M392142 五、新型說明： 【新型所屬之技術領域】 本創作係一種水上救生裝置，詳而言之，尤指一種利 用一水溶性絕索溶解而啟動充氣裝置的自動充氣之水上救 生裝置。 【先前技術】 按，習用之水上救生裝置，是在救生圈或救生衣中設 充氣瓶，S發生溺水時，使用者拉開充氣瓶之控制閥，而 使充氣瓶中之壓縮空氣釋出對救生裝置充氣。 然，上述救生裝置，具有下列缺點：（丄）使用者會因 操作錯誤而無法打開充氣瓶；（2 )使用者會因緊張而忘記 拉開充氣瓶’（3 )使用者因昏迷等因素而無法拉開充氣瓶 疋以，針對上述習用水上救生裝置所存在之問題點， 本創作人本於多年從事相關產品製造開發與設計經驗，詳 加改良叹與審慎評估後，終得—確具實用性之本創作。 【新型内容】 欲解決之技術問題點：主要係針對習用之水上救生裝 置’需要使用者自己拉開充氣瓶之控制閥來充氣，但使用 ^會因操作錯誤、緊張或昏迷等因素而無法打開充氣瓶， 為有待改善的問題點。 解決問題之技術特點：—種自動充氣之水上救生裝置 3 M392142 係包括有一灌氣瓶，該灌氣瓶底端具一供氣口，側面具— 充氣孔，異於充氣孔之側面具有一作動孔，頂端具一頂口 ，該供氣口、充氣孔與頂口係互相連通；一氣瓶，該氣瓶 具一氣般口，該氣瓶口可螺組於該灌氣瓶之該供氣口 ；— 撞針結構，該撞針結構具有一撞針針頭朝向該氣瓶之該氣 瓶口，該撞針異於針頭—端設有一彈簧結構，該彈簣結構 具有一基座可螺組於該灌氣瓶之該頂口； 一壓抵件，該壓 抵件鳊樞接於該灌氣瓶異於充氣孔之侧面，該壓抵件對 應於該作動孔部位設有一抵桿插設於該作動孔中，該抵桿 可抵頂壓縮該撞針結構之彈簧結構，使彈簧結構具有一推 進力，該壓抵件中段處靠灌氣瓶側面設有一彈簧可將該壓 抵件往外推，該壓抵件異於枢接之另端以一水溶性繩索綁 於該氣瓶瓶身，透過該水溶性繩索拉力使該壓抵件之該抵 桿抵頂壓縮該撞針結構之彈簧結構；一救生器材，該救生 器材套接於該充氣孔上；藉由上述結構，水溶性繩索遇水 溶化，使該彈簧將壓抵件往外推，並拉動該抵桿往外移動 ，使該抵桿不再抵頂該撞針結構之彈簧結構而釋放該彈簧 構之推進力’進而使該撞針撞破該氣瓶，使壓縮氣體釋 出並透過°亥充氣孔對救生器材自動迅速充氣。 ^對照先前技術之功效：先前技術需使用者自己拉開充 氣瓶之控制閥來充氣，本創作之自動充氣之水上救生裝置 其利用-水溶性、繩索於水中溶解而自動啟動充氣裝置而 M392142 對救生裝置自動充氣。 【實施方式】 參閱第一至第四圄於― 囫所不，本創作係一種自動充氣之 上救生裝置，主要包括有： 一灌氣瓶（1 〇 )，$、驻# f )該灌乳瓶（1 0 )底端具一供氣口 (1 2 )，側面具一奋A 7, /、 充乳孔（1 3 )，異於充氣孔（i 3 ) 之側面具有一作動孔r 匕（11)，頂端具一頂口（14)，該 供氣口（12)、充 〇、 礼孔（1 3 )與頂口（丄4 )係互相連 通； 一氣瓶（2〇)，Λ Λ 厂該氣瓶（20)具一氣瓶口（23) ，該氣瓶口 d )可螺組於該灌氣瓶（i 〇 )之該供氣 口（ 1 2 ); ' 一才里針結構（3 Q )，該撞針結構（3 G )具有-撞針 (31)針頭朝向該氣瓶（20)之該氣瓶口（23)，該 撞針（3 1 )異於針頭-端設有-彈簧結構（3 2 )，該彈 簧結構（32)具有—基座（321)可螺組於該灌氣瓶 (10)之該頂口（14); 抵件（4〇)，該歷抵件（4 0) —端梅接於該灌 氣戒（1 〇 )異於充氣孔（1 3 )之側面，該壓抵件（4 ◦)對應於該作動孔（1 1 )部位設有一抵桿（4 1 )插 設於該作動孔（1丄）+，該抵桿（41)可抵頂壓縮該 撞針結構（3 〇 )之彈簧結構（3 2 )，使彈簀結構（3 2 5 具有-推進力，該麼抵件（4 〇 )中段處靠灌氣瓶（丄· 〇 )側面設有—彈簣（4 2 )可將壓抵件（4 〇 )往外推 ’該壓抵件（4 0 )異於樞接之另端以一水溶性繩索" 3 )綁於該氣瓶（2 G )瓶身，透過該水溶性繩索（4 3 )拉力使該壓抵件（40)之該抵桿（41)抵頂壓縮該 撞針結構（3 〇 )之彈簧結構（3 2 )。 # 一救生器材（5〇)’該救生器材（5〇)套接於該充| 氣孔（13)1，其中該救生器材（5〇)可為一救生圈籲 或救生衣。 其中，上述之該自動充氣之水上救生裝置可將該救生 器材（50)摺疊並包裹該灌氣瓶（i 〇)與該氣瓶（2 〇)以縮小體積，並置入一密封袋體（6〇)内保存，要 使用該自動充氣之水上救生裝置時可馬上撕開密封袋體（ 6 0)使用（請參閱第五圖所示）。 藉由上述結構，當水溶性繩索（4 3 )碰到水時就會 籲 溶化，使該彈簧（4 2 )將壓抵件（4 〇 )往外推，並拉 動該抵桿（4 1 )往外移動，使該抵桿（4 1 )不再抵頂 該撞針結構（3 〇 )之彈簧結構（3 2 )而釋放彈簧結構 (3 2 )之推進力’進而使該撞針（3 1 )揸破該氣瓶（ 20)之該氣瓶口（23)，使氣瓶（20)内壓縮氣體釋 出至該灌氣瓶（1 0)内，並透過該充氣孔（1 3)而對 救生器材（40)自動迅速充氣。 6 前文係針對太 進杆 之較佳實施例為本創作之技術特徵 本創作之精神此項技術之人士當可在不脫離 …、、下對本創作進行變更與修改，而該等 變更與修改，^•座1 — 寻 白愿涵盘於如下申請專利範圍所界定之範缚 【圖式簡單說明】 第圖‘係本創作其一實施例之立體圖。 第二圖：係本創作其一實施例之剖視圖。 第二圖：係本創作其一實施例之動作示意圖。 第四圖’係本創作救生器材充氣狀態示意圖。 第五圖：係本創作置於密封袋體内示意圖。 【主要元件符號說明】 (10)灌氣瓶 (1 1 )作動孔 (1 2 )供氣口 (13)充氣孔 (1 4 )頂口 (2 0 )氣瓶 (2 3 )氣瓶口 (3 0 )撞針結構 (3 1 )撞針 (3 2 )彈簧結構 M392142 (3 2 1 )基座 (4 Ο )壓抵件 (4 1 )抵桿 (4 2 )彈簣 (4 3 )水溶性繩索 (5 0 )救生器材 (6 0 )密封袋體 8M392142 V. New description: [New technical field] This creation is a water rescue device, in particular, an automatic aerated water rescue device that activates an inflator using a water-soluble suspension. [Prior Art] According to the conventional water life saving device, an inflatable bottle is arranged in the lifebuoy or the life jacket. When the water is drowned, the user pulls the control valve of the gas bottle to release the compressed air in the gas bottle to the lifesaving device. Inflated. However, the above-mentioned lifesaving device has the following disadvantages: (丄) the user may not be able to open the gas bottle due to an operation error; (2) the user may forget to open the gas bottle due to nervousness' (3) the user is comatose and the like I can't open the bottle, so that the creator has been engaged in the development and design of related products for many years. After the improvement and sigh and careful evaluation, the creator will finally have Practicality of this creation. [New content] The technical problem to be solved: mainly for the conventional water rescue device 'requires the user to open the control valve of the inflatable bottle to inflate, but the use of ^ will be unable to open due to operational errors, tension or coma. Inflatable bottles, points for problems to be improved. Technical features to solve the problem: - Automatic inflatable water rescue device 3 M392142 includes a gas filling bottle, the bottom end of the gas filling bottle has a gas supply port, side mask - inflatable hole, different from the side of the inflatable hole has an action a hole having a top end, the gas supply port, the inflation hole and the top port being in communication with each other; a gas cylinder having a gas-like mouth, the gas bottle mouth being screwed to the gas supply port of the gas filling bottle ;- striker structure, the striker structure has a striker needle facing the gas cylinder mouth of the gas cylinder, the striker is different from the needle end - a spring structure, the magazine structure has a base screwable to the gas cylinder The pressure receiving member is pivotally connected to the side of the gas cylinder different from the inflation hole, and the pressing member is provided with an abutting rod corresponding to the working hole portion. The urging rod can abut the top to compress the spring structure of the striker structure, so that the spring structure has a propulsive force, and a spring is arranged on the side of the gas filling bottle at the middle of the pressing member to push the pressing member outward, the pressing member The other end of the pivotal connection is tied to the gas with a water-soluble rope. The bottle body is configured to compress the spring structure of the striker structure by the tension of the water-repellent rope; the life-saving equipment is sleeved on the inflation hole; and the water-soluble solution is adopted by the above structure The sex rope dissolves in water, causing the spring to push the pressing member outward, and pulling the abutting rod to move outward, so that the abutting rod no longer abuts against the spring structure of the striker structure to release the spring force of the spring structure, thereby making the The striker breaks the gas cylinder, releasing the compressed gas and automatically inflating the lifesaving equipment through the gas hole. ^Compared with the efficacy of the prior art: the prior art requires the user to open the control valve of the inflatable bottle to inflate, and the automatic inflatable water-saving device of the present invention utilizes water-soluble, the rope dissolves in the water to automatically activate the inflator and the M392142 pair The lifesaving device is automatically inflated. [Embodiment] Referring to the first to fourth 圄 ― ,, this creation is an automatic inflatable above lifesaving device, which mainly includes: a gas filling bottle (1 〇), $, station # f) The bottom end of the bottle (10) has a gas supply port (1 2 ), the side mask is a striking A 7, /, the milk filling hole (1 3 ), and the side of the inflatable hole (i 3 ) has an operating hole r 匕(11), the top end has a top port (14), and the gas supply port (12), the filling port, the hole (1 3) and the top port (丄4) are in communication with each other; a gas cylinder (2〇), Λ Λ The gas cylinder (20) has a gas cylinder mouth (23), and the gas cylinder mouth d) can be screwed into the gas supply port (1 2 ) of the gas filling bottle (i 〇); 3 Q), the striker structure (3G) has a striker (31) needle facing the cylinder mouth (23) of the cylinder (20), the striker (3 1 ) being different from the needle end - spring structure (3 2 ), the spring structure (32) has a base (321) that can be screwed to the top port (14) of the gas filling bottle (10); a resisting piece (4〇), the calendar member (4) 0) - The end plum is connected to the side of the filling ring (1 〇) different from the inflatable hole (1 3 ), the pressing member (4 ◦) Corresponding to the operating hole (1 1 ), an abutting rod (4 1 ) is inserted into the operating hole (1 丄)+, and the urging rod (41) can abut the top to compress the structure of the striker structure (3 〇) (3 2 ), so that the magazine structure (3 2 5 has - propulsion force, the middle part of the abutment (4 〇) is placed on the side of the gas cylinder (丄· 〇) - the magazine (4 2 ) can press The member (4 〇) is pushed outwards. The pressing member (40) is attached to the bottle (2G) bottle through the water-soluble rope at the other end of the pivotal connection with a water-soluble rope " 3) (4 3) The pulling force causes the abutting rod (41) of the pressing member (40) to abut against the spring structure (3 2 ) of the striker structure (3 〇). #一救生救生器材(5〇)' The lifesaving equipment (5〇) is sleeved in the charging hole (13)1, wherein the lifesaving device (5〇) can be a lifebuoy or a life jacket. Wherein, the self-inflating water-saving device described above can fold the life-saving equipment (50) and wrap the gas-filling bottle (i 〇) and the gas bottle (2 〇) to reduce the volume and put into a sealed bag body ( 6 〇) Saved, you can use the automatic inflatable water-saving device to tear the sealed bag body (60) immediately (see Figure 5). With the above structure, when the water-soluble rope (4 3 ) hits the water, it is melted, so that the spring (4 2 ) pushes the pressing member (4 〇) outward, and pulls the abutting rod (4 1 ) outward. Moving so that the abutting rod (4 1 ) no longer abuts against the spring structure (3 2 ) of the striker structure (3 )) and releases the propulsive force of the spring structure (3 2 ), thereby causing the striker (3 1 ) to break The gas cylinder mouth (23) of the gas cylinder (20) releases compressed gas in the gas cylinder (20) into the gas filling bottle (10), and passes through the gas-filling hole (13) to the life-saving equipment (40) Automatically inflates quickly. 6 The prior art is a preferred embodiment of the Taijin rod. The technical features of the present invention. The spirit of the present invention can be changed and modified by the person without departing from the author, and such changes and modifications are made. ^•座1—The search for a white plate is defined by the following patent application scope [Simplified illustration of the drawing] The figure ' is a perspective view of an embodiment of the present invention. Second Figure: A cross-sectional view of an embodiment of the present invention. Second figure: A schematic diagram of the action of an embodiment of the present invention. The fourth figure is a schematic diagram of the inflated state of the life-saving equipment. Figure 5: This is a schematic diagram of the creation of the creation in a sealed bag. [Main component symbol description] (10) Gas cylinder (1 1 ) Actuating hole (1 2 ) Air supply port (13) Inflating hole (1 4 ) Top port (2 0) Cylinder (2 3) Cylinder port ( 3 0) striker structure (3 1 ) striker (3 2 ) spring structure M392142 (3 2 1 ) base (4 Ο) press-fitting (4 1 ) abutment (4 2 ) magazine (4 3) water-soluble rope (5 0 ) Lifesaving equipment (60) sealed bag body 8