1271275 九、發明說明： 【發明所屬之技術領域】 特別是指一種可快速更換驅 本發明係與手工具有關 動頭，且可彎曲角度之扳手。 【先前技術】 、-人，主t的板手可分為：雙開口板手、雙梅花扳手、 =合扳手、棘輪扳手、套筒扳手、與活動扳手··等，雖有 -部分魏是共通，但還是有其特殊不同用途。 由於複。扳手僅可轉動單一尺寸的螺检(或螺帽），因 H 一般Γ具射’通料有數支缝十域合扳手(或 二 雙梅化扳手、棘輪扳手），其兩驅動端 rive-ended)與柄部，大部分皆一體成型 ，驅動端是不可互 相更換。 而一般套筒組，具有一棘輪扳手，以及若干不同尺寸 I5的套筒來、，且σ二該棘輪扳手有—四方形驅動端，可與各種 • π同尺寸的套同作更換’以轉動不同尺寸的螺栓(或螺帽）， -但若要因應螺固件的空間限制，（例如引擎的螺固件空間越 .來越狹小)就必須作不同角度，閃避其空間限制來驅動。要 達到以上目的，大多在扳手驅動端與套筒間，再加一 20接頭_彻al joint)，操作較不易；雖也可直接套入萬 筒(Universd sockets)，但因製作成本高，幾乎沒人採 但由於套筒外觀是封閉型，也無法使用在管子連接的六角 接頭。 用 活動扳手則藉著調整活動顯，以得到固定顎與活動韻 4 1271275 之間的需要距離，可轉動一預定尺寸範圍内的螺栓（或螺 帽）〇 在習用扳手中，驅動頭可彎曲，或調整、或可固定在 某一角度的扳手，如··美國專利第D506,373S號，第 5 4,581，959 號，第 5,768,960 號，第 6,295,898 號、第 6,000,302 • 號、第5，199,335號、第4,711，145號專利，及早期公開第 ” 20(H/0144219號，及本國專利公告第483,371號等。這些發 _ 明的驅動頭，雖可彎曲改變，或調整、或可固定在某一角 度，但是皆無法快速更換。 1〇 在習用扳手中，驅動頭可更換的扳手，如：本國專利 公告苐482,064號’弟一圖所示：雖可更換驅動頭，但驅動 頭是無法在Z軸方向作彎曲角度。又如：本國專利公告第 497,526號所示：『該套頭之套接部係概成圓弧形體，…有 一長弧狀之槽孔，令一結合螺桿可穿設其之中.··』，不但成 15本咼，更換驅動頭費時，無法快速更換，且施力大時，螺 • 桿會在長弧狀之槽孔内產生角度空轉。又如：本國專利公 告第UJ25號所示：該可更換驅動頭的結構，與在z軸 方向可作彎曲角度的結構，兩者是各分離的，有成本高， 1 組裝費時等缺點。 20 【發明内容】 本發明之主要目的在於提供—種可快速更換驅動頭，且 可f曲角度之扳手，其不但可快速更換驅動頭，且該驅動 頭是可彎曲改變角度。 1271275 部1271275 IX. Description of the invention: [Technical field to which the invention pertains] In particular, it relates to a wrench which can quickly change the driving head of the invention and the bending tool. [Prior Art], - People, master t's wrench can be divided into: double open wrench, double plum wrench, = fit wrench, ratchet wrench, socket wrench, and adjustable wrench, etc., although there is - part Wei is Common, but still have its own special use. Thanks to the complex. The wrench can only rotate a single size screw (or nut), because H generally has a number of sewed ten-way wrenches (or two double-shaped wrenches, ratchet wrenches), and the two drive ends are rive-ended ) With the handle, most of them are integrally formed, and the drive ends are not interchangeable. The general sleeve set has a ratchet wrench and a plurality of sleeves of different sizes I5, and the σ2 ratchet wrench has a square drive end, which can be replaced with various π-size sleeves for rotation. Different sizes of bolts (or nuts), but if you want to adjust the space of the screw (for example, the narrower the engine's screw space), you must make different angles and avoid the space limit to drive. In order to achieve the above purposes, most of the wrench drive end and the sleeve, plus a 20 joint _ _ eal joint, operation is not easy; although it can be directly inserted into the million (Universd sockets), but due to high production costs, almost No one took it, but because the sleeve is closed, it is impossible to use the hexagonal joint that is connected to the pipe. Use the adjustable wrench to adjust the activity display to obtain the required distance between the fixed cymbal and the activity rhyme 4 1271275. The bolt (or nut) can be rotated within a predetermined size range. The driver's wrench can be bent. Or a wrench that can be adjusted, or can be fixed at an angle, such as, for example, U.S. Patent Nos. D506,373S, 5,581,959, 5,768,960, 6,295,898, 6,000,302, and 5,199,335. Patent No. 4,711,145, and earlier publication No. 20 (H/0144219, and National Patent Publication No. 483, 371, etc. These drive heads may be bent, adjusted, or fixed at a certain Angle, but can not be quickly replaced. 1 〇 In the conventional wrench, the driver can replace the wrench, such as: National Patent Announcement 苐 482, 064 'di brother one figure: Although the driver can be replaced, but the drive head is not in Z The direction of the axis is the bending angle. Another example is: National Patent Publication No. 497,526: "The sleeve part of the head is formed into a circular arc shape, ... has a long arc-shaped slot, so that a combined screw can be worn. in. ·』, not only into 15 咼, when replacing the driver's head, it can't be replaced quickly, and when the force is large, the screw rod will have an angle idling in the long arc-shaped slot. Another example is: National Patent Announcement No. UJ25 It is shown that the structure of the replaceable drive head and the structure which can be bent at the z-axis direction are separate, and the cost is high, and the assembly takes time and the like. 20 [Summary of the Invention] The main object of the present invention is Providing a wrench that can quickly change the drive head and can be angled, which not only can quickly change the drive head, but also can be bent to change the angle. 1271275
驅 為達成前述之發明目的，本發明所提供之可快 =頭，且可彎曲角度之扳手，包含有：—握柄，其二端具 ^一連接部；-組供更換之驅_，每—驅動料有一驅 =以及—連接部’該驅動頭之連接部的形狀與該握柄之 ^接部呈細，可互城合；从—結合件，設於該連接 用以結合與分離該驅動頭之連接部與該握柄之連接部 ，精此，該等驅動頭可被迅速更換、裝設於該握柄上.告 轉頭裝設於該握柄後，其結合件可形成—旋轉軸心^ 该驅動頭以此旋轉軸為中心，作不同角度的轉動、彎曲， 以因應螺固件的空間限制。 本發明所提供之可快速更換驅動頭，且可彎曲角度之板 ^，更可設置一控制件，設置於該握柄上。控制件可固定 及結合件，使該驅動頭無法自該握柄上拆離，並可放鬆該 結合件，使該驅動頭可自該握柄上拆離。 • 【實施方式】 ' 《了詳細說明本發明之構造及特點所在，兹舉以下之 較佳實施例並配合圖式說明如后： 請參閱第—圖與第二圖所示，本發明第一實施例所提 2〇供之扳手1具有一握柄1〇以及一級供更換的驅動頭料。 亥握柄1G的—端具有一握柄連接部η，其為—概呈。 5L的鬼體3 為—開口驅動部13。該握柄連接部12 具有二概呈平行的臂部14以及—位於該二臂部Μ之間的 空間16凹字型。該二臂部14上分別設有-銷孔18，且該 6 1271275 二銷孔18排列成-直線。該握柄連接部12之銷孔i8内設 置有結合件20，其為-鋼珠22、-彈簧24以及_ % 裝設於每-銷孔㈣。該二鋼珠22具有—部份外露 銷^〇卜，並位於該㈣16凹字型中。該二彈簧Μ分別 抵#於_二鋼珠22與螺柱26 ’使該二麵珠22維持於 18之狀態。在此要特別說明的是，該二· & 端的孔徑（緊鄰空間16凹字型的兩内側端面）小於| = 的孔徑，使該鋼珠22可由外端裝設於該銷孔18 ’中，η罝 會由内端滾出。該握柄連接部12在該空間16型= 型的底側設有-彈簧孔28，其中裝設有—彈簧Μ與: 32，使其隨時頂住驅動頭驅動頭連接部38。 ^ 38 3 = 具有—驅動件36以及—驅動頭連接部 38。雜動件36可為開口扳手形式、梅花扳手形式 15 扳手形式、雜扳㈣Μ或其他，叹 門 寸。該驅動頭連接部38為一柱體，其寬度 動頁連接我可***該握柄1〇的握柄連 凹字型中。該驅動頭連接部38的二側分別 讓鋼珠22能確實頂住。以及-導槽42,該導槽4= 聯通凹寓至驅動頭連接部的各端緣，且該J以 度大於該導槽42。 ^口尚4〇的味 為^動頭34能快速套在握柄lG上，需以該二導槽 將導槽對準該結合件20的鋼珠22，而將驅 動頭連接部38，作恭古斗、斗、b T, j咸、 作垂直式，或水平式壓入該握柄連接部12 20 1271275 第六圖顯示本發明第四實施例所提供之扳手4，具有一 握柄68 ’ 一端分別具有一握柄連接部70，該握柄連接部70 為一柱體。該握柄連接部70設有一容孔72,其中裝設有一 結合件74。該結合件74具有一彈簧76以及二鋼珠％，該 5 一鋼珠78具有一部份由該容孔72之二端凸伸出，而該彈 黃76則容設於該容孔72中，二端分別抵靠該二鋼珠78。 "亥握柄68之二握柄連接部70分別可供一驅動頭80結合。 5亥驅動頭80具有一驅動頭連接部82，其形狀與該握柄68 之握柄連接部70成互補。該驅動頭80之驅動頭連接部82 二有—壬平行的臂部84，其内侧分別設有一凹窩86以及一 導，88，以及一位於該二臂部84間之凹字型空間9〇。該 凹空間9〇的底端壁面上設有一彈簣孔92,其中裝設有 彈黃94以及一鋼珠96。將驅動頭8〇安裝與拆離該握柄 68之方式與前述相同，在此容不贅述。 第七圖為本發明第五實施例所提供之扳手5，其具有一 =柄98，一端具有一握柄連接部1〇〇，其上裝設有一結合 02其為一鋼珠。銷孔106該握柄連接部1〇〇具有二呈 珠行之#部104,其上分別具有一，其中分別裝設有該二鋼 20 log1021 該握柄連接部100在該二臂部104的後方設有二孔 8 ’ ^別斜向由頂面延伸至該二銷孔1〇6並貫穿臂部1〇4 外弧端面。以及二固定孔11〇，由握柄連接部1〇〇的底面貫 座^頂面，以供螺栓128穿過，並將握柄連接部與基 二电a 口疋。。若干驅動頭112(圖中僅顯示一個），其與第 貝靶例的驅動頭34結構相同，可供選擇安裝於該握柄98 1271275 或自該握柄98上拆離。本實施例之扳手5更具有一控制件 114，具有一基座116、二快脫桿118、二彈簧12〇以及一 壓板122。该基座116具有二斜向之穿孔124(見第八圖）。 由頂面延伸至底面，以及二螺孔（未顯示）位於底面。基座 5 U6叙设在握柄連接部10〇的頂面，並利用二螺栓128穿過 該握柄連接部1〇〇之二固定孔110，並旋入該基座116之二 螺孔中，藉以將該基座116固定於該握柄連接部1〇〇上。 該二彈簧120與快脫桿118容設於該基座116之穿孔124 中，且二快脫桿118之大徑端，分別伸出該基座116之頂 10面’以及小徑端伸入該握柄連接部100之斜向孔108中。 该壓板122固定於該二快脫桿118之大徑頂端，藉此按壓 該壓板122，可移動該二快脫桿118移動，而該二彈簧12〇 可在放開該壓板122後，回復該二快脫桿H8。該二快脫桿 118分別設有一凹窩130，該凹窩13〇的一側具有一斜面 15 132。 在欲更換驅動頭112時，使用者可按壓該壓板122，使 这一快脫桿118向下移動至該二凹窩130對應於該二鋼珠 102，此時，該二鋼珠1〇2不受到任何彈力，可輕易退入該 二銷孔106中（如第九圖所示），如此即可輕易拔出原驅動頭 20 112，再將欲更換之新驅動頭套入。當放開該壓板122時， 該二彈簧120會推上該二快脫桿118,使該二鋼珠102沿著 該二斜面132被擠出，而壓抵該驅動頭112並鎖住 (Locking)(如第八圖所示），令該驅動頭112結合固定於該握 柄連接部100上。 1271275 別以—螺柱190給予封閉，使該二連接孔186與該通孔184 ^間形成一通道192。通道192中裝設有若干鋼珠194，其 最外端白勺各2個鋼珠分別抵靠於該二結合件182與該凸輪 件196的兩端。當該凸輪件196轉動至凸部202抵靠鋼珠 5 194 3^ ^ μ ^ ^ 、如第十二圖所示，該等鋼珠194可向外移動一距 ，上推擠该二結合件182凸出於銷孔18〇内側，以抵掣固 定該驅動頭2〇〇 ; 一 §該凸輪件196轉動至凹部198時，（如第十三圖所 示）’该等鋼珠194可向内移動一距離，落在凹部198上， 使得忒一結合件182可向各銷孔18〇兩外側移動，解除壓 在驅動頭200之凹窩203的壓力。此時驅動頭2〇〇可被自 由地拆卸、更換。In order to achieve the foregoing object, the present invention provides a quick-to-head, bendable angle wrench comprising: a grip, the two ends of which have a joint; and a set of replacement drives _ each - the driving material has a drive = and - the connecting portion 'the shape of the connecting portion of the driving head is thinner with the grip portion of the grip, and can be mutually merging; the connecting member is disposed at the connecting for combining and separating the The connecting portion of the driving head and the connecting portion of the handle, in this case, the driving head can be quickly replaced and mounted on the handle. After the rotating head is mounted on the handle, the coupling member can be formed - Rotating Axis ^ The driving head is rotated and bent at different angles around this rotating axis to meet the space limitation of the screw. The invention provides a quick-changeable driving head, and a bending angle plate, and a control member is further disposed on the handle. The control member can be fixed and coupled so that the drive head cannot be detached from the handle, and the coupling member can be loosened so that the drive head can be detached from the handle. • [Embodiment] The detailed description of the structure and features of the present invention is set forth below, and the following description of the preferred embodiment and the accompanying drawings are as follows: Referring to the first and second figures, the first aspect of the present invention The wrench 1 provided in the embodiment has a handle 1 〇 and a first-stage replacement drive head. The end of the handle 1G has a grip connecting portion η, which is an outline. The ghost body 3 of 5L is the opening drive unit 13. The grip connecting portion 12 has two arms 14 that are substantially parallel and a space 16 that is located between the two arm portions. The two arm portions 14 are respectively provided with a pin hole 18, and the 6 1271275 two pin holes 18 are arranged in a straight line. The pin hole i8 of the grip connecting portion 12 is provided with a coupling member 20 which is a steel ball 22, a spring 24, and a _% attached to each pin hole (four). The two steel balls 22 have a partial exposed pin and are located in the (four) 16-concave type. The two springs are respectively held by the #二二珠珠22 and the studs 26' to maintain the two-sided bead 22 in the state of 18. It should be particularly noted that the aperture of the second end (the two inner end faces adjacent to the concave shape of the space 16) is smaller than the aperture of |=, so that the steel ball 22 can be installed in the pin hole 18' from the outer end. Nn罝 will roll out from the inner end. The handle connecting portion 12 is provided with a spring hole 28 on the bottom side of the space type 16 type, in which a spring Μ and a 32 are mounted so as to be placed against the driving head driving head connecting portion 38 at any time. ^ 38 3 = has a drive member 36 and a drive head connection 38. The miscellaneous member 36 can be in the form of an open-end wrench, a plum wrench in the form of a wrench, a wrench (four), or the like, and a slamming door. The drive head connecting portion 38 is a cylinder whose width is slidably connected to the grip of the handle 1 连. The two sides of the drive head connecting portion 38 allow the steel ball 22 to be surely held. And a guide groove 42, the guide groove 4 is connected to each end edge of the driving head connecting portion, and the J degree is larger than the guiding groove 42. The mouth of the mouth is 4, the head 34 can be quickly placed on the handle lG, and the guide groove needs to be aligned with the ball 22 of the joint member 20, and the drive head connecting portion 38 is used as a guide. Bucket, bucket, b T, j salty, vertical, or horizontally pressed into the handle connecting portion 12 20 1271275 The sixth figure shows a wrench 4 according to a fourth embodiment of the present invention, having a handle 68 'one end There is a handle connecting portion 70, which is a cylinder. The handle connecting portion 70 is provided with a hole 72 in which a coupling member 74 is mounted. The coupling member 74 has a spring 76 and a second steel ball. The fifth steel ball 78 has a portion protruding from the two ends of the hole 72, and the spring 76 is received in the hole 72. The ends are respectively abutted against the two steel balls 78. The two grip connecting portions 70 of the haul grip 68 are respectively engageable by a driving head 80. The 5H drive head 80 has a drive head attachment portion 82 that is complementary in shape to the grip connection portion 70 of the handle 68. The driving head connecting portion 82 of the driving head 80 has a parallel arm portion 84, and a recess 86 and a guide 88 are disposed on the inner side thereof, and a concave space 9 between the two arm portions 84 is disposed. . A bottom end wall of the recessed space 9 is provided with a magazine hole 92 in which a spring yellow 94 and a steel ball 96 are mounted. The manner in which the driver head 8 is mounted and detached from the handle 68 is the same as described above, and will not be described herein. The seventh figure is a wrench 5 according to a fifth embodiment of the present invention. The wrench 5 has a handle 98 and a handle connecting portion 1 at one end, and a coupling 02 is mounted thereon as a steel ball. The pin hole 106 has a handle portion 1 of the bead row, and has a plurality of bead rows 104, each of which has one, wherein the two steels 20 log 1021 are respectively mounted on the two arm portions 104 There are two holes 8' in the rear direction, and the oblique direction extends from the top surface to the two pin holes 1〇6 and penetrates the outer arc end surface of the arm portion 1〇4. And the two fixing holes 11 〇 are supported by the bottom surface of the handle connecting portion 1 贯 for the bolt 128 to pass through, and the handle connecting portion and the base 电 are electrically connected. . A plurality of drive heads 112 (only one of which is shown) are identical in construction to the drive head 34 of the first target embodiment and are optionally mounted to or detached from the handle 98 1271275. The wrench 5 of this embodiment further has a control member 114 having a base 116, two quick release levers 118, two springs 12A, and a pressure plate 122. The pedestal 116 has two oblique perforations 124 (see Figure 8). The top surface extends to the bottom surface, and the two screw holes (not shown) are located on the bottom surface. The base 5 U6 is disposed on the top surface of the handle connecting portion 10〇, and passes through the two fixing holes 110 of the handle connecting portion 1 by two bolts 128, and is screwed into the two screw holes of the base 116. Thereby, the base 116 is fixed to the handle connecting portion 1A. The two springs 120 and the quick release lever 118 are received in the through holes 124 of the base 116, and the large diameter ends of the two quick release levers 118 respectively protrude from the top 10 sides of the base 116 and extend into the small diameter end. The handle connecting portion 100 is in the oblique hole 108. The pressure plate 122 is fixed to the large diameter top end of the two quick release levers 118, thereby pressing the pressure plate 122 to move the two quick release levers 118, and the two springs 12〇 can be restored after the pressure plate 122 is released. Second, take off the rod H8. The two quick release levers 118 are respectively provided with a recess 130, and one side of the recess 13 has a slope 15132. When the driving head 112 is to be replaced, the user can press the pressing plate 122 to move the quick release lever 118 downward until the two dimples 130 correspond to the two steel balls 102. At this time, the two steel balls 1〇2 are not subjected to Any elastic force can be easily retracted into the two pin holes 106 (as shown in FIG. 9), so that the original driving head 20 112 can be easily pulled out, and the new driving head to be replaced is inserted. When the pressure plate 122 is released, the two springs 120 push the two quick release levers 118, so that the two steel balls 102 are extruded along the two inclined surfaces 132, and are pressed against the driving head 112 and locked. (As shown in FIG. 8), the driving head 112 is coupled and fixed to the handle connecting portion 100. 1271275 is not closed by the stud 190, so that the two connecting holes 186 form a passage 192 with the through hole 184. A plurality of steel balls 194 are disposed in the passage 192, and two steel balls at the outermost ends thereof abut against the two ends of the two coupling members 182 and the cam member 196, respectively. When the cam member 196 is rotated to the convex portion 202 against the steel ball 5 194 3 ^ ^ μ ^ ^ , as shown in the twelfth figure, the steel balls 194 can be moved outward by a distance, and the two coupling members 182 are pushed up. The driving head 2 is fixed by the inner side of the pin hole 18〇; when the cam member 196 is rotated to the concave portion 198, as shown in FIG. 13 , the steel balls 194 can move inwardly. The distance falls on the recess 198 so that the first coupling member 182 can move to the outside of each pin hole 18 to release the pressure pressed against the recess 203 of the driving head 200. At this time, the drive head 2 can be freely removed and replaced.
13 1271275 【圖式簡單說明】 第一圖為本發明第一較佳實施例之立體分解圖； 第二圖為本發明第一較佳實施例之頂視圖； 第三圖為本發明第一較佳實施例之側視圖，顯示驅動 5頭轉動； 第四圖為本發明第二較佳實施例之分解圖； 第五圖為本發明第三較佳實施例之分解圖； 第六圖為本發明第四較佳實施例之分解圖； 第七圖為本發明第五較佳實施例之立體分解圖； 10 第八圖為本發明第五較佳實施例之頂視圖，顯示控制 件未鎖固結合件； 第九圖為本發明第五較佳實施例之頂視圖，顯示控制 件鎖固結合件； 第十圖為本發明第六較佳實施例之頂視圖，顯示控制 15 件鎖固結合件； 第十一圖為本發明第六較佳實施例之頂視圖，顯示控 制件未鎖固結合件； 第十二圖為本發明第七較佳實施例之頂視圖，顯示控 制件鎖固結合件； 20 第十三圖為本發明第七較佳實施例之頂視圖，顯示控 制件未鎖固結合件； 14 1271275 【主要元件符號說明】 1扳手 10握柄 12握柄連接部 13開口驅動部 14臂部 16空間 18銷孔 5 20結合件 22鋼珠 24彈箐 26螺柱 28彈簧孔 30彈簀 32頂掣鋼珠 3 4驅動頭 3 6驅動件 38驅動頭連接部 40凹窩 42導槽 2扳手 10 46模組結合件 48基座 50彈簧 52鋼珠 54凹槽 56握柄 58容孔 3扳手 60結合件 62塊體 64凹槽 15 66彈簧 4扳手 68握柄 70握柄連接部 72容孔 74結合件 76彈簧 78鋼珠 80驅動頭 82驅動頭連接部 84臂部 20 86凹窩 88導槽 90空間 92彈簧孔 94彈簧 96鋼珠 5扳手 98握柄 100握柄連接部 102結合件 104臂部 106銷孔 108孔 15 1271275 110固定孔 112驅動頭 114控制件 116基座 118快脫桿 120彈箐 122壓板 124穿孔 128螺栓 130凹窩 132斜面 ' 5 6扳手 - 134握柄 13 6驅動頭 138握柄連接部 0 140臂部 142空間 144銷孔 • 146通孔 148連接孔 150孔 152鋼珠 154彈簧 156結合件 10 158穿孔 160凹槽 1621〜1625 鋼珠 164快脫桿 166彈簧 168凹窩 170斜面 172凹槽 7扳手 174握柄 176握柄連接部 178臂部 15 180容孔 182結合件 184通孔 • 186連接孔 188孔 190螺柱 192通道 194鋼珠 196凸輪件 198凹部 200驅動頭 201驅動頭連接部 * 202凸部 203凹窩 16 20BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a first preferred embodiment of the present invention; FIG. 2 is a top view of a first preferred embodiment of the present invention; 4 is a perspective view of a second preferred embodiment of the present invention; FIG. 5 is an exploded view of a third preferred embodiment of the present invention; 4 is an exploded perspective view of a fifth preferred embodiment of the present invention; 10 is a top view of a fifth preferred embodiment of the present invention, showing that the control member is unlocked The ninth embodiment is a top view of the fifth preferred embodiment of the present invention, showing the control member locking joint; the tenth view is a top view of the sixth preferred embodiment of the present invention, showing the control of 15 pieces of locking 11 is a top view of a sixth preferred embodiment of the present invention, showing a control member unlocked joint; FIG. 12 is a top view of a seventh preferred embodiment of the present invention, showing a control lock Solid joint; 20th, the seventh preferred embodiment of the present invention Top view of the embodiment, showing the control member unlocking joint; 14 1271275 [Main component symbol description] 1 wrench 10 grip 12 grip connecting portion 13 opening drive portion 14 arm portion 16 space 18 pin hole 5 20 joint member 22 Steel ball 24 magazine 26 stud 28 spring hole 30 magazine 32 top 掣 steel ball 3 4 drive head 3 6 drive member 38 drive head connection 40 dimple 42 guide groove 2 wrench 10 46 module joint 48 base 50 spring 52 Ball 54 Groove 56 Grip 58 Hole 3 Wrench 60 Joint 62 Block 64 Groove 15 66 Spring 4 Wrench 68 Grip 70 Grip Connection 72 Hole 74 Joint 76 Spring 78 Ball 80 Drive Head 82 Drive Head Connecting portion 84 arm portion 20 86 dimple 88 guiding groove 90 space 92 spring hole 94 spring 96 steel ball 5 wrench 98 grip 100 grip connecting portion 102 coupling member 104 arm portion 106 pin hole 108 hole 15 1271275 110 fixing hole 112 driving head 114 control member 116 base 118 quick release lever 120 magazine 122 pressure plate 124 perforation 128 bolt 130 dimple 132 bevel '5 6 wrench - 134 grip 13 6 drive head 138 grip connection portion 0 140 arm portion 142 space 144 pin hole • 146 Hole 148 connection hole 150 hole 152 steel ball 154 spring 156 joint 10 158 perforation 160 groove 1621 ~ 1625 steel ball 164 quick release rod 166 spring 168 dimple 170 bevel 172 groove 7 wrench 174 grip 176 grip connection portion 178 arm 15 180 hole 182 joint piece 184 through hole • 186 connection hole 188 hole 190 stud 192 channel 194 steel ball 196 cam piece 198 recess 200 drive head 201 drive head connection part * 202 convex part 203 dimple 16 20