M353323 五、新型說明： 【新型所屬之技術領域】 本創作係關於點火器裝置，尤指一種能將點火管收納在殼 體内，且當點火管被收納在殼體内時，無法啟動點火，以能防 止孩童不慎啟動而釀成火災意外之點火器裝置。 【先前技術】 按，隨著現代人安全意識高漲，愈來愈多人在選購產品方 面，開始重視產品本身的安全性，尤其是雙薪家庭的數目增 加，亦代表孩童獨自在家的時間與機會大增，為避免孩童在玩 耍的過程中，受到傷害，大多數的人皆會以設有安全裝置之產 品為主要訴求，其中就點火器裝置來說，為了提高孩童在啟動 點火上的困難度，故市面上出現了許多具有安全開關的點火 器，請參閱第1圖所示，係為傳統之一種具安全開關之點火 器，係設有一殼體1，該殼體1之一端係設有一握持部1〇，其 另一端設有一點火管11，又，該殼體丨在該握持部1〇與該點 火管11之間，尚設有一按鍵12，且該按鍵12係與該殼體i 内所設之-卡塊12G相連接，另’雜持部1Q在鄰近該按鍵 12之一側表面上係設有一安全開關13，該安全開關13係可帶 動在該握持部10内之一阻擋塊13〇，以改變該阻推塊13〇之 原先位置，且該阻擋塊130係能抵靠在該卡塊12〇上，如此， 當使用者撥動該安全開關13，令該阻擔塊130抵靠在該卡塊 120上時，雜鍵12即無法被按壓，若者做撥動該安 全開關13，令該阻擋塊130遠離抵靠在該卡塊12〇的位置時， 3 M353323 該按鍵12即能夠再度被使用者按壓。 又’復請參閱第1圖所示’該按鍵12於該殼體1内之一 端係抵靠在-帶動塊18上，該帶動塊18係與—瓦斯槽14之 瓦斯出口閥15相連接，又，該按鍵12於該殼體丨内之另一端， 係抵罪在一壓電元件（Piez〇electric devices) 19之啟動端 190上，該壓電元件19之正負極分別設有二電線，該二電線 分別與鄰近該殼體1出火σ處之-瓦斯管17末端及該點火 管11相連接，如此，當使用者撥動該安全開關13，使該阻檔 塊130移開其原先位置’且不抵靠該卡塊120時，使用者即可 壓動該按鍵12，使該魏12之-端推職帶動塊18，令該瓦 斯出口閥15偏離原先位置’並使該瓦斯槽μ内之瓦斯能經由 該瓦斯出口閥15流入該瓦斯管Η内，同時，該按鍵a之另 一端係會推頂該壓電元件19之啟動端19〇，以使該壓電元件 19產生電流，並在該瓦斯管17末端及該點火管η間，產生 -電弧迴路’使得流至該瓦斯管17末端之麟被電弧所點 燃’以完成點火之動作。 惟，復請參閱第1圖所示，由於傳統點火器之安全開關 13僅疋罪使用者的撥動，以改變位置，並未有任何回復位置 的設計’因此’若使用者忘記將該安全開關13撥回到該按鍵 12無法被按壓之安全狀態，即該阻擋塊13〇抵靠在該卡塊12〇 上，則該點火器便會處於可隨時點火的狀態，故，該點火器極 有可能因孩童誤觸動該按鍵12而點燃瓦斯，如此，不僅容易 導致孩童受到驗傷，更會使周遭環境發生火災的危險性提 高’另，由於該卡塊12〇與該阻檔塊13〇所接觸之面積相當小， 4 M353323 因此’若朗者忘記該點火n係處於無法按壓之狀態，或孩童 不明瞭該點火料有該安全關13，甚至使时誤認該按鍵 12係被卡死或滑動不順暢，而施加一過大之按壓力量，將導 致該阻擋塊⑽或計塊12〇 _，使籠按鍵12之卡制效 果肩失’進而使該點火器喪失安全功能，再者，當使用者利用 該點火H進行點火的動作時，若火源社練置有鋪或其它 物品時’則使用者常需改變手部握持的姿勢，才能夠棚進行 點火’降低使用者在使用上的便利性’另，當使用者欲收納該 點火器時，亦會因該點火器的整體長度過長，而不易放入隨身 攜帶的包包内，徒朗加使用者在鄉献拾點火器上的麻 煩’更何況’該安全開關13係設在點火器的侧面，且能夠輕 易被撥動’因此孩童極容易發現該安全開關13，並在玩耍的 過程中，撥驗安全關13，此時，若孩童無意巾按壓該按 鍵12時，則會導致該點火器點燃瓦斯，並釀成災害。 综上所述可知，傳統的點火器雖設有安全開關，但仍有著 上述之缺失，使得該點火器難以有效防止孩童於把玩該點火器 點燃瓦斯，導致無法_之憾事發生，S此，如何提高點火 器之安全性，且能令成年使用者方便操作，則成了眾多點火器 廢商亟思解決的一大課題。 【新型内容】 有鑑於傳統點火器在使用上’有著上述之諸多缺點，導致 使用者無法方便且安心地使用該點火器，故發明人經過長久努 力研究與實驗’终概計ά本辦之-獅火錄置，以期藉 M353323 由本創作之點火器裝置，能有效解決前述問題，提高使用者摔 作點火器时全性。 本創作之-目的，係提供—種點火器裝置，係包括—殼體 及一點火管，職火管餘接在純體之—端，且能被轉動， =收:在該殼體之一側面所設之一凹槽内，另’該殼體對應於 該凹槽之另-側面設有-推_，_動鍵制以帶動該殼體 内所設之-推動塊體，該推動塊體之一端係抵靠在一廢電元件 ㈣ric devices)上，該壓電元件的正負極係藉由 電線，分職設在舰火管出σ叙—放電針及—騎管之末 端相連接’該推動塊體之另—端係與該殼_之—瓦斯槽之一 瓦斯閥相連接，又，該推動塊體尚凸設有一制動柱，該^動柱 係穿職殼體’凸伸至該凹槽内，以在該點火管被收納至該凹 槽内時’該制動柱會穿入該點火管上所設之一制動孔中，令該 推動塊體及推動鍵無法被推動’如此，當使用者將該點火管收 納在該凹槽㈣’該獅柱會受該軸孔的關而無法位移， 進而令該推動塊體及推動鍵無法被推動，故，可有效防止孩童 因玩要而無意推動該推動鍵，造成該點火器不慎被啟動敎， 進而有效避免釀成火災意外。 本創作之另一目的，係該凹槽内遠離該樞軸之另一端尚設 有一扣合元件，以在該點火管被完全收納在該凹槽内時，該扣 口元件此扣住該點火管上遠離樞接端之出口處，且該扣合元件 係與該殼體外側面所設之一扣合鍵相連接，又，該凹槽中尚設 支娜性件’該支娜性件齡產生—推抵力，在該點火 & 7G全收納在該凹槽内，且該扣合鍵被撥動時，該扣合元件會 M353323 釋放該點火管之出口處，使得該點火管受到該支擇彈性件的推 抵’而朝遠離該凹槽的方向位移’如此，當該點火管被收納在 該凹槽内時，該扣合元件即會扣住該點火管出口處，使該點火 官能穩固地被收納在該凹槽内，當該扣合鍵被撥動，並離開扣 住該點火管的位置時，該點火管即會受該支撐彈性件的推抵 力，而彈出該凹槽，提高使用者的便利性。 本創作之又一目的，係該扣合元件尚與一復位彈性件相連 接，該復位雜件齡產生—推抵力，以使該扣合元件持續朝 該凹槽内絲’目此’當該社管被_在該凹彻，且該扣 合請自動扣住該點火管出σ處時，使用者需施以較大的力 量’以抵銷該復位雜件之推抵力，才能推雜扣合鍵，並釋 放該點火管，如此’若有孩童在把玩舰火器，並發現該扣合 鍵時’亦會因施力不足’而無法推動該扣合鍵，有效提高點火 器的安全性。 ，摘狀再—目的’係烟者需先令該點火管遠離該凹槽 參後’才能推動該推動鍵，以啟動點火’故，使用者能極易判^ 雜火n是否被卡死或滑動不順暢，使得該點火器之制動柱不 易被使用者施力過大而斷裂。 本創作之又另-目的，由於該點火管係樞接在該殼體上， 因此，使用者能依本身的需求而改變該點火管與殼體的角产， ^方便在不_環境下，皆能順利完成駄_作，而不必如 傳統點火器般，需改變手的握持姿勢或方向，大幅增加使 在使用上的便利性。 為便貴審查委貞能對摘作目的、技鱗徵及其功效 M353323 做更進一步之認識與瞭解，茲舉實施例配合圖式，詳細說明如 下： 【實施方式】 本創作係一種點火器裝置，在本創作之一實施例中，請參 閲第2及3圖所示，係包括一殼體2〇，其中該殼體2〇之一端 係藉由一樞軸21而與一點火管22相樞接，以供使用者能依使 用上的需求，轉動該點火管22而改變該點火管22與該殼體 20間的角度0，如此，請參閱第4圖所示，當使用者欲點火 之火源的位置上方，存有其它物品3 (如：鍋爐）時，使用者 即能轉動該點火管22，以方便啟動社，而不必改變握持的 手勢，有效提高使用者在使用上的便利性，又，該殼體2〇之 -侧面設有-凹槽2()1 ’且該點火管22能完全被收納在該凹 槽201内，如此，當該點火管22被收納後，該點火器裝置2 ，整體長度將會大幅雜’方做用者收藏或隨身攜帶該點火 态，置2，另，該殼體2〇對應於該凹槽2〇1之另一側面設有 一可位移之推動鍵25，該推動鍵25係用以帶動該殼體2〇内 所設之一推動塊體251，該推動塊體251之一端係抵靠在一壓 =件26 (Plezoelectric devices)上，當使用者推動該推 八：5時，該推動塊體251之一端係會推頂該壓電元件26， 電元件26產生電流，又，該壓電元件況的正負極係藉 、線261，分別與設在該點火管22出口處之一放電針 ^斯管271之末端相連接，請參閱第5圖所示，其中該瓦 B 1的末端係包括一金屬線圈273，且該放電針221係朝 M353323 該金屬線圈273的方向延伸，如此，當該壓電元件邡受到推 頂並產生電流¥，精由該等電線261，即能在該放電針π!及 該瓦斯管271末端之金屬線圈273間，產生高壓電弧，再者， 復請參閱第2及3圖所示’該推動塊體251之另一端係與該殼 體20内之一瓦斯槽27之一瓦斯閥27〇相連接，當使用者推動 該推動鍵25時’該推動塊體251之另-端將啟動該瓦賴 270 ’使瓦斯槽27内之瓦斯經由該瓦斯閥27〇、流入該瓦斯管 271内，並流至該瓦斯管271末端，以被該放電針221及金屬 線圈273之間的高壓電弧點燃，如此，使用者僅需推動該推動 鍵25，即能快速啟動點火。 另，復請參閱第2及3圖所示，該推動塊體251尚凸設有 -制動柱253，該制動柱253係穿過該殼體2〇，凸伸至該凹槽 201内，當該點火管22被收納至該凹槽2〇1 _，該. 253會穿入該點火管22上所設之一制動孔22〇巾（如第6圖 所示），此時，該推動塊體251將因該制動柱253纽於該制 動孔220中’而無法產生位移，導致該推動鍵&無法被推動， 如此，當使用者將該點火管22收納在該凹槽2〇1㈣，該制 動柱253會因該制動孔220的限制而無法位移，進而令該推動 塊體251及推動鍵25無法被推動，使得該壓電元件％不會產 生電流，且該瓦斯閥270亦不會開啟而使瓦斯通過，故，可有 效防止孩童因玩耍而無意推動該推動鍵，造成該點火器不慎被 啟動點火。 但為能提高本創作之點火器裝置的安全性，復請來 及3圖戶标’該凹槽观内遠離該姉21之另一端設有一扣 M353323 合元件23 ’該扣合元件23之一端係凸伸在該凹槽2〇1内，其 另一端則穿過該殼體20而與該殼體2〇外侧面所設之一扣合鍵 231相連接，當使用者撥動該扣合鍵231時，該扣合鍵23ι係 會帶動該扣合元件23朝遠離該凹槽2〇1的方向位移，又，該 扣合元件23位在該殼體20内之另一端尚與一復位彈性件2犯 相連接，該復位彈性件233係會對該扣合元件23產生一推抿 力，以使該扣合元件23能持續朝該凹槽2〇1的方向位移，如 此，當使用者收納該點火管22時，該點火管22會先行推抵該 扣合元件23之一端’令該扣合元件23朝該復位彈性件233的 方向位移，俟該點火管22完全被收納在該凹槽2〇1内，該扣 合元件23即會受該復位彈性件233的影響，而扣住該點火管 22上遠離該樞軸21之出口處，令該點火管22能穩固地定位 在該凹槽201内，又，當使用者撥動該扣合鍵231時，該扣合 元件23係被該扣合鍵231帶動而離開扣住該點火管22的位 置，令該點火管22能再度被轉動，方便使用者進行啟動點火 的動作’惟，在本創作之其它實施例中，點火器裝置係能不設 有復位彈性件，而完全依靠使用者自行位移扣合元件的位置， 合先陳明。 又，復請參閱第2及3圖，該凹槽201中尚設有一支撐彈 性件24 ’當使用者將該點火管22收納在該凹槽2〇1内，且被 該扣合元件23扣住時，該支樓彈性件24會因該點火管22的 壓迫而形成壓縮狀態，並會對該點火管22產生一推抵力，當 使用者欲使用該點火器裝置2，並撥動該扣合鍵231時，該扣 合元件23即會釋放該點火管22之出口處，令該點火管泣不 M353323 再被該扣合元件23扣住，此時，該點火管22將失去壓迫該支 撐彈性件24的力量’而會被該支撐彈性件24推抵，並朝遠離 該凹槽201的方向位移，如此，使用者即能方便地夾住並轉動 該點火管22 ’提高制上的便雌。再者，由於該扣合元件 23尚與該復位彈性件233相連接，並受到該復位彈性件233 的推頂，因此，使用者必須施加一較大的力量予該扣合鍵231， 才月b解除該點火管22被扣住的狀態，故，儘管孩童發現該扣 合鍵231的位置’仍舊會因力量不足，而無法解除該點火管 22被扣住的狀態，進而有效避免釀成火災意外。 在此特別一提者，由於現代人對於物品的外觀設計，具有 愈來愈多的要求，因此，復請參閱第2圖所示，該殼體2〇鄰 近凹槽201之其餘兩對應側面，係為可更換之裝飾板2〇5，如 此’業者即能生產各式各樣的裝飾板2〇5 ’以能變換該點火器 裝置2，並符合使用者喜愛求新求變且與眾不同之心態，另， 請參閱第7圖所示’該點火管22鄰近樞轴21之另一侧面設有 複數個定位槽225，且該殼體20鄰近樞軸21並對應該點火管 22之位置，係設有複數個定位部207，該等定位部207能與該 等定位槽225相卡合’並限制該點火管22因晃動而發生位移， 如此，當使用者改變該殼體20及該點火管22之間的角度0 時，即能因該等定位部207及定位槽225的設計，而達到分段 轉動的效果，並避免因手部的晃動而改變該點火管22與該殼 體20之間的角度0，導致使用者需重新調整該點火管22與該 殼體20之間的角度0，有效提高使用者在使用上的便利性。 按，以上所述，僅係本創作之較佳實施例，惟，本創作所 11 M353323 主張之權利範圍，並不侷限於此，按凡熟悉該項技藝人士，依 據本創作所揭露之技術内容，可輕易思及之等效變化，均應屬 不脫離本創作之保護範疇。 【圖式簡單說明】 第1圖係傳統的點火器裝置； 第2圖係本創作之點火器裝置的整體示意圖； 第3圖係本創作之點火器剖面圖； 第4圖係本創作之使用狀態圖； 第5圖係本創作之點火管出口處之局部放大圖； 第6圖係本創作之點火器裝置收納之局部放大圖；及 第7圖係本創作之點火管及殼體分解圖。 【主要元件符號說明】 點火器裝置 …… 2 殼體 ......20 凹槽 ...... 201 裝飾板 …… 205 定位部 ...... 207 樞軸’ ...... 21 點火管 ...... 22 制動孔 ...... 220 放電針 ...... 221 定位槽 ...... 225 12 M353323 扣合元件 …… 23 扣合鍵 …… 231 復位彈性件 …… 233 支撐彈性件 …… 24 推動鍵 …… 25 推動塊體 …… 251 制動柱 ...... 253 壓電元件 …… 26 電線 ...... 261 瓦斯槽 …… 27 瓦斯閥 …… 270 瓦斯管 …… 271 金屬線圈 ...... 273 物品 ...... 3 角度 …… Θ 13M353323 V. New description: [New technical field] This creator relates to an igniter device, especially one that can house an ignition tube in a housing, and when the ignition tube is housed in the housing, ignition cannot be started. An igniter device that prevents a child from accidentally starting up and causing a fire accident. [Prior Art] According to the modern people's awareness of safety, more and more people are paying attention to the safety of the products themselves, especially the increase in the number of double-income families. It also represents the time and opportunity for children to be alone at home. In order to prevent children from being harmed during the process of playing, most people will mainly use products with safety devices, in order to improve the difficulty of starting the ignition for the igniter device. Therefore, many igniters with safety switches have appeared on the market, as shown in Fig. 1, which is a conventional igniter with a safety switch, and is provided with a casing 1 having one end of the casing 1 The other end of the holding portion 1 is provided with an ignition tube 11, and the housing is disposed between the holding portion 1 and the ignition tube 11, and a button 12 is further provided, and the button 12 is coupled to the housing. The block 12G is connected to the body 12, and the other side of the button 12 is provided with a safety switch 13 on the side surface adjacent to the button 12. The safety switch 13 can be driven in the holding portion 10. One of the blocking blocks 13〇, Changing the original position of the resisting block 13〇, and the blocking block 130 can abut against the block 12〇, so that when the user dials the safety switch 13, the resisting block 130 is abutted against the When the block 120 is on, the miscellaneous key 12 cannot be pressed. If the safety switch 13 is toggled to move the blocking block 130 away from the position of the block 12, the button M can be again User presses. In addition, as shown in FIG. 1 , the button 12 is abutted against the driving block 18 at one end of the housing 1 , and the driving block 18 is connected to the gas outlet valve 15 of the gas tank 14 . Moreover, the button 12 is disposed at the other end of the housing cymbal on the starting end 190 of a piezoelectric element 19, and the positive and negative electrodes of the piezoelectric element 19 are respectively provided with two wires. The two wires are respectively connected to the end of the gas pipe 17 adjacent to the fire σ of the casing 1 and the ignition pipe 11, so that when the user dials the safety switch 13, the block 130 is moved away from its original position. When the card block 120 is not pressed, the user can press the button 12 to push the block 12 to push the block 18 to make the gas outlet valve 15 deviate from the original position and make the gas groove The gas can flow into the gas tube through the gas outlet valve 15, and at the same time, the other end of the button a pushes the starting end 19 of the piezoelectric element 19 to cause the piezoelectric element 19 to generate electric current, and Between the end of the gas tube 17 and the ignition tube η, an arc loop is generated to flow to the end of the gas tube 17 The arc is ignited Lin 'to complete the ignition operation. However, as shown in Fig. 1, since the safety switch 13 of the conventional igniter only slanders the user's toggle to change the position, there is no design for the return position 'so' if the user forgets to safely When the switch 13 is returned to the safe state in which the button 12 cannot be pressed, that is, the blocking block 13 is abutted against the block 12, the igniter is in a state of being ready to be ignited, so the igniter is It is possible that the child ignites the gas by accidentally touching the button 12. Thus, not only is the child susceptible to injury, but the risk of fire in the surrounding environment is increased. In addition, since the block 12〇 and the block 13〇 The contact area is quite small, 4 M353323. Therefore, if the person forgets that the ignition n is in an uncontrollable state, or the child is unclear, the ignition material has the safety clearance 13, and even the time 12 is misidentified that the button 12 is stuck or Sliding is not smooth, and applying an excessive pressing force will cause the blocking block (10) or the counting block 12〇_ to cause the clamping effect of the cage button 12 to lose shoulders, thereby causing the igniter to lose safety function, and further, when used By When the ignition H is used for ignition, if the fire source company has a shop or other items, then the user often needs to change the posture of the hand to be able to ignite the shed to reduce the convenience of the user. Sexually, when the user wants to store the igniter, the overall length of the igniter is too long, and it is not easy to put in the bag that is carried by the user. Trouble 'not to mention' the safety switch 13 is located on the side of the igniter and can be easily dialed 'so that the child can easily find the safety switch 13 and dial the safety switch 13 during play, at this time, If the child does not intend to press the button 12, it will cause the igniter to ignite the gas and cause a disaster. In summary, although the conventional igniter is provided with a safety switch, there is still a lack of the above, making it difficult for the igniter to effectively prevent children from playing the igniter to ignite the gas, resulting in a failure to occur, S Improving the safety of the igniter and making it easy for adult users to operate has become a major issue for many igniter wasters. [New content] In view of the fact that the conventional igniter has many shortcomings in use, the user cannot use the igniter conveniently and with ease, so the inventor has made long-term efforts and experiments to determine the final plan. The lion fire is recorded, in order to borrow the M353323 from the igniter device created by the present, which can effectively solve the above problems and improve the integrity of the user when the igniter is broken. The purpose of this creation is to provide an igniter device comprising a housing and an ignition tube, the occupational fire tube is connected to the end of the pure body, and can be rotated, = receiving: one of the housings In one of the grooves provided in the side surface, the other side of the groove is provided with a push-and-push, and the movable key is formed to drive the push block provided in the casing. One end of the body is abutted on a ric device, and the positive and negative electrodes of the piezoelectric element are connected by a wire, and are respectively connected to the end of the ship's fire tube and the discharge needle and the end of the riding tube. The other end of the pushing block is connected with a gas valve of the gas tank of the shell, and the driving block is further provided with a brake column, and the moving column is protruded to the wearing shell In the groove, when the ignition tube is received into the groove, the brake column will penetrate into one of the brake holes provided on the ignition tube, so that the push block and the push button cannot be pushed. When the user receives the ignition tube in the groove (four) 'the lion column is blocked by the shaft hole and cannot be displaced, thereby pushing the pushing block and pushing The key cannot be pushed, so it can effectively prevent the child from inadvertently pushing the push button due to play, causing the igniter to be accidentally activated, thereby effectively preventing a fire accident. Another purpose of the present invention is to provide a fastening member at the other end of the recess away from the pivot, so that the buckle member buckles the ignition when the ignition tube is completely received in the recess. The tube is away from the exit end of the pivoting end, and the fastening component is connected with one of the fastening keys provided on the outer side of the housing, and further, the groove is provided with a supporting member. - pushing force, when the ignition & 7G is fully accommodated in the recess, and the snap button is toggled, the snap element will release the exit of the ignition tube by M353323, so that the ignition tube is subject to the selection The elastic member is pushed against and displaced in a direction away from the groove. Thus, when the ignition tube is received in the groove, the fastening member will buckle the outlet of the ignition tube to stabilize the ignition function. The ground is received in the groove, and when the fastening button is plucked and left away from the position of the ignition tube, the ignition tube is subjected to the pushing force of the supporting elastic member, and the groove is ejected to improve User's convenience. A further object of the present invention is that the fastening component is still connected to a reset elastic member, and the reset miscellaneous component generates a pushing force so that the fastening component continues to the inner wire of the groove. The social management is _ in the concavity, and the buckle should automatically buckle the igniter of the ignition tube, the user needs to apply a large force 'to offset the pushing force of the reset miscellaneous pieces, in order to push The miscellaneous button is closed and the ignition tube is released, so that if a child is playing the ship firearm and finds the button, the button will not be pushed due to insufficient force, which effectively improves the safety of the igniter. , pick-up and then - the purpose of the smoker must first let the ignition tube away from the groove after the 'can push the push button to start the ignition', so the user can easily judge whether the miscellaneous fire n is stuck or The sliding is not smooth, so that the brake column of the igniter is not easily broken by the user's excessive force. Another purpose of the present invention is that since the ignition pipe is pivotally connected to the casing, the user can change the angle of the ignition pipe and the casing according to the needs of the user, and it is convenient for the environment. All of them can be successfully completed without having to change the holding posture or direction of the hand as in the case of a conventional igniter, greatly increasing the convenience in use. For the sake of your review, you can make a further understanding and understanding of the purpose, technical scale and its function M353323. The following examples are combined with the drawings, and the details are as follows: [Embodiment] This creation is an igniter device. In one embodiment of the present invention, as shown in FIGS. 2 and 3, a housing 2 is included, wherein one end of the housing 2 is connected to an ignition tube 22 by a pivot 21 The pivoting is provided for the user to rotate the ignition tube 22 according to the requirements of use, and the angle between the ignition tube 22 and the housing 20 is changed. Thus, as shown in FIG. 4, when the user desires Above the position of the ignition source, when there are other items 3 (such as: boiler), the user can turn the ignition tube 22 to facilitate the startup, without changing the gesture of holding, effectively improving the user's use. Convenience, in addition, the housing 2 is provided with a groove 2 () 1 ' and the ignition tube 22 can be completely received in the groove 201, so that when the ignition tube 22 is received The igniter device 2, the overall length will be greatly mixed with the 'party user collection or carry-on With the ignition state, the second housing is provided with a displaceable push button 25 corresponding to the other side of the recess 2〇1, and the push button 25 is used to drive the housing 2 One of the push blocks 251 is provided, and one end of the push block 251 abuts against a Plezoelectric device. When the user pushes the push eight: 5, one end of the push block 251 The piezoelectric element 26 is pushed, and the electric element 26 generates a current. The positive and negative electrodes of the piezoelectric element are connected to the line 261, respectively, and the discharge pin 271 is provided at the outlet of the ignition tube 22, respectively. The end is connected, as shown in Fig. 5, wherein the end of the tile B1 includes a metal coil 273, and the discharge pin 221 extends in the direction of the metal coil 273 of M353323, so that when the piezoelectric element is A high-voltage arc is generated between the discharge needle π! and the metal coil 273 at the end of the gas tube 271 by being pushed and generated by the electric wire 261. Further, please refer to Figures 2 and 3 The other end of the push block 251 is shown as a gas valve 27 of a gas tank 27 in the housing 20. When the user pushes the push button 25, the other end of the push block 251 will activate the Valais 270' to cause the gas in the gas tank 27 to flow into the gas tube 271 via the gas valve 27, The current flows to the end of the gas tube 271 to be ignited by the high voltage arc between the discharge needle 221 and the metal coil 273. Thus, the user only needs to push the push button 25 to quickly start the ignition. In addition, as shown in FIGS. 2 and 3, the pushing block 251 is convexly provided with a brake column 253, and the brake column 253 passes through the housing 2〇 and protrudes into the groove 201. The ignition tube 22 is received into the groove 2〇1 _, and the 253 penetrates into a brake hole 22 of the ignition tube 22 (as shown in Fig. 6). At this time, the pushing block The body 251 will not be displaced due to the brake column 253 being in the brake hole 220, so that the push button & cannot be pushed, so that when the user accommodates the ignition tube 22 in the groove 2〇1 (4), The brake column 253 cannot be displaced due to the limitation of the brake hole 220, so that the push block body 251 and the push button 25 cannot be pushed, so that the piezoelectric element does not generate current, and the gas valve 270 does not. When the gas is turned on and passed, the child can be effectively prevented from pushing the push button due to play, causing the igniter to be inadvertently ignited. However, in order to improve the safety of the igniter device of the present invention, the 3rd end of the groove is provided. The other end of the groove is provided with a buckle M353323. The component 23' is one end of the fastening component 23. The protrusion is protruded in the recess 2〇1, and the other end of the housing is inserted through the housing 20 to be connected with a fastening button 231 provided on the outer side of the housing 2, when the user toggles the fastening button 231. When the fastening button 23 is moved, the fastening component 23 is displaced in a direction away from the groove 2〇1. Further, the fastening component 23 is located at the other end of the housing 20 and is further coupled to a return elastic member 2. In connection with the connection, the rest elastic member 233 generates a pushing force on the fastening member 23 so that the fastening member 23 can continue to be displaced in the direction of the groove 2〇1, so that when the user receives the When the ignition tube 22 is ignited, the ignition tube 22 is first pushed against one end of the fastening member 23 to displace the fastening member 23 toward the return elastic member 233, and the ignition tube 22 is completely received in the groove 2 In the crucible 1, the fastening element 23 is affected by the return elastic member 233, and the ignition tube 22 is fastened away from the pivot. At the exit of 21, the ignition tube 22 can be stably positioned in the recess 201. When the user pushes the fastening button 231, the fastening element 23 is driven by the fastening button 231 to leave the buckle. The position of the ignition tube 22 allows the ignition tube 22 to be rotated again to facilitate the user to initiate the ignition. However, in other embodiments of the present invention, the igniter device can be provided without a reset elastic member. It is completely dependent on the position of the user to displace the snap-fit component. In addition, referring to Figures 2 and 3, the groove 201 is further provided with a supporting elastic member 24'. When the user receives the ignition tube 22 in the groove 2〇1, and is buckled by the fastening member 23 During the stay, the elastic member 24 of the branch will be compressed due to the compression of the ignition tube 22, and will generate a pushing force on the ignition tube 22, when the user wants to use the igniter device 2, and dial the When the button 231 is fastened, the fastening member 23 releases the outlet of the ignition tube 22, so that the ignition tube is not M353323 and is then buckled by the fastening member 23. At this time, the ignition tube 22 will lose the support. The force of the elastic member 24 is pushed by the supporting elastic member 24 and displaced in a direction away from the groove 201, so that the user can conveniently clamp and rotate the ignition tube 22' to improve the manufacturing process. female. Furthermore, since the fastening member 23 is still connected to the return elastic member 233 and is pushed by the reset elastic member 233, the user must apply a large force to the fastening button 231. The state in which the ignition tube 22 is buckled is released. Therefore, although the child finds that the position of the snap key 231 is still insufficient due to insufficient strength, the ignition tube 22 cannot be released, thereby effectively preventing a fire accident. In particular, since modern people have more and more demands on the design of articles, as shown in FIG. 2, the casing 2 is adjacent to the other two corresponding sides of the groove 201. It is a replaceable decorative panel 2〇5, so that the manufacturer can produce a variety of decorative panels 2〇5′ to change the igniter device 2, and meet the user's favorite to seek new changes and make a difference. In the state of mind, please refer to FIG. 7 'The ignition tube 22 is provided with a plurality of positioning grooves 225 on the other side of the pivot 21, and the housing 20 is adjacent to the pivot 21 and positions the ignition tube 22. a plurality of positioning portions 207 are provided, and the positioning portions 207 can be engaged with the positioning grooves 225 and restrict the displacement of the ignition tube 22 due to shaking, so that when the user changes the housing 20 and the When the angle between the ignition tubes 22 is 0, the segmented rotation effect can be achieved due to the design of the positioning portions 207 and the positioning grooves 225, and the ignition tube 22 and the housing are prevented from being changed due to the shaking of the hand. An angle of 0 between 20 causes the user to readjust the ignition tube 22 and the shell The angle 0 between the bodies 20 effectively improves the user's convenience in use. According to the above description, it is only a preferred embodiment of the present invention, but the scope of the claim claimed by the present invention is not limited thereto, and the technical content disclosed by the author is based on those skilled in the art. The equivalent changes that can be easily considered are all within the protection scope of this creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a conventional igniter device; Fig. 2 is an overall schematic view of the igniter device of the present invention; Fig. 3 is a sectional view of the igniter of the present invention; Fig. 4 is a use of the present creation State diagram; Figure 5 is a partial enlarged view of the outlet of the ignition tube of the present invention; Figure 6 is a partial enlarged view of the igniter device of the present creation; and Figure 7 is an exploded view of the ignition tube and the housing of the present creation . [Main component symbol description] Igniter device... 2 Housing...20 Groove... 201 Decorative plate... 205 Positioning part... 207 Pivot... ... 21 Ignition tube... 22 Brake hole... 220 Discharge needle... 221 Positioning groove... 225 12 M353323 Fastening element... 23 Fastening button ... 231 Resetting the elastic member... 233 Supporting the elastic member... 24 Pushing the key... 25 Pushing the block... 251 Brake column... 253 Piezoelectric element... 26 Wire... 261 Gas Slot... 27 gas valve... 270 gas tube... 271 metal coil... 273 items... 3 angles... Θ 13