M425968 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種快速接頭，尤指一種降低製造成 本、容易組裝且安全使用之快速接頭者。 【先前技術】 既有快速接頭係用於管路的銜接且設有一本體、—閥 座及一外殼體，其中該本體係為一體成形之中空柱體且内 部依序設有一進氣室、一卡設槽及—出氣室，該本體於該 出氣室内設有一復位彈簧且於外表面間隔貫穿設有複數個 與該出氣室相連通的套設孔’於各套設孔内設有一定位 珠，且該本體於該卡設槽内設有一密封套環及一與該復位 弾黃相貼靠的墊圈，該閥座係可移動地設於該本體内且設 有至少一與β玄本肢進氣室相連通的進氣口，該復位彈簧係 套設結合於該閥座的外表面，且該閥座的外表面係與各定 位珠相抵靠，該外殼體係可移動地套設於該本體的外部且 設有一彈簧槽、—迫緊槽及一推抵彈簧，該彈簧槽係凹設 於該外殼體一端的内表面且套設於該本體的中段處，而該 迫緊槽係設於該外殼體靠近該環抵槽的内表面，該推抵彈 簧係套設於該本體的外表面上且設於該彈簧槽内； 然而，既有快速接頭雖可提供一快速連接管路的效 果，但既有快速接頭不僅於製造時，該本體必須透過複數 個相平行設置於泫本體上的定位銷而將該密封套環及該墊 圈固設於該本體的卡設槽中，且該本體必須於外表面環形 凹設有一限位槽且該限位槽中係套設有一限位環，使各定 M425968 位珠可設置於該外殼體及該閥體之間，不僅會相對增加製 造與組裝所需之成本與時間，且透過定位銷進行定位的= 式，其密封效果有限，無法有效地對於氣體進行輸送及控 制，再者，透過限位環對於各定位珠進行限位的方式，= 結構強度有限，使各定位珠容易因碰撞或自高處落下時由 既有快速接頭中脫落，進而使既有快速接頭無法進行營路 的銜接使用’誠有加以改進之處。 【新型内容】 因此，本創作有鑑於既有快速接頭結構與操作的缺失 與不足，特經過不斷的試驗與研究，終於發展出一種能改 進現有缺失之本創作。 本創作主要在於提供一種快速接頭，其係透過精簡的 結構配置’進而提供提供一降低製造成本、容易組裝且安 全使用的快速接頭之目的者。 基於上述目的，本創作之主要技術手段在於提供—種 快速接頭，其係設有一本體、_定位座、—閥座及一外殼 體，其中： 。玄本體5X有一螺合端及一連接端，該本體内部由該螺 合端朝該連接端方向依序設有—進氣室、—内徑較該進氣 至J的卡。X彳曰及與6玄卡設槽相通的螺合槽，該本體於該 卡叹槽中設有一密封圈及一與該密封圈相貼靠的壓迫環； 該定位座係可拆卸地與該本體相螺合且設有一螺固端 及一套入端，該螺固端係伸入該本體的連接端内且與該螺 合槽相螺合且與該壓迫環相抵靠，該定位座的套入端係與 該螺固端相通’該定位座於内部設有—與該本體卡設槽及 M425968 進氣室相通的出氣室，於該出氣室内設有一與該壓迫環相 點靠的復位彈簧，該定位座於靠近該套入端的外表面係間 隔貫穿設有複數個與該出氣室相通的套設孔，且Μ 孔内設有一定位珠； 該閥座係可移動地設於該本體及該定位座之間且設有 -封閉端及一開放端，該閥座的封閉端係經該壓迫環 封圈而伸於該本體的進氣室内，該閥座於靠近該封閉㈣ 外表面上係貫穿設有至少—與該本體進氣室相通的進氣 口’該復位彈簧係套設結合於該閥座的外表面而介於該壓 迫環與該閥座的開放端之間；以及 該外殼體係可移動地套設於該本體及該定位座之間且 設有一彈簧槽、一限位環槽及一推抵彈簧，該彈簧槽係凹 設於該外殼體-端的内表面且套設於該本體及該定位座之 間’該限位環槽係環形凹設於該外殼體的另一端且與該定 位座的各套設孔相對應，使各定位珠可滾動地設於各套設 孔及該限位環槽間，該推抵彈簧係套設於該定位座的外表 面上且兩ϋ而係分別抵靠於該本體的連接端及該彈簧槽之 間。 曰 進一步，該定位座在介於該螺固端及各套設孔間的外 表面係間隔貫穿有複數個與該出氣室相通的洩氣孔。 再進一步，該閥座於該開放端上係套設有一與該定位 座内表面及各定位珠相抵靠的套設環以及一用以將閥座固 定於定位座中的鎖固環，進而避免該閥座經由該套入端而 與該定位座内相脫離。 較佳地’ δ玄本體於該螺合端的内表面係設有一螺紋。 5 較佳地，該本體於該螺合端的外表面係設有一螺紋β 藉由上述的技術手段可知，本創作快速接頭於製造及 組裝時，主要係透過該定位座與該本體相螺合鎖緊的方 式’使該密封圈及該壓迫環可同時受到該定位座嫘固端及 。亥復位彈黃雙重推抵的作用了，即可穩固地設置於該本體 的卡π槽中，it而提供該閥體一緊密的密封效I ’不僅不 需再透過δ又置複數個定位銷的方4，即可達到穩固密封的 效果，且可有效降低製造及組裝所需的成本與時間；再者， 透過於該外殼體内表面環形凹設一限位環槽的方式，可有 效地避免各定位珠因碰撞或自高處落下時，由快速接頭中 脫落而無法進行管路銜接使用的情形，另外，在拔出公接 頭過程中，係可透過各洩氣孔將部份的高壓氣體排出，有 效降低高壓氣體的衝力，進而避免該公接頭與定位座分離 時因同壓氣體的衝力而傷害操作者的情形，藉以構成—降 低製成本、谷易組裝且安全使用的快速接頭者。 【實施方式】 為能詳細瞭解本創作的技術特徵及實用功效，並可依 照說明書的内容來實施，玆進一步以如圖式所示的較佳實 施例，詳細說明如后，請參閱如圖1至4所示，本創作之 快迷接頭（美規Μ型）係設有一本體1 〇、一定位座2〇、—間 座30及-外殼體4〇，其中： 該本體10係設有一螺合端1彳及一連接端12，其中該 本體1〇的螺合端11係用以—與空氣壓縮機（圖未示）相結 合’如圖3或圖9Α所示，該本體1 〇於該螺合端的内表 面或外表面係設有一螺紋1 1 1，該本體1 〇的内部係由該螺 M425968 合端11朝該連接端12 的進氣室13、一内彳a 11依序設有—與空氣壓縮機相通 該卡設槽14相通的V:進氣室13小的卡設槽14及-與 中係設有-㈣該本體1G於該卡設槽14 η η . 與该密封圈1 6相貼靠的壓迫環 該定位座20係可 .9 ^ , 拆卸地與該本體1 〇相螺合且設有一 螺固i而21及一套入墙^ Z ’該定位座2 0的螺固端21係伸 入該本體10的連接诚]M425968 V. New Description: [New Technology Area] This creation is about a quick connector, especially a quick connector that reduces manufacturing costs, is easy to assemble, and is safe to use. [Prior Art] The existing quick coupling is used for the connection of the pipeline and is provided with a body, a valve seat and an outer casing. The system is an integrally formed hollow cylinder and an internal air inlet chamber is arranged in sequence. a positioning slot and an air outlet chamber, wherein the body is provided with a return spring in the air outlet chamber, and a plurality of positioning holes are formed in the outer surface of the outer surface, and a positioning hole is arranged in each of the sleeve holes. And the body is provided with a sealing collar and a gasket abutting the resetting yellow in the clamping groove, the valve seat is movably disposed in the body and is provided with at least one The air inlet is connected to the air inlet, the return spring sleeve is coupled to the outer surface of the valve seat, and the outer surface of the valve seat abuts against the positioning beads, and the outer shell system is movably sleeved on the body The outer portion is provided with a spring groove, a pressing groove and a pushing spring. The spring groove is recessed on an inner surface of one end of the outer casing and is sleeved at a middle portion of the body, and the pressing groove is disposed on the outer portion of the outer casing The outer casing is close to the inner surface of the ring abutting groove, and the push is elastic The spring system is sleeved on the outer surface of the body and disposed in the spring slot; however, although the quick connector can provide a quick connection pipe, the quick connector not only needs to be manufactured, the body must pass through a plurality of positioning pins disposed in parallel with the body of the body, the sealing ring and the gasket are fixed in the locking groove of the body, and the body must have a limiting groove on the outer surface of the annular recess and the limit A retaining ring is arranged in the sleeve, so that each M425968 position bead can be disposed between the outer casing and the valve body, which not only relatively increases the cost and time required for manufacturing and assembly, but also locates through the positioning pin. = type, its sealing effect is limited, it can not effectively transport and control the gas, and then, the limit ring is used to limit the positioning of the positioning beads, = the structural strength is limited, so that each positioning bead is easy to collide or self-high When it falls, it is detached from the existing quick joints, so that the existing quick joints can not be used for the connection of the roads. [New content] Therefore, in view of the lack of structure and operation of the quick joints, this creation has finally developed a novel that can improve the existing defects through continuous experimentation and research. The present invention is primarily directed to providing a quick connector that provides a quick connector that reduces manufacturing costs, is easy to assemble, and is safe to use. Based on the above purposes, the main technical means of the present invention is to provide a quick connector which is provided with a body, a positioning seat, a valve seat and an outer casing, wherein: The main body 5X has a screw end and a connecting end, and the inside of the main body is sequentially provided by the screw end toward the connecting end - an air inlet chamber, and an inner diameter of the card which is compared with the air intake to J. X彳曰 and a screwing groove communicating with the 6 Xuan card slot, the body is provided with a sealing ring and a pressing ring abutting the sealing ring in the card slot; the positioning seat is detachably coupled thereto The body is screwed together and has a screw end and a set end, the screw end extends into the connecting end of the body and is screwed with the screwing groove and abuts against the pressing ring, the positioning seat The nesting end is in communication with the screw end. The positioning seat is internally provided with an air outlet chamber communicating with the body clamping slot and the M425968 air inlet chamber, and a resetting device is arranged in the air outlet chamber. a spring, the positioning seat is disposed at an outer surface adjacent to the nesting end, and is provided with a plurality of sleeve holes communicating with the air outlet chamber, and a positioning bead is disposed in the bore hole; the valve seat is movably disposed on the body And a closed end and an open end between the positioning seat, the closed end of the valve seat extends through the compression ring seal in the air intake chamber of the body, the valve seat is adjacent to the closed (four) outer surface The upper system is provided with at least an air inlet communicating with the body inlet chamber. An outer surface of the valve seat is interposed between the pressing ring and the open end of the valve seat; and the outer casing system is movably sleeved between the body and the positioning seat and is provided with a spring groove, a limiting ring groove and a pushing spring, the spring groove is recessed on the inner surface of the outer casing end and sleeved between the body and the positioning seat. The limiting ring groove is annularly recessed in the outer casing The other end of the positioning hole corresponds to the sleeve hole of the positioning seat, so that the positioning beads are rollably disposed between the sleeve holes and the limiting ring groove, and the pushing spring sleeve is sleeved outside the positioning seat. The surface and the two sides are respectively abutted against the connecting end of the body and the spring groove. Further, the positioning seat is provided with a plurality of air leakage holes communicating with the air outlet chamber at an outer surface between the screw-solid end and each of the sleeve holes. Further, the valve seat is sleeved on the open end with a sleeve ring abutting against the inner surface of the positioning seat and the positioning beads, and a locking ring for fixing the valve seat in the positioning seat, thereby avoiding The valve seat is disengaged from the inside of the positioning seat via the nesting end. Preferably, the δ 玄 body is provided with a thread on the inner surface of the screw end. Preferably, the body is provided with a thread β on the outer surface of the screw end. According to the above technical means, the quick connector of the present invention is mainly screwed to the body through the positioning seat during manufacture and assembly. In a tight manner, the sealing ring and the compression ring can be simultaneously shackled by the positioning seat. The function of the double-reduction of the yellow-returning yellow can be firmly set in the card π slot of the body, which provides a tight sealing effect of the valve body, which not only does not need to pass through the δ but also sets a plurality of positioning pins. The square 4 can achieve the effect of the stable sealing, and can effectively reduce the cost and time required for manufacturing and assembly; furthermore, the annular inner groove can be effectively recessed through the inner surface of the outer casing. Avoid the situation that the positioning beads can not be connected by the quick joint when they fall due to collision or falling from the height. In addition, during the process of pulling out the male joint, part of the high-pressure gas can be transmitted through each vent hole. Discharging, effectively reducing the impulse of the high-pressure gas, thereby avoiding the situation in which the male connector is separated from the positioning seat due to the impact of the pressure of the same pressure gas, thereby constituting a low-speed connector that is easy to assemble and safe to use. [Embodiment] In order to understand the technical features and practical functions of the present invention in detail, and in accordance with the contents of the specification, the present invention will be further described in detail with reference to the preferred embodiments as shown in the drawings. As shown in FIG. 4, the fan connector of the present invention is provided with a body 1 〇, a positioning seat 2 〇, a pedestal 30 and an outer casing 4 〇, wherein: the body 10 is provided with a snail a joint end 1彳 and a connecting end 12, wherein the screw end 11 of the body 1〇 is used for combining with an air compressor (not shown), as shown in FIG. 3 or FIG. The inner surface or the outer surface of the screwing end is provided with a thread 1 1 1 , and the inner portion of the body 1 依 is sequentially arranged by the end of the screw M425968 11 toward the inlet chamber 13 and the inner bore a 11 of the connecting end 12 . a V-connecting groove 14 communicating with the air compressor: a small groove 14 of the inlet chamber 13 and - and a middle portion - (4) the body 1G in the locking groove 14 η η. The ring 16 is abutting against the pressing ring. The positioning seat 20 is .9 ^ , and is detachably coupled with the body 1 且 and is provided with a screw and a set of The wall ^ Z ' the screw-shaped end 21 of the positioning seat 20 extends into the connection of the body 10]
2内且與該螺合槽1 5相螺合且與該 壓迫環1 7相抿靠，姑> + -罪使邊密封圈16可穩固地設置於該本體 1 0的卡設槽14内，如圖R — 戈圖6所不該定位座20的套入端22 係與該螺固端21相通且用以供一公接頭6〇插入使用，該 疋位座20於内部係設有一與該本體彳〇卡設槽彳4及進氣室 13相通的出氣室23,且於該出氣室23内設有一與該屋迫 環17相貼靠的復位彈簧24，該定位座2〇於靠近該套入端 22的外表面係間隔貫穿設有複數個與該出氣室23相通的 套設孔25，且於各套設孔25内設有一定位珠26，較佳地， 該定位座2 0另在介於該螺固端21及各套設孔2 5間的外表 面係間隔貫穿有複數個與該出氣室23相通的洩氣孔27 ; 該閥座30係可移動地設於該本體1 〇及該定位座2〇之 間且設有一封閉端31及一開放端32 ’該閥座30的封閉端 31係經該壓迫環1 7及密封圈1 6而伸於該本體1 0的進氣 室1 3内，該閥座30於靠近該封閉端31的外表面上係貫穿 設有至少一與該本體1 〇進氣室1 3相通的進氣口 33 ’該復 位彈簧24係套設結合於該閥座30的外表面而介於該壓迫 環17與該閥座30的開放端32之間，較佳地，該閥座30 7 M425968 於該開放端32上係套設有一與該定位座2〇内表面及各定 位珠26相抵靠的套設環34以及一用以將閥座3〇固定於定 位座20中的鎖固環35，進而避免該閥座3〇經由該套入端 22而與該疋位座20内相脫離，較佳地，如圖5所示為本創 作之另一實施例，該套設環34,係設於該閥座3〇的内部: 藉以使一公接頭60插入時可與該閥座3〇緊密貼合·以及 該外殼體40係可移動地套設於該本體1〇及該定位座 2〇之間m彈簧槽41、—限位環槽42及—推抵 43’其中該彈簧槽41係凹設於該外殼體4〇 _端的内表面 且套設於該本體1〇及該定位座2Q之間，該限位環槽42係 環形凹設於該外殼體40的另一踹钆盥兮r产〇 ，T' 力知且與该定位座20的各套 設孔25相對應，使各定位破％ 疋徂珠26可滾動地設於各套設孔25 及該限位環槽42間，使該外私邱/ Λ 便亥外殼體40呈可移動地設於該本 體1 0及該定位座2 0之Pe3，4 厓之間，该推抵彈簧43係套設於該定位 座20的外表面上且兩端作八^丨心土 ^係刀別抵A於該本體1 〇的連接 1 2及該彈簧槽41之間。 請參看如圖3及4, Λ '、’本創作快速接頭在未使用時， 由於閥座30受到復位彈簧 貢24的推頂，使閥座30的封閉端 31 h抵罪於該密封圈1 6處 , ^ 处而呈一氣體斷路的狀態，再則， 當本體10的螺合端11盥—* #「 a '、二乳堡縮機（圖未示）相結合時， 爻到本體10内部氣體推 賢蘭於4 — _的作用’使該閥座30封閉端31 緊閉於该岔封圈16處 妹 會有洩氣的情形； 0月配δ參看如圖6所示，a 環形卡合槽61 Μ八& 备本創作快速接頭與一具有 σ h Ο Ί的公接頭η - 示，可透過單手y'進仃結合時，首先係如圖7所 手彳呆作的方式將八 Λ將a接頭60設有環形卡合槽61 M425968 的一端經該定位座；AA * 厘20的套入端22與出氣室23而插入該閥 座30中亚推抵该套設環34，使該閥座3〇朝該本體j 〇螺 合端”的方向移動，進而讓該閱座3〇的至少一進氣口 3; 與^本肢1〇的進氣室13相通’當該公接頭60的卡合槽 61,動至該定位座2〇的各套設孔25時，各定位珠％會 朝〆卡。〜61方向移動，使該外殼體40經推抵彈簧43朝 °亥Α接頭60的方向移動，使各定位珠ie卡設於該公接頭 60的卡合槽61及該外殼體40内表面之間，使該公接頭60 • 可穩固地與該定位座20相結合； 當該公接頭60透過各定位珠26而與該定位座相結合 時’ δ玄閱座3 0的p q 〇 μ八+ '十閉编31會朝該本體10的螺合端11方 2動—’進而使該閥座30的至少—進氣σ 33與該進氣室 心趟^狀態’即完成該公接頭60的插接操作，使空氣 二π所產生的高壓氣體可經該本體10的出氣室13與該 閥座30而進入該公接頭6〇中。 請配合參看如圖8所示，者欲胳 % ^ on , v 田右人將6玄公接頭60與該定位 刀離時’則係透過朝該本體10方向推動該外殼體 ㈣該推抵彈菁43,並將該公接頭6〇朝該定位座2〇 备入右而22的方向拉出，可使各 4〇m ro 広J便谷疋位珠26移動至該外殼體 即可Λ 42中而與該公接頭6〇的卡合槽61相分離， 將八接頭Ϊ將該公接頭6〇與該定位座2〇相分離，其中在 ^^2ίΜ目分離㈣中，位於該定位座 中八Γ各錢孔2 7可將部份的高壓氣體自定位座2 〇 接=效降低高壓氣體的衝力，進而避免該公 …座20分離時因高壓氣體的衝力而傷害操作 9 M425968 者的情形； 另外’該闕座30係受該復位彈菁24的推動而恢復至 :圖3所示的初始位置’使該快速接頭呈一氣體斷路的狀 m如圖9日與9C所示’本創作快速接頭亦可盘不 同規格（如德規A型或美規T型等）的公接頭6〇“6〇B相 結合。 藉由上述的技術手段可知’本創作快速接頭於製造及 組裝時，主要係透過該定位座20與該本體1〇相螺合鎖緊 的方式，即可使該密封圈16及該壓迫環17可同時受到該 定位座20螺固端21及該復位彈簧24雙重推抵的作用下， 即可穩固地設置於該本體1Q的卡設槽14中，進而提供今 闊體-緊密的密封效果(包含未插入公接頭的靜止密封狀萌 以及插入公接頭的動態密封狀態），不僅不需再透過設置複 數個定位銷的方式，即可達到穩固密封的效果，且可有效 降低製造及組裝所需的成本與時間；#者，透過於該外殼 體40—内表面環形凹設—限位環槽42的方式，可有效地避 免各疋位珠26因碰撞或自高處落下時，由快速接頭中脫落 而無法進行管路銜接使用的情形，另外，在拔出公接頭6 〇， =A，60B過程中’係可透過各汽氣孔27將部份的高壓氣 體排出’有效降低高壓氣體的衝力，進而避免該公接頭60, 60B與疋位座2〇分離時因高壓氣體的衝力而傷宝操 作者的情形，藉以構成一降低製造成本…組裝且：全 使用的快速接頭者。 、所述，僅是本創作的較佳實施例，並非對本創作 可形式上的限制，任何所屬技術領域中具有通常知識 10 料乃968 者，若在不脫離本創作所提技術方案的範園内，利用本創 作所揭示技術内容所作出局部更動或修飾的等效實施例， 並且未脫離本創作的技術方案内容，均仍屬於本 方案的範圍内。 技術 【圖式簡單說明】 圖1係本創作之立體外觀示意圖。 圖2係本創作之立體分解示意圖。 圖3係本創作之剖面側視示意圖。 圖4係本創作之另一剖面側視示意圖。 圖5係本創作之另一實施例之剖面側視示意圖。 圖6係本創作與一公接頭相結合之立體外觀示意圖。 圖7係本創作之剖面操作側視示意圖。 圖8係本創作之另一剖面操作側視示意圖。 圖9A係本創作之另一實施例外觀侧視示意圖。 圖9日及 人係本創作與不同規格的公接頭相结合之 體外觀示意圖。 β 口 【主要元件符號說明】 1〇本體 111螺紋 13進氣室 15螺合槽 1 7壓迫環 21螺固端 23出氣室 11螺合端 12連接端 14卡設槽 16密封圈 2〇定位座 22套入端 M425968 24 復 位 彈簧 25 套設 孔 26 定 位 珠 27 洩氣 孔 30 閥 座 31 封 閉 端 32 開放 端 33 進 氣 〇 34 ，34, 套設環 35 鎖 固 環 40 外 殼 體 41 彈簧 槽 42 限位 環槽 43 推抵 彈簧 60 公接 頭 61 卡合槽 122 is screwed into the screwing groove 15 and abuts against the pressing ring 17 , and the edge sealing ring 16 can be stably disposed in the locking groove 14 of the body 10 As shown in Fig. R - Gotti 6, the nesting end 22 of the positioning seat 20 is in communication with the screwing end 21 and is used for inserting a male connector 6〇. The clamping seat 20 is internally provided with a The main body 彳〇 is provided with a discharge chamber 23 communicating with the groove 4 and the inlet chamber 13 , and a return spring 24 abutting against the housing ring 17 is disposed in the outlet chamber 23 , and the positioning seat 2 is close to The outer surface of the sleeve end 22 is provided with a plurality of sleeve holes 25 communicating with the air outlet chamber 23, and a positioning bead 26 is disposed in each sleeve hole 25. Preferably, the positioning seat 20 is provided. In addition, a plurality of air leakage holes 27 communicating with the air outlet chamber 23 are interposed between the screw-solid end 21 and the outer surface of each of the sleeve holes 25; the valve seat 30 is movably disposed on the body 1 And a closed end 31 and an open end 32' of the closed end 31 of the valve seat 30 extending through the pressing ring 17 and the sealing ring 16 to the body 10 Air chamber 1 3 The valve seat 30 is disposed on the outer surface of the closed end 31 and is provided with at least one air inlet 33 that communicates with the air inlet chamber 13 of the body 1 . The return spring 24 is sleeved and coupled to the valve seat. The outer surface of the 30 is between the pressing ring 17 and the open end 32 of the valve seat 30. Preferably, the valve seat 30 7 M425968 is sleeved on the open end 32 and is disposed in the positioning seat 2 a sleeve ring 34 against which the surface and the positioning beads 26 abut, and a locking ring 35 for fixing the valve seat 3 于 in the positioning seat 20, thereby preventing the valve seat 3 from passing through the nesting end 22 The inner portion of the clamp base 20 is disengaged. Preferably, as shown in FIG. 5, another embodiment of the present invention is provided. The sleeve ring 34 is disposed inside the valve seat 3〇: thereby inserting a male connector 60 The outer casing 40 can be closely fitted to the valve seat 3 · and the outer casing 40 is movably sleeved between the body 1 〇 and the positioning seat 2 m m spring groove 41, the limit ring groove 42 and the push The spring groove 41 is recessed on the inner surface of the outer end of the outer casing 4 and is sleeved between the body 1 and the positioning seat 2Q. The limiting ring groove 42 is annularly recessed. The other casings of the outer casing 40 are sturdy, and T' is correspondingly formed and corresponding to the sleeve holes 25 of the positioning seat 20, so that each of the positioning broken beads 26 can be rolled and set in each sleeve. Between the hole 25 and the limiting ring groove 42, the outer casing/ Λ 亥 outer casing 40 is movably disposed between the body 10 and the Pe3, 4 cliff of the positioning seat 20, and the pushing The spring 43 is sleeved on the outer surface of the positioning seat 20, and the two ends of the spring 43 are disposed between the connection 12 of the body 1 and the spring slot 41. Please refer to Figures 3 and 4, Λ ', 'This creative quick connector is not used, because the valve seat 30 is pushed by the return spring 24, the closed end 31 h of the valve seat 30 is blamed on the sealing ring 16 At the same time, ^ is in a state of gas disconnection, and then, when the screw end 11 of the body 10 is 盥-* #" a ', the second milk condensing machine (not shown) is combined, the body 10 is smashed into the body 10 The role of the gas pusher in the 4 - _ 'the closed end 31 of the valve seat 30 is tightly closed at the 岔 ring 16 will be deflated; 0 δ see δ see Figure 6, a ring fit The slot 61 Μ 八 & preparation of the quick connector and a σ Ο Ί 公 公 示 示 , , , , , , , , , , , 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃 仃a The a joint 60 is provided with a ring-shaped engaging groove 61 M425968 through one end of the positioning seat; the nesting end 22 of the AA * PCT 20 and the air outlet chamber 23 are inserted into the valve seat 30 to push the sleeve ring 34, so that The valve seat 3 移动 moves toward the screwing end of the body j ,, so that at least one air inlet 3 of the reading seat 3 ; communicates with the air inlet chamber 13 of the limb 1 ′ when the male connector 60 Engaging groove 61, the movable base 25 is positioned to the respective sleeved 2〇 holes, will move towards each positioning beads% 〆 card. Moving in the direction of -61, the outer casing 40 is moved against the spring 43 in the direction of the hinge 60, so that the positioning beads are clamped on the engaging groove 61 of the male connector 60 and the inner surface of the outer casing 40. Between the two, the male connector 60 can be firmly coupled with the positioning seat 20; when the male connector 60 is combined with the positioning seat through the positioning beads 26, the δ 玄 玄 3 3 pq 〇μ8+ 'Ten closed 31 will move toward the screw end 11 of the body 10 - 'and thus at least the intake σ 33 of the valve seat 30 and the state of the intake chamber 即 ^ state' complete the male connector 60 The plugging operation allows the high pressure gas generated by the air π to enter the male connector 6 through the air outlet chamber 13 of the body 10 and the valve seat 30. Please refer to Figure 8 as shown in Figure 8. If you want to fix the % ^ on , v Tian Youren will move the 6 mysterious joint 60 away from the positioning knife, then push the outer casing (4) through the body 10 (4). The cyanine 43 and the male connector 6〇 are pulled out toward the right side 22 in the direction of the positioning seat 2, so that each 4〇m ro 広J便谷疋 position bead 26 can be moved to the outer casing. And separated from the engaging groove 61 of the male joint 6〇, and the eight joint Ϊ separates the male joint 6〇 from the positioning seat 2〇, wherein in the detachment (4), in the positioning seat Each of the eight holes of the money hole can be used to reduce the pressure of the high-pressure gas by the high-pressure gas from the positioning seat 2, thereby avoiding the situation of the operation of the 9 M425968 due to the impact of the high-pressure gas when the seat 20 is separated. In addition, the squat 30 is restored by the reduction of the spring 24: the initial position shown in FIG. 3 makes the quick joint appear as a gas-breaking m, as shown in FIG. 9 and 9C. The quick connector can also be combined with different specifications (such as German standard A or American T type), 6 〇 "6 〇 B combined. With the above technical hand It can be seen that the manufacturing joint and the assembly ring 20 are mainly screwed and locked to the main body 1 through the positioning seat 20, so that the sealing ring 16 and the pressing ring 17 can be simultaneously received by the positioning seat. Under the action of the double screwing end 21 and the return spring 24, it can be stably disposed in the locking groove 14 of the body 1Q, thereby providing a wide-body-tight sealing effect (including the insertion of the male connector). The static sealing shape and the dynamic sealing state of the inserted male joint can not only achieve the effect of stably sealing by providing a plurality of positioning pins, but also can effectively reduce the cost and time required for manufacturing and assembly; Through the outer casing 40 - the inner surface annular recess - the limit ring groove 42 can effectively prevent the clamp beads 26 from falling off from the quick joint due to collision or falling from a height, and the tube cannot be piped. In the case of connecting the roads, in addition, in the process of pulling out the male joints 6 〇, =A, 60B, the system can discharge part of the high-pressure gas through the steam holes 27 to effectively reduce the momentum of the high-pressure gas, thereby avoiding the public When the heads 60, 60B are separated from the squatting seat 2〇, the operator is injured by the force of the high-pressure gas, thereby constituting a manufacturing cost reduction assembly and assembly: a full-use quick connector. The preferred embodiment is not limited to the form of the present invention, and any of the technical fields in the prior art is 968. If the technical solution disclosed in the present invention is not deviated from the technical solution disclosed in the present application, the technical content disclosed by the present invention is utilized. The equivalent embodiment of the local modification or modification is made, and the content of the technical solution of the present invention is still within the scope of the present solution. Technical [Simplified description of the drawing] FIG. 1 is a schematic diagram of the stereoscopic appearance of the present creation. This is a three-dimensional decomposition diagram of the creation. Figure 3 is a side elevational view of the cross section of the present creation. Figure 4 is a side elevational view of another section of the creation. Figure 5 is a cross-sectional side elevational view of another embodiment of the present invention. Figure 6 is a schematic perspective view of the present invention combined with a male connector. Figure 7 is a side elevational view of the cross-sectional operation of the present invention. Figure 8 is a side elevational view of another cross-sectional operation of the present invention. Figure 9A is a side elevational view of another embodiment of the present invention. Figure 9 is a schematic diagram of the appearance of the combination of this creation and the male connector of different specifications. β port [main component symbol description] 1〇 body 111 thread 13 inlet chamber 15 screwing groove 1 7 compression ring 21 screwing end 23 outlet chamber 11 screwing end 12 connection end 14 card slot 16 sealing ring 2 〇 positioning seat 22 sets of inlet M425968 24 return spring 25 set hole 26 positioning bead 27 bleed hole 30 seat 31 closed end 32 open end 33 intake 〇 34 , 34 , ferrule 35 lock ring 40 outer casing 41 spring groove 42 Position ring groove 43 pushes against spring 60 male joint 61 engagement groove 12