200813358 九、發明說明： — 【發明所屬之技術領域】 本發明主要係揭示一種閥，尤指設置於接頭内之閥。 【先前技術】200813358 IX. INSTRUCTIONS: - TECHNICAL FIELD OF THE INVENTION The present invention mainly discloses a valve, and more particularly a valve disposed in a joint. [Prior Art]
參照圖一，為習知接頭1使用狀態示意圖。其接頭夏 包括有一殼體2與一結合於該殼體2之座體3 ;該殼體2 一侧設有一進孔21，該殼體2内設有一容置空間22。該座 體3包括有一閥座31、二螺件32、一導流管犯、一彈性 體34與一銜接件35 ;該閥座31容納於該容置空間22，該 ，螺件32穿伸該閥座31且螺接於該殼體2 _端，該導^ 官33設置於該殼體2與該閥座义之間，該導流管犯可與 该閥座31產生相對的位移。該彈性體34設置於該闕座幻 與该導流管33之間，轉性體34可提供該導流管亂稽 的力量，雜接件35 -端螺接於該導流；f 33 _端，該: 接件35另-端設有-銜接部如，該銜接部設= 3] QCO . 人匁 ® 之六晉該殼體…㈣…進入該殼體 使‘=35 該導流管33，而連動該銜接件35 使初了接件35之銜接部351凸出於該容置 ？，上 =部如接合於-連接頭4之結合部41，使s = 之出孔脱連通於該連接頭4之進孔42，产丁接。35 銜接部351之出孔脱，而藉由該連接頭4之^體 該連接頭4内。 、 公流Λ 200813358 、惟該’f知結構於實用上仍有多 f導流管33時，該銜接件'35之銜接，流體頂推 空間22内，而當流體_該導容納於該容置 :連動該銜接件35，— 而接合於該連接頭4之結合部4 :*工間 部351之出孔352而流入該連接頭經由該銜接 推該導流管33，以使該導流管33、移=二從流體頂 _ 35之銜接部如來接合該連接頭4之^連祕銜接件 程，s：l一防D士日日 之…合部41的整個過 合部μ 0、^ 了^接部351接合該結 流出μ的過程中’流體會突然從該銜接部351之出孔 _3銜接部351接合該結合部41後，當越不再流入 Γ 容置空間22内’使流體頂推該導流管33的力 里小於該彈性㈣頂推該導流管33的力量時，該銜接部 351即遠離該結合部41，使流體從該銜接部35ι之出孔扔2 >”L出4成從用者的困擾’實有必要加以改進。 因此，本發明想排除或至少減輕先前技藝所遭遇的問 題〇 【發明内容】 本發明『閥的結構改良』所欲解決之技術問題係在於， 因接頭之銜接件的銜接部接合於該連接頭之結合部的過程 中，流體會突然由該銜接部之出孔流出。又該銜接部接合 於該結合部後，當流體不再流入殼體之容置空間内，使流 200813358 體頂推導流管的力量小於彈性體頂推該導流管的力量時， . 該銜接部即遠離該結合部，使流體從該銜接部之出孔流 „ 出’造成使用者的困擾’故實有必要加以改進。 ^ 本發明『閥的結構改良』，其包括有一導流管、一閥 桿、一結合件與一彈性體；該導流管一端詨有一中空狀分 流部’該分流部設有一穿孔與至少一分流孔，該導流管另 一端設有一流道。該閥桿一端穿設於該導流管之穿孔，且 Φ 容納於該流道，另一端抵靠該分流部，以止擋流體，該闕 桿可與該導流管產生相對的位移。該結合件結合於該闕桿 一端，該彈性體設置於該導流管與該結合件之間。藉此， 流體可頂推該結合件，而連動該閥桿，使流體流入該流道， 且經由該穿孔及該分流孔流出該分流部。 其他s的、優點和本發明的新穎特性將從以下詳細的 描述與相關的附圖更加顯明。 【實施方式】 * ‘· 有關本發明所採用之技術、手段及其功效，兹舉一幸 佳實施例並配合圖式詳述如後，此僅供說明之用，在專弃 申請上並不受此種結構之限制。 —參照圖二’ w二為本發明之立體分_，根據本劍 弟一個實施例，其閥50包括有一導流管51、一閥桿52、 一結合件53與一彈性體54 ;該閥桿52之身部二执 之穿孔515，該閥桿52之凸緣卿可抵^ 官51之内壁512，該結合件53螺接於該閥桿52以 200813358 接部524，該彈性體54設置於該導流管51與該結合件53 之間。其中： 該導流管51 —端設有一呈中空狀分流部511，該分流 部511内具有内壁512與錐形内壁513，該分流部511朝 内形成一分流片514,該分流片514設有一穿孔515，該分 流片514在該穿孔515周緣及該内壁512之間環設有數分 流孔516 〇 該閥桿52 —端設有一頭部521，該頭部521延伸形成 一凸緣522 ’該凸緣522可抵靠該導流管η之内壁M2， 以止擋流體，該閥50更包括有一止擋環55，該止擋環55 没置於該頭部521與該凸緣522之間，該止擋環55抵靠該 導流管51之錐形内壁513，以止擔流體。該凸緣522延伸 形成-身部523，該身部523之外徑較該導流管51之穿孔 515内徑為小，該身部523穿設於該導流管51之穿孔515, 該閥桿52另-端設有-螺接部524 ,該閥桿52可與該導 流管51產生相對的位移。 該結合件53軸向設有一螺孔53卜該結合件53藉由 ^孔測螺接於該閥桿52之螺接部524。該結合件53 ^周緣軸向形成貫穿該結合件53兩端紐缺槽532，以供 流體流入該導流管51内。 該彈性體54可實施為一壓縮彈菁，該彈性體％設置 於該導流管51與該結合件53夕卩日 ^ 日日Λ 仟W之間，該彈性體54套設於該 閥桿52之身部523，該彈性轉。 . 口 生體54—端頂推該分流部511， 另一端頂推該結合件53。 200813358 麥照圖二與圖四，圖三為本發明裝設於接頭⑽内之立 體外觀圖，圖四為本發明裝設於接頭別内之立體分解圖。 其顯示該閥50裝設於一接頭別内，該接頭⑽包括有一具 有進孔611之殼體61與一具有出孔623之座體62，該座 體62結合於談殼體61，惟該座體62與該殼體61並非本 案特徵，故於此不再贅述，而該閥5〇設置於該殼體61與 該座體62之間。 參照圖五’圖五為圖三沿5-5剖面線所取之剖視圖， 該導流管51 —端設有一流道517,該流道517連通該穿孔 515及該些分流孔516,流體可籍由該穿孔515流出該分流 部511 ’且流體也可藉由該些分流孔516流出該分流部 511，該些分流孔516可大幅提高流體從該流道517流出該 分流部511的流量，加速流體從該流道517流出該分流部 5Π ’實為一進步之設計者。 該閥桿52之身部523及螺接部524容納於該流道 517，該閥桿52之凸緣522抵靠該導流管51之內壁512， 以止檔流體。該導流管51之分流部511朝内環設有一止擋 面518，該止攆面518供該彈性體54頂抵。該結合件53 之數缺槽532可供流體流入該導流管51之流道5Π内。該 導流管51 —端環設有一槽部519，該閥50更包括有一密 封環56，該密封環56套設於該槽部519，以止擋流體。該 閥桿52之頭部521與凸緣522之間環設有一凹部525，該 凹部525供該止擋環55套設，且該止擋環55抵靠於該導 流管51之錐形内壁513，以止擋流體。 200813358 參照圖六，圖六為本發明裝設於接頭6〇内之使用狀態 示意圖。其赫流賴㈣殼體61之魏6u流入該殼體 61之容置空間612 ’以頂推該導流管51，來連動該座體⑽ 之銜接件621，使該銜接件621之銜接部622心出於該殼 體61之容置空間612，以讓該銜接部622接合於一連接頭 70之結合部71 ’讓該銜接部622之出孔623連通於該結合 部71之進孔711 〇 參照圖七，圖七為圖六動作之延續。其顯示該銜接部 622之出孔623連通於該結合部71之進孔711後，流體才 能頂推該結合件53，來連動該閥桿52，使流體流入該導流 管51之流迢517，而藉由該導流管51之穿孔515流出該 分流部511，並藉由該些分流孔516流出該分流部511，以 大幅提高流體從該流道517流出該分流部511的流量，加 速流體從該流道517流出該分流部511，且通過該連接頭 70之進孔711流入該連接頭7〇内，以達成流體從該接頭 60完全流入該連接頭70内，而無外漏的效果，實為一進 步之設計者。 而當流體不再流入該殼體61之容置空間612内，使流 體頂推該結合件53的力量小於該彈性體54頂推該結合件 53的力量時，該彈性體54會頂推該結合件53，來連動該 閥桿52，使該閥桿52之凸緣522抵靠該内壁512，以止擋 流體，該座體62之彈性件624才會帶動該導流管51，來 連動該座體62之銜接件621朝内移動，使該銜接件621 之銜接部622容納於該容置空間612，以避免該銜接部622 200813358 在遂離該結合部71的過程中，造成流體外漏。 • 芩照圖八與圖九，圖八為本發明第二個實施例裝設於 - 接頭80内之立體外觀圖，圖九為本發明第二個實施例裝設 - 於接頭80內之立體分解圖，本發明第二個實施例與第一個 實施例的差別係在於，其閥9〇之導流管91 一側設有一開 孔911，同時參照圖十，圖十為圖八沿10-10剖面線所取 之。彳視圖，該結合件92環設有一槽部921，該閥90更包 _ 括有一密封環93，該密封環93套設於該槽部921，且抵靠 該導流管91之流道912的環形内壁913以止擋流體。圖八 與圖九顯示，該閥90裝設於一接頭8〇内，該接頭8〇包括 有一接頭本體81與一端蓋82，該接頭本體81 一側相對應 f導流管91之開孔911設有一透孔8n，該接頭本體81 捕該端蓋82 -端設有-通孔812，該端蓋82螺接於該 接巧本體81 -端，惟該接頭本體81與該端蓋82並非本案 特徵，故於此不再贅述，而該閥9〇設置於該接頭本體81 • 與該，蓋82之間，且該端蓋82—端頂抵該結合件92。 ’圖十—為本發明第二個實施例之使用狀 態示意圖。使用者可轉動該端蓋82，使該端蓋82朝該接 碩本體81方向轉動，且該端蓋82可頂推該結合件92，使 該結合件92頂推該彈性體94，而連動該閥桿95，使該導 流管91之開孔911與該接頭本體81之透孔8n及通孔812 形成連通態樣，且可控制流體由該透孔δ11經該開孔911 流到該通孔812的流量，使流體從該透孔811經該開孔911 快速流出該通孔812，且使用者可轉動該端i 82以遠離該 11 200813358 接頭本體81 ’並藉由該彈性體94的彈力連動該閥桿以 • 快速遮斷該接頭80，實為一方便之設計者。 _ 就以上所述可以歸納出本發明具有以下之優點： 1·本發明『閥的结構改良』，其中本發明可使該接頭之 銜接件的銜接部在接合或遠離該連接頭之結合部的過程 中，達成流體從該接頭完全流入該連接頭，而無外漏的效 果，實為一進步之設計者。 2·本發明『閥的結構改良』，其中該導流管之數分流孔 可大幅提尚流體從該流道流出該分流部的流量，加速流體 k该流道流出該分流部，實為一進步之設計者。 3·本發明『閥的結構改良』，其中使用者可轉動該端 蓋’使該端蓋頂推該結合件，而連動該閥桿，使該導流管 之開孔與該接頭本體之透孔及通孔形錢賴樣，且可控 制流體由該透聽賴减_通孔的 體ς ϊ孔經關錄賴麟狐，且制者可轉動該 通_接鮮體，並藉由該彈性體的彈力連動賴桿以侠 速遮斷該接頭，實為一方便之設計者。 由是觀之’本贿極具產紅_價值；且又未見有 相同或類似之發明出現於_外刊物或公開使用 合專利法蚊之積極及雜要件，理應准予㈣專利。 惟上所述者，僅為本發明之較佳實施例而已， =之限林㈣實施之範圍，故舉凡數值 $ ^ ，ί依本發日种請專利範圍所作之均等 飾，皆應仍屬本發明專利涵蓋之範疇。 文匕/、乜 12 200813358 【圖式之簡要說明】 圖一：為習知接頭使用狀態示意圖' 圖二：為本發明之立體分解圖。 圖三：為本發明裝設於接頭内之立體外觀圖。 圖四：為本發明裝設於接頭内之立體分解圖。 圖五：為圖三沿5-5剖面線所取之剖視圖。 圖六：為本發明裝設於接頭内之使用狀態示意圖。 圖七：為圖六動作之延續。 圖八：為本發明第二個實施例裝設於接頭内之立體外觀圖。 圖九：為本發明第二個實施例裝設於接頭内之立體分解圖。 圖十：為圖八沿10-10剖面線所取之剖視圖。 圖十一：為本發明第二個實施例之使用狀態示意圖。 【主要元件符號說明】 (習知結構） 1 接頭 2 殼體 21 進孔 22 容置空間 3 座體 31 閥座 32 螺件 33 導流管 34 彈性體 35 銜接件 351 銜接部 352 出孔 4 連接頭 41 結合部 42 進孔 13 200813358Referring to Figure 1, there is a schematic diagram of the state of use of the conventional connector 1. The connector body includes a housing 2 and a seat body 3 coupled to the housing 2; an inlet hole 21 is defined in one side of the housing 2, and an accommodation space 22 is defined in the housing 2. The seat body 3 includes a valve seat 31, two screw members 32, a guide tube, an elastic body 34 and an engaging member 35. The valve seat 31 is received in the accommodating space 22, and the screw member 32 is extended. The valve seat 31 is screwed to the end of the housing 2, and the guide 33 is disposed between the housing 2 and the valve seat. The guide tube can be displaced relative to the valve seat 31. The elastic body 34 is disposed between the slanting slant and the guiding tube 33, and the rotating body 34 can provide the force of the guiding tube. The miscellaneous member 35-end is screwed to the guiding flow; f 33 _ End, the connector 35 is provided at the other end - the connecting portion is, for example, the connecting portion is set = 3] QCO. The 匁 匁 之 该 该 该 壳体 ( ( ( ( ( 进入 进入 进入 进入 进入 进入 进入 进入 进入 进入 ' ' ' ' ' ' 33, and interlocking the engaging member 35 causes the engaging portion 351 of the initial fitting 35 to protrude from the receiving portion? The upper portion is joined to the joint portion 41 of the joint head 4, so that the outlet hole of s = is disconnected from the inlet hole 42 of the joint head 4, and the joint is made. The outlet of the engaging portion 351 is removed, and the connector 4 is connected to the inside of the connector 4. , the public Λ 200813358, but the 'f know structure is still practically more than the f-duct 33, the connection '35 is engaged, the fluid pushes the space 22, and when the fluid _ the guide is accommodated in the capacity Arranging: interlocking the connecting member 35, and engaging the joint portion 4 of the connecting head 4: the outlet hole 352 of the working portion 351 and flowing into the connecting head to push the guiding tube 33 via the engaging portion to make the guiding flow The tube 33, the shift=two from the joint of the fluid top _35, such as the joint connection of the joint head 4, s: l one for the anti-Ds day ... the entire crossing portion of the joint 41 μ 0, ^ During the joining of the junction 351 to the junction outflow μ, the fluid suddenly abuts from the outlet _3 of the engaging portion 351 to engage the joint portion 41, and then does not flow into the accommodating space 22. When the force of pushing the fluid into the draft tube 33 is less than the force of the elastic (4) pushing the draft tube 33, the engaging portion 351 is away from the joint portion 41, so that the fluid is thrown from the hole of the connecting portion 35i. > "L out of the user's troubles" is necessary to improve. Therefore, the present invention intends to eliminate or at least mitigate the problems encountered in the prior art. The technical problem to be solved by the "structural improvement of the valve" of the present invention is that, in the process in which the engaging portion of the joint of the joint is engaged with the joint portion of the joint, the fluid suddenly flows out from the outlet of the joint portion. After the engaging portion is joined to the joint portion, when the fluid no longer flows into the accommodating space of the casing, the force of the flow-inducing flow tube of the flow 200813358 is smaller than the force of the elastic body pushing the guide tube. The connecting portion is away from the joint portion, so that the flow of fluid from the outlet of the engaging portion causes trouble to the user. Therefore, it is necessary to improve. The invention relates to a structural improvement of a valve, which comprises a guiding tube, a valve stem, a coupling member and an elastic body; the air guiding tube has a hollow diverting portion at one end. The diverting portion is provided with a perforation and at least one The diversion hole has a first-class track at the other end of the diversion tube. One end of the valve stem is bored in the through hole of the draft tube, and Φ is received in the flow passage, and the other end abuts against the flow dividing portion to stop the fluid, and the mast can be displaced relative to the draft tube. The coupling member is coupled to one end of the mast, and the elastic body is disposed between the guiding tube and the coupling member. Thereby, the fluid can push the coupling member, and the valve stem is linked to flow the fluid into the flow passage, and the flow dividing portion flows out through the through hole and the diverting hole. Other advantages, advantages, and novel features of the present invention will become more apparent from the following detailed description and the accompanying drawings. [Embodiment] * '········································································· The limitations of this structure. - Referring to Figure 2, the second dimension of the present invention, according to one embodiment of the present invention, the valve 50 includes a draft tube 51, a valve stem 52, a coupling member 53 and an elastomer 54; The body of the rod 52 is provided with a perforation 515. The flange of the valve rod 52 can be abutted against the inner wall 512 of the shaft 51. The coupling member 53 is screwed to the valve rod 52 at the 200813358 joint portion 524. The elastic body 54 is disposed. Between the draft tube 51 and the coupling member 53. The diversion tube 511 has a hollow wall-shaped diverting portion 511 having an inner wall 512 and a conical inner wall 513. The diverting portion 511 is formed inwardly to form a diverter piece 514. The diverter piece 514 is provided with a a hole 515, the splitter 514 is provided with a number of diverting holes 516 between the periphery of the perforation 515 and the inner wall 512. The stem 52 is provided at the end with a head 521 extending to form a flange 522 'the convex The edge 522 can abut against the inner wall M2 of the draft tube η to stop the fluid. The valve 50 further includes a stop ring 55. The stop ring 55 is not disposed between the head 521 and the flange 522. The stop ring 55 abuts against the tapered inner wall 513 of the draft tube 51 to stop the fluid. The flange 522 extends to form a body portion 523 having an outer diameter smaller than the inner diameter of the through hole 515 of the draft tube 51. The body portion 523 extends through the through hole 515 of the draft tube 51. The rod 52 is provided at the other end with a screwing portion 524 which is relatively displaceable from the draft tube 51. The coupling member 53 is axially provided with a screw hole 53. The coupling member 53 is screwed to the screwing portion 524 of the valve stem 52 by a hole. The peripheral edge of the coupling member 53 is axially formed through the nipple 532 at both ends of the coupling member 53 for fluid to flow into the draft tube 51. The elastic body 54 can be implemented as a compressed elastic cyanine. The elastic body is disposed between the draft tube 51 and the joint member 53. The elastic body 54 is sleeved on the valve stem. The body 523 of 52, the elastic turn. The mouth piece 54-end pushes the branching portion 511, and the other end pushes the coupling member 53. 200813358 Mai Zhao Figure 2 and Figure 4, Figure 3 is a perspective view of the body of the present invention installed in the joint (10), and Figure 4 is an exploded perspective view of the present invention installed in the joint. It is shown that the valve 50 is mounted in a joint. The joint (10) includes a housing 61 having an inlet hole 611 and a seat 62 having an outlet hole 623. The base 62 is coupled to the housing 61, but The housing 62 and the housing 61 are not characteristic of the present invention, and therefore will not be described herein, and the valve 5 is disposed between the housing 61 and the base 62. Referring to FIG. 5', FIG. 5 is a cross-sectional view taken along line 5-5 of FIG. 3, the first end of the draft tube 51 is provided with a first-class channel 517, and the flow channel 517 communicates with the hole 515 and the plurality of holes 516. The flow venting portion 511 ′ flows out of the flow dividing portion 511 , and the fluid can also flow out of the flow dividing portion 511 through the flow dividing holes 516 , and the flow dividing holes 516 can greatly increase the flow rate of the fluid flowing out of the flow dividing portion 511 from the flow channel 517 . Accelerating the flow of fluid from the flow passage 517 out of the split portion 5' is a progressive designer. The body portion 523 and the threaded portion 524 of the valve stem 52 are received in the flow passage 517, and the flange 522 of the valve stem 52 abuts against the inner wall 512 of the draft tube 51 to stop the fluid. The diverting portion 511 of the draft tube 51 is provided with a stop surface 518 toward the inner ring, and the retaining surface 518 is provided for the elastic body 54 to abut. The number of notches 532 of the coupling member 53 allows fluid to flow into the flow path 5 of the draft tube 51. The end of the draft tube 51 is provided with a groove portion 519. The valve 50 further includes a sealing ring 56. The sealing ring 56 is sleeved on the groove portion 519 to stop the fluid. A recess 525 is defined between the head 521 of the valve stem 52 and the flange 522. The recess 525 is sleeved by the stop ring 55, and the stop ring 55 abuts against the tapered inner wall of the draft tube 51. 513 to stop the fluid. 200813358 Referring to Figure 6, Figure 6 is a schematic view showing the state of use of the present invention installed in the joint 6〇. The ventilating portion 612 ′ of the housing 61 flows into the accommodating space 612 ′ of the housing 61 to push the connecting tube 51 to interlock the connecting member 621 of the base body ( 10 ) to make the connecting portion of the connecting member 621 . The 622 is formed by the accommodating space 612 of the housing 61 so that the engaging portion 622 is engaged with the joint portion 71 ′ of the connecting portion 70 to allow the outlet hole 623 of the engaging portion 622 to communicate with the through hole 711 of the joint portion 71. Referring to Figure 7, Figure 7 is a continuation of Figure 6. It is shown that the outlet hole 623 of the engaging portion 622 communicates with the inlet hole 711 of the joint portion 71, and the fluid can push the coupling member 53 to interlock the valve stem 52 to flow the fluid into the flow tube 517 of the draft tube 51. The flow dividing portion 511 flows out through the through hole 515 of the draft tube 51, and flows out of the flow dividing portion 511 through the flow dividing holes 516 to greatly increase the flow rate of the fluid flowing out of the flow dividing portion 511 from the flow path 517, thereby accelerating. The fluid flows out of the flow passage 517 from the flow dividing portion 511, and flows into the connecting head 7 through the inlet hole 711 of the connecting head 70 to completely flow the fluid from the joint 60 into the connecting head 70 without leakage. The effect is actually a progressive designer. When the fluid no longer flows into the accommodating space 612 of the housing 61, the force of the fluid pushing the coupling member 53 is less than the force of the elastic body 54 pushing the coupling member 53, the elastic body 54 pushes the The coupling member 53 is used to interlock the valve rod 52 such that the flange 522 of the valve rod 52 abuts against the inner wall 512 to stop the fluid, and the elastic member 624 of the seat body 62 drives the air guiding tube 51 to interlock The engaging member 621 of the seat body 62 moves inwardly, so that the engaging portion 622 of the engaging member 621 is received in the accommodating space 612 to prevent the engaging portion 622 200813358 from causing fluid outside during the process of detaching the joint portion 71. leak. Referring to FIG. 8 and FIG. 9 , FIG. 8 is a perspective view showing a second embodiment of the present invention installed in the connector 80, and FIG. 9 is a perspective view showing the second embodiment of the present invention installed in the connector 80. In the exploded view, the second embodiment of the present invention differs from the first embodiment in that an opening 911 is formed on one side of the guide tube 91 of the valve 9〇, and FIG. 10 is shown in FIG. -10 section line taken. In the 彳 view, the coupling member 92 is provided with a groove portion 921. The valve 90 further includes a sealing ring 93. The sealing ring 93 is sleeved on the groove portion 921 and abuts against the flow path 912 of the guiding tube 91. The annular inner wall 913 stops the fluid. 8 and 9 show that the valve 90 is installed in a joint 8〇, and the joint 8〇 includes a joint body 81 and an end cover 82. One side of the joint body 81 corresponds to the opening 911 of the guide tube 91. A through hole 8n is provided. The connector body 81 catches the end cover 82 - the end is provided with a through hole 812. The end cover 82 is screwed to the end of the connector body 81 - except that the connector body 81 and the end cover 82 are not The feature of the present invention is therefore not described herein, and the valve 9 is disposed between the joint body 81 and the cover 82, and the end cap 82 is abutted against the joint member 92. Fig. 10 is a schematic view showing the state of use of the second embodiment of the present invention. The user can rotate the end cover 82 to rotate the end cover 82 toward the receiving body 81, and the end cover 82 can push the coupling member 92 to push the coupling member 92 to push the elastic body 94. The valve stem 95 forms a communication state between the opening 911 of the draft tube 91 and the through hole 8n and the through hole 812 of the joint body 81, and the control fluid flows from the through hole δ11 through the opening 911 to the valve hole 911. The flow of the through hole 812 allows the fluid to quickly flow out of the through hole 811 through the opening 911, and the user can rotate the end i 82 away from the 11200813358 joint body 81' and by the elastic body 94. The elastic linkage of the valve stem to quickly block the joint 80 is a convenient design. _ In the above, it can be summarized that the present invention has the following advantages: 1. The present invention "structural improvement of the valve", wherein the present invention allows the engaging portion of the joint of the joint to be engaged or away from the joint of the joint In the process, it is a progressive designer to achieve the effect that the fluid completely flows into the joint from the joint without leakage. 2. The "structural improvement of the valve" of the present invention, wherein the number of the flow dividing holes of the draft tube can substantially increase the flow rate of the fluid from the flow path to the flow dividing portion, and the accelerating fluid k flows out of the flow dividing portion, which is a The designer of progress. 3. The "structural improvement of the valve" of the present invention, wherein the user can rotate the end cap to push the end cap to push the coupling member, and interlock the valve stem to make the opening of the guiding tube and the joint body transparent The hole and the through hole are shaped like a sample, and the control fluid can be controlled by the through hole _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The elastic joint of the elastic body is used to break the joint at the speed of the man, which is a convenient designer. Since the view of the bribe is extremely red-producing, and there is no such thing as the same or similar invention appearing in the _ foreign publication or the public use of the active and miscellaneous pieces of the patented mosquito, it should be granted (4). However, the above description is only the preferred embodiment of the present invention, and the scope of the implementation of the forest (4) is limited. Therefore, the equivalent value of the patent scope of the present invention should still be The scope of the invention patent covers.文匕/,乜 12 200813358 [A brief description of the drawings] Figure 1: Schematic diagram of the state of use of the conventional joints. Figure 2: is an exploded perspective view of the present invention. Figure 3 is a perspective view of the present invention installed in the joint. Figure 4 is a perspective exploded view of the present invention installed in the joint. Figure 5: A cross-sectional view taken along line 5-5 of Figure 3. Figure 6 is a schematic view showing the state of use of the present invention installed in a joint. Figure 7: Continuation of the action of Figure 6. Figure 8 is a perspective view showing a second embodiment of the present invention installed in a joint. Figure 9 is an exploded perspective view showing the second embodiment of the present invention installed in a joint. Figure 10: A cross-sectional view taken along line 10-10 of Figure 8. Figure 11 is a schematic view showing the state of use of the second embodiment of the present invention. [Main component symbol description] (conventional structure) 1 Connector 2 Housing 21 Inlet hole 22 accommodating space 3 Seat body 31 Seat 32 Screw 33 Flow tube 34 Elastomer 35 Connector 351 Connector 352 Outlet 4 Connection Head 41 joint portion 42 into hole 13 200813358
(本發明） 50閥 511分流部 513錐形内壁 515穿孔 517流道 519槽部 52.閥桿 522凸緣 524螺接部 53 結合件 532缺槽 55 止擋環 60 接頭 611進孔 62座體 622銜接部 624彈性件 70連接頭 711進孔 80接頭 811透孔 82 端蓋 90 閥 51導流管 512内壁 514分流片 516分流孔 518止擋面 521頭部 523身部 525凹部 531螺孔 54 彈性體 56 密封環 61殼體 612容置空間 62l·銜接件 623出孔 71結合部 81 接頭本體 812通孔 91導流管 14 200813358 911 開孔 912 913 環形内壁 92 921 槽部 93 94 彈性體 95 流道 結合件 密封環 閥桿(Invention) 50 valve 511 diverting portion 513 tapered inner wall 515 perforation 517 flow path 519 groove portion 52. valve stem 522 flange 524 screwing portion 53 coupling member 532 notch 55 stop ring 60 joint 611 hole 62 seat body 622 engagement portion 624 elastic member 70 connection head 711 inlet hole 80 joint 811 through hole 82 end cover 90 valve 51 guide tube 512 inner wall 514 shunt piece 516 shunt hole 518 stop surface 521 head 523 body portion 525 recess 531 screw hole 54 Elastomer 56 Sealing ring 61 Housing 612 accommodating space 62l· Adapter 623 Outlet 71 Joint 81 Joint body 812 Through hole 91 Flow tube 14 200813358 911 Opening 912 913 Ring inner wall 92 921 Groove 93 94 Elastomer 95 Runner joint seal ring valve stem
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