M354648 五、新型說明： 【新型所屬之技術領域】 本創作係有關於—種 4 -fl - Λ - w ^ 欢知态；更詳而言之，特別 你？曰 種设置在燃氧愦曰1 ^ m mwv u ^ ' ，、之點火裝置處，用以檢測燃 乳爐具點火動作的點火檢知器。 【先前技術】 按’因應國家標準檢铪 且# h 士 檢驗規疋，目前大部分的燃氣爐 ，、都裝s又有熱電耦盘電 、電磁閥等安全裝置，當使用者欲使 用燃氣爐具時，需夯 ' ^關疑紐轉至特定角度並作按壓 ，用以開啟電磁閥之閥n 岡n並保持開啟狀，使瓦斯通道流 通’再透過點火裝置引揪摅 “、、爐頭瓦斯，同時使設置於爐頭 處的熱電耦受埶；；5 … 至“，、電耦預熱完成，會產生一電氣 "ί口就輸至電磁閥，伟蕾^^日日，， *、 ^使電磁閥的閥片因磁吸作用而不致復 歸並遮.蔽瓦斯通道，你 ^彳足而維持瓦斯通道持續暢通開啟， ，到燃氣爐具之點火燃燒的功能。 、准上述點火過程中’使用者通常需要按壓開關旋紐 ''隹持超過一特定時間以上，方得順利使用，概因熱電 尚未充刀觉熱時，若未能持續按壓瓦斯爐具之開關 旋紐’電磁閥的閥Η會立即關閉，進而遮蔽瓦斯通道， 爐頊處的燃火亦因無瓦斯供應而熄滅，據此原因，使用 者义須以旋動或按Μ方式開啟瓦斯開關後，持續保持按 壓狀態一段時問，J4 士 a + + 寻門精由人力方式使電磁閥閥片得保持在 離開瓦斯管路通；管夕#能 ^ 峪通暹之狀態，直至熱電耦預熱完成，故習 知之燃氣爐具在使用上明顯費時又費力，殊為不便。 3 M354648 【新型内容】 本案創作人從事相關領域產品之研究發展多年 有鑑於前述之燃氣爐具在使用上，仍然欠缺便利性 存有安全性之疑慮，本案創.作人遂本著多年從事相 領域之研發經驗，針對前述之缺失深入探討，並依 述之需求積極尋求解決之道，在經過長期努力之研 與測試之後，終於完成本創作。 即，本創作之主要目的，係在提供一種能夠確 檢知燃氣爐具點火動作的點火檢知器。 依據上述之目的，本創作提供一種燃氣爐具之點 檢知器，所述之點火裝置主要包含一素子壓電產生 與一經由高壓導線而與素子壓電產生器電氣相接的 火礙子；其特徵在於：所述之點火檢知器係設置於 接素子壓電產生器與點火礙子之間的高壓導線，該 火檢知器並延接有一訊號輸出端。 前述之點火檢知器主要係利用一可為導磁材質 非導磁材質所製成的環狀體作為主體，並於該環狀體 繞設有絕緣金屬線體，再據以延接出所述之訊號輸 端；該點火檢知器亦可利用一導磁金屬管體、或將 磁金屬管體包覆一鐵粉芯管體形成點火檢知器的主 ，再於該導磁金屬管體上延接一所述之訊號輸出端 使與電子控制器電氣相接。 本創作所提供的燃氣爐具之點火檢知器，其係透 電磁感應方式，檢測素子壓電產生器作動時產生流 及 關 前 究 實 火 器 點 連 點 或 上 出 導 體 過 經 4 M354648 高壓導線之高壓電荷， ,^ . 並對應產生一電子訊號，再經 由机號輸出端傳遽至执署^^ 、” μ — 又置於燃氣爐具内部之電子控制 态以進仃s又疋動作之操控。 本創作可將點火拾Α 檢头m、-Ό a其他電子控制器，從而 形成一燃氣爐具安令肚 边置，利用點火檢知器檢測燃氣 爐具的點火起始動作， @ 乍再視爐具開啟或爐頭燃燒之情形 ，輔助驅使電磁關雏杜„ ^m i Ώ &屯阀維持吸附或切斷吸附之作動以持續開 啟或關閉瓦斯管路通道，你而硇保祛田I y“ ' 他返，從而碩保使用者刼作燃氣爐具 之安全性’並能増進使用燃氣爐具之便利性。 為期使對於本創作之目的、功效以及構造特徵能有 更詳細明確的暸解，茲舉出如下述之較佳實施例並配合 圖式說明如後。 【實施方式】 首先，請同時參閱第一圖與第二圖，其中，第一 圖係為本創作燃氣爐具之點火裝置的立體示意圖，第 二圖係由另一視角以觀之點火裝置的立體示意圖。 本創作所述的燃氣爐具之點火檢知器2，其係設置 於燃氣爐具内部之點火裝置1處，用以檢測燃氣爐具點 火之情形，其中，所述之點火裝置1大致係同於習知技 術者，由圖可知’該點火裝置1主要包含一素子壓電產 生器11，以及一經由高壓導線12而與素子壓電產生器 Η電氣相接的點火礙子13，鄰於點火礙子13處並設置 有一用以提供爐頭4母火之瓦斯喷嘴14。M354648 V. New description: [New technical field] This creation is about 4 -fl - Λ - w ^ 知知; More specifically, especially you? The ignition detector for detecting the ignition action of the burning stove is set at the ignition device of the combustion gas 愦曰 1 ^ m mwv u ^ '. [Prior Art] According to the 'national standard inspection and #h士 inspection regulations, most of the current gas furnaces, all have s and there are thermocouples, solenoid valves and other safety devices, when the user wants to use the burning When the gas stove is in use, it is necessary to turn to a specific angle and press it to open the valve of the solenoid valve and keep it open, so that the gas passage is circulated and then transmitted through the ignition device. Gas at the burner, at the same time, the thermocouple placed at the burner is subjected to 埶;; 5 ... to ",, the electric coupling preheating is completed, an electrical " 口 mouth is transmitted to the solenoid valve, Weilei ^^ day ,, *, ^ so that the valve of the solenoid valve will not return to the gas channel due to the magnetic attraction and cover the gas channel, you can keep the gas channel continuously open, and the function of ignition and combustion of the gas stove. In the above ignition process, the user usually needs to press the switch knob to hold for more than a certain period of time, so that it can be used smoothly. If the thermoelectric power is not fully charged, if the switch fails to continuously press the gas stove, The valve of the knob 'electromagnetic valve will be closed immediately, thus obstructing the gas passage. The fire at the furnace is also extinguished due to the lack of gas supply. For this reason, the user must turn on the gas switch after turning or pressing. Continue to keep pressing for a period of time, J4 Shi a + + door-finding by human means to keep the solenoid valve plate away from the gas pipeline; Guan Xi # can ^ pass through the state of Siam until the thermocouple is preheated Completed, it is obviously inconvenient and complicated to use the gas stoves in the use. 3 M354648 [New Content] The creator of this case has been engaged in the research and development of products in related fields for many years. In view of the above-mentioned use of gas stoves, there is still a lack of safety and doubts about the convenience. The case is created by many people. In the field of research and development experience, in-depth discussion of the above-mentioned shortcomings, and actively seek solutions based on the needs of the description, after a long period of hard work research and testing, finally completed this creation. That is, the main purpose of the present invention is to provide an ignition detector capable of reliably detecting the ignition operation of a gas stove. According to the above object, the present invention provides a point detector for a gas stove, the ignition device mainly comprising a piezoelectric element and a fire barrier electrically connected to the element piezoelectric generator via a high voltage wire. The ignition detector is disposed on the high voltage wire between the piezoelectric element generator and the ignition barrier, and the fire detector is connected to a signal output end. The above-mentioned ignition detector mainly uses an annular body which can be made of a non-magnetic material of a magnetic conductive material as a main body, and an insulating metal wire body is wound around the annular body, and then the extension body is connected. The signal detector can also be used to form a main body of the ignition detector by using a magnetic metal tube body or a magnetic metal tube body coated with an iron powder core tube, and then the magnetic metal tube The signal output terminal is extended to be electrically connected to the electronic controller. The ignition detector of the gas stove provided by the present invention is electromagnetically induced to detect the flow of the elemental piezoelectric generator when it is actuated, and the point of the firearm is connected or the conductor is passed through 4 M354648. The high-voltage charge of the wire, ^. and corresponding to generate an electronic signal, and then passed through the output of the machine to the executive ^^, "μ - placed in the electronic control state inside the gas stove to enter 仃 疋The manipulation of the action. The creation can be used to ignite the inspection head m, - Ό a other electronic controller to form a gas stove, and use the ignition detector to detect the ignition start of the gas stove. Action, @ 乍 Look at the stove to open or the burner is burning, assisting to drive the electromagnetic shut-up „ ^mi Ώ & 屯 valve to maintain the adsorption or cut off the adsorption to continue to open or close the gas pipeline channel, you硇保祛田 I y“ 'He returns, so that the security users can make the safety of gas stoves' and can enter the convenience of using gas stoves. In order to make the purpose, efficacy and structural characteristics of this creation Can be more detailed and clear The following is a description of the preferred embodiment and the following description of the drawings. [Embodiment] First, please refer to the first figure and the second figure at the same time, wherein the first picture is the creation gas stove A schematic view of the ignition device, the second diagram is a perspective view of the ignition device viewed from another perspective. The ignition detector 2 of the gas stove described in the present invention is disposed inside the gas stove. The ignition device 1 is configured to detect the ignition of the gas stove, wherein the ignition device 1 is substantially the same as those of the prior art, and it can be seen from the figure that the ignition device 1 mainly includes a prime piezoelectric generator 11 And an ignition barrier 13 electrically connected to the element piezoelectric generator via the high voltage wire 12, adjacent to the ignition barrier 13 and provided with a gas nozzle 14 for providing the burner 4 of the burner.
M354648 續請參閱第二圖，同時搭配參 所示；第三圖係為本創作點火檢知； 前述之點火檢知器2之本體為一 體2 1上繞設有絕緣金屬線體22，再 體21與絕緣金屬線體22包覆，該絕 端並延接出·一知點A與一端點b，甘 點火裝置1或燃氣爐具的金屬構造 的接地端A ’端點B則係為點火檢知 ，可與燃氣爐具内部設置之電子控 圖）電氣相接，以適時驅動電子控制 本創作之主要特徵在於，前述 設於連接素子壓電產生器u與點火 12之適當處，使高壓導線12穿置於 當素子壓電產生器U作動時，會羞 )，並經由高壓導線1 2傳輸至點少 產生之火花點燃瓦斯噴嘴丨4輸出之 之瓦斯燃燒；與此同時，該點火檢 應方式檢測到流經高壓導線丨2之清 產生電子訊號，再經由訊號輸出 氣爐具内部之電子控制器3，適時i 能性之作動。 月依序參閱第四圖與第五圖立 第圖係為本創作燃氣爐具之黑 圖第四圖係為本創作點火檢知5 考第一圖與第二圖 I之透視示意圖。 •環狀體2 1，於環狀 以一殼體2 3將環狀 .緣金屬線體22之兩 中，端點A係連接至 ，作為點火檢知器2 器2之訊號輸出端B 制器3 (請參閱第九 器3作動。 之點火檢知器2係套 .礙子1 3的高壓導線 點火檢知器2中心； .生高壓電荷（電流 .礙子1 3，利用電荷 瓦斯，以引燃爐頭4 知器2即利用電磁感 丨電壓電荷，並對應 端B傳遞至設置於燃 換燃氣爐具進行功 L配合第一圖’其中 b火裝置的立體示意 !之第一實施態樣的 6M354648 Continuation Please refer to the second figure, together with the reference; the third picture is the ignition detection of the creation; the body of the ignition detector 2 is integrated with the insulated metal wire 22, and the body is further 21 is covered with an insulated metal wire body 22, which is connected to a point A and an end point b, and the grounding end A 'end point B of the metal structure of the ignition device 1 or the gas stove is The ignition detection can be electrically connected with the electronic control diagram set inside the gas stove to drive the electronic control in a timely manner. The main feature of the creation is that the foregoing is disposed at the appropriate position of the connection element piezoelectric generator u and the ignition 12, Passing the high-voltage wire 12 when the element piezoelectric generator U is actuated, it is shy), and transmits it to the gas combustion of the gas output of the gas nozzle 丨4 through the high-voltage wire 12 to the point where the spark is generated; at the same time, The ignition detection mode detects that the electronic signal flowing through the high-voltage wire 丨2 generates an electronic signal, and then outputs the electronic controller 3 inside the gas stove through the signal, and the i-activity is activated at the right time. See the fourth and fifth figures in order. The figure is the black figure of the gas stove. The fourth picture of the creation of the ignition test is the perspective view of the first and second pictures of the test. • The annular body 2 1 is connected to the end of the ring-shaped metal wire body 22 in a ring shape by a casing 2 3 , and the end point A is connected to the signal output terminal B of the ignition detector 2 3 (see ninth device 3 actuation. Ignition detector 2 series. Insulator 1 3 high voltage wire ignition detector 2 center; . High voltage charge (current. Insulator 1 3, using charge gas, In order to ignite the burner 4, the sensible device 2 uses the electromagnetic sensation voltage charge, and the corresponding end B is transmitted to the gas-discharged gas stove to perform the work L with the first figure 'the three-dimensional indication of the b fire device! Implementation of the 6
該點火檢知 M354648 立體示思圖’第五圖係為本創作點火檢知器之 施態樣的立體示意圖。 如圖所示，本創作係利用一外部繞設有絕 線體2 2的環狀體21套設於高壓導線丨2之外部， 環狀體21中心之高壓導線12通過—電流時，該 起之磁場會使絕緣金屬線體22上感應出一感應 ，據由絕緣金屬線體22之接地端A與訊號輸出并 形成一有效路徑，從而對應產生一電子訊號， 訊號輪出端B輸至電子控制器3 ;其中，該點火4 内部之環狀體21與絕緣金屬線體22纏繞方式， 同第四圖所示，將絕緣金屬線體22由中心呈放 β又於％狀體21上，亦或是如同第五圖所示，將 屬線體22沿著環狀體21外緣進行繞設，皆可達 之電磁感應效果。 '•月參閱第六圖，其係為本創作點火檢知器 實施態樣的立體示意圖。 如圖所示，在第三實施例 一鐵粉芯管體24外部包覆有-口徑略大之導磁 體25作為其主體’並於該導磁金屬管體25之端 有Κ戒輸出端β，構成一等效於電磁感測器之 其係運用愣次定律所述「因磁場感應所生之電 所士的磁場恆抵抗原來的碌場變化方向」，對 三實施例中，流經高壓導線12之電源所發出之 因經過鐵粉芯管體24 ’造成電磁場中之磁通密 第二實 緣金屬 當置於 電流引 電動勢 U之間 並經由 曼知器2 係可如 射狀繞 絕緣金 到如述 之第三 I 2係於 金屬管 緣延接 結構， 流，其 應到第 電磁場 度比因 7The ignition detection M354648 stereoscopic diagram "fifth diagram" is a three-dimensional diagram of the creation of the ignition detector. As shown in the figure, the present invention uses an annular body 21 externally wound with a wire body 2 2 to be sleeved outside the high-voltage wire 2, and when the high-voltage wire 12 at the center of the ring body 21 passes current, the present The magnetic field induces an induction on the insulated metal wire body 22, and the ground terminal A of the insulated metal wire body 22 and the signal output form an effective path, thereby correspondingly generating an electronic signal, and the signal wheel is outputted to the electronic terminal B. a controller 3; wherein the annular body 21 inside the ignition 4 is wound with the insulating metal wire 22, and as shown in the fourth figure, the insulating metal wire 22 is placed on the β-shaped body 21 from the center. Alternatively, as shown in the fifth figure, the linear body 22 is wound along the outer edge of the annular body 21, and the electromagnetic induction effect is achieved. '•Monday refers to the sixth picture, which is a three-dimensional diagram of the implementation of the creation of the ignition detector. As shown in the figure, in the third embodiment, the iron powder core body 24 is coated with a magnetism 25 having a slightly larger diameter as its main body and has a ring-shaped output end β at the end of the magnetic metal pipe body 25. Constituting an equivalent to the electromagnetic sensor, which is described in the first-order law, "the magnetic field of the electric eclipse generated by the magnetic field induction constantly resists the original field change direction", and in the third embodiment, the high voltage flows through The cause of the power supply of the wire 12 is caused by the iron powder core body 24' causing the magnetic flux in the electromagnetic field to be dense. The second solid metal is placed between the current-induced electromotive force U and can be insulated as a radiation through the magnet. Gold to the third I 2 is attached to the metal pipe edge extension structure, the flow should be to the electromagnetic field ratio ratio 7
M354648 此集中提同’再透過外部包覆之導礤金屬管體& 其所感測到高壓導線丨2之電磁訊號，轉換為一對應 子訊號，利用訊號輸出端B作一輸出。 請參閱第七圖，其係為本創作點火檢知器之第 實施態樣的立體示意圖。 α如圖所不，纟第四實施例中，該點火檢知器2亦 單獨選以一導磁金屬管體25為其主體，並於導磁金 管體25之端緣延接出一訊號輸出端B，由於該導磁金 s體25為感磁金屬材質，故能將前述流經高壓導 1 2之高壓電荷所引起之磁場，透過磁感效應，將其 換為一電子訊號，並透過訊號輸出端B輸出。 請參閱第八圖並配合前揭之第一圖所示，其中 第八圖係為點火檢知器設置鄰於高壓導線之示意圖 第一圖則係為點火檢知器套設於高壓導線之示意圖。 如第八圖所示，本創作可將點火檢知器2設置鄰 兩壓導線1 2之外部，使其能夠感測到流經高壓導線 之電流，據以產生電子訊號；惟如以第一圖所示， 點火檢知器2套設於高壓導線1 2，使高壓導線丨2穿越 火檢知器2中心，該點火檢知器2係得發揮最佳之電 感應效用。 月參閱第九圖，第九圖係為本創作結合燃氣爐 内部電子控制器之示意圖。 如圖所示，本創作可結合設置於燃氣爐具内部 電子控制器3、電磁閥31與熱電耦3 2 ’從而形成一燃 將 電 四 可 屬 屬 線 轉 於 12 將 點 磁 具 之 氣 8 M354648 爐具安全裝置，其中，該電子控制器3係結合有一可調 °又之冲時裝置或具備有等效之計時功能者，其係利用 一電池3 〇進行供電，該電子控制器3並與電磁閥3丨以及 ”’火檢知器2之afL號輸出端b電氣相接；由於熱電麵與 電磁閥裝置内部，以及形成燃氣爐具安全裝置之相關動 -作’已揭露於專利公告號數第Μ337045號專利之内容， 在此不另作詳述。 ' 搭配電子控制器3的計時輸出功能，吾人可設置一 ® 符合熱電耦預熱效果的較短預設時間。 當使用者一轉動爐具開關以啟動點火裝置丨時，點 火檢知器2會透過電磁感應方式檢測到流經高壓導線工2 之南壓電荷，並及時對應產生一電子訊號，使之觸發 電子控制器3，電子控制器3則會驅使電磁閥3丨維持開啟 狀態，使燃氣爐具之瓦斯管路通道保持暢通之狀態；及 至電子控制器3的預設時間，熱電耦32完成預熱後，電 φ 子控制器3即切換由熱電耦32維持電磁閥31呈開啟狀態 ，持續供應瓦斯至爐頭4進行燃燒；據此，本創作可便 於使用者透過一次開啟爐具開關，即能保持瓦斯管路維 •持開啟狀態而供輸瓦斯至爐頭4燃燒，無須再待於爐具 前持續按壓瓦斯開關，使用上更為便利。 此外，本創作可依據使用者預設時間，達到「定時 加熱」或是「計時保全」的功能。 使用者可先因應料理烹煮時間而設置一較長預設 時間’當點火檢知器2 一感測到點火裝置】啟動而送出 9 M354648 電子訊號觸發電子控制器3時，同時會啟動電子控制器 3内部之計時裝置或計時功能；及至電子控制器3的預 設時間時，可透過電子控制器3輸入一反向電源信號至 電磁閥31，藉以破壞電磁閥31之磁場’令電磁閥31的 磁吸效用停止，進而關閉電磁閥3丨内之瓦斯通道；據 此，即使使用者在烹煮過程未待在燃氣爐具前，亦可藉 由點火檢知器2與電子控制器3的功效，適時切斷瓦斯 供給，進而達到定時自動關閉燃氣爐具燃燒之功效， 俾確保使用者操作燃氣爐具之安全性，同時增進燃氣 爐具使用時之便利性。 枣劁作在同類領域中具有極佳之進步性及實用性 同時查遍國内外關於此類架構之技術資訊文獻，亦未彳 現有相同近似之構造存在於先，應已符合『創作性』 『合於產業利用性』、『新穎性』以及『進步性』： 利要件，爰依法之提出申請。M354648 This combination is combined with the externally coated conductive metal tube & the electromagnetic signal of the high voltage lead 丨2 sensed, converted into a corresponding sub-signal, using the signal output terminal B as an output. Please refer to the seventh figure, which is a perspective view of the first embodiment of the present ignition detector. As shown in the figure, in the fourth embodiment, the ignition detector 2 is also separately selected with a magnetic metal tube body 25 as its main body, and a signal output is extended at the edge of the magnetic conductive gold tube body 25. At the end B, since the magnetically permeable body s body 25 is made of a susceptible metal material, the magnetic field caused by the high-voltage electric charge flowing through the high-voltage guide 12 can be converted into an electronic signal by the magnetic induction effect. Signal output B output. Please refer to the eighth figure and the first figure shown in the previous figure. The eighth picture is the schematic diagram of the ignition detector set adjacent to the high voltage wire. The first picture is the schematic diagram of the ignition detector set on the high voltage wire. . As shown in the eighth figure, the present invention can set the ignition detector 2 to the outside of the adjacent two-voltage conductors 1 2 so as to be able to sense the current flowing through the high-voltage wires, thereby generating an electronic signal; As shown in the figure, the ignition detector 2 is placed on the high voltage wire 12, so that the high voltage wire 丨2 passes through the center of the fire detector 2, and the ignition detector 2 is used to exert the best electric induction effect. Referring to the ninth figure, the ninth picture is a schematic diagram of the internal electronic controller of the gas furnace. As shown in the figure, the creation can be combined with the electronic controller 3, the electromagnetic valve 31 and the thermocouple 3 2 ' in the gas stove to form a gas-burning electric four-genus line to 12 8 M354648 Stove safety device, wherein the electronic controller 3 is combined with an adjustable time rushing device or an equivalent timing function, which is powered by a battery 3 ,, the electronic controller 3 And electrically connected with the solenoid valve 3丨 and the 'afl number output terminal b of the fire detector 2; since the thermoelectric surface and the solenoid valve device, and the related mechanism for forming the gas stove safety device have been disclosed The content of Patent No. 337045 is not described in detail here. 'With the timing output function of the electronic controller 3, we can set a shorter preset time that meets the thermocouple preheating effect. When the furnace switch is turned on to start the ignition device, the ignition detector 2 detects the south-charged electric charge flowing through the high-voltage conductor 2 through electromagnetic induction, and generates an electronic signal in time to trigger the electronic control. The electronic controller 3 drives the solenoid valve 3 to maintain the open state, so that the gas pipeline channel of the gas stove is kept in a clear state; and after the preset time of the electronic controller 3, the thermocouple 32 is preheated. The electric φ sub-controller 3 switches to maintain the electromagnetic valve 31 in the open state by the thermocouple 32, and continuously supplies the gas to the burner 4 for combustion; accordingly, the creation can facilitate the user to maintain the cooker switch once, that is, to maintain The gas pipeline maintains the open state for the gas to the burner 4 to burn. It is not necessary to continue to press the gas switch in front of the stove, which is more convenient to use. In addition, the creation can be achieved according to the preset time of the user. Timed heating or "timekeeping" function. The user can set a longer preset time according to the cooking time of the cooking. When the ignition detector 2 senses the ignition device, the 9 M354648 electronic signal triggers the electronic controller 3, and the electronic control is started. The timing device or timing function inside the device 3; and the preset time to the electronic controller 3, a reverse power signal can be input to the solenoid valve 31 through the electronic controller 3, thereby destroying the magnetic field of the solenoid valve 31. The magnetic suction effect is stopped, thereby closing the gas passage in the solenoid valve 3; accordingly, even if the user does not stay in front of the gas stove during the cooking process, the ignition detector 2 and the electronic controller 3 can be used. The effect is to cut off the gas supply at the right time, so as to achieve the effect of automatically turning off the combustion of the gas stove at a time, ensuring the safety of the user operating the gas stove and improving the convenience of the gas stove. Jujube has excellent progress and practicality in the same field. At the same time, it has searched the technical information literature on such structures at home and abroad. It does not exist in the same structure. It should already conform to the "creative". Incorporating industrial utilization, "novelty" and "progressiveness": The essentials are applied in accordance with the law.
惟，以上所述者僅係本創作之較佳實施例而已， 舉凡應用本專利說明書以及申請專利範圍所為/ 效方法結構變化者，均屬可行，理應包含；: 請專利範圍内。 < M354648 '【圖式簡單說明】 第一圖係為本創作點火裝置的立體示意圖，同時係為 點火檢知器套設於高壓導線之示意圖。 第二圖係由另一視角以觀之點火裝置的立體示意圖。 第三圖係為本創作點火檢知器之透視示意圖。 - 第四圖係為本創作點火檢知器第一實施態樣之立體示 .· 意圖。 第五圖係為本創作點火檢知器第二實施態樣的立體示 ® 意圖。 第六圖係為本創作點火檢知器第三實施態樣的立體示 意圖。 第七圖係為本創作點火檢知器第四實施態樣的立體示 意圖。 第八圖係為點火檢知器設置鄰於高壓導線之示意圖。 第九圖係為本創作結合燃氣爐具内部電子控制器之示 I 意圖。 11 M354648 【主要元件符號說明】However, the above-mentioned ones are only the preferred embodiments of the present invention, and any changes in the structure of the method and the scope of the application of the patent application are applicable, and should be included; < M354648 '[Simple description of the drawing] The first figure is a three-dimensional schematic diagram of the ignition device, and is a schematic diagram of the ignition detector mounted on the high-voltage wire. The second figure is a perspective view of the ignition device from another perspective. The third picture is a perspective view of the creation of the ignition detector. - The fourth picture is a perspective view of the first embodiment of the creation of the ignition detector. The fifth figure is the perspective of the second embodiment of the creation of the ignition detector. The sixth drawing is a perspective view of the third embodiment of the creation ignition detector. The seventh figure is a perspective view of the fourth embodiment of the creation ignition detector. The eighth figure is a schematic diagram of the ignition detector being placed adjacent to the high voltage conductor. The ninth figure is the intention of this creation combined with the internal electronic controller of the gas stove. 11 M354648 [Main component symbol description]
1 點 火 裝 置 11 素 子 壓 電 產 生器 12 南 壓 導 線 13 點 火 礙 子 14 瓦 斯 喷 嘴 2 點 火 檢 知 器 21 環 狀 體 22 絕 緣 金 屬 線 體 23 殼 體 24 鐵 粉 芯 管 體 25 導 磁 金 屬 管 體 3 電 子 控 制 器 30 電 池 31 電 磁 閥 32 執 電 輛 4 爐 頭 A 接 地 端 B 訊 號 ¥m 出 端 121 Ignition device 11 Prime piezoelectric generator 12 South conductor wire 13 Ignition insulator 14 Gas nozzle 2 Ignition detector 21 Ring body 22 Insulated metal wire body 23 Housing 24 Iron powder core tube 25 Magnetic metal tube body 3 Electronic controller 30 battery 31 solenoid valve 32 power station 4 burner A ground terminal B signal ¥ m outlet 12