JPH11502918A

JPH11502918A - Quick connector with ring to ensure proper connection

Info

Publication number: JPH11502918A
Application number: JP8529293A
Authority: JP
Inventors: ディー．バーソロミュー，ドナルド
Original assignee: プロプライエタリーテクノロジー，インコーポレイテッド
Priority date: 1995-03-27
Filing date: 1995-03-27
Publication date: 1999-03-09
Also published as: MX9707313A; BR9510559A

Abstract

(57)【要約】好ましい実施形態において、オス導管（１２）をメス容器（１４）に接続するクィック・コネクタ（１０）は、対の胴体セグメント（６０および６２）、本体セグメント（５６）、および１対の脚セグメント（６８）を有する。脚セグメント（６８）はそれぞれ、互いに向かって少なくとも部分的に圧縮可能な１対の突起要素（７６）によって規定され、それによって１対の胴体セグメント（６０および６２）が互いに向かって移動する。確認リング（１１４）が、突起要素（７６）の対に設けられる。クィック・コネクタ（１０）が所定の位置に適切にロックされていることは、確認リング（１１４）がメス容器（１４）の開口部（１８）の部分内に完全に着座している場合に確認される。代替実施形態は、確認リング（１１４）を、オス導管（１２）をメス容器（１４）へ接続するときの設置工具として使用する。追加の代替実施形態によって、確認リング（１１４）を、オス導管（１２）をメス容器（１４）に設置し、これから結合解除して、さらに接続を確認する工具として使用することができる。 SUMMARY In a preferred embodiment, a quick connector (10) connecting a male conduit (12) to a female container (14) comprises a pair of torso segments (60 and 62), a body segment (56), and It has a pair of leg segments (68). Each leg segment (68) is defined by a pair of protruding elements (76) that are at least partially compressible toward each other, such that a pair of torso segments (60 and 62) move toward each other. A verification ring (114) is provided for the pair of projection elements (76). Proper locking of the quick connector (10) in place is confirmed when the verification ring (114) is fully seated within the opening (18) of the female container (14). Is done. An alternative embodiment uses the verification ring (114) as an installation tool when connecting the male conduit (12) to the female container (14). According to additional alternative embodiments, the verification ring (114) can be used as a tool to place and uncouple the male conduit (12) from the female container (14) and further verify the connection.

Description

【発明の詳細な説明】適切な接続を確認するリングを有するクィック・コネクタ発明の背景本発明は、おおむね流体が流れる導管の結合に関する。特に、本発明はオス導管をメス容器内に保持し、適切な接続を確認するリングを含むクィック・コネクタに関する。自動車産業（およびその他多くの産業）では、低コストで信頼性が高く組立が容易な構成要素に対する需要が常にある。この需要は、燃料、ブレーキまたは冷却液ラインなどの流体搬送導管間の接続の提供について明白である。従来、このような接続部は、ねじ付き取付具、フレア取付具、またはボルト締めフランジを使用してメス容器内に保持するオス導管を備えている。最近では、従来通りの方法に代わって、種々のスナップ留めクィック接続保持器が使用されている。このようなクィック・コネクタは通常、オス導管に取り付けた環状ビーズに噛み合い、メス部材内に形成された逃げ溝とも噛み合う複数の軟性脚部を有する。このような例が２件、１９８６年７月２２日に発行され、「旋回可能なクィック・コネクタ・アセンブリ」と題した米国特許第4,601,497号、および１９８８年１０月１８日に発行され、「高温接続用旋回可能クィック・コネクタ・アセンブリ」と題した米国特許第4,778,203号で開示され、これは双方とも本発明の発明者が発明したもので、参照により本明細書に組み込む。もう一つのクィック・コネクタは平坦で、その周囲に延びて半径方向に柔軟性がある１対の環状アームがある。本発明の発明者が発明した他のクィック・コネクタが、米国特許第4,524,995号および第4,423,892号で開示され、これは双方とも「旋回可能なクィック・コネクタ・アセンブリ」と題され、それぞれ１９８５年６月２５日および１９８４年１月２３日に発行され、参照により本明細書に組み込まれる。上述のクィック・コネクタは、当技術分野での重大な改良であるが、その装置の各脚部材は通常は縦方向の引抜き力に抵抗する必要があり、半径方向の保持力を生成する必要がある。さらに、脚部は設置中に半径方向に圧縮される。したがって、縦方向の力に耐える能力または半径方向の力を生成する能力を増強するために、部品は往々にして、それに対して垂直の他の力に関して妥協しなくてはならない。さらに、上記のクィック・コネクタには、オス構成要素とメス構成要素の適切な接続を容易に判別できる方法がない。したがって、容易に着脱でき、製造費が安く、縦方向の引抜き力に耐えて半径方向の保持力を生成するが、コネクタのメス部分の内側の長さを、現在ねじ付きコネクタで実現される長さまで短縮することによって従来のコネクタよりはるかに短くできる別個のセグメントを有するクィック・コネクタを有することが望ましい。また、設置者が適切な接続を行ったことを検証できる機能を提供するクィック・コネクタを有することも望ましい。発明の概要本発明によると、メス容器のボア内でオス導管を結合し、オス構成要素とメス構成要素が適切に接続されていることを設置者が検証できるよう、新しく有用なクィック・コネクタのいくつかの実施形態が提供される。クィック・コネクタは、１対の胴体セグメント、ラッチ・セグメント、開口部がある本体セグメント、および脚またはばねセグメントを有する。脚セグメントは、メス容器と噛み合うよう胴体セグメントを半径方向外側に促す１対の突起要素によって規定される。突起要素は、互いに向かって部分的に圧縮することもでき、これによって１対の胴体セグメントは、取付または分解のために互いに向かって移動することができる。１つの一般的な実施形態では、突起要素に沿ってロック検証または着座位置と非ロックまたは非着座位置との間で軸方向に移動可能な確認リングが設けてある。本発明のクィック・コネクタを容器との噛み合い位置に移動させてから、確認リングを非着座位置から着座位置に移動させる。コネクタが所定の位置に適切にロックされていることは、リングがメス容器の開放端の部分に完全に着座したときに確認される。一般的な代替実施形態では、確認リングは突起要素に対して摺動せず、比較的固定されている。この一般的実施形態でも、リングを使用して接続を確認し、さらに設置の補助に使用する。これらの２つの一般的実施形態は、すべて、確認リング、メス構成要素と噛み合うラッチ部分、およびラッチ部分をメス構成要素と噛み合わせるばね部分とを組み込んだ様々な形態で提供される。本発明の様々な形態は、以下のものを含む。１．確認リング、および複数のタイプの材料で作成した別個のばねとラッチの組合せを備え、リングが、ラッチ部分がメス構成要素から外れるのを防止するクィック・コネクタ。２．確認リング、および別個のばねとラッチとの組合せを備え、すべてが複数のタイプの材料で作成され、リングがばねとラッチの組合せを設置して、メス構成要素内でのオス構成要素の正しい設置を確認するクィック・コネクタ。３．第１材料の確認リングとばねとの組合せと、第２材料のラッチ部分とを備えるクィック・コネクタ。４．第１材料の確認リングとばねとの組合せと、第２材料のばね部分とを備えるクィック・コネクタ。５．統一したリングとばねとラッチとの組合せを備えるクィック・コネクタ。本発明のクィック・コネクタには、先行技術のクィック・コネクションに対して幾つか利点がある。その利点は、胴体セグメントとラッチ・セグメントとが、半径方向の圧縮性着脱力に耐えながら、メス容器に付随するオス構成要素とメス構成要素を分離する縦方向の保持力を伝達するよう最適化されていることも含む。同時に、本体セグメントは、取り付けたオス導管と隣接する胴体セグメントとの間の縦方向の引抜き力に耐えるよう、最適化されている。さらに、確認リングも本発明のコネクタも、メス容器に容易に取り付け、取り外すことができ、したがって組立費用が安価なシステムを提供する。第１の一般的実施形態に関して、確認リングをコネクタの突起要素に沿って非着座位置に軸方向に移動させ、脚セグメントの突起要素を、コネクタのメス部分の導入室に対して噛み合うことによって互いに向かって少なくとも部分的に圧縮し、突起要素にかかる圧縮性張力を解除し、これによって胴体区間に取り付けた圧縮噛み合い脚が、これより直径の大きい空洞内に拡張し、この第１の実施形態でロックイン・ラグを外すことができないロック検証位置に確認リングがある状態で、確認リングをそのロック検証または着座位置に摺動させることによって、容易な挿入が達成される。あるいは、第２の一般的な実施形態によると、確認リングは摺動せず、把持可能な領域を提供することにより、オス部分をコネクタのメス部分に取り付けるのに役立つ。この実施形態でも、確認リングは、適切に設置されたか確認する機能を果たす。接続は、（上述したように）その第２形態の前方位置、および（これも前述したように）第５形態までで、確認リングから外すことができる。先行技術に対する本発明のクィック・コネクタのその他の利点は、製造費が低く、応用の幅が広いことである。後者の利点は、本発明のクィック・コネクタが従来通りのねじ付きコネクタのしっかり固定した導管を、旋回タイプの接続に変換するよう、従来の非旋回および旋回性オス導管、および多くの従来通りのメス容器とともに使用可能であることから明白である。本発明のクィック・コネクタは、ばね半径方向の要件を、メス容器の壁を縦方向に突き当てる要件と分離している。これは、上述した脚部をばね部材として使用するか、別個のばね部材を使用するか、あるいは確認リングをラッチおよびばねと組み合わせることによって達成される。本発明のクィック・コネクタは、メス容器内でのオス導管のアラインメントを維持し、それによってシールを適切に位置決めして、その正確さは確認リングによって容易に検証することができる。本発明はまた、オス導管およびメス容器が、従来通りのクィック・コネクタの継手の場合より縦方向に短い密封および保持領域を組み込めるので有利である。図面の簡単な説明上記の利点および本発明のその他の利点は、以下の明細書および添付の請求の範囲を以下の図面類を参照しながらたどることによって、同業者には明白となる。第１図は、オス構成要素とメス構成要素が連動し、確認リングが図示されていない、本発明のクィック・コネクタの第１の実施形態を示す側面図である。第２図は、第１図に示した本発明のクィック・コネクタの実施形態の上面図である。第３図は、確認リングと、ばねとラッチの組合せがあるオス導管とメス容器に関して、第１図に示した本発明のクィック・コネクタの実施形態の断面図である。第４図は、オス構成要素とメス構成要素との間に配置した、第１図のクィック・コネクタの実施形態の分解図である。第５図は、ばねとラッチの組合せが付いた本発明のクィック・コネクタの好ましい実施形態の斜視図である。第６図は、第５図に示した実施形態の半径方向ばね部材部分を示す斜視図である。第７図は、第５図に示した実施形態の本体セグメントを示す斜視図である。第８図は、放射状部材から見た、本発明のクィック・コネクタの第１の好ましい実施形態の端面図である。第９図は、以上の図面類の脚部のばね部分とともに使用する確認リングの斜視図である。第１０図は、第３図に似ているが、確認リングがメス容器と間隔をおいた関係にある断面図である。第１１図は、オス導管およびメス容器に関して、本発明のクィック・コネクタの別の好ましい実施形態の断面図である。第１２図は、オス構成要素とメス構成要素との間に配置された、第１１図のクィック・コネクタの実施形態の分解図である。第１３図は、本発明のクィック・コネクタの異なった好ましい実施形態を示す斜視図である。第１４図は、第１１図に似ているが、クィック・コネクタをメス構成要素から外すプライヤーを示す断面図である。第１５図は、代替実施形態の保持器本体の等角図である。第１６図は、第１５図の保持器本体に付随して使用する線形の等角図である。第１７Ａ図は、同じタイプの材料で構成された確認リングとばねとの組合せの第１側の等角図である。第１７Ｂ図は、第１７Ａ図の組合せの第２側の等角図である。第１８図は、第１６図、第１７Ａ図および第１７Ｂ図の組立済構成要素と、接続部のオス部分からメス部分に力を伝達する第１５図の保持器本体との等角図である。第１９図は、本発明の確認リングの追加の代替実施形態と関連して使用可能なばねである。第２０図は、第１９図のばねを組み込んだ確認リングを有する、本発明の追加の代替実施形態の等角図である。第２１図は、第１９図のばね、第２０図の確認リング、および第１５図の保持器本体を備えた追加の代替実施形態の等角図である。第２２図は、ラッチ、ばね、およびリング本体が同一タイプの材料で構成された、本発明のクィック・コネクタ・アセンブリのさらに追加の実施形態である。第２３図は、接続のオス部分が接続のメス部分から外れるのを防止する方法の実施形態の上断面図である。好ましい実施形態の詳細な説明概して、本発明は、オス環状部材または導管をメス容器に結合するコネクタを指向する。本発明は、たとえば油圧システムの要素間に配置された管類の結合に有用である。これはプラスチックまたは金属の導管に使用することができる。本発明のコネクタは、外部給油ラインやホース、さらに油圧ブレーキ・システムにも用途がある。本発明のコネクタは、車両の燃料系に、たとえば燃料タンクと燃料ポンプの間、燃料ポンプとキャブレタまたは燃料噴射系の間にも使用することができる。自動車に特に有用であるが、本発明のコネクタは、オスとメスの流体搬送ラインを接続しなければならないほぼすべての状態に用途がある。概して、第１図ないし第１０図は、ラッチ動作を提供するワッシャー形の前部本体に永続的に接続された、別個の確認リングとばねとを有する実施形態を示す。第１１図ないし第１４図は、第１図ないし第１０図のコネクタの代替実施形態を示し、これはばねとラッチの組合せとして使用する線を、確認および設置リングに提供する。第１図ないし第１０図のばねとラッチの組合せは、第１１図ないし第１４図のばねとラッチの組合せが、打ち抜いて形成した弾力性のある材料から形成できたのと同様に、線から形成することができた。第１図ないし第１４図の実施形態には、別個の確認リングが設けてある。第１５図ないし第１８図の実施形態では、確認リングをばね機能と組み合わせ、別個の線形を、確認リングとばねの組合せに取り付ける。管に沿った軸方向の動作を禁止するため、第１図ないし第１４図の前部（ワッシャー形）本体は、確認リングとばねの組合せと組み立てた形成ワイヤー・ラッチとを噛み合わせるタブを含む。オス構成要素とメス構成要素との間の分離力は、この前部本体によってオスからメスへと伝達される。第１９図ないし第２１図では、確認リングをラッチ特性と組み合わせた、単一タイプの材料から形成したクィック・コネクタ・アセンブリが、別個のばねとともに図示されている。第２２図での本発明の実施例は確認リングとラッチ部分と、バネ部分とを有し、これはすべて同じ種類の材料から形成されている。第２３図では、確認リングを伴うオス部分がメス容器と噛み合い、ロックされた後に、コネクタのオス部分とメス部分とが外れるのを防止する装置を示す。これは、拘束された位置に入り、したがってラッチ用ラグの移動を抑制し、これによってオス部分をメス容器にロックして、オス部分がメス部分から外れるのを防止する、別個の装置（引き抜き防止要素）である。外せるようにするには、この防止要素をその拘束位置から離さなければならない。第１図ないし第２２図の実施形態は、様々な方法で形成することができるが、変形の実施形態はそれぞれ、オスによって捕捉された装置を提供し、第３図および第５図ないし第２２図で適切な接続が行われたか確認する。特に第１図ないし第１０図を参照すると、クィック・コネクタ１０の好ましい実施形態を使用して、回転可能なオス導管１２をメス容器１４に、作動可能な状態で保持する。オス導管１２の好ましい実施形態は、接続部分２０、隆起部分２２、コイニングした凹部分２４、およびフランジ２８に隣接するフランジ付き部分２６を有する剛性金属部材から成る。オス導管１２はさらに、外周に取り付けた環状ビードまたはブッシング３０およびシール・リング３２も有する。Ｏリング・シール３２および環状ワッシャー３０は、凹部分２４を円周方向に囲むよう、ブッシング３４とフランジ付き部分２６との間で縦方向に並置される。ビードまたはブッシング３４は、フランジ付き部分２６と組み合わせるか、導管１２にロックすることができる。ブッシング３０は、導管１２と一体にしてもよい。それと協力するメス容器１４（第３図に断面図で図示する）は、外部面３６、直円錐形に面取りした導入区間３８、環状隆起区間４０、保持構成、特に中に外側突き合わせ壁４４および内側突き合わせ壁４６がある内部空洞４２、直円錐形の中間区間４８、円筒形の内面で規定されたボア５０、および通路５２を有する。クィック・コネクタ１０は、放射状部材５４と本体セグメント５６によって規定され、第５図ないし第８図でもっともよく分かるように、放射状部材５４はさらに、１対のラッチ・セグメント５８、複数の胴体セグメント６０、６２、６４および６６、および１対の脚セグメント６８を有する。各ラッチ・セグメント５８は、フランジ７０を有し、その上に、接合部分７４を有する中間領域７２が形成される。さらに、各脚セグメント６８は、隣接する各胴体セグメント６０、６２、６４および６６から垂直に突き出す１対の突起要素７６を有する。本発明の好ましい実施形態によると、各突起要素７６は、形成された平坦な金属細片である。さらに、各突起要素７６は、第１外側オフセット構成８０、隣接する内側オフセット構成８２、およびトラス要素８６に隣接した第２外側オフセット構成を有する。胴体セグメント６０、６２、６４および６６は、２つの部分的に円筒形の内縁９０および４つの隅領域９２を有する開口部８８を規定する。各ラッチ・セグメント５８、隣接する胴体セグメント６０、６２、６４、６６、および隣接する１対の突起要素７６は、１対のギャップ９４によって、対称形反対側のラッチ・セグメント５８、胴体セグメント６０、６２、６４および６６、および突起要素７６から分離されている。したがって、脚セグメント６８は、ラッチ・セグメント５８が互いに向かって半径方向に並進できるよう、互いに向かって半径方向に圧縮することができる。脚セグメント６８および突起要素７６は、ラッチ・セグメント５８を互いから外側に押し出すように、ばね状に構成されている。主に第７図を参照すると、本体セグメント５６は、環状外周縁１０５および内縁で規定された内部開口部１０２によって縁取られた、１対のほぼ平坦な面９６および９８を有する。４本の屈曲可能なタブ１０４も、開口部１２を囲む内縁から突き出す。本体セグメント５６を放射状部材５４に組み付けると、面９８が胴体セグメント６０、６２、６４および６６に隣接して取り付けられる。次に、本体セグメント５６のタブ１０４を放射状部材５４の隅領域９２に整列させ、脚セグメント６８に隣接する各胴体セグメント６０、６２、６４および６６の部分の上に折り曲げる。にもかかわらず、各タブ１０４の縁１０８と隅領域９２の突き合わせ壁との間に空間１０６がある。これによって、胴体セグメント６２、６２、６４および６６およびラッチ・セグメント５８は、タブ１０４と本体セグメント５６の開口部１０２との間で、互いに向かって半径方向に並進することができる。第１の好ましい実施形態によると、半径方向部分５４と本体セグメント５６との両方は、ステンレス鋼などの金属材料の薄板から打ち抜くことが好ましい。本体セグメント５６の開口部１０２は、オス導管１２を円周方向に囲み、隆起部分２２とブッシング３０との間に縦方向に閉じこめられる。これは、第３図でもっともよく示される。本体セグメント５６が導管１２上のその位置から離れる動作、したがって開口部１０２の同じ動作は、管の開口部から離れて形成される標準の外径より大きい管の長さによって、あるいはプラスチックの可撓管（ライナーなど）によって抑制され、後者は前部ブッシングを含んでもよく、拡張しない開口部に押し込むことによって、可撓プラスチック管の壁の拡張に使用することができる。さらに、本体セグメント５６の外周縁１０５は、環状隆起区間４０およびメス容器１４の内部空洞４２の内径寸法より小さい。したがって、本体セグメント５６は、オス導管１２と放射状部材５４との間の縦方向および半径方向の保持手段として作用する。放射状部材５４をメス容器１４に挿入する間、面取り区間３８は、肩区間５８を互いに向かって半径方向に圧縮する働きをする。その後、脚セグメント６８は肩セグメント５８を半径方向外側に押し出し、内部空洞４２と噛み合わせる。各肩セグメント５８の接合部分７４は、メス容器１４の突き合わせ壁４４と、作動可能な状態で噛み合う。したがって、放射状部材５４は、半径方向に拡張抑制力を提供し、本体セグメント５６をメス容器１４に保持するよう設計されている。壁４６と導管１２の拡張領域２２との組合せは、オスがメス内に過剰に入ることを防止する。オス導管１２と放射状部材５４の間の縦方向および半径方向の保持手段として働く以外に、本体セグメント５６は、メス容器１４内にオス導管１２を支持する働きもする。１対の対向して配置されたタブ１１０、１１０’は、１対の対向して配置されたタブ１１２、１１２’と同様、内部開口部１２０の周囲に部分的に配置された壁として形成される。タブ１１０、１１０’およびタブ１１２、１１２’は、オス導管１２のコイニングした凹部分２４に隣接する。これらのタブは、可撓プラスチック管と相互作用し、管がライナー（図示せず）によって拡張した場合に、本体セグメント５６をプラスチック管の外面にロックする働きもする。本発明の主要特徴の一つは、オス導管１２とメス容器１４とが適切に接続されているか、設置者が容易かつ迅速に検証できる確認リング１１４である。確認リング１１４は、第９図では斜視図、第１０図では断面図で図示され、円筒形のドラム区間１１６、直円錐形の中間区間１１８、および円筒形の肩１２０を含む。肩１２０は、内部端壁１２２で終了し、これと隣接する。内部端壁１２２の反対側で、ドラム区間１１６に隣接して、外部端壁１２４がある。第９図で最もよく分かるように、外部端壁１２４内に開口部１２６が規定される。開口部１２６を規定する壁に沿って、対向するフィンガー１２８、１２８’および１３０、１３０’の対が形成される。フィンガー１２８、１２８’はそれぞれ、第３図および第１０図で図示するように、脚セグメント６８を形成する対向する腕の間に配置される。確認リング１１４は、Celcon(Celanese Chemical Corp.が生産するアセタール共重合体の商標)などの重合材料で構成することが好ましい。確認リング１１４は、非着座位置１３２（第１０図で図示）と着座位置１３４（第３図で図示）との間で軸方向に摺動可能である。非着座位置１３２で、フィンガー１２８、１２８’は、おおむね第２外側オフセット構成８４を規定する脚セグメント６８の対向部分間に配置される。この位置にある間に、設置者は指かプライヤーなどの工具（部材ＣとＣ’を圧縮する状態で部分的に図示）を使用して、脚セグメント６８の対向部分を挟み、肩セグメント５８の対向する部分を動かす。組み合わせた放射状部材５４と本体セグメント５６とをメス容器１４に挿入し、本体セグメント５６が内部突き合わせ壁４６に突き当たる。放射状部材５４の接合部分７４は、壁４６にぴったり填ると、外部突き合わせ壁４４にロックされ、これによってコネクタ１０の外方向への移動を防止する。次に、確認リング１１４は、非着座位置１３２から、第３図に示すような着座位置へと軸方向に移動する。この２つの位置の間で、フィンガー１２８、１２８’はそれぞれ、隣接する外側オフセット構成８０および８４を規定する脚セグメント６８の２つの対向部分間で移動する。外側オフセット構成８０および８４は、フィンガー１２８および１２８’の移動止めとして働く。確認リング１１４の直円錐形の中間区間１１８は、メス容器１４の直円錐形に面取りした導入区間３８と対合するような輪郭となる。同様に、肩１２０は、環状隆起区間４０および保持アセンブリ１００（第５図に図示）に入り、突き合わせ壁４４を通過してから、メス容器１４の面３６で停止するような輪郭となる。オス導管１２をメス容器１４内に正しく着座させると、確認リング１１４の直円錐形の中間区間１１８および肩１２０は、メス容器１４の開口部１８内に完全に収まる。この正しい位置に入ると、リング１１４の軸区間１１６が、メス容器１４の外部面３６に均等に隣接する。この正しい位置を、設置者は観察または感触によって判別することができる。確認リング１１４が均等に収まっていないと、オス導管１２とメス容器１４との接続が不正確で、再度接続する必要がある。第３図および第１０図に図示した確認リングの実施形態（第９図は、本明細書で検討する実施形態のリング１１４の一般図である）によると、確認リング１１４を引っ込めた後でなければ、コネクタ１０を外し、オス導管１２をメス容器１４から外すことはできない。この特徴は、第６図に示す腕６８の外側オフセット構成８０間のギャップのサイズ、および第９図に示すフィンガー１２８の幅の結果である。この関係は、第３図でもっともよく分かる。図示のように、フィンガー１２８（および、同様にフィンガー１２８’）とオフセット構成８０の内壁との間のギャップ１４０は、比較的狭い。フィンガー１３０および１３０’と導管１２との間のギャップ１８は、比較的狭い。第１１図ないし第１４図では、本発明の第２の実施形態を示し、全体として２１０とする。コネクタ１０と同様、コネクタ２１０の部分も、細片または線を使用して作成することができた。接合壁２７６をメス突き合わせ壁（第３図の要素４４）と接触される方法を、幾つかの図に示す実施形態に使用したばねで提供する。コネクタ１０および２１０は、金属で構築することが好ましいが、第１５図ないし第１７図のクィック・コネクタは、プラスチックでもよいばねを組み込んだ実施形態を開示する。クィック・コネクタ２００は、放射状部材２５４および本体セグメント２５６によって規定される。第１３図に示すように、放射状部材２５４はさらに、対向する肩セグメント２５８および２５８’の対、複数の胴体セグメント２６０、２６２、２６４および２６６、および１対の脚セグメント２６８を有する。各肩セグメント２５８（および各肩セグメント２５８’）は、ここから延在して、接合壁２７４および２７６が形成された連動セグメント２７２を有するラッチ部材２７０を有する。接合壁２７６は、オス導管をメス導管にロックすると、突き合わせ壁２４４にロックする。さらに、各脚セグメント２６８は、隣接する各胴体セグメント２６０、２６２、２６４および２６６から垂直に突き出す１対の突起要素２７８を有する。第１図ないし第１０図に関して上述した同部品と同様、各突起要素２７８は、第１外側オフセット構成２８０、隣接する内側オフセット構造２８２、および遠位端２８６と隣接する第２外側オフセット構造２８４を有する。放射状部材２５４は、１本で形成した線で構成するか、図示のように２本で形成した線で形成することができる。半分２８８および２９０を、溶接点２９２で互いに固定する。半分２８８および２９０は、主に接合壁２７４を離すばねとして機能する。上述した放射状部材５４と同様、この実施形態のセグメント２７２は、肩セグメント２５８の対が肩セグメント２５８’の対に向かって半径方向に並進できるよう、互いに向かって半径方向に圧縮することができる。脚セグメント２６８は、肩セグメント２５８および２５８’の対向する対を互いから離して外側に向かわせるようにも構成する。本体セグメント２５６に関して、その構成は第１図ないし第１０図に関して上記で検討した本体セグメント５６のそれとほぼ同一である。開口部２９４が、セグメント２５６の本体２９６内の中央に規定される。４本の屈曲可能なタブ２９８も、開口部２９４を囲む内縁から突き出す。本体セグメント２５６を放射状部材２５４に組み付けると、セグメント２５６は脚セグメント２６８の反対側で、胴体セグメント２６０、２６２、２６４および２６６に隣接して取り付けられる。次に、本体セグメント２５６のタブ２９８を放射状部材２５４と整列させて、各胴体セグメント２６０、２６２、２６４および２６６の部分の上に、脚セグメント２６８に隣接するよう折り曲げる。本体セグメント２５６は、オス導管２１２を円周方向に囲み、第１１図および第１２図でもっともよく分かるように、隆起部分２２２とブッシング２３０との間に縦方向に閉じこめられる。本体セグメント２５６は、（別の実施形態［図示せず］で）可撓プラスチック管とともに使用すると、拡張する管ライナーの動作によって捕捉され、これは前部ブッシング２３４および拡張領域２２２を含んでもよい。これは、第１２図でもっともよく分かる。上述の実施形態と同様に、本体セグメント２５６は、オス導管２１２と放射状部材２５４の間の縦方向および半径方向の保持手段として働く。容器２１４は、外部面２３６、入口直円錐区間２３８、環状隆起区間２４０、内側に外部突き合わせ壁２４４および内部壁２４６が形成されている内部空洞２４２、直円錐中間区間２４８、円筒形の内面で規定されたボア２５０、および通路２５２を含む。放射状部材２５４をメス容器２１４内に挿入する間、面取り区間２３８は、肩セグメント２５８および２５８’の対向する対を互いに向かって半径方向に圧縮する働きをする。その後、脚セグメント２６８は、肩２５８および２５８’の対向する対を半径方向外側に押し出し、逃げ溝２４２と噛み合わせる。肩セグメント２５８および２５８’の各対の接合壁２７６は、メス容器２１４の突き合わせ壁２４４と、作動可能な状態で噛み合う。したがって、第１図ないし第１０図の実施形態と同様、放射状部材２５４は、半径方向に拡張保持力を影響し、本体セグメント２５６をメス容器２１４に保持するよう設計されている。本体セグメント２５６は、メス容器２１４内でオス導管２１２に支持力も提供する。１対の対向する位置決めタブ３００、３００’は、１対の対向する位置決めタブ３０２、３０２’と同様、開口部２９４の周囲に部分的に配置された壁として形成される。図示のように、本発明の実施形態は、オス導管２１２とメス容器２１４とが適切に接続されているか、設置者が容易かつ迅速に検証し、オス導管２１２をメス容器２１４内に取り付けることができる確認リング３０４も使用する。確認リング３０４は、第１１図および第１４図で断面図で図示されており、上述したリング１１４とほぼ同一の外側部分を有する。リング３０４の本体３０６内にあって、中心の開口部から延びているのは、対向する構成３０８、３０８’ の対およびフィンガー３１０（後者はフィンガーの中で見えない対向する対の他方を有する）である。構成３０８、３０８’はそれぞれ、第１１図および第１４図で示すように、脚セグメント２６８を形成する対向の腕の間に配置される。上述した実施形態と同様、確認および設置リング３０４は、リング３０４を脚２６８に組み付けるときにもに使用する非着座位置３１２（第１４図に想像線で図示）と着座位置３１４（第１１図に図示）との間で軸方向に摺動可能である。フィンガー３１０およびその見えない対の他方は、非着座位置（想像線で図示）ではおおむね、第２外側オフセット構成２８４を規定する脚セグメント２６８の対向する部分間に配置される。理解されるように、構成２８０の外側にずれた開口部は、外側オフセット構成２８４より大きい。これによって、構成２８０は、壁２７６が完全に突き合わせ壁２４４から外れないと、フィンガー３１０およびその見えない対の他方にロックされない。この着座位置にある間に、設置者は指かプライヤーＰとして部分的に図示したプライヤーなどの工具を使用して、脚セグメント６８の対向部分を挟み、肩セグメント２５８および２５８’の対向する対を動かす。コネクタ２１０の挿入は、第１１図に図示したように、組み合わせた放射状部材２５４と本体セグメントをメス容器２１４に挿入した状態で、上記の通りである。これによって、確認リング１１４（第３図）を確認および設置リングとして使用することができる。というのは、フィンガー３１０およびその見えない対の他方と脚セグメント２６８の構成２８０との間に十分なギャップがあり、領域２４４に対して壁２７６をロックしたり、ロック解除したりできるからである。オス導管２１２がメス容器２１４内に正しく着座すると、確認リング３０４の輪郭部分はメス容器２１４の開口部２１８内に完全に収まる。正しい位置を、設置者は観察または感触によって判別することができる。確認リング３０４が容器２１４の本体に対して均等に収まっていないと、再度接続する必要がある。確認および設置リング３０４の本発明の実施形態によると、コネクタ２１０およびその関連するオス導管２１２のメス容器２１４からの引き抜きは、確認および設置リング３０４の位置に関係なく可能である。理解されるように、この設計は、以前に検討した実施形態で述べたのと反対である。第１１図で示すように、ギャップ３１５および３１８が、フィンガー３１０と構成２８０およびフィンガー３１０の対の一方と構成２８０’（図示せず）との間で規定される。前述の多くの要素は、設計でも機能でも、残りの図面類の要素に似ているか、ほぼ同じであることが明白である。その要素とは、コネクタ１０と２１０、オス導管１２と２１２、メス容器１４と２１４、隆起部分２２と２２２、凹部分２１と２２４、フランジ２８と２２８（または導管１２または２１２上に形成された、またはプラスチック導管の内部に取り付けたライナーの一部であるフランジ２８または２２８とブッシング３４または２３４の組合せで、すべて図示せず）、環状ブッシング３０と２３０、隆起区間４０と２４０、導入面取り領域３８と２３８、環状隆起区間４０と２４０、内部空洞４２と２４２、および外部突き合わせ壁４４と２４４などである。したがって、残りの第１５図ないし第２２図に関して、たとえば「コネクタ１０」に言及するが、指定した要素は容易に「コネクタ２１０」ともなることが理解される。混乱を避けるため、２つの同様の要素のうち１つのみを特定する。第１５図、第１６図、第１７Ａ図および第１７Ｂ図を参照すると、保持器形状５５８と同様、保持器本体５５６が図示されている。第１６図の保持器形状５５８は、全体図で図示され、第２隣接保持器形状５５８は、その下に、重合材料で構成された確認および設置リングとばねの組合せに取り付けた場合のおおよその位置に、想像線で図示されている。本体５５６は、オスおよびメス導管をコネクタ１０のオス部分から引き離す力を保持器に伝達し（第１５図、第１６図および第１７図に図示）、これがその力を、コネクタ１０のメス部分の突き合わせ壁４４に伝達する。保持器本体５５６は、おおむねワッシャーの形状を有し、本体５５６を管１２に取り付けるため、中心に向かう突起５１０、５１０’、および５１２および５１２’を備える。本体５５６は、隆起部分２２のために管１２に沿って軸方向に移動できず、外部ブッシング３０のために反対方向に移動することができない。以前の図面類と同様、外部ブッシング３０は、フランジ２８のために、管１２の部分２４から外れない。本体５５６の外周５０５は、複数のセットオフ保持タブ５４で中断される。このタブ５４は、その背面が本体５５６の背面５０８に平行で、したがってその２つの間のオフセットが、タブ５０４が領域５６０の線形５５８の周囲にクリアランスを有するほど十分になるよう形成される。したがって、成形した保持形状５５８がリング設置本体６０１に取り付けられ、リング設置本体６０１と本体５５６が接続できる状態で、タブ５０４は（図１７Ａ図および第１７Ｂ図の）確認リングばね５００とともに働く。この接続によって、確認リングばね６００は、管１２をメス容器１４に取り付けていないときには、管１２のフランジ２８から離れない。タブ５０４の底部内面によって、保持器形状５５８を伴う設置リングばね６００は、組み合わせたリングばね６１４の適切な噛み合い／解除ストロークを有することができ、したがって保持器線形５５８の噛み合いまたは解除ができる。第１６図は、保持器線形５５８を示す。形状５５８は、形状５５８の領域５６０（線形５５８をメス容器５６８とかみ合わせ、内部空洞４２に入れる）によってリングばね６００に取り付けられる。棚６２４は線形５５８の脚５６８と噛み合い、線形ロック５８６はリングばね６００の壁６２０と噛み合う。アセンブリは、リングばね６００の内壁６２０の背後に形成されたボス６２２によって、緩まない。線形５５８のリングばね６００への組み付けは、線形５５８の領域５６０を最初にリングばね６００の領域６７６上に取り付け、次に線形５５８のかぎロック５８６を、リングばね６００の内部後壁６２０とボス６２２で形成されたポケットにスナップ留めすることによって達成される。線形ロック５８６がボス６２２によってロックされると、脚５６８もリングばね６００の内部棚６２４に沿って入れ子状に重なるので、線形５５８の脚５６８が多少撓む必要がある。リングばね６００は、外部ドラム６０８を含む。リングばね６００のばね領域６１０は、リングばね６００の外面間に規定されたスロットによって、領域６１２および６１４と図示された内面に規定される。ばね領域６１０内で変形しなければならない材料の体積は、加えられる解除力と、第１０図および第１１図に示した導入面取り領域３８に押し込まれる線形５５８の領域５７０の作用によって生じる噛み合い力とによって決まる。リングばね６００は、第１８図に示すアセンブリ６５０を押すことによって、線形５５８をメス容器１４内に入れる領域６０２も含む。外面６０４は、メス容器１４の導入面取り部３８および隆起区間４０に入れ子状に重なる。半径方向の外面６０６によって、メス容器１４の面３６に重なって適切に接続されたことを、目視確認することができる。第１８図は、線形５５８とリングばね６００のアセンブリ６５０を示す。オス導管１２にかかる力は、本体５５６によってメス容器１４に伝達される。次に、第１９図、第２０図および第２１図の実施形態を参照する。これらの図面類は、別個の材料のばねのみ、および確認リングおよびラッチ（噛み合いラグを構成）を有する実施形態を開示する。第１９図はばね７５８を示し、第２０図は本体部分７００を示す。第２１図は、前部本体５５６上に組み付けたばね７５８と本体部分７００の組合せを示し、外周５０５が、スロット７２５内に組み付けたタブ５０４の底部またはルートのところで切り詰められ、したがってタブ５０４の端部５１４が本体７００の領域７０４と面一になる。これによって、本体７００を前部本体５５６に取り付けることができ、したがって本体７００が導管１２の端部から移動しない。導管１２のオス部分とメス容器１４の間の引き抜き力に対し、本体７００のラッチ領域７７６をメス突き合わせ壁４４と噛み合わせることによって抵抗する。オス導管１２が通過する前部本体５５６に形成された穴５０２が、オス導管１２から前部本体５５６へとオス／メス分離力を伝達し、次にメス容器１４の壁４４に突き当たるラッチ領域７７６の噛み合いによって、本体７００の領域７０４を通ってメス容器１４に伝達する。ばね７５８によって、本体７００がばね７５８のループ領域７８５および切り取り部分７１０の背後の本体７００の全円部分内で旋回する。この旋回は、ラッチ領域７７６の外面７７４がメス容器１４の隆起区間４０を通過するのに必要である。ラッチ領域７７６は、本体７００の内部本体ポケット（図示せず）と噛み合うばね７５８によって、外側に押しやられ、内部空洞に入る。第１９図を参照すると、ばね７５８の詳細な図が描かれている。ばね７５８は、本体７００に突き当たって、本体７００が本体７００の後壁７２０を通り過ぎるのを防止する外側旋回領域７８６と、ばね７５８の脚７６８間にあるばね７５８のループ領域７５８に突き当たる内部タブ（図示せず）とで構成される。第２０図は、外径７０８、メス容器１４の面３６と面一で、これと間隔を置いた内側に段付きの壁７０６、導入圧縮面取り領域３８に入れ子状に収まる面取り表面７０２、およびメス容器１４の隆起区間４０を通過する領域７０４を備えた本体７００を示す。ラッチ領域７７６が領域７０４から外側に突き出し、複数のスロット７２５が領域７０４を通って形成され、第１５図の前部本体５６のタブ５０４と外側タブ５０４との間に形成された外周５０５を有する前部本体５５６のタブ端５１４を収容する。本体７００の最大径７０８の外面は、２つの切り取り領域７１０（内面７１２を規定する）によって部分的に中断され、これによって本体７００を挟み、ラッチ領域７７６の外面７７４をメス容器１４の隆起区間４０を通過させることができる。本体７００の開口部７２２は、ばね７４８のループ領域７８５を配置する開口部を提供する。本体７００の後壁７２０を通って形成された穴７１８は、導管１２に取付け時に本体７００に安定性を提供する。第２２図は、ラッチ、ばねおよび確認リングを単一の材料から形成した実施形態を示す。図示の実施形態では、材料はナイロン、アセタールまたはポリプロピレンなどの重合材料である。この実施形態は、金属に良好なばね特性があれば、（費用は高くなるが）金属で構成することもできる。第２２図のコネクタは、全体として８００と図示され、外部ドラム８０８、面取り部分８０２、およびその間に形成されたステップ８０６を有する本体８０１から成る。円筒形領域８０４が、面取り部分８０２の領域８０４に形成される。円筒形領域８０４は、切り取り部分８１０によって、ほぼ２つに分割される。スロット８２５が、円筒形領域８０４に規定され、第２０図および第２１図の実施形態のスロット７２５と同様に機能する。領域８０４から、外面８７４を有するラッチ領域８７６が突き出す。必要なばね機能を獲得するために、ドラム８０８、面取り部分８０２およびステップ８０６上に２つの切り欠き８１０が形成される。ドラムの切り取られない領域と壁８２０が、ばね機能を提供する。壁８２０は、第２０図の穴７１８と同じ働きをする貫通穴８１８を有する。第２３図を参照すると、保持器のばね部分が互いに向かって並進することを防止することによって、接続のメス部分の内側に接続のオス部分を保持するばねタイプの保持器の噛み合いラグのラッチが解除されるのを防止する方法を示す。第２３図では、全体として９５０と図示される防止要素の上断面図が図示されている。防止要素９５０は、オス導管と保持器に対して摺動可能である。要素９５０は、第２２図の保持確認設置装置に関して、オス導管の部分とともに図示されている。要素９５０は、第２２図の確認設置装置がメス容器からロック解除されるのを防止する。要素９５０および第２２図の確認設置装置は、全体として９００で示すアセンブリを形成される。アセンブリ９００は、隆起領域９２０を有する管９１２に取り付けられる装置８００を含む。防止要素９５０も図示され、貫通穴９５４および１対のばねアーム９５６および９５８を有する本体９５２で構成される。ばねアーム９５６および９５８は、管９１２に沿って配置され、領域９６０および９６２でばねアーム９５６および９５８が終了する。領域９６０および９６２は、本体９５２が前方に押され、管９１２上に形成された隆起領域９２０の管側に突き当たっているときに、ばねアーム９５６と９５８を広げるよう働く表面９６４および９６６を有する。ばねアーム９５６および９５８が開くと、領域９６０および９６２を移動させ、これも領域９６８および９７０を有する。この後者の要素は、装置８００の切り取り領域８１０に押し込まれる。この配置構成は、ラッチ領域８７６がメス容器（図示せず）から外れるのを防止する。防止要素９５０は、装置８００内で、抜き取り防止の前位置で拘束され（図示せず）、領域９６８および９７０が装置８００のラッチ解除を防止する。以上から、当業者には、本発明の幅広い教示を、細片または線とリングの組合せを含む様々な形態で実施できることが分かる。したがって、本発明について、特定の例との組合せで述べてきたが、図面、明細書および添付の請求の範囲を調査すれば当業者には他の修正が明白なので、本発明の真の範囲はこれに制限されるものではない。Detailed description of the invention Quick connector with ring to confirm proper connection Background of the Invention The present invention generally relates to coupling conduits through which a fluid flows. In particular, the present invention relates to a quick connector that includes a ring that holds a male conduit within a female container and ensures proper connection. In the automotive industry (and many other industries) there is always a need for components that are low cost, reliable and easy to assemble. This need is evident in providing connections between fluid carrying conduits such as fuel, brake or coolant lines. Conventionally, such connections have included male conduits that are held in female receptacles using threaded fittings, flared fittings, or bolted flanges. Recently, various snap-on quick-connect retainers have been used in place of conventional methods. Such quick connectors typically have a plurality of flexible legs that mate with annular beads mounted on the male conduit and also mate with relief grooves formed in the female member. Two such examples were issued on July 22, 1986, U.S. Pat. No. 4,601,497 entitled "Swivelable Quick Connector Assembly", and issued on Oct. 18, 1988, entitled "High Temperature U.S. Pat. No. 4,778,203, entitled "Connectable Swivel Quick Connector Assembly", which was both invented by the present inventors, is hereby incorporated by reference. Another quick connector is flat and has a pair of radially flexible annular arms extending thereabout. Another quick connector invented by the inventor of the present invention is disclosed in U.S. Patent Nos. 4,524,995 and 4,423,892, both entitled "Pivotable Quick Connector Assemblies", each of Published on March 25 and January 23, 1984, and incorporated herein by reference. Although the quick connector described above is a significant improvement in the art, each leg of the device typically needs to resist longitudinal pull-out forces and need to create a radial retention force. is there. Further, the legs are radially compressed during installation. Thus, in order to enhance the ability to withstand longitudinal forces or generate radial forces, parts often have to compromise on other forces perpendicular thereto. Furthermore, the quick connector described above has no way to easily determine the proper connection between male and female components. Thus, it can be easily attached and detached, inexpensive to produce, and withstands longitudinal pull-out forces to create a radial retention force, but with the internal length of the female portion of the connector being the length currently realized with threaded connectors. It is desirable to have a quick connector with separate segments that can be much shorter than conventional connectors by shortening it. It is also desirable to have a quick connector that provides a function that can verify that the installer has made an appropriate connection. Summary of the Invention In accordance with the present invention, several of the new and useful quick connectors are used to couple the male conduit within the bore of the female container and allow the installer to verify that the male and female components are properly connected. Embodiments are provided. The quick connector has a pair of fuselage segments, a latch segment, a body segment with an opening, and a leg or spring segment. The leg segment is defined by a pair of protruding elements that urge the fuselage segment radially outward to engage the female container. The projecting elements can also be partially compressed towards each other, so that the pair of fuselage segments can move towards each other for mounting or disassembly. In one general embodiment, a verification ring is provided that is axially movable along a protruding element between a locked verification or seated position and an unlocked or unseated position. After the quick connector of the present invention is moved to the engagement position with the container, the confirmation ring is moved from the unseated position to the seated position. Proper locking of the connector in place is confirmed when the ring is fully seated on the open end of the female container. In a typical alternative embodiment, the verification ring does not slide relative to the projection element and is relatively fixed. Also in this general embodiment, a ring is used to confirm the connection and is used to assist in installation. These two general embodiments are all provided in various forms incorporating a verification ring, a latch portion that mates with the female component, and a spring portion that mates the latch portion with the female component. Various aspects of the invention include the following. 1. A quick connector comprising a verification ring and a separate spring and latch combination made of a plurality of types of materials, the ring preventing the latch portion from disengaging from the female component. 2. Providing a confirmation ring, and a separate spring and latch combination, all made of multiple types of materials, the ring installs the spring and latch combination and correct placement of the male component within the female component Check the quick connector. 3. A quick connector comprising a combination of a first material identification ring and a spring and a second material latch portion. 4. A quick connector comprising a combination of a first material identification ring and a spring, and a spring portion of a second material. 5. A quick connector with a unified ring, spring and latch combination. The quick connector of the present invention has several advantages over prior art quick connections. The advantage is that the fuselage segment and the latch segment are optimized to transmit the longitudinal holding force separating the male and female components associated with the female container while resisting the radial compressive release force. Including what is being done. At the same time, the body segments are optimized to withstand longitudinal pulling forces between the attached male conduit and the adjacent fuselage segments. Further, both the verification ring and the connector of the present invention provide a system that can be easily attached and detached from the female container, thus reducing assembly costs. With respect to the first general embodiment, the verification ring is axially moved along the connector's protruding element to an unseated position, and the leg segment's protruding elements engage one another by mating with the introduction chamber of the female portion of the connector. In the first embodiment, the compression meshing leg mounted on the fuselage section expands into the larger diameter cavity, at least partially compressing toward it and releasing the compressive tension on the projection element. Easy insertion is achieved by sliding the verification ring to its lock verification or seating position with the verification ring in the lock verification position where the lock-in lug cannot be removed. Alternatively, according to a second general embodiment, the verification ring does not slide and provides a grippable area to help attach the male portion to the female portion of the connector. Also in this embodiment, the confirmation ring functions to confirm proper installation. The connection can be detached from the verification ring at its forward position in its second configuration (as described above) and up to its fifth configuration (also as described above). Another advantage of the quick connector of the present invention over the prior art is low manufacturing cost and wide application. The advantage of the latter is that the quick connector of the present invention transforms the rigidly secured conduit of a conventional threaded connector into a pivoting type connection so that the conventional non-pivoting and pivoting male conduit, and many conventional It is clear that it can be used with a scalpel container. The quick connector of the present invention separates the radial requirement of the spring from the requirement to vertically strike the wall of the female container. This can be achieved by using the legs described above as spring members, using separate spring members, or combining a confirmation ring with a latch and a spring. The quick connector of the present invention maintains the alignment of the male conduit within the female receptacle, thereby properly positioning the seal, and its accuracy can be easily verified by a verification ring. The present invention is also advantageous because the male conduit and the female receptacle can incorporate a shorter sealing and holding area in the longitudinal direction than with conventional quick connector fittings. BRIEF DESCRIPTION OF THE FIGURES The above advantages and other advantages of the present invention will become apparent to those skilled in the art by following the following specification and appended claims with reference to the following drawings. FIG. 1 is a side view showing a first embodiment of the quick connector of the present invention in which a male component and a female component are interlocked and a confirmation ring is not shown. FIG. 2 is a top view of the embodiment of the quick connector of the present invention shown in FIG. FIG. 3 is a cross-sectional view of the embodiment of the quick connector of the present invention shown in FIG. 1 with respect to a male conduit and female receptacle having a combination of a verification ring, a spring and a latch. FIG. 4 is an exploded view of the embodiment of the quick connector of FIG. 1 disposed between a male component and a female component. FIG. 5 is a perspective view of a preferred embodiment of the quick connector of the present invention with a spring and latch combination. FIG. 6 is a perspective view showing a radial spring member portion of the embodiment shown in FIG. FIG. 7 is a perspective view showing a main body segment of the embodiment shown in FIG. FIG. 8 is an end view of the first preferred embodiment of the quick connector of the present invention as viewed from the radial member. FIG. 9 is a perspective view of a confirmation ring used with the spring portions of the legs in the above drawings. FIG. 10 is a cross-sectional view similar to FIG. 3, but with the confirmation ring in spaced relationship with the female container. FIG. 11 is a cross-sectional view of another preferred embodiment of the quick connector of the present invention with respect to a male conduit and a female container. FIG. 12 is an exploded view of the embodiment of the quick connector of FIG. 11 disposed between a male component and a female component. FIG. 13 is a perspective view showing a different preferred embodiment of the quick connector of the present invention. FIG. 14 is a sectional view similar to FIG. 11, but showing the pliers removing the quick connector from the female component. FIG. 15 is an isometric view of the retainer body of the alternative embodiment. FIG. 16 is a linear isometric view used in conjunction with the retainer body of FIG. FIG. 17A is a first side isometric view of a combination of a confirmation ring and a spring made of the same type of material. FIG. 17B is an isometric view of the second side of the combination of FIG. 17A. FIG. 18 is an isometric view of the assembled components of FIGS. 16, 17A and 17B and the retainer body of FIG. 15 transmitting force from a male portion to a female portion of the connection. . FIG. 19 is a spring that can be used in connection with an additional alternative embodiment of the verification ring of the present invention. FIG. 20 is an isometric view of an additional alternative embodiment of the present invention having a verification ring incorporating the spring of FIG. FIG. 21 is an isometric view of an additional alternative embodiment with the spring of FIG. 19, the verification ring of FIG. 20, and the retainer body of FIG. FIG. 22 is an additional embodiment of the quick connector assembly of the present invention wherein the latch, spring, and ring body are constructed of the same type of material. FIG. 23 is a top cross-sectional view of an embodiment of a method for preventing a male portion of a connection from disengaging from a female portion of the connection. Detailed Description of the Preferred Embodiment In general, the present invention is directed to a connector for coupling a male annular member or conduit to a female receptacle. The invention is useful, for example, for connecting tubing arranged between elements of a hydraulic system. It can be used for plastic or metal conduits. The connector of the present invention finds application in external refueling lines and hoses, as well as hydraulic brake systems. The connector according to the invention can also be used in a fuel system of a vehicle, for example, between a fuel tank and a fuel pump, between a fuel pump and a carburetor or a fuel injection system. Although particularly useful in automobiles, the connector of the present invention finds application in almost all situations where male and female fluid transfer lines must be connected. Generally, FIGS. 1-10 show an embodiment having a separate verification ring and spring permanently connected to a washer-shaped front body that provides a latching action. FIGS. 11-14 show an alternative embodiment of the connector of FIGS. 1-10, which provides a line to the identification and installation ring for use as a spring and latch combination. The combination of the spring and the latch of FIGS. 1 to 10 is similar to that of the combination of the spring and the latch of FIGS. Could be formed. The embodiment of FIGS. 1 to 14 is provided with a separate confirmation ring. In the embodiment of FIGS. 15 to 18, the confirmation ring is combined with a spring function and a separate alignment is attached to the combination of the confirmation ring and the spring. In order to inhibit axial movement along the tube, the front (washer-shaped) body of FIGS. 1 to 14 includes a tab which engages a combination of a verification ring and a spring with an assembled forming wire latch. . The separating force between the male and female components is transmitted by this front body from the male to the female. In FIGS. 19-21, a quick connector assembly formed from a single type of material, combining a verification ring with a latching feature, is illustrated with a separate spring. The embodiment of the present invention in FIG. 22 has a verification ring, a latch portion, and a spring portion, all formed from the same type of material. FIG. 23 shows a device for preventing the male and female portions of the connector from coming off after the male portion with the confirmation ring has been engaged with the female container and locked. This provides a separate device (anti-pull-out) that enters the restrained position and thus restricts the movement of the latching lug, thereby locking the male portion to the female container and preventing the male portion from coming off the female portion. Element). In order to be able to remove, this protection element must be moved away from its restrained position. Although the embodiments of FIGS. 1 to 22 can be formed in various ways, each of the alternative embodiments provides a device captured by a male, and FIGS. 3 and 5 to 22. Check the diagram for proper connection. With particular reference to FIGS. 1-10, a preferred embodiment of the quick connector 10 is used to operably hold a rotatable male conduit 12 in a female receptacle 14. A preferred embodiment of the male conduit 12 comprises a rigid metal member having a connecting portion 20, a raised portion 22, a coined recess 24, and a flanged portion 26 adjacent a flange 28. Male conduit 12 also has an annular bead or bushing 30 and a seal ring 32 mounted on its outer periphery. O-ring seal 32 and annular washer 30 are juxtaposed longitudinally between bushing 34 and flanged portion 26 to circumferentially surround recess 24. Beads or bushings 34 can be combined with flanged portion 26 or locked to conduit 12. Bushing 30 may be integral with conduit 12. The cooperating female container 14 (shown in cross-section in FIG. 3) comprises an outer surface 36, a right-cone chamfered introduction section 38, an annular raised section 40, a holding arrangement, in particular an outer butting wall 44 and an inner It has an interior cavity 42 with a butted wall 46, a right conical intermediate section 48, a bore 50 defined by a cylindrical inner surface, and a passage 52. The quick connector 10 is defined by a radial member 54 and a body segment 56, as best seen in FIGS. 5-8, the radial member 54 further comprises a pair of latch segments 58, a plurality of fuselage segments 60. , 62, 64 and 66, and a pair of leg segments 68. Each latch segment 58 has a flange 70 on which an intermediate region 72 having a mating portion 74 is formed. In addition, each leg segment 68 has a pair of protruding elements 76 that project vertically from each adjacent torso segment 60, 62, 64 and 66. According to a preferred embodiment of the present invention, each protruding element 76 is a formed flat metal strip. Further, each projection element 76 has a first outer offset configuration 80, an adjacent inner offset configuration 82, and a second outer offset configuration adjacent to the truss element 86. The fuselage segments 60, 62, 64 and 66 define an opening 88 having two partially cylindrical inner edges 90 and four corner regions 92. Each latch segment 58, adjacent fuselage segments 60, 62, 64, 66, and adjacent pair of projecting elements 76 are symmetrically opposed by a pair of gaps 94, with symmetrically opposed latch segments 58, fuselage segment 60, 62, 64 and 66, and the projection elements 76. Thus, the leg segments 68 can be compressed radially toward each other such that the latch segments 58 can translate radially toward each other. The leg segments 68 and the projection elements 76 are configured in a spring-like manner to push the latch segments 58 outward from each other. Referring primarily to FIG. 7, the body segment 56 has a pair of generally flat surfaces 96 and 98 bordered by an annular outer peripheral edge 105 and an inner opening 102 defined by an inner edge. Four bendable tabs 104 also protrude from the inner edge surrounding opening 12. When body segment 56 is assembled to radial member 54, surface 98 is mounted adjacent to fuselage segments 60, 62, 64 and 66. Next, the tabs 104 of the body segment 56 are aligned with the corner regions 92 of the radial member 54 and folded over the portion of each torso segment 60, 62, 64 and 66 adjacent the leg segment 68. Nevertheless, there is a space 106 between the edge 108 of each tab 104 and the butting wall of the corner region 92. This allows the body segments 62, 62, 64 and 66 and the latch segment 58 to translate radially toward each other between the tab 104 and the opening 102 of the body segment 56. According to a first preferred embodiment, both the radial portion 54 and the body segment 56 are preferably stamped from a sheet of metal material such as stainless steel. An opening 102 in the body segment 56 circumferentially surrounds the male conduit 12 and is vertically confined between the raised portion 22 and the bushing 30. This is best illustrated in FIG. The movement of the body segment 56 away from its location on the conduit 12, and thus the same movement of the opening 102, may be due to the length of the tube being larger than the standard outside diameter formed away from the opening of the tube, or to the plastic flex Contained by a tube (such as a liner), the latter may include a front bushing and can be used to expand the wall of a flexible plastic tube by pushing into a non-expanding opening. Further, the outer peripheral edge 105 of the body segment 56 is smaller than the inner diameter of the annular raised section 40 and the internal cavity 42 of the female container 14. Thus, body segment 56 acts as a longitudinal and radial retention means between male conduit 12 and radial member 54. During insertion of the radial member 54 into the female container 14, the chamfered section 38 serves to compress the shoulder sections 58 radially toward each other. The leg segment 68 then pushes the shoulder segment 58 radially outward to engage the internal cavity 42. The mating portion 74 of each shoulder segment 58 operably meshes with the butt wall 44 of the female container 14. Accordingly, the radial members 54 are designed to provide expansion restraining force in the radial direction to hold the body segment 56 to the female container 14. The combination of the wall 46 and the expanded area 22 of the conduit 12 prevents the male from entering too far into the female. In addition to serving as a longitudinal and radial retaining means between the male conduit 12 and the radial member 54, the body segment 56 also serves to support the male conduit 12 within the female container 14. The pair of opposing tabs 110, 110 'is formed as a wall partially disposed around the interior opening 120, similar to the pair of opposing tabs 112, 112'. You. Tabs 110, 110 'and tabs 112, 112' are adjacent to coined recess 24 of male conduit 12. These tabs also interact with the flexible plastic tubing and also serve to lock body segment 56 to the outer surface of the plastic tubing when the tubing is expanded by a liner (not shown). One of the key features of the present invention is a confirmation ring 114 that allows an installer to easily and quickly verify that the male conduit 12 and female container 14 are properly connected. The verification ring 114 is shown in perspective view in FIG. 9 and in cross-section in FIG. 10, and includes a cylindrical drum section 116, a right conical intermediate section 118, and a cylindrical shoulder 120. The shoulder 120 terminates at and adjoins the inner end wall 122. Opposite the inner end wall 122 and adjacent the drum section 116 is an outer end wall 124. An opening 126 is defined in the outer end wall 124, as best seen in FIG. A pair of opposing fingers 128, 128 ′ and 130, 130 ′ are formed along the wall defining the opening 126. Fingers 128, 128 'are each positioned between opposing arms forming leg segments 68, as shown in FIGS. Confirmation ring 114 is a Celcon (Celanese Chemical Corp. Is preferable. The verification ring 114 is axially slidable between an unseated position 132 (shown in FIG. 10) and a seated position 134 (shown in FIG. 3). In the unseated position 132, the fingers 128, 128 ′ are generally located between opposing portions of the leg segments 68 that define the second outer offset configuration 84. While in this position, the installer sandwiches the opposing portions of the leg segments 68 using a tool such as a finger or pliers (partially shown compressing members C and C ′), and Move the opposing part. The combined radial member 54 and body segment 56 are inserted into the female container 14 and the body segment 56 abuts against the inner butting wall 46. When the mating portion 74 of the radial member 54 fits tightly against the wall 46, it is locked to the outer butt wall 44, thereby preventing the connector 10 from moving outward. Next, the confirmation ring 114 moves axially from the unseated position 132 to a seated position as shown in FIG. Between these two positions, the fingers 128, 128 'move between two opposing portions of the leg segment 68 defining adjacent outer offset configurations 80 and 84, respectively. Outer offset configurations 80 and 84 serve as detents for fingers 128 and 128 '. The right conical intermediate section 118 of the check ring 114 is contoured to mate with the right conical chamfered introduction section 38 of the female container 14. Similarly, shoulder 120 is contoured to enter annular raised section 40 and retaining assembly 100 (shown in FIG. 5), pass butt wall 44, and then stop at surface 36 of graduated container 14. When the male conduit 12 is properly seated in the female container 14, the right conical intermediate section 118 and the shoulder 120 of the verification ring 114 are completely seated in the opening 18 of the female container 14. Once in this correct position, the axial section 116 of the ring 114 is evenly adjacent to the outer surface 36 of the female container 14. The installer can determine the correct position by observation or feeling. If the check ring 114 is not evenly seated, the connection between the male conduit 12 and the female container 14 will be incorrect and will need to be reconnected. According to the embodiment of the verification ring illustrated in FIGS. 3 and 10 (FIG. 9 is a general view of the ring 114 of the embodiment discussed herein), after the verification ring 114 has been retracted. Otherwise, the connector 10 cannot be disconnected and the male conduit 12 cannot be removed from the female container 14. This feature is a result of the size of the gap between the outer offset configurations 80 of the arms 68 shown in FIG. 6, and the width of the fingers 128 shown in FIG. This relationship is best seen in FIG. As shown, the gap 140 between the finger 128 (and also the finger 128 ′) and the inner wall of the offset arrangement 80 is relatively narrow. The gap 18 between the fingers 130 and 130 'and the conduit 12 is relatively narrow. 11 to 14 show a second embodiment of the present invention, which is designated as 210 as a whole. Like the connector 10, the portion of the connector 210 could be made using strips or wires. The manner in which the joining wall 276 is brought into contact with the scalpel butt wall (element 44 in FIG. 3) is provided by the spring used in the embodiment shown in some of the figures. Although connectors 10 and 210 are preferably constructed of metal, the quick connectors of FIGS. 15-17 disclose an embodiment that incorporates a spring that may be plastic. Quick connector 200 is defined by radial member 254 and body segment 256. As shown in FIG. 13, the radial member 254 further has a pair of opposing shoulder segments 258 and 258 ′, a plurality of fuselage segments 260, 262, 264 and 266, and a pair of leg segments 268. Each shoulder segment 258 (and each shoulder segment 258 ') has a latch member 270 having an interlocking segment 272 extending therefrom and having junction walls 274 and 276 formed therein. Joint wall 276 locks to butt wall 244 upon locking the male conduit to the female conduit. Further, each leg segment 268 has a pair of protruding elements 278 that project vertically from each adjacent torso segment 260, 262, 264, and 266. 1 to 10, each protruding element 278 includes a first outer offset structure 280, an adjacent inner offset structure 282, and a second outer offset structure 284 adjacent to the distal end 286. Have. The radial member 254 can be formed by a single line, or can be formed by two lines as shown. The halves 288 and 290 are secured to each other at a weld 292. The halves 288 and 290 function primarily as springs separating the joining walls 274. Similar to the radial members 54 described above, the segments 272 of this embodiment can be compressed radially toward each other such that the pair of shoulder segments 258 can be translated radially toward the pair of shoulder segments 258 '. Leg segment 268 is also configured to direct the opposite pair of shoulder segments 258 and 258 'outwardly away from each other. With respect to body segment 256, its construction is substantially the same as that of body segment 56 discussed above with respect to FIGS. An opening 294 is defined centrally within the body 296 of the segment 256. Four bendable tabs 298 also protrude from the inner edge surrounding opening 294. When body segment 256 is assembled to radial member 254, segment 256 is mounted opposite leg segment 268 and adjacent to fuselage segments 260, 262, 264 and 266. Next, tabs 298 of body segment 256 are aligned with radial members 254 and folded over portions of each torso segment 260, 262, 264 and 266 adjacent leg segment 268. Body segment 256 circumferentially surrounds male conduit 212 and is longitudinally confined between raised portion 222 and bushing 230, as best seen in FIGS. When used with flexible plastic tubing (in another embodiment [not shown]), body segment 256 is captured by the action of an expanding tube liner, which may include front bushing 234 and expansion region 222. This is best seen in FIG. As in the embodiments described above, the body segment 256 serves as a longitudinal and radial retaining means between the male conduit 212 and the radial member 254. The container 214 is defined by an outer surface 236, an inlet right conical section 238, an annular raised section 240, an inner cavity 242 having an outer butted wall 244 and an inner wall 246 formed therein, a right conical intermediate section 248, and a cylindrical inner surface. And a passage 252. While inserting the radial member 254 into the female container 214, the chamfered section 238 serves to radially compress opposing pairs of shoulder segments 258 and 258 'toward one another. Thereafter, leg segment 268 pushes the opposing pair of shoulders 258 and 258 ′ radially outward to mesh with relief groove 242. The mating wall 276 of each pair of shoulder segments 258 and 258 ′ operably meshes with a butt wall 244 of the female container 214. Thus, similar to the embodiment of FIGS. 1-10, the radial members 254 are designed to exert an expanded retention force in the radial direction to retain the body segment 256 in the female container 214. Body segment 256 also provides support for male conduit 212 within female container 214. The pair of opposing locating tabs 300, 300 ', like the pair of opposing locating tabs 302, 302', are formed as walls partially disposed around the opening 294. As shown, an embodiment of the present invention allows an installer to easily and quickly verify that the male conduit 212 and the female container 214 are properly connected and to install the male conduit 212 into the female container 214. A possible confirmation ring 304 is also used. The verification ring 304 is shown in cross section in FIGS. 11 and 14 and has substantially the same outer portion as the ring 114 described above. Extending from the central opening within the body 306 of the ring 304 is a pair of opposing configurations 308, 308 'and a finger 310 (the latter having the other of the opposing pair not visible among the fingers). It is. Each of the configurations 308, 308 'is disposed between opposing arms forming leg segments 268, as shown in FIGS. As in the previous embodiment, the verification and installation ring 304 includes a non-seated position 312 (shown in phantom in FIG. 14) and a seated position 314 (shown in FIG. 11) that are also used when attaching the ring 304 to the leg 268. (Shown) can be slid in the axial direction. Finger 310 and the other of its invisible pair are generally located between opposing portions of leg segment 268 that define second outer offset configuration 284 in an unseated position (shown in phantom). As will be appreciated, the outwardly offset opening of configuration 280 is larger than outer offset configuration 284. Thus, the configuration 280 is not locked to the finger 310 and the other of its invisible pair unless the wall 276 is completely disengaged from the butting wall 244. While in this seated position, the installer can use fingers or a tool such as pliers, partially shown as pliers P, to pinch the opposing portions of leg segments 68 and place opposing pairs of shoulder segments 258 and 258 '. move. Insertion of the connector 210 is as described above with the combined radial member 254 and body segment inserted into the female container 214, as shown in FIG. This allows the confirmation ring 114 (FIG. 3) to be used as a confirmation and installation ring. Because there is sufficient gap between the finger 310 and the other of its invisible pair and the configuration 280 of the leg segment 268 to lock and unlock the wall 276 with respect to the region 244. is there. When the male conduit 212 is properly seated in the female container 214, the contour of the verification ring 304 is completely within the opening 218 of the female container 214. The correct position can be determined by the installer by observation or touch. If the confirmation ring 304 is not evenly seated on the body of the container 214, it needs to be reconnected. According to an embodiment of the present invention of the verification and installation ring 304, withdrawal of the connector 210 and its associated male conduit 212 from the female receptacle 214 is possible regardless of the position of the verification and installation ring 304. As will be appreciated, this design is the opposite of that described in the previously discussed embodiments. As shown in FIG. 11, gaps 315 and 318 are defined between finger 310 and configuration 280 and one of the pair of fingers 310 and configuration 280 '(not shown). Obviously, many of the elements described above are similar or nearly identical in design and function to the elements of the rest of the drawings. The components include connectors 10 and 210, male conduits 12 and 212, female receptacles 14 and 214, raised portions 22 and 222, recesses 21 and 224, flanges 28 and 228 (or formed on conduits 12 or 212, Or a combination of a flange 28 or 228, which is part of a liner mounted inside the plastic conduit, and a bushing 34 or 234, all not shown); annular bushings 30 and 230; raised sections 40 and 240; 238, annular raised sections 40 and 240, internal cavities 42 and 242, and external butted walls 44 and 244, and the like. Thus, with respect to the remaining FIGS. 15 through 22, for example, reference is made to "connector 10," but it will be understood that the designated element will also readily be "connector 210." To avoid confusion, only one of the two similar elements is identified. Referring to FIGS. 15, 16, 17A and 17B, a retainer body 556 is illustrated, similar to the retainer shape 558. The retainer shape 558 of FIG. 16 is shown in overall view, with a second adjacent retainer shape 558 underneath, when attached to a combination identification and mounting ring and spring comprised of a polymeric material. Is shown by imaginary lines. The body 556 transmits to the retainer the force separating the male and female conduits from the male portion of the connector 10 (shown in FIGS. 15, 16 and 17), which transfers the force to the female portion of the connector 10. The light is transmitted to the butting wall 44. The retainer body 556 is generally in the shape of a washer and includes centrally directed projections 510, 510 ', and 512 and 512' for attaching the body 556 to the tube 12. The body 556 cannot move axially along the tube 12 due to the raised portion 22 and cannot move in the opposite direction due to the external bushing 30. As in the previous drawings, the outer bushing 30 does not come off the section 24 of the tube 12 due to the flange 28. The outer circumference 505 of the main body 556 is interrupted by a plurality of set-off holding tabs 54. The tab 54 is formed such that its back surface is parallel to the back surface 508 of the body 556, so that the offset between the two is sufficient for the tab 504 to have clearance around the line 558 of the region 560. Thus, the tab 504 works with the verification ring spring 500 (of FIGS. 17A and 17B) with the molded retaining shape 558 attached to the ring mounting body 601 and the ring mounting body 601 and the body 556 can be connected. With this connection, the confirmation ring spring 600 does not separate from the flange 28 of the tube 12 when the tube 12 is not attached to the female container 14. The bottom inner surface of the tab 504 allows the installation ring spring 600 with the retainer shape 558 to have the proper engagement / disengagement stroke of the combined ring spring 614 and thus the engagement or release of the retainer linear 558. FIG. 16 shows a cage line 558. Shape 558 is attached to ring spring 600 by region 560 of shape 558 (line 558 engages female container 568 and enters interior cavity 42). Shelf 624 meshes with leg 568 of linear 558 and linear lock 586 meshes with wall 620 of ring spring 600. The assembly is not loosened by a boss 622 formed behind the inner wall 620 of the ring spring 600. Assembly of the linear 558 to the ring spring 600 involves mounting the linear 558 area 560 first on the ring spring 600 area 676 and then installing the linear 558 key lock 586 and the inner rear wall 620 and boss 622 of the ring spring 600. Achieved by snapping into pockets formed in. When the linear lock 586 is locked by the boss 622, the leg 568 also nests along the inner shelf 624 of the ring spring 600 so that the leg 568 of the linear 558 needs to flex slightly. Ring spring 600 includes an outer drum 608. The spring region 610 of the ring spring 600 is defined on the inner surface illustrated as regions 612 and 614 by slots defined between the outer surfaces of the ring spring 600. The volume of material that must be deformed in the spring region 610 depends on the applied release force and the mating force created by the action of the region 570 of the linear 558 that is pushed into the introduction chamfer region 38 shown in FIGS. Is determined by The ring spring 600 also includes an area 602 for pushing the assembly 650 shown in FIG. The outer surface 604 nests with the introduction chamfer 38 and the raised section 40 of the female container 14. The radially outer surface 606 allows a visual confirmation that the connection has been made properly overlying the surface 36 of the female container 14. FIG. 18 shows an assembly 650 of the linear 558 and the ring spring 600. The force on the male conduit 12 is transmitted by the body 556 to the female container 14. Next, reference is made to the embodiments of FIGS. 19, 20, and 21. FIG. These figures disclose an embodiment having only a spring of a separate material, and a confirmation ring and a latch (comprising a mating lug). FIG. 19 shows the spring 758, and FIG. FIG. 21 shows the combination of the spring 758 and body portion 700 assembled on the front body 556, with the outer perimeter 505 being truncated at the bottom or root of the tab 504 assembled in the slot 725 and thus the end of the tab 504 514 is flush with region 704 of body 700. This allows the body 700 to be attached to the front body 556 so that the body 700 does not move from the end of the conduit 12. The pull-out force between the male portion of the conduit 12 and the female container 14 is resisted by engaging the latch area 776 of the body 700 with the female butt wall 44. A hole 502 formed in the front body 556 through which the male conduit 12 passes transmits a male / female separating force from the male conduit 12 to the front body 556 and then latches against the wall 44 of the female container 14. The engagement of 776 transfers through the area 704 of the body 700 to the female container 14. The spring 758 causes the body 700 to pivot within the loop area 785 of the spring 758 and the full circle of the body 700 behind the cutout 710. This pivoting is necessary for the outer surface 774 of the latch area 776 to pass through the raised section 40 of the female container 14. Latch region 776 is pushed outwardly into the internal cavity by spring 758 which engages an internal body pocket (not shown) of body 700. Referring to FIG. 19, a detailed view of the spring 758 is depicted. The spring 758 abuts against the body 700 to prevent the body 700 from passing past the rear wall 720 of the body 700 and an inner tab (not shown) against the loop area 758 of the spring 758 between the legs 768 of the spring 758. (Not shown). FIG. 20 shows an outer diameter 708, an internally stepped wall 706 flush with and spaced from surface 36 of scalpel container 14, a chamfered surface 702 nested within inlet compression chamfered area 38, and a scalpel. Shown is the body 700 with an area 704 passing through the raised section 40 of the container 14. A latch area 776 projects outwardly from area 704 and a plurality of slots 725 are formed through area 704 and have an outer perimeter 505 formed between tab 504 and outer tab 504 of front body 56 of FIG. The tab end 514 of the front body 556 is received. The outer surface of the largest diameter 708 of the body 700 is partially interrupted by two cut-out areas 710 (defining the inner surface 712), which sandwich the body 700 and connect the outer surface 774 of the latch area 776 to the raised section 40 of the female container 14. Can be passed through. Opening 722 in body 700 provides an opening in which to place loop region 785 of spring 748. Holes 718 formed through rear wall 720 of body 700 provide stability to body 700 when attached to conduit 12. FIG. 22 shows an embodiment in which the latch, spring and identification ring are formed from a single material. In the illustrated embodiment, the material is a polymeric material such as nylon, acetal or polypropylene. This embodiment can also be made of metal (albeit more expensive) if the metal has good spring properties. The connector of FIG. 22 is shown generally at 800 and comprises a body 801 having an external drum 808, a chamfer 802, and a step 806 formed therebetween. A cylindrical region 804 is formed in the region 804 of the chamfered portion 802. Cylindrical region 804 is divided roughly into two by cutout portion 810. A slot 825 is defined in the cylindrical region 804 and functions similarly to the slot 725 of the embodiment of FIGS. 20 and 21. Protruding from region 804 is a latch region 876 having an outer surface 874. Two notches 810 are formed on the drum 808, chamfer 802 and step 806 to obtain the required spring function. The uncut area of the drum and the wall 820 provide a spring function. The wall 820 has a through hole 818 that performs the same function as the hole 718 in FIG. Referring to FIG. 23, by preventing the spring portions of the retainer from translating toward each other, the mating lug latch of the spring-type retainer that holds the male portion of the connection inside the female portion of the connection Here is a method to prevent it from being released. In FIG. 23, a top cross-sectional view of the prevention element, shown generally as 950, is shown. The prevention element 950 is slidable relative to the male conduit and the retainer. Element 950 is shown with the male conduit section with respect to the retention and verification installation of FIG. Element 950 prevents the verification installation device of FIG. 22 from being unlocked from the female container. Element 950 and the verification installation of FIG. 22 form an assembly, generally designated 900. Assembly 900 includes apparatus 800 that is attached to a tube 912 having a raised area 920. A prevention element 950 is also shown and is comprised of a body 952 having a through hole 954 and a pair of spring arms 956 and 958. Spring arms 956 and 958 are located along tube 912 and terminate in spring arms 956 and 958 at regions 960 and 962. Regions 960 and 962 have surfaces 964 and 966 that serve to spread spring arms 956 and 958 when body 952 is pushed forward and abuts the tube side of raised region 920 formed on tube 912. When spring arms 956 and 958 open, they move areas 960 and 962, which also have areas 968 and 970. This latter element is pushed into the cutout area 810 of the device 800. This arrangement prevents latch area 876 from dislodging from the female container (not shown). The preventive element 950 is restrained in the device 800 in a pre-extraction prevention position (not shown) and the regions 968 and 970 prevent the device 800 from unlatching. From the foregoing, it will be appreciated by those skilled in the art that the broad teachings of the present invention can be implemented in a variety of forms, including strips or combinations of lines and rings. Thus, while the present invention has been described in combination with specific examples, the true scope of the invention is to be determined by reviewing the drawings, specification, and appended claims, as other modifications will become apparent to those skilled in the art. It is not limited to this.

───────────────────────────────────────────────────── フロントページの続き (81)指定国ＥＰ(ＡＴ，ＢＥ，ＣＨ，ＤＥ，ＤＫ，ＥＳ，ＦＲ，ＧＢ，ＧＲ，ＩＥ，ＩＴ，ＬＵ，ＭＣ，ＮＬ，ＰＴ，ＳＥ)，ＯＡ(ＢＦ，ＢＪ，ＣＦ，ＣＧ，ＣＩ，ＣＭ，ＧＡ，ＧＮ，ＭＬ，ＭＲ，ＮＥ，ＳＮ，ＴＤ，ＴＧ)，ＡＰ(ＫＥ，ＭＷ，ＳＤ，ＳＺ，ＵＧ)，ＡＭ，ＡＴ，ＡＵ，ＢＢ，ＢＧ，ＢＲ，ＢＹ，ＣＡ，ＣＨ，ＣＮ，ＣＺ，ＤＥ，ＤＫ，ＥＥ，ＥＳ，ＦＩ，ＧＢ，ＧＥ，ＨＵ，ＩＳ，ＪＰ，ＫＥ，ＫＧ，ＫＰ，ＫＲ，ＫＺ，ＬＫ，ＬＲ，ＬＴ，ＬＵ，ＬＶ，ＭＤ，ＭＧ，ＭＮ，ＭＷ，ＭＸ，ＮＬ，ＮＯ，ＮＺ，ＰＬ，ＰＴ，ＲＯ，ＲＵ，ＳＤ，ＳＥ，ＳＧ，ＳＩ，ＳＫ，ＴＪ，ＴＴ，ＵＡ，ＵＳ，ＵＺ，ＶＮ────────────────────────────────────────────────── ─── Continuation of front page (81) Designated countries EP (AT, BE, CH, DE, DK, ES, FR, GB, GR, IE, IT, LU, M C, NL, PT, SE), OA (BF, BJ, CF, CG , CI, CM, GA, GN, ML, MR, NE, SN, TD, TG), AP (KE, MW, SD, SZ, UG), AM, AT, AU, BB, BG, BR, BY, CA, C H, CN, CZ, DE, DK, EE, ES, FI, GB , GE, HU, IS, JP, KE, KG, KP, KR, KZ, LK, LR, LT, LU, LV, MD, MG, M N, MW, MX, NL, NO, NZ, PL, PT, RO , RU, SD, SE, SG, SI, SK, TJ, TT, UA, US, UZ, VN

Claims

[Claims] 1. The male conduit is connected to a female container and used to verify the connection, A vessel extending centrally defined by the inner surface, and an extended introduction continuous with the inner surface; A quick connector assembly having a section and A member having a through hole, said member surrounding a predetermined portion of the male conduit, The material can be placed almost in the expanded introduction section of the female container, Means for confirming the arrangement of the member in the female container, wherein the confirming means is Body, the verifier body includes a rear end, and the verifier body is a At least a part is accommodated in the expansion introduction section of the female container, and the The rear end is a seating position that leans evenly against the female container, and the checker body expands It can slide between a non-seated position in a relationship spaced from the introduction section, When the checking means moves the checker body toward the seating position; If the rear end of the verifier body leans evenly against the female container, The assembly for confirming to an installer that the tube has been placed in the female container. 2. The member includes a junction extending therefrom for engaging the female container; The verifier body applies a withdrawal force from the male conduit through the mating portion to the female. The quick connector assembly of claim 1, wherein said quick connector assembly communicates with a container. 3. The male conduit has a long axis, and the member has a leg segment attached thereto. Wherein said leg segments are oriented substantially parallel to the long axis of the adjacent male conduit. A pair of leg segments each extending substantially perpendicular to the verifier body. The quick connector assembly of claim 1, defined by a raised element. Ri. 4. 4. The quick connector of claim 3, wherein said member includes a pair of leg segments. Kuta assembly. 5. Each of said pairs of projecting elements is less towards each other due to the detached position. And at least partially movable from each other for installation location The quick connector assembly of claim 4, wherein the quick connector assembly is operable. 6. The projecting elements move towards each other by using the installer's hand The quick connector assembly of claim 5, wherein the quick connector assembly is possible. 7. Said projecting elements are movable towards each other by using a tool The quick connector assembly of claim 5, wherein: 8. 4. The leg segment of claim 3, wherein the leg segment is comprised of a flat strip of material. Quick connector assembly. 9. 4. The quick connect as claimed in claim 3, wherein the leg segments are comprised of lines. Assembly. 10. The member is made of a first material, and the confirmation means is made of a second material. 2. The quick-connect device according to claim 1, wherein the first and second materials are different from each other. Nectar assembly. 11. 2. The method according to claim 1, wherein the first material is plastic and the second material is metal. The quick connector assembly of claim 0. 12. 2. The method according to claim 1, wherein the first material is metal and the second material is plastic. The quick connector assembly of claim 0. 13. The leg segments are each integral with the member, the member and the leg The segment is formed by a single line, said line having a pair of free ends, said ends being welded 5. The quick connector assembly according to claim 4, wherein the quick connector assembly is mounted at: 14． The leg segments are each integral with the member, the member and the leg segment Wherein the two lines have a pair of free ends; The first pair of free ends of the two lines are respectively welded to the second pair of the two lines by welding. 5. The quick-connect device according to claim 4, wherein each of said pair of free ends is attached to said free-end pair. Nectar assembly. 15. The rear end of the verifier body has an opening defined in the center thereof, A pair of opposing fingers wherein the opening includes an inner wall, the inner wall descending therefrom; The quick connector assembly according to claim 4, comprising: 16. Each finger of the pair of fingers is a respective one of the leg segments. 16. The quick connector door of claim 15, wherein the quick connector door is movable between the pair of projection elements. Assembly. 17． When the verifier body is in the seated position, each of the finger pairs Fingers prevent adjacent protruding elements from moving toward each other 17. The method according to claim 16, further comprising preventing the confirmer body from coming off the female container. The quick connector assembly of claim 1. 18. The male conduit is connected to a female container and used to verify the connection, A container has a hole defined by an inner surface through its center, and a continuation of the inner surface. A quick connector assembly having a tension introduction section and A member having a through hole, said member surrounding a predetermined portion of the male conduit, A material is substantially positionable within the expanded introduction section of the female container, and wherein the member comprises the male conduit And a body disposed around the male conduit and attached to the body disposed around the male conduit. A pair of body segments, said body segment attached to a female container. Mesh with this as possible, and Means for confirming the arrangement of the member in the female container, wherein the confirming means is Body, the verifier body includes a rear end, and the verifier body is At least a part is accommodated in the expansion introduction section of the female container, and the The rear end is a seating position that leans evenly against the female container, and the checker body expands It can slide between a non-seated position in a relationship spaced from the introduction section, When the joining portion is engaged with the female container, the member does not come off from the female container. Locked as When the checking means puts the checker body into the seating position, the checker If the rear end of the body leans evenly against the female container, the male conduit Said assembly confirming to an installer that it has been placed within. 19. The member is made of a first material, and the confirmation means is made of a second material. 19. The quick-connect device of claim 18, wherein the first and second materials are different from each other. Connector assembly. 20. 2. The method according to claim 1, wherein the first material is plastic and the second material is metal. 10. The quick connector assembly according to claim 9. 21. 2. The method according to claim 1, wherein the first material is metal and the second material is plastic. 10. The quick connector assembly according to claim 9. 22. A male conduit includes a long axis, and the member is attached to the pair of leg segs. Wherein the leg segment is oriented substantially parallel to the long axis of the adjacent male conduit. So that each of the leg segments is between the male conduit and the female container. A pair of projections each extending substantially perpendicularly to the body segment transmitting the pullout force. 19. The quick connector assembly of claim 18, defined by an element. Ri. 23. Each of the pairs of projecting elements has less At least partially movable and at least partially moved from each other for installation location 23. The quick connector assembly of claim 22, wherein the assembly is possible. 24. The projecting elements are moved towards each other by using the installer's hand. 24. The quick connector assembly of claim 23, wherein the quick connector assembly is movable. 25. Said projecting elements can be moved towards each other by using a tool 24. The quick connector assembly of claim 23. 26. 23. The method of claim 22, wherein the leg segment is comprised of a flat strip of material. Quick connector assembly shown. 27. 23. The quick connector as claimed in claim 22, wherein said leg segments are comprised of lines. Nectar assembly. 28. The leg segments are each integral with the torso segment, Segment and said leg segment are formed by a single line, said line comprising a pair of free ends. 28. The quick connect of claim 27, wherein said ends are attached by welding. Assembly. 29. The male conduit is connected to a female container and used to verify the connection, A container has a hole defined by an inner surface through its center, and a continuation of the inner surface. A quick connector assembly having a tension introduction section and A member having a through hole, said member surrounding a predetermined portion of the male conduit, A material is substantially positionable within the expanded introduction section of the female container, and wherein the member comprises the male conduit And a pair of fuselage segments attached to the surrounding body. The torso segments are interconnected by a pair of leg segments; Each of the segments is a pair extending perpendicular to the fuselage segment, respectively. Are defined by a pair of protruding elements, each of which forms a gap between them And then A confirmation ring for confirming the arrangement of the member in the female container is provided, and the confirmation ring is A front end and a rear end, wherein the front end is formed thereon and has an expanded introduction portion of the female container. A container abutment surface that fits within, and the rear end of the ring is formed thereon. A pair of fingers, wherein one finger of said pair of fingers has a protrusion The assembly slidable in one of the gaps formed between each pair of elements . 30. The member is made of a first material, and the confirmation ring is made of a second material. 30. The quick connector according to claim 29, wherein the first and second materials are different from each other. ・ Connector assembly. 31. 4. The method according to claim 3, wherein the first material is plastic and the second material is metal. The quick connector assembly of claim 0. 32. 4. The method of claim 3, wherein the first material is a metal and the second material is a plastic. The quick connector assembly of claim 0. 33. The ring has a female conduit along at least a portion of the ring along a male conduit. The rear end of the ring fits within the extended introduction section of the container and the Sitting position leaning evenly and the ring being spaced from the extended introduction section 30. The quick connector of claim 29, wherein the quick connector is slidable between an unseated position at ·assembly. 34. Each of the pairs of projecting elements has less At least partially movable and at least partially moved from each other for installation location 30. The quick connector assembly of claim 29, wherein the assembly is possible. 35. The projecting elements are moved towards each other by using the installer's hand. 35. The quick connector assembly of claim 34, wherein the quick connector assembly is movable. 36. Said projecting elements can be moved towards each other by using a tool 35. The quick connector assembly according to claim 34. 37. 30. The method of claim 29, wherein the leg segment is comprised of a flat strip of material. Quick connector assembly shown. 38. 30. The quick-connect device according to claim 29, wherein the leg segments are comprised of lines. Nectar assembly. 39. The leg segments are each integral with the torso segment, Segment and said leg segment are formed by a single line, said line comprising a pair of free ends. 30. The quick connect as claimed in claim 29, wherein said ends are attached by welding. Assembly. 40. Each finger of the finger pair when the body is in the seated position; This prevents adjacent protruding elements from moving towards each other, 30. The quick of claim 29, wherein the body is subsequently prevented from detaching from the scalpel container. Connector assembly. 41. The male conduit is connected to a female container and used to verify the connection, A container has a hole defined by an inner surface through its center, and a continuation of the inner surface. A quick connector assembly having a tension introduction section and A member having a through hole, said member surrounding a predetermined portion of the male conduit, A material is substantially positionable within the expanded introduction section of the female container, and wherein the member comprises the male conduit A body surrounding the body and a pair of fuselage segments attached to the body, The torso segments are interconnected by a pair of leg segments and the leg segments Each requires a pair of projections, each extending perpendicular to the fuselage segment. Element pairs, each protruding element pair forms a gap between them and further To Check the arrangement of the members in the female container, and confirm that the male conduit is installed in the female container An installation ring, wherein the verification ring includes a front end and a rear end, wherein the front end is Having a container butt surface formed thereon to fit in the expanded introduction portion of the female container, Said rear end of a ring having a pair of fingers formed thereon; One finger of a pair of gars attaches the ring to the leg segment Slidable in one of said gaps formed between each pair of projecting elements; A ring extends along the male conduit and at least a portion of the ring extends the female container. The rear end of the ring rests evenly against the female container A non-seated position where the ring is spaced from the extended introduction section Slidable between positions, Verify that the verification installation ring is properly seated on the connector assembly. Said assembly to confirm to the installer that the male conduit has been placed in the female container. Assembly. 42. The member is made of a first material, and the confirmation installation ring is made of a second material. 42. The quill of claim 41 wherein the first and second materials are different from each other. Connector assembly. 43. 5. The method according to claim 4, wherein said first material is plastic and said second material is metal. 3. The quick connector assembly of claim 2. 44. 5. The method according to claim 4, wherein said first material is metal and said second material is plastic. 3. The quick connector assembly of claim 2. 45. Each of the pairs of projecting elements has less At least partially movable and at least partially moved from each other for installation location 42. The quick connector assembly of claim 41, wherein the quick connector assembly is capable. 46. The male conduit is connected to a female container and used to verify the connection, A container has a hole defined by an inner surface through its center, and a continuation of the inner surface. A quick connector assembly having a tension introduction section and A member having a through hole, said member surrounding a predetermined portion of the male conduit, A material is substantially positionable within the expanded introduction section of the female container, and wherein the member comprises the male conduit And a pair of fuselage segments attached to the body. The torso segments are interconnected by a pair of leg segments; Each has a pair of projections each extending perpendicular to the fuselage segment. Each pair of projecting elements defines a gap therebetween, and A body segment having a joint mounted thereon, the body segment comprising: Meshing with this in a state that can be attached to the female container, A confirmation ring for confirming the arrangement of the member in the female container is provided, and the confirmation ring is A front end and a rear end, wherein the front end is formed thereon and has an expanded introduction portion of the female container. A container abutment surface that fits within, and the rear end of the ring is formed thereon. A pair of fingers, one of said finger pairs having a protrusion. Slidable in one of the gaps formed between each pair of elements, wherein the ring comprises: Along the male conduit, at least a portion of the ring is within the extended introduction section of the female container. A seated position in which the rear end of the ring rests evenly against the female container Position and a non-seated position where the ring is in a spaced relationship from the extended introduction section. Slidable, When the joining portion is engaged with the female container, the member does not come off from the female container. Locked, the confirmation ring is moved forward when the ring is put into the seating position. If the rear end of the ring leans evenly against the female container, the male conduit Said assembly for confirming to an installer that it has been placed in the container. 47. Quick connector with male conduit in female container with said male conduit The quick connector then extends substantially vertically. A member having a leg segment extending therethrough, wherein the female container includes a member receiving groove, The quick connector further includes a confirmation ring, wherein the confirmation ring is attached to the leg segment. A first position in which the confirmation ring is spaced from the member along the A verification ring is substantially seated on the scalpel container, thereby providing the installer with the The connector of the connector is properly locked in the groove of the female container. Slidable between a second position to confirm that Sliding the verification ring to the first position of the leg segment; The male conduit is connected to the female container so that the member meshes with the groove of the female container. Inserting into a vessel; Sliding the confirmation ring from the first position to the second position; By referring to the confirmation ring, the member of the quick connector Verifying that is locked in the groove. 48. The method wherein the female container includes an outer wall, the verification ring includes a body, However, the main body of the confirmation ring leans against the outer wall of the female container. 48. The method of claim 47, including the step of verifying that the 49. The leg segment comprises a pair of projecting elements, said elements being part relative to each other. The verification ring includes a protruding finger, the fin being A gir is movable between the pair of projecting elements, and the method further comprises: And compress the member of the quick connector with the groove of the female container. 48. The method of claim 47, comprising the step of engaging. 50. Further compressing said pair of projecting elements towards each other using a tool; Disconnecting the male conduit from the female conduit by Item 50. The method according to Item 49. 51. In addition, using a hand to compress the pair of projecting elements towards each other Thus, the method comprises uncoupling the male conduit from the female conduit. 49. The method according to 49. 52. A quick connector provided with a male conduit in a female container and associated with the conduit The quick connector extends substantially vertically therefrom. A member having a leg segment extending therethrough, said leg segment including a pair of projecting elements. The projecting elements are partially compressible towards each other and the female container is A butt wall and a member receiving groove, wherein the quick connector further comprises: Including a ring that can be placed substantially adjacent to the material, Gripping the quick connector and the male conduit; Inserting the male conduit and the associated quick connector portion into the female container Until the member abuts against the member abutment wall. The elements are compressed towards each other. 53. Further, by applying a compressive force to the projection container pair using a tool, 53. The method of claim 52, comprising uncoupling the male conduit from the female container. The described method. 54. The compressing step includes applying a compressive force to the pair of projecting elements using a hand. 53. The method of claim 52, comprising a step. 55. The male conduit is moved from the female container to the quick connector provided along with the male conduit. The quick connector extends therefrom in a manner to remove using a connector A member having a pair of latches, wherein the latches are partially compressed toward each other Possible, the female container includes a member butt wall and a member receiving groove, The connector further operably accompanies the conduit to connect the male conduit to the female receptacle; Including a confirmation installation ring to install on the vessel and check the accuracy of the installation, Compressing the latch pairs toward each other; Remove the male conduit and the associated quick connector from the female container The above method comprising a step. 56. The step of compressing includes applying a compressive force to the ring using a tool. 56. The method of claim 55, comprising a tap. 57. The step of compressing comprises applying a compressive force to the ring using a hand. 56. The method of claim 55, comprising a loop. 58. A male connector is connected to the female container, and a quick connector is provided along with the male connector. The quick connector has a connector extending therefrom in the manner of coupling using a connector. A member having a pair of latches, wherein the female container includes a member receiving groove; Connector also includes a confirmation ring, So that the latch of the member engages with the member receiving groove of the female container. Inserting the male conduit into the female container; By inspecting the position of the ring with respect to the graduated vessel, the accuracy of the connection is The method comprising the step of validating. 59. Connect the male conduit to the female container and use it to verify the connection. Has a hole defined by the inner surface through its center, and an extended introduction area connected to the inner surface. And a quick connector having a latch receiving slot with a hole defined therein. Kuta assembly, Latch receiving slot meshing position with latch receiving slot of female container hole Position and the latch receiving slot disengaged position to disengage from the slot. A latch deformable between, Activating the latch to push the latch into the latch receiving slot engagement position. A deformable spring associated with the latch in a state; And a confirmation ring for confirming the arrangement of the male conduit in the female container. Accompanies the latch in the actuated state, the confirmation ring includes a body, and the body is A rear end, the body, together with the latch and the male conduit, At least a part fits in the expansion introduction section of the female container, and the rear end of the main body is It can be moved to a seating position that leans evenly against the female container, The confirming ring transfers the separating force existing between the male conduit and the female container from the male conduit. The body with the latch and male conduit toward the seated position. When moved, the rear end of the body leans evenly against the female container In case, confirm to the installer that the male conduit is located in the female container The assembly. 60. The latch and the deformable spring are a single integral spring latch component 60. The quick connector assembly of claim 59, comprising: 61. The confirmation ring and the spring latch component are made of different materials. 61. The quick connector assembly of claim 60, wherein 62. The confirmation ring and the spring latch component are made of the same material 61. The quick connector assembly of claim 60, wherein 63. The verification ring and the deformable spring are in a single integral ring spring configuration 60. The quick connector assembly of claim 59, wherein the quick connector assembly is comprised of components. 64. The ring spring component and the latch component are made of different materials. 64. The quick connector assembly of claim 63, wherein the quick connector assembly is formed. 65. The ring spring component and the latch component are made of the same material 64. The quick connector assembly of claim 63, wherein 66. The verification ring and the latch component are a single integral ring latch. 60. The quick connector assembly of claim 59, wherein the quick connector assembly comprises a single component. 67. The deformable spring and the ring latch component are made of different materials 67. The quick connector assembly of claim 66, wherein 68. The deformable spring and the ring latch component are made of the same material. 67. The quick connector assembly of claim 66, wherein 69. Connect the male conduit to the female container and use it to verify the connection. Has a hole defined by the inner surface through its center, and an extended introduction area connected to the inner surface. And a quick connector having a latch receiving slot with a hole defined therein. Kuta assembly, Latch receiving slot meshing position with latch receiving slot of female container hole Position and the latch receiving slot disengaged position to disengage from the slot. A latch deformable between, Push the latch into the latch receiving slot engaging position, and A verification ring deformable spring component for verifying the placement of the male conduit; A ring deformable spring component accompanies the latch in an actuated state, and The deformable spring component includes a body, the body includes a rear end, and the body includes a front end. With the latch and the male conduit, at least a portion of the body is in front of the female container. The rear end of the main body is evenly shifted with respect to the female container. It is possible to move to such a seating position, The body moves with the latch and the male conduit toward the seated position. When the rear end of the body leans evenly against the female container, A verification ring deformable spring component provides the installer with a male conduit in the female container. Said assembly to make sure it is placed. 70. The latch and the confirmation ring deformable spring component are made of different materials 70. The quick connector assembly of claim 69, wherein the quick connector assembly comprises: 71. The latch and the confirmation ring deformable spring component are made of the same material 70. The quick connector assembly of claim 69, wherein the quick connector assembly is configured. 72. Connect the male conduit to the female container and use it to verify the connection. Has a hole defined by the inner surface through its center, and an extended introduction area connected to the inner surface. And a quick connector having a latch receiving slot with a hole defined therein. Kuta assembly, Latch receiving slot meshing position with latch receiving slot of female container hole And disengage from the slot to check the placement of the male conduit in the female container. Confirmation including latches and portions that can be deformed between latch receiving slots A ring latch component, wherein the identification ring latch component includes a body. The body including a rear end, the body, with the latch and the male conduit, At least a portion of the main body fits within the extended introduction section of the female container; The rear end can be moved to a seating position in which the rear end leans evenly against the female container, , In operation, associated with the latch portion of the confirmation ring latch component, A deformable spring for pushing the latch portion into the latch receiving slot engaging position. Prepared, Female container when the body moves toward the seated position with the male conduit When the rear end of the body leans evenly against the H components confirm to the installer that the male conduit is located in the female container. Said assembly. 73. The identification ring and latch component and the deformable spring may be different materials. 73. The quick connector assembly of claim 72, wherein the quick connector assembly comprises a charge. 74. The verification ring latch component and the deformable spring are made of the same material 73. The quick connector assembly of claim 72, wherein the quick connector assembly comprises: 75. Connect the male conduit to the female container and use it to verify the connection. Has a hole defined by the inner surface through its center, and an extended introduction area connected to the inner surface. And a quick connector having a latch receiving slot with a hole defined therein. Kuta assembly, Latch receiving slot meshing position with latch receiving slot of female container hole Position and the latch receiving slot disengaged position to disengage from the slot. A latch that can be deformed between, A deformable spring for pushing a latch into the latch receiving slot engagement position; A confirmation ring for confirming the arrangement of the male conduit in the female container; Includes a body, the body includes a rear end, and the body includes the latch and a male conduit. With, at least a part of the main body fits in the expansion introduction section of the female container, The rear end of the main body is movable to a seating position in which the main body leans evenly against the female container. , The latch, the deformable spring, and the confirmation ring are a single integral component Consists of The confirming ring transfers the separating force existing between the male conduit and the female container from the male conduit. The body with the latch and male conduit toward the seated position. When moved, the rear end of the body leans evenly against the female container In case, confirm to the installer that the male conduit is located in the female container The assembly. 76. Connect the male conduit to the female container and use it to verify the connection. Has a hole defined by the inner surface through its center, and an extended introduction area connected to the inner surface. And a quick connector having a latch receiving slot with a hole defined therein. Kuta assembly, A latch portion and a deformable spring portion, wherein the latch portion includes a latch receiving sleeve. A latch deformable spring component for pushing into a lot meshing position; Latch receiving slot bite engages latch receiving slot in female container hole Mating position and latch receiving slot releasing position from the slot It can be deformed between And a confirmation ring for confirming the arrangement of the male conduit in the female container. Is associated with the latch deformable spring component in the actuated condition, and the confirmation ring is A body, the body including a rear end, the body comprising the latch deformable spring configuration element. At least a portion of the body, together with the element and the male conduit, extend the female container. It fits within the introduction section and the rear end of the body leans evenly against the female container It can be moved to the sitting position, The confirming ring transfers the separating force existing between the male conduit and the female container from the male conduit. The body is in communication with the latch deformable spring component and the male conduit. When both move toward the seating position, the rear of the body relative to the female container If the ends lean evenly, a male conduit is placed in the female container for the installer. Make sure the assembly. 77. And a locking element for preventing removal of said integral component, Wherein the locking element comprises a body, the body having at least one spring arm; A spring arm can be inserted between the check ring and the male conduit, This causes the spring arm to disengage the integral component from the female conduit. 76. The quick connector assembly of claim 75, wherein the quick connector assembly prevents. 78. 78. The method of claim 77, wherein the spring arm comprises a pair of opposing spring arms. Quick connector assembly shown. 79. The body of the locking element is formed therethrough and through which the male conduit passes. 78. The quick connector assembly of claim 77, wherein the quick connector assembly has an opening. 80. A male connector is connected to the female container, and a quick connector is provided along with the male connector. The quick connector is connected almost vertically from the A member having a leg segment extending therethrough, wherein the female container includes a member receiving groove, The quick connector further includes a confirmation ring, wherein the confirmation ring is Along the segment, the verification ring is substantially seated against the female container, With respect to the installer, the member of the quick connector is Slidable to a confirmation position to confirm that it has been properly locked in the groove, Sliding a confirmation ring into the first position of the leg segment; The male conduit is connected to the female container so that the member meshes with the groove of the female container. Inserting into a vessel; By referring to the confirmation ring, the member of the quick connector Verifying that is locked in the groove. 81. Holding with a two-piece holder that connects the male part and the female part of the fluid transfer member The device comprises an element surrounding the male part and at least one mating region thereof, said member. A spring element which can be locked and unlocked in the male part, Wherein said elements surrounding the prone to disconnect the male and female parts A transfer for transmitting a force to a spring element, said spring element being attached to the surrounding element vessel.