M265516 八、新型說明： 【新型所屬之技術領域】 本創作係一種運用於水管接頭的構造，尤指一種以較 少零件達到更好緊束水管效果的水管接頭。 【先前技術】 请茶看第 接頭本體（5 周具螺紋的圓 外端面的内周 錐形緊迫環（ 5 該 面亦形成一環 一側設有一環 (6 1 )對應 7 0 )外設有 (8 〇 )可對 (6 〇 )及該 )於外端面中 )的外端面形 並以朝該環箍 既有的水 依序穿過該接 形緊迫環（6 頭螺蓋（8 0 四圖，其係一既有的水管接頭，其係設有一 〇 )，並於接頭本體（5 0 ) —端形成一外 筒形螺鎖部（5 1 )，於該螺鎖部（5工） 緣形成一環第一斜面（5 i i )，設有一圓 6 0 )以其環徑較小一端抵於該第一斜面（ 圓錐形緊迫環（6 0 )於環徑較大一端的端 第二斜面（6 1 )，於該圓錐形緊迫環朝外 鈿（7 0 )，該環箍（7 〇 )朝該第二斜面 形成一具斜面的突緣（7 1 )，於該環箍（ 一瓶蓋狀的接頭螺蓋（8〇)，該接頭螺蓋 鎖入該螺鎖部（5 1 )而將該圓錐形緊迫環 壤II ( 7 0 )容置於中’該接頭螺蓋（8 〇 央形成一孔（81)，並於接鄰該孔 成一環肩部（8 0 1 )，該肩部（8 〇工） (7 0 )的一面抵靠該環箍（7 〇 )。 官接頭使用時由外將一水管（4 〇 )的 頭螺蓋（8 0 )、該環箍（7 〇 )、該圓： 0)及# _冑C 5 1 )而插設’並將該接 )鎖入該螺鎖部（5 1 )使其肩部（8 〇 M265516 )壓迫該環箍（7 〇 ) ’使環箍（7㈧ 就該第二斜面（6 i )而向内彎 ：緣（”） "。），並且同時該環箍制該水管 環（6〇)，使其環徑較小的一端就該第=錐形緊迫 …滑動變形’使其端緣束緊而卡制該水 乂 " 猎此’既有的水管接頭藉由上述兩處壓迫水’ 使其定位。 & ( 4 〇 )而 但既有的水管接頭具有一些缺點，列舉如下： 1、 既有的水管接頭’其使用了較多的 的零件增加了組裝及生產的成本。 7使付零散 2、 由於圓錐形緊迫環係錐狀， 於該接頭螺蓋中，其環徑較小及較大的_=^置 =的距離’因此當接頭螺蓋欲螺入該螺鎖部， 心 迫該圓錐形緊迫環及環箱時，即必須螺鎖較長的行 此造成使用上的不便。 3、 該圓錐形緊迫環及該環箍突緣接係以斜面與斜面 相抵_的方式而束緊，此種變”折方式較缺乏效率 而使得既有的水管接頭，其束緊水管的效果較差。 【新型内容】 由於既有的水管接頭，其具有零件多、使用不便及束 緊效果較差的缺點’本創作提供一種水管接頭，主要為解 决零件多及束緊效果較差的問題’並且兼有使用上螺鎖行 程短的使用方便特性。 為達到上述目的，本創作係設有·· M265516 一接頭本體，該接頭本體 引流道一端伸設形成一外周具 鎖部形成一與該引流道相通的 該流道處形成一環第一斜面； 一接頭螺蓋，該接頭螺蓋 入該螺鎖部，該接頭螺蓋於封 並於接鄰該孔且朝向該第一斜 該第一斜面的第二斜面；以及 其中形成-引流道，並於該 螺紋的圓筒形螺鎖部，該螺 流道，於該螺鎖部端面接鄰 於内周壁形成螺紋而可螺鎖 閉端的端面中央形成一孔， 面的封閉端端面形成一相對 一緊迫環，該緊迫環容置於該接頭螺蓋中且其中形成 一穿孔，該緊迫環並分別對應第一斜面及第二斜面於兩端 漸減壁面厚度形成-環彎折突緣，兩彎折突緣㈣抵靠於 該第一斜面與該第二斜面。 、 進一步定義本創作較佳的型態，本創作該穿孔、該孔 及該引流道孔徑的大小約㈣，各彎折突緣係由該追緊環 的外周面向内漸減壁面厚度而形成，並且該第一斜面係由 該螺鎖部外端面向壁面内凹陷形成，該第二斜面係由由所 述接頭螺蓋的封閉端面向壁面内凹陷形成。 本創作以接頭螺蓋與接頭本體的圓筒形螺鎖部對鎖靠 近，當鎖緊時利用兩者的第一斜面及第二斜面抵靠壓緊該 緊迫環的兩彎折突緣使其沿該第一斜面及該第二斜面向穿 孔内考折1开^ ,當本創作插設一水管時，水管即受兩彎折 突緣的卡制而定位在本創作中，而且本創作可獲致以下功 效： 本創作使用的零件較少，可降低組裝及生產成本 M265516 一 ^ ^ w嗝之間長度僅受 接頭螺蓋的大小限制，因此可作兩端較長的設置，使得使 用時該接㈣蓋鎖人㈣鎖部行料需太切可與該螺鎖 部對向壓迫該緊迫環的兩f折突緣而使用’如此使得本 作使用方便。 』 3、由於緊迫㈣兩f折突緣—直立的突緣就斜面 而彎折的方式變形’力量集中於一端使得變形有效 緊水管效果較好。 【實施方式】 其係設 本創作係一種水管接頭，請參看第一至三 有： 一 —妾頭本體（10) ’於該接頭本體（1Q)中形成 :引流道（11)，並於該引流道（11卜端出口處伸 :又形成-螺鎖部（12)，其係圓筒形並於其内形成一流 C ( 1 3 )，邊流道（i 3 )孔徑略大於該引流道（1 1 匕而於與忒引流道（丄丄“目通，並於兩者交接處形成一 广月( 1 4 )’該螺鎖部（1 2 )於外周壁設具一環螺 紋（1 2 1 )，並於端面接鄰該流道（工3 )纟内凹陷形 成一環第一斜面（122); 接頭螺盍（2 0 )，該接頭螺蓋（2 0 )略成瓶蓋 /於内周壁形成- j辰螺紋（2 〇工）而可罩蓋而螺鎖入 :( 1 2 ) ’该接頭螺蓋（2 0 )於封閉端的端面 央形成一孔（2 1 )，該孔（2 1 )的孔徑大小約與該 M265516 流道（1 3 )相同，該接頭螺蓄 0 ,, 累夏（2 0 )並於接鄰該孔（ 壁；形成一環肩部（2〇…於該肩部朝向該 切（122)的-面，於接鄰該孔（21)處凹陷 二式形成一相對該第—斜面（122…二斜面（2 成-緊迫環（3 0 ) ’該緊迫環（3 ◦)係具一定高度 的％體而容置於該接頭螺蓋（ 2 0 )巾’其中並形成-穿 ，该穿孔（3 1)的孔徑大小約與該流道（工 3 )相同而兩端開口分別朝向該流道（1 3 )與該孔（2 1 )且分別相通，該緊迫環 衣c 3 〇)並分別對應該第一斜 —2 2 )及該第二斜面（2 〇 3卜於兩端由外周面 向内且向兩端漸減壁面厚度而形成一環f折突緣（3 〇丄 )’各彎折凸緣（3 0 1 )你搭η业#人〇 · )係衣片狀並刀別以外端抵靠於 该第一斜面（1 2 2 )與該第二斜面（2 〇 3 )。 晴參看第三圖，本創作使用時係讓一水管（4 〇 )依 序穿過該接頭螺蓋（2 0)的孔（2 !)及該緊迫環（3 〇)的穿孔（31)並該螺鎖部（12)的流道（13) 而抵於該肩部（1 4 )，固定該水管（4 〇 )時係將該接 頭螺蓋（2 0 )螺緊入該圓筒形螺鎖部（丄2 )，使該緊 迫裱（3 0 )的兩彎折突緣（3 〇 1 )的外端同時受該第 斜面（1 22)及第一斜面（203)抵靠壓緊而向内 彎折變形，藉此緊迫固定該水管（4 0 )。 【圖式簡單說明】 第一圖係本創作的立體分解圖 M265516 第二圖係本創作插設水管的剖面圖 第三圖係本創作插設水管的實施示意圖 第四圖係既有的水管接頭之剖面實施示意圖 【主要元件符號說明】 (1 〇)接頭本體 (1 2 )螺鎖部 (1 2 2 )第一斜面 (1 4 )肩部 (2 0 1 )螺紋 (2 0 3 )第二斜面 (3 0 )緊迫環 (3 1 )穿孔 (5 0 )接頭本體 (5 1 1 )第一斜面 (61)第二斜面 (7 1 )突緣 (1 1 )引流道 (1 2 1 )螺紋 (1 3 )流道 (2 0 )接頭螺蓋 (2 0 2 )肩部 (2 1 )孔 (3 0 1 )彎折突緣 (4 0 )水管 (5 1 )螺鎖部 (6 0 )緊迫環 (7 0 )環箍 (8 0 )接頭螺蓋M265516 8. Description of the new type: [Technical field to which the new type belongs] This creation is a structure for water pipe joints, especially a water pipe joint with fewer parts to achieve a better tight water pipe effect. [Prior art] Please look at the joint body (the inner peripheral conical pressing ring of the round outer end surface with 5 threads) (5 this surface also forms a ring with a ring (6 1) on the side corresponding to 70) 8 〇) can shape the outer end surface of (6 〇) and () in the outer end surface) and pass through the joint pressing ring (6 screw caps (80 It is an existing water pipe joint, which is provided with 10), and an outer cylindrical screw lock part (5 1) is formed at the end of the joint body (50), and the screw lock part (5 workers) The edge forms a ring of the first inclined surface (5 ii), and a circle 60 is provided. The smaller end of the ring diameter abuts the first inclined surface (the conical pressing ring (60) is the second inclined surface of the ring end at the larger end). (6 1), the conical pressing ring faces outward (7 0), the hoop (70) forms a beveled flange (7 1) toward the second bevel, and the hoop (a bottle A cap-shaped joint screw cap (80), the joint screw cap is locked into the screw lock portion (51), and the conical pressing ring II (70) is accommodated in the 'joint screw cap (80). A hole (81) is formed in the center, and Adjacent to the hole is a ring shoulder (801), and one side of the shoulder (80 °) (70) abuts against the hoop (70). When the official joint is used, a water pipe (4〇) ), The screw cap (80), the hoop (70), the circle: 0) and #_ 胄 C 5 1) are inserted and locked into the screw lock portion (5 1) Make its shoulder (800M265516) press the hoop (70) 'turn the hoop (7㈧ inward with respect to the second bevel (6i): edge (") ".), and at the same time the ring Hoop the water pipe ring (60), so that the smaller end of the ring diameter should be tapered tightly ... sliding deformation 'tighten the edge of the water pipe and snap the existing water pipe' The joint is positioned by pressing the water at the above two points. (&Amp; (4 〇) But the existing water pipe joints have some disadvantages, as follows: 1. Existing water pipe joints, which use more parts and increase The cost of assembly and production. 7 Make Fu scattered 2. Due to the conical tight ring system is conical, in this joint screw cap, its ring diameter is smaller and the distance _ = ^ = = ', so when the joint screw Cover to screw in When the screwing portion presses the conical pressing ring and the ring box, it must be screwed for a long time to cause inconvenience in use. 3. The conical pressing ring and the hoop flange are connected with an inclined plane and The slanting surfaces are tightened in a way that tightens. This kind of "folding" method is less efficient and makes the existing water pipe joints less effective in tightening water pipes. [New content] Due to the existing water pipe joints, it has the disadvantages of many parts, inconvenience to use and poor tightening effect. 'This creation provides a water pipe joint, mainly to solve the problem of many parts and poor tightening effect', and it is also used. Easy to use because of short stroke of upper screw lock. In order to achieve the above purpose, the creation system is provided with a M265516 joint body, one end of which is formed with an outer peripheral lock portion to form a ring first inclined surface at the flow channel communicating with the flow channel; A joint screw cap, the joint screw cap being inserted into the screw lock portion, the joint screw cap being sealed and adjacent to the hole and facing the second inclined surface facing the first inclined first inclined surface; and a drainage channel formed therein, and The threaded cylindrical screw lock portion, the screw flow channel, forms a hole in the center of the end face of the lockable end by forming a screw thread on the end face of the screw lock portion adjacent to the inner peripheral wall, and the closed end face of the face forms a relatively tight The pressing ring is accommodated in the joint screw cap and a perforation is formed therein. The pressing ring corresponds to the first inclined surface and the second inclined surface, and the wall thickness is gradually reduced at both ends. The edge ridge abuts the first inclined surface and the second inclined surface. To further define the better form of this creation, the size of the perforation, the hole, and the diameter of the drainage channel in this creation is about 弯, and each bending protrusion is formed by gradually reducing the wall thickness inward from the outer circumferential surface of the chasing ring, and The first inclined surface is formed by recessing the outer end of the screw lock portion facing the wall surface, and the second inclined surface is formed by recessing the closed end of the joint screw cap facing the wall surface. In this creation, the joint screw cap and the cylindrical screw lock portion of the joint body are close to each other, and when they are locked, the first inclined surface and the second inclined surface of the two are used to press the two bending protrusions of the pressing ring to make it The opening will be folded along the first and second oblique surfaces. When a water pipe is inserted in the creation, the water pipe will be positioned in the creation by the clamping of the two bending protrusions. The following effects are achieved: Fewer parts are used in this creation, which can reduce assembly and production costs. M265516 The length between one ^ ^ w 嗝 is limited only by the size of the joint screw cap, so it can be set at both ends to make it longer. The material of the yoke part of the yoke cover needs to be too cut and can be used by pressing the two f-folded edges of the pressing ring in opposition to the yoke part. This makes the operation convenient. 『3. Due to the pressing of two f-folded flanges—the upright flange is inclined and deformed in a bending manner’, the force is concentrated at one end to make the deformation effective and the effect of tightening the water pipe is better. [Embodiment] The design is a water pipe joint. Please refer to the first to the third:-The steamer body (10) is formed in the joint body (1Q): the drainage channel (11), and The drainage channel (11 is extended at the exit of the end: a screw-lock portion (12) is formed, which is cylindrical and forms a first-class C (1 3) therein. The diameter of the side flow channel (i 3) is slightly larger than the drainage channel. (1 1 dagger and 忒 drainage channel (丄 丄 "目 通, and formed a wide moon (1 4) 'at the junction of the two. The screw lock (1 2) is provided with a ring thread (1 2 1), and the end face adjoins the channel (工 3) 纟 to form a ring first slope (122); the joint screw (2 0), the joint screw cap (2 0) is slightly a bottle cap / inside Peripheral wall is formed-j-chen thread (20 workers) can be covered and screwed in: (1 2) 'The joint screw cap (2 0) forms a hole (2 1) in the center of the end face of the closed end, and the hole (2 1) The hole size is about the same as the M265516 flow channel (1 3). The joint is screwed with 0 ,, Rexia (20) and adjacent to the hole (wall; forming a ring shoulder (20... On the shoulder). The part faces the-face of the cut (122), The depression 2 adjacent to the hole (21) forms a pair of opposite to the first-inclined surface (122 ... two-inclined surfaces (20%-pressing ring (3 0)). The pressing ring (3 ◦) is a% body with a certain height and It is accommodated in the joint screw cap (20) towel 'and formed and penetrated. The aperture size of the perforation (31) is about the same as that of the flow channel (Work 3), and the openings at both ends face the flow channel (1 3). ) Are in communication with the hole (2 1), respectively, the pressing ring c 3 〇) and corresponding to the first oblique-2 2) and the second oblique surface (203 at both ends from the outer peripheral surface inward and outward) The thickness of the wall surface is gradually reduced at both ends to form a loop of f-folding flanges (30 °). Each of the bending flanges (3 0 1) you take η 业 # 人 〇 ·) is a piece of clothing and the outer end of the knife abuts against the The first inclined surface (1 2 2) and the second inclined surface (2 0 3). Seeing the third picture, in this creative use, a water pipe (4 0) was passed through the joint screw cap (2 0) in sequence. The hole (2!) And the perforation (31) of the pressing ring (30) and the flow channel (13) of the screw lock portion (12) abut the shoulder (1 4) to fix the water pipe (4) Screw the joint screw cap (20) into the cylinder Shape screw lock part (螺 2), so that the outer ends of the two bending protrusions (301) of the pressing mounting (30) are simultaneously pressed by the first inclined surface (1 22) and the first inclined surface (203) Bend inwardly and tightly to fix the water pipe (40). [Simplified illustration of the drawing] The first picture is a three-dimensional exploded view of the creation M265516 The second picture is a sectional view of the inserted water pipe in the third The diagram is the implementation schematic diagram of inserting water pipes in this creation. The fourth diagram is the cross-section implementation diagram of the existing water pipe joint. [Description of the main component symbols] (10) The first bevel of the joint body (1 2) and the screw lock part (1 2 2). (1 4) Shoulder (2 0 1) Thread (2 0 3) Second bevel (3 0) Pressing ring (3 1) Perforation (50) Joint body (5 1 1) First bevel (61) Second Bevel (7 1) flange (1 1) drainage channel (1 2 1) thread (1 3) flow channel (2 0) joint screw cap (2 0 2) shoulder (2 1) hole (3 0 1) curved Knockout edge (4 0), water pipe (5 1), screwing part (6 0), pressing ring (7 0), hoop (8 0), joint screw cap