201237269 -六、發明說明： .【發明所屬之技術領域】 本發明主要係揭示一種氣瓶轉接頭，尤指利用調整件 調整南壓氣瓶的充氣流量，而不需直接碰觸高壓氣瓶即可 ' 進行充氣流量調整的高壓氣瓶轉接頭。 【先前技術】 舀知的氣瓶轉接頭具有一個進氣孔可供連接一個高壓 氣瓶，该進氣孔具有内螺紋，該高壓氣瓶一端具有外螺紋， 該高壓氣瓶之外螺紋能夠與該進氣孔之内螺紋互相螺合， 使氣瓶轉接頭與該高壓氣瓶連結，該氣瓶轉接頭於該進氣 孔底部具有-個尖刺件，該高壓氣瓶相對於該尖刺件的一 端具有-個密封部，當該高壓氣瓶㈣該氣瓶轉接頭旋 轉，因為該高壓氣瓶之外螺紋與該進氣孔之内螺紋的螺紋 配合使該高壓氣瓶相對接近該尖刺件，該尖刺件刺破該密 封部’使得該高壓氣瓶内的氣體流出該高壓氣航，使用者 直接旋轉高壓氣瓶，藉此改變該高壓氣觀與該尖刺件的距 離’以調整該高麼氣瓶内之氣體由密封部流出的流量，但 高壓氣瓶内的氣體流出時，氣槪内的液化氣需要大量汽化 熱來使統氣魏為氣體，目此關環境的熱量會被吸 收，使而屋氣瓶的外表面結霜或結冰，讓使用者用手旋轉 高壓氣瓶調節充氣流量時，手會黏著於高壓氣瓶外表面， 造成手部;東傷料制者於使用上的安全問題。 為了解決上述的問題，使用者能夠使用防康套套設於 4 201237269 问壓氣瓶外表面，'^女u女、土 + ^防凍套通常為海綿製成， 臟氣瓶調節充氣流量時,手會黏著於高 面，造成手部陳傷，作需 门以瓶外表 當不便。 ㈣㈣絲’在使用上相 ㈣’該高壓氣瓶的外表面會結霜$ 冰’且㈣氣瓶一端與該轉接 = 轉接頭内部的結構接觸到該高壓氣瓶的外表面料= 接頭内的結構結冰導致_的情形。 ”轉 w…、我國專利公告編4 =其中瓶缸3。之内邹係設有-容瓶空間:= 健置放—域瓶33，並藉由氣量控卿置20 來调整氣！灌出的大小 羞置2〇 _十方向螺動，使心=要，微里调整控制件21 23亦些微的下降’此種结構雖然能夠讓使用者不 觸充氣瓶即可調整氣量，但0 〜 而直接接 品，使用者每一次‘ Μ充乳瓶係為一種消耗 ^ 元札即耗費一罐充氣瓶，當使用1 + 要更換充氣瓶時，需要將打氣筒拆解，再將=者而 於該容瓶空間32，最後將# 、’、瓶33女裝 取便將瓿缸30螺鎖於該頭部1〇 再次使用該打氣筒’整個使用過程相#麻須且費時，=全 無法應用於緊急需要充氣的場合。 再者，習知氣瓶轉接頭呈一直線結構，即連接节 氣瓶之進氣孔與該連接氣嘴π的出氣孔呈—直線狀:， 導致在狹小空_該高魏瓶充氣動作相當不便且麻 煩’例如麟自行車待充物的純，驗轉接頭常會_〖 5 201237269 條干擾，造成充氣時的不便。 有鑑於上述先前技術的問題無法有效的解決盘克服， 因此本申請人提出本專利申請，以解決前述問題點。 【發明内容】 本發明高壓氣瓶轉接頭，使用者旋 部即可調整高壓氣瓶的充廣、'ώ旦，％ —正件疋鈕 q域朗充^里，_需直接碰觸高 瓶。 =發明高壓氣瓶轉接職㈣轉件連接高壓氣瓶， 使问[氣體流出導致高璧氣瓶外表面結冰時，避免高 歷乳瓶轉接頭内之元件結冰導致漏氣的情形。 之間轉接頭’能夠在第一狀態與第二狀態 二二，高錢瓶轉接頭位於第—狀態，當該第：!= 二二!Γ體相對樞轉，並運用該第—筒體之第一斜面的 = 與該彈性件之頭部互相卡擎，提供該第一筒體與第 ^，插轉的定位功能，使本發明高I氣瓶轉接頭呈 古厂^此日^本發明高墜氣瓶轉接頭位於第二狀態，本發明 =轉接頭位於第一狀態時，方便使用者收藏，本發 動^氣瓶轉接頭位於第二狀態時，方便使用者操作充氣 5 ,本2明円壓氣瓶轉接頭，該氣瓶連接孔直接連接高壓 规:二安裝迅速、確實，安裝或更換高壓氣瓶相當方便， 構迈不安裝鬲壓氣瓶時，輕巧、方便收藏且易於攜 [S] 6 201237269 帶，極為適合用於戶外與應用於緊急場合。 其他目的、優點和本發明的新穎特性將從以下詳細的 描述與相關的附圖更加顯明。 【實施方式】 有關本發明所採用之技術、手段及其功效，茲舉一較 佳實施例並配合圖式詳述如後，此僅供說明之用，在專利 申請上並不受此種結構之限制。 請參照圖一與圖四，圖一為本發明高壓氣瓶轉接頭之 立體外觀圖，圖二為本發明高壓氣瓶轉接頭之立體分解 圖，圖三為本發明高壓氣瓶轉接頭之另一角度立體分解 圖，圖四為沿圖一 4-4線索取之剖面圖。 本發明高壓氣瓶轉接頭1包括有一個第一筒體10、一 個調整件20、一個第二筒體30、一個連接裝置40與一個 進氣裝置50，其中： 該第一筒體10 —端軸向設有一個螺孔11，該第一筒 體10相反該螺孔11之一端具有一個第一斜面12，該第一 斜面12凹設有兩個定位槽121，該第一筒體10之外周緣 於該螺孔11與該第一斜面12之間穿設有一個斜穿孔13， 該第一筒體10於該螺孔11底部設有一個凹槽14，該第一 筒體10於該凹槽14内置有一個密封件15。 該調整件20能夠相對於該第一筒體10移動，該調整 件20 —端設有一個旋鈕部21，該旋鈕部21能夠相對該第 一筒體10樞轉，該調整件20於該旋鈕部21 —端穿設有一201237269 - VI, invention description: . [Technical field to which the invention belongs] The present invention mainly discloses a gas cylinder adapter, in particular, an adjustment member is used to adjust the inflation flow rate of a south pressure gas cylinder without directly touching a high pressure gas cylinder. High pressure cylinder adapter for 'inflating flow adjustment'. [Prior Art] A known gas cylinder adapter has an air inlet hole for connecting to a high pressure gas cylinder, the air inlet hole has an internal thread, and the high pressure gas cylinder has an external thread at one end, and the high pressure gas cylinder has an external thread Cooperating with the internal thread of the air inlet hole to connect the cylinder adapter to the high pressure gas cylinder, the cylinder adapter has a spiked member at the bottom of the air inlet hole, the high pressure gas cylinder is opposite to the high pressure gas cylinder The spiking member has a sealing portion at one end, and the cylinder adapter rotates when the high pressure cylinder (4) rotates, because the thread outside the high pressure cylinder and the thread of the internal thread of the inlet hole cooperate to make the high pressure cylinder Relatively close to the spike, the spike pierces the seal portion so that the gas in the high pressure gas cylinder flows out of the high pressure gas, and the user directly rotates the high pressure gas cylinder, thereby changing the high pressure gas view and the spike The distance of the piece is used to adjust the flow rate of the gas in the high-pressure gas cylinder from the sealing portion. However, when the gas in the high-pressure gas cylinder flows out, the liquefied gas in the gas cylinder needs a large amount of vaporization heat to make the gas into gas. The heat of this environment will be absorbed, making the house The outer surface of the bottle is frosted or icy, allowing the user to rotate the high-pressure gas cylinder by hand. When the inflation flow is adjusted, the hand will adhere to the outer surface of the high-pressure gas cylinder, causing the hand; the safety problem of the use of the eastern wound material manufacturer. In order to solve the above problems, the user can use the anti-Kang sleeve on the outer surface of the pressure cylinder of 4 201237269, '^ female u female, soil + ^ antifreeze sleeve is usually made of sponge, when the dirty gas cylinder adjusts the inflation flow, the hand will Adhered to the high side, causing hand injury, it is inconvenient to use the bottle for the appearance of the bottle. (4) (4) Silk 'in the upper phase (4) 'The outer surface of the high pressure gas cylinder will frost $ ice' and (4) one end of the cylinder is in contact with the internal structure of the adapter = adapter to the outer surface of the high pressure cylinder = joint The structure of the icing leads to the situation of _. "Transfer w..., China Patent Announcement 4 = Among the bottle cylinders 3. Within the Zou system - the bottle space: = Jian placed - domain bottle 33, and adjust the gas by the gas control of the 20! The size of the shame is set to 2 〇 _ ten-direction screwing, so that the heart = want, the micro-increase control member 21 23 is also slightly lowered 'this structure allows the user to adjust the volume without touching the gas bottle, but 0 ~ Directly connected products, each time the user fills the bottle as a kind of consumption, it costs a can of inflatable bottle. When using 1 + to replace the inflatable bottle, the pump needs to be disassembled, and then the = The bottle space 32, finally #, ', bottle 33 women's clothes will be screwed to the head 30 〇 screw to the head 1 〇 re-use the pump 'the whole process phase #麻麻 and time-consuming, = can not be applied In the case of urgent need to inflate. Furthermore, the conventional gas cylinder adapter has a straight line structure, that is, the air inlet hole connecting the gas cylinder and the air outlet of the connection gas nozzle π are linearly formed, resulting in a narrow space _ The high-wei bottle inflating action is quite inconvenient and troublesome. For example, the pureness of the lining bicycle to be filled, the inspection joint often occurs _ _ 5 201237269 Interference, causing inconvenience when inflating. In view of the above prior art problems, the present invention has been proposed to solve the above problems. [Invention] The present invention provides a high pressure gas cylinder transfer. Head, user rotation can adjust the filling of high-pressure gas cylinders, 'ώ旦,%—正件疋 button q domain 朗充 ^, _ need to directly touch the high bottle. = Invented high-pressure gas cylinder transfer position (4) The transfer piece is connected to the high-pressure gas cylinder, so that [the gas outflow causes the outer surface of the high-cylinder gas bottle to freeze, and the element in the high-grade milk bottle adapter is prevented from freezing and causing air leakage. The first state and the second state are two or two, the high-money bottle adapter is located in the first state, when the first:!= two two! The carcass is relatively pivoted, and the first bevel of the first cylinder is used = The heads of the elastic members are mutually occluded to provide a positioning function of the first cylinder and the second and the insertion, so that the high-I cylinder adapter of the present invention is an ancient factory. The joint is located in the second state, and the invention is convenient for the user when the adapter is in the first state Collection, this engine ^ gas cylinder adapter is located in the second state, convenient for the user to operate the inflatable 5, the 2 Ming Hao pressure cylinder adapter, the cylinder connection hole directly connected to the high pressure gauge: two installation quickly, indeed, installation It is quite convenient to replace the high-pressure gas cylinder. It is lightweight, convenient to collect and easy to carry when it is not installed with the pressure cylinder [S] 6 201237269, which is very suitable for outdoor use and emergency applications. Other purposes, advantages and the present invention The novel features will be more apparent from the following detailed description and the accompanying drawings. <RTIgt; </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> For illustrative purposes only, the patent application is not limited by this structure. Please refer to FIG. 1 and FIG. 4 , FIG. 1 is a perspective view of the high pressure gas cylinder adapter of the present invention, and FIG. 2 is a high pressure gas of the present invention. The three-dimensional exploded view of the bottle adapter, Figure 3 is another perspective exploded view of the high-pressure gas cylinder adapter of the present invention, and Figure 4 is a cross-sectional view taken along line 4-4 of Figure 1. The high pressure gas cylinder adapter 1 of the present invention comprises a first cylinder 10, an adjusting member 20, a second cylinder 30, a connecting device 40 and an air inlet device 50, wherein: the first cylinder 10 is One end of the first cylindrical body 10 opposite to the screw hole 11 has a first inclined surface 12, and the first inclined surface 12 is recessed with two positioning grooves 121. The first cylindrical body 10 is disposed. An outer peripheral edge of the screw hole 11 and the first inclined surface 12 is provided with a slanting through hole 13 . The first cylindrical body 10 is provided with a groove 14 at the bottom of the screw hole 11 , and the first cylindrical body 10 is The groove 14 has a seal 15 built therein. The adjusting member 20 is movable relative to the first cylinder 10, and the adjusting member 20 is provided at one end with a knob portion 21, and the knob portion 21 is pivotable relative to the first cylinder 10, and the adjusting member 20 is disposed on the knob Part 21 - one end is provided with one
[5 J 7 201237269 個氣瓶連接孔22，該調整件20於該氣瓶連接孔22底部設 有一個階級槽23，該調整件20於該階級槽23内置有一個 刺穿件24，該刺穿件24 —端凸設有一個刺穿部241，且該 刺穿件24穿設有一個導氣孔242，該導氣孔242貫穿該刺 穿件24，該調整件20於該階級槽23内置有一個密閉件 25，該密閉件25呈一環狀，且該密閉件25具有一個通孔 251套設於該刺穿件24之刺穿部241，該密閉件25提供防 止氣體外洩的功能，該調整件20之外表面相鄰該旋鈕部 21設有一個螺紋部26,該調整件20之螺紋部26與該第一 筒體10之螺孔11相互螺接，使該調整件20能夠相對於該 第一筒體10移動，該調整件20於相反該旋鈕部21的一端 穿設有一個連接孔27，該連接孔27、該導氣孔242與該氣 瓶連接孔22相連通。 該第二筒體30能夠相對該第一筒體10樞轉，該第二 筒體30 —端具有一個第二斜面31，該第二斜面31與該第 一斜面12相對的貼合，該第二斜面31凹設有兩個卡槽 311，該卡槽311與該第一斜面12之定位槽121相對應， 該第二斜面31之卡槽311相對於該第一斜面12之定位槽 121，該第二筒體30於該第二斜面31之卡槽311之間凹設 一個容置槽32，該第二筒體30之容置槽32相對於該第一 筒體10之斜穿孔13，該容置槽32内具有一個氣封件33， 該氣封件33提供防止氣體外洩的功能，該第二筒體30相 鄰該容置槽32設有一個接合孔34，該第二筒體30相鄰該 接合孔34設有一個出氣道35，該第二筒體30於相反該[5 J 7 201237269 gas cylinder connecting holes 22, the adjusting member 20 is provided with a class groove 23 at the bottom of the cylinder connecting hole 22, and the adjusting member 20 has a piercing member 24 built in the class groove 23, the thorn A piercing portion 241 is protruded from the end of the wearing member 24, and the piercing member 24 is provided with an air guiding hole 242. The air guiding hole 242 extends through the piercing member 24. The adjusting member 20 has a built-in groove in the class slot 23. a sealing member 25 having an annular shape, and the sealing member 25 has a through hole 251 sleeved in the piercing portion 241 of the piercing member 24, the sealing member 25 providing a function of preventing gas leakage. The knob portion 21 of the adjusting member 20 is provided with a threaded portion 26, and the threaded portion 26 of the adjusting member 20 is screwed to the screw hole 11 of the first cylinder 10 so that the adjusting member 20 can be oppositely In the first cylinder 10 , the adjusting member 20 is opposite to the end of the knob portion 21 and has a connecting hole 27 . The connecting hole 27 and the air guiding hole 242 communicate with the cylinder connecting hole 22 . The second cylinder 30 is pivotable relative to the first cylinder 10, and the second cylinder 30 has a second inclined surface 31 at its end, and the second inclined surface 31 is opposite to the first inclined surface 12, and the second The two inclined surfaces 31 are recessed with two slots 311. The slot 311 corresponds to the positioning slot 121 of the first slope 12, and the slot 311 of the second slope 31 is opposite to the positioning slot 121 of the first slope 12. The accommodating groove 32 is recessed between the grooving groove 311 of the second slanting surface 31, and the accommodating groove 32 of the second cylindrical body 30 is opposite to the oblique through hole 13 of the first cylindrical body 10. The accommodating groove 32 has a gas sealing member 33, and the gas sealing member 33 provides a function of preventing gas leakage. The second cylindrical body 30 is adjacent to the accommodating groove 32 and has an engaging hole 34. The second cylinder The body 30 is adjacent to the engaging hole 34 and is provided with an air outlet 35. The second cylinder 30 is opposite thereto.
L 5 J 8 201237269 二斜面31的一端設有一個連接槽36，該連接槽36與該出 氣道35相連通，該第二筒體30於相反該第二斜面31穿設 有兩個卡掣孔37，該卡掣孔37穿過該連接槽36的兩端， 二個卡掣件38分別穿設該卡掣孔37。 該連接裝置40裝設於該第一筒體10與第二筒體30 之間，並提供該第一筒體10與該第二筒體30相對樞轉時 定位的功能，該連接裝置40包括一個連接件41、一個蓋 體42與兩個彈性件43。 該連接件41依序穿過該第一筒體10之斜穿孔13、該 氣封件33與該第二筒體30，該連接件41 一端設有一個連 接部411，該連接件41之連接部411與該第二筒體30之 接合孔34相互組接，該連接件41相反該連接部411 一端 具有一個止擋面412，該連接件41於連接部411 一端設有 一個進氣道413，該進氣道413與該出氣道35相連通，該 連接件41於該進氣道413内鄰近該止擋面412的一端設有 一個進氣孔414。 該蓋體42置於該第一筒體10之斜穿孔13内，且該蓋 體42封閉該第一筒體10之斜穿孔13 —端，該蓋體42具 有一個下蓋面421，該下蓋面421於該蓋體42置於該第一 筒體10之斜穿孔13内與該連接件41之止擋面412貼合。 該彈性件43分別置於該第二斜面31之卡槽311内， 該彈性件43 —端具有一個頭部431，該第一筒體10與第 二筒體30相互樞轉，該頭部431可選擇的與該定位槽121 卡掣，提供該第一筒體10與第二筒體30相互樞轉的定位( 201237269 功能。 進氣裝置50與該第二筒體30連接，該進氣裝置50 具有一個連接件51、一個氣密環5 2、一個套接件5 3與一 個氣嘴接合部54。 該連接件51穿設有一個貫通孔511，且該連接件51 外表面環設有一個固定槽512，該連接件51 —端具有一個 頂端513，該連接件51相反該頂端513 —端具有一個氣密 槽514，該氣密槽514與該貫通孔511連通。 該氣密環52置於該連接件51之氣密槽514内，該氣 密環52提供氣密效果，防止氣體外洩。 該套接件53套設於該連接件51外表面，且使該連接 件51之頂端513凸伸出該套接件53，使該連接件51之頂 端513置於該第二筒體30之連接槽36内，該卡掣件38 分別通過該卡掣孔37並擋止於該連接件51之固定槽 512,使該連接件51與該套接件53與該第二筒體30組合， 該套接件53 —端具有一個組合部531。 該氣嘴接合部54具有一個連結孔541，且該氣嘴接合 部54 —端具有一個結合部542，該結合部542與該套接件 53之組合部531相互組合。 請同時參照圖五，圖五為沿圖四5-5線所取之剖面 圖。該第一筒體10鄰近該凹槽14穿設有一個充氣道16， 該充氣道16與該連接孔27平行但互不同軸，該充氣道16 與該連接件41之進氣道413相連通。 請參照圖六至圖七，圖六為本發明高壓氣瓶轉接頭之^ 1_ 10 201237269 第一筒體與第二筒體相對樞轉示耷 氣觀轉接頭安裝高壓氣瓶示意圖:θ ’圖七為本發明高壓 請同時參 -狀態與第二狀_=:瓶轉接頭1能夠在第 位於第一狀態時，本發明高壓;瓶轉接頭1 結構，方便使用者收藏本發明高 / 一直線 明高壓氣瓶轉接頭1位於第二狀態晤瓶轉接頭卜當本發 第二筒體30相對枢轉，並運用該；’:亥第一筒體10與該 12的定位槽121與該彈性件43 筒體10之第一斜面 供該第一筒體Π)與第二筒體目卡擎，提 本發明高壓氣瓶轉接頭i呈L型。㈣的疋位功能，使 第：圖九，圖八為本發明高壓氣瓶轉接頭於 連接南壓氣瓶剖面圖表示調整件位於封閉位置， 本發明Μ氣瓶轉接頭於第二狀態連接高壓氣瓶剖 面圖表不調整件位於釋放位置。 請同時參照圖五’該調整件20能夠於封閉位置與釋放 位置之間移動’且該調整件2〇之氣槪連接孔&能夠連接 =個高麼氣瓶2 ’該刺穿件24之刺穿部241能夠刺破高塵 氣瓶2，使鬲壓氣瓶2内的氣體流出，該調整件2〇位於封 閉位置時’氣體經過該導氣孔242與連接孔27，且氣體被 擋止於該連接孔27與該密封件15之間，該調整件20位於 釋放位置時，旋轉該調整件20之旋鈕部21，使該調整件 20相對該第一筒體1〇移動，該調整件20與該密封件15 之間形成-個充氣空間s，使高麼氣瓶2内的流經該 [s] 201237269 ' 導氣孔242、連接孔27、充氣空間s、充氣道16、進氣孔 • 414、進氣道413、貫通孔511與該連結孔541連接的一個 _ 氣嘴3。 請同時參照圖十，圖十為本發明高壓氣瓶轉接頭使用 狀態圖。 由於在南壓亂瓶2内之氣體為液化氣，當高壓氣瓶2 内的氣體流出時，液化氣需要汽化熱來使液化氣轉化為氣 體，因此周圍環境的熱量會被吸收，使高壓氣瓶2的外表 面結霜或結冰’造成使用者的安全問題，當本發明高壓氣 瓶轉接頭1位於第二狀態能夠方便使用者操作於自行車之 輕條5之間的狹小空間’高壓氣瓶2内的氣體能夠流經本 發明高壓氣瓶轉接頭1，該氣嘴3連接一個待充物4，高壓 氣瓶2内的氣體壓力大於待充物4内的壓力，使氣體灌入 待充物4内，使用者旋轉該調整件2〇之旋鈕部21即可調 整咼壓氣瓶2的充氣流量，而不需直接碰觸高壓氣瓶2。 由以上所述，可以歸納出本發明高壓氣瓶轉接頭具有 以下優點： 1·本發明高壓氣瓶轉接頭，使用者旋轉該調整件之旋 鈕部即可調整高壓氣瓶的充氣流量，而不需直接碰觸高壓 氣瓶。 2.本發明高壓氣瓶轉接頭，其能夠在第一狀態與第二 狀態之間變換，當本發明高壓氣瓶轉接頭位於第一狀態 時，本發明高壓氣瓶轉接頭整體呈一直線結構，方便使用 者收藏本發明高壓氣瓶轉接頭，當本發明高壓氣瓶轉接頭[ 201237269 位於第二狀態時，該第一筒體與該第二筒體相對樞轉，並 運用該第一筒體之第一斜面的定位槽與該彈性件之頭部互 相卡掣，提供該第一筒體與第二筒體相互枢轉的定位功 能’使本發明高壓氣瓶轉接頭呈L型，本發明高壓氣瓶轉 接頭位於第一狀態時，方便使用者收藏，本發明高壓氣瓶 轉接頭位於第二狀態時，方便使用者操作充氣。 3. 本發明高壓氣瓶轉接頭運用該調整件連接高壓氣 瓶’使高壓氣瓶氣體流出導致高壓氣瓶外表面結冰時，避 免高壓氣瓶轉接頭内之元件結冰導致漏氣的情形。 4. 本發明向壓氣瓶轉接頭，該氣槪連接孔直接連接高 壓氣瓶，安裝迅速、確實，安裝或更換高壓氣瓶相當方便， 且整體構造不安裝高壓氣瓶時，輕巧、方便收藏且易於攜 帶，極為適合用於戶外與應用於緊急場合。 惟上所述者，僅為本發明之較佳實施例而已，當不能 以之限定本發明實施之範圍，故舉凡數值之變更或等效元 件之置換，或依本發明申請專利範圍所作之均等變化與修 飾，皆應仍屬本發明專利涵蓋之範疇。 … 【圖式簡單說明】 圖一 圖二 圖三 圖四 圖五 為本發明南壓氣瓶轉接頭之立體外觀圖。 為本發明高壓氣瓶轉接頭之立體分解圖。 為本毛明n壓氣瓶轉接頭之# —肖度立體分解圖 為沿圖一4-4線索取之剖面圖。 為沿圖四5-5線所取之剖面圖。 [s] 13 201237269 圖六：為本發明高壓氣瓶轉接頭之第一筒體與第二筒體相 對樞轉示意圖。 圖七：為本發明高壓氣瓶轉接頭安裝高壓氣瓶示意圖。 圖八：為本發明高壓氣瓶轉接頭於第二狀態連接高壓氣瓶 剖面圖表示調整件位於封閉位置。 圖九：為本發明高壓氣瓶轉接頭於第二狀態連接高壓氣瓶 剖面圖表示調整件位於釋放位置。 圖十為本發明高壓氣瓶轉接頭使用狀態圖。 【主要元件符號說明】 1 高壓氣瓶轉接頭 10 第一筒體 11 螺孔 12 第一斜面 121 定位槽 13 斜穿孔 14 凹槽 15 密封件 16 充氣道 20 調整件 21 旋鈕部 22 氣瓶連接孔 23 階級槽 24 刺穿件 241 刺穿部 242 導氣孔 25 密閉件 251 通孔 26 螺紋部 27 連接孔 30 第二筒體 31 第二斜面 311 卡槽 32 容置槽 33 氣封件 34 接合孔 201237269 35 出氣道 .36 37 卡掣孔 38 40 連接裝置 41 411 連接部 412 413 進氣道 414 42 蓋體 421 43 彈性件 431 50 進氣裝置 51 511 貫通孔 512 513 頂端 514 52 氣密環 53 531 組合部 54 541 連結孔 542 2 高壓氣瓶 3 4 待充物 5 S 充氣空間 連接槽 卡掣件 連接件 止擋面 進氣孔 下蓋面 頭部 連接件 固定槽 氣密槽 套接件 氣嘴接合部 結合部 氣嘴 輻條L 5 J 8 201237269 One end of the two inclined surfaces 31 is provided with a connecting groove 36, and the connecting groove 36 is in communication with the air outlet 35. The second cylindrical body 30 is opposite to the second inclined surface 31 and has two latching holes. 37, the card hole 37 passes through the two ends of the connecting groove 36, and the two latching members 38 respectively pass through the latching holes 37. The connecting device 40 is disposed between the first cylinder 10 and the second cylinder 30, and provides a function of positioning when the first cylinder 10 and the second cylinder 30 are pivoted relative to each other. The connecting device 40 includes A connecting member 41, a cover 42 and two elastic members 43. The connecting member 41 sequentially passes through the oblique through hole 13 of the first cylindrical body 10, the air sealing member 33 and the second cylindrical body 30. One end of the connecting member 41 is provided with a connecting portion 411, and the connecting member 41 is connected. The connecting portion 41 and the engaging hole 34 of the second cylindrical body 30 are connected to each other. The connecting member 41 has a stopping surface 412 at one end of the connecting portion 411. The connecting member 41 is provided with an air inlet 413 at one end of the connecting portion 411. The air inlet 413 is in communication with the air outlet 35. The connecting member 41 is provided with an air inlet 414 in an end of the air inlet 413 adjacent to the stopping surface 412. The cover 42 is disposed in the oblique through hole 13 of the first cylinder 10, and the cover 42 closes the end of the oblique through hole 13 of the first cylinder 10. The cover 42 has a lower cover surface 421. The cover surface 421 is placed in the oblique through hole 13 of the first cylindrical body 10 and is engaged with the stop surface 412 of the connecting member 41. The elastic member 43 is respectively disposed in the slot 311 of the second inclined surface 31. The elastic member 43 has a head 431 at its end, and the first cylinder 10 and the second cylinder 30 pivot relative to each other. Optionally, the positioning slot 121 is latched to provide a positioning of the first cylinder 10 and the second cylinder 30 to pivot relative to each other (201237269 function. The air intake device 50 is connected to the second cylinder 30, the air intake device The connecting member 51 is provided with a through hole 511, and the outer surface ring of the connecting member 51 is provided with a connecting member 51, a hermetic ring 5, a connecting member 53 and a nozzle joint portion 54. A fixing groove 512 has a top end 513 at the end of the connecting member 51. The connecting member 51 has an airtight groove 514 at the end of the connecting end 51. The airtight groove 514 communicates with the through hole 511. The airtight ring 52 The airtight ring 52 is disposed in the airtight groove 514 of the connecting member 51, and the airtight ring 52 provides an airtight effect to prevent the gas from leaking out. The socket member 53 is sleeved on the outer surface of the connecting member 51, and the connecting member 51 is provided. The top end 513 protrudes from the socket 53 so that the top end 513 of the connecting member 51 is placed in the connecting groove 36 of the second cylinder 30, The latching member 38 passes through the latching hole 37 and blocks the fixing slot 512 of the connecting member 51, so that the connecting member 51 and the sleeve member 53 are combined with the second cylinder 30. The sleeve member 53 is assembled. The end has a combination portion 531. The nozzle joint portion 54 has a coupling hole 541, and the end of the nozzle joint portion 54 has a joint portion 542, and the joint portion 542 of the joint portion 542 and the sleeve member 53 are mutually connected. Referring to FIG. 5, FIG. 5 is a cross-sectional view taken along line 5-5 of FIG. 4. The first cylinder 10 is adjacent to the groove 14 and is provided with an inflation passage 16 to which the inflation passage 16 is connected. The holes 27 are parallel but different from each other, and the air passage 16 communicates with the air inlet 413 of the connecting member 41. Referring to FIG. 6 to FIG. 7 , FIG. 6 is a high pressure gas cylinder adapter of the present invention. 1 1 10 10 201237269 A cylinder and the second cylinder are pivoted relative to each other to show the high-pressure gas cylinder of the helium gas connection joint: θ 'Figure 7 is the high pressure of the invention, the simultaneous reference state and the second shape _=: the bottle adapter 1 can When the first state is in the first state, the high pressure of the invention; the structure of the bottle adapter 1 is convenient for the user to collect the high/one straight line of the invention. The gas cylinder adapter 1 is located in the second state of the bottle adapter, and the second cylinder 30 of the present invention is relatively pivoted and used; ': the first cylinder 10 and the positioning groove 121 of the 12 and the elasticity The first inclined surface of the cylinder 10 is provided for the first cylinder and the second cylinder, and the high pressure gas cylinder adapter i of the invention is L-shaped. (4) The clamping function, such as: Figure IX, Figure 8 is a cross-sectional view of the high pressure gas cylinder adapter of the present invention connected to the south pressure cylinder, indicating that the adjusting member is in the closed position, and the helium gas cylinder adapter of the present invention is connected in the second state The high pressure cylinder profile is not in the release position. Referring to FIG. 5 simultaneously, the adjusting member 20 can be moved between the closed position and the released position, and the airtight connecting hole of the adjusting member 2 can be connected to a high cylinder 2 'the piercing member 24 The piercing portion 241 can pierce the high-dust gas cylinder 2 to allow the gas in the pressure cylinder 2 to flow out. When the adjusting member 2 is in the closed position, the gas passes through the air guiding hole 242 and the connecting hole 27, and the gas is blocked. Between the connecting hole 27 and the sealing member 15, when the adjusting member 20 is in the releasing position, the knob portion 21 of the adjusting member 20 is rotated to move the adjusting member 20 relative to the first cylindrical body 1 , the adjusting member 20 An inflatable space s is formed between the sealing member 15 to flow through the [s] 201237269 'air guiding hole 242, the connecting hole 27, the inflation space s, the inflation channel 16, and the air inlet hole. 414. The air inlet 413 and the through hole 511 are connected to the connection hole 541. Please refer to FIG. 10 at the same time. FIG. 10 is a state diagram of the use of the high pressure gas cylinder adapter of the present invention. Since the gas in the south pressure bottle 2 is liquefied gas, when the gas in the high pressure gas cylinder 2 flows out, the liquefied gas needs to be vaporized to convert the liquefied gas into a gas, so the heat of the surrounding environment is absorbed, so that the high pressure gas The frost or ice on the outer surface of the bottle 2 poses a safety problem for the user. When the high pressure gas cylinder adapter 1 of the present invention is in the second state, the user can operate the narrow space between the light bars 5 of the bicycle. The gas in the gas cylinder 2 can flow through the high pressure gas cylinder adapter 1 of the present invention, and the gas nozzle 3 is connected to a charge 4, and the gas pressure in the high pressure gas cylinder 2 is greater than the pressure in the liquid to be filled 4, so that the gas is poured therein. In the object to be filled 4, the user can rotate the knob portion 21 of the adjusting member 2 to adjust the inflation flow rate of the compressed gas cylinder 2 without directly touching the high pressure gas cylinder 2. From the above, it can be concluded that the high-pressure gas cylinder adapter of the present invention has the following advantages: 1. The high-pressure gas cylinder adapter of the present invention, the user can rotate the knob portion of the adjusting member to adjust the inflation flow rate of the high-pressure gas cylinder. No need to directly touch the high pressure gas cylinder. 2. The high pressure gas cylinder adapter of the present invention is capable of changing between a first state and a second state. When the high pressure gas cylinder adapter of the present invention is in the first state, the high pressure gas cylinder adapter of the present invention is generally A linear structure facilitates the user to collect the high-pressure gas cylinder adapter of the present invention. When the high-pressure gas cylinder adapter of the present invention [201237269 is in the second state, the first cylinder and the second cylinder are relatively pivoted and used The positioning groove of the first inclined surface of the first cylinder and the head of the elastic member are mutually engaged to provide a positioning function for pivoting the first cylinder and the second cylinder to each other to make the high pressure gas cylinder adapter of the present invention In the L shape, when the high pressure gas cylinder adapter of the invention is in the first state, it is convenient for the user to collect, and the high pressure gas cylinder adapter of the invention is in the second state, which is convenient for the user to operate the inflation. 3. The high-pressure gas cylinder adapter of the present invention uses the adjusting member to connect the high-pressure gas cylinder to make the high-pressure gas cylinder gas flow out, causing the outer surface of the high-pressure gas cylinder to freeze, and avoiding the icing of the components in the high-pressure gas cylinder adapter to cause air leakage. The situation. 4. The invention is connected to a gas cylinder, the gas connection hole is directly connected to the high pressure gas cylinder, and the installation is quick and reliable. It is quite convenient to install or replace the high pressure gas cylinder, and the whole structure is not installed with a high pressure gas cylinder, and is light and convenient to collect. It is easy to carry and is ideal for outdoor use and emergency applications. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, so that the numerical value is changed or the equivalent element is replaced, or the equivalent of the scope of the patent application of the present invention. Changes and modifications are still within the scope of the invention patent. ... [Simple description of the diagram] Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 is a three-dimensional appearance of the South pressure cylinder adapter of the present invention. It is an exploded perspective view of the high pressure gas cylinder adapter of the present invention. For the Maoming n pressure cylinder adapter, the angle is obtained from the line 4-4 of Figure 1. It is a sectional view taken along line 5-5 of Figure 4. [s] 13 201237269 Figure 6: Schematic diagram of the relative pivoting of the first cylinder and the second cylinder of the high pressure gas cylinder adapter of the present invention. Figure 7: Schematic diagram of installing a high pressure gas cylinder for the high pressure gas cylinder adapter of the present invention. Figure 8: The high pressure gas cylinder adapter of the present invention is connected to the high pressure gas cylinder in the second state. The sectional view shows that the adjustment member is in the closed position. Figure 9: The high pressure gas cylinder adapter of the present invention is connected to the high pressure gas cylinder in the second state. The sectional view shows that the adjustment member is in the release position. Figure 10 is a diagram showing the state of use of the high pressure gas cylinder adapter of the present invention. [Main component symbol description] 1 High pressure gas cylinder adapter 10 First cylinder 11 Screw hole 12 First inclined surface 121 Positioning groove 13 Oblique perforation 14 Groove 15 Seal 16 Inflatable passage 20 Adjustment member 21 Knob portion 22 Cylinder connection Hole 23 Class groove 24 Piercing member 241 Piercing portion 242 Air guiding hole 25 Sealing member 251 Through hole 26 Threaded portion 27 Connecting hole 30 Second cylindrical body 31 Second inclined surface 311 Card groove 32 accommodating groove 33 Gas sealing member 34 Engaging hole 201237269 35 Air outlet.36 37 Card boring 38 40 Connecting device 41 411 Connecting portion 412 413 Inlet 414 42 Cover 421 43 Elastic member 431 50 Intake device 51 511 Through hole 512 513 Top end 514 52 Airtight ring 53 531 Combination part 54 541 connection hole 542 2 high pressure gas cylinder 3 4 to be filled 5 S inflatable space connection slot card 连接 connector connection stop surface air intake hole lower cover surface head connector fixing groove airtight groove socket nozzle Joint joint nozzle spoke