M349980 八、新型說明： 【新型所屬之技術領域】 t夾之技觸域’尤其是指_種紐高其承受的抗拉 力及防止螺栓頭擠入樓開殼體的功效為其技術特徵者。 【先前技術】 按習用之管夾構造，請參閱第一、二圖所示，其包含有螺栓1 0、殼體12及帶體15所組成，其中該螺栓1〇可分為多角形狀的 _螺栓頭101、圓形狀的頸部10 2及螺旋環燒狀的螺紋部1〇 3， 且於靠近聊1 〇 2的螺栓頭1 Q 1端緣處形成有向外側漸擴大的圓 錐部1013，並使該多角形狀的螺栓頭丄〇丄上形成有一字形狀或 十字形狀··等的凹槽1〇丄5 ,以使得螺栓1〇之螺紋部丄〇 3能 被包覆於殼體12及帶體15之間；又，該殼體12係呈中空狀，且 於其兩側形成有延伸片121、12 2，並使該二延伸片121、1 2 2分別置於帶體15之接設端151兩侧的定位槽15 2内後而呈 ®朝彼此方向的對折，以達到使殼體12能組設固定於帶體15之接設 端151上，且能將螺栓1〇之螺紋部1〇 3包覆於殼體12内緣與 •帶體15之接設端151間，並能使帶體15另端的前導端15 3及 其上的齒部15 4能同時穿過嚙合於螺栓1〇之螺紋部1〇 3下方至 帶體15之接設端151間’以致使轉動螺栓1〇之螺紋部1〇 3 後，能帶動帶體15之前導端15 3往一侧移動，進而達到束緊物件 的功效。 上述創作案雖能達成原先所設定之創作目的，而深受業界及一般 4 M349980 操作者所讚許，惟鑑於業界對技術之研發日新月異，不餘遺力，故本 申請人乃更再努力研究改良’其使臻於完美實用；且近來創作人在 歷歷無數次更新實驗職以及歸_f者之實_作制上的回應意 見，發現尚有下列問題猶待進一步改善： 由於殼體係藉由延伸片受麗力彎折後而卡制於帶體之定位槽内， 因此’當帶體束緊物件後再繼續轉動螺栓（即帶體不動而螺检可轉動） 時’則會使得之螺__錐部往贿崎人，甚至將殼體往上 方推擠移誠撐隨體往上移_財，而魏贿兩懈伸片末端 由内侧朝向下方變形移動（即變得更接近筆直狀），而形成延伸片的 局部包覆於帶體上，進而使其抗拉力A耕低為其—大困擾p 有鏹於此，本創作人乃積極開發研究，並為改進上述習用管失構 造的缺失’本創作人以從事此類產品製造多年之經驗，經過長久努力 研究與實驗’終關魏相賴狀敎構造，雛嘉惠所有的消 費者及製造者。 > 【新型内容】 本創作之管夾構造的主要内容係在於提供一種藉由已位於殼體二 -側延伸片之尺寸大小不同的前腳及後腳分別同時置入帶體之前定位區 及後定位區内、殼體之凸頸區二侧凸伸片受壓後而位移進入至已受殼 體所包覆的螺栓之頸部近處、以及螺栓頭之凹環部恰能咬合位於殼體 的凸頸區的外周側，而形成殼體緊固於帶體上，且螺栓確實被包覆於 殼體及帶體間轉動，並使得螺栓頭之凹環部恰能咬合位於殼體的凸頸 區的外周側，以達到增加螺栓頭與殼體及殼體與帶體間的兩兩相互牽 M349980 制的咬合作用’以確實防止螺栓穿入殼體内並撐開的現象，進而達到 提1¾共同承受的抗拉力者為其進步性功效。 【實施方式】 本創作係有關於一種管夾構造，請參閱第三圖至第十二圖所示， 其包含有殼體2、螺栓3及帶體4所組成，其中該殼體2係可分為前 段的凸頸區2 0及後段的限位區2 5，且該凸頸區2 0的下方形成有 向下延伸的凸伸片2 01，並使該凸伸片2 〇1受壓後而位移進入至 籲已受殼體2所包覆的螺栓3之頸部3 1近處（如第十二圖）；又，該 限位區2 5的兩側形成有可相對彎折的二延伸片2 51、2 5 2，且 於二延伸丨2 5 1、2 5 2_後方分卿成有㈣方凸伸的前腳2 511、2 5 2 1及向後方凸伸的後腳2 5工2、2 5 2 2，並使前 腳2511、2521的長度尺寸a 1大於後腳2 512、2 5 2 2 的長度尺寸B1 (如第五圖），以致使二延伸片2 5 1 2 5 2在彎 折包覆於帶體4後，再受壓迫力量作·使得二延伸片2 5 i5 2末端朝向彼此方向接近移動，方能使得前腳2 5 i i、2 5 2工及 後腳2512、2 5 2 2分別插入卡制於帶體4之前定位區4〇1的 前底板4 0 4上及後定位區4 〇 2的後底板4 〇 6上(如第八、九圖）· 該螺栓3至少可分為多角形狀的螺栓頭3〇、圓形狀的 / 及螺旋環繞狀的敎部3 2，其中闕栓頭3 〇與觀部3 直徑尺寸較小_部3 1加晚_成，且於該多角形 、 〇内形成有-字形狀或十字形狀.·等的凹槽3〇1，並於螺检= 0的砸面内形成有凹環部3 〇 2，以作為螺_3 部⑽ M349980 2能確實咬合於殼體2的凸頸區2◦上（如第十二圖）； 該帶體4可分為頭端區4 G及尾端區4 5 ，其中該頭端區4 〇設 有向下凸伸的前定位區4 〇1、後定位區4 0 2及已位於前定位區4 01、後定位區4 0 2間的長條孔4〇 3，且該前定位區4〇丄的開 口端及後疋健4 0 2的開口端係呈相向設置，並使前定位區4 〇 i 及後定減4 0 2均同時凸伸於帶體4的一側方；又，該前定位區4 01内形成有向下斜置的前底板4 〇 4，且於其開口端緣近中間處形 籲成有内凹狀的凹部4〇41 ’而該後定位區402内亦形成有向下斜 置的後底板4 0 6，且於其開π端緣近中間處形成有外凸狀的凸部4 0 61 ;另，該尾端區4 5設有齒部4 51，且該齒部4 51係呈等 距離的斜向設置為最佳；而上述之齒部4 5 i可為絲貫穿狀的孔或 凸起狀的齒為最佳。 由於殼體2的前腳2 511、2 5 2 1、後腳2 512、2 5 2 2分別插人卡制於帶體4之前定位區4 〇丄的前底板4 〇 4及其後定 •位區40 2的後底板40 6上，再加上，殼體2之凸伸片2〇丄受壓 後而移動至螺栓3之騎3 1近處，而使得螺栓3能被包覆於殼體2 -及帶體4之頭端區4 〇間，並使得螺栓頭3⑽壁面内的凹環部3 〇 2能確實套接咬合於殼體2的凸頸區2 〇外周侧，因此，當帶體4束 緊物件6後’會因螺栓3的螺紋部3 2與帶體4之齒部45工間已保 持緊密的唾合，再強迫螺栓3 〇繼續轉動時，則會形成帶體4不動而 螺检3略微往-側移動，且會帶動螺栓頭3 〇的凹環部3 〇 2在略微 移動下能更加緊密的壓迫在殼體2的凸頸區2 〇外關上，而形成螺 M349980 栓頭3 0之凹環部3 q 2咬合卡制於殼體2之凸頸區2 〇外周侧上、 螺栓3之螺紋部3 2緊密咬合於帶體4之齒部4 51上及殼體2之前 腳2511、2521、後腳2 512、2 5 2 2分別插入卡制於帶 體4之則定位區4 q丨的前底板4 〇 4及其後定位區4 q 2的後底板 40 6上而達到螺栓3同時緊密結合於殼體2、帶體4間及殼體2 與帶體4間的兩兩相互緊密牽制咬合作用下，進而能大大提高其所能 承受的共同抗拉力或扭力者。 鲁綜合上所述’本創作之管爽構造，確實具有前所未有的創新構造， 其既未見於任何聽，且市面上絲見有任何類_產品，所以，其 =有新酿應絲慮。糾，補作所具有之雜特徵以及功能遠非 I用的所可比擬，所以其確實比之f用的更具有其進步性，其符合我 國專利法有關翻專歡φ請要件的規定，乃絲提起專利申請。 M349980 第一圖係為習用之解u 一 ::為第一 _局部組合剖面作動二:面― 第二圖係為本創作之立體分解局部剖面示意圖。 第四圖係為摘作之螺栓的平面示意圖。 第五圖係為本創作之殼體的平面示意圖。M349980 VIII, new description: [New technical field] t-clip technology touch field 'especially refers to the type of New York high tensile strength and the ability to prevent the bolt head from squeezing into the open shell is a technical feature . [Prior Art] According to the conventional pipe clamp structure, as shown in the first and second figures, it comprises a bolt 10, a casing 12 and a belt body 15, wherein the bolt 1〇 can be divided into a polygonal shape _ a bolt head 101, a round neck portion 10 2 and a spiral ring-shaped thread portion 1〇3, and a conical portion 1013 which is gradually enlarged outward is formed at an edge of the bolt head 1 Q 1 near the chat 1 〇 2 And forming a groove 1〇丄5 having a shape of a letter or a cross shape on the polygonal head of the polygonal shape so that the threaded portion 3 of the bolt 1 can be wrapped around the casing 12 and The housings 12 are hollow, and the extending pieces 121 and 12 2 are formed on both sides thereof, and the two extending pieces 121 and 12 2 are respectively placed on the belt body 15. The positioning grooves 15 2 on both sides of the end 151 are disposed in the opposite direction of the orientation of the pair of 151s so as to enable the housing 12 to be assembled and fixed to the connecting end 151 of the belt body 15, and the thread of the bolt can be twisted. The portion 1〇3 is wrapped between the inner edge of the casing 12 and the connecting end 151 of the belt body 15, and enables the leading end 15 3 at the other end of the belt body 15 and the tooth portion 15 4 thereon to pass through at the same time. After the threaded portion 1〇3 of the bolt 1〇 is connected to the connecting end 151 of the belt body 15 so as to rotate the threaded portion 1〇3 of the bolt 1〇, the leading end 15 3 can be moved to the side before the belt body 15 is driven In order to achieve the effect of tightening the object. Although the above-mentioned creations can achieve the original purpose of creation, they are highly praised by the industry and the general 4 M349980 operators. However, in view of the ever-changing research and development of technology in the industry, the applicant is working hard to improve the research. 'It makes it perfect and practical; and recently the creators have responded innumerable times to update the experimental position and the actual results of the _f, and found that the following problems still need to be further improved: because the shell is extended by After the piece is bent by LYC, it is stuck in the positioning groove of the belt body, so 'When the belt body tightens the object and then continues to rotate the bolt (ie, the belt body does not move and the screw thread can be rotated), it will make the snail _ _The cone is going to the bribes, and even pushing the shell upwards and moving it up and moving up with the body, while the end of the bribery stretches from the inside to the bottom (ie becomes closer to the straight) The part that forms the extension piece is coated on the belt body, so that the tensile strength A is ploughed down. This is a big trouble. This creator actively develops research and improves the above-mentioned conventional tube loss structure. The lack of 'the creator What kind of experience in manufacturing for many years, through the efforts of long-term research and experiment 'end of Wei Guan Teaching with Lai-like structure, all of the AirPlus young consumers and producers. > [New content] The main content of the pipe clamp structure of the present invention is to provide a positioning zone and a rear positioning before the front and rear legs are respectively placed in the casing by the two-side extension pieces of the casing. In the zone, the convex protrusions on the two sides of the convex neck portion of the casing are pressed and displaced into the vicinity of the neck of the bolt which has been covered by the casing, and the concave ring portion of the bolt head can be engaged in the casing. The outer peripheral side of the convex neck region is formed, and the casing is fastened to the belt body, and the bolt is indeed wrapped around the casing and the belt body, and the concave ring portion of the bolt head can be engaged with the convex neck of the casing. The outer peripheral side of the zone is used to increase the bite cooperation between the bolt head and the casing and between the casing and the belt body, M349980 to ensure that the bolt penetrates into the casing and expands, thereby achieving the lifting. The shared tensile strength is its progressive effect. [Embodiment] The present invention relates to a pipe clamp structure, as shown in the third to twelfth drawings, which comprises a casing 2, a bolt 3 and a belt body 4, wherein the casing 2 is The convex neck portion 20 of the front stage and the limiting portion 25 of the rear stage are divided, and a downwardly extending protruding piece 210 is formed under the convex neck portion 20, and the protruding piece 2 〇1 is pressed Then, the displacement enters into the vicinity of the neck portion 3 1 of the bolt 3 which has been covered by the casing 2 (as shown in the twelfth figure); further, the two sides of the limiting portion 25 are formed to be relatively bendable. Two extension pieces 2 51, 2 5 2, and two extensions 丨 2 5 1 , 2 5 2 _ rear divided into four (4) square protruding front feet 2 511, 2 5 2 1 and rearwardly protruding rear legs 25 2, 2 5 2 2, and the length dimension a 1 of the front legs 2511, 2521 is greater than the length dimension B1 of the rear legs 2 512, 2 5 2 2 (as shown in the fifth figure), so that the two extension pieces 2 5 1 2 5 2 After the bending is applied to the belt body 4, the pressing force is applied to make the ends of the two extending pieces 2 5 i5 2 move toward each other, so that the front legs 2 5 ii, 2 5 2 and the rear legs 2512, 2 5 2 2 respectively inserted into the card body 4 The front bottom plate 4 0 4 of the positioning area 4〇1 and the rear bottom plate 4〇6 of the rear positioning area 4〇2 (such as the eighth and ninth figures). The bolt 3 can be at least divided into a polygonal head bolt head 3〇, a circular shape/and a spiral-shaped crotch portion 3 2, wherein the cymbal head 3 〇 and the viewing portion 3 have a smaller diameter _ part 3 1 plus _, and a - shape is formed in the polygon and the cymbal Or a groove 3〇1 of a cross shape, etc., and a concave ring portion 3 〇2 is formed in the kneading surface of the screw inspection = 0, so as to be a screw _3 portion (10) M349980 2 can be surely engaged with the convexity of the casing 2 The neck region is 2 ( (as shown in the twelfth figure); the belt body 4 can be divided into a head end region 4 G and a tail end region 4 5 , wherein the head end region 4 〇 is provided with a downwardly protruding front positioning region 4 〇1, the rear positioning area 4 0 2 and the long hole 4〇3 which is located between the front positioning area 4 01 and the rear positioning area 4 0 2 , and the open end of the front positioning area 4〇丄 and the rear 疋 4 4 The open ends of the two are disposed opposite to each other, and the front positioning area 4 〇i and the rear fixed 4 0 2 are simultaneously protruded from one side of the belt body 4; further, the front positioning area 410 is formed downward. The inclined front bottom plate 4 〇4, and near the middle of its open end edge The concave portion 4〇41′ is recessed, and the rear bottom plate 410 is also formed with a downwardly inclined rear bottom plate 060, and a convex convex portion is formed near the middle of the opening π end edge thereof. The portion 4 5 61 is provided with a tooth portion 4 51, and the tooth portion 4 51 is optimally disposed at an equidistant angle; and the tooth portion 4 5 i can be a thread through Shaped holes or raised teeth are preferred. Since the front legs 2 511, 2 5 2 1 and the rear legs 2 512 and 2 5 2 2 of the casing 2 are respectively inserted into the front bottom plate 4 〇 4 of the positioning area 4 之前 before the belt body 4 and the rear fixed position area thereof On the rear bottom plate 40 6 of the 40 2, in addition, the protruding piece 2 of the casing 2 is pressed and moved to the vicinity of the ride 3 1 of the bolt 3, so that the bolt 3 can be wrapped around the casing 2 - and the head end region 4 of the body 4 is interposed, and the concave ring portion 3 〇 2 in the wall surface of the bolt head 3 (10) can be surely engaged and engaged with the outer peripheral side of the convex portion 2 of the casing 2, and therefore, when the belt body After the tightening of the object 6 is completed, the threaded portion 3 of the bolt 3 and the tooth portion 45 of the belt body 4 are kept in close tension, and when the bolt 3 is forced to continue to rotate, the belt body 4 is formed without moving. The thread check 3 is slightly moved to the side, and the concave ring portion 3 〇2 of the bolt head 3 带 can be pressed more tightly under the slight movement of the convex portion 6 of the casing 2 to form a screw M349980 bolt. The concave ring portion 3 q 2 of the head 30 is snap-fitted on the outer peripheral side of the convex neck region 2 of the casing 2, and the threaded portion 3 2 of the bolt 3 is tightly engaged with the tooth portion 4 51 of the belt body 4 and the casing 2 Front foot 2511, 2521, rear foot 2 512 2 5 2 2 is respectively inserted into the front bottom plate 4 〇 4 of the positioning portion 4 q of the belt body 4 and the rear bottom plate 40 6 of the rear positioning area 4 q 2 to reach the bolt 3 while being tightly coupled to the casing 2 The two belts between the belt body 4 and the casing 2 and the belt body 4 are tightly pinched to each other, thereby greatly improving the common tensile strength or torsion force that can be withstood. Lu's comprehensive description of the 'cool design of the creation, has an unprecedented innovative structure, it is not seen in any listening, and there are any kind of products in the market, so, it has a new brew should be considered. Correction, replenishment has many miscellaneous features and functions that are far from comparable to those used by I, so it is more progressive than the use of f, which is in line with the provisions of the Chinese Patent Law on the requirements of the pleadings, File a patent application. The first picture of M349980 is the solution of the conventional one. The following is the first _ partial combination profile actuation two: face - the second picture is a three-dimensional decomposition partial section diagram of the creation. The fourth figure is a schematic plan view of the bolts taken. The fifth figure is a schematic plan view of the shell of the creation.
第六圖係為摘作之贿欲組人帶體時的初步組合狀態圖。 第七圖係為第六®作動後的組合局部剖面示意圖。 第八圖係為第七圖作動後的組合局部剖面示意圖。 第九圖係為本創作之殼體已組設於帶體時的組合狀態圖。 第十圖係為第八圖作動後的組合局部剖面示意圖。 第Η—圖係為第十圖的螺栓欲組入時的組合局部剖面示意圖。 第十二圖係為本創作在束緊物件時的局部組合剖面示意圖。 【主要元件符號說明】 殼體2 凸頸區2 0 凸伸片2 0 1 限位區2 5 延伸片2 5 1 前腳2 511 後腳2 512 延伸片2 5 2 前腳2 5 21 後腳2 5 2 2 螺栓3 螺栓頭3 〇 凹槽3 0 1 凹環部3 0 2 頸部3 1 螺紋部3 2 帶體4 頭端區4 0 前定位區4 01 後定位區4 〇 長條孔4 0 3 前底板4 0 4 凹部4 0 4 1 後底板4 〇 6 凸部4 0 6 1 尾端區4 5 齒部4 5 1 物件6 長度尺寸A 1 長度尺寸B1The sixth picture is the preliminary combined state diagram of the abstracted bribe group. The seventh figure is a schematic partial cross-sectional view of the sixth® after actuation. The eighth figure is a schematic partial cross-sectional view of the seventh figure after actuation. The ninth figure is a combined state diagram of the case where the housing of the creation has been assembled to the belt body. The tenth figure is a schematic partial cross-sectional view of the eighth figure after actuation. The third section is a schematic partial cross-sectional view of the bolts of the tenth figure to be assembled. The twelfth figure is a schematic view of a partial combination of the present invention when the object is tightened. [Main component symbol description] Case 2 Neck area 2 0 Projection piece 2 0 1 Limit area 2 5 Extension piece 2 5 1 Front foot 2 511 Rear foot 2 512 Extension piece 2 5 2 Front foot 2 5 21 Rear foot 2 5 2 2 Bolt 3 Bolt head 3 〇 Groove 3 0 1 Recessed ring 3 0 2 Neck 3 1 Threaded part 3 2 Belt body 4 Head end zone 4 0 Front locating area 4 01 Rear locating area 4 〇 Long hole 4 0 3 Front Base plate 4 0 4 recess 4 0 4 1 rear plate 4 〇 6 convex portion 4 0 6 1 tail end region 4 5 tooth portion 4 5 1 object 6 length dimension A 1 length dimension B1