M319379 八、新型說明： 【新型所屬之技術領域】 本新型係關於-種點火搶安全裝置，特別是—種二階段式操作之 安全裝置。 【先前技術】 f知點火搶之安全關結構具有各種操作控制方式，以預防不 小心啟動點火’造成意外。-種具安全開關之點火搶，如台灣專利公 #告號第獅76賴型專利案，其係揭露安全開關π帛二端之勾部η 卡制於框板42内，使餘4〇無法相對於殼體1()產生滑移而歡。當 使用者欲點火時’需先按壓安全開關3〇之按壓部％，使安全開關向 殼體H)内偏轉，壓制彈性體35，如此安全開關3〇之勾部^則脫離 按钮40 ’而使用者能順勢按壓按叙々ο以點火。 此種安全裝置，可有赌錢4誤壓独4G *發生斜。然而使 '用者雜火時’手指需先按壓安全_ 30讀壓部34，待自部32脫 ♦離框板42後，手指迅速移至按紐4〇之按壓部W按壓點火。於此過程 中’手指之移動動作需相當迅速，否則當手指離開安全開關3〇之瞬 間，其按歷部34又會迅速恢復至原位置，造成勾部％又卡制於框板 42内。如此手指需往復健安全_ 3()多次，待手指之移動速度快 於減部34轉之速料’才能成功社，造輕火料少麻煩及困 擾。 【新型内容】 白知點火杨安全開關結構具有操作麻煩之問題存在。本新型的目 M319379 的在於提供一種點火搶安全裝置，其可有效防止兒童不小心誤壓點火 之意外，同時操作也較便利，可有效解決先前技術所存在的問題或缺 點0 為達成上述之目的，本創作一種點火搶安全裝置，包括有··一殼 •體，内部具有一容置室；-點火裝置，設於般體之容置室；一抵觸件， 設於殼體之容置室，並與點火裝置間具存在有一緩衝空間；一安全開 關，设於殼體上，具有—第—面及—第二面，第—面朝殼體之容置室， 鲁第一面朝殼體外部，安全開關係於未操作位置與操作位置間係呈一角 度作動於未操作位置時，安全開關之第一面一端係抵觸於抵觸件， 使該點火裝置無法作動點火，而於操雜置時，安全卿之第一面係 不抵觸於抵觸件，點火裝置係可作動點火。 根據本創作之技術手段，本創作可有效防止誤壓點火之意外發 生，同時操作也較方便、快速，具有眾多之功效。 φ 以下在實施方式中詳細敘述本新型之詳細特徵以及優點，其内容 足以使任何熟習細技藝者了解本新型之技細容並據以實施，且根 據本β兒明書所揭4之内容、中請專利範圍及圖式，任何熟習相關技藝 者可輕易地理解本新型相關之目的及優點。 以上之關於本新獅容之綱及以下之實施方式之綱係用以示 範與轉搞狀顧，散提供本新狀翻申請麵更進一步之 解釋。 【實施方式】 為使對本新型的目的、構造、特徵、及其功能有進一步的瞭解， M319379 茲配合實施例詳細說明如下。 請參閱第一圖所示，為本創作點火槍安全裝置之構造圖。點火槍 安全裝置包括有一殼體50、一設於殼體50内之抵觸件60、一設於殼 體50上並與抵觸件60接觸之安全開關70、一設於殼體50内，並與 安全開關70接觸之點火本體80及一設於殼體50内，並與點火本體 ‘ 80相抵觸之電子點火器90。 點火搶殼體50為一金屬材質所構成之手搶形狀之殼體50，内部 • 具有一容置室510，可容設點火槍所必要之構件。 抵觸件60，設於點火搶殼體50内、搶體之後方，並固定於其容 置室510，其具二平臺610 (請配合參閱第二圖及第三圖所示），二平 臺610平行設置，且之間有一高度差；有一連接部62〇，係連接此二 平臺610，使抵觸件60朝點火槍搶口方向呈一下階梯狀。 安全開關70，設於殼體50上，一端並抵觸於抵觸件6〇，其由一 . 按钮710及一延伸部720所構成。按紐710為一上窄下寬之長形塊狀 φ體，具有一第一端7110及一第二端7120，其中第二端7120之截面大 於弟一7110之截面’其較第一:¾¾ 7110突出之部分係供手指施力按 壓此安全開關70之處。按紐710並具有一第一面7130及第二面7140, 第一面7130朝向殼體50内部，呈一平坦之平面；第二面714〇朝向殼 體50外部，呈一弧形面，於弧形面上並設有複數個條狀之隆起物 7150 ’此些隆起物7150平行地設置於安全開關70第二面7140上，並 與第二面7140二邊相連接，其係提供使用者按壓時，加大手指與安全 開關70間之摩擦力’以方便插作使用。一矩形片狀之延伸部wo，設 M319379 置於按紐710第一端710邊緣處，並朝按紐710第一面7130之方向， 垂直按鈕710延伸。於延伸部720 —面上，朝按鈕71〇之第二端712〇 方向並設置有一第一凸緣7210，一彈簣1〇〇係套設於此第一凸緣721〇 上，並活動於其上。值得注意的是，抵觸件60二平臺61〇之高度差係 與安全開關70延伸部720之厚度相當，且組裝時，延伸部72〇係設於 抵觸件60之上平台610下方，並抵觸於連接部620。 點火本體80，設於殼體50内部，為一半開放之形體。其具有一 0上平板810及一下平板820，此二平版810、820係間隔一距離且相互 平行設置。一侧板830設於上、下平板810、820之一端側面處，其一 面連接於此二平板810、820 —端上，另一面係與安全開關7〇之按鈕 710的第一面7130接觸。於點火本體80之下平板820，並設置有一第 二凸緣8210及一第三凸緣8220,第二凸緣8210設置凸出於下平板82〇 之底面上，其目的係使點火本體80於操作使用時可卡設於殼體5〇上。 -而苐二凸緣8220凸設於下平板820，朝點火搶搶口方向之一端上，並 春有一彈黃110套設於其上。此外，於上平板81〇、下平板82〇及側板 830所圍繞成之半開放區域中，係可供一電子點火器90放置，電子點 火器90放置於下平板820之上方，其開關91〇並頂觸於點火本體8〇 之側板830 —面。電子點火器9 0係經由按壓其開關9丨〇，可產生電弧， 以啟動點火搶點火。 請芩閱第三圖至第五圖所示，為本創作點火搶安全裝置之動作示 意圖。苐二圖為本創作點火槍安全裝置未操作時之位置圖，當欲使用 點火杨點火時’手指係先觸放於安全開關7〇之按紐710上並向下壓設 M319379 、 t 按鈕710，使安全開關70之延伸部72〇脫離抵觸件6〇之下平臺⑽ (請參閱第四圖），此時設於延伸部，第一凸緣721〇之彈菁励因 手指施力於安全開關70 ’故彈簧励抵觸於點火本體8〇之上平板81〇 表面，而被廢縮；此時因安全開關7〇之延伸部72〇前方已無物件阻播， 故手指可對餘7K)朝點火搶搶σ之方向按壓點火（請參閱第五圖田所 示）。而當安全開關70朝槍口方向移動時，係帶動貼設於其第一面713〇 (請參閱第二圖所示）之點火本體8G作動，同時亦觸動電子點火器 # 90之開關910，而啟動點火搶點火。此時因安全開關％之延伸部似 係抵卡於細件60之下平臺61G，故安全糊％不會向上彈起回復。 而於點火的同時，點火本體80下平板82〇之第三凸緣㈣係亦同時 壓縮彈簧no，當點火完畢後，使用者釋放手指之力量，此彈菁ιι〇 之彈性恢復力則推擠點火本體80，使其朝槍口後端之方向移動，待下 平板S20之第二凸緣8210卡抵於殼體％時才停止，而此時安全開關 '7〇之延伸部720係脫離抵觸件60下平臺610之阻播，而彈簀觸因 籲彈性恢復力得以使安全開關7〇向上彈設，直至延伸部72〇與殼體％ 及抵觸件60之上平臺610抵觸為止。 /本創作安全開關70，於操作點火時，需先向下推壓按钮刑，而 後才向前推壓按紐71〇，屬二階段點火開關。於平時不點火時，若向 前推壓按紐710，延伸部720會因抵觸於抵觸件60，故按紐無法按壓 710 ’而不會有誤觸點火之意外發生。她於習知技術雖亦為二階段點 火，但習知技術二階段屬同-方向操作，使用時仍易誤碰，本創作二 動作間呈—90度之操作，可有效杜絕此問題存在。本創作二階段點火 M319379 動作雖呈9G度操作’但並秘定於此肢，只要二動作 度者，皆含括於本創作之範圍内。 /、有角 雖然本新型以前述之實施例揭露如上，然其並非用 型。在不脫離本新型之精神和範_，所為之更動與_， 型之專利保護範圍。 —本新 【圖式簡單說明】 第一圖為本創作點火搶安全裝置之構造圖。 第二圖為本創作點火槍安全裝置之爆炸圖。 第三圖至第五圖為本創作點火槍安全裝置之動作示音圖。 【主要元件符號說明】 習知技術 10.............................殼體 30.................. ...........安全開關 32.................. ...........⑽ 34.................. ...........按壓部 35.................. ...........彈性體 40.................. ...........按紐 42................... 本創作 50................... ...........殼體M319379 VIII. New description: [New technical field] The new type is related to the ignition safety device, especially the two-stage safety device. [Prior Art] The safety structure of the ignition rush has various operational control methods to prevent accidental ignition. - Ignition with a safety switch, such as the Taiwan patent public # 告号第狮76赖型 patent case, which reveals that the hook η of the safety switch π帛 two ends is stuck in the frame plate 42, so that the remaining 4〇 cannot Sliding and moving relative to the housing 1 (). When the user wants to ignite, 'the pressing portion % of the safety switch 3 需 is first pressed to deflect the safety switch into the housing H), and the elastic body 35 is pressed, so that the hook portion of the safety switch 3 脱离 is released from the button 40 ′ The user can press the 々 々 to ignite. Such a safety device can have a gambling 4 error pressure alone 4G * occurs obliquely. However, when the user's miscellaneous fire is used, the finger needs to be pressed first by the safety _ 30 reading portion 34, and after the portion 32 is removed from the frame plate 42, the finger is quickly moved to the pressing portion of the button 4 to press the ignition. In this process, the movement of the finger needs to be quite rapid. Otherwise, when the finger leaves the safety switch 3, the calendar portion 34 will quickly return to the original position, causing the hook portion to be locked in the frame plate 42. Such a finger needs to reciprocate and be safe _ 3 () multiple times, until the finger moves faster than the reduced portion of the 34-speed material can be successful, creating light fire less trouble and trouble. [New content] Baizhi ignition Yang safety switch structure has the problem of troublesome operation. The M319379 of the present invention provides an ignition smashing safety device, which can effectively prevent accidental accidental pressure ignition of children, and is also convenient to operate, and can effectively solve the problems or shortcomings of the prior art. The present invention relates to an ignition safety device, which comprises a housing and a housing, and has an accommodation chamber therein; an ignition device, which is disposed in the accommodation chamber of the general body; and an abutting member, which is disposed in the housing chamber of the housing. And a buffer space exists between the ignition device and the ignition device; a safety switch is disposed on the housing, has a first surface and a second surface, and the first surface faces the housing chamber, and the first surface faces the shell Outside the body, when the safety is opened at an angle between the unoperated position and the operating position, the first end of the safety switch is in contact with the abutting member, so that the ignition device cannot be ignited, and the operation is complicated. At the time of the installation, the first side of the security guard does not contradict the abutment, and the ignition device can be ignited. According to the technical means of the creation, the creation can effectively prevent accidental ignition of the accidental ignition, and the operation is also convenient and fast, and has many functions. The detailed features and advantages of the present invention are described in detail below in the embodiments, which are sufficient to enable any skilled artisan to understand the details of the present invention and to implement it, and according to the contents of FIG. In view of the scope and schema of the patent, any person skilled in the art can easily understand the related purposes and advantages of the present invention. The above outlines on the implementation of this new lion's syllabus and the following implementations are used to demonstrate and transcend the situation, and to provide a further explanation of this new application. [Embodiment] In order to further understand the object, structure, features, and functions of the present invention, M319379 will be described in detail below in conjunction with the embodiments. Please refer to the first figure for the construction of the igniter safety device. The igniter safety device includes a housing 50, a contact member 60 disposed in the housing 50, a safety switch 70 disposed on the housing 50 and in contact with the abutting member 60, and a housing 50 disposed in the housing 50, and The ignition body 80 is in contact with the ignition body 80 and an electronic igniter 90 disposed in the housing 50 and in opposition to the ignition body '80. The igniting housing 50 is a metal-made housing 50 having a hand-shaped shape. The interior has an accommodating chamber 510 for accommodating the components necessary for the igniter. The mate member 60 is disposed in the igniting housing 50 and behind the body, and is fixed to the accommodating chamber 510. The pedestal 60 has two platforms 610 (please refer to the second and third figures), and the second platform 610 Parallelly disposed with a height difference therebetween; a connecting portion 62 is connected to the two platforms 610 such that the abutting member 60 is stepped toward the igniting direction of the igniter. The safety switch 70 is disposed on the housing 50 and has one end and is in contact with the abutting member 6', and is composed of a button 710 and an extending portion 720. The button 710 is an elongated block-shaped φ body having a narrow width and a wide width, and has a first end 7110 and a second end 7120, wherein the cross section of the second end 7120 is larger than the cross section of the brother 7110, which is the first: 3⁄43⁄4 The protruding portion of the 7110 is where the finger is pressed to press the safety switch 70. The button 710 has a first surface 7130 and a second surface 7140. The first surface 7130 faces the inside of the housing 50 and has a flat plane. The second surface 714 〇 faces the outside of the housing 50 and has a curved surface. The plurality of strip-shaped bumps 7150 are disposed on the curved surface. The bumps 7150 are disposed in parallel on the second surface 7140 of the safety switch 70 and are connected to the two sides of the second surface 7140. When pressing, increase the friction between the finger and the safety switch 70 to facilitate insertion. A rectangular sheet-like extension wo, M319379 is placed at the edge of the first end 710 of the button 710, and extends in the direction of the first face 7130 of the button 710, the vertical button 710. On the surface of the extension portion 720, a first flange 7210 is disposed in the direction of the second end 712 of the button 71, and a magazine 1 sleeve is sleeved on the first flange 721, and is active on On it. It should be noted that the height difference of the resisting member 60 and the platform 61 is equivalent to the thickness of the extending portion 720 of the safety switch 70. When assembled, the extending portion 72 is disposed below the platform 610 of the abutting member 60 and is in conflict with Connection portion 620. The ignition body 80 is disposed inside the casing 50 and is a half-open shape. It has an upper plate 810 and a lower plate 820. The two lithographs 810 and 820 are spaced apart from one another and disposed parallel to each other. The one side plate 830 is disposed at one end side of the upper and lower flat plates 810, 820, one side of which is connected to the end of the two flat plates 810, 820, and the other side is in contact with the first surface 7130 of the button 710 of the safety switch 7A. The plate 820 is disposed under the ignition body 80, and a second flange 8210 and a third flange 8220 are disposed. The second flange 8210 is disposed on the bottom surface of the lower plate 82. The purpose is to make the ignition body 80 It can be snapped onto the casing 5 when it is used. - The second flange 8220 is protruded from the lower plate 820 toward one end of the ignition grabbing port, and a spring 110 is placed on the spring. In addition, in the semi-open area surrounded by the upper plate 81 〇, the lower plate 82 〇 and the side plate 830, an electronic igniter 90 can be placed, and the electronic igniter 90 is placed above the lower plate 820, and the switch 91 〇 And it touches the side plate 830 of the ignition body 8〇. The electronic igniter 90 is capable of generating an arc by pressing its switch 9 以 to initiate ignition ignition. Please refer to the third to fifth figures for the purpose of creating the ignition safety device. The second figure is the position map of the safety device when the ignition gun is not operated. When the ignition is to be used, the finger is first placed on the button 710 of the safety switch 7 and the M319379, t button 710 is pressed down. The extension portion 72 of the safety switch 70 is disengaged from the platform (10) under the contact member 6 (refer to the fourth figure). At this time, the extension portion is provided, and the first flange 721 is elasticized by the finger. The switch 70' is therefore spring-excited against the surface of the flat plate 81 on the ignition body 8〇, and is shrunk; at this time, because there is no object blocking in front of the extension portion 72 of the safety switch 7〇, the finger can be used for the remaining 7K) Press the ignition in the direction of the ignition grab σ (see the fifth map). When the safety switch 70 moves toward the muzzle, the ignition body 8G attached to the first surface 713 (refer to the second figure) is actuated, and the switch 910 of the electronic igniter #90 is also activated. And start the ignition to grab the ignition. At this time, since the extension of the safety switch % seems to be stuck to the platform 61G below the thin member 60, the safety paste % does not rebound upward. At the same time of ignition, the third flange (four) of the lower plate 82 of the ignition body 80 also compresses the spring no. When the ignition is completed, the user releases the force of the finger, and the elastic restoring force of the elastic body is pushed. The ignition body 80 is moved in the direction of the rear end of the muzzle, and is stopped when the second flange 8210 of the lower plate S20 is locked against the casing %, and the extension portion 720 of the safety switch '7〇 is detached from the contact The block 60 is blocked by the platform 610, and the elastic click force causes the safety switch 7 to be upwardly biased until the extension portion 72 is in contact with the housing % and the platform 610 above the resisting member 60. / This creation safety switch 70, when operating the ignition, must first push down the button, and then push the button 71 向前 forward, which is a two-stage ignition switch. When the ignition is not ignited, if the push button 710 is pushed forward, the extension portion 720 may interfere with the contact member 60, so the button cannot press the 710 ′ without accidental accidental contact fire. Although she is a second-stage fire in the conventional technology, the second phase of the prior art is operated in the same direction. It is easy to accidentally touch when used. The operation of the second operation is -90 degrees, which can effectively prevent this problem. The second stage ignition of this creation, M319379, is operated at 9G degrees, but it is secretly fixed to this limb. As long as the two movements are included, it is included in the scope of this creation. /, horn Although the present invention is disclosed above in the foregoing embodiments, it is not a type. Without departing from the spirit and scope of this new model, the scope of patent protection is changed. —本新 [Simple diagram of the diagram] The first diagram is the construction diagram of the ignition safety device. The second picture is an exploded view of the safety device for the igniting gun. The third to fifth figures are the sound diagrams of the action of the igniting gun safety device. [Major component symbol description] Conventional technology 10....................................Shell 30........ .......... ...........Safety switch 32.............................. ...(10) 34.................................... Pressing section 35............. ..... ...........elastomer 40.............................. button 42................... This creation 50............................... ...case
510...........................容置室 60.............................抵觸件 M319379 610...........................平臺 620...........................連接部 70.............................安全開關 710...........................按鈕 7110.........................第一端 7120.........................第二端 7130.........................第一面 7140.........................第二面 7150.........................隆起物 720...........................延伸部 7210.........................第一凸緣 80.............................點火本體 810...........................上平板 820...........................下平板 8210.........................第二凸緣 8220.........................第三凸緣 830...........................側板 90.............................電子點火器 910...........................開關 100...........................彈篑 110...........................彈簧 11510........................... accommodation room 60.................. ...........Interference piece M319379 610........................... Platform 620... .....................Connections 70.......................... ...safety switch 710........................... button 7110............... .......... first end 7120......................... second end 7130....... ..................first side 7140......................... second side 7150............................... ........................ ...extension 7210........................first flange 80........... ..................Ignition body 810...........................Upper plate 820........................... Lower plate 8210................... ...the second flange 8220.........................the third flange 830......... ..................Side board 90.............................Electronics Igniter 910...........................Switch 100.................. .........impeach 110...........................Spring 11