M265558 八、新型說明： 【新型所屬之技術領域】 本創作係有關於-種打火機的安全點火裝置，特別是指—種，是安 ，打火機外殼部的通面上，當欲按下點火電子g按鍵時，需先橫向推送 安全推紐，解除安全扣合狀態’才可下壓點火器點火，所構成之一種具 安全性之打火機。 〃 【先前技術】 傳統常見的打火機，為了降低其製造成本，大都製成固定瓦斯容量的 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， 價格低廉而普紐通市面。依據相_導，目誠國市f打域平均每個 月可售出-千萬支，相當於每年有一點二億支銷量，如此龐大數量的打火 機充斥坊間’且在打火機胁操作、綠點火又不具任何細安全裝置的 情況下，醜射了火機而導敎災的情树有所聞，成躲會隱憂。 因此’如何確保在任何正常狀況下，打火機都要能控制打火機内的燃 料不外>v非經安全操作，不能產生火焰，以免孩4不小心_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，專供應用在點火電子匣按鍵設在 打火機外殼部側壁面上的打火機的安全點火裝置。 亦即，本創作之主要目的，係提供了 一種當欲按下點火電子匣按鍵時， 需先橫向推送安全推鈕，解除安全扣合狀態，才可下壓點火器點火的打火 機安全點火裝置。 為了實現上述目的，本創作採用以下技術手段。 本創作打火機的安全點火裝置，是安裝在打火機外殼部的側壁面上， 包括由一點火電子匣按鍵、與一設置在點火電子匣按鍵表面的安全推鈕， 所組合構成。 上述安全點火裝置，包括在打火機外殼部的側壁面上設有滑槽，可供 M265558 點火電子匣按鍵於其間滑移運動，用以控制點火器點火。 、該點火電子難鍵，銳括在紐面上設有^及—鋪，該凸擔經 上述滑槽而凸伸至打域外殼㈣，經—㈣而細點火器。 該安全推㉝’包括絲面設有凸塊，―释位於該凸塊與橫槽之 安全推叙之凸塊可後設在上述點火電子g按鍵的橫槽中，同時凸仲於 部的缺槽内，使，社電子n缝與社機精部之間形私合狀態，並ς 下麗點火電子IE按鍵，並藉該彈簧使安全推紐具有彈性回復力。’’’、 當欲按下點火電子E按鍵時，需先推送安全推紐，解除凸塊與外殼部 7間之扣合狀態，柯下壓點火電托賊自出火口職 對的安全性。 6、负、七 安入作，最大特點就是組件與結構簡單，卻可提供明確又有效的 =王=能。點火電子_鍵表面的安全推紐，並不影響打火機整體外 推歧全她無法默的設計，也不會辟—般人之點火操 的^題。仁對於孩里而^就报難啟動’不會有^壬意觸動打火機就引發危險 其他目的與詳細之構造，將藉由以謂細之制而使之更為 R夺參閱所附各圖，俾可使本創作之技術内容 【貫施方式】 壁上’表林創作安全社裝4，設置在—打火齡殼部11侧 上苔t圖為本創作之安全點火裝置在點火動作時的外觀圖。圖中，已將 丁^ ’安全推紐3〇已橫向移動，且點火電子匠按鍵Μ已被下麼。 機ι〇°外㈣圖及第二圖’本創作打火機的安全點火裝置，是安裝在一打火 火電子1的側壁面上’包括由—點火電子g按鍵2G、與—設置在點 電^按鍵表面的安全推紐30,所組合構成。 =圖’為本創作安全點火裝置的组件分解圖。 部'第二圖及第n述安全點火裝置，包括在打火機外殼 t面上預設有-凹槽13 ’如第一圖，恰可供點火電子隨鍵20 M265558 於其間滑移運動，用以控制點火器點火;在該凹槽1S内的外殼部I〗 設有-滑槽14，如第三圖，在此滑槽14上端㈣，設有—缺槽^於 扣合後述安全推鈕30之凸塊31。 胃 ' 如第三圖，該點火電子E按鍵2〇，係包括在底緣面上設有凸撐2 橫槽22，該膽2卜可經上述賴14而凸伸至打火齡殼部^ 壓臂40而接觸點火器50，如第六圖所示。 又如第三圖’該安全推钮30，包括在底緣面設有一凸塊31，該凸塊^ 可被嵌合至上麵火電子S機2G的觸22 β，錢全胁％可奸 22作橫向滑移運動，-彈簣32，位於該凸塊31與橫槽22之間，藉此= 32而使安全推鈕30具有彈性回復力。 s 第四圖，為本創作安全點火裝置局部剖切圖，圖中顯示未推開安 鈕30而不能壓下點火電子匣按鍵2〇。 第五圖，為本創作安全點火裝置局部剖切圖，圖中顯示已推開安全推 鈕30而可以壓下點火電子匣按鍵2〇。 如第二圖及第四圖，上述安全推紐3G與點火電子_鍵2()組合後， 恰使得安全推紐30底緣之凸塊31，凸伸於外殼部n的缺槽15内，並利用 彈簧32 ’使凸塊31被扣合於缺槽15，同時，因凸塊31位於缺槽15中而 使點火電子E按鍵20與打火機外殼部u之間形成扣合狀態，無法下壓敎 電子匣按鍵20。 當欲按下點火電子E按鍵2〇點火時，需先橫向推送安全推紐3〇，如第 二圖及第五圖所不’解除凸塊31與外殼部缺槽15間之扣合狀態，同時也 解除了點火電子E按鍵2〇與打火機外殼部η之間之扣合狀態，才可下壓點 火電子匣按鍵20,自出火16 口端點火。 第六圖，為本創作安全點火裝置經壓臂4〇控制下壓點火器5〇點火之 示意圖。 如第六圖’在點火1§ 50上端設有一壓臂4〇，該壓臂4〇 一端係樞設在 打火機内部-絲41上’另-端制_前述敎電子匠按鍵2()絲面之 凸擒21 ;當下獅火電子I£_2G時，凸擋21向下推送壓臂4G，即能下 壓點火器50，而自出火16 口端點火。 M265558 上述本創作，因為組件與結構很簡單，而可以被安裝在打火機的側壁 面’以k供明確又有效的安全點火功能。 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 創作已詳細說明致使習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，均應隸 屬本創作之範缚。 $ 【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侧壁上的外觀圖。 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局部剖切圖，圖中顯示未推開安全推鈕 而不能壓下點火電子匣按鍵。 王、 第五圖為本創作安全點火裝置局部剖切圖，圖中顯示已推 而可以壓下點火電子匣按鍵。 王推 第六圖為本創作安全點火裝置經壓臂控制下壓點火器之示意圖。 【主要元件符號說明】 11外殼部 13凹才曹 15缺槽 10打火機 12上蓋 14滑槽 16出火口 20點火電子匣按鍵 21凸擋 22橫槽 30安全推紐 31凸塊 32彈簧 40壓臂 41樞軸 50點火器M265558 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to the safety ignition device of a kind of lighter, in particular, a kind of safety device, which is the safety surface of the lighter housing, when the ignition electron When pressing the key, the safety push button needs to be pushed horizontally to release the safety engagement state, and then the igniter can be pressed down to ignite, which is a kind of safe lighter.先前 [Previous technology] In order to reduce the manufacturing cost of traditional lighters, most of them are made of disposable gas lighters with fixed gas capacity. The solidified structure and components make this kind of lighters extremely simple in structure, low in price and easy to use. Market. According to the phase guide, the average sales volume of fchengyu in the city of Muchengguo is -10 million pieces per month, which is equivalent to 120 million pieces sold each year. Such a huge number of lighters are flooding the market. In the case of ignition without any fine safety devices, the fire tree was ugly fired and the disaster-stricken tree was heard, and Cheng hiding would be worried. So 'how to ensure that under any normal conditions, the lighter must be able to control the fuel in the lighter, but it will not produce flames without safe operation, so as to prevent children 4 from accidentally _ the lighter causes danger, etc., and has become a new generation of lighters. An important issue in product design. [New content] In order to achieve this purpose, this creation provides a safety ignition device for the lighter that is used to ignite the key of the ignition electronic box on the side wall of the lighter casing. That is, the main purpose of this creation is to provide a lighter safety ignition device that needs to push the safety push button horizontally to release the safety engagement state before pressing the ignition electronic cassette button. In order to achieve the above purpose, the following technical means are used in this creation. The lighter safety ignition device of the present invention is installed on the side wall surface of the lighter housing part, and includes a combination of an ignition electronic box button and a safety push button provided on the surface of the ignition electronic box button. The safety ignition device includes a slide groove on a side wall surface of a lighter shell portion, which is used for sliding movement of the key of the M265558 ignition electronic cassette in order to control the ignition of the igniter. The ignition electronic hard key is provided with a ^ and-shop on the button surface, and the protrusion extends through the above-mentioned chute to the hitting area shell ㈣, and the igniter is thinned by ㈣. The safety push button includes a bump provided on the silk surface. A bump that is released from the safety bump of the bump and the horizontal groove can be set in the horizontal groove of the ignition electronic g button, and the lack of the convex portion can be provided at the same time. In the groove, the state of the electronic n-sewing of the company and the company's precision department are in a close-fitting state, and the Li ignition electronic IE button is pushed down, and the safety push button has the elastic restoring force by this spring. ‘’ ’. When you want to press the ignition electronic E button, you need to push the safety push button first to release the fastening state between the bump and the shell part 7. Ke pushes down the safety of the ignition electric thief. 6. Negative and seven-annual works, the biggest feature is the simple components and structure, but can provide clear and effective = 王 = 能. The safety push button on the surface of the ignition electronic key does not affect the overall extrapolation of the lighter, and she cannot design silently, nor will it solve the problem of ordinary people's ignition operation. Ren for the child ^ just report the difficulty to start 'No ^ Ren will touch the lighter and it will cause danger. Other purposes and detailed structures will be made more detailed by the so-called detailed system. See the attached drawings,俾 The technical content of this creation can be implemented. [Performance method] On the wall, 'Obayashi creation safety social equipment 4', set on-the side of the fire-resistant shell 11 on the moss t picture is the creation of the safety ignition device during the ignition action Appearance. In the figure, the safety button 30 has been moved laterally, and has the ignition key Μ been pressed. Machine image and the second image 'The safety ignition device of this creative lighter is installed on the side wall of the ignition electronic device 1', including the-ignition electronic g button 2G, and-set to point electricity ^ The combination of the safety push button 30 on the key surface. = Figure 'This is an exploded view of the components of the creative safety ignition device. The second figure and the nth safety ignition device, including a preset-groove 13 on the t surface of the lighter shell, as shown in the first figure, can be used for the sliding movement of the ignition electronic key 20 M265558 during the Control the ignition of the igniter; the housing part I in the groove 1S is provided with a chute 14, as shown in the third figure, at the upper end of the chute 14 is provided with a -missing slot ^ for fastening the safety push button 30 described later The convex block 31. Stomach 'As shown in the third figure, the ignition electronic E button 20 includes a lateral support 22 on the bottom edge surface, and the bile 2 can be protruded to the shell portion of the ignition age via the above-mentioned Lai 14 ^ The pressure arm 40 contacts the igniter 50 as shown in the sixth figure. As shown in the third figure, the safety push button 30 includes a projection 31 on the bottom edge surface, and the projection ^ can be fitted to the contact 22 β of the fire electron S machine 2G. For lateral sliding movement,-the spring 32 is located between the projection 31 and the horizontal groove 22, so that the safety push button 30 has an elastic restoring force. s The fourth picture is a partial cutaway view of the safety ignition device of this creation, which shows that the ignition electronic box button 20 cannot be depressed without pushing the button 30 open. The fifth figure is a partial cross-sectional view of the safety ignition device of this creation, which shows that the safety push button 30 has been pushed away and the ignition electronic cassette button 20 can be depressed. As shown in the second and fourth figures, after the safety button 3G and the ignition electronic key 2 () are combined, the bump 31 at the bottom edge of the safety button 30 projects into the notch 15 of the housing portion n. The spring 31 ′ is used to fasten the projection 31 to the notch 15. At the same time, because the projection 31 is located in the notch 15, the ignition electronic E button 20 and the lighter housing portion u form a fastening state, which cannot be pressed down.敎 电子 盒 键 20。 Electronic cassette button 20. When you press the ignition electronic button E20 to ignite, you need to push the safety push button 30 laterally, as shown in the second and fifth figures, to release the fastening state between the projection 31 and the notch 15 in the housing part. At the same time, the locked state between the ignition electronic E button 20 and the lighter shell portion η is released, and then the ignition electronic cassette button 20 can be pressed down to ignite from the mouth of the fire. The sixth figure is a schematic diagram of the creation of a safety ignition device that is ignited by pressing the igniter 50 under the control of the pressure arm 40. As shown in the sixth figure, a pressing arm 40 is provided at the upper end of the ignition 1§ 50, and one end of the pressing arm 40 is pivotally arranged on the inside of the lighter-wire 41. Convex catch 21; when the lion fire electron I £ _2G, the convex block 21 pushes the pressure arm 4G downward, that is, the igniter 50 can be depressed, and the 16-port end of the fire is ignited. M265558 In the above-mentioned creation, because the components and structure are very simple, it can be installed on the side wall surface of the lighter to provide a clear and effective safe ignition function. In summary, the embodiment described in this creation can indeed achieve the intended function and purpose, and this creation has been explained in detail so that the learner in this art can implement it accordingly. However, the above-mentioned embodiments are only used for illustration. For example, all equivalent structure changes and similar modifications without departing from the spirit of the creation should belong to the scope of the creation. $ [Brief description of the diagram] The first picture is the external view of a creative lighter set on the side wall of a lighter. The second picture is the appearance of the safety ignition device created during the ignition operation. The third figure is an exploded view of the components of the creative safety ignition device. The fourth picture is a partial cutaway view of the creative safety ignition device. The picture shows that the safety electronic button cannot be depressed without pushing down the safety push button. Wang and the fifth picture are partial cutaway views of the creative safety ignition device. The picture shows that the button of the ignition electronic cassette has been pushed and can be pressed down. Wang Tweet The sixth picture is the schematic diagram of the creation of a safety ignition device that presses the igniter under the control of a pressure arm. [Description of main component symbols] 11 Housing part 13 Concave cavity 15 Missing slot 10 Lighter 12 Upper cover 14 Slot 16 Fire outlet 20 Ignition electronic box button 21 Convex stop 22 Transverse slot 30 Safety push button 31 Bump 32 Spring 40 Pressure arm 41 Pivot 50 igniter