M325422 八、新型說明： 【新型所屬之技術領域】 本創作是提供一種高壓管接頭之固設結構改良，主要是對運用在 農藥喷灑或任何須作高壓液體使用的高壓管接頭在與水管作銜接時， 可藉一組裝相當簡便即可獲得平穩銜接的實施設置。 【先前技術】 對目前業者應用在喷灑農藥或任何須作高壓液體使用的高壓管接 籲頭與作為導引液體的水管加以銜接的實施形式，其一是將水管(2〇)在 與高壓管接頭（10)作銜接後為以數道鐵絲(3〇)來加以繫綁(參第一 圖），但該種方式在經高壓液體的一段時間使用極易造成脫落，造成使 用者得再將銜接在高壓管接頭（1〇)—端的水管(2〇)作鐵絲(3〇)繫緊。 其二方式是將水管(20)在與高壓管接頭（1〇)作銜接後為藉套管(40)將 二構件加以壓接成迫緊狀(參第二圖），但該種方式在經高壓液體的一 段時間使用在發生套管(40)有所脫落時，是必須取至廠商處作重新壓 籲接造成高壓管接頭（10)與水管(2〇)作銜接固設的不方便。 【新型内容】 本創作即疋依目前運用在作為高壓管接頭與水管作銜接固設的實 施所存有不方便來作改良，以期應用在農藥喷灑或任何須作高壓液體 使用的高塵管接頭與水管進行銜接實施，可透過組裝快速、簡便即可 獲得有平穩牛固的定位設置，且即使在日後須將水管加以拆卸下亦相 當方便的組體應用。 本創作之主要目的，是在高齡接頭-伽端在與水管作銜接 5 M325422 時，一併的以一内管徑恆大於水管外徑的内束環在其外周結合另一外 束壞，該外束環其罪開口一端是配合内束環其相應的傾斜段來作傾斜 段設置及開口允許水管貫穿，及界於外束環其開口一端的内束環末端 是設一c形環圈；來作為水管在對應銜接高壓管接頭其一端時，可將 外束環漸朝内束環作迫緊旋入以將界於二構件的c形環圈在受到其傾 斜段的斜度推壓使該圈徑漸作縮小來對水管予以迫緊抵靠在高壓管接 頭一端，以達到水5在與1¾壓管接頭作銜接實施能具有良好的方位限 '制。 •本創作之第一目的，是在咼壓管接頭一作用端在與水管作銜接 時，一併的藉一周緣開設有數道槽口的内束環在其外周結合另一外束 環，該外束環其靠開口一端是配合内束環其相應的傾斜段來作傾斜段 設置及開口允許水管貫穿；來作為水管在對應銜接高壓管接頭其一端 時，可將外束環漸朝内束環作迫緊旋入以使内束環其周緣的槽口在受 到其傾斜段的斜度推壓漸呈靠合以使該開口漸作縮小，來對水管予以 迫緊抵靠在高壓管接頭一端，以達到水管在與高壓管接頭作銜接實施 能具有良好的方位限制。 【實施方式】 本創作設計的高壓管接頭之固設結構改良，參第三圖，主要包含 以高壓管接頭（1) 一作用端在與水管(2)作銜接時為藉一内束環(3)、一 外束環(4)及一C形環圈（5)來加以方位限制。其中； 南壓管接頭（1) ’其一端是延伸以表層面間距設有數道抵靠突環緣 (12)的連接段(11)，來配合水管(2)作銜接其間。 内束環(3)，其内管徑是必須恆大於水管〇的外徑，該内束環(3) 一端是界限端(31)及其間外周緣是形成一截螺紋段(犯），對靠開口（34) 6 M325422 一端是形成一截傾斜段(33)。 外束環(4) ’其内周緣是形成一截螺紋段(41)來配合内束環(3)其 螺紋段(32)的旋合’及在外束環靠開口（43)一端是作傾斜段(42) 設置及該開口（43)是允許水管（2)貫穿。 C形環圈（5)，其是一具有柔韌材質製成的一端開設有缺口（51) 的迫緊環圈’來作為可將銜接在高壓管接頭（丨）一端的水管(2)作方位 抵緊。 對高壓管接頭（1)在與導引液體的水管⑵作銜接時進形方位固設 •實施(參第三〜五圖），是一併在水管(2)其銜接段落外周套設一内管徑 恆大於水管(2)外徑的内束環(3)，在該内束環(3)末端是設有一 c形環 圈（5)及使其外周螺紋段(32)來與外束環(4)其相應的螺紋段(41)作旋 合’該結合在内束環(3)其周緣的外束環(4)形成的傾斜段開口（43)是 可允許水管(2)作活動貫穿；依此，藉該内、外束環(3、4)及c形環圈 (5)組成的扣設組體在作為水管(2)對應銜接高壓管接頭（1)其一連接 段(11)時，可將外束環(4)漸朝内束環(3)作迫緊旋入以將界於二構件 籲的C形璆圈（5)因受到其傾斜段(42)的斜度推壓使該圈徑漸作縮小(如 第五圖），來對水管(2)予以迫緊抵靠在高壓管接頭（!）其連接段(u) 的凹置層面之間，以達到水管(2)在與高壓管接頭（1)作銜接實施能具 有良好的方位限制。 本創作設計的高壓管接頭其固設結構改良第二實施(參第六圖）， 其包含以高壓管接頭（1) 一作用端在與水管⑵作銜接時為藉一内束環 (3〇及一外束環(4)來加以方位限制。其中； 對上述的高壓管接頭(1)及水管(2)與外束環(4)是與第一實施的 設置是一致，其差異的是在内束環(3’)形態就該内管徑是一必須恆大 7 M325422 於水管(2)的外徑，在内束環(3，）一端是界限端(31)及其間外周緣是形 成有一截螺紋段(32)，對靠開口(34)—端是延伸一截傾斜段(33)，在 臨靠界限端(31)的該截螺紋段(32)周緣層面是設有數道槽口（35)至傾 斜段的開口（34)〇 對高壓管接頭（1)在與導引液體的水管(2)作銜接時進形方位固設 實施(參第六〜八圖），是一併在水管(2)其銜接段落外周套設一内管徑 恆大於水管(2)外徑的内束環(3f)，在由周緣開設有數道槽口（35)的内 束環(3’)其外周螺紋段(32)來與外束環⑷其相應的螺紋段(41)作旋 鲁合，該結合在内束環(3f)其周緣的外束環⑷形成的傾斜段開口(43)是 可允許水管(2)作活動貫穿；依此，藉該内、外束環(3,、4)組成的扣 設組體在作為水管(2)對應銜接高壓管接頭（1)其一連接段(11)時，可 將外束環⑷漸朝内束環(3’)作迫緊旋入以使其周緣的數道槽口 (35) 因受到該傾斜段(42)的斜度推壓使該開口（43)漸作縮小(如第八圖）， 來對水管⑵予以迫緊抵靠在高壓管接頭⑴其連接段(11)的凹置層面 之間，以達到水管(2)在與高齡接頭⑴作銜接實施能具有良好的方 •位限制。 綜上所述，本創作設計的高壓管接頭在與水管作銜接時的扣設組 體在實施上確實可藉簡便、快速的組裝達到平穩牢固的定位功能，办 全符合專綱申請要件，纽法向鈞局提呈本案新型和^ 請’敬祈鈞局暨貴審查委員惠料理’並早日賜准本案晴型專利， 實感德便。 8 M325422 【圖式簡單說明】 第一圖：習用高壓管接頭與水管作銜接藉鐵絲予以繫綁的實施示意 第二圖··習用高壓管接頭與水管作銜接藉套管予以迫緊的實施示意 第三圖：本創作高壓管接頭與水管及其扣設組體的分解立艘圖 第四圖：本創作高壓管接頭與水管在銜接時藉扣設組體完成固設的示 意圖 第五圖：第四圖的A—A剖面詳圖 第六圖：本創作高壓管接頭與水管及其扣設組體的第二實施分解立體 圖 第七圖：本創作高壓管接頭與水管在銜接時藉第二實施的扣設組艘完 成固設的示意圖 第八圖：第七圖的B—B剖面詳圖 【主要元件符號說明】 〔習用〕 (10)高壓管接頭 （20)水管 (30)鐵絲 （40)套管 〔本創作〕 (1)高壓管接頭 (12)突環緣 (3、3’）内束環 (32、41)螺紋段 (34、43)開口 (4)外束環 (51)缺口 (11)連接段 (2)水管 (31)界限端 (33、42)傾斜段 (35)槽口 (5)C形環圈 9M325422 VIII. New description: [New technical field] This creation is to provide a fixed structure improvement of high-pressure pipe joints, mainly for high-pressure pipe joints used in pesticide spraying or any high-pressure liquids. When connecting, you can get a smooth connection implementation by a simple assembly. [Prior Art] For the current application, the application of the high-pressure pipe joint nozzle for spraying pesticides or any high-pressure liquid to be connected with the water pipe as the guiding liquid is one in which the water pipe (2 〇) is placed at a high pressure. After the pipe joint (10) is connected, it is tied with several wires (3〇) (refer to the first figure), but this method is easy to fall off after being used for a period of time with high pressure liquid, causing the user to re The water pipe (2〇) connected to the end of the high-pressure pipe joint (1〇) is fastened as a wire (3〇). The second way is to connect the water pipe (20) to the high-pressure pipe joint (1〇), and then crimp the two members into a tight shape by the casing (40) (refer to the second figure), but the method is When the casing (40) is detached after a period of use of the high-pressure liquid, it is necessary to take it to the manufacturer for re-compression to cause the high-pressure pipe joint (10) and the water pipe (2〇) to be connected and fixed. . [New content] This creation is based on the inconvenience of the current implementation of the high-pressure pipe joints and water pipes for the purpose of application, in order to apply to pesticide spraying or any high-dust pipe joints that must be used as high-pressure liquids. The connection with the water pipe can be achieved quickly and easily, and the positioning of the stable beef solid can be obtained, and the water pipe can be disassembled in the future. The main purpose of this creation is to combine the inner bundle ring with an inner diameter that is always larger than the outer diameter of the water pipe in the outer circumference and the other outer bundle when the old joint-glyph is connected with the water pipe 5 M325422. The outer end of the outer bundle ring is provided with a corresponding inclined section of the inner bundle ring as the inclined section and the opening allows the water pipe to penetrate, and the end of the inner bundle ring which is bounded to the open end of the outer bundle ring is provided with a c-shaped loop; When the water pipe is connected to one end of the high-pressure pipe joint, the outer ring ring can be gradually tightened toward the inner ring to push the c-ring of the two members to be inclined by the inclination of the inclined portion. The loop is gradually reduced to press the water pipe against the end of the high-pressure pipe joint to achieve a good orientation limit for the water 5 to be engaged with the 13⁄4 pressure pipe joint. • The first purpose of the creation is to join the outer bundle ring with a plurality of notches at the active end of the pressure pipe joint at the end of the connection with the water pipe. The outer end of the outer bundle ring is matched with the corresponding inclined section of the inner bundle ring for the inclined section and the opening allows the water pipe to penetrate; as the water pipe, the outer bundle ring can be gradually turned toward the inner bundle when correspondingly connecting one end of the high pressure pipe joint. The ring is forced to be screwed in so that the notch of the circumference of the inner bundle ring is pressed against the slope of the inclined section thereof to gradually reduce the opening, thereby pressing the water pipe against the high pressure pipe joint One end, in order to achieve the water pipe in conjunction with the high pressure pipe joint implementation can have a good orientation limit. [Embodiment] The fixing structure of the high-pressure pipe joint designed by the present invention is improved. Referring to the third figure, the main part comprises a high-pressure pipe joint (1). When the working end is connected with the water pipe (2), an inner bundle ring is used. 3) An outer bundle ring (4) and a C-ring (5) are used to limit the orientation. Wherein; the south pressure pipe joint (1) ′ has one end extending with a plurality of connecting sections (11) abutting against the flange edge (12) at a surface level to match the water pipe (2). The inner bundle ring (3), the inner diameter of the inner bundle ring (3) must be larger than the outer diameter of the water tube raft, and the end of the inner bundle ring (3) is the limit end (31) and the outer peripheral edge thereof forms a section of the thread (infringement), By the opening (34) 6 M325422 One end is formed with a section of inclined section (33). The outer collar (4) 'the inner circumference is formed by a threaded section (41) to match the inner bundle ring (3) of the threaded section (32) and the end of the outer bundle of the opening (43) is inclined Section (42) setting and the opening (43) allow the water pipe (2) to pass through. C-ring (5), which is a flexible ring made of a flexible ring at one end and provided with a notch (51) as a water pipe (2) that can be connected to one end of the high-pressure pipe joint (丨) Resist. When the high-pressure pipe joint (1) is connected with the water-conducting water pipe (2), the shape is fixed and implemented (refer to the third to fifth figures), and is disposed inside the water pipe (2) in the outer periphery of the connecting section. The inner bundle ring (3) whose diameter is always larger than the outer diameter of the water pipe (2) is provided with a c-shaped ring (5) at the end of the inner bundle ring (3) and the outer peripheral thread segment (32) to be externally bundled The ring (4) is screwed with its corresponding threaded section (41). The inclined section opening (43) formed by the outer bundle ring (4) of the inner end of the inner bundle ring (3) allows the water pipe (2) to be made The activity is penetrated; accordingly, the fastening group consisting of the inner and outer bundle rings (3, 4) and the c-ring (5) is connected to the high pressure pipe joint (1) as a water pipe (2). (11), the outer bundle ring (4) can be tightened toward the inner bundle ring (3) to force the C-shaped loop (5) bounded by the two members to be subjected to the inclined section (42). The inclination push causes the diameter of the ring to gradually shrink (as shown in the fifth figure) to press the water pipe (2) against the concave layer of the connecting section (u) of the high-pressure pipe joint (!) to The reach of the water pipe (2) in connection with the high pressure pipe joint (1) can have a good orientation limit. The second embodiment of the high-pressure pipe joint of the present design is modified (refer to the sixth figure), which comprises an inner end ring (3〇) when the working end of the high-pressure pipe joint (1) is engaged with the water pipe (2). And an outer bundle ring (4) for azimuth limitation. Among them, the above high pressure pipe joint (1) and water pipe (2) and outer bundle ring (4) are identical to the first embodiment, and the difference is In the inner bundle ring (3') form, the inner diameter is a constant 7 M325422 on the outer diameter of the water pipe (2), the end of the inner bundle ring (3,) is the limit end (31) and the outer periphery is Forming a threaded section (32), a pair of inclined sections (33) extending from the opening (34) end, and a plurality of grooves are provided on the periphery of the section (32) of the cutting end (31) The opening (34) of the mouth (35) to the inclined section 实施 is applied to the high-pressure pipe joint (1) when the water pipe (2) for guiding the liquid is engaged (refer to the sixth to eighth figures), which is a And an inner inner ring (3f) having an inner diameter smaller than the outer diameter of the water pipe (2) is disposed on the outer circumference of the connecting pipe of the water pipe (2), and an inner inner ring (3' is provided with a plurality of notches (35) from the periphery. ) its peripheral thread segment (32 ) to sew the corresponding threaded section (41) of the outer bundle ring (4), and the inclined section opening (43) formed by the outer bundle ring (4) of the inner bundle ring (3f) is allowed to allow the water pipe (2) The activity is carried out; according to this, the buckle group consisting of the inner and outer bundle rings (3, 4) is connected to the high pressure pipe joint (1) as a connecting pipe (1) as the water pipe (2) The outer collar (4) can be tightened inwardly toward the inner collar (3') such that the plurality of slots (35) of the periphery thereof are urged by the inclination of the inclined section (42) to open the opening (43). ) gradually reduce (as shown in the eighth figure), to press the water pipe (2) against the concave layer of the connecting section (11) of the high-pressure pipe joint (1) to reach the water pipe (2) in the joint with the old joint (1) The implementation of the connection can have a good square limit. In summary, the high-pressure pipe joint designed by the present design can be smoothly and firmly positioned by simple and quick assembly in the implementation of the buckle assembly when the water pipe is connected with the water pipe. Function, do all in line with the application requirements of the special program, New Zealand will present the new type of case to the bureau and ^ Please 'respect the praying bureau and the member of the review committee Hui cuisine' and give the case a clear type as soon as possible 8 M325422 [Simple description of the diagram] The first picture: the implementation of the high-pressure pipe joints and the water pipes for the connection of the iron wire to tie the second figure · The use of high-pressure pipe joints and water pipes for the connection of the casing The implementation of the forced implementation of the third picture: the creation of high-pressure pipe joints and water pipes and their decomposed group of the decomposition of the fourth map: the creation of high-pressure pipe joints and water pipes at the time of connection by the deduction of the group to complete the installation The fifth diagram of the schematic diagram of the A-A section of the fourth figure: The second embodiment of the high-pressure pipe joint and the water pipe and its buckle assembly is shown in the seventh figure: the high pressure pipe joint and the water pipe At the time of convergence, the second embodiment of the deduction group is used to complete the installation. The eighth figure: the B-B section of the seventh figure. [Main component symbol description] [Use] (10) High-pressure pipe joint (20) water pipe (30) Wire (40) bushing [This creation] (1) High-pressure pipe joint (12) The flange (3, 3') inner ring (32, 41) threaded section (34, 43) opening (4) Outer bundle ring (51) notch (11) connecting section (2) water pipe (31) limit end (33, 42) inclined section (35 ) Notch (5) C-shaped ring 9