M310309 〜 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種安全開關結構，特別係有關一種點火搶安 全開關結構，將安全開關與點火按鍵相鄰設置，使點火按鍵釋鎖 與點火能在單一按壓動作下完成。 【先前技術】 習知的點火搶在點火開關處未設置安全開關，容易造成兒童 Φ 誤用而產生危險，因而改良點火開關處之結構，增設一安全開 關，當安全開關未釋鎖時，點火開關無法動作，需先藉由安全開 關釋鎖後，點火開關才可進行點火動作，然而，習知安全開關與 點火開關係分開設置，意即，安全開關的釋鎖動作與點火開關的 點火動作無法在同一動作内完成，需先將安全開關釋鎖後再另外 進行點火開關的點火動作，造成操作上的不便，因此，創作人基 於前述理由，因而進行改良習知技術所具有之缺失。 【新型内容】 • 本創作係有關一種點火搶安全開關結構，將安全開關與點火 按鍵相鄰設置，使點火按鍵釋鎖與點火能在單一按壓動作下完 成，以簡化點火操作。 基於前述目的，本創作之點火槍安全開關結構，包括一點火 槍殼體，表面具有一點火開關槽及内部具有一内容室；及一點火 開關，設置於該點火搶殼體之點火開關槽内，具有一點火按鍵、 一按鍵支撐座及一安全開關，該點火按鍵係固接於該按鍵支撐 座，該按鍵支撐座係沿該點火開關槽縱向可動方式設置於該點火 開關槽，該安全開關扣接於該按鍵支撐座並設置於該點火開關槽 且位於該點火按鍵上端相鄰處，當安全開關扣接於該按鍵支撐座 M310309 日r士该按鍵支撐絲法移動，#按壓安全關使脫離該按鍵支撑 座日守’该按鍵支撐座方可移動；纟中該按鍵支撐座具有一擔止 部，於該内容室内抵接-復位彈簧，當按壓該點火按鍵帶動該按 鍵支撐座移動後，藉由該復轉簧回復原純置；該按鍵支撐座 具有一點火突出部，於該内容室内抵接一點火裝置，當按壓該點 火按鍵帶動該按鍵支撐座移動後，該點火突出部抵壓該點火裝 置，完成點火動作；該安全開關更具有一按鈕部、一樞接部、一 復位扭簧及一第一扣接部，該按鈕部及該第一扣接部係連接於該 樞接部，該復位扭簣套設於該樞接部，該安全開關係藉由該樞接 部樞接於該點火搶殼體之内容室，當按壓該安全開關時係以該樞 接部為中心轉動並藉由該復位扭簧回復原始位置，該按鍵支撐座 具有一第二扣接部，該第二扣接部具有一第二截角，該安全開關 之第一扣接部具有一第一截角，當該按鍵支撐座於復位動作時， 藉由該第二扣接部之第二截角與該安全開關之第一扣接部之第 一截角使該第一扣接部滑入該第二扣接部而完成扣接。 為使一悉该項技藝人士瞭解本創作之目的、特徵及功效，茲 藉由下述具體實施例，並配合所附之圖式，詳加說明如后。 【實施方式】 第一圖係顯示本創作點火搶安全開關結構之立體圖；第二圖 係顯不本創作點火搶安全開關結構之分解剖面圖；如圖所示，本 創作之點火槍安全開關結構，包括一點火搶殼體1〇，表面具有一 點火開關槽11及内部具有一内容室12;及一點火開關2〇，設置 於點火槍殼體10之點火開關槽11内，具有一點火按鍵21、一按 鍵支撐座22及一安全開關23,點火按鍵21係固接於按鍵支撐座 22,按鍵支撐座22係沿點火開關槽u縱向可動方式設置於點火 開關槽11，安全開關23扣接於按鍵支撐座23並設置於點火開關 槽11且位於點火按鍵21上端相鄰處；又，按鍵支撐座&具有 M310309 一播止部220，於内容室12内抵接一復位彈簧30，當按壓點火 按鍵21帶動按鍵支撐座22移動後，可藉由復位彈簧3〇回復點 火開關20之原始位置；再者，按鍵支撐座22更具有一點火突出 部221 ’於内容室11内抵接一點火裝置40，當按壓點火按鍵21 帶動按鍵支撐座22移動後，點火突出部221抵壓點火裝置40而 元成點火動作；此外，安全開關23更具有一按鈕部230、一樞接 部231、一復位扭簧31及一第一扣接部232，按鈕部230及第一 扣接部232係連接於樞接部231，復位扭簧31套設於樞接部231， 女全開關23係藉由樞接部231樞接於點火槍殼體10之内容室 11 ’當按壓安全開關23時係以樞接部231為中心轉動並可藉由 復位扭黃31回復安全開關23之原始位置；又，按鍵支撐座22 具有一第二扣接部222，第二扣接部具有一第二截角223，安全 開關23之第一扣接部232具有一第一截角233，當按鍵支撐座 22於復位動作時，藉由第二扣接部222之第二截角223與安全開 關23之第一扣接部232之第一截角233之作用使第一扣接部232 滑入苐一扣接部2 2 2而完成扣接。 第二A圖至第三E圖係顯示本創作點火槍安全開關結構於點 火動作日寸知：t女全開關及點火按鍵連續動作之别面示意圖；如 第二A圖所不，係為本創作點火槍安全開關結構於本實施例中初 始狀態時按鍵支撐|22與安全開M⑴口接之示意圖，如第U 圖所不’當使用者欲進行點火動作時，需先由上往下按壓安全開M310309 ~ VIII, new description: [New technical field] This creation is about a safety switch structure, especially related to a fire grab safety switch structure, the safety switch and ignition button are set adjacent to the ignition button release and ignition Can be done under a single pressing action. [Prior Art] Conventional ignition grabs are not provided with a safety switch at the ignition switch, which is easy to cause a child Φ misuse and danger. Therefore, the structure of the ignition switch is improved, and a safety switch is added. When the safety switch is unlocked, the ignition switch Inoperable, the ignition switch can be ignited after the lock is released by the safety switch. However, the conventional safety switch is separately set from the ignition switch, meaning that the release action of the safety switch and the ignition of the ignition switch cannot be performed. In the same action, it is necessary to unlock the safety switch and then perform the ignition operation of the ignition switch, which causes inconvenience in operation. Therefore, the creator has made a lack of improvement in the prior art based on the above reasons. [New content] • This creation is about a kind of ignition and safety switch structure. The safety switch is set adjacent to the ignition button, so that the ignition button release and ignition can be completed under a single pressing action to simplify the ignition operation. Based on the foregoing objective, the igniter safety switch structure of the present invention comprises an igniter housing having an ignition switch slot on the surface and a content chamber therein; and an ignition switch disposed in the ignition switch slot of the ignition slamming housing, The ignition button is fixed to the button support base, and the button support base is longitudinally movably disposed in the ignition switch slot along the ignition switch slot, the safety switch buckle Connected to the button support base and disposed in the ignition switch slot and located adjacent to the upper end of the ignition button, when the safety switch is fastened to the button support base M310309, the button supports the wire method to move, #press the safety to close The button support seat can be moved by the button support seat; the button support base has a supporting portion, and the reset spring is abutted in the content chamber, and when the ignition button is pressed to drive the button support seat, Resetting the original pure position by the revolving spring; the button support base has an ignition protrusion, and an ignition device is abutted in the content chamber, when the button is pressed After the ignition button drives the button support to move, the ignition protrusion abuts the ignition device to complete the ignition operation; the safety switch further has a button portion, a pivoting portion, a reset torsion spring and a first fastening portion. The button portion and the first fastening portion are connected to the pivoting portion, and the reset twisting sleeve is sleeved on the pivoting portion, and the safety opening relationship is pivotally connected to the content of the ignition grabbing shell by the pivoting portion. When the safety switch is pressed, the pivoting portion is rotated about the pivoting portion and the original position is restored by the returning torsion spring, the button supporting base has a second fastening portion, and the second fastening portion has a second The first fastening portion of the safety switch has a first truncated angle. When the button supporting seat is in the resetting action, the second cutting angle of the second fastening portion and the first buckle of the safety switch are The first truncated angle of the connecting portion slides the first fastening portion into the second fastening portion to complete the fastening. In order to enable the skilled person to understand the purpose, features and effects of the present invention, the following specific embodiments, together with the accompanying drawings, are described in detail below. [Embodiment] The first figure shows the perspective view of the structure of the fire ignition safety switch of the present invention; the second figure shows the exploded sectional view of the safety switch structure of the ignition ignition; as shown in the figure, the ignition safety switch structure of the present invention The utility model comprises an ignition ignition housing 1 , an ignition switch slot 11 on the surface and a content chamber 12 therein, and an ignition switch 2〇 disposed in the ignition switch slot 11 of the ignition gun housing 10 and having an ignition button 21, a button support seat 22 and a safety switch 23, the ignition button 21 is fixed to the button support seat 22, the button support base 22 is longitudinally movable along the ignition switch slot u in the ignition switch slot 11, the safety switch 23 is fastened The button support base 23 is disposed in the ignition switch slot 11 and adjacent to the upper end of the ignition button 21; further, the button support base & has a M310309 a broadcast portion 220, and a return spring 30 is abutted in the content chamber 12, when After the ignition button 21 is pressed to move the button support 22, the original position of the ignition switch 20 can be restored by the return spring 3〇; further, the button support 22 further has an ignition protrusion 221 'in the content An ignition device 40 is abutted in the chamber 11 , and after the ignition button 21 is pressed to drive the button support 22 to move, the ignition protrusion 221 presses the ignition device 40 to perform an ignition operation; further, the safety switch 23 further has a button portion 230 , a pivoting portion 231, a reset torsion spring 31 and a first fastening portion 232, the button portion 230 and the first fastening portion 232 are connected to the pivoting portion 231, and the reset torsion spring 31 is sleeved on the pivoting portion 231. The female full switch 23 is pivotally connected to the content chamber 11 of the igniter housing 10 by the pivoting portion 231. When the safety switch 23 is pressed, the pivoting portion 231 is rotated about the center and the safety switch can be restored by resetting the yellowing 31. The original position of the button 23; further, the button support base 22 has a second fastening portion 222, the second fastening portion has a second angle 223, and the first fastening portion 232 of the safety switch 23 has a first angle 233 When the button support 22 is in the resetting action, the first fastening portion is caused by the second truncated angle 223 of the second fastening portion 222 and the first intercepting angle 233 of the first fastening portion 232 of the safety switch 23 232 Slide into the first fastening part 2 2 2 to complete the fastening. The second A to the third E diagrams show that the safety switch structure of the igniting gun of the present invention is known on the ignition action day: the female full switch and the ignition button are continuously operated; if the second A figure is not, the system is In the initial state of the embodiment, when the igniter safety switch structure is created in the initial state, the button support|22 and the safety open M (1) port are connected. If the user wants to perform the ignition action, the igniter safety switch structure needs to be pressed from top to bottom. Safe opening
再向下按壓點火按鍵21 丁示’當點火開關20完成釋鎖動作後， 並帶動按鍵支撐座22沿點火開關槽11 M310309 向下移動，此時按鍵支撐座22之點火突出部221向下擠壓點火 裝置40並帶動出火裝置50而完成點火動作，並同時擠壓復位彈 簧30，此時釋放安全開關23，藉由復位扭簧31之彈力使安全開 關23回復初始狀態，如第三D圖所示，完成點火動作後，釋放 點火按鍵21後，藉由復位彈簧30之彈力使按鍵支撐座22連同 點火按鍵21往上移動，此時藉由按鍵支撐座22之第二扣接部222 之第二截角223與安全開關23之第一扣接部232之第一截角233 產生相對滑動作用而使安全開關23以樞接部231為中心轉動， 如第三E圖所示，當按鍵支撐座22藉由復位彈簧30之彈力回復 原始位置後，安全開關23亦藉由復位扭簧31回復初始位置，此 時安全開關23之第一扣接部232扣接於按鍵支撐座22之第二扣 接部222，進而完成鎖合動作。 如上所述之點火槍安全開關結構，係將安全開關23與點火 按鍵21相鄰設置，使點火按鍵21釋鎖與點火能在單一按壓動作 下完成，以簡化操作。 雖然本創作已以具體實施例揭露如上，然其並非用以限定本 創作，任何熟悉此技藝者，在不脫離本創作之精神和範圍内，當 可作各種之更動與潤飾，其所作之更動與潤飾皆屬於本創作之範 疇内，本創作之保護範圍當視後附之申請專利範圍所界定者為 準。 【圖式簡單說明】 第一圖係顯示本創作點火搶安全開關結構之立體圖； 第二圖係顯示本創作點火槍安全開關結構之分解剖面圖； 第三A圖係顯示本創作點火搶安全開關結構於初始狀態時按 鍵支撐座與安全開關扣接之剖面示意圖； M310309 第三B圖係顯示本創作點火搶安全開關結構按壓安全開關釋 鎖後之剖面示意圖； 第三C圖係顯示本創作點火槍安全開關結構安全開關回位後 按壓點火按鍵帶動按鍵支撐座之剖面示意圖； 第三D圖係顯示本創作點火搶安全開關結構點火按鍵釋放後 按鍵支稽座向上移動而與安全開關所之產生相關運動之剖面示 意圖， 第三E圖係顯示本創作點火搶安全開關結構點火按鍵連同按 鍵支撐座回位後與安全開關扣接之剖面示意圖； 【主要元件符號說明】 10點火槍殼體 11點火開關槽 12内容室 20點火開關 21點火按鍵 22按鍵支撐座 23安全開關 30復位彈簧 31復位扭簧 40點火裝置 50出火裝置 220擋止部 M310309 221點火突出部 222第二扣接部 223第二截角 230按鈕部 231樞接部 232第一扣接部 233第一截角Pressing the ignition button 21 again indicates that when the ignition switch 20 completes the unlocking action, the button support 22 is moved downward along the ignition switch slot 11 M310309, and the ignition protrusion 221 of the button support 22 is pushed down. The ignition device 40 drives the fire device 50 to complete the ignition operation, and simultaneously presses the return spring 30. At this time, the safety switch 23 is released, and the safety switch 23 is returned to the initial state by resetting the elastic force of the torsion spring 31, as shown in the third D diagram. As shown in the figure, after the ignition button 21 is released, the button support 22 is moved upward together with the ignition button 21 by the elastic force of the return spring 30. At this time, the second fastening portion 222 of the button support base 22 is supported by the button. The second truncated angle 223 and the first intercepting angle 233 of the first fastening portion 232 of the safety switch 23 generate a relative sliding action to rotate the safety switch 23 around the pivoting portion 231, as shown in FIG. After the support seat 22 returns to the original position by the elastic force of the return spring 30, the safety switch 23 also returns to the initial position by the reset torsion spring 31. At this time, the first fastening portion 232 of the safety switch 23 is fastened to the button support base 22 Second fastening 222, thereby completing the locking action. The igniter safety switch structure as described above is provided with the safety switch 23 adjacent to the ignition button 21, so that the ignition button 21 release and ignition can be completed under a single pressing action to simplify the operation. Although the present invention has been disclosed in the above specific embodiments, it is not intended to limit the present invention, and any one skilled in the art can make various changes and refinements without departing from the spirit and scope of the present invention. And the retouching is within the scope of this creation, and the scope of protection of this creation shall be subject to the definition of the patent application scope attached. [Simple diagram of the diagram] The first diagram shows the perspective view of the safety ignition switch structure of the creation; the second diagram shows the exploded sectional view of the safety switch structure of the creation igniter; The third diagram shows the safety ignition switch of the creation Schematic diagram of the structure of the button support seat and the safety switch when the structure is in the initial state; M310309 The third B picture shows the cross-sectional view of the safety switch structure of the creation of the ignition safety switch after the lock is released; the third C picture shows the creation point The firearm safety switch structure safety switch returns to the position and presses the ignition button to drive the sectional view of the button support seat; the third D picture shows the creation of the ignition ignition safety switch structure. After the ignition button is released, the button support seat moves upward and the safety switch is generated. The cross-sectional view of the related motion, the third E-picture shows a schematic cross-sectional view of the ignition switch of the ignition switch and the safety support switch after the ignition switch of the safety switch structure is assembled; [Main component symbol description] 10 Ignition of the igniter housing 11 Switching slot 12 content room 20 ignition switch 21 ignition button 22 button support seat 23 security Off 30 reset spring 31 reset torsion spring 40 ignition device 50 fire device 220 stop portion M310309 221 ignition protrusion portion 222 second fastening portion 223 second truncated angle 230 button portion 231 pivot portion 232 first fastening portion 233 first Truncation