M381710 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種軟管連接器，尤指一種可防止軟管連接 端部產生扭結或彎折現象之軟管連接器創新技術。 【先前技術】 - 按以，習知軟管連接器結構，如第一至三圖所示，包括： - 一管接頭10及一迫緊螺帽20所組成；該管接頭10，一端設 鲁 有接合孔11，可供連結各賴水ϋ或水源之itth水端（圖中 未示）’另端形成有-套合管12，可供直接插置在軟管3〇内 • 部呈連結狀態，於套合管12的外圍間隔適距則形成有一外螺 紋官13 ’該外螺紋管13末端等間距一體延伸環繞有複數彈性 ' 凸爪14，可供包夾在軟管30外部；該迫緊螺帽20，係設有内 螺紋孔21 ’可供連結於管接頭1〇之外螺紋管13，且於内螺紋 孔21 一端延伸徑寬較小之貫穿孔22，可供軟管30穿套延伸 I 而出’前述迫緊螺帽20在内螺紋孔21與貫穿孔22之間係形 . 成有漸縮段23，可供複數彈性凸爪14同時末端抵觸，並且可 導引複數彈性凸爪14同步呈内縮狀態，據此，可將軟管3〇環 夾束緊使其與套合管12呈牢固連結狀態。 上述S見之軟官連接器’在使用上，由於套設在軟管邪 外部的迫緊螺帽20末端完全無任何可彈性彎折的結構設計， ^當軟管雜贿其職設讀倾料·長的距離後， 常會有如第三圖所示之情況’即軟管位在追緊螺帽末端會被彎 3 M381710 折，使通過之水量變小，或甚至有將水源完全阻斷困窘。 遂有業者，對螺合在上述管_ 10之迫緊螺帽2〇造型進 行設計改良，如第四、五圖所示，該迫緊螺帽2〇除了保留習 知結構之内微孔2卜貫穿孔22、漸縮段23外，在其末端等 間距設有複數環圈24，且在迫緊螺帽2〇末端與鄰接環圈24 之間，以及各相鄰環圈24之間，採間隔九十度垂直交錯設有 多組對稱連接柱25，氣藉由串接在迫緊螺帽2()末端之多數 環圈24，_提供具有可適麵轉彎折之彈性功能。 此外，如美國專利號邶3109461「HOSE STRUCTURE(軟管 結構)」及 US 5996636「Protective device f〇r f (可弓曲軟官的保護裝置）」皆揭示如上述第四、五圖所示，以 多數壤圈及連結在各轉環關呈交互錯開之連接柱所構成 可提供軟s套接或包覆之保護件。然，前述兩專利結構同樣 有擺轉角度較小，雜不佳的缺點。 惟，該結構仍存在有辆之待改良處，即，相鄰環圈％ 之間’雖然預留有適當的間隙，可供進行擠屢縮小間距，或外 擴延展間寬，以達到可彈性彎折的功能；但面臨的缺點係：多 數環圈在進行擠屢縮小間距，或外擴延展間寬的同時，都會受 又曰1^又置在每一相鄰環圈間對稱連接柱之固定高度，而限制 了串接之多數賴可·彎折度，使其所產生之可彈性彎 折之效i不影’進—步有達不到職欲防止軟管折彎之目的。 再者’上述多數環_多崎稱連絲串接之結構，另- M381710 缺點係：一旦介置在鄰接環圈間之任一連接柱發生斷裂現象， 便有不堪使用之困擾。 有鑑於上述缺點，本案創作人乃經悉心地試驗與研究，特 別針對軟管連接器加以設計改良’並秉持鍥而不捨之創作精神 ，在經多次之試作和實驗後，終於完成本創作並提出本案之新 型專利申請。 【新型内容】M381710 V. New description: [New technical field] This creation is about a hose connector, especially a hose connector innovation that prevents kinking or bending of the hose connection end. [Prior Art] - The conventional hose connector structure, as shown in the first to third figures, comprises: - a pipe joint 10 and a pressing nut 20; the pipe joint 10 is provided at one end The joint hole 11 is connected to the itth water end (not shown) of each water raft or water source. The other end is formed with a sleeve tube 12, which can be directly inserted into the hose 3〇. The outer circumference of the sleeve tube 12 is spaced apart to form an externally threaded official portion 13'. The ends of the externally threaded tube 13 are integrally extended at equal intervals around a plurality of elastic 'claws 14 for clamping the outside of the hose 30; The tightening nut 20 is provided with an internally threaded hole 21' for being connected to the threaded pipe 13 outside the pipe joint 1 , and a through hole 22 having a small diameter and a small width at one end of the internally threaded hole 21 for the hose 30 to be worn The sleeve is extended to form the aforementioned tension nut 20 and is formed between the inner threaded hole 21 and the through hole 22. The tapered portion 23 is formed to allow the plurality of elastic claws 14 to simultaneously end and simultaneously guide the plurality of elastics. The claws 14 are simultaneously in a retracted state, whereby the hose 3 can be clamped and tightly coupled to the sleeve tube 12The above-mentioned S soft connector is 'in use, because the end of the tightening nut 20 sleeved on the outside of the hose is completely free of any elastically bendable structural design, ^When the hose is bribed, its job is read and dumped. After the long distance, there is often a situation as shown in the third figure. That is, the hose position will be bent at the end of the tightening nut and will be bent 3 M381710, so that the amount of water passing through will be reduced, or even the water source will be completely blocked. .遂 遂 , , , , , 螺 螺 螺 螺 在 在 在 在 在 在 在 _ 迫 _ _ _ _ _ , , , , , , , , , , , , , , , , , , , , , , , , , Outside the through hole 22 and the tapered portion 23, a plurality of loops 24 are provided at equal intervals at the ends thereof, and between the end of the tightening nut 2〇 and the adjacent loop 24, and between the adjacent loops 24, A plurality of sets of symmetrical connecting columns 25 are vertically staggered at intervals of ninety degrees, and the air is provided with a plurality of loops 24 connected in series at the ends of the tightening nuts 2 () to provide an elastic function of adaptable turning. In addition, for example, U.S. Patent No. 3,019,461, "HOSE STRUCTURE" and US Pat. No. 5,996,636, "Protective device f〇rf", as shown in the fourth and fifth figures above, Most of the soil loops and the joints that are interlocked at each of the loops constitute a protective member that provides a soft sling or cladding. However, the aforementioned two patent structures also have the disadvantages of small swing angle and poor miscellaneous. However, there is still a need for improvement in the structure, that is, between adjacent rings, although there is a proper gap reserved, it is possible to carry out the reduction of the pitch, or to extend the width of the exhibition to achieve flexibility. The function of bending; but the disadvantages are: most of the loops are squeezed repeatedly to reduce the spacing, or the outer extension of the width of the exhibition, will be subject to 曰1^ and placed in the symmetric connection between each adjacent ring Fixed height, and limited the majority of the splicing of the splicing, so that the elastic bending effect produced by it does not affect the 'into the step to prevent the hose from bending. Furthermore, the above-mentioned majority of the rings _ Dosaki said that the wire is connected in series, and the other - M381710 has the disadvantage that once any of the connecting columns interposed between adjacent rings breaks, it is uncomfortable to use. In view of the above shortcomings, the creator of this case has carefully tested and researched, especially designed and improved the hose connector, and persisted in the spirit of perseverance. After many trials and experiments, he finally completed the creation and proposed the case. New patent application. [New content]
本創作之主要目的，係提供一種彈性效能佳、可提昇擺轉 彎折的角度範ϋ加大，真正可達麻錢接之軟管不產生彎折 現象，不阻斷水流，不令水流量忽大忽小之軟管連接器結構創 新設計。 為達到上述目的，本創作提供一種軟管連接器，包括：一 官接頭’ -端設有快拆接合孔，另端形成有_套合管，於套合The main purpose of this creation is to provide a kind of elastic performance, which can increase the angle of the swing and bend. The hose that can really reach the money is not bent, does not block the water flow, does not make the water flow suddenly. Innovative design of the hose connector structure. In order to achieve the above object, the present invention provides a hose connector comprising: an official joint'-end provided with a quick-release joint hole, and the other end is formed with a sleeve tube for fitting
管的外_隔適酬形成有—外槪管，該外觀管末端等間 距U概雜凸爪；—迫緊螺帽，設相微孔，呈末端 延伸有漸縮段及貫穿孔；其特徵在於： 八 該迫緊螺帽末端-體延伸有螺旋體’該螺旋體末端係呈封 閉環圈，據此，闕旋體峨^任意角度，任意方位進行推 愿或擺轉，皆可提供最細級能，贼較私 彎折角度之實質魏增進者。 贮 5 時’可藉由漸縮段同步導引複數彈性凸爪呈内縮狀態，使其自 f管外部緊迫包夾’令套合f與軟管呈相連結狀態 ;並且可 精由彈效⑥佳之螺旋體，提供套於其内部之軟管，得以進行 更大角度之彎曲調整’仍然不會造成軟管呈彎折阻塞水流之現 象者。 再者’麵伸於迫緊螺帽末端之螺旋體，其厚度採間隔適 距便形成有_漸寬歧段，據明加其結構強度 ，有助於延 長其使用期限者。 【實施方式】 餘下’餘再配合本創作較佳實施例之圖式進一步說明如后 乂/月此使热悉本創作相關技術之人士得依本說明書之陳述 據以實施： ^ 第/、至十一圖所示’為本創作結構較佳實施例之一種軟 管連接器，其包括：—管接卵及-迫緊螺帽2G所組成；其 中， 該s接頭1〇，一端設有接合孔U，另端形成有一套合管 ;套口 S 12的外圍間隔適距則形成有__外螺紋管13，該 人…、s 13末端等間距環設有複數彈性凸爪⑷其中’該接 :、丨1於本實施例中係採用一種快拆結構配合說明，其亦 β被又立成螺孔所取代。—般^言，本案之管獅Μ係可提 /、各=欠源出水端’如：麗水器或嘴水槍等連結於接合孔；或 /、各式形態之水源進水端連結於其接合孔； M381710 該迫緊螺帽20，具有可跟管接頭1〇連結之結構，其係在 内部設有内螺紋孔2卜末端延伸有漸縮段23及貫穿孔22 1 特徵在於： ’八 該返緊螺帽20末端-體延伸有螺旋體沈，該螺旋體％ 末端係呈封閉環圈261，據此，該螺旋體26沿其轴向任意角 度，任;S綠騎減或婦，冑可提供最佳雜效能，林 創作設有螺旋體26之迫緊螺帽20與先前習知結構相較，本創 作結構具有擴大可彎折角度之實質功能增進者。 俾以當套合管12實際套接軟管3〇 (如第十-圖所示）後 ，該迫緊螺帽20之貫穿孔22可提供軟管3G穿套而出，當其 内螺紋孔2!與管接頭1G之外·管13螺合迫緊後，可藉由、 漸縮段23同步導引複數彈性凸爪Η呈内縮狀態，使其錄管 :外二緊迫包夹’令套合管12與款管3〇呈牢固連結狀態丨 训且可猎由彈性效能佳之螺旋體％，提供套於其内部之軟管 ’得以進行更大角度之彎_整，健 彎折阻塞水流之現象者。. 从軟呈 再者，該延伸於追緊螺帽20末端之螺旋體26 ’ 1厚戶採 間=距便形成有對稱漸寬波浪段262，據以增加其結翻度 ，有助於延長其使用期限者。 定本，僅為本創作之—較佳實施例而已，並非用來限 疋本創作實施之範圍。g π仿 攀介盘攸綠 d作申請專利範圍所做之均等 艾化與修炉皆為本創作專利範_涵蓋。 7 M381710 【圖式簡單說明】 第一圖：習知軟管連接器之仰視立體分解圖。 第二圖：為第一圖之俯視立體圖。 第三圖：為第一圖之組合剖視及實施狀態參考圖。 第四圖：另一習知迫緊螺帽之俯視立體圖。 第五圖：為第四圖之前視平面圖。 第六圖：本創作結構較佳實施例之俯視立體分解圖。 第七圖：本創作結構較佳實施例之仰視立體分解圖。 第八圖：為第六圖之組合圖。 第九圖：本創作結構較佳實施例之前視組合圖。 第十圖：本創作結構較佳實施例之側視組合圖。 第十一圖：為第九圖之剖視圖。 【主要元件符號說明】 管接頭 - —10 接合孔 —11 套合管 —12 外螺紋管-- —13 彈性凸爪-- —14 迫緊螺帽-- -20 内螺紋孔-- —21 貫穿孔 - —22 漸縮段—— —23 環圈------ —24 連接柱 —25 螺旋體—— —26 封閉環圈-- -261 漸寬波浪段-262 軟管------ -30The outside of the tube is formed with an outer tube, the end of the tube is equidistant with a U-shaped claw; the nut is tightened, and the micro-hole is provided with a tapered end and a through-hole extending at the end; It is: 八. The end of the nut is tightened and the body extends with a spiral body. The end of the spiral body is a closed loop. According to this, the slewing body 任意^ can be pushed or rotated in any direction at any angle, and the finest level can be provided. Yes, the thief is more effective than the private bending angle. When stored at 5 o'clock, the plurality of elastic claws can be guided by the tapered section to be in a retracted state, so that the outer sleeve of the f-tube is tightly bounded, so that the sleeve f is connected with the hose; The 6-piece spiral provides a hose that fits inside and allows for a larger angle of bending adjustment' still does not cause the hose to bend and block the flow of water. Furthermore, the surface of the spiral body that extends to the end of the nut is formed with a thickness of _ gradually widened, and it is obvious that the structural strength of the nut is extended to extend its service life. [Embodiment] The remainder of the present invention is further described in conjunction with the drawings of the preferred embodiment of the present invention. For example, the person who has been interested in the creation of the related art may implement the statement according to the present specification: ^ 11 is a hose connector of the preferred embodiment of the present invention, comprising: a tube egg and a pressing nut 2G; wherein the s joint is 1 〇 and one end is provided with a joint The hole U is formed with a set of joints at the other end; the outer periphery of the sleeve S 12 is formed with a __ externally threaded tube 13 , and the s 13 end equally spaced ring is provided with a plurality of elastic claws (4) In the present embodiment, a quick-release structure is used in the description, and the β is replaced by a screw hole. In general, the lion's lions in this case can be raised, and each = the source of the source is not connected to the joint hole; or /, the water inlet of each form is connected to the joint M381710 The tensioning nut 20 has a structure that can be connected with the pipe joint 1,, and is internally provided with an internally threaded hole 2. The end end has a tapered portion 23 and a through hole 22 1 . The end of the tightening nut 20 is extended with a spiral sinking body, and the end of the spiral body is a closed loop 261. According to this, the spiral body 26 is at any angle along its axial direction, and the S green lure or the female can provide the most For the good performance, Lin created a tightening nut 20 with a spiral body 26. Compared with the prior art structure, the creation structure has a substantial function enhancement to expand the bendable angle. After the sleeve tube 12 is actually sleeved with the hose 3 (as shown in the tenth-figure), the through hole 22 of the tension nut 20 can provide the hose 3G through the sleeve when the internal threaded hole 2! In addition to the pipe joint 1G, the pipe 13 is tightened, and the plurality of elastic claws can be simultaneously guided by the tapered section 23 to be in a retracted state, so that the recording tube: the outer two pressing packs The sleeve 12 and the tube 3 are firmly connected to each other and can be hung by a screw with a good elasticity. The hose provided inside can be bent at a larger angle, and the bend is blocked. Phenomenon. From the softer, the spiral 26'1 thicker than the end of the chasing nut 20 is formed with a symmetrically widened wave section 262, thereby increasing the degree of the knot and helping to extend it. The term of use. The present invention is only for the purpose of the present invention, and is not intended to limit the scope of the present invention. g π imitation Climbing 攸 攸 攸 d d d d d d d d d d d d d d d d 艾 艾 艾 艾 艾 艾 艾 艾 艾7 M381710 [Simple description of the diagram] The first figure: the bottom view exploded view of the conventional hose connector. Second picture: a top perspective view of the first figure. The third figure is a combined cross-sectional view of the first figure and a reference diagram of the implementation state. Figure 4: A top perspective view of another conventional tightening nut. Figure 5: Front view of the fourth figure. Figure 6 is a top perspective exploded view of a preferred embodiment of the present construction. Figure 7 is a bottom perspective exploded view of a preferred embodiment of the present authoring structure. Figure 8: A combination of the sixth figure. Figure IX: A prior view of the preferred embodiment of the present construction. Figure 10: A side view combination of the preferred embodiment of the authoring structure. Figure 11 is a cross-sectional view of the ninth figure. [Explanation of main component symbols] Fittings - 10 Engagement holes - 11 Fittings - 12 Externally threaded pipes - 13 - Elastic claws - 14 tightening nuts - -20 Female threaded holes - 21 Hole - 22 tapered section - 23 ring ------ 24 joint column - 25 spiral body - 26 closed loop - - 261 widened wave section - 262 hose ----- - -30