M411494 •五、新型說明： 【新型所屬之技術領域】 本案一種可防止脫落之快速接頭（一），係藉由押動 件係以單一轉向的使其凹□在對正了組合件中的珠體位置 後往下壓作動下、方才使管銜接頭拆卸開，如此以達到確 -保在組裝後不會有受外力影響而產生脫落的定位功效。 Φ【先前技術】 按，一般在市面上所見到的快速接頭（如第一圖）， 係由一本體A組裝組合件B、彈簧圈C、押動件D所構成，其 中彈簧圈C係套置在組合件B的身部B1，之後再套置著押動 件D，再組合於本體A為一體，以為供管銜接頭£做接合（如 第二圖），再供管路F套接在管銜接頭E使用（如第三圖）； 然而以這樣形態’若押動件D受到較強力道的觸撞時，便可 能造成押動件D形成被推動的位移現象，連帶地便導致管銜 接頭E不再受定位情形下，是管路F暨管銜接頭E遂一併鬆脫 了。 【新型內容】 因此’申請人遂開發出本創作內容，並提出申請。其 中 本創作之目的’在於提供一種可防止脫落之快速接頭 3 M411494 (一），係由一本體組裝著組合件、扭力彈簧、押動件所 構成，在組合件的身部表面上係設有呈突出且為環列狀的 單向棘齒及設有一珠孔、以放置珠體；而在押動件開口的 一段落則製成連續狀的單向棘齒及一凹口；是當扭力彈簧 在套置於組合件的身部時，其上、下兩端的突端係分別位 在組合件的單向棘齒及位在押動件的單向棘齒中，之後再^ 組合於本體中，以為供管銜接頭做定位接合；當押動件在· 僅以單一轉向的使其凹□旋轉對正了組合件中的珠體位置 後、方才可以往下壓作動，如此才能使管銜接頭拆卸開， 俾以達到確保在組裝後不會有受外力影響而產生脫落的定 位功效。 本創作之目的，在於提供一種可防止脫落之快速接頭 (一），其中，藉由組合件的身部表面上所設有的單向棘I 齒及在押動件開口的一段落亦製成呈為連續狀的單向棘齒 ^ 設計，以為僅可做單一轉向的轉動操作，以避免因逆向操 作而造成脫落的定位功效。 本創作之目的，在於提供一種可防止脫落之快速接頭 (一），其中，在組合件的身部表面上係可呈均佈的數珠 孔、以放置相對數量的珠體，以縮短單一轉向的行程。 本創作之目的，在於提供一種可防止脫落之快速接頭 M411494 (一），其中，亦可在組合件與押動件的單向棘齒改變為 單一凹槽，以供扭力彈簧兩端的突端放置用。 【實施方式】 首先，敬請配合參閱第四、五圖之詳細創作說明所 示：本案一種可防止脫落之快速接頭（一），係藉由一本 •體1組裝著組合件2、扭力彈簧3、押動件4所構成，其中在 #組合件2的身部21表面上設有.呈突出且為環列狀的單向棘 齒22及設有一珠孔23、以放置珠體2A ;而扭力彈簧3係呈中 空環圈狀，並在上、下兩端為突端31 ;而在押動件4開口的 一段落則製成連續狀的單向棘齒41及一凹口 42;另在組合 件2的身部21表面上亦可呈均佈的數珠孔23、以放置相對數 量的珠體2A (如第六圖）。 ^ 當扭力彈簧3套置在組合件2的身部21時，其朝下延伸 •的突端31係位在組合件2的單向棘齒22中，而其朝上延伸的 突端31則位在押動件4的單向棘齒41中，再組合於本體}中 為一體（如第八圖），以為供管銜接頭5做定位接合；當欲 將管銜接頭5拆卸取下時，此時押動件4係受到組合件2的珠 體2A呈外突緣故，因此即使並無法使押動件4往下推移（如 第七圖）；再由於扭力彈簧3的上、下兩突端31係分別位在 組合件2身部21的單向棘齒22及押動件4的單向棘齒41中緣 5 M411494 故，因此僅可供單一轉向的作動（如第八圖），否則若硬 是逆向轉動的話，則會造成扭力彈簧3本身形成擴張狀而頂 觸到押動件4内壁（如第九圖），更為不利於押動件4往下 作動；之後再將押動件4僅以單一轉向的使其凹口 42旋轉對 正了組合件2中的珠體2A位置後、方才可以往下壓作動，如 此才能使管銜接頭5做拆卸開（如第七圖），這樣便可達到 確保在組裝後不會有受外力影響而產生脫落的定位功效。 再者’藉由以上所述的設計原理，.是亦可在組合件2的 單向棘齒22改變為單一凹槽24 (如第十、十一圖），或是 將押動件4的單向棘齒41改變為單一凹槽43形態（如第十 二、十三圖），甚至以相反的單向棘齒22、單向棘齒41方 向形態，以配合呈反方向的單一轉動操作（如第十四、十 五圖），但也是不能做逆向轉動，否則會造成扭力彈簧3本 身形成擴張狀而頂觸到押動件4內壁（如第十六圖），更為 不利於押動件4往下作動；如此以為同樣地供扭力彈簧3兩 端的突端31放置用，並具有以上所述的功效。 綜上所陳，本創作確實具有以上所述的功效發揮，當 符合新型專利第九十三條之成立要件，懇請鈞局明鑒， 惠予授准合法之專利權成立，至感德便。 【圖式簡單說明】 M411494 第一圖：為昔式者之分解圖。 第二圖：為昔式者之組合圖。 第三圖：為昔式者之實施例圖。 第四圖：係本創作之立體分解圖。 第五圖：係本創作之立體組合圖。 第六圖：係本創作之另一形態立體圖示。 φ 第七圖：係本創作之實施例圖（一）。 第八圖：係本創作之實施例圖（二）。 第九圖：係本創作做逆向轉動時之圖示。 第十圖：係本創作另一形態之圖示（一）。 第十一圖：係本創作另一形態之實施例圖（一）。 第十二圖：係本創作另一形態之圖示（二）。 I 第十三圖：係本創作另一形態之實施例圖（二）。 第十四圖：係本創作另一形態之實施例圖（一）。 第十五圖：係本創作另一形態之實施例圖（二）。 第十六圖：係本創作另一形態做逆向轉動時之圖示。 【主要元件符號說明】 1本體 2組合件 21身部 22單向棘齒 23珠孔 24單一凹槽 2A珠體 7 M411494 3扭力彈簧 31突端 43單一凹槽 4押動件 41單向棘齒 42凹 5管銜接頭 A本體 B組合件 B1身部 C彈簧圈 D押動件 E管銜接頭 F管路 8M411494 • V. New description: 【New technical field of the invention】 In this case, a quick joint (1) that can prevent falling off is a bead that is recessed in the assembled part by a single steering. After the body position is pressed down, the pipe joint is disassembled, so as to ensure that there is no positioning effect after the assembly is affected by the external force. Φ [Prior Art] Press, the quick connector (as shown in the first figure) generally seen on the market, consists of a body A assembly assembly B, a spring ring C, and a cocking member D, wherein the spring ring C sleeve It is placed on the body B1 of the assembly B, and then the cocking member D is placed, and then combined with the body A as a whole, so as to make the joint of the pipe joint (such as the second figure), and then the pipe F is socketed. In the pipe joint E (as shown in the third figure); however, in this form, if the cockering member D is subjected to a strong force, it may cause the cocking member D to form a pushed displacement phenomenon, which may result in a joint When the pipe joint E is no longer subject to the positioning, the pipe F and the pipe joint E are loosened together. [New content] Therefore, the applicant has developed the content of this creation and submitted an application. The purpose of the present invention is to provide a quick joint 3 M411494 (1) which can prevent falling off, and is composed of a body assembly assembly, a torsion spring and a urging member, and is provided on the surface of the body of the assembly. a one-way ratchet that protrudes and is in the shape of a ring and is provided with a bead hole to place the bead; and a section of the opening of the urging member is formed into a continuous one-way ratchet and a notch; when the torsion spring is When the sleeve is placed on the body of the assembly, the protruding ends of the upper and lower ends are respectively located in the one-way ratchet of the assembly and the one-way ratchet located in the urging member, and then combined in the body for the purpose of The pipe joint is used for positioning engagement; when the urging member is rotated by a single steering to correct the position of the bead in the assembly, the pressing can be performed downward, so that the pipe joint can be disassembled. , in order to ensure that there is no positioning effect after the assembly is not affected by external forces. The purpose of the present invention is to provide a quick connector (1) that can prevent falling off, wherein a one-way ratchet tooth provided on the surface of the body of the assembly and a section of the opening of the urging member are also formed. The continuous one-way ratchet design is designed to allow only a single steering rotation operation to avoid the positioning effect caused by the reverse operation. The purpose of the present invention is to provide a quick joint (1) which can prevent falling off, wherein a uniform number of beads can be formed on the surface of the body of the assembly to place a relative number of beads to shorten the single steering. Itinerary. The purpose of the present invention is to provide a quick joint M411494 (1) which can prevent falling off, wherein the one-way ratchet of the assembly and the urging member can be changed into a single groove for the protruding end of the torsion spring. . [Embodiment] First of all, please refer to the detailed description of the fourth and fifth drawings. In this case, a quick connector (1) that prevents falling off is assembled by a body 1 and a torsion spring. 3, the urging member 4 is formed, wherein the surface of the body portion 21 of the # assembly 2 is provided with a unidirectional ratchet 22 protruding and ring-shaped and provided with a bead hole 23 for placing the bead body 2A; The torsion spring 3 is in the form of a hollow ring, and has a protruding end 31 at the upper and lower ends; and a continuous one-way ratchet 41 and a notch 42 are formed in a section of the opening of the urging member 4; The body 21 of the piece 2 may also have a uniform number of bead holes 23 on the surface to place a relative number of beads 2A (as in the sixth drawing). ^ When the torsion spring 3 is placed over the body 21 of the assembly 2, the projecting end 31 extending downward is tied in the one-way ratchet 22 of the assembly 2, and the upwardly extending end 31 is in the position The one-way ratchet 41 of the movable member 4 is further integrated into the body} (as shown in the eighth figure), so that the pipe joint 5 is positioned and engaged; when the pipe joint 5 is to be removed and removed, The urging member 4 is subjected to the outer flange of the bead body 2A of the assembly member 2, so that the urging member 4 cannot be pushed down (as shown in the seventh figure); and the upper and lower projection ends 31 of the torsion spring 3 are further The one-way ratchet 22 of the body 21 of the assembly 2 and the middle edge 5 M411494 of the one-way ratchet 41 of the urging member 4 are respectively provided, so that only a single steering operation (such as the eighth figure) can be performed, otherwise if it is hard If it rotates in the opposite direction, it will cause the torsion spring 3 to form an expanded shape and touch the inner wall of the urging member 4 (such as the ninth figure), which is more disadvantageous for the urging member 4 to move downward; then the urging member 4 is only used. After a single steering, the recess 42 is rotated to align the position of the bead 2A in the assembly 2, so that the depression can be actuated. Tube adapters 5 do disassembled (as in the seventh figure), so that we can achieve after assembly ensures that no external force is affected by the positioning of the shedding effect. Furthermore, by the design principle described above, it is also possible to change the one-way ratchet 22 of the assembly 2 to a single groove 24 (such as the tenth and eleventh figures), or to the urging member 4. The one-way ratchet 41 is changed to the form of a single groove 43 (such as the twelfth and thirteenth figures), even in the opposite direction of the one-way ratchet 22 and the one-way ratchet 41, to cooperate with a single rotation operation in the reverse direction. (such as the fourteenth, fifteenth figure), but also can not do the reverse rotation, otherwise it will cause the torsion spring 3 itself to form an expansion shape and the top touches the inner wall of the urging member 4 (such as the sixteenth figure), which is more disadvantageous The urging member 4 is actuated downward; it is assumed that the protruding ends 31 at both ends of the torsion spring 3 are equally placed and have the above-described effects. In summary, this creation does have the above-mentioned effects. When it meets the requirements for the establishment of the new patent, Article 93, we ask the Bureau to make a clear understanding of the patent right granted to the legal patent. [Simple description of the diagram] M411494 The first picture: an exploded view of the past. The second picture: a combination of the past. Figure 3: An example of the embodiment of the past. The fourth picture: the three-dimensional exploded view of the creation. The fifth picture: the three-dimensional combination of the creation. Figure 6: A three-dimensional illustration of another form of the creation. φ Figure 7: Figure (1) of the embodiment of this creation. Figure 8: Figure (2) of the embodiment of this creation. The ninth picture: the illustration of the creation of the reverse rotation. The tenth picture: a diagram of another form of the creation (1). Figure 11: Figure (I) of an embodiment of another form of the present creation. Twelfth picture: A graphic representation of another form of the creation (2). I Thirteenth Figure: Figure (II) of an embodiment of another form of the present creation. Figure 14: Figure (1) of an embodiment of another form of the present creation. Figure 15: Figure (2) of an embodiment of another form of the present creation. Figure 16: This is the illustration of another form of the creation of the reverse rotation. [Main component symbol description] 1 body 2 assembly 21 body 22 one-way ratchet 23 bead hole 24 single groove 2A bead body 7 M411494 3 torsion spring 31 protruding end 43 single groove 4 urging member 41 one-way ratchet 42 Concave 5 pipe joint A body B assembly B1 body C spring ring D cocking E pipe connector F pipe 8