201043404 六、發明說明： 【發明所屬之技術領域】 本發明係與旋轉扳手結構有關，尤指— 之本體與握把間係設有控制桿，該控 ^反: ，可調整長度或成τ桿狀，使該旋轉=二 多種操作結構。 錢于'，、口構具 【先前技術】 Ο Ο 2人先前所知，習用之旋轉扳手結構如美國專利U :281452Β2號’其係包括:扳手（1 于I 2 〇 )，其中； —種可三百六十度縱橫轉向之雙頭扳手，主要係包含 L—手柄（11)，該手柄（11)具有-柄部及-前 ^部（1 2 )，該柄部可套接—把手（2 Q )，而前柩接 1 2)為半圓形片體，於中間部位設有一開縫（1 ^ ’該開縫（工工2)延伸至柄部預定位置，並前樞 部（1 2 ) —位置穿設一螺桿（丄2 4 )，螺桿（工2 么）橫越該開縫（i i 2 );—棘輪頭（i 3 )，係樞接於 。接邛（1 2)，該棘輪頭（1 3)正面設有驅動頭（1 4 j，使驅動碩（1 4)可以扭轉；其特徵在於：該前樞 妾部（1 2)近柄部處設有一空缺（丄2 2)，該空缺（工 2 2)可供棘輪頭（1 3)之驅動頭（1 4)通過，並且 於棘輪頭（1 3)之背面設有另一驅動頭（1 5 )，該驅 動碩（1 5)可作扭轉，當該正、反面之驅動頭（i 4 ) (1 5)可通過前樞接部（i 2)之空缺（丄2 2)，則 3 201043404 ^輪頭夕3)可作縱向的三百六 =之:動頭（14)、(15)可作橫向 =物體’以達到方便使用者靈活操作之目的’二 為5亥專利之設計結構。 ’、 忒美國專利結構之優點係在於： 該手柄（11)之開縫（112)係以把手（ 之上穿孔（21)處為定點作一距離之 Ο Ο 抵壓鈕（2 2 )杵击丨丨兮曰，。 砂汉用書利用 W丰2 旱（2 3 )及彈菁（2 4 )移位， ^手（10)係可調整與把手（2Q)間之距離以伸長 ^且扳手（1 Q)整體長度，但該扳手結構之扳手（i ”把手（2 Q)間係僅具伸縮調整 ==〇)與把手(2〇)間係無其二 μ L _扳手結構之使用擴充性變_不足而且 改善空間。 八 有鑑於上述習用旋轉扳手結構之缺失，本發明人 =事相關行業之經驗’終於有—能改善習用弊端之i品 【發明内容】 本發明係為—觀轉扳手之本體與握㈣係設有控 =，該控制桿係為旋轉扳手之開關結構，控制控制桿， 扳可調整長度或成T桿狀，使該旋轉板手具多種 具體而言’本發明係關於一種旋轉板手結構，其係包 有·-本體-端係設有γ型開σ之支臂，另端設有末端 4 201043404 部，該近末端部處係設有一橫向貫穿之控制槽，該控制槽 係包括：第一樞部、第二框部及連接部；一工具頭係於支 臂處作擺動；一套桿縱向係開設有第一缺槽、第一容槽及 穿孔，該穿孔係與控制槽相對正；一握把縱向係設有一第 二缺槽及第二容槽，該套桿係固設於第二缺槽及第二容槽 處，該握把橫向設有貫穿之控制部，該控制部係與穿孔相 對正；一控制桿係容設於控制部、穿孔及控制槽之第一柩 部内，該控制桿係設有樞部，該樞部之寬度係配合本體之 〇 連接部，控制桿經控制後，樞部係可通過連接部，控制桿 由第一樞部移位至第二樞部處，套桿及握把即相對於本體 移位。 - 藉此，該本體係容設於套桿内，藉由控制該控制桿轉 . 動或移位，使該控制桿係於控制槽内位移，該本體與握把 間係具調整長度之功效且可轉變成τ桿結構，該控制桿係 需控制轉動或移位，該旋轉扳手於旋動時不致因施力而使 本體與握把間自然移位，該控制桿即等同旋轉扳手之開關 ϋ 功效。 ' 為使鈞局委員及熟習於此項技藝人士對本發明之 功效瞭解，茲配合圖式及圖號就本發明之結構說明於後， 惟以下所述僅為解釋本發明之實施例，是以凡是在本發明 之發明精神下，所作的任何修飾，皆仍應屬於本發明之保 護範圍。 5 201043404 【實施方式】 首先請參閱苐一圖之立體 一種旋轉扳手結構 不，本發明係關於 °傳，其係包括：本體（1 η、 〇)、套桿（30)、握把"〇)、=、二具頭(2 合件（6 0)，其中； 控制杯（5 0)及螺 〇)’該本體（1 〇)係為具適當長度之 杯體，該本體（J 〇) 一 、田长度之201043404 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to the structure of a rotary wrench, in particular, a control lever is provided between the body and the grip, and the control can be adjusted to a length or a rod Shape, making this rotation = two kinds of operating structures. Money in ',, mouth construction [previous technology] Ο Ο 2 previously known, the conventional rotary wrench structure, such as the US patent U: 281452 Β 2 'the system includes: wrench (1 in I 2 〇), which; The double-headed wrench which can be turned 360 degrees, mainly includes an L-handle (11), the handle (11) has a handle and a front part (1 2 ), and the handle can be sleeved-handle (2 Q ), while the front splicing 1 2) is a semi-circular piece with a slit in the middle (1 ^ 'the slit (worker 2) extends to the predetermined position of the shank, and the front part ( 1 2 ) - Position a screw (丄 2 4 ), the screw (work 2) traverses the slit (ii 2 ); the ratchet head (i 3 ) is pivoted. The joint (1 2) The front end of the ratchet head (13) is provided with a driving head (1 4 j so that the driving master (14) can be twisted; and the front pivot portion (12) is provided with a vacancy near the handle (丄) 2 2), the vacancy (work 2 2) is available for the drive head (14) of the ratchet head (13) to pass, and another drive head (15) is provided on the back of the ratchet head (13), Drive Shuo (1 5) can be twisted, when the front and back sides The driving head (i 4 ) (1 5) can pass the vacancy of the front pivoting part (i 2) (丄 2 2), then 3 201043404 ^ round head eve 3) can be made into the longitudinal three hundred six=: moving head ( 14), (15) can be used as horizontal = object 'to achieve the purpose of user-friendly operation. 'Two is the design structure of the 5 Hai patent. ', 忒 US patent structure is based on: the opening of the handle (11) (112) Use the handle (the upper perforation (21) as a fixed point for a distance Ο 抵 pressing button (2 2 ) smashing 丨丨兮曰,. Shahan book using W Feng 2 drought (2 3 ) And the elastic (2 4 ) shift, ^ hand (10) can be adjusted with the distance between the handle (2Q) to extend ^ and the overall length of the wrench (1 Q), but the wrench structure of the wrench (i" handle (2 Q) The inter-system has only telescopic adjustment ==〇) and the handle (2〇) has no two μL _ the use of the wrench structure expands _ insufficient and improves the space. Eight in view of the lack of the above-mentioned conventional rotary wrench structure, The inventor's experience in the relevant industry's finally has - can improve the abuse of the i-products [invention] The present invention is - the body of the wrench and the grip (four) is controlled =, the control rod is a switch structure of a rotary wrench, the control lever, the adjustable length or the T-bar shape, so that the rotary plate hand has a plurality of specific aspects. The present invention relates to a rotary wrench structure, The bag has a γ-type open σ arm, and the other end is provided with a terminal end 4 201043404, and the proximal end portion is provided with a laterally extending control slot, the control slot system includes: a first pivot a second frame portion and a connecting portion; a tool head is swinged at the arm; the set of rods is longitudinally provided with a first notch, a first receiving groove and a perforation, the perforation is opposite to the control groove; The handle is longitudinally provided with a second notch and a second receiving slot. The sleeve is fixed to the second notch and the second receiving slot, and the grip is laterally provided with a control portion penetrating the control portion. The through hole is relatively positive; a control rod is disposed in the first portion of the control portion, the perforation and the control slot, and the control rod is provided with a pivot portion, the width of the pivot portion is matched with the connecting portion of the body, and the control rod is controlled After that, the pivot can be moved from the first pivot to the second through the connecting portion Portion, i.e., the pocket bar relative to the body and the grip displacement. - Thereby, the system is accommodated in the sleeve, and by controlling the rotation or displacement of the control rod, the control rod is displaced in the control slot, and the length between the body and the grip adjusts the length And the switch can be converted into a τ rod structure, the control rod needs to control the rotation or displacement, and the rotary wrench does not naturally shift between the body and the grip due to the force applied when the rotary wrench is rotated, and the control rod is equivalent to the switch of the rotary wrench.功效 Efficacy. The structure of the present invention is described with reference to the drawings and the drawings, and the following description is only for explaining the embodiments of the present invention, and is intended to be illustrative of the present invention. Any modification made by the invention in the spirit of the invention should still fall within the protection scope of the invention. 5 201043404 [Embodiment] First, please refer to the three-dimensional rotary wrench structure of the first figure. The present invention relates to the transmission, which includes: a body (1 η, 〇), a sleeve (30), a grip " ), =, two heads (2 pieces (60), where; control cup (50) and thread) 'The body (1 〇) is a cup of appropriate length, the body (J 〇) First, the length of the field
該支臂(⑴二側前端支 二;=有末端部(12)，該近末端部 糸-有-板向貫穿之控制槽（丄3)， 係包括：第-樞部（131)、第二樞部 接部（13 3)，該連接部（133)係設於第—拖部（ι 31)及第二樞部（132)間使三者互呈相通狀，該第 y樞部（1 3 1 )與第二樞部（工3 2 )係呈圓孔狀且具 同直從狀’該連接部（1 3 3 )之寬度係小於第一樞部（工 3 1 )及第二樞部（1 3 2)之直徑，該連接部（丄3 3 ) 具有二平行邊，該本體（i ◦)縱向位置係設有適當長度 之槽溝（1 4)，該槽溝（1 4)係延伸至支臂（if 底端與支臂（1 1 )呈相通狀，該近支臂（i i )處係設 有一鎖孔（1 5 ); —工具頭（2 0 )’該工具頭（2 0 )兩端係凸設有 樞設部（2 1 )，該樞設部（2 1 )係樞設於本體（1 〇 ) 之樞孔（1 1 1 )内’該工具頭（2 〇)係以樞設部（2 1 )為軸心於支臂（1 1 )處作擺動，該工具頭（2 〇) 6 201043404 一側邊係凸設有套合部（2 2)，該套合部 係呈四角狀； I 、J Ζ )斷面 …t桿（3〇)，該套桿（30)係為桿體狀，該套 ::向係開設有第一缺槽(31)，該第一缺: (d 1 )係為一側開放之槽體狀，該第一缺柙 寬度係略大或等於本體（i 0 )之末端部d = 一缺槽（3 1 )底部係設有第—㈣（3丄 — Ο Ο :川係與第一容槽(311)呈相通狀二 (1 0)之末端部（i 2)係容置於第—容槽（3 1 處，該第-缺槽（3 1)與第-容槽（3 ^曰）交接處係 設有橫向貫穿之穿孔（32)，該穿孔（32 槽（13)相對正； &制 一握把（4 0)，該握把（4 0)縱向係設有一第二 缺槽（41)，該第二缺槽（41)係與套桿 第一缺槽（3 1 )同形狀，該第二缺槽（4丄）係對正^ -缺槽（3 1 )，該第二缺槽（4丄）底部係設有第二f 槽（411)，該第二容槽（41n係與第二缺槽J 1 )呈相通狀’該套桿（3 0)係固設於第二缺槽（4 1 及第二容槽（4 1 1 )處’該握把（4 〇 )橫向設有貫穿 之控制部（4 2 )，該控制部（4 2 )係與套桿（3 〇 ) 之穿孔（3 2 )相對正，該控制部（4 2 ) _端開 设有直徑較大之容置槽（4 2 1 )，該控制部（4 2 ) ' 端開口係設有直徑略大之固定孔（4 2 2 )，該套桿（3 0)及握把（4 0)容設後如第二圖所示，哕笛_固〆 吻乐二圖係為 7 201043404 第三圖A — Α處剖視圖； ❹ Ο 一控制桿（5 〇 )，該控制桿（5 〇 )係容設於控制 部（4 2 )、穿孔（3 2 )及控制槽（1 3 )之第一樞部 (1 3 1 )内，該控制桿（5 〇)設有樞部（5丄），該 樞°卩（5 1 )係具有二平行之邊面，該樞部（$ 1 )之寬 度係略小或等於連接部（1 3 3 )寬度，該控制桿（5 一端係設有直徑較大之撥鈕（5 2 )，該撥鈕（5 2 )係 容設抵於容置槽（4 2 1 )上，該撥鈕（5 2)係供使用 者旋動控制桿（5 0 )，該控制桿（5 0 )經轉動後，該 樞部（5 1 )係可通過連接部（1 3 3 )，亦即拖部Λ ^之二平行邊與連接部（丨3 3 )巧行❹合，使該 空二二5 0 )由第一樞部(i 3工)移位至第二樞部(^ 3 2)處，該握把（4 Q)即相對於本體（i 鎖件（5 6 )係套設於固定孔（4 2 2 〇 )相固設之，杜二 )内與控制桿（5 於握把(Π):鎖件(56)係將控制桿(…拖設 該螺合件（6 0)係螺設於本體（1〇)U螺牙紋， 上，使該本體〇0)之丫型支臂(二之不鎖;…5) 開。 11)不在二侧外撐 當整體Μ合後如第―及第五圖所 體，合圖及上視圖，請繼續參閱第六圖所示’，、=明之立 二-β處剖視圖，該控制桿（ 卜定：第五圖 槽(…之第-枢部⑴= 8 201043404 末端部（1 2)係容置於套桿（3 Q)之第—容槽（3 i)處，轉動該撥紐（52)，使該㈣（51)9係 制槽（13)之連接部（1 33)呈相平行狀，如第七^ 所示，該樞部（51)係、可通過連接部（133 : 本體（1 0)向握把（4 〇)外位移一距離，此 = 再轉_紐（52)’使該樞部（51)與連接 = 3)呈不相平行狀，控制桿（5 Q)即樞設定 Ο Ο 部（132)處，本#(1〇)之末端部（1 開第-容槽（311)處如第八圖所示，旋轉扳年f脫 整長度之功效。 讀扳手即具調 請繼續參閱第九圖所示，係本發明不同 視示意圖’第十圖係為立體圖，因該本體 "之剖 部（12)係脫開套桿（3⑸之第i 之末端 該侧0)係以控制桿(5〇)為轴二 0)及握把（4 Q)轉動，該工具頭 、套#(3 (10)之支臂（11)旋轉九十度，兮本^相對本體 握把（4 0)係形成τ桿之樣態 ：1 〇 )與The arm ((1) has two front end branches 2; = has a distal end portion (12), and the proximal end portion has a plate-through control groove (丄3), and includes: a first-portion (131), a first a second pivoting portion (13 3), the connecting portion (133) is disposed between the first towing portion (ι 31) and the second pivot portion (132) to make the three mutually connected, the first yth pivot ( 1 3 1 ) and the second pivot portion (work 3 2 ) is a circular hole shape and has the same straight shape. The width of the connection portion (1 3 3 ) is smaller than the first pivot portion (work 3 1 ) and the second The diameter of the pivot portion (1 3 2), the connecting portion (丄3 3 ) has two parallel sides, and the longitudinal position of the body (i ◦) is provided with a groove (14) of a suitable length, the groove (1 4 ) extends to the arm (if the bottom end is in communication with the arm (1 1 ), the proximal arm (ii) is provided with a locking hole (15); - the tool head (20) 'the tool head (2 0 ) The two ends are convexly provided with a pivoting portion (2 1 ), and the pivoting portion (2 1 ) is pivotally disposed in the pivot hole (1 1 1 ) of the body (1 〇) 〇) is pivoted at the arm (1 1 ) with the pivoting portion (2 1 ) as the axis, and the tool head (2 〇) 6 201043404 is convex on one side There is a fitting part (2 2) which has a quadrangular shape; I, J Ζ) section...t rod (3〇), the set rod (30) is a rod shape, the sleeve:: The first notch (31) is opened, and the first defect: (d 1 ) is a slot shape with one side open, and the first defect width is slightly larger or equal to the end portion of the body (i 0 ). = The bottom part of a notch (3 1 ) is equipped with the first - (4) (3) - Ο Ο: the end of the Sichuan (I 2) system is connected to the first tank (311). In the first-cavity (3 1 , the intersection of the first-negative groove (3 1) and the first-to-receiving groove (3 ^曰) is provided with a transverse through hole (32), the perforation (32 groove (13) Relatively positive; & a grip (40), the grip (40) is longitudinally provided with a second notch (41), and the second notch (41) is tied with the first slot of the sleeve ( 3 1 ) the same shape, the second missing groove (4丄) is aligned with the positive groove (3 1 ), and the bottom of the second missing groove (4丄) is provided with a second f groove (411), the first The two-receiving groove (the 41n system is in communication with the second notch J 1 ). The sleeve (30) is fixed to the second notch (4 1 and the second groove (4 1 1 )). Put (4 〇) a control portion (42) penetrating therethrough is provided, and the control portion (42) is opposite to the through hole (3 2 ) of the sleeve (3 〇), and the control portion (4 2 ) _ is open at the end The larger diameter receiving groove (4 2 1 ), the control portion (4 2 ) 'end opening is provided with a slightly larger diameter fixing hole (4 2 2 ), the sleeve (30) and the grip (4) 0) After the setting, as shown in the second figure, the 哕 _ 〆 〆 〆 二 二 7 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 The system is disposed in the first pivot portion (1 3 1 ) of the control portion (42), the perforation (32), and the control slot (13), and the control lever (5〇) is provided with a pivot portion (5丄) ), the pivot 卩(5 1 ) has two parallel sides, the width of the pivot ($ 1 ) is slightly smaller or equal to the width of the connecting portion (1 3 3 ), and the control rod (5 is provided at one end) a button (5 2 ) having a larger diameter, the button (52) is placed on the receiving groove (4 2 1 ), and the button (52) is for the user to rotate the lever (5) 0), after the control lever (50) is rotated, the pivot portion (5 1 ) can pass through the connecting portion (1 3 3 ), That is, the two parallel sides of the drag portion Λ ^ and the connecting portion (丨 3 3 ) are combined so that the empty portion 220 is shifted from the first pivot portion (i 3 work) to the second pivot portion (^ 3 2), the grip (4 Q) is opposite to the body (i lock (5 6) is sleeved in the fixing hole (4 2 2 〇) phase fixed, Du 2) and the control rod (5 Grip (Π): The lock member (56) is to screw the control rod (...) to the body (1〇) U screw thread, so that the body 〇 0)丫 type arm (two without lock; ... 5) open. 11) Do not support the outer side of the two sides. When the whole is combined, as shown in the first and fifth figures, the drawing and the top view, please continue to refer to the sectional view of ',, = Mingzhili-β, shown in the sixth figure. Rod (Pu Ding: The fifth groove (...the first - the pivot (1) = 8 201043404 The end (1 2) is placed at the first groove (3 i) of the sleeve (3 Q), turn the dial New (52), the connecting portion (1 33) of the (4) (51) 9-series groove (13) is parallel, and as shown in the seventh point, the pivot portion (51) is connected through the connecting portion ( 133: The body (10) is displaced to the outside of the grip (4 〇) by a distance. This = re-turn _ New (52)' makes the pivot (51) and the connection = 3) not parallel, the control lever ( 5 Q) is the pivot setting Ο 部 part (132), the end part of this #(1〇) (1 open-to-receiver (311) as shown in the eighth figure, the effect of rotating the length of the f Read the wrench, please refer to the ninth figure, which is a different perspective view of the present invention. The tenth figure is a perspective view, because the section (12) of the body " is the first part of the sleeve (3 (5) The end of the end is 0) with the control rod (5〇) as the axis 2) and the grip (4 Q) ) Rotate, the tool head, sleeve # (3 (10) arm (11) rotates ninety degrees, 兮本^ relative body grip (40) forms the form of the τ pole: 1 〇 ) and
桿使用。 疋轉扳手係可當為T 請參閱第十-圖所示，係為第二實 實施例中’該本體（i 0)之控制槽、^剖視圖，該 少-第三樞部（134)，每—第;::增設至 第一樞部（131)及第二拖部（13 134)係與 該複數第-柩部（1 3 係位於第二樞：直= 第三樞部（1 3 4)間且皆設有連 \ m 丄d 3 )相連， 9 201043404 該本體（1 0)係可於 内位移一更吾之·、 （ 3 0 )之弟-缺槽（3 1 ) 段式長度調ίΓίΐ，該實施例之控制槽（1 3 )係具多 功效。 效，使該旋轉扳手具有多段調整長度之 . 請繼續參閱笫+-闽& - ^ 體分解m- 發明第三實施例之立 • ( 5 Q) 二圖係為前視圖，該實施例中，該控制桿 之圓桿體，51)係為直捏略小於控制桿（5 0 ) Ο 〇 )之連接5 1 )之直徑係配合容設於本體（1 -樞部（m ^ 糾（5Q)容設於第 〆 3 1 )内，該控制桿（5 〇)之樞部（ 係不與連接部（133) 1 ( 5 1 } , 對讀制桿（5〇)係容 s又疋位於第一樞部（j 2 n 十_^4_ @ 31)處，如苐十四圖所示，該第 桿（5 0)之撥-(52 圖，‘使用者按壓控制 梗邱M q η (52)’該控制桿（50)係於第一 才e 4(1 3 1)内移位，嗜摭卹r ㈣雜邛（5 1 )係對正連接部（丄 〇 )如第十五圖所示，該拖邱r q 、广 邻Μ Μ& (5 1 )係可通過連接 =1 3 3)而位移’亦即該本體（1 0 )及握把（4 0 )外位移，該控船曰…、门朴（3 於第二樞部C i 3 2)4 ^ j 係可疋位 效。 处轉板手具有調整長度之功 請參閱第十六圖所示’係本發明第四實施例之立體分 解圖’該實施例中，該本體（1〇)之控制槽（i 3)係 ==大，亦即連接部（132)之寬度係等於第一樞 201043404 體（1 〇)之溝槽（14)適當位置處係設有-非貫穿之 第=制孔（16)，該套桿（3 0)係設有第二控制孔 (3 3)，及該㈣（4Q)係設有直徑較大之第三控制 孔M3)，該第一控制孔（16)、第二控制孔（33) 及第一控制孔（4 3)三者位置係相對正，係增設一控制 組（7 〇 )，該控制組（7 0 )係包括；抵塊（7 1 )、彈 性，(”）及控制-(73)，其中，該抵塊（71)彈Rod use. The twisting wrench can be regarded as T. Please refer to the tenth-figure, which is the control groove of the body (i 0), the sectional view of the body, the small-third pivot (134), Each of the first::: is added to the first pivot portion (131) and the second drag portion (13 134) and the plurality of first and second portions (1 3 are located at the second pivot: straight = third pivot (1 3 4) Each is connected with \ m 丄d 3 ), 9 201043404 The body (10) can be displaced within the inner (I), (3 0) brother - missing slot (3 1) The length of the control slot (13) of this embodiment is multi-functional. Effectively, the rotary wrench has a plurality of lengths of adjustment. Please continue to refer to 笫+-闽&-^ body decomposition m- the third embodiment of the invention (5 Q) The second picture is a front view, in this embodiment The round rod body of the control rod, 51) is a straight pinch slightly smaller than the connecting rod of the control rod (5 0 ) Ο 〇) 5 1) The diameter is matched with the body (1 - pivot (m ^ correction (5Q Included in the third 1 3 1 ), the pivot of the control lever (5 〇) is not connected to the connecting part (133) 1 ( 5 1 }, and the reading lever (5 〇) is located The first pivot (j 2 n ten _^4_ @ 31), as shown in Fig. 14 of the figure, the dial of the rod (50) - (52 figure, 'user presses the control stems M q η ( 52) 'The lever (50) is displaced within the first e 4 (1 3 1), and the t-shirt r (four) chowder (5 1 ) is the right connecting portion (丄〇) as shown in the fifteenth figure As shown, the dragged qq rq, the broad neighbor Μ Μ & (5 1 ) can be displaced by the connection = 1 3 3), that is, the outer displacement of the body (10) and the grip (40), the control ship曰..., 朴朴 (3 in the second pivot C i 3 2) 4 ^ j can be used for positional effect. Referring to the six-dimensional exploded view of the fourth embodiment of the present invention, in the embodiment, the control slot (i 3) of the body (1) is == large, that is, the connecting portion (132) The width is equal to the first pivot of the first pivot 201043404 (1 〇) (14) is provided with a non-penetrating first hole (16), and the sleeve (30) is provided with a second control The hole (3 3), and the (4) (4Q) are provided with a third control hole M3) having a larger diameter, the first control hole (16), the second control hole (33) and the first control hole (4 3 ) The three positions are relatively positive, and a control group (7 〇) is added. The control group (7 0 ) includes; the block (7 1 ), the elasticity, the (") and the control - (73), wherein Offset (71) bomb
係王直徑下大上小之階級狀，該彈性體（7 2 )及抵塊（7 1)，容設於第""控制孔（1㈠内，該第-控制孔（i 6)容設後係將開ϋ處沖壓成較小直徑狀，使該抵塊（7 1 )及彈性體（7 2)不脫出第一控制孔（i 6 )外，1 抵槐（7 1 )係受彈性體（7 2)之彈力而抵於第二控制 内’該㈣紐（7 3 )係呈下大上小之階級狀 塊體，控制鈕（7 3)係容設於第三控制孔（4 3 )内並 緣（731)處，該控餘（73)底部係抵於抵 塊（7 1 )頂面。 -月繼續參閱第十七圖所示，當未塵抵控制紐（7 3 )， 該抵塊（7 1 )係受彈性體（7 2 )之彈力而抵於套桿㈡ 〇)之第二控制孔（3 3)處，該本體（1 〇)與握把（4 〇 )間係呈固定狀態，#按壓控伽（7 3 )，該控制紐 f y 3)下移而係壓抵抵塊（7 i )，該彈性體（7 2) 係受壓縮’該抵塊（7 1)係脫開套桿（3 〇)之第二控 制孔（3 3)處，如第十八圖所示，該控制桿（$ 〇)係 可於控制槽（1 3)内位移，該旋轉扳手係可調整長度且 11 201043404 具τ桿功效。 凊參閱第十九圖所示，係本發明第五實施例之立體分 解圖，凊辅以第—圖、第-實補作比較，該實施例中係 不5又有套桿（3 0 ) ’該本體（1 〇 )係直接容設於第二 缺槽（4 1 )内，該末端部（i 2)係容設於第二容槽（4 1 1 )内。 本發明主要之優點在於：The size of the king is larger and smaller, and the elastic body (7 2 ) and the abutting block (7 1) are accommodated in the "" control hole (1 (1)), and the first control hole (i 6) After the installation, the opening is stamped into a smaller diameter, so that the abutting block (7 1 ) and the elastic body (72) do not come out of the first control hole (i 6 ), and the 1 (7 1 ) system By the elastic force of the elastic body (72), it is in the second control. The (four) button (7 3) is a block-shaped block that is large and small, and the control button (7 3) is housed in the third control hole. (4 3 ) At the inner edge (731), the bottom of the control (73) is at the top of the block (7 1 ). - Continue to see the picture shown in Figure 17 when the dust is not controlled. 3), the abutting block (7 1 ) is at the second control hole (3 3) of the sleeve (2) 受 by the elastic force of the elastic body (72), the body (1 〇) and the grip (4) 〇) The system is in a fixed state, #压控伽(7 3 ), the control button fy 3) is moved down and pressed against the block (7 i ), the elastomer (7 2) is compressed 'the block (7 1) is the second control hole (3 3) of the detachment sleeve (3 〇), as shown in Figure 18, the lever ($ 〇) May be in the control groove (13) of the displacement, the rotation of the wrench based adjustable length equal to 11 201 043 404 τ lever effect. Referring to FIG. 19, it is a perspective exploded view of a fifth embodiment of the present invention, which is supplemented by a first map and a first real complement. In this embodiment, there is no 5 and a set of rods (30). The body (1 〇) is directly received in the second vacant groove (4 1 ), and the end portion (i 2) is received in the second cavity (4 1 1 ). The main advantages of the invention are:
〇 1、財體（1 Q )係容設於套桿（3 Q )内，藉由 1=控制桿（5 Q)轉動如第―圖所示，或移位如第十 :，二使該控制桿（50)係於控制槽（13)内位 攻 體（1〇)與握把（40)間係具調整長度之功 2、該本體（1 0)與握把（4 〇)位銘鬥怂目女# 制結構，即"…）位移間係具有控 手於旋動睥d 控制轉動或移位，該旋轉扳 間二力而使本體（1〇)與握把（4〇) 效。、、〜控制桿（50)即等同旋轉扳手之開關功 3、該旋轉扳手旋動時，該 位於第一樞部（13 干（50)—般係於 第-容η 處端部（12)即容設於 合價（3 1 1 )内，該握把Γ 之旋動力即可由第_容槽 及套桿（3 0) 受，該控）及末端部（Η)承 壽命糾（50)係受較少之旋動力而具較長之使用 4、握把（40)係為軟性材質，該套桿（3〇)係 12 201043404 為硬性材質，因此手握握把（4◦)處即較具舒適感，而 該本體（1 〇)、套桿（3〇)、控制桿（50)即可具較 確實結構。 5、該套桿（3 0)及握把（4 0)係設有第一缺槽 (3 1 )及第二缺槽（4 1 )’當本體（1 〇)之末端部 (12)脫開第一容槽（311)之容置’該本體（1〇) 係可以控制桿（5 0)為軸心轉動，該本體（1 〇 )與握 把（4 0 )間係王T桿之樣態，該旋轉板手係具另一操作 〇 結構。 6、請參閱第十一圖、第二實施例所示，該實施例中 本體（1 〇)之控制槽（1 3 )係可增設至少一第三樞部 (1 3 4 )’該旋轉扳手結構係具較長距離之多段式敕 長度之功效。 D i 〇 因此本發明之旋轉扳手結構具有產業利用性、新穎性 ^進步性，龍符合發料歡Μ要件，❹法提= 生 13 201043404 【圖式簡單說明】 第一圖、係為本發明之立體分解圖。 第二圖、係為本發明套桿及握把組合時之上視圖。 第二圖、係為本發明—A處剖視圖。 第四圖、係為本發明之立體組合圖。 第五圖、係為本發明之上視圖。〇1, the financial body (1 Q) is housed in the set rod (3 Q ), rotated by 1 = control rod (5 Q) as shown in the figure - or shifted as the tenth: The control rod (50) is attached to the control unit (13) in the inner body (1〇) and the grip (40). The length of the tie is adjusted. 2. The body (10) and the grip (4 〇) are inscribed.斗怂目女# The structure, that is, the "...) displacement between the displacement control system has a control hand to rotate the rotation 睥d to control the rotation or displacement, the rotation of the two-way force makes the body (1〇) and the grip (4〇) effect. The control lever (50) is equivalent to the switching work of the rotary wrench. When the rotary wrench is rotated, the first pivot portion (13 dry (50) is generally attached to the end portion of the first tolerance η (12) That is, it can be placed in the valence (3 1 1 ), and the rotation power of the grip Γ can be received by the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It is used for a small amount of rotation and has a long use. 4. The grip (40) is made of a soft material. The sleeve (3〇) system 12 201043404 is a hard material, so the grip (4◦) is held at the hand. It is more comfortable, and the body (1 〇), the set rod (3 〇), and the control rod (50) can have a more reliable structure. 5. The sleeve (30) and the grip (40) are provided with a first notch (3 1 ) and a second notch (4 1 )' when the end portion (12) of the body (1 脱) is off Opening the first pocket (311) to accommodate 'the body (1〇) can control the rod (50) as the axis rotation, the body (1 〇) and the grip (40) is the king T-bar In the form, the rotating wrench has another operating structure. 6. Referring to FIG. 11 and the second embodiment, in the control slot (1 3 ) of the main body (1 )), at least one third pivot portion (1 3 4 ) can be added. The structure has the effect of a multi-segment length of a long distance. Therefore, the structure of the rotary wrench of the present invention has industrial utilization, novelty and progress, and the dragon conforms to the requirements of the hairdressing, and the method is as follows: ❹法提=生13 201043404 [Simple description of the drawing] The first figure is the invention A three-dimensional exploded view. The second figure is a top view of the combination of the sleeve and the grip of the present invention. The second figure is a cross-sectional view of the invention - A. The fourth figure is a three-dimensional combination diagram of the present invention. The fifth figure is a top view of the present invention.
第六圖、係為本發明第五圖之B-B處剖視圖。 第七圖、係為本發明第-位置之剖視示意圖。 第八圖、係為本發明第二位置之剖視示意圖。 第九圖、係為本發明不同操作方式之剖視示意圖。 第十圖、係為本發9林同操作方狀立體圖。 第十一圖、係為本發明第二實施例之剖視圖。 第十：圖、係為本發明第三實施例之立體分解圖。 第十二圖、係為本發明第三實施例之前視圖。 第十四圖、係為本發明第十三圖之C-C處剖視圖。 第十五圖、係為本發明第三實施例第二位置之示意圖 第十六圖、係為本發明第四實施例之立體分解圖。 第十七圖、係為本發明第四實施例第—位置之示意圖 !:八圖、係為本發明第四實施例第二位置之示i圖 弟十九圖、係為本發明第五實施例之立體分解圖。 【主要元件符號說明】 (1 0)本體 (1 1 1 )樞孔 (1 3)控制槽 (11) 支臂 (12) 末端部 (131)第一樞部 14 201043404 (1 3 2)弟二枢部 (134)弟二極部 (14)溝槽 (1 6 )第一控制孔 (2 0 )工具頭 (2 2 )套合部 (3 0 )套桿 (311)第一容槽 〇 ( 3 3 )第二控制孔 (4 0 )握把 (411)第二容槽 • (4 2 1 )容置槽 . (4 3 )第三控制孔 (5 0 )控制桿 (5 2 )撥鈕 0 (6 0 )螺合件 (7 0 )控制組 ' (7 2 )彈性體 、 (7 3 1 )抵緣 (1 3 3 )連接部 (1 5 )鎖孔 (21)樞設部 (31)第一缺槽 (3 2 )穿孔 (4 1 )第二缺槽 (4 2 )控制部 (4 2 2)固定孔 (4 3 1 )抵部 (51)柩部 (5 6 )鎖件 (7 1 )抵塊 (7 3 )控制鈕 15Figure 6 is a cross-sectional view taken along line B-B of the fifth drawing of the present invention. Figure 7 is a schematic cross-sectional view showing the first position of the present invention. Figure 8 is a cross-sectional view showing the second position of the present invention. The ninth drawing is a schematic cross-sectional view showing different modes of operation of the present invention. The tenth figure is a perspective view of the same operation of the same forest. Figure 11 is a cross-sectional view showing a second embodiment of the present invention. Tenth: The figure is an exploded perspective view of a third embodiment of the present invention. Figure 12 is a front view of a third embodiment of the present invention. Figure 14 is a cross-sectional view taken along line C-C of the thirteenth diagram of the present invention. Fig. 15 is a schematic view showing a second position of a third embodiment of the present invention. Fig. 16 is an exploded perspective view showing a fourth embodiment of the present invention. 17 is a schematic view of a position of a fourth embodiment of the present invention! FIG. 8 is a view showing a second position of the fourth embodiment of the present invention, which is a fifth embodiment of the present invention. An exploded view of the example. [Description of main component symbols] (1 0) Main body (1 1 1 ) Pivot hole (1 3) Control groove (11) Arm (12) End part (131) First pivot part 14 201043404 (1 3 2) Pivot (134) dipole (14) groove (16) first control hole (20) tool head (2 2) sleeve (30) sleeve (311) first pocket 〇 ( 3 3) Second control hole (4 0 ) Grip (411) Second pocket • (4 2 1 ) accommodating groove. (4 3 ) Third control hole (5 0 ) Control lever (5 2 ) 0 (6 0 ) screwing unit (7 0 ) control group ' (7 2 ) elastic body, (7 3 1 ) abutting edge (1 3 3 ) connecting part (1 5 ) locking hole (21) pivoting part (31 ) first notch (3 2 ) perforation (4 1 ) second notch (4 2 ) control portion (4 2 2) fixing hole (4 3 1 ) abutting portion (51) crotch portion (56) locking member ( 7 1) Abutment block (7 3 ) control button 15