.M259096 捌、新型說明： 【新型所屬之技術領域】 本實用新型涉及一種戶外飮水用具出水接頭，尤其是建接和拆卸簡 便、具有較高連接強度且耐用的戶外飮水用具出水接頭。 【先前技術】 目前公知的戶外飮水用具：如各種水袋、水瓶、水壺等，其出水管的 連接通常採用過盈連接（如圖1 )，即有一出水座（1 )，在其端部設數個錐 形節（10)，錐形節的外徑大於出水管（3)內徑，使用較大壓力強迫出水 管套在數個錐形節之外，達到管道與出水座連接之效果。該方式的優點是： 成本較低，不須另外製造接頭邰件即可連接。但仍有諸多不足之處：首先， 該類連接不耐用，出水管彈性疲乏後就較難接入或接入後極易脫落，影饗 整個産品的使用；其次，連接和拆卸都要用較大力量使出水管依次套入或 脫離數個錐形節，操作費時費力，極不方便；再次，該類連接經較大幅度 扭曲，或承受較大拉力時，出水管容易脫落，連接強度較低，不能滿較高 的使用要求。 【新型内容】 本實用新型爲克服現有戶外飮水用具出水接頭之上述缺陷，提供了多 項改進方案，目的在於提供一種連接和拆卸簡便、連接強度高且耐用性好 的加強型戶外飮水用具出水接頭。 本實用新型採用的具體技術方案如下：1、採用一條錐形肋取代數個錐 形節，簡化了連接和拆卸操作；2、採用螺接套內設壓管肋與錐形肋配合結 構，可以壓緊出水管，保證較高的連接強度；同時，即使出水^彈性疲乏 後，也不會影響連接強度，因此，産品的耐用性也有較大的提高。 本實用新型可通過以下方案實施：有一個出水座和一個螺接套。出水 座是貫通的，在其前部外壁上設一條錐形肋；中部設外螺紋。螺接套製成 中空結構，在其內壁，前端設內螺紋，可螺固在出水座外壁；後端設壓管 肋，與出水座上的錐形肋配合可壓緊出水管。連接時，出水管只需套在出 7欠座上之錐形肋外，擰緊螺接套即可完成。爲便於抓取和旋轉’在螺接套 外壁設有防滑花紋。 M259096 【實施方式】 本實用新型所有零部件都可用塑膠製成。 如圖2和圖3所示：有一個出水座（1)和一個螺接套（2 )，出水座（1) 是貫通的，螺接套（2)製成中空結構。在出水座（1 )的外壁上，前部設 一條錐形肋（11 )，中部設外螺紋（12)。在螺接套（2)內壁，前端設內螺 紋（22)，螺接套（2)可螺固在出水座（1 )外壁。連接時，出水管（3) 只需套在出水座（1 )上之錐形肋（11)外，擰緊螺接套（2)即可完成。 爲便於抓取和旋轉，在螺接套（2)外壁設有防滑花紋（23)。 如圖3和圖4所示：螺接套（2)內壁後端設壓管肋（21 )，與岀水座 上的錐形肋（11)配合壓緊出水管（3)，由於出水座（1)和出水管（2) 是通過外螺紋（12)與內螺紋（22)螺固的，能承受較大的縱向拉力，所 以，本實用新型提供的戶外飮水用具出水接頭具有較高的連接強度，能滿 足較高的使用要求。 【圖式簡單說明】 下面結合附圖和具體實施例對本實用新型作進一步說明： 圖1是本文所述的過盈連接示意圖。 圖2是本實用新型最佳實施例的分解狀態示意圖。 圖3是本實用新型最佳實施例的連接狀態正視圖。 圖4是本實用新型最佳實施例的連接狀態正視圖（圖3 )之A—A剖視 圖。 偏中1 ·出水座，11 ·錐形肋，12 ·外螺紋，2 ·螺接套，21 ·壓 管肋，22 ·內螺紋，23 ·防滑花紋，3 ·出水管，.M259096 Description of the new type: [Technical field to which the new type belongs] The utility model relates to a water outlet connector for outdoor decanting appliances, particularly an outdoor water outlet fitting with simple connection and disassembly, high connection strength and durability. [Prior technology] Currently known outdoor decanting appliances: such as various water bags, water bottles, kettles, etc., the connection of the water outlet pipe is usually an interference connection (as shown in Figure 1), that is, a water outlet (1) at its end Set several tapered joints (10), the outer diameter of the tapered joint is larger than the inner diameter of the outlet pipe (3), use a large pressure to force the outlet pipe to be sleeved outside the several tapered joints, to achieve the effect of connecting the pipe and the outlet seat . The advantage of this method is that the cost is low, and it can be connected without manufacturing additional joints. However, there are still many shortcomings: first, this type of connection is not durable, it is difficult to connect after the exhaust pipe is elastic, or it is easy to fall off after being connected, which affects the use of the entire product; second, the connection and removal must be compared. The large force causes the outlet pipe to be inserted into or disengaged from several conical joints in turn, which is time-consuming and labor-intensive, and extremely inconvenient; again, this type of connection is easily dislodged when subjected to large distortions or subjected to large tensile forces, and the connection strength is relatively Low, can not meet the higher requirements for use. [New content] In order to overcome the above-mentioned shortcomings of the existing outdoor decanter water outlet connector, the utility model provides a number of improvements, the purpose is to provide a reinforced outdoor decanter water outlet with simple connection and disassembly, high connection strength and good durability. Connector. The specific technical scheme adopted by the utility model is as follows: 1. One tapered rib is used to replace several tapered joints, which simplifies the connection and disassembly operations; 2. A screw pipe sleeve is provided with a matching structure of the pressure pipe rib and the tapered rib, which can Tighten the outlet pipe to ensure a high connection strength; meanwhile, even if the outlet water is weak, the connection strength will not be affected, so the durability of the product is greatly improved. The utility model can be implemented through the following schemes: a water outlet and a screw sleeve. The water outlet is penetrating, and a tapered rib is set on the outer wall of the front part; an external thread is set in the middle part. The screw socket is made of a hollow structure. The inner wall is provided with an internal thread at the front end to be screwed to the outer wall of the water outlet seat; a pressure pipe rib is provided at the rear end to cooperate with the tapered rib on the water outlet seat to compress the water outlet pipe. When connecting, the water outlet pipe only needs to be sleeved on the tapered rib on the outlet, and the screwed sleeve can be tightened. To facilitate gripping and rotation, a non-slip pattern is provided on the outer wall of the screw socket. M259096 [Embodiment] All parts of the utility model can be made of plastic. As shown in Figures 2 and 3: there is a water outlet (1) and a screw socket (2), the water outlet (1) is through, and the screw socket (2) is made into a hollow structure. On the outer wall of the water outlet (1), a tapered rib (11) is set in the front part, and an external thread (12) is set in the middle part. An inner thread (22) is provided on the inner wall of the screw socket (2), and the screw socket (2) can be screwed on the outer wall of the water outlet (1). When connecting, the outlet pipe (3) need only be sleeved on the tapered rib (11) on the outlet seat (1), and the screwed sleeve (2) can be tightened. In order to facilitate grasping and rotating, a non-slip pattern (23) is provided on the outer wall of the screw sleeve (2). As shown in Figures 3 and 4, the rear end of the inner wall of the screw socket (2) is provided with a pressure pipe rib (21), which cooperates with the tapered rib (11) on the sluice seat to tighten the water outlet pipe (3). The seat (1) and the outlet pipe (2) are screwed by the external thread (12) and the internal thread (22), and can withstand a large longitudinal tensile force. Therefore, the water outlet connector of the outdoor decanter provided by the utility model has a High connection strength, can meet higher requirements for use. [Brief description of the drawings] The present invention is further described below with reference to the drawings and specific embodiments: FIG. 1 is a schematic diagram of an interference connection described herein. FIG. 2 is a schematic exploded view of a preferred embodiment of the present invention. FIG. 3 is a front view of a connection state of the preferred embodiment of the present invention. Fig. 4 is a sectional view taken along the line A-A of a front view (Fig. 3) of the connection state of the preferred embodiment of the present invention. Partial 1 · Outlet seat, 11 · Conical rib, 12 · External thread, 2 · Screw socket, 21 · Pressure pipe rib, 22 · Internal thread, 23 · Non-slip pattern, 3 · Outlet pipe,