M3 3 9602 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種管 -種以迫緊面方式來迫緊:…、’#其技術上提供 並有束緊後不傷管件之二 <吏’、迫緊性佳、不會滑脫 干之官件迫緊結構。 【先前技術】 迫緊結構於曰常生活 ，其應用於許多結構上 疋非韦曰遍易於見到的 椅子等等。 +凡：拖把、曬衣桿、自行車、 請:閱第五圖，其係習知之管 具有-螺孔（32)的固 U =其係為- )。當要使内管件（3 π、（ 3 1 )及—固定件（3 3 穿設於固定環（31 =時’係將内管件(3〇) 疋核（31)上的螺孔 d)牙叹入該固 )使其尾端（34)抵住内！並旋調該固定件（33 3〇)不會脫落為1住内管件㈡。)，而至内管件（ 淮，上述習知之營 3 3 )的尾端（34 ) 2結構，其係直接以固定件（ 面積小（迫緊面積）且1僅'住内管件（3 0 )，不僅接觸 因丨a 其僅以單點迫緊會使内管件r 〇 因小面積上承受大a I緊曰使内“牛（3 〇 ) 是以，斜铒 昜内管件（3 0)。 、十i上述習知結構 -種更具理想實用性之+之問題點’如何開發 亦係相關業者須努力研發突：構，實消費者所殷切企盼， 有鐘於此，創作人:於多：目標及方向。 、年從事相關產品之製.造開發 5 M3 3 9602 與設計經驗，針對上述之目襟，_ 終得一確具實用性之本創作。羊加°又计與審慎評估後， 【新型内容】 欲解決之技術問題點：習知 其迫緊面積小且係以單點迫緊：之管件迫緊結構方式’因 的缺點。 ”的方式’將會有傷及内管件 解決問題之技術特點··提 一外管件，該外管件具有—圓中種官件迫緊結構，係有 ，於該外管件外緣側開設有〜^通孔，以供一内管件穿過 圍連接一有徑向嵌孔的嵌合營迫緊缺口，且該迫緊缺口外 道及階梯孔的第一内嵌件與〜更有一具迫緊面、徑向通 的第二内嵌件，該二内嵌件係=迫緊面、穿孔及内螺紋段 •由二嵌合件之迫緊面抵固住別由嵌合管兩側嵌入，藉 嵌件間旋調，改變二内‘件 g件，並藉由螺栓螺入二内 對組入通孔内之内管 入追緊缺口間的距離，進而 對照先前技術之功效. 功效。 作與習知比較，具有下述進牛供—種管件迫緊結構，本創 因係使用迫緊面的方式：之功效： 傷及内管件且因為传以面L 34緊内管件，因⑯，並不會 點迫緊方式，擁有更大的迫广固住内管件，相較於單 落，而具有較佳的迫緊效果:、面積，因而使内管件不易脫 有關本創作所採 #… 用之技術、手段及其功效，茲I - 佳貫施例並配合圖十 > 餘舉一較 的^^ ^ 式坪細說明於后，相信本創作上述之目 的、構造及特徵，去 4心目 田可由之得一深入而具體的瞭解。 M339602 ^【實施方式】 參閱第一至四圖所示，此管件迫緊結構之其一 結構，係包括有一外管件（1 0 )，該外管件（1 有一通孔（1 0 2 )，以供内管件（2 0 )組入， 件（1 0 ) —側開設有一迫緊缺口 （ 1 0 1 )，該 口 （ 1 0 1 )外圍連接一具有徑向嵌孔（1 1 1 ) 管（1 1 ); 一螺栓（1 4 )，該蜾栓（1 4 )係 0外螺紋段（1 4 1 )及一頭部（1 4 2 )，該頭部 2 )直徑係大於該外螺紋段（1 4 1 );一第一内 12)，該第一内嵌件（1 2 )係具有一迫緊面（ )、一徑向通道（1 2 2 )及一階梯孔（1 2 1 ) -緊面（1 2 3 )與該徑向通道（1 2 2 )係接近該 '(1 1 )之徑向嵌孔（1 1 1 )端，且該迫緊面（ )係可伸入迫緊缺口 （ 1 〇 1 )内，其形狀係為凹 而該徑向通道（1 2 2 )異於外管件（1 0 )徑向 籲1 1 1 )端係與該階梯孔（1 2 1 )連接，該階梯 2 1 )直徑係大於該徑向通道（1 2 2 )，以形成 面（1 2 4 )，且該階梯孔（1 2 1 )係略大於螺 4 )之頭部（1 4 2 )，讓螺栓（1 4 )得以栓入 該頭部（1 4 2 )至阻擋面（1 2 4 )為止；一第 件（1 3 )，該第二内嵌件（1 3 )係具有一迫緊 32)及一穿孔（131) ，該迫緊面（132) 該嵌合管（11)之徑向嵌孔（111)端，且該 (132)係可伸入迫緊缺口（101)内，其形 實施例 0 )具 於外管 迫緊缺 的嵌合 具有一 (14 嵌件（ 12 3 ，該迫 嵌合管 12 3 弧形， 嵌孔（ 孔（1 一阻擋 栓（1 並鎖置 二内嵌 面（1 係接近 迫緊面 狀係為 7 M339602 凹弧形，而該穿孔（1 3 1 )係徑向貫穿該第二内嵌件（ 1 3 )並具有内螺紋段，該内螺紋段係可與螺栓（1 4 ) 之外螺紋段（1 4 1 )螺鎖；第一内嵌件（1 2 )與第二 内嵌件（1 3 )係分別由嵌合管（1 1 )兩側嵌入，該螺 栓（1 4 )之外螺紋段（1 4 1 )係由第一内嵌件（1 2 )之階梯孔（1 2 1 )伸入通過徑向通道（1 2 2 )後接 與第二内嵌件（1 3 )穿孔（1 3 1 )之内螺紋段螺鎖； φ藉順時鐘方向或逆時鐘方向旋調螺栓（1 4 )，即可調整 二内嵌件（1 2 ) 、 （ 1 3 )間的距離，進而控制二内嵌 件（1 2 ) 、 （ 1 3 )伸入迫緊缺口 （ 1 0 1 )内的深度 ，以對組入通孔（1 〇 2 )内之内管件（2 0 )作迫緊或 •鬆放者。 當將上述構件組合後，操作使用時，當内管件（2 0 )組入通孔（1 0 2 )内後，藉旋調螺栓（1 4 )，以牽 拉二内嵌件（12) 、 （13)之二迫緊面（123)、 _(132)伸入迫緊缺口 （101)内與内管件（20) 管壁作徑向迫緊，因而將内管件（2 0 )與外管件（1 0 )固定於一起。 接下來，請再參閱第二圖所示。當欲迫緊内管件（2 0 )時，以順時鐘方向旋調螺栓（1 4 )，將螺栓（1 4 )之外螺紋段（1 4 1 )由第一内嵌件（1 2 )之階梯孔 (1 2 1 )伸入通過徑向通道（1 2 2)後接與第二内嵌 件（1 3 )穿孔（1 3 1 )之内螺紋段螺鎖，使二内嵌件 (12) 、 （13)之二迫緊面（123) 、 (132) 8 M339602 f迫緊缺口（ 1 0 1 )内逼近，而使内管件（2 Ο )與夕丨 牛（1 0)可緊緊固定於—起;當欲鬆放内管件時（2 〇)，以逆時鐘方向旋調螺检（工4)，將螺检（工4) 之外螺紋段（1 4 1 )由第：内嵌件u 3 }穿孔（3 1 )之内螺紋段鬆鎖，使二内嵌件（i 2 )、（ 1 3 )之 二迫緊面（123)、（132)往迫緊缺口（1〇1) 外移：，而使内管件（2 〇 )能夠鬆脫。 月V文係針對本創作之較佳實施例為本創作之技術特徵 進仃具體之祝明’‘准，熟悉此項技術之人士當可在不脫離 本創作之精神與原則下斟太⑻& & 〗下對本創作進行變更與修改，而該等 蜒更與修改，皆應涵蓋於如下φ & 中。下申明專利範圍所界定之範嘴 ，【圖式簡單說明】 第一圖：係本創作之實施例立體分解示意圖。 第二圖：係本創作之實施例俯視剖面圖。 _第三圖··係本創作之實施例立體圖。 第四圖：係本創作之實施例使用狀態圖。 第五圖：係習知管件迫緊結構之使用狀態:圖。 【主要元件符號說明】 本創作部份： (1 0 )外管件 (101)迫緊缺口 (1 0 2 )通孔 (1 1 )散合管 9 M339602 "(1 1 1 )徑 (1 2 )第一 (1 2 1 )階 (1 2 2 )徑 (1 2 3 )迫 (1 2 4 )阻 (1 3 )第二 φ ( 1 3 1 )穿 (1 3 2 )迫 (1 4 )螺栓 (1 4 1 )外 -(1 4 2 )頭 ( 2 0 )内管 習知部份： (3 0 )内管 籲（3 1 )固定 (3 2 )螺孔 (3 3 )固定 (3 4 )尾端 向後孔 内嵌件 梯孔 向通道 緊面 擋面 内嵌件 孔 緊面 螺紋段 部 件 件 環 件 10M3 3 9602 VIII. New description: [New technical field] The creation system provides a tube-type to force the tight surface to tighten:..., '# It is technically provided and has no tension and does not hurt the pipe fittings. <吏', the tightness is good, and the official parts will not slip off. [Prior Art] The tight structure is a common life, and it is applied to many kinds of structures, such as chairs that are easy to see in Wei Wei. + Where: mop, clothes pole, bicycle, please: read the fifth picture, which is the tube of the well-known - screw hole (32) solid U = its system is -). When the inner pipe member (3 π, ( 3 1 ) and the fixing member (3 3 is threaded through the fixing ring (31 = when the inner pipe member (3 〇) 疋 core (31) is screwed) Sigh into the solid) with its tail end (34) against the inside! And rotate the fixing piece (33 3〇) will not fall off to 1 inner pipe fitting (2).), and the inner pipe fittings (Huai, the above-mentioned custom camp) 3 3) The end (34) 2 structure, which is directly fixed with a small piece (small area (forced area) and 1 only 'inner pipe piece (3 0)), not only contact due to 丨a, it only tightens at a single point The inner pipe member r 承受 is subjected to a large a I close to the small area, so that the inner cow (3 〇) is, the inner pipe member (3 0) of the slanting cymbal. The above-mentioned conventional structure is more ideal and practical. The problem of sex + 'how to develop is also related to the industry must work hard to develop and develop: the construction, the real consumer is eagerly awaiting, there is a clock, the creator: Yu Duo: goals and direction. Years engaged in related products. Developed and developed 5 M3 3 9602 and design experience, in view of the above-mentioned objectives, _ finally has a practical and practical creation. After the addition and careful evaluation of the sheep plus, [new content] technical problem to be solved Problem: It is known that its tight area is small and it is tight at a single point: the pipe is forced to tightly structure because of the shortcomings. The way of 'will have the technical characteristics of the inner pipe fittings to solve the problem ·· a pipe fitting, the outer pipe member has a rounding type of the official member pressing structure, and is provided with a through hole on the outer edge side of the outer pipe member for allowing an inner pipe member to pass through the surrounding connection and a radial insertion hole The joint camping is tight, and the first insert and the first insert of the stepped outer channel and the stepped hole have a second inner insert having a forced surface and a radial passage, the two inserts are pressing surfaces, Perforated and internal thread segments • The two clamping parts are fastened by the pressing surface of the two fitting parts. They are embedded by the two sides of the fitting tube, and the two pieces are changed by the rotation between the inserts, and the bolts are screwed into the two parts. The distance between the inside of the through hole and the tightness of the indentation is compared with the effect of the prior art. Efficacy. Compared with the conventional method, the following cattle supply-type tube tight structure is used, and the invasive system is used. The way to force the face: the effect: hurt the inner pipe and because the face L 34 tight inside the pipe, because 16, not forced In a way, it has a larger forced-solid inner pipe fitting, which has a better pressing effect than the single drop: the area, so that the inner pipe member is not easy to be removed. Its efficacy, I I - good example and with the figure ten > Yu Yiyi compared ^ ^ ^ type of fine description, I believe that the purpose, structure and characteristics of the above creation, to the four heart field can be one In-depth and specific understanding. M339602 ^[Embodiment] Referring to Figures 1 to 4, one of the structures of the pipe pressing structure includes an outer pipe member (1 0 ), and the outer pipe member (1 has a through hole ( 1 0 2 ), for the inner pipe member (20) to be assembled, the member (10) is provided with a pressing notch (1 0 1 ) on the side, and the port (1 0 1 ) is connected to the periphery with a radial through hole ( 1 1 1) tube (1 1 ); a bolt (1 4 ), the yoke (1 4 ) is a 0-threaded section (1 4 1 ) and a head (1 4 2 ), the head 2) diameter The first inner insert (1 2 ) has a pressing surface ( ), a radial passage (1 2 2 ) and a stepped hole. The first inner insert (1 2 ) is larger than the outer thread segment (1 4 1 ); (1 2 1 ) - the tight surface (1 2 3 ) and the radial passage (1 2 2 ) are close to the radial insertion hole (1 1 1 ) end of the '(1 1 ), and the pressing surface ( ) is Extending into the pressing notch (1 〇1), the shape is concave and the radial passage (1 2 2 ) is different from the outer tubular member (1 0 ) radially facing the 1 1 1 end) and the stepped hole (1) 2 1 ) connected, the step 2 1 ) the diameter is larger than the radial passage (1 2 2 ) to form a face (1 2 4 ), and the stepped hole (1 2 1 ) is slightly larger than the head of the screw 4) (1 4 2 ), let the bolt (14) be bolted into the head (1 4 2 ) to the blocking surface (1 2 4 ); a first piece (13), the second inlay (1 3) ) having a pressing 32) and a perforation (131), the pressing surface (132) of the fitting hole (111) of the fitting tube (11), and the (132) system can extend into the tight gap (101), its embodiment 0) has a fitting for the outer tube to be tight and has a (14 insert (12 3 , the forced fitting tube 12 3 curved, perforated (hole (1 a blocking bolt ( 1 and lock the two inlaid faces (1 series close to the forced surface is 7 M339602 concave arc, and the perforation (1 3 1) is radial The second inner insert (13) has an internal thread segment that can be screwed with a threaded section (1 4 1 ) of the bolt (1 4 ); the first insert (1 2 ) and The second inner inserts (13) are respectively embedded by the two sides of the fitting tube (1 1 ), and the outer threaded section (1 4 1 ) of the bolt (1 4 ) is made of the first inner insert (1 2 ) The stepped hole (1 2 1 ) extends into the inner threaded section of the second inner insert (1 3 ) through the radial passage (1 2 2 ); φ is clockwise or reversed By adjusting the bolts (1 4 ) in the clock direction, the distance between the two inserts (1 2 ) and ( 1 3 ) can be adjusted, and then the two inserts (1 2 ) and ( 1 3 ) can be controlled to extend into the tight gap. The depth in (1 0 1 ) is used to tighten or loosen the inner tube (20) into the through hole (1 〇 2). When the above components are combined, when the inner tubular member (20) is assembled into the through hole (102), the inner insert (20) is pulled by the adjusting bolt (1 4) to pull the two inner inserts (12), (13) bis forced surface (123), _ (132) protrude into the tight notch (101) and the inner pipe member (20) pipe wall is radially tightened, thus the inner pipe member (20) and the outer pipe member (1 0 ) is fixed together. Next, please refer to the second figure. When the inner pipe member (20) is to be tightened, the bolt (1 4) is rotated clockwise, and the outer thread portion (1 4 1 ) of the bolt (14) is made of the first inner insert (1 2 ). The stepped hole (1 2 1 ) extends into the inner threaded section screw through the radial passage (1 2 2) and the second inner insert (1 3) perforation (1 3 1 ), so that the two inserts (12) ), (13) bis forced surface (123), (132) 8 M339602 f forced to close within the gap (1 0 1 ), so that the inner pipe (2 Ο ) and the yak (10) can be tight Fixed to start-up; when loosening the inner pipe (2 〇), turn the screw check in the counterclockwise direction (work 4), and screw the thread (1 4 1 ) outside the thread (1 4 1 ) from the inside: The inner thread segment of the insert u 3 } perforation (3 1 ) is loosened, so that the two inner inserts (i 2 ), (1 3 ), the two pressing faces (123), (132) are pressed tightly (1〇) 1) Move out: so that the inner tube (2 〇) can be released. The monthly V text is a technical example of the creation of the preferred embodiment of the present invention. The person familiar with the technology can do without the spirit and principle of the creation. (8) & Changes and modifications to this creation are made under & </ br> and these changes and modifications should be covered in the following φ & The scope of the patent scope defined by the patent scope is as follows: [Simplified description of the drawing] The first figure is a three-dimensional exploded view of the embodiment of the present creation. Second: A top cross-sectional view of an embodiment of the present creation. _The third figure is a perspective view of an embodiment of the present creation. Fourth: The state diagram is used in the embodiment of the present creation. Figure 5: The state of use of the known pipe fittings: Figure. [Main component symbol description] This part of the creation: (1 0) outer pipe fitting (101) pressing notch (1 0 2) through hole (1 1) loosening pipe 9 M339602 " (1 1 1 ) diameter (1 2 The first (1 2 1 ) order (1 2 2 ) diameter (1 2 3 ) forced (1 2 4 ) resistance (1 3 ) second φ ( 1 3 1 ) wear (1 3 2 ) forced (1 4 ) Bolt (1 4 1 ) outside - (1 4 2 ) head (20) head inner tube: (3 0) inner tube (3 1) fixed (3 2) screw hole (3 3) fixed (3 4) tail end backward hole inner insert ladder hole to channel tight surface stop surface inner insert hole tight surface thread segment component part ring member 10