M399234 五、新型說明： 【新型所屬之技術領域】 作係為-種旋轉式雙向充氣嘴，尤指可同時提供兩種 氣嘴規格使用之一體旋轉式雙向充氣嘴設計° 圖一所示不同規格之二種習知充氣嘴結構剖視 一種不同規格之充氣嘴結構（7/8)皆為本創作人所研 ίίί之雜式絲嘴設計，主要目的為配合現今兩種市售自 订車輪胎充氣使用之法式氣嘴與美式氣嘴兩種規格结構差異 結合充氣結構，其中該兩種所述充氣嘴= 別 ==旋轉式外殼可，螺接前述美式氣 嘴則端螺、.文之特點’進而使前述旋轉式統嘴⑽之氣嘴塞與 格之氣嘴相對_合，再透過其中之氣孔於旋轉 ^氣嘴/、輪胎氣嘴接合後將氣體自輪胎氣嘴打入充氣，故前 述旋轉式充^嘴於與輪胎氣嘴接合之物理特性上，因為螺鎖接 合具有相當向的穩固性，因此在高壓打氣的過程中並不會產生 失合式統嘴僅單純朗部橡輕_㈣持輪胎氣 嘴外圍之方式*缺乏絲嘴與輪胎氣嘴軸向相對方向的穩固 力道’導致。内部雜過大時產生夾持力道與輪胎氣嘴抽向而產 士分力減，致使其脫離輪胎氣嘴而中斷打氣的缺失，因此所述 旋轉式充氣嘴更翻於—般或高壓（C()2高壓氣瓶）充 氣筒。 灰請配合圖一及圖二所示之習知結構使用示意圖，所述之法 嘴規格專用之旋轉式打氣筒充氣嘴7，以及美式氣嘴規格 ，用之旋賊打氣筒絲嘴8，兩者在設計上主要為以一中心 f座60為主體’該中心管座60向外-端為具有較大圓徑之腔 室61構，，該腔室61内部套設有一氣嘴塞72/82，其中氣嘴 塞72與氣嘴塞82《差異為氣嘴塞72為供旋轉式打氣筒充氣 3 並使法式氣嘴F::之】之肩部形成氣密， 徑形體為搭配氣嘴塞二頂該，管83之外 氣嘴U後，II嘴8接合美式 3閥内桿體向内推送，藉以‘美式氣嘴U 該該中;巧二於該腔室_為形成管22= 螺G並連—接打二/，為於導氣管62後段C 頭部51下方以㈣曰Sr ^打氣筒5〇上方具有一頭部5卜 於圖二A中為且j ,圖未示）連接筒體52，而頭部&内部 也叫<士中為具有一氣孔511，該氣孔511向外之出氣端51? 述之螺桿63對接固定，並於出氣端512 丄：5二=:造，並於該圓槽内設置有-0型環 歪衣為於該出氣端512接合螺桿63固定時， ㈣二B辭固二寺導 合端64，透雜合端64之環部套接一 ί ϋ / (圖未示）上之軟管53，該軟管53前端與接合 套接處外’時會套接有一套環划藉以加強該處的支 而所述旋轉式打氣筒充氣嘴7/8於該中心管座60外套設 有一外殼70/ 80，該外殼70/ 80為一中空内凹之殼體，並於^ 凹ΐ間士成一内空間701/801，該内空間701/801於組裝後可 覆蓋於前述外殼70與外殼80在於腔室61外徑上’該外殼7〇/ 8 0並於該内空間7〇 1 /8 〇 1 —側之開口端位置處開設有第一螺紋 部702/802 ’並於相對於第一螺紋部7〇2/8〇2另一端為形成接 合端703/803，該接合端703/803於所述旋轉式打氣筒充氣嘴 7Ζ8之軸向上開設有一第二螺紋部7〇4/8〇4，該第二螺紋部 間之差異為第二螺紋部7G4之孔徑為搭配法式氣嘴的 =螺紋外徑，藉以進行螺接動作，而第二螺紋部8(^之孔徑 以以1:的〒：’藉以進行螺接動作，另腔室61 為套設—帽蓋71/81，該帽蓋具有 sr: νΛΐ-- #霜ρρ觀後使°亥巾目蓋71/81接合於該外殼70/ 80後，並 室H上完成旋轉式打氣筒充氣㈣組設。 嘴，專用之旋轉式打氣筒充氣嘴7以及美 及外殼配合之設計，使氣嘴塞72/82以及外殼 70/8〇m換搭配，即可變更法式錢式規格的制，因卜ς ίίίίΐΐΐ成ί及方便裝置之優點，且同時間具旋轉式充 S知旋轉式打氣筒充氣嘴7/8之設計仍必 是:可獨二使用I搭二軟氣 鑒於前述習知輯式充氣嘴g&合法式 =題姓本創作為提供-種適用兩種氣4格 向充軋嘴，_疋整合可供套接自行車輪 兩種規格並且可獨立搭配打氣筒使用之旋轉式雙向充&嘴 中心3ϊί?轉中式充氣嘴之主要特徵在於本創作以-ji心皆兩端各接設—第—氣嘴部及一第二 3 f座具有腔室之—端為與第一氣嘴部 ，嘴部具有—第—外殼及帽蓋，該腔室設有一氣 嘴塞及頂外’該第—外殼及帽蓋包驗設於碰室外徑上 M399234 ，中心管座於腔室之另-端開設有_接合部，該接合部 二嘴部套接，該第二氣嘴部具有-第二外殼，該第二外g且 有一内螺接部與接合部接合，而第二外殼更開設有一 二 塾圈套設’其中該第—外殼及第二外殼之開口端於同—^ 之兩端開設有各自搭配美式氣嘴與法式氣嘴之第一螺 ，使美式氣嘴可由第一螺孔螺接進入第一氣嘴部並 氣嘴塞及頂喊接合氣密啟瞻城，㈣式氣嘴可^第 第？氣嘴部，並使法式氣嘴之前端充氣閥與Ϊ ，較大物間之肩部與第二外殼内套設之_密合 进效果並進行打氣；而本創作之次要特徵在於第 ： 端外，免有-外螺接部，該兩外螺接部 設二”可隨時轉換互用於同-打氣連接之裝ί 氣嘴部及第二氣嘴部分別為相對裝設於中 座之軸徑方向之兩端向外，使空氣可自相對向外的 嘴掀第二氣嘴部通過中心管座，並透過另—端與 Η 及頂心管或塾_ 一結構^作用，& 室及接合部一側各開設有圓槽’並各套 後二楚使該兩〇形環於第一外殼及第二外殼套接於中心管座 第二内空間内管壁形成氣密’使打氣進行時 任一端進行打氣時，保持氣密的效果。戈l使正體、-構於 【實施方式】 圖，之翔純佳魏狀域外觀示意 並於頭頭部η51與筒體52之結構設計， 式雙向未不）之開口端套接有本創作之旋轉 ίΪΪίΐ知結構之設計’在於該旋轉式雙向充 川^有/ 一亂嘴4 2〇及一第二氣嘴部30，且第一氣嘴部 ” -虱嘴部30 4可旋轉分離於頭部51輸氣孔上，並相 6 M399234 20 ^ 30 再I參晒四、圖五細六所示之本創作較佳實 ，圖^於旋轉式絲嘴之加卫方式主要還是以轴向進行圓徑 tit，因此本創作運用了前後雙向轉動的設計做為主要的 技術應用賴，並結合美式氣嘴之轉式統嘴所必要之 ，氣嘴塞與頂，。Ή及法式氣嘴之旋轉式域嘴所必要之氣 構2需之域特性’整合出—個結合前述_規格充氣嘴 之中心管座1G ’其中為達前述發明動機，本創作之中 1〇主要為-中空圓管體，其-端設有一圓徑較大的腔室u， 並於腔室11内形成-容置空間1U，腔室„ 一側之中心管座 1〇管體外徑上開設有-關13,該圓槽13 一側為凸設有一凸 部131，而自凸部131往中心管座10之另一側為一接合部12, 該接合部12向外之一端管徑上開設有螺紋14 ’接合部12中 心為中空之内管12卜該接合部12於螺紋14於開口之另一側 則凹設有一圓槽122 ’其中該圓槽13上套設有一 〇形環43， 另一圓槽122上套設有一 〇形環45 ;其中該中心管座1〇兩端 各接設一第一氣嘴部20及一第二氣嘴部3〇，其中該中心管座 1〇5腔室11 一端為與第一氣嘴部20套設，該腔室〗丨内設有 :氣嘴塞41及頂心管42所組成，其中氣嘴塞41為套入該腔 至11内之容置空間111中，該氣嘴塞41外徑為略小於該容置 空間111之内徑，而該氣嘴塞41中心開設有—前階級孔411 及一後階級孔412 ,該前階級孔411及後階級孔412恰可供頂 心管42之階級形體套設並定位於其中，該頂心管42中心内部 開设^數道氣孔421，中心並形成有一柱體，該氣嘴塞41及 I貝管42之設計與習知結構相同，因此不再贅述其結構功 效，氣嘴塞41及頂心管42套設於該腔室11内之容置空間in 内後，再自該中心管座10另一側接合部12位置處套設一帽蓋 22，該帽蓋22套入之一端開設有一螺紋部221，該帽蓋22相 對於螺紋部221之另一端具有一圓面並於中心開設有一開口 7 M399234 222，該開口 222 u徑為略大於接合部12 ，，使其套入的行程限制於該凸部士 =於雜=11之開口端套設—第―外殼2卜 開口端具有一外螺接部211，第一 外设21 形體，第-外殼21相對於該之 紋部m ’該螺紋部加為與帽蓋 1 ^開5又有螺 仫上，該第一空間214之内徑略大於种 王yr 之第-外殼21及帽蓋22所構成之第 =可=組設 腔室11外徑上，而該第—空間214之於該 面-端位置處也同時壓迫到前述中 %、套二又^其内圓 ==端之氣密，第-外殼21於外^接座部丨==形^3 第-螺孔213 ’該第-螺孔2η发极J a 1〜15開6又有一 接’藉以摯動美式氣嘴向内進人外螺f目螺 座10於腔室11之另一端開今右一邛20内，而中心管 第二氣嘴部30套接，其中該第二接合部U與 3卜該第二外毅31㈣中心開」，具有-第二外殼 12之螺紋14接合，在本實施例中内螺纹部、接合部 螺紋14螺接後會以點膠等固接方固、'° ，、接a部12之 可隨中心管座Η)轉動，第二外殼31於内 開杈有-第二螺孔35於同一軸徑上 笼内！紋。P 33 -側 口外侧更開設有一套槽341供一塾 ^第—螺孔乃靠近開 於套槽341後為呈略為凸出之狀態圈套,第該:圈44套設 與法式氣嘴前端外徑較小之螺桿相螺累孔35為供 内進入第二氣嘴部30内，第-外私 ^以手動法式氣嘴向 第二螺孔35相對於 32 ’該第二空間32内徑於第 回U父大之第二空間 接合部12後為壓迫到中心管座“$中心管座1〇之 之氣密，至此完成摘作之結形成該端 8 M399234 請配合參晒七A與圖七B所示，本 設完成後，所纽讀點及功效如下·· …、㈣、纟。構組 1. 第一外殼21及第二外殼31之第一螺孔213 於裝設於中心管座10後，為以同一軸向上 碳 式氣嘴與法式氣嘴，因此本創作於同—軸心 美式氣嘴之前端透過與第-螺孔213 u -氣嘴㈣内部並與該氣嘴塞41接合氣密， 尸别端之抵了貝進而開啟美式氣嘴閥體，俾便進^二 氣動作，整體結構轉換方向後，可使法式氣嘴可由第^螺孔 第二氣嘴部30内部，使法式氣嘴之ί端 充乳閥”其後端較大外徑間外徑之肩部與第 之墊圈密合，達到氣密效果並進行打氣。广成門晉叹 2. ^外殼31驗裝於k管座1G後為射 ，狀態’又第:外殼21 _蓋22於設計上為可轉動= =座1G之腔室11外圍’因此當圖七A所 殼 2於進仃職美式—動作時，並不會干預射心管座1〇 因此第二外殼31仍可持續穩固的 ίΓ打“ 5〇之頭部51上；反之，當圖七B所示之第 為連接打氣筒5Q之頭部51狀況下，該第二外殼 j於進行螺接法式氣嘴動作時，同樣的第二外殼31與中心 =ιο之轉動不會連動第—外殼21與帽蓋22接合於打氣 頭部51上而保持穩固’使本創作之雙向旋轉動作得 以貫化無誤。 3. 請=合參閱圖八及圖九所示，該第一外殼21及第二外殼μ 孔213與第二螺孔35外緣各開設有一外螺接部 ’該兩外螺接部211/34為具有相同之圓徑，此一設計 Γίΐ 一外殼2〇及第二外殼3〇共同套接同一打氣筒5〇之 氣^ 512或打氣筒延伸之輸氣軟管53所增設之套設部 ’其中套設部54内開設有對應兩外螺接部211 m之内螺 9 紋’後端以接合端542遠技鲈其土， 於同一打氣連接之裝53 ’達到可隨時轉換互用 通過中心管座1〇到逵另―山士产卜成21及第一外威31 充氣嘴形成一體且丁二;使原本必須分別設置之 嘴的功效。 了相互轉換方向即可套用不同規格之氣 4 Γ盖22、中心管座10及第二外殼31分別為 向所構成之形體設計，可使各主 if即可完成，大幅減低各零件的加工，可 皆以圓徑搭配組裝之設計，使整體 佔以丨妓形衣等塾圈之接觸即可達成良好的氣密效果， 於打氣時，產生更有效率的充氣效果。 夕作所述之美式氣嘴與氣嘴塞41與頂心管42 之配a，其中第-外殼2卜氣嘴塞41與頂心管42之 ，轉減合英錢嘴並達核氣效果；另所i之套 / f為可直接開設於打氣筒50之氣孔511 -端，以供第一 ，、孔13與第一螺孔35外緣之外螺接部211/34套接外，更可 =j部具有對應外螺接部211/34之套設部54獨立連接於 輸氣軟官53 —端。 5 «φΪ、上所述’本創作旋轉式雙向充氣嘴可解決習知旋轉式充 ^嘴♦，，、=同時搭配於兩種不同規格氣嘴，以及獨立雙向使用的 =丄深具產業價值，設計上無發現近似之專利或技術公 汗在先，且非習知技術之簡易轉用，實符合專利法所規定之新 穎性及進步性要件，爰依法提出發明專利申請。 【圖式簡單說明】 圖一：係習知結構之侧面組裝剖視圖。 M399234 圖二：係習知結構之部份側面組裝剖視圖。 圖三：係本創作之組裝實施狀態圖。 圖四：係本創作之組裝分解示意圖。 圖五：係本創作之另一組裝分解示意圖。 圖六：係本創作之組裝分解剖示圖。 圖七：係本創作之部份側面組裝剖視圖。 圖八：係本創作之部份侧面組裝剖視圖。 圖九：係本創作之另一部份側面組裝剖視圖。M399234 V. New description: 【New technical field】 It is a kind of rotary two-way aeration nozzle, especially one that can provide two kinds of nozzle specifications at the same time. One-piece rotary two-way inflation nozzle design The two kinds of conventional aeration nozzle structures are cut into a different size of the inflatable nozzle structure (7/8), which is designed by the creator. The main purpose is to match the two kinds of commercially available custom tires. Inflatable use of the French air nozzle and the American air nozzle two specifications structure difference combined with the inflatable structure, wherein the two kinds of the inflatable nozzle = do not = = rotating shell can be screwed to the aforementioned American air nozzle is the end screw, the characteristics of the text 'In turn, the nozzle plug of the rotary nozzle (10) is opposite to the nozzle of the grid, and then the air hole is inserted into the nozzle of the tire after the air nozzle is engaged with the air nozzle, so that the gas is inflated from the tire nozzle. The above-mentioned rotary charging nozzle is in the physical property of engaging with the tire nozzle, because the screw-locking engagement has a relatively stable stability, so that in the process of high-pressure airing, there is no loss of the type of the mouthpiece, only the simple part of the rubber light _ (four) holding the wheel The way around the mouth of the tire is caused by the lack of a firm force in the axial direction of the nozzle and the tire nozzle. When the internal miscellaneous is too large, the clamping force is generated and the tire nozzle is drawn, and the maternal force is reduced, so that it is separated from the tire nozzle to interrupt the lack of airing, so the rotary aeration nozzle is turned over or the high pressure (C ( ) 2 high pressure cylinders) inflatable cylinders. Please refer to the schematic diagram of the conventional structure shown in Figure 1 and Figure 2. The rotary nozzle inflator 7 for the nozzle specification and the American nozzle specification, the thief inflator nozzle 8 The design is mainly based on a central f-seat 60. The central base 60 is outwardly-ended with a chamber 61 having a larger circular diameter. The chamber 61 is internally provided with a nozzle plug 72/82. The difference between the nozzle plug 72 and the nozzle plug 82 is that the nozzle plug 72 is for inflating the rotary pump 3 and the shoulder of the French air nozzle F:: is formed to be airtight, and the radial body is matched with the nozzle plug. The second top, after the gas nozzle U outside the tube 83, the II mouth 8 engages the inner 3 valve inner rod to push inward, so that 'the American air nozzle U is in the middle; the second is in the chamber _ is formed into the tube 22 = screw G parallel connection - hit two /, for the air duct 62 rear section C head 51 below (four) 曰 Sr ^ pump 5 〇 above a head 5 图 in Figure 2A and j, not shown) The cylinder 52, and the head & inside is also called <there is a vent 511, the vent 511 is outwardly connected to the outlet end 51. The screw 63 is fixed and docked at the outlet end 512 丄: 5 =: made, and a -0 type loop garment is arranged in the circular groove. When the outlet end 512 is engaged with the screw 63, the joint end 64 of the second solidarity and the end of the hybrid end 64 Socket a hose 53 on the ί ( / (not shown), the front end of the hose 53 and the outer portion of the joint sleeve are sleeved with a set of loops to strengthen the branch and the rotary pump The air-filling nozzle 7/8 is provided with a casing 70/80 in the outer casing 60, and the casing 70/80 is a hollow concave casing, and the inner space is 701/801. 701/801 can be covered after the assembly of the outer casing 70 and the outer casing 80 on the outer diameter of the chamber 61. The outer casing 7 〇 / 80 and open at the open end position of the inner space 7 〇 1 / 8 〇 1 - side The first threaded portion 702/802' is formed at the other end with respect to the first threaded portion 7〇2/8〇2 to form an engaging end 703/803, and the engaging end 703/803 is in the rotary pump inflator 7Ζ8 A second threaded portion 7〇4/8〇4 is defined in the axial direction, and the difference between the second threaded portions is that the diameter of the second threaded portion 7G4 is the outer diameter of the thread matched with the French air nozzle, thereby screwing And the second threaded portion 8 (the aperture of the hole is to be screwed by 1: 〒: ', and the other chamber 61 is sleeved - the cap 71/81, the cap has sr: νΛΐ--# After the frost ρρ view, the 亥 巾 towel cover 71/81 is joined to the outer casing 70/80, and the rotary air cylinder inflation (four) is completed on the chamber H. The mouth, the special rotary air pump inflation nozzle 7 and the beauty and The design of the outer casing allows the nozzle plug 72/82 and the outer casing 70/8〇m to be interchanged, so that the French money type system can be changed, and the advantages of the device can be changed and the device can be rotated at the same time. The design of the rotary nozzle inflator 7/8 is still necessary: it can be used exclusively by I to take two soft air. In view of the above-mentioned conventional inflated nozzle g& legal type = title surname creation is provided - applicable two Seed gas 4 grid to the filling nozzle, _ 疋 integrated for the bicycle wheel two specifications and can be used independently with the pump to use the rotary two-way charging & mouth center 3 ϊ ?? Chinese-style inflatable nozzle is mainly characterized by this creation - ji heart is connected at both ends - the first - the mouth part and the second part 3 f have the chamber - the end is the first mouth part The mouth has a first-shell and a cap, and the chamber is provided with a nozzle plug and a top outer portion. The first-shell and the cap cover are inspected on the outdoor path M399234, and the central tube seat is in the chamber- The end opening is provided with a joint portion, the joint portion has a mouth portion, the second air nozzle portion has a second outer casing, and the second outer portion g has an inner threaded portion engaged with the joint portion, and the second outer casing is further opened. One or two loops are provided with 'the first shell and the open end of the second shell are respectively provided with the first screw of the American air nozzle and the French air nozzle at the two ends of the same -^, so that the American air nozzle can be the first screw The hole is screwed into the first nozzle and the nozzle is plugged and the air is tightly connected to the city. (4) The nozzle can be the first? The mouth part, and the front end of the French air nozzle and the sputum, the shoulder between the larger object and the second outer casing are tightly fitted and inflated; and the secondary feature of the creation is the: In addition, there is no-outer screwing portion, and the two outer screwing portions are provided with two"s that can be converted and used for the same-air-connecting connection at any time. The gas nozzle portion and the second air nozzle portion are respectively oppositely mounted in the middle seat. The two ends of the shaft diameter direction are outward, so that air can pass through the center tube seat from the relatively outward mouth and the second nozzle portion, and through the other end and the Η and the top tube or the 塾_ structure ^, A circular groove is formed on each side of the chamber and the joint portion, and each of the sleeves is formed such that the two outer rings and the second outer casing are sleeved in the inner wall of the second inner space of the central pipe seat to form a gastight seal. When the air is pumping at either end, the airtight effect is maintained. The body is made up of the body, and the structure is shown in the figure. The appearance of the pure and good Wei-like domain is shown in the figure, and the structure of the head η51 and the cylinder 52 is designed. , the open end of the two-way is not the same, and the opening of the creation is ΪΪ ΐ ΐ ΐ ΐ ΐ 结构 结构 结构 结构 结构 结构 结构The two-way charge is provided with a second nozzle and a second air nozzle portion 30, and the first air nozzle portion" - the mouth portion 30 4 is rotatably separated from the air outlet of the head portion 51, and the phase is 6 M399234 20 ^ 30 I I participated in the sun 4, the picture shown in Figure 5 is better, the figure ^ in the rotary wire mouth is mainly used to adjust the diameter of the wire in the axial direction, so the creation uses the front and rear two-way The design of the rotation is the main technical application, and it is necessary to combine the mouthpiece and the top of the mouthpiece of the American-style nozzle.气 法 法 法 法 法 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法 法Mainly - hollow circular tube body, the end of which is provided with a chamber u having a large diameter, and a space 1U is formed in the chamber 11, and the central tube seat of the chamber „ is on the outer diameter of the tube body The opening 13 is provided with a convex portion 131 on one side of the circular groove 13 and a joint portion 12 from the convex portion 131 to the other side of the central base 10, and the outer diameter of the joint portion 12 is outward. The upper portion is provided with a thread 14'. The center of the joint portion 12 is a hollow inner tube 12. The joint portion 12 is recessed on the other side of the opening 14 with a circular groove 122. The circular groove 13 is sleeved on a circular shape. a ring 43 is disposed on the other circular groove 122. The first tube portion 20 and the second nozzle portion 3 are respectively connected to the two ends of the central tube holder 1 . One end of the chamber 1〇5 chamber 11 is sleeved with the first air nozzle portion 20, and the chamber is provided with a nozzle plug 41 and a top core tube 42, wherein the nozzle plug 41 is nested therein. In the accommodating space 111 in the cavity 11 , the outer diameter of the nozzle plug 41 is slightly smaller than the inner diameter of the accommodating space 111 , and the center of the vent plug 41 is opened with a front class hole 411 and a rear class hole 412 . The front class hole 411 and the rear class hole 412 are just sleeved and positioned in the class of the top core tube 42. The center of the center tube 42 defines a plurality of air holes 421 at the center, and a column is formed at the center. The design of the nozzle plug 41 and the I tube 42 is the same as that of the conventional structure. Therefore, the structural function is not described. The nozzle plug 41 and the core tube 42 are sleeved in the housing space in the chamber 11. And a cap 22 is disposed at a position of the other side of the joint portion 12 of the central stem 10, and a cap portion 22 is formed at one end of the cap 22, and the cap 22 has a threaded portion 221 opposite to the threaded portion 221 A circular surface has an opening 7 M399234 222 at the center, and the opening 222 u has a diameter slightly larger than the joint portion 12, so that the stroke of the nesting is limited to the convex portion of the convex portion = the opening end of the impurity = 11 - the first The open end of the outer casing 2 has an outer screwing portion 211, the first outer casing 21 is shaped, and the first outer casing 21 is opposite to the moiré portion The threaded portion is added to the cap 1 and 5 and has a thread. The inner diameter of the first space 214 is slightly larger than the first and outer casing 21 and the cap 22 of the king yr. 11 is on the outer diameter, and the first space 214 is simultaneously pressed to the middle of the first, the second and the inner ring == the end of the airtight, and the first outer casing 21 is externally connected.丨 = == shape ^3 first - screw hole 213 'the first screw hole 2 η pole J a 1~15 open 6 and one connected 'to borrow the American air nozzle to enter the outer screw snail screw seat 10 The other end of the chamber 11 is opened in the right one 20, and the second nozzle 30 of the central tube is sleeved, wherein the second joint U and the second outer 31 (four) center open, with - second The thread 14 of the outer casing 12 is engaged. In the embodiment, the internal thread portion and the joint thread 14 are screwed together, and then fixed by a glue or the like, '°, and the a portion 12 can be rotated with the center tube base Η). The second outer casing 31 is internally opened - the second screw hole 35 is caged in the same shaft diameter! Pattern. P 33 - The outside of the side port is further provided with a set of slots 341 for a 塾 ^ - the screw hole is close to the sleeve 341 and is slightly protruding. The first: the sleeve 44 is set outside the front end of the French nozzle The screw-threaded hole 35 having a smaller diameter is for entering the second nozzle portion 30, and the first-outer private nozzle is moved to the second screw hole 35 with respect to 32'. After the second space joint 12 of the U-Father, the pressure is applied to the central socket "$1 center socket", and the end of the extraction is formed to form the end 8 M399234. As shown in Figure 7B, after the completion of the design, the new reading point and the function are as follows: ..., (4), 纟. Construction 1. The first screw hole 213 of the first outer casing 21 and the second outer casing 31 is installed in the center tube. After the seat 10, the carbon nozzle and the French air nozzle are in the same axial direction, so the creation is in the same end of the shaft-shaped American air nozzle and the first screw hole 213 u - the air nozzle (4) and the nozzle 41 joint airtight, the end of the body to the shell and then open the American valve body, the squat into the second gas action, the overall structure can change the direction, the French gas nozzle can be The inside of the second nozzle portion 30 of the first screw hole allows the shoulder of the outer diameter of the outer end of the French air nozzle to be closely adhered to the outer gasket of the outer diameter of the second end of the nozzle, to achieve airtightness and inflating . Guangchengmen sighs 2. ^ Shell 31 is installed in the k-seat 1G after the shot, the state 'again: the shell 21 _ cover 22 is designed to be rotatable = = seat 1G chamber 11 periphery' so the map The shell of the seven A is in the American style of the inauguration - it does not interfere with the centroid socket. Therefore, the second outer casing 31 is still stable and stable, and the head of the head is 51; on the contrary, when When the first cover 51 is connected to the head 51 of the inflator 5Q, the second outer casing j does not interlock with the rotation of the center=ιο when the screwing method is performed. The outer casing 21 and the cap 22 are joined to the air-inflating head 51 to be kept stable. The two-way rotation of the present creation is ensured. 3. Please refer to FIG. 8 and FIG. The outer shells 213 and the outer edges of the second screw holes 35 each have an outer screwing portion. The two outer screw portions 211/34 have the same circular diameter. The outer casing 2 and the second outer casing 3 are designed. 〇 套 〇 同一 同一 同一 同一 同一 同一 同一 同一 同一 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 512 The inner end of the outer threaded portion 211 m has a 9-thick end with the joint end 542 far away from the soil, and the same air-connected connection 53' can be converted and used interchangeably through the central tube holder 1 to the other side Produce Bu Cheng 21 and the first Weiwei 31 Inflatable nozzles form one and Ding two; make the effect of the mouth that must be set separately. The mutual conversion direction can be applied with different specifications of gas 4 Γ cover 22, central tube holder 10 and The two outer casings 31 are respectively designed for the shape of the body, so that the main if can be completed, and the processing of each part can be greatly reduced, and the design can be assembled by the round diameter, so that the whole is occupied by the laps and the like. A good airtight effect can be achieved by contact, and a more efficient inflation effect is produced when inflating. The American air nozzle and the air nozzle 41 and the core tube 42 are arranged in a, wherein the first outer casing 2 The nozzle plug 41 and the top core tube 42 are reduced to the British money mouth and achieve the nuclear gas effect; the other set / f is directly open to the 511 end of the air hole 50 for the first, The hole 13 is sleeved with the screwing portion 211/34 outside the outer edge of the first screw hole 35, and the j portion has a corresponding outer screw portion 2 The 11/34 sleeve part 54 is independently connected to the gas transmission soft official 53. 5 «φΪ,上上'This creation rotary two-way inflation nozzle can solve the conventional rotary type filling nozzle ♦,, == at the same time In the two different specifications of the nozzle, as well as the independent two-way use of the 丄 deep industrial value, the design found no similar patent or technical public sweat first, and the simple transfer of non-known technology, in line with the provisions of the Patent Law The novelty and progressive requirements, the invention patent application is filed according to law. [Simplified illustration of the drawing] Figure 1: Side sectional view of the conventional structure. M399234 Figure 2: Partial side assembly sectional view of the conventional structure. Figure 3: This is the assembly implementation status diagram of this creation. Figure 4: Schematic diagram of the assembly and decomposition of this creation. Figure 5: Another assembly and decomposition diagram of this creation. Figure 6: The anatomical diagram of the assembly of this creation. Figure 7: A partial cross-sectional view of the part of the creation. Figure 8: A partial cross-sectional view of the part of the creation. Figure 9: A cross-sectional view of the side assembly of another part of the creation.
【主要元件符號說明】 F 法式氣嘴 U 美式氣嘴 7 旋轉式打氣筒充氣嘴8 旋轉式打氣筒充氣嘴 10 中心管座 11 腔室 111 容置空間 12 接合部 121 内管 122 圓槽 13 圓槽 131 凸部 14 螺紋 20 第一氣嘴部 21 第一外殼 211 外螺接部 212 螺紋部 213 第一螺孔 214 第一空間 22 帽蓋 221 螺紋部 222 開口 3〇 第二氣嘴部 31 第二外殼 11 M399234[Main component symbol description] F French air nozzle U American air nozzle 7 Rotary air pump inflation nozzle 8 Rotary air pump inflation nozzle 10 Center socket 11 Chamber 111 accommodating space 12 Joint portion 121 Inner tube 122 Round groove 13 Round Groove 131 convex portion 14 thread 20 first air nozzle portion 21 first outer casing 211 outer screw portion 212 thread portion 213 first screw hole 214 first space 22 cap 221 thread portion 222 opening 3 second nozzle portion 31 Two housings 11 M399234
32 第二空間 33 内螺紋部 34 外螺接部 341 套槽 35 第二螺孔 41 氣嘴塞 411 前階級孔 412 後階級孔 42 頂心管 421 氣孔 43/45 〇形環 44 墊圈 5〇 打氣筒 51 頭部 511 氣孔 512 出氣端 513 0型環 52 筒體 53 軟管 531 套環 54 套設部 541 〇型環 542 接合端 6〇 中心管座 6ι 腔室 62 導氣管 63 螺桿 64 接合端 7〇 外殼 7〇1 内空間 7〇2 第一螺紋部 7〇3 接合端 7〇4 第二螺紋部 71 帽蓋 711 開口 712 第三螺紋部 12 M399234 72 氣嘴塞 8〇 外殼 8οι 内空間 8〇2 第一螺紋部 8〇3 接合端 8〇4 第二螺紋部 8ι 帽蓋 8ii 開口 812 第三螺紋部 82 氣嘴塞 83 頂心管 831 抵頂端 832 氣孔 1332 Second space 33 Internal threaded part 34 External threaded part 341 Slotted groove 35 Second screw hole 41 Air nozzle plug 411 Front stage hole 412 Rear class hole 42 Top core tube 421 Air hole 43/45 Cylinder ring 44 Washer 5 Air cylinder 51 head 511 air hole 512 air outlet 513 0 ring 52 cylinder 53 hose 531 collar 54 sleeve 541 〇 ring 542 joint end 6 〇 center tube 6 腔 chamber 62 air duct 63 screw 64 joint end 7 〇Shell 7〇1 Inner space 7〇2 First threaded part 7〇3 Engaged end 7〇4 Second threaded part 71 Cap 711 Opening 712 Third threaded part 12 M399234 72 Gas nozzle plug 8〇 Housing 8οι Inner space 8〇 2 first threaded portion 8〇3 joint end 8〇4 second threaded portion 8i cap 8ii opening 812 third threaded portion 82 gas nozzle plug 83 top core tube 831 abutting tip 832 air hole 13