•五、新型說明： 【新型所屬之技術領域】 本創作係涉及一種快速接頭，特 t 銜接作用而達到快速拆裝及兼具有：指運用於管路的 態設計者。 的氣密性之創新型· ，【先前技術】 - 按’現今於工業上所使用之管路接5貝 馨樣式上規格皆不相同，不同之設計 由於其形狀、 m u ^ , I拆卸、έ日壯 半及女全，其中具備快速拆裝功效同時具備^ 、、且衣之致 頭為主要.首選，不論是利用於傳輸氣脅女全之快速接 此，藉此可令工作效率大為提升。 S 1液體上皆為如 若針對工業用瓦斯筒調節器而言，— 制閥座纽設於瓦斯筒出氣端，藉以控制瓦:二使用開關控 或關閉狀態，所述開關控制閥座处椹甘γ 4筒之氣體流通 控制室套設-閥體，該閥體二側各套覆_、=關間體内之 鲁-體係由套管推頂二塞環，使其 土 &，其中該閥 八直間體於控制 ‘設計應用上為人所詬病之處，所述 至内；此種 i* m 1體係無法與夷n + 捿觸，係產生微小間隙’而造成瓦斯塞、密 噪音問題及流量較小之缺弊，因 吨外，並存在 費者相關之面向加以進-步心：何：對有利於使用消 斷努力思索突破之重要技術課題及目找"'為相關業者須不 是以，針對上述習知結構 _ 4存在之問顳赴 ， 一種更具理想實用性之創新結 — .‘占’如何開發 - * 貫使^用 相關業者須努力研發突破之目 企盼，亦係. 你及万向。 3 M375159 . 有鑑於此，創作人本於多年從事相關產品之製造開發 -與設計經驗，針對上述之目標，詳加設計與審慎評估後， 終得一確具實用性之本創作。 【新型内容】 本創作之主要目的，係在提供一種流體管路快速接頭 -;其所欲解決之問題點，係針對如何研發出一種更具理想 .實用性之管路快速接頭結構型態為目標加以創新突破者； • 本創作解決問題之技術特點，主要係藉由所述快速接 頭係包含：一組接頭，其内部具一貫穿孔槽，且該組接頭 相對二端界定有一出氣端及一組設端，其中該組設端外壁 . 形成有一限位緣；一組接座，藉以與該組接頭呈可相互結 合而構成流體流通狀態，或與該組接頭呈脫離狀態，所述 組接座包括：一圓筒本體，係包含有一固定座及一控位内 筒，所述圓筒本體形成有一内部空間，及其相對二端係界 定形成有一進氣端及一開口端，所述控位内筒鄰近開口端 ® 係設置有複數鋼珠容置孔；複數限位用鋼珠，組設於鋼珠 容置孔内，所述鋼珠可與組接頭之限位緣相對位而呈嵌卡 定位狀態；一釋放控制套筒，係形成有一貫穿容槽呈套設 於該圓筒本體之控位内筒開口端外壁，並具有一插入端口 ，藉以供該組接頭之組設端插組，其中該釋放控制套筒之 插入端口形成有一擔緣；一制動構件，係設於該圓筒本體 之内部空間内，其包括一制動桿件、一可動座及一限位盤 座，所述制動桿件係為一 T形柱而界定形成有一柱身部位 4 iVU/3 丄• V. New description: [New technical field] This creation involves a quick connector, which is designed to quickly disassemble and combine: it refers to the design of the pipeline. Innovative airtightness, [Prior Art] - The specifications are different according to the pipe used in the industry today. The different designs are different due to their shape, mu ^ , I disassembly, έ It is a Japanese-in-a-lifetime and a full-length female. Among them, it has the ability to quickly disassemble and disassemble, and it is the main choice for the clothing. It is the first choice for the use of the transmission of the air force, so that the work efficiency can be greatly improved. Upgrade. For the S 1 liquid, if it is for the industrial gas cylinder regulator, the valve seat is placed at the gas outlet end of the gas cylinder, so as to control the tile: the switch is controlled or closed, and the switch control valve seat is γ 4 cylinder gas circulation control room sleeve-valve body, the two sides of the valve body cover _, = the body of the closed room - the system is pushed by the casing to the second ring, making it soil & The valve is straight in the control of the 'design and application is criticized, the inside to the inside; this i * m 1 system can not be touched with the n + ,, is a small gap ', resulting in gas plug, dense noise The problem and the shortcomings of the small flow, because of the tons, and the existence of the relevant aspects of the fee-based approach: What: the important technical issues and the purpose of looking for breakthroughs in the use of cut-off efforts It is not necessary to ask for the existence of the above-mentioned conventional structure _ 4, an innovative knot with more ideal practicability - how to develop - how to use the relevant industry to work hard to develop breakthroughs, Department. You and Wanxiang. 3 M375159 . In view of this, the creators have been engaged in the manufacturing development and design experience of related products for many years, and after detailed design and careful evaluation of the above objectives, they have finally achieved a practical and practical creation. [New content] The main purpose of this creation is to provide a fluid pipe quick connector - the problem to be solved is to develop a more ideal and practical pipe quick joint structure type. The goal is to innovate the breakthrough; • The technical feature of the solution to the problem is mainly through the quick joint system comprising: a set of joints having a continuous perforated groove therein, and the set of joints defining an outlet end and a pair of opposite ends The set end, wherein the set is provided with an outer wall. A limit edge is formed; a set of joints can be combined with the set of joints to form a fluid flow state, or be separated from the set of joints, the assembly The base includes a cylindrical body including a fixed seat and a control inner tube, the cylindrical body is formed with an inner space, and an opposite end end defines an intake end and an open end, the control position The inner cylinder is provided with a plurality of steel ball accommodating holes adjacent to the open end®; the plurality of steel balls for limiting the position are arranged in the steel ball accommodating holes, and the steel balls can be embedded in the opposite position of the limiting edge of the group joint a positioning state of the card; a release control sleeve is formed with a through-receiving groove sleeved on the outer wall of the open end of the control inner tube of the cylindrical body, and has an insertion port, thereby providing a set of end plugs for the set of joints The insertion port of the release control sleeve is formed with a rim; a brake member is disposed in the inner space of the cylinder body, and includes a brake lever member, a movable seat and a limit disc holder. The brake lever member is a T-shaped column and defines a column portion 4 iVU/3 丄
而具有可伸縮彈性； 筒之貫穿容槽與該控 套筒彈性向外頂樓； 以及外徑大於泫柱 具有一前稽緣、一 中處係設有與該可 制動桿件之柱身部 動桿件之端頭部與 由該前擋緣及端頭 呈解除流體通氣狀 位盤座具有通氣孔 身。卩位之一端頭部， &義讓槽及一穿設孔 % &之穿設孔相對位 &依序穿過該穿設孔 抵靠讓槽呈相互配 部係可封閉該釋放控 態’或開啟流體通氣 道 > 該制動桿件藉由 所述可動座頂端係 ，而該限位盤座置 之—穿孔，復令該 與穿孔，以使該制 合平齊狀態，復藉 制套筒之插入端口 狀態；又其中該限 一彈性元件之組配 Y動座内°卩，藉以令該制動構件呈可伸縮彈性；藉此創新 獨特α 4，使本創作對照先前技術而言，係可令該快速接 頭此夠快速運用於管路的銜接之目的，旅達到快速拆裝及 兼具有良好的氣密性之實用進步性。 第一彈簧’係組設於該釋放控制套 值内筒外壁之間，藉以將該釋放控制 第·一彈簧，係組設於該制動構件之The utility model has the elasticity and elasticity; the through hole of the cylinder and the elastic sleeve of the control sleeve are outwardly outward; and the outer diameter is larger than the mast with a front edge, and the middle portion is provided with the column body of the brake lever member The end portion of the rod has a venting opening and a fluid venting socket formed by the front rim and the end. One of the heads of the , position, the & 让 槽 及 及 及 及 % % % % % % & % % % & & & & % & & & & & & & & & & & & & & & & & & & & & & & State 'or open fluid air passage> The brake lever member is supported by the top end of the movable seat, and the limit plate is seated-perforated, and the perforation is repeated to make the fitting flush state Inserting the state of the sleeve into the port; wherein the combination of the elastic members is arranged in the Y-movement, thereby making the brake member elastic and elastic; thereby creating a unique α 4, the creation is compared with the prior art The quick connector can be quickly applied to the connection of the pipeline, and the brigade achieves the practical progress of quick disassembly and assembly and good airtightness. The first spring is disposed between the outer wall of the inner sleeve of the release control sleeve, whereby the release control first spring is assembled to the brake member
【實施方式】 明參閱第1 、2 、3 、4圖所示，係本創作流體管路 快速接if + h 貝之較佳實施例，惟此等實施例僅供說明之用，在 專利申請上並不受此結構之限制。所述快速接頭A係運用 於管路的；^拉& 衡接作用，該快速接頭A包含： 組接碩10 ’其内部具一貫穿孔槽11 ’且該組接頭10 才目董^ ft山田 —而界定有一出氣踹12及一組設端13，其中該組設端 13外壁形成 成有—限位緣14 ; 5 M375159 一組接座20，藉以與該組接頭10呈可相互結合而 流體流通狀態，或與該組接頭10呈脫離狀態，所述組 20包括： 一圓筒本體21，係包含有一固定座22及一控位内 ，所述圓筒本體21形成有一内部空間211 ，及其相對 係界定形成有一進氣端212及一開口端213 ，所述控 筒23鄰近開口端213係設置有複數鋼珠容置孔214 ； 複數限位用鋼珠24，組設於鋼珠容置孔214内， 限位用鋼珠24可與組接頭10之限位緣14相對位而呈嵌 位狀態，係藉以令該組接座20能夠與該組接頭10組合 達成定位； ’ 一釋放控制套筒25，係形成有一貫穿容槽253呈 於該圓筒本體21之控位内筒23開口端213外壁，並具 插入端口 251 ，藉以供該組接頭10之組設端13插組， 該釋放控制套筒25之插入端口 251形成有一擋緣252 —制動構件26，係設於該圓筒本體21之内部空間 内，其包括一制動桿件27、一可動座28及一限位盤座 所述制動桿件27係為一 T形柱而界定形成有一柱身部 1以及外徑大於該柱身部位271之一端頭部272 ，所 動座28頂端係具有一前擋緣281 、一抵靠讓槽282及 設孔283 ，而該限位盤座29置中處係設有與該可動座 穿設孔283相對位之一穿扎293 ，復令該制動桿件27 構成 接座 筒23 二端 位内 所述 卡定 狀態 .套設 有一 其中 » 211 29， 位27 述可 一穿 28之 之柱 6 M375159 .身部位271依序穿過該穿設孔283與穿孔293 ，以使該制 -動桿件27之端頭部272與該抵靠讓槽282呈相互配合平齊 狀態，復藉由該前擋緣281.及端頭部272係封閉該釋放控 制套筒25之插入端口 251呈解除流體通氣狀態，或開啟流 體通氣狀態；又其中該限位盤座29具有通氣孔道291 ，該 制動桿件27藉由一彈性元件273之組配而具有可伸縮彈性 . » - 一第一彈簧30，係組設於釋放控制套筒25之貫穿容槽 % 253與該控位内筒23外壁之間，藉以將該釋放控制套筒25 彈性向外頂撐； 一第二彈簧31，係組設於該制動構件26之可動座28内 - 部，藉以令該制動構件26呈可伸縮彈性。 . 其中，該圓筒本體21固定座22之進氣端212内壁係設 置有内螺紋段215 ，所述圓筒本體21之固定座22係螺合固 定於建築物中既有管路（例如：瓦斯管路）。 . 其中，該組接頭10之出氣端12外壁係具有外螺紋段12 ^ 1 ，藉以供一管路40呈螺合組接狀態。 其中，該圓筒本體21係包含有一 C型扣32，藉以限位 該固定座22及控位内筒23而避免脫離之作用。 其中，該可動座28内部係呈與穿設孔283連通之中空 狀，令該第二彈簧31能夠組設其中，且該可動座28内部並 形成有二肩部285 、 286 ，藉以供該限位盤座29及第二彈 簧31抵靠。 其中，該限位盤座29之通氣孔道291係設置於該穿孔 M375159 -293周壁，該通氣孔道291係概呈—長型彎曲髮態，並藉 由複數通氣孔道291呈一環狀排列狀態，所述通氣孔道29 1係可令流體呈流通狀態。 藉由上述之結構、組成設計，茲就本創.作之使用作動 .情形說明如下： 所述快速接頭A係進行使用狀態時，首先將該組接座 -20圓筒本體21之固定座22螺接於瓦斯管路之出氣口，接著 φ係將該組接頭10之組設端13抵靠於該可動座28之前擋緣28 1 ，且由該釋放控制套筒25之插入端口 251插入，並令該 組接頭之限位緣14與限位用鋼珠24相對位而呈嵌卡定位 . 狀態’使得該釋放控制套筒25受到該第一彈簧30作用，而 呈微幅向上位移（係以第5圖圖面而言），藉以令該組接 座20能夠與該組接頭10組合狀態達成定位； 當該組接座20與該組接頭1〇組合狀態達成定位時，所 述可動座28係呈受壓下降一預定距離（係以第5圖圖面而 籲言）並擠壓其第二彈簧31呈預壓蓄積彈力之狀態，並使得 該制動桿件27之端頭部272脫離該可動座28之抵靠讓槽28 2 ，藉以令該流體係可由該固定座之進氣端212進入， 而流經該通氣孔道291並由該抵靠讓槽282構成流體流通 狀態，最後流出該組接頭1〇之出氣端12。 若係解除流體流通狀態時’係將該釋放控制套筒25呈 向下位移（係以第5圖圖面而言），使得該組接頭1〇之限 位緣丨4脫離該限位用鋼珠24之定位狀態，即可將該組接座 8 M375159 20與組接頭10呈拆離狀態（請配合參閱第4圖所示），此 時’所述制動桿件27之端頭部27係與可動座28之抵靠讓槽 282呈平齊狀態，並將該釋放控制套筒25之插入端口 251 加以封合’藉此即可解除流體流通狀態，並兼具有良好氣 密效果。 -功效說明： -本創作功效增進之事實如下： # 本創作所揭「流體管路快速接頭」主要藉由所述組接 頭及組接座所構成之創新獨特設計，所述組接座係包含具 有該固定座及控位内筒之圓筒本體、限位用鋼珠、釋放控 制套筒、制動構件、第一彈簧及第二彈簧，本創作之技術 特點主要在於所述組接頭之限位緣係可與該組接座之限位 用鋼珠相對位配合呈嵌卡定位狀態而構成流體呈可流通狀 態’或者該組接頭係脫離該組接座呈解除流體流通狀態； 藉此设叶，係可令该快速接頭能夠快速運用於管路的銜接 暑.之目的，並達到快速拆裝及兼具有良好的氣密性之實用進 -步性。 雖透過語错： = = =，且文中 t”與原則後對其進行變= = 創:[Embodiment] Referring to Figures 1, 2, 3, and 4, the preferred embodiment of the present fluid line is quickly connected to if + h, but these embodiments are for illustrative purposes only, and the patent application is It is not restricted by this structure. The quick joint A is applied to the pipeline; the pull-and-balance function, the quick joint A comprises: a group of 10's having a uniform perforated groove 11' and the set of joints 10 - defining an outlet 12 and a set of ends 13, wherein the outer wall of the set of ends 13 is formed with a - limiting edge 14; 5 M375159 a set of sockets 20, thereby being fluidly coupled to the set of joints 10 The flow-through state, or in a disengaged state from the set of joints 10, the set 20 includes: a cylindrical body 21 including a fixed seat 22 and a control seat, the cylindrical body 21 is formed with an internal space 211, and The opposite end defines an intake end 212 and an open end 213. The control cylinder 23 is provided with a plurality of steel ball receiving holes 214 adjacent to the open end 213. The plurality of limiting steel balls 24 are disposed in the steel ball receiving holes 214. The limit steel ball 24 can be in a clamped position opposite to the limit edge 14 of the set joint 10, so that the set of the base 20 can be combined with the set of joints 10 to achieve positioning; 'a release control sleeve 25, Forming a through-cavity 253 to control the cylindrical body 21 The outer end of the open end 213 of the inner cylinder 23 has an insertion port 251 for inserting the assembly end 13 of the set of joints 10. The insertion port 251 of the release control sleeve 25 is formed with a retaining edge 252 - a brake member 26 The inner space of the cylindrical body 21 includes a brake lever member 27, a movable seat 28 and a limiting disc seat. The brake lever member 27 is a T-shaped column and defines a pillar portion 1 and The outer diameter is larger than the one end portion 272 of the column portion 271, and the top end of the movable base 28 has a front retaining edge 281, an abutting groove 282 and a hole 283, and the limiting plate seat 29 is centrally disposed. One of the opposite ends of the movable seat through hole 283 is threaded 293, and the brake lever member 27 is configured to form the locked state in the two end positions of the socket tube 23. The sleeve is provided with a part of 211 29, position 27 The body portion 271 can be sequentially passed through the through hole 283 and the through hole 293 so that the end portion 272 of the rod-moving rod member 27 and the abutting groove 282 cooperate with each other. In the flush state, the insertion port 251 of the release control sleeve 25 is closed by the front retaining edge 281. and the end head 272 The fluid venting state is released, or the fluid venting state is opened; wherein the limiting disk holder 29 has a venting hole 291, and the brake lever member 27 has a retractable elasticity by a combination of elastic members 273. » - First The spring 30 is disposed between the through-cavity % 253 of the release control sleeve 25 and the outer wall of the control inner cylinder 23, thereby elastically supporting the release control sleeve 25; a second spring 31 The inner portion of the movable seat 28 of the brake member 26 is disposed so that the brake member 26 is elastically stretchable. The inner wall of the inlet end 212 of the fixing body 22 of the cylindrical body 21 is provided with an internal thread section 215, and the fixing seat 22 of the cylindrical body 21 is screwed and fixed to the existing pipeline in the building (for example: Gas pipeline). Wherein, the outer wall of the outlet end 12 of the set of joints 10 has an externally threaded section 12 ^ 1 , so that a pipe 40 is screwed together. The cylinder body 21 includes a C-shaped buckle 32, thereby limiting the fixing seat 22 and the control inner cylinder 23 to avoid the function of disengagement. The movable seat 28 has a hollow shape communicating with the through hole 283, so that the second spring 31 can be assembled therein, and the movable seat 28 is internally formed with two shoulder portions 285 and 286 for the limitation. The disk holder 29 and the second spring 31 abut. The vent hole 291 of the limiting disk holder 29 is disposed on the peripheral wall of the through hole M375159-293. The vent hole 291 is generally a long curved state, and is formed in a ring shape by the plurality of vent holes 291. In the aligned state, the venting channel 29 1 is configured to allow fluid to flow. With the above structure and composition design, the operation of the present invention is used. The situation is explained as follows: When the quick connector A is in the use state, firstly, the set of the base 20 of the cylindrical body 21 is fixed. The screw is connected to the air outlet of the gas pipeline, and then the φ system abuts the assembly end 13 of the set of joints 10 against the front flange 28 1 of the movable seat 28, and is inserted by the insertion port 251 of the release control sleeve 25, And the limit edge 14 of the set of joints is positioned opposite the limit steel ball 24 to form a card. The state 'the release control sleeve 25 is subjected to the first spring 30, and is slightly displaced upward (by In the case of FIG. 5, the positioning of the set of sockets 20 can be achieved in combination with the set of joints 10; when the set of sockets 20 and the set of joints 1 are combined to achieve positioning, the movable seat 28 The pressure is lowered by a predetermined distance (in the fifth drawing) and the second spring 31 is pressed in a state of preloading the accumulated elastic force, and the end portion 272 of the brake lever member 27 is disengaged from the state. The movable seat 28 abuts the groove 28 2 so that the flow system can be advanced by the fixed seat The gas end 212 enters and flows through the venting channel 291 and forms a fluid flow state by the abutting groove 282, and finally flows out of the gas outlet end 12 of the set of joints 1 . If the fluid circulation state is released, the release control sleeve 25 is displaced downward (in the manner of the fifth drawing), so that the limit edge 4 of the set of joints 1 is separated from the limit steel ball. With the positioning state of 24, the set of sockets 8 M375159 20 and the group connector 10 can be detached (please refer to FIG. 4), at this time, the end head 27 of the brake lever member 27 is The abutment of the movable seat 28 causes the groove 282 to be flush, and the insertion port 251 of the release control sleeve 25 is sealed, thereby releasing the fluid flow state and having a good airtight effect. - Efficacy Description: - The fact that the creative effect is enhanced is as follows: # The "Fluid Pipe Quick Connector" disclosed in this creation is mainly composed of the innovative combination of the set of joints and the set of sockets, and the set of joints includes The cylinder body having the fixing seat and the control inner tube, the limiting steel ball, the release control sleeve, the braking member, the first spring and the second spring, the technical feature of the creation is mainly the limiting edge of the set joint The fluid can be in a flow-through state with the position of the steel ball in the opposite position of the set of the sockets, or the fluid can be discharged from the set of joints; The quick joint can be quickly applied to the purpose of connecting the pipeline, and achieves the practical advancement of quick disassembly and assembly and good airtightness. Although through the language error: = = =, and the text t "and the principle after it changes = = create:
Si巧修改’皆應涵蓋於如后所述申請“Π所： 9 M375159 【圖式簡單說明】 - 第1圖：本創作組接頭與組接座之分解立體圖。 第2圖：本創作組接頭與組接座之構件分解立體圖。 第3圖：本創作之組接座分解剖視圖。 第4圖：本創作組接頭脫離組接座之剖面示意圖。 第5圖：本創作組接頭與組接座呈組合定位狀態之剖面示 意圖。 主要元件符號說明Si Qiao Modifications should be covered as follows. Application: 9 M375159 [Simple description of the drawings] - Figure 1: Exploded perspective view of the connector and group connector of the author group. Figure 2: Connector of the author group The exploded view of the component with the set of sockets. Figure 3: The anatomical view of the set of the joints of the creation. Fig. 4: Schematic diagram of the joint of the creative set of the joints. Figure 5: Joints and sets of the creative set Schematic diagram of the combined positioning state.
A 1 0 11 12 I 1 2 1 13 14 #'20 -2 1 2 1 1 2 12 2 13 2 14 2 15 2 2 2 3 快速接頭 組接頭 貫穿孔槽 出氣端 外螺紋段 組設端 限位緣 組接座 圓筒本體 内部空間 進氣端 開口端 鋼珠容置孔 内螺紋段 固定座 控位内筒 10 M375159 -2 4 2 5 2 5 3 2 5 1 2 5 2 2 6 -2 7 .271 φ 2 7 2 ,273 2 8 2 8 1 2 8 2 '2 8 3 2 8 5 2 8 6 • - 2 9 -2 9 3 3 0 3 1 3 2 4 0 限位用鋼珠 釋放控制套筒 貫穿容槽 插入端口 擋緣 制動構件 制動桿件 柱身部位 端頭部 彈性元件 可動座 前擋緣 抵靠讓槽 穿設孔 肩部 肩部 限位盤座 穿孔 第一彈簧 第二彈簧 C型扣 管路A 1 0 11 12 I 1 2 1 13 14 #'20 -2 1 2 1 1 2 12 2 13 2 14 2 15 2 2 2 3 Quick joint group joint through hole slot outlet end external thread section set end limit edge Group connector cylinder body internal space inlet end open end steel ball accommodating hole inner thread segment fixed seat control inner cylinder 10 M375159 -2 4 2 5 2 5 3 2 5 1 2 5 2 2 6 -2 7 .271 φ 2 7 2 ,273 2 8 2 8 1 2 8 2 '2 8 3 2 8 5 2 8 6 • - 2 9 -2 9 3 3 0 3 1 3 2 4 0 Limit ball release control sleeve through the groove Insert port flange brake member brake rod member body portion end head elastic member movable seat front retaining edge abutment groove through hole shoulder shoulder limit plate seat perforation first spring second spring C-type buckle pipe