M270324 八、新型說明： 【新型所屬之技術領域】 本創作為-歡火機專㈣安全點火錢，是被絲餘火機外殼部 的上端面，#欲按下點火電子e按鍵時，需先向一側推送安全推紐，解除 扣合狀態，才可下壓點火電子匣按鍵點火，所構成之—種安全點火裝置。 【先前技術】 傳統常見的打火機，為了降低其製造成本，大都製成蚊瓦斯容量的 拋棄式打火機，固型化的結構與組件，使得此類打火機的結構極其簡單， 價格低廉而普遍流通市©。依據相關報導，目前我國市售打火機平均每個 月可售出-千萬支，相當於每年有一點二億支銷量，如此魔大數量的打火 機充斥坊間，且在打火機易於操作、易於點火又不具任何相關安全裝置的 情況下，因·打火機而導致火災的情树有所聞，成躲會隱憂。、 因此’如何確保在任何正常狀況下，打火機都要能控術火機内的燃 料不外泡，麵安全操作，不能產生錢，以免孩童不小痛動打火機引 發危險等，遂成為製造新一代打火機在產品設計上的重要課題。 【新型内容】 為達此目的，本創作乃提供了一種打火機專用的安全點火裝置。 亦即’本創作之主要目的，是提供了一種當欲按壓點火電子昆按鍵時， 需先向-側推送安全軸，解除扣合狀態，才可下壓點火魏 安全點火裝置。 紙 為了實現上述目的，本創作採用以下技術手段。 面 钮 本創作打火機專用的安全點火裝置，是安裝在打火機外殼部的上端 包括由-點火電子e按鍵、與—設置在敢電子£按鍵表 所組合構成。 推 使該 上述點火電子ϋ按鍵，是被容置在打火機外殼部上端一容槽中， 點火電子’鍵可被使狀向下雖，而控制㈣點火器點火。 點火電子Ε按鍵的按壓面側端，設有一滑槽，滑槽的末端設有一擔板， 5 M270324 該滑槽係用於嵌置安全推鈕，並使安全推鈕可以被控制依滑槽方向，於點 火電子匣按鍵表面滑移運動。 安全推紐的侧端面設有一凸塊，可被嵌設於上述滑槽中，一凸伸段自 凸塊側端延伸出來，一彈簧，位於該凸塊與點火電子匣按鍵的擋板之間， 使安全推鈕具有彈性扣合力，同時使凸伸段恰可被扣合在外殼部容槽内的 一凸擋上方，形成扣合狀態。 安全推鈕的凸伸段，因彈簀之彈性而凸伸在外殼部容槽内的凸擋上 方’如此使得點火電子匣按鍵與打火機外殼部之間形成扣合狀態，無法向 下按壓點火電子匣按鍵來點火。 當欲按下點火電子匣按鍵時，需先向一側送安全推鈕，解除上述凸伸 •k與凸擒間之扣合狀態，才可向下按壓點火電子匣按鍵自出火口端點火，· 而具有絕對的安全性。 上述本創作，最大特點就是組件與結構簡單，卻可提供明確又有效的 安全點火功能。點火電子匣按鍵表面的安全推鈕，並不影響打火機整體外 觀非經推送女全推钮無法點火的設計，也不會影響一般人之點火操作控·· 制’但對於孩童而言就很難啟動，不會有任意觸打火機就引發危險 題。 本創作之其他目的與詳細之構造，將藉由以下詳細之說明而使之更為 月確同日守參閱所附各圖，俾可使本創作之技術内容更加明瞭。 【實施方式】 孀| 後附第i，表示本創作安全點火裝置，設置在—打火機外殼部u上 端面的外觀圖。 八第二圖，為本創作之安全點火裝置在點火動作時的外觀圖。圖中，安 全推紐％ 6被推向-側，使點火電子g按鍵2〇可以被向下按壓。 如第-圖及第二圖，本創作打火機專用的安全點火裝置，是安裝在一 打火枝10外设部n的上端面，包括由一點火電子匿按鍵％、與一設置在· 點火電子ϋ按鍵20表面的安全推紐3〇，所組合構成。 第二圖，為本創作安全點火裝置的組件分解圖。 6 M270324 第四圖，為本創作安全點火裝置由另一視角的組件分解圖。 如第一圖、第二圖及第三圖，上述安全點火裝置，其中該點火電子匣 按鍵20，是被容置在打火機外殼部u上端一容槽13中，該容槽13的内緣 面預π有凸擋14，此凸擒13的上端為平面，用於止擋後述凸伸段％， 凸擋13的底端為一斜向面，提供使後述凸伸段32能順利復位；位於容槽 13内的該點火電刊按鍵20,可被使用人向下按壓，以控制内部點火器(圖 中未示)而自外殼部11上端出火口 12點火。 又如第三®及細®，上述點火電子£按鍵Μ，包括在敎電子_ 鍵20>的按壓面側端設有一滑槽2卜滑槽21白勺末端設有一向外凸出的擔板 22 槽21，係用於嵌置後述安全推钮3〇使其可於點火電子匣按鍵 的按壓面定位，或可使安全推钮3〇可以被控制依滑槽21方向，於點火電 子匣按鍵20表面滑移運動。 ’ 山二上述安全推鈕30，包括在安全推鈕3〇的側端面設有一凸塊31，可被 嵌設於上述點火電子g按鍵2〇按壓面側端的滑槽21中，一凸伸段％，自 該凸塊31側端延伸出來，—彈簧23，餘於該凸塊31與點火電子匿按鍵 20的擋板22之間。 士據上述構造，當安全推鈕3〇、點火電子£按鍵2〇組合於打火機ι〇外 殼部^1的上端面時，藉凸塊31與撞板22之間之彈菁23，而使安全推鈕3〇 具有彈性扣合力，同時使安全她％的凸伸段％，恰被容 13内緣該凸心4的上方，形成扣合狀態。 ^全推紐30的凸伸段32,因彈簧23之彈性而扣合在外殼部容槽13内 的凸控μ上方，如此使得點火電子厘按鍵2〇與打火機外殼部η之間形成 扣合狀態，無法向下按壓點火電子g按鍵2G，如第—圖所示。 :名人下”、、έ火電子g按鍵2〇時，需先向一側推送安全推紐3〇，如第二 圖所示，解除前述凸伸段32與凸擋14間之扣合狀態，才可順利向下按壓 點火，子E按鍵2G，自出火口 12點火，而具有絕對的安全性。 當=完畢，槪點火電子厘按鍵2〇之按壓力，點火電子酸鍵2〇 向上’復位，此時，凸伸段32將沿著凸撞14底端斜向面向上，再扣合 至凸插14上端復位，回復成為第一圖中所示的安全扣合狀態，而無法按壓 7 M270324 點火電子匣按鍵20。 上述本創作，因為組件與結構报鮮，可以被安裝在打火機上端面的 文堅式點火電子g按鍵上，以提例確又有效的安全點火功能 目的。 J 4 _綜上所述，本創作所述之實施例確可達到預期功能及目的，並且，本 創作训致使f於此藝者得據以實施。然而以上所舉之實施例僅用 以說明，舉凡所有等效結構之改變及不脫本創作精神之類似修改，均應 屬本創作之範疇。 … 【圖式簡單說明】 第一圖為本創作安全點火裝置設置在一打火機上端面的外觀圖。 第二圖為本創作之安全點火裝置點火動作時的外觀圖。 第三圖為本創作安全點火裝置的組件分解圖。 第四圖為本創作安全點火裝置由另一視角的組件分解圖。 【主要元件符號說明】M270324 8. Description of the new type: [Technical field to which the new type belongs] This creation is-Huan lighter special for safe ignition money, which is the upper end of the outer part of the shell of the silk lighter. #To press the ignition electronic e button, you must first A safety push button is pushed to one side to release the fastening state, and then the ignition electronic box button can be pressed to ignite, which is a kind of safety ignition device. [Prior technology] In order to reduce the manufacturing cost of traditional lighters, they are mostly made of disposable lighters with mosquito gas capacity. The solid structure and components make the structure of such lighters extremely simple, inexpensive and widely available. © . According to relevant reports, currently, China's commercially available lighters can be sold on average-10 million per month, which is equivalent to 120 million sales per year. Such a large number of lighters are flooding the market, and lighters are easy to operate, easy to ignite and Without any relevant safety device, the situation of the fire caused by the lighter will be heard, and the hidden danger will be hidden. Therefore, 'how to ensure that under any normal conditions, the lighter must be able to control the fuel in the lighter so that it does not bubble, operate safely on the surface, and cannot generate money, so as not to cause the child to move the lighter with little pain and cause danger. An important issue in product design. [New Content] To this end, this creation provides a safety ignition device dedicated to lighters. That is, the main purpose of this creation is to provide a safety shaft that needs to be pushed to the-side to release the locked state when the ignition electronic key is pressed. Paper In order to achieve the above purpose, this creation uses the following technical means. Surface button The safety ignition device dedicated to this creation lighter is installed on the upper end of the lighter housing. It consists of-ignition electronic e button and-set on the dare electronic £ key table. The ignition electronic ϋ button is pushed and accommodated in a receiving slot at the upper end of the lighter casing part. The ignition electronic 'button can be turned downward to control the ignition of the ㈣ igniter. The side of the pressing surface of the ignition electronic E button is provided with a chute. The end of the chute is provided with a stretcher. 5 M270324 This chute is used to embed the safety push button and the safety push button can be controlled in the direction of the slide slot. , Sliding movement on the surface of the key of the ignition electronic cassette. A bump is provided on the side end surface of the safety push button, which can be embedded in the above-mentioned sliding groove. A protruding section extends from the side end of the bump, and a spring is located between the bump and the baffle of the ignition electronic box button. The safety push button has an elastic fastening force, and at the same time, the protruding section can be fastened just above a convex stop in the housing groove, so as to form a fastened state. The convex section of the safety push button protrudes above the convex block in the housing groove due to the elasticity of the impulse. This makes the ignition electronics box button and the lighter housing part form a buckling state, and the ignition electronics cannot be pressed down. Box button to ignite. When you want to press the button of the ignition electronic cassette, you must first send a safety push button to one side to release the above-mentioned engagement between the protrusion and k, and then you can press the button of the ignition electronic cassette downward to ignite from the fire end. · With absolute security. The biggest feature of the above-mentioned creation is that the components and structure are simple, but it can provide a clear and effective safe ignition function. The safety push button on the button surface of the ignition electronic box does not affect the overall appearance of the lighter. The design cannot be ignited without pushing the female full push button, nor does it affect the ignition control of ordinary people. But it is difficult for children to start. , There is no danger of touching the lighter. The other purposes and detailed structure of this creation will be made more detailed by the following detailed description. Please refer to the attached drawings to make the technical content of this creation clearer. [Embodiment] 孀 | Attached i is the external view of the end surface of the lighter housing part u, which is a safety ignition device of the present invention. The second figure is the external view of the safety ignition device created during the ignition operation. In the figure, the safety button% 6 is pushed to the-side, so that the ignition electronic g button 20 can be pressed down. As shown in the first figure and the second figure, the safety ignition device dedicated to the lighter of this creation is installed on the upper end surface of the peripheral part n of a lighter branch 10, including a key for the ignition key and a key for the安全 The safety push button 30 on the surface of the button 20 is a combination. The second figure is an exploded view of the components of the safety ignition device of this creation. 6 M270324 The fourth figure is an exploded view of the safety ignition device from another perspective. As shown in the first diagram, the second diagram, and the third diagram, in the above-mentioned safety ignition device, the ignition electronic cassette button 20 is accommodated in a receiving groove 13 on the upper end of the lighter housing portion u, and the inner edge surface of the receiving groove 13 The pre-π has a convex stop 14, the upper end of this convex catch 13 is a flat surface, and is used to stop the convex section% described later. The bottom end of the convex stop 13 is an inclined surface, which provides a smooth reset of the convex section 32 described later; The ignition telegraph button 20 in the tank 13 can be pressed down by the user to control the internal igniter (not shown) and ignite from the fire outlet 12 at the upper end of the housing portion 11. Another example is the third ® and the thin ®. The above ignition electron £ button M includes a chute 2 on the side of the pressing surface of the 敎 electron _ key 20 > The 22 slot 21 is used for embedding the safety push button 30 described later so that it can be positioned on the pressing surface of the ignition electronic box button, or the safety push button 30 can be controlled in the direction of the sliding slot 21 and the ignition electronic box button 20 surface slip motion. 'Shan Er's safety push button 30 includes a bump 31 provided on the side end surface of the safety push button 30, which can be embedded in the chute 21 on the side of the pressing surface of the ignition electronic g button 20, a convex section %, Extending from the side end of the bump 31, a spring 23, which is more than between the bump 31 and the baffle plate 22 of the ignition electronic key 20. According to the above structure, when the safety push button 30 and the ignition electronic £ button 20 are combined on the upper end face of the lighter housing ^ 1, the spring 23 between the bump 31 and the striker 22 is used for safety. The push button 30 has an elastic buckling force, and at the same time, the protruding section% of the safety piece is just above the convex center 4 on the inner edge of the container 13 to form a buckled state. ^ The convex section 32 of the full push button 30 is fastened above the convex control μ in the housing groove 13 due to the elasticity of the spring 23, so that the ignition electronic centrifugal button 20 and the lighter housing section η form a buckle. In this state, the ignition electronic g button 2G cannot be pressed down, as shown in the first figure. : "Celebrity Down", and fire the electronic g button 20, you must first push the safety push button 30 to one side, as shown in the second picture, release the buckling state between the convex section 32 and the convex block 14, Only then can the ignition be pressed down smoothly, the sub-E button 2G will be ignited from the fire outlet 12, and it has absolute safety. When = completed, press the ignition electronic pressure button 20, and the ignition electronic acid button 20 will be reset. At this time, the convex extension section 32 will face obliquely upward along the bottom end of the convex impact 14 and then fasten to the upper end of the convex insert 14 to return to the safe fastening state shown in the first figure, and cannot press 7 M270324. Ignition electronic box button 20. The above-mentioned creation can be installed on the Wenjian-type ignition electronic g button on the upper end of the lighter because the components and structure are fresh. J 4 _ comprehensive As mentioned above, the embodiment described in this creation can indeed achieve the expected function and purpose, and the creation training has led to the implementation of this artist. However, the above-mentioned embodiment is for illustration only. Changes in effect structure and the spirit of creation The modification should belong to the scope of this creation.… [Simplified illustration of the drawing] The first picture is the appearance of the safety ignition device on the upper end of a lighter. The second picture is the ignition action of the safety ignition device of the creation. Appearance drawing. The third picture is an exploded view of the components of the creative safety ignition device. The fourth picture is an exploded view of the components of the creative safety ignition device from another perspective. [Description of the main component symbols]
10打火機 11外殼部 12出火口 13容槽 14凸擋 20點火電子匣按鍵 21滑槽 22擋板 23彈簧 30安全推鈕 31凸塊 32凸伸段 810 Lighter 11 Outer part 12 Outlet 13 Receptacle 14 Convex stop 20 Ignition electronic box button 21 Slot 22 Baffle 23 Spring 30 Safety push button 31 Bump 32 Protruded section 8