A7 B7 3ϋ6972 五、發明説明（） 【發明有關之領域】 η' 先 閱-% 背 之 注 意-事 項 再 I裝 頁 本發明偽有關一種應用於氣渦輪引輩、往復式活塞引 黎及瓦斯之點火糸統，特別指一種可藉箸電磁線圏産生的 磁場及彈簧的恢復力來控制燃熱絲位置以提高點火成功率 及增加使用壽命之電磁控制白金燃熱.絲點火器。 【先前技術之敘述】 目前市面的點火糸統繁多，較常見的點火糸統為火花 式點火器及織熱絲點火器，其中火花式點火器廣泛應用於 氣渦輪引擎、内燃機引擎等，織熱絲點火器則尚未受到廣 泛的青陳。 訂 習知之火花式點火器一般採用圖一之結構，偽利用一 火：Γ £産生器産生高壓使得火花式點火器的中間電極及外部 電極産生脈衝式火花源。習知之火花式點火器因以週邊設 備産生之高電歷作為火花源，而有如下之缺點： 1. 除需高點火能景外，瞬間之高電應亦容易使感應器、儀 表失靈、甚且燒锻。 '線 2. 火花産生器所産生的是脈衝式火花源，斷斷續缠未能持 續點火，致使點火不易；而高電壓在電極間造成的積碳 現象.，更使點火困難。 經濟部中央標準局貝工消費合作社印裝 3 -火花在極宰的電極空隙間産生使得點火區域侷限於電極 間的間隙，點火範圍小而不易達成引燃的任務。 習知之撤熱絲點火器一般採用圖二之結構。係利用電 流通過電熱絲後因電阻作用産生燃熱以完成引燃的任務。 習知之熾熱絲點火器構造雖較火花式點火器簡單但卻有如 下之缺點： 第3頁 83. 3. 10,000 本紙張尺度適用中國國家標隼（CNS ) A4規格（210X29*7公釐〉 經濟部中央揉準局員工消费合作社印装 3G6S72 A7 __B7_ 五、發明説明（） 1. 易發生電極接觸不良或電極絶綠不良現象·。 2. 該點火器完成引燃任務後即暴露於高溫或高壓的操作環 境中，易被燒缴、斷裂。 3. 為要有效地完成引燃任務及避免點火器受高溫影響而燒 燦，需有極高的點火能置且不能過於深入燃燒區。 4. 點火器本身即是一障礙，會造成燃燒流場之干擾，形成 部份阻隔效應，造成點火器周圍流場不均句分佈。 【發明之一般説明】 有鑑於習見之點火糸統至今仍存在有無法完全改善的 缺點，本發明者乃積極進行研究改進，經長時間研究終有 本發明産生。 本發明俗一種電磁控制白金燃熱絲點火器，結構請參 閲圖三A,其包括螺帽、頂針、電磁線圏、導磁螺栓、彈 簧、金屬捲筒及白金絲。當電磁線圏勵磁時，即在導磁螺 检内部形成磁場，將頂針吸入，推動下方的金靥捲筒，而 将金屬捲茼末端之白金絲推出置於燃氣中如圖三A;同時 ，白金絲因導通電流産生燃熱現象即可引燃燃氣，完成點 火任務。點燃後，隨即將電磁線圈及白金絲之電源切斷， 此時線圈磁場消失，彈簧之恢復力將金屬捲筒往上頂，帶 動白金絲，而將白金絲安置於隔絶室内如圖三B,因為當 點火器引燃燃氣後，即完成其任務，此時點火器處於不作 功的狀態，所以點燃後，吾人可使白金絲可退入外罩。點 火位置深度的控制，可藉調整螺帽的位置以限制頂針的伸 縮長度來逹成。 以上之結構為常閉式（Normally Closed)電磁控制傲 〜第4頁*〜 本紙張尺度適用中國國家梂準（CNS ) A4规格（210X297公釐} 83. 3.10,000 ^ ^^------t------# _, (请先閱请背面之注意事項再米4頁) ( 經濟部中央橾準局負工消费合作社印製 A7 B7__ 五、發明説明（） 熱絲點火器，其稱之為常閉式是因為在電磁線圏未激磁（ 通電）時，白金絡位於隔絶室内。除了常閉式電磁控制熾 熱絲點火器外，本發明尚有常開式型，同理，其稱之為常 開式電磁控制燃熱絲點火器是因為在電磁線圏未激磁（通 電）時，白金絲位於燃氣中，其結構請參閲圖四A及圖四 B,其動作原理與常閉式燃熱絲火器相同，其相異處在於 線圈勵磁前與勵磁後，白金絲之位置相反。 【發明之目的】 本發明的主要目的乃在提供一種電磁控制白金燃熱絲 點火器，其偽利用電流通過白金絲後因電阻作用使得整圏 白金，絲産生織熱而引燃燃油氣，由於可深入燃燒區，故易 完成引燃任務。 本發明的次要目的乃在提供一種電磁控制白金燃熱絲 點火器，其俗利用電磁線圏産生的磁場、彈簧的恢復力及 螺帽來調整白金絲的位置，故可依需求調整點火位置深度 以逹到最佳的點火狀況而提高點火成功率。 本發明的再一目的乃在提供一種電磁控制白金燃熱絲 點火器，其偽利用電磁線圈産生的磁場、彈策的恢復力來 調整白金絲的位置，在完成引燃任務後，白金絲可退入外 罩.改進傳統式燃熱絲常暴露於高溫甚或高歷之缺點，故 可深入燃燒區，毋須高能董點火，可靠性高，可延長點火 器的使用壽命且不會造成燃燒流場之干擾，此外，點火器 可退至引擊外罩，可確保冷卻空氣之流暢與均句度。 本發明的又一目的乃在提供一種電磁控制白金燃熱綠 點火器，^僅作動原理簡單，構造堅固耐用，成本低及實 〜第5頁·~ (請先閱讀背面之注意事項再4.?本頁) •裝. 訂 線 本紙張尺度逋用中國國家標準（CNS ) A4規格（210X297公釐） 83. 3.10,000 經濟部中央標率局貞工消费合作社印製 306^72 A7 B7 五、發明説明（） 用性極高，而且操作時只需一電源供應器即可，無需額外 的週遴設備，同時兼顧了習用火花式點火器及熾熱絲點火 器之優點改進了其缺點，除可應用於氣渦輪引擎的點火条 統外，亦可將此一技術移植於汽車工業之往復式柱塞引擎 點火糸統及民生工業之瓦斯點火糸統。 為了使 貴審査委氧能更進一步了解本發明之特點及 技術内容，請參閲以下有關本發明之附圖及詳細說明，然 而所附圖式僅提供参考與説明用，並非用來對本發B月力口上认 限制者。 【圖示説明】 圖一 習用火花式點火器剖面圖。 圖二 習用之熾熱餘點火器剖面_。 圖三A 本發明之常閉式電磁控制白金墙熱絲點火器勵 磁前剖面圆.η 圖三B 本發明之常閉式電磁控制白金燭熱絲點火:器脚J 磁後剖面圖。 圖四A 本發明之常開式電磁控制岛金域熱絲點火器脚J 磁前剖面圓Θ 國四B 本發明之常開式電磁控制白金域熱絲點火器勵 磁後剖面圈U 【圈示中各標號之意義】 10...頂針 22...金膨外殼 1]...螺帽 231...導磁螺栓 12 1 ..絶線套 232...導磁螺栓 122 . 絶緣套 24…螺帽 第6肖： 本紙張尺度適用中«國家標率（CNS ) A4规格（210X297公釐） 83. 3. 10,000 (請先聞讀背面之注意事項再填 p本頁) 裝· 線 經濟部中央橾準局員工消費合作杜印製 五、發明説明（) 123.. 絶緣套 124.. 絶緣套 125. ‘絶緣套 131.. .金屬捲筒 132.. .金屬捲筒 141.. 彈簧 142.. 彈策 15.. .導電金靥Η 16.. .導電金屬Η 17.. .白金絲 20.. .電磁線圈 211.. 絶綠墊圏 212.. 絶綠墊圈 A7 B7 25.. 金靥愁圈 30.. .金屬墊圈 40.. .金屬凸線安裝座 41.. .金屬凸緣安裝座 42.. .金屬凸緣安裝座 50.. .半導體 51.. .半導體 60.. .爾熱，絲 70.. .電極 71.. .中間電極 72.. .外部電極 30.. .絶綠體 90.. .貫穿孔 【實施例】 請參閲圖一，為一習知之花火式點火器結_.金屬凸 線安装座41内部有一中間電極71,以絶綠體80及半導體50 與外部電極72隔離，再以火花産生器發出高歷，而於二電 極間産生脈衝式火花源，如此結構之點火器除糊高能量點 火外，斷續之脈衝式點火不易達成引燃任務亦圮其缺點。 請參閲圖二，為習知之熾熱絲點火器結構站構，金靥 凸綠安装座42内部有一電極70,以半導體51和外部導電金 屬隔離，利用電流通過電熱絲後因電阻作用産出畑^熱以完 成引燃的任務。習知之熾熱絲點火器構造雖較火花式點火 器簡單，無須多餘的周邊設備，但該點火器完成引燃任務 後即暴露於高溫或高壓的操作環境中，易被燒柳、斷裂為 第7頁 本紙張尺度適财關家縣(CNS )八4祕（210x1^7公慶） ----^--1·----^------、訂------^ (_請先閲讀背面之注意事項再(.'·.·本I) f+ 五、發明説明（） A7 B7 經濟部中央標準局貝工消費合作社印裝 其缺點。 本發明之常閉式電磁控制燃熱絲點火器，其構造請參 閲圖三A，其主要包括螺帽11,頂針10,導磁螺栓231, 電磁線圈20,金屬捲筒131,金屬外殼22,白金絲17,金 屬凸緣安裝座40。其中： 螺帽11 :位於頂針10上方，可旋轉此螺帽11而上下調 整頂針10受磁力吸引之移動程度，藉以控制白金絲17之點 火位置。 頂針10 :下方和金靥捲筒131相接，電流流經頂針10 ，金屬捲茼131,而至金屬捲筒131末端的白金絲17,導電 金屬片15，最後由金屬凸緣安装座40流出。 導磁螺栓231 :，其中導磁螺检231内部中空，内側上 方連接絶綠套121和頂針10隔離，下方有一M6螺紋以便固 定於金屬凸緣安裝座40。 電磁線圏20 :上方有絶緣墊圈211和金靥外殼22隔離 ，下方有絶緣Μ圈211和金屬墊圈30隔離，電磁線圏通電 後將使導磁螺栓231産生磁性以吸引頂針10。 金屬捲筒131 :彈餐141置於其上，上方有絶緣套122 和頂針10隔離，下方有絶綠套123和金屬凸緣安裝座40及 金屬捲筒131隔離，在電磁線圈20斷電後可藉由金屬凸綠 安裝座40給予彈餐141之反作用力而回復原來狀態。 金屬外殼22 :内部包覆電磁線圈20,以上方之螺帽24 及上下方之金屬愁圏25將其固定於金颶凸線安裝座40上。 白金綠17 :其為一螺旋狀，一端接於金屬捲筒131末 端，另一端接於導電金靥片15間，而上方之導電金屬片以A7 B7 3ϋ6972 V. Description of the invention () [Fields related to the invention] η 'First read-% Back to the notes-Matters and then I page This invention is related to a kind of gas turbines, reciprocating pistons, Lei and gas. Ignition system, especially refers to a kind of electromagnetically controlled platinum heater that can control the position of the heating wire by the magnetic field generated by the magnetic coil and the restoring force of the spring to increase the ignition success rate and increase the service life. [Description of the prior art] There are many ignition systems on the market. The more common ignition systems are spark igniters and hot wire igniters. Among them, spark igniters are widely used in gas turbine engines, internal combustion engine engines, etc. The silk igniter has not been widely adopted. The conventional spark igniter generally adopts the structure of FIG. 1, and pseudo-uses a fire: the Γ £ generator generates high voltage so that the middle electrode and the outer electrode of the spark igniter generate a pulsed spark source. The conventional spark igniter uses the high electrical history generated by the peripheral equipment as the spark source, and has the following disadvantages: 1. In addition to the high ignition energy scene, the instantaneous high electricity should also easily cause the sensor and instrument to fail, even And forging. 'Line 2. The spark generator produces a pulsed spark source, which is intermittent and fails to ignite continuously, making ignition difficult; and the high-voltage carbon deposition between the electrodes makes the ignition more difficult. Printed by Beigong Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs 3-Sparks are generated between the electrode gaps of the electrode, which limits the ignition area to the gap between the electrodes, and the ignition range is small and it is not easy to achieve the task of ignition. The conventional heat removal wire igniter generally adopts the structure of FIG. 2. The system uses electric current to pass through the heating wire to generate burning heat due to the resistance to complete the task of ignition. The conventional glow wire igniter structure is simpler than the spark igniter, but it has the following disadvantages: Page 3 83. 3. 10,000 This paper size is applicable to the Chinese National Standard Falcon (CNS) A4 specification (210X29 * 7mm) Economy 3G6S72 A7 __B7_ printed by the Ministry of Industry and Consumers Cooperative of the Central Bureau of Standardization 5. Description of the invention () 1. Poor electrode contact or poor electrode greening. 2. The igniter is exposed to high temperature or high pressure after completing the ignition task In the operating environment, it is easy to be burned and broken. 3. In order to effectively complete the ignition task and prevent the igniter from being affected by high temperature and burn, you need to have a very high ignition energy and not too deep into the combustion area. 4. The igniter itself is an obstacle, which will cause interference of the combustion flow field, forming a partial barrier effect, resulting in uneven distribution of the flow field around the igniter. [General description of the invention] In view of the conventional ignition system, there are still The shortcomings that cannot be completely improved, the inventors are actively carrying out research and improvement, and after a long period of research, the present invention finally came into being. The present invention is a kind of electromagnetically controlled platinum heating wire igniter, structure Refer to Figure 3A, which includes nut, thimble, electromagnetic coil, magnetic bolt, spring, metal reel and platinum wire. When the electromagnetic coil is energized, a magnetic field is formed inside the magnetic screw to check the thimble Inhale, push the gold reel underneath, and push the white gold wire at the end of the metal coil into the gas as shown in Figure 3A; at the same time, the white gold wire can ignite the gas due to the heat generated by the conduction current to complete the ignition After ignition, the power supply of the electromagnetic coil and the platinum wire will be cut off immediately. At this time, the magnetic field of the coil disappears, and the restoring force of the spring will push the metal reel up to drive the platinum wire, and place the platinum wire in the isolated room as shown in Figure 3. B, because when the igniter ignites the gas, it completes its task, and the igniter is in a state of no work at this time, so after ignition, we can make the platinum wire retreat into the cover. The depth of the ignition position can be adjusted by adjusting The position of the nut is limited by the extension length of the thimble. The above structure is normally closed (Normally Closed) electromagnetic control ~ Page 4 * ~ This paper standard is applicable to China National Standards (CNS) A4 specification (210X297 } 83. 3.10,000 ^ ^^ ------ t ------ # _, (please read the notes on the back first and then page 4) (Ministry of Economic Affairs Central Bureau of Quarantine Unemployment Consumer Cooperative Printed A7 B7__ 5. Description of the invention () Hot wire igniter, which is called normally closed type because the platinum network is located in the isolated room when the electromagnetic coil is not excited (powered on). Except for the normally closed electromagnetically controlled glow wire igniter The present invention still has a normally open type. Similarly, it is called a normally open electromagnetically controlled heating wire igniter because the platinum wire is located in the gas when the electromagnetic coil is not excited (powered on). Refer to Figure 4A and Figure 4B, the operating principle is the same as the normally closed heating wire firearm, the difference is that the position of the platinum wire is opposite before and after the coil excitation. [Objective of the invention] The main object of the present invention is to provide an electromagnetically controlled platinum heating wire igniter, which pseudo-utilizes current through the platinum wire and causes the platinum to be rectified due to the resistance effect, and the wire generates heat to ignite the fuel gas. It can penetrate deep into the combustion zone, so it is easy to complete the ignition task. The secondary objective of the present invention is to provide an electromagnetically controlled platinum heating wire igniter, which uses the magnetic field generated by the electromagnetic coil, the restoring force of the spring and the nut to adjust the position of the platinum wire, so the ignition position can be adjusted according to the needs Depth to achieve the best ignition conditions and improve the ignition success rate. Still another object of the present invention is to provide an electromagnetically controlled platinum heating wire igniter, which pseudo uses the magnetic field generated by the electromagnetic coil and the resilience of the spring to adjust the position of the platinum wire. After completing the ignition task, the platinum wire can Retreat into the outer cover. Improve the shortcomings of the traditional heating wire often exposed to high temperature or even high temperature, so it can penetrate into the combustion zone without high energy Dong ignition, high reliability, can extend the life of the igniter and will not cause combustion flow field Disturbance, in addition, the igniter can be retracted to strike the cover, which can ensure the smoothness and uniformity of the cooling air. Another object of the present invention is to provide an electromagnetically controlled platinum-fired green igniter, ^ only simple operation principle, sturdy and durable structure, low cost and practical ~ Page 5 · ~ (please read the notes on the back before 4. ? This page) • Packed. The paper size of the binding book is printed using the Chinese National Standard (CNS) A4 (210X297mm) 83. 3.10,000 Printed by the Ministry of Economic Affairs Central Standards Bureau Zhengong Consumer Cooperative 306 ^ 72 A7 B7 Five 2. Description of invention () It is extremely useful, and only needs a power supply during operation, no additional equipment is required, and the advantages of conventional spark igniters and glow wire igniters are taken into consideration to improve its shortcomings. It can be applied to the ignition system of gas turbine engines, and this technology can also be transplanted to the reciprocating plunger engine ignition system of the automobile industry and the gas ignition system of the people's livelihood industry. In order to enable your review committee to further understand the features and technical content of the present invention, please refer to the following drawings and detailed description of the present invention. However, the attached drawings are only for reference and explanation, not for the purpose of this invention. Monthly lip admits restriction. [Illustration] Figure 1 Cross-sectional view of a conventional spark igniter. Figure 2 The cross-section of a conventional hot residual igniter. Fig. 3A The normally closed electromagnetically controlled platinum wall hot wire igniter of the present invention has a front cross section of excitation. Η Fig. 3B The normally closed electromagnetically controlled platinum candle hot wire of the present invention ignites: the device foot J is magnetically sectional. Figure 4A The normally open electromagnetic control island gold domain hot wire igniter of the present invention foot J magnetic front profile circle Θ Guosi B The normally open electromagnetic control platinum gold hot wire igniter of the present invention after the excitation profile circle U [circle The meaning of each label in the figure] 10 ... thimble 22 ... gold expanded shell 1] ... nut 231 ... magnetic conductive bolt 12 1 ..inserting sleeve 232 ... magnetic conductive bolt 122 .insulation Set of 24… Nut 6th Shaw: The standard of this paper is applicable to the «National Standard Rate (CNS) A4 specification (210X297mm) 83. 3. 10,000 (please read the precautions on the back and fill in this page). The line of the Ministry of Economic Affairs, Central Central Bureau of Industry and Commerce, consumer cooperation, du printed five, invention description () 123. Insulation sleeve 124. Insulation sleeve 125. 'Insulation sleeve 131 .. Metal reel 132 .. Metal reel 141. Spring 142. Elasticity 15 ... Conductive gold Η 16 ... Conductive metal Η 17 ... Platinum wire 20 .. Solenoid coil 211 .. Green pad 212 .. Green washer A7 B7 25 .. Gold sorrow ring 30 .. Metal washer 40 .. Metal convex mounting 41 .. Metal flange mounting 42 .. Metal flange mounting 50 .. Semiconductor 51 .. Semiconductor 60 .. Erre, wire 70 .. electrode 71... Intermediate electrode 72 .. External electrode 30 .. Green body 90 .. Through hole [Embodiment] Please refer to FIG. 1, which is a conventional spark-igniter junction_. The middle electrode 71 is isolated from the external electrode 72 by the chloroplast 80 and the semiconductor 50, and then the spark generator emits the high calendar, and the pulse spark source is generated between the two electrodes. In addition to the high energy ignition, the igniter with such a structure Intermittent pulsed ignition is not easy to achieve the ignition task and its shortcomings. Please refer to Figure 2. For the conventional glow wire igniter structure, the gold green convex green mounting base 42 has an electrode 70 inside, which is isolated from the semiconductor 51 and the external conductive metal, and uses current to pass through the heating wire to produce 琑 ^ Heat to complete the task of ignition. Although the structure of the conventional glow wire igniter is simpler than that of the spark igniter and does not require extra peripheral equipment, the igniter is exposed to a high-temperature or high-pressure operating environment after completing the ignition task, which is easy to burn and break to the seventh. The size of the page paper is suitable for the 8th secret of Guanjia County (CNS) (210x1 ^ 7 Gongqing) ---- ^-1 · ---- ^ ------, order ------ ^ (_Please read the precautions on the back first (. '·. · This I) f + V. Description of the invention) A7 B7 The Beigong Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs printed its shortcomings. The normally closed electromagnetic control of the present invention The structure of the glow wire igniter, please refer to Figure 3A, which mainly includes a nut 11, a thimble 10, a magnetic conductive bolt 231, an electromagnetic coil 20, a metal reel 131, a metal shell 22, a platinum wire 17, a metal flange Mounting seat 40. Among them: Nut 11: Located above the thimble 10, the nut 11 can be rotated to adjust the degree of movement of the thimble 10 attracted by the magnetic force, so as to control the ignition position of the platinum wire 17. Thimble 10: lower and gold roll The barrel 131 is connected, the current flows through the thimble 10, the metal coil 131, and the platinum wire 17 at the end of the metal coil 131, the conductive metal sheet 15, and finally The metal flange mounting seat 40 flows out. The magnetic permeable bolt 231 :, wherein the magnetic permeable screw check 231 is hollow inside, and the upper inner side is connected with the green sleeve 121 to isolate the thimble 10, and there is an M6 thread below to fix it to the metal flange mounting seat 40. Electromagnetic Coil 20: Insulation washer 211 is isolated from the metal shell 22 at the top, and insulation M ring 211 is isolated from the metal washer 30 at the bottom. After the electromagnetic coil is energized, the magnetic permeable bolt 231 will be magnetized to attract the thimble 10. Metal reel 131 : Meal 141 is placed on it, insulated sleeve 122 is separated from thimble 10 above, insulated green sleeve 123 is separated from metal flange mount 40 and metal drum 131, after the electromagnetic coil 20 is powered off, it can be separated by metal The convex green mounting base 40 gives the reaction force of the bullet meal 141 to return to its original state. The metal shell 22: the electromagnetic coil 20 is covered inside, and it is fixed to the golden hurdle line with the upper nut 24 and the upper and lower metal worries 25 On the mounting base 40. Platinum green 17: It is a spiral shape, one end is connected to the end of the metal reel 131, the other end is connected between the conductive gold tabs 15, and the upper conductive metal sheet is
ArJiv 〇 sasr 第8貝 本紙張尺度適用中國國家標準（CNS ) AWl格（210X297公釐） 請 先 閱 讀. 背 之 注* 項 再 Λ '本 頁 装 訂 線 經濟部中央诛準局員工消費合作社印製 A7 B7五、發明説明（） 絶緣套123和金颶凸緣安裝座40隔離。 金颶凸緣安裝座40 :其上有M8螺紋可固定於其他設備 上。電流由頂針10流入，經金屬捲筒132而至金羼捲筒末 端的白金熾熱絲17使其産生燃熱，再流經導電金屬Μ 15, 最後由金屬凸緣安裝座40流出。 本發明之另一型式常開式電磁控制熾熱綠點火器，其 構造請參閲圖四A，其主要包括：導磁螺栓232,電磁線 圏20,金颶捲筒132，金屬片16，金屬夕卜殼22，白金絲17 ，金屬凸；^象安裝座40。其中： 壤磁螺检232:内部中空，下方有一M6螺紋以便固定 於金藤凸緣安裝座4〇。 電磁線圈20 :上方有絶緣熱圏211和金屬外殼22隔離 ，下方有絶緣熱圈211和金屬墊圏30隔離，電磁線圈20通 電後將使導磁螺栓232産生磁性以吸引金屬播筒132。 金腸捲筒132 :内部中空，彈篑142置於其中，上方有 絶線套212和導磁螺栓232隔離，在電磁線圏20斷電後可_ 由導磁螺栓232給予彈簧142之反作用力而回復原來伸出狀 態。 導電金屬片16 :以絶線套125和金颶凸緣安裝座40隔 離，可藉由一電線穿越貫穿孔90和外部電源連接。 金屬外殼22 :内部包覆電磁線圈20，以上方之螺帽24 及上下方之金屬熱圏25將其固定於金屬凸緣安裝座40上。 白金燃熱絲17 :其為一螺旋狀，一端接於金颶捲筒13 2末端，另一端接於導霜金屬Η 15間，而上方之導電金靥 Η以絶緣套124和金廳凸緣安裝座40隔離。 〜萌9 Ef〜 本紙张讀朗巾S财料（CNS ) Λ4祕（2U>X2t)7公# ) (請先閱讀背面之注意事項具c,¾本頁 -裝. ,ιτ 線 306972 A7 B7 五、發明説明丨) 金屬凸緣安裝座40 :其上有M8螺紋用以固定於其他設 備上，其上有一貫穿孔，外部電線可經由此孔和導電金屬 Η 16連接。 當電磁線圈20尚未通電時，金屬捲筒132和導電金靥 片16接觸，電流流經金颶捲筒132，而至金屬捲筒末端的 白金絲17使其産生熾熱以引燃燃氣，再流經導電金屬片15 ，最後由金屬凸綠安裝座40流出；而當電磁線圈通電時， 導磁螺栓吸引金屬捲筒132,而使金屬捲筒和導電金屬Η1 6分開，此時白金絲無電流流過。 綜上所述，本發明電磁控制白金熾熱絲點火器有如下 優點： 1. 點火器之點火位置可調，故可依需求調整點火位置深度 以達到最佳的點火狀況，故能提高點火成功率。另外， 可調式點火位置可適用於任何點火器，故能節省點火器 的研發時間。 2. 構造堅固簡單，僅需一電源供應器即可，無須多餘的週 邊設備，易於加工。 3. 整圏白金絲産生熾熱時，皆能引燃油氣，點火區域寬廣 ，易達成引燃任務。 4. 點火器於引燃燃氣後，即完成其任務；此時，點火器處 於不作功的狀態。所以，點燃後，吾人即可利用電磁/ 彈策的恢復力使白金絲退至外罩，避開傳統式熾熱絲常 暴露於高溫甚或高壓之缺點，可靠性高，故可延長點火 器的使用壽命；且因無暴露於高溫高壓之缺點而可使 其深入燃燒區，故毋須高能董點火。 〜第10頁〜 本紙張尺度適用中國國家標準（CNS ) Α4現格（210Χ297公釐） ----·,---^----装------?τ------^ (請先閲讀背面之注意事項再Λ今頁) ( 經濟部中央標準局負工消费合作社印装 A7 ____B7_ 五、發明説明（） 5.不會造成燃燒流場之干擬.亦可保冷卻空氣之流暢與均 勻度，可調一舉數得。 上述之具體實施例是用來詳細說明本發明之目的、特 激及功效，對於熟悉此類技藉之人仕而言，根據上述說明 ，可能對該具體實施例作部份變更及修改，而並不脱離出 本發明之精神範畴，所以，本發明之專利範圍僅是由附錄 申請專利範圍來加以說明。 經濟部中央標準局貝工消费合作社印製 〜m 11 .¾ -、- 本紙张尺度適用中阐阁家橾準（CNS > A4规格（210X 297公缝）ArJiv 〇sasr 8th Beiben paper size is applicable to Chinese National Standard (CNS) AWl grid (210X297mm) Please read it first. Back note * Item then Λ 'This page is binding line Printed by the Ministry of Economy Central Bureau of Employee Consumer Cooperative System A7 B7 5. Description of the invention () The insulating sleeve 123 is isolated from the gold hurricane flange mounting base 40. Gold hurricane flange mounting base 40: it has M8 thread to be fixed on other equipment. The electric current flows in from the thimble 10, passes through the metal reel 132 to the platinum glow wire 17 at the end of the gold reel to generate burning heat, then flows through the conductive metal M 15, and finally flows out from the metal flange mount 40. Another type of normally open electromagnetically controlled hot green igniter of the present invention, the structure of which is shown in FIG. 4A, which mainly includes: magnetically conductive bolt 232, electromagnetic coil 20, gold hurricane reel 132, metal sheet 16, metal Xi Bu shell 22, white gold wire 17, metal convex; ^ elephant mount 40. Among them: Soil magnetic screw inspection 232: the inside is hollow, and there is an M6 thread below to fix it to the Jinteng flange mounting base 40. Solenoid coil 20: the insulated thermal coil 211 is isolated from the metal shell 22 at the top, and the insulated thermal coil 211 is isolated from the metal pad 30 at the bottom. After the electromagnetic coil 20 is energized, the magnetic permeable bolt 232 will be magnetized to attract the metal broadcast tube 132. Golden bowel reel 132: The inside is hollow, and the ball spring 142 is placed in it. There is an insulation sleeve 212 above and the magnetic bolt 232 to isolate. After the electromagnetic coil 20 is powered off, the magnetic bolt 232 can give the reaction force of the spring 142 And return to the original extended state. Conductive metal sheet 16: separated by the insulation sleeve 125 and the gold hurricane flange mounting seat 40, and can be connected to the external power supply through a through hole 90 through a wire. Metal shell 22: The electromagnetic coil 20 is covered inside, and it is fixed on the metal flange mounting base 40 with the upper nut 24 and the upper and lower metal coils 25. Platinum heating wire 17: It is a spiral shape, one end is connected to the end of the golden hurricane reel 132, the other end is connected between the frost-conducting metal Η 15, and the upper conductive gold hydride is insulated with the sleeve 124 and the gold hall flange The mount 40 is isolated. ~ Meng 9 Ef ~ This paper reads the Longjin S Cai material (CNS) Λ4 秘 （2U> X2t) 7 公 #) (please read the precautions on the back c, ¾ this page-installed., Ιτ line 306972 A7 B7 V. Description of the Invention 丨) Metal flange mounting base 40: It has M8 thread for fixing on other equipment, and there is a through hole on which external electric wire can be connected to the conductive metal H16. When the electromagnetic coil 20 has not been energized, the metal reel 132 contacts the conductive gold lug sheet 16, and the current flows through the gold hurricane reel 132, and the platinum wire 17 at the end of the metal reel causes it to generate heat to ignite the gas. It flows through the conductive metal sheet 15 and finally flows out of the metal convex green mounting seat 40; when the electromagnetic coil is energized, the magnetic permeable bolt attracts the metal reel 132, which separates the metal reel and the conductive metal H16, and the platinum wire has no Current flows. In summary, the electromagnetically controlled platinum glow wire igniter of the present invention has the following advantages: 1. The ignition position of the igniter is adjustable, so the depth of the ignition position can be adjusted according to requirements to achieve the best ignition status, so the ignition success rate can be improved . In addition, the adjustable ignition position can be applied to any igniter, so the development time of the igniter can be saved. 2. The structure is sturdy and simple, only one power supply is needed, no extra peripheral equipment is needed, and it is easy to process. 3. When the whole platinum wire is hot, it can ignite fuel gas, and the ignition area is wide, which is easy to achieve the ignition task. 4. After the igniter ignites the gas, it completes its task; at this time, the igniter is in a state of no work. Therefore, after being ignited, we can use the electromagnetic / elastic resilience to retreat the platinum wire to the outer cover, avoiding the shortcomings of the traditional hot wire often exposed to high temperature or even high pressure, high reliability, so it can extend the life of the igniter ; And because there is no shortcomings of exposure to high temperature and high pressure, it can be deep into the combustion zone, so no high energy Dong ignition. ~ Page 10 ~ This paper scale is applicable to the Chinese National Standard (CNS) Α4 present grid (210Χ297mm) ---- ·, --- ^ ---- installed ------? Τ ---- -^ (Please read the precautions on the back and then this page) (A7 ____B7_ printed by the Consumer Labor Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs V. Invention description () 5. Will not cause any interference with the combustion flow field. The smoothness and uniformity of the cooling air can be adjusted in one fell swoop. The above specific embodiments are used to explain the purpose, excitement and efficacy of the present invention in detail. For those who are familiar with such techniques, according to the above description It is possible to make some changes and modifications to this specific embodiment without departing from the spirit of the present invention, so the patent scope of the present invention is only explained by the appended patent application scope. The Central Standards Bureau of the Ministry of Economic Affairs Printed by Beigong Consumer Cooperative ~ m 11 .¾-,-This paper scale is applicable to Zhongjiege Family Standard (CNS > A4 specification (210X 297 male seam)