M276143 八、新型說明： 【創作之技術領域】 本創作係有關一種供氣瓶體之啟動器，特別指—種可 以供任意決定是否開啟氣體或瓦斯壓縮鋼瓶之啟動器。 【先前技術】 人類的日常生活、交通工具、休閒或冒險活動中，有 許多場合需要使用内部填充氣體的設備，例如水上救生器 材（救生衣、救生圈）、充氣床墊、飛機逃生設備等。習知 需填充氣體的設備，有的必須人力吹氣，有的使用打氣幫 浦協助’則者耗費體力，後者緩不濟急，特別是在緊急需 土的場合’例如上揭水上救生器材，即必須在受難者落水 2或她時’馬上將救生衣紐生圈絲，俾因應緊急 =二因此坊間有一種預先高壓壓縮氣體的壓縮鋼瓶，可 又於救生轉或需充氣的設備，t需要氣體填充時， ^開啟壓縮鋼瓶’使内部氣體迅速充滿其他設備。咳壓 預先壓縮氣體外’有時亦壓縮瓦斯氣體於内 ^器等各㈣力顧於救生索發心、降落伞發 斯的2=見’如何能讓使用者適時開啟高壓氣趙或瓦 :鈿鋼瓶，以因應實際需求，係為供 鋼瓶時，如二%其在人力無法或來不及啟動壓縮 所需具備的功_ ^. 更將疋救生器材等設備 力此，而本案即在於提供—種兼具上述功能的 M276143 供氣瓶體之啟動器。 【創作内容】 本創作主要目的’係在提供-種供氣瓶體之啟動器， 係藉以啟動器内部構件及組裝關係設計，組成一種可以釺 合於壓縮鋼瓶之啟動H，俾提供使用者能自行因應需求= 啟壓縮鋼瓶，亦可在使用者無法操作或來不及摔作1啟動 :時2藉由内部安全機制自行作動，令壓縮鋼歸 用，俾達成實用及安全功致。 -安目的’本創作實施内容係包括1動器本體、 =開關、一頂推裝置及一刺破裝置所組成，其中：該 啟動益本體係可供組裝於壓縮鋼瓶端口之卜盖二 内部設置所述安全開關、娜置及刺破裝;、:：二 處設有可進水之通孔；料全開㈣ 置亚於延疋 環圈之扇狀弧形片，於數 成個可聚合成- 設有-可撕4 成㈣狀態的外圈套 束環（例如水份並可_自行軟化裂解的 ，峨裝置係具有一頂桿，於 本體 破裝置’於頂桿後端設有-包含有彈4=供作動刺 ，而頂桿㈣係魏於數㈣Μ f力調整組 或自行軟化裂解而致數弧形片散開時，可環被撕裂 向位移，藉此作動二^ =置係包含有頂針及彈性元件等設於啟動器=中 、、’十/、—端尖刺部係對應壓縮鋼瓶端口，另—端乃頂抵 M276143 於上述頂桿其一嵌槽中，可藉頂桿軸向位移動作，使τ頁針 被下壓刺穿壓縮鋼瓶端口 ’俾令氣體或瓦斯喷發供應^故 生設備等，藉此組成供氣瓶體之啟動器。 【實施方式】 茲依附圖實施例將本創作之結構特徵及其他之作用 目的詳細說明如下： 如附圖所示，本創作所為『供氣瓶體之啟動器』，係— 種可以適時刺破氣體或瓦斯壓縮鋼瓶5 〇之啟動器，包括 一啟動器本體1、一安全開關2、一頂推裝置3及一刺破 裝置4所組成，其中： 啟動器本體1，如第一圖至第四圖所示，係組裝於壓 縮鋼瓶5 0端口之中空結構體，可構成為中空圓筒狀，於 側部設有一徑向貫穿孔11，於一端設有數個可進水之通 孔1 2 1，另一端供下述之頂推裝置3組裝，其内筒壁設 有一凸座1 3 ’於凸座1 3凹設有一轴向導槽131，其 外筒壁凸設有一連結座1 4，於連結座1 4底設有一容置 孔141徑向與啟動器本體1内部相通，且容置孔141 側設有一排氣孔1 4 2延伸出啟動器本體1外，藉排氣孔 1 4 2供與救生器材（例如救生衣、救生圈）或其他設備 結合；其中，所述中空圓筒狀啟動器本體1可為兩端相通 結構，於一端螺設有一端蓋1 2，於端蓋1 2中央設有一 軸孔1 2 2 ’於軸孔1 2 2周圍設有上述之通孔1 2 1， 而另一端係設有内螺紋1 5，供所述頂推裝置3組裝； 7 M276143 安全開關2 ’如第一、四、五圖所示，包含數個可聚 合成一中空圓環之扇狀弧形片2 1，設置於啟動器本體1 之通孔1 2 1端内部，各弧形片2 1内壁内端各設有一弧 形凹槽2 1 1，於凹槽2 1 1相鄰内壁處設有一錐面2 1 2，各數弧形片2 1聚合成中空圓環狀態的外圍係套設有 一可迅速吸收水份並可瞬間自行軟化裂解的束環22，該 束環2 2可為紙材構成，將中段加以揉轉呈圓柱狀增加適 當韌性，再令片狀二端相互粘著圈繞於孤形片2 1，於束 環2 2圈繞有一拉繩2 4經過上述貫穿孔1 1延伸出啟動 器本體1外； 頂推裝置3 ’如第一圖至第四圖所示，係包含有一頂 桿3 1設於安全開關2内端之啟動器本體1中，於桿身凸 。又有一鍵3 1 1肷合於導槽1 3 1，以及二個内凹狀後槽 3 1 2、3 1 2’對應於容置孔1 4 1，於頂桿3 1後端設 有一半球部3 1 5及一包含有彈性元件3 3可頂推頂桿3 1之壓力調整組，於頂桿3 1前端設有一錐部3 3頂抵 於上述數弧形片2 1之錐面2 1 2，錐部3 1 3前端設有 一凸柱3 1 4可移動插入端蓋1 2之軸孔1 2 2 ;其中， 所述該壓力調整組係具有一螺帽3 2，其外壁設有外螺紋 3 2 1與啟動器本體1之内螺紋1 5鎖合並能調整軸向位 置，於螺帽3 2内端設有一容置腔3 2 2，於容置腔3 2 2中依序設有一彈性元件3 3及一頂塊3 4，令該頂塊3 4彈性元件3 3張力持續頂抵於頂桿3 1後端半球部3工 M276143 刺破裝置4，如第一圖至第四圖所示，係包含一頂針 4 1穿置於連結座1 4之容置孔1 4 1中，頂針4 1周圍 設有一氣密環410防止氣體進入啟動器本體1，於一端 設有一直徑較小的尖刺部4 1 1對應壓縮鋼瓶5 0端口， 於尖刺部4 1 1套設一彈性元件4 2及一中空狀固定環4 3 ’使固定環43結合於容置孔14 1内壁作為彈性元件 4 2支撐部，令彈性元件4 2持續頂推頂針4 1另一端端 部所設一鋼珠4 4與頂桿3 1之嵌槽3 1 2嵌合，即可藉 頂桿3 1軸向前移動作，使頂針4 1被下壓而用尖刺部4 1 1刺穿壓縮鋼瓶5 0端口； 藉上述啟動器本體1、安全開關2、頂推裝置3及刺 破裝置4 ’即組成安全開關2之束環2 2被拉繩2 4撕裂 或遇水自行軟化裂解而致數弧形片2 1散開時，可藉壓力 。周正組之彈性元件3 3使頂桿3 1呈轴向前移，並作動於 刺破裝置4之供氣瓶體啟動器。 本創作應用實施領域，係可將啟動器本體i之排氣孔 1 4 2與水上救生器材（救生衣、救生圈）、充氣床墊、飛 機逃生设備等接合。如不需使用時，係以數弧形片2丄擋 止頂桿3 1 ’故不會使頂針4 1刺破壓縮鋼瓶5 〇 (如第 四圖所不），當使用者拉開所述拉繩2 4，則將同步撕裂束 裱2 2 (如第六圖所示），並以壓力調整組之彈性元件3 3 使頂桿3i前端錐部313推開數弧形片21，讓頂桿3 1呈轴向前移，該頂桿3 1前移時，將使頂針4 1上端之 鋼珠4 4脫離嵌槽3 1 2，同步下壓頂針4 1刺穿壓縮鋼 M276143 瓶5 0端口；當頂桿2 士 合另一嵌槽3 1 2, U續耵移，將使鋼珠4 4上升嵌 回原位，故能使壓縮鋼圖所二）’再令頂針4 1上升 由容置孔1 4 1及· ㈣氣體心’並令氣體經 可供使用者任意操作^ Μ 2填充於其他設備，故達成 刺穿塵縮鋼瓶5 0時，或來不及操作該拉罐2 4而 動器本體1將束環2 2、、4^通孔1 2 1結構使水進入啟 力推擠數弧形片，而前移，同二= 用，故可達成適•自行作動以因應緊急情勢的功能。 练上所述，本創作『供氣瓶體之啟動器』，已確具實用 性與創作性’其手段之運用亦出於新穎無疑，且功效與設 計目的誠然符合，已稱合理進步至明，為此，依法提出新 型專利申請’惟懇請钩局惠予詳審，並賜准專利為禱， 至感德便。 【圖式簡單說明】 第一圖為本創作分解狀態之立體示意圖。 第二圖為本創作組成狀態之軸向斷面示意圖。 第三圖為本創作組成狀態之徑向斷面示意圖。 第四圖為本創作局部結構之放大示意圖。 第五圖為本創作數弧形片之分解示意圖。 第六圖為本創作應用實施動作示意圖之一。 第七圖為本創作應用實施動作示意圖之二。 10 ⑧ M276143 【主要元件符號說明】 1 · · · •啟動器本體 1 1 • 暑 •貫穿孔 12·· •端蓋 1 2 1 · •通孔 12 2· •軸孑L 1 3 • · •凸座 13 1· •導槽 1 4 • · •連結座 14 1· •容置孔 1 4 2 · •排氣孔 15·· •内螺紋 2 • • · •安全開關 2 1··- •弧形片 2 1 1 · ·_凹槽 2 12· •錐面 2 2 • · •束環 2 4·· •拉繩 3 • • · •頂推裝置 3 1·· •頂桿 3 1 1 · •鍵 3 12、 3 1 2’嵌槽 3 1 3 · •錐部 3 14· •凸柱 3 1 5 · •半球部 3 2·· •螺帽 3 2 1 · •外螺紋 3 2 2· •容置腔 3 3 • · •彈性元件 3 4·· •頂塊 4 • • · •刺破裝置 4 1·· •頂針 4 1 0 · •氣密環 4 11· •尖刺部 4 2 • · •彈性元件 4 3·· •固定環 4 4 • · •鋼珠 5 0 —— •壓縮鋼瓶M276143 8. Description of the new type: [Technical field of creation] This creation relates to a starter for a gas supply cylinder, in particular, a starter that can be used to arbitrarily decide whether to open a gas or gas compression cylinder. [Previous Technology] In daily life, transportation, leisure or adventure activities of human beings, there are many occasions that need to use equipment filled with internal gas, such as water life-saving appliances (life jackets, life buoys), inflatable mattresses, aircraft escape equipment, and so on. Some of the equipment that is known to be filled with gas must be blown by humans, and some use pumps to assist in pumping. 'These are physically demanding, and the latter is inconvenient, especially in the occasion of urgent need for soil.' When the victim falls into the water 2 or her, you must immediately wire the life jacket to a new life ring. In response to the emergency = two, there is a compressed steel bottle of high-pressure compressed gas in the workshop, which can be used for life-saving or inflatable equipment. At that time, ^ open the compression cylinder to quickly fill the internal gas with other equipment. Cough pressure pre-compresses the gas outside, sometimes compresses the gas gas in the internal organs, etc. Everyone cares about the lifeline of the lifeline and the parachute 2 = see 'How to allow the user to turn on the high-pressure gas in time. Zhao or tile: 钿Cylinders, in response to actual needs, are used to supply cylinders, such as 2% of the work required to start compression when humans cannot or do not have the time to start compression _ ^. In addition, equipment such as life-saving equipment will do its best, and this case is to provide-a kind of Starter for M276143 gas supply cylinder with above functions. [Creation content] The main purpose of this creation is to provide a kind of starter for gas cylinders. It is designed based on the internal components and assembly relationship of the starter to form a starter H that can be combined with compressed steel cylinders, so as to provide users with the ability to Respond to the needs on its own = open the compression cylinder, and it can also be started when the user is unable to operate or it is too late to fall: Hour 2 By the internal safety mechanism to act on its own, the compression steel is used, and practical and safety functions are achieved. -Anmu 'This creative implementation content consists of 1 actuator body, = switch, a push device and a piercing device, of which: the start-up benefit system can be installed inside the cover of the compression cylinder port. Said safety switch, Na Zhi and piercing equipment; :: There are two through holes that can enter the water; the material is fully opened, and the fan-shaped arc-shaped pieces located in the Yanhuan ring are aggregated into several pieces. -Equipped with-can be ripped into the outer ring collar (such as moisture and can be _self-softening and cracking, E device has a ejector rod, the body breaking device is provided at the rear end of the ejector rod-including Bomb 4 = for action spurs, and when the ejector rod is in the ㈣Μ f force adjustment group or softens and cracks by itself, and several arc-shaped pieces spread apart, the ring can be torn and displaced, thereby acting ^ = There are thimbles and elastic elements on the starter = middle ,, 'ten /,-the tip of the end corresponds to the port of the compression cylinder, and the other end is against M276143 in one of the recesses of the ejector, which can be borrowed Axial displacement action causes the τ page needle to be pushed down and pierce the port of the compression cylinder, which causes gas or gas to erupt. ^ Old equipment, etc., to form the starter of the gas supply cylinder. [Embodiment] The structure and other functions of this creation will be described in detail according to the embodiments of the drawings: As shown in the drawings, this creation is "Starter for gas supply cylinder" is a kind of starter that can puncture gas or gas compression cylinder 50 in time, including a starter body 1, a safety switch 2, a pushing device 3 and a piercing device It is composed of 4: Among them, the starter body 1, as shown in the first to fourth figures, is a hollow structure assembled at the 50 port of the compressed steel cylinder, which can be formed into a hollow cylindrical shape, and a radial direction is provided on the side. The through hole 11 is provided with a plurality of water inlet holes 1 2 1 at one end, and the other end is used for assembling of the pushing device 3 described below. The inner cylinder wall is provided with a convex seat 1 3 ′ and a concave seat 1 3 is provided with a recess. The shaft guide groove 131 is provided with a connecting seat 14 protruding from the outer cylinder wall. A receiving hole 141 is provided at the bottom of the connecting seat 14 to communicate with the inside of the starter body 1 in a radial direction, and an exhaust is provided on the side of the receiving hole 141. Holes 1 4 2 extend out of the starter body 1 and are provided through the exhaust holes 1 4 2 for life-saving appliances ( Such as life jackets, life buoys) or other equipment; wherein the hollow cylindrical starter body 1 may have a structure communicating at both ends, and an end cover 12 is screwed on one end, and a shaft hole 1 is provided in the center of the end cover 12 2 2 'Around the shaft hole 1 2 2 is provided with the above-mentioned through hole 1 2 1, and the other end is provided with an internal thread 1 5 for the ejection device 3 to be assembled; 7 M276143 safety switch 2' as the first, As shown in Figures 4 and 5, the fan-shaped arc-shaped pieces 2 1 which can be aggregated into a hollow ring are arranged inside the through-hole 1 2 1 end of the starter body 1, and each of the curved pieces 21 1 on the inner end of the inner wall. An arc-shaped groove 2 1 1 is provided, and a tapered surface 2 1 2 is arranged adjacent to the inner wall of the groove 2 1 1. Each of the arc-shaped pieces 2 1 is aggregated into a hollow ring. Moisture and instantaneously soften and crack the tow ring 22. The tow ring 22 can be made of paper. The middle section is rolled into a cylindrical shape to increase the appropriate toughness, and then the two ends of the sheet are adhered to each other in a solitary shape. A sheet 21 is wound around a loop 2 with a drawstring 2 4 and extends out of the starter body 1 through the through-hole 11 described above; the pushing device 3 'such as A fourth FIGS shown, comprises a rod system 31 is provided in the inner end of the 2 start safety switch main body 1, in the projection shaft. Another key 3 1 1 fits into the guide groove 1 3 1 and two recessed rear grooves 3 1 2, 3 1 2 'correspond to the accommodation holes 1 4 1 and a half ball is provided at the rear of the ejector 3 1 The part 3 1 5 and a pressure adjusting group including an elastic element 3 3 can push the ejector rod 3 1. A tapered part 3 3 is provided at the front end of the ejector rod 3 1 to abut the conical surface 2 of the number of curved pieces 2 1. 12, the front end of the tapered part 3 1 3 is provided with a convex post 3 1 4 which can be inserted into the shaft hole 1 2 of the end cover 1 2; wherein the pressure adjusting group is provided with a nut 32 and the outer wall is provided with The external thread 3 2 1 is locked with the internal thread 1 5 of the starter body 1 to adjust the axial position. An accommodation cavity 3 2 2 is provided at the inner end of the nut 3 2, and is sequentially arranged in the accommodation cavity 3 2 2. There is an elastic element 3 3 and a top block 34, so that the tension of the top block 3 4 elastic element 3 3 continuously abuts against the rod 3 1 rear hemispherical part 3 M276143 Piercing device 4, as shown in the first picture to the fourth As shown in the figure, a thimble 41 is inserted into the receiving hole 1 41 of the connecting seat 14. An air-tight ring 410 is provided around the thimble 41 to prevent gas from entering the starter body 1. A diameter of one end is provided. Small spikes 4 1 1 correspond to 50 0 end of compressed steel cylinder An elastic element 4 2 and a hollow fixing ring 4 3 are set on the spiked part 4 1 1 so that the fixing ring 43 is combined with the accommodation hole 14 1 and the inner wall is used as the elastic element 4 2 supporting part, so that the elastic element 4 2 Continue to push the ejector pin 4 1 A steel ball 4 4 is set at the other end of the ejector pin to fit into the recessed groove 3 1 2 of the ejector pin 3 1, and the ejector pin 1 can be moved forward in the axial direction, so that the ejector pin 1 is pushed down And the punctured part 4 1 1 pierce the port 50 of the compression steel cylinder; the above-mentioned starter body 1, the safety switch 2, the pushing device 3 and the piercing device 4 'are used to form the ring 2 of the safety switch 2 and the rope is pulled 2 4 When tearing or water softening and cracking by itself, and several arcuate pieces 21 are spread out, pressure can be used. The elastic element 33 of the Zhou Zheng group moves the ejector rod 31 axially forward, and act on the gas cylinder starter of the puncturing device 4. This creative application and implementation field can be used to connect the exhaust holes 1 4 2 of the starter body i with water life-saving equipment (life jackets, life buoys), inflatable mattresses, and aircraft escape equipment. If it is not used, it will stop the ejector pin 3 1 ′ with a number of curved pieces 2 so that the ejector pin 1 will not pierce the compressed steel cylinder 5 〇 (not shown in the fourth figure). Pull the rope 2 4 to mount the synchronous tearing bundle 2 2 (as shown in the sixth figure), and use the elastic element 3 3 of the pressure adjustment group to push the front end cone portion 313 of the ejector rod 3i away from the arc piece 21, The ejector rod 31 is moved forward axially. When the ejector rod 31 is moved forward, the steel ball 4 4 at the upper end of the ejector pin 1 is released from the recess 3 1 2 and the ejector pin 1 is pushed down simultaneously to pierce the compressed steel M276143 bottle 5 0 Port; when the ejector pin 2 is combined with another insert slot 3 1 2, U, the steel ball 4 4 will rise and be inserted back to the original position, so it can make the compressed steel picture 2) 'Let the ejector pin 4 1 rise freely Set holes 1 4 1 and · ㈣ gas core 'and let the gas be filled in other equipment by the user for any operation ^ Μ 2 to fill other equipment, so when the punctured dust shrink cylinder 50 is reached, it may be too late to operate the can 24 The device body 1 puts the beam ring 2 2, and 4 ^ through holes 1 2 1 so that the water enters the pushing force and pushes the number of curved pieces, and moves forward, the same as the two = use, so it can achieve the appropriate • act on its own in response to emergency situations Functions. As mentioned above, the "starter for the supply of gas cylinders" in this creation is indeed practical and creative. The use of its means is also novel and undoubted, and the efficacy and design purpose are indeed in line with each other. To this end, a new patent application is filed according to the law, but I would like to ask the bureau for detailed review and grant the patent as a prayer. [Schematic description] The first picture is a three-dimensional schematic diagram of the decomposition state of the creation. The second figure is a schematic axial sectional view of the composition state of the creation. The third figure is a schematic diagram of the radial section of the composition state of the creation. The fourth figure is an enlarged schematic diagram of the partial structure of the creation. The fifth figure is an exploded view of the arc-shaped piece. The sixth figure is one of the action diagrams of the creative application implementation. The seventh diagram is the second schematic diagram of the implementation of the creative application. 10 ⑧ M276143 [Description of main component symbols] 1 · · · • Starter body 1 1 • Summer • Through hole 12 · · • End cover 1 2 1 · • Through hole 12 2 · • Shaft 孑 L 1 3 • · • convex Seat 13 1 · • Guide slot 1 4 • · • Connection seat 14 1 · • Receiving hole 1 4 2 · • Vent hole 15 ·· • Internal thread 2 • • • • Safety switch 2 1 ··-• Curved Sheet 2 1 1 ··· Groove 2 12 · · Cone 2 2 · · · Beam Ring 2 4 ·· • Drawstring 3 • • • • Ejector 3 1 ·· • Ejector 3 1 1 · • Key 3 12, 3 1 2 'recessed groove 3 1 3 · • cone 3 14 · • projection 3 1 5 · • hemispherical 3 2 · · • nut 3 2 1 · • external thread 3 2 2 · • accommodation Cavity 3 3 • • • Elastic element 3 4 • • • Top block 4 • • • • Piercing device 4 1 • • • Ejector 4 1 0 • • Airtight ring 4 11 • • Spiked part 4 2 • • • Elastic Element 4 3 ·· • Retaining ring 4 4 • · • Steel ball 5 0 —— • Compressed steel cylinder