month condition) 'still Prevents the escape of gas from the furnace mouth. · However, the above description of the implementation and the drawings, as shown in the preferred embodiment of this creation, teach = this limitation of the creation, so that the structure, device, features, etc. of the creation are the same as , shall be within the creation purpose of the creation and the scope of patent application. M321502 [Simple description of the diagram] The first picture: a schematic diagram of the best embodiment of the present creation. [Main component symbol description] 10 ignition switch. 20 magnetic electromagnetic 阙 30 thermocouple 40 ignition component 50 delayed power-off unit 60 ignition coil group D1 diode C1 capacitor Q1 first transistor Q2 second transistor Q3 third Transistor 11