1249458 九、發明說明： 【發明所屬之技術領域】 ’特別是指一種可將工 本發明是有關於一種連接器具 具裝設於鎚類工具的連接裝置。 【先前技術】 如圖1所示，為現有-種可加裝於鍵類工具的配件工 具裝置1 (同為申請人所申請並獲准之美國專利第 6,739,010 B1號案）’該鎚類工具2包含有一工具本體洲 、一銜接在該工具本體201上的柄部2〇2及一介於該工具 本體2〇1與該柄部202之間的頸部2〇3，該工具本體2〇1 ^ 有-鍵頭204。該配件工具裝置i包含有一嵌套在該鍵頭 204上的套合部101、—固設在該套合部101 -側的工具部 102、-連結在該套合部1G1另—側的定位部⑻及一可連 結在定位部1G3上的擋件1G4,該擒件⑽具有—螺設在該 定位部103侧端部的調整螺栓1〇5及一與該調整螺检1〇5 連結的壓塊106。 田該套。邛101套設在該鎚頭2〇4上，且操作該擋件 104的調整螺检105促使該愿塊1〇6抵止在該頸部加的一 上弧面203’上，就可使配件卫具|置]_結合在鍵類工 具2上。 利用上述的配件工具裝置i加裝於鍵類工具2上，即 可用該配件工具裝置i本身所設置的工具部⑽達到操 作目的。但本發明是針對可將工具裝設於鍵類工具的連接 裝置作另一種設計。 1249458 【發明内容】 因此’本發明之目的，即在提供-種可穩固夾制在鎚 類工具上且可連接工具而達到操作工具目的之可將工具裝 設於錄類工具的連接裝置。 於疋，本發明可將工具裝設於鎚類工具的連接裝置， 該鎚類工具包含有-工具本體及一銜接在該工具本體上且 沿：長方向=伸的柄部，該工具本體具有一與該柄部呈相 反又置的抵罪面 由5亥抵靠面其中一侧緣朝柄部延伸的 第-側面、一與該第一侧面相背設置的第二侧面、二相背 設置且銜接在該第-、二側面之間的定位面及一貫穿該第 一、二側面的操作孔洞。該連接裝置包含一夾制單元及一 連結單元，該夾制單元是呈可拆卸地固定在該工具本體上 ’並具有^分別對應該第一、二側面的夾板及一可使該等 夹板夾制固定在該工具本體上的鎖固元件，該等夾板各具 有-對應該抵靠面且可互相樞接的框接部、—與該搞接部 呈相反設置的活動端部、二相對設置在該活動端部上且對 應於該等定位面的夾持部及—對應於該操作孔洞的穿孔， 該鎖固元件可穿過該操作孔洞且定位在該等夾板之穿孔中 。該連結單元具有-固接在該夾制單元上的第—端部及一 與該第一端部呈相反設置且供該工具固接的第二端部，該 第一端部與其中一個夹板之樞接部固接。 【貫施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 1249458 清楚的呈現。 如圖2、圖3所示，本發明可將工具裝設於鎚類工具 的連接裝置較佳實施例，該鎚類工具10〇包含有一工具本 體110及一銜接在該工具本體110上且沿一長方向X延伸 的柄部120，該工具本體ho具有一與該柄部12〇呈相反設 置的抵罪面130、一由該抵靠面130其中一側緣朝桐部120 延伸的第一侧面140、一與談第一側面14〇相背設置的第二 侧面150、二相背設置且銜接在該第一、二側面14〇、15〇 之間的定位面160及一貫穿該第一、二側面14〇、15〇的操 作孔洞170，該操作孔洞17〇實質上是作為管鉗用途。該工 具200具有鏟子210及耙爪22〇，亦可製成刀、鋸。該連接 裝置300包含一夾制固定在該工具本體11〇上的夾制單元 10及一連結在該夹制單元1〇與工具2〇〇之間的連結單元 20 〇 該夾制單元10具有一對應該第一側面14〇的第一夾板 η、一對應於該第二側面150的第二夾板12及一可使該第 一、一夾板11、12夾固在工具本體11〇上的鎖固元件13。 該第一夾板11、12各具有一對應該抵靠面13〇的 第一、二樞接部m、121、一與該第一、二樞接部ιη、 121呈相反設置的第—、二活動端部ιΐ2、122、二相對設置 在該第_、_活動端部112、122二側緣上且對應於該等定 位面160的第一、二夹持部113、123及一介於該第一、二 枢接部111、121鱼兮链 1興该第一、二活動端部112、122之間且對 應於該操作孔、洞170的第一、二穿孔114、124。該第一穿 1249458 孔ii4呈長圓孔狀’該第二穿孔124是製成螺孔狀。 該鎖固元件13具有一可穿過該第一穿孔114、該操作 孔洞170且螺設在該第二穿孔124中的螺桿131及一可供 操作的轉動部132。 該連結單元20具有一第一端_ 21、一與該第一端部 21呈相反設置且供該工具2〇〇固接的第二端部22、一對應 該第一端部21而凸設在該第二樞接部121上的嵌合座23、 一可與該嵌合座23嵌接且沿該長方向X延伸的接合桿件24 、一可轉動地套設在該接合桿件24外部且鎖接在該嵌合座 23上的螺帽25、—對應該第二端部22而沿該長方向X與 該接合桿件24 ϋ接的第__柩轉件26、—可以—垂直於該長 方向X的軸線L而相對該第一樞轉件％產生樞轉的第二樞 轉件27、-轴設在該第—、二樞轉件％、27之相接端部上 的螺栓28及-設置在該第—、二樞轉件％、27相接端部 之間的彈簧29。 配合參閱圖4、圖5 ’該嵌合座23具有二凹設於内部 且交又呈十字的巍槽231及一設於外部的外螺紋部232，各 篏槽231的截面形狀呈長圓形。 該接干件24疋呈圓桿狀，並具有—可㈣在該傲槽 中之插接核241及-設在該插接部位241内侧且可抵 止在該嵌合座23上的播環242 β該插接部位％ 長圓形（配合參圖5)。 配合參閱圖4，該螺帽25 -内環面具有一凸緣251及 一内螺紋部252,該凸緣251可將該播環如塵制在嵌合座 1249458 23上，該内螺紋部252可螺合在該嵌合座23之外螺紋部 232 上。 該第一樞轉件26具有一與該接合桿件24以一銷固接 的套管部261、一由該套管部261 —側端面沿長方向X凸伸 且對應於該軸線L的第一樞塊262、圍繞該軸線L的數卡齒 263及數卡槽264、一對應該轴線L的螺孔265。該套管部 261具有一凸設在一外周面上的定位塊266，該第一樞塊 262 —侧面沿環向間隔設置有該等卡齒263與卡槽264。 該第二樞轉件27具有一第二樞塊271、一與該第二樞 塊271垂直固接的固定板272、圍繞該軸線L的數卡齒273 及數卡槽274、一對應軸線L的圓孔275。該第二樞塊271 一側面沿環向間隔設置有該等卡齒273與卡槽274。該固定 板272是以數螺絲鎖固該鏟子210，且一側端面朝内部設有 數個與鏟子210反向設置且可供耙爪220鉚接的固定孔276 〇 該螺栓28是可穿過該第二樞轉件27的圓孔275且螺 設在該第一樞轉件26的螺孔265中。該彈簧29的彈力恆 使該第一、二樞轉件26、27保持遠離之趨勢。 再如圖3、圖4、圖6所示，是預先將該夾制單元1〇 與連結單元20組配連結，且該接合桿件24之插接部位241 嵌接在該嵌合座23之嵌槽231中，該螺帽25螺設在該嵌 合座23上，可使接合桿件24與第二夾板12穩固接合。且 該第一、二樞轉件26、27是利用該等卡齒263、273與卡 槽264、274互相嵌卡以及該螺栓28之旋緊而獲得連結。 1249458 且鏟子210鎖固在固定板272上，而耙爪220則鉚固在該 等固定孔276中。 當欲利用該連接裝置300將工具200連接在鎚類工具 100上時，是在未鎖設該鎖固元件130之前，先將該第一、 二夹板11、12扳開，且套設在該工具本體11〇上，促使第 一、二夾板11、12分別對應該第一、二側面140、150，當 該第一、二樞接部ni、抵靠在該抵靠面13〇上時，即 可操作該第一、二夾板11、12相對靠合，且使得該第一、 一夾板11、12貼合在該第一、二側面14〇、150上，第一、 二夾持部113、123就可夾制在該等定位面16〇上，再將鎖 固元件13之螺桿131穿過第一穿孔114、操作孔洞【7〇，且 螺設在該第二穿孔124中，則該夾制單元1〇就可穩固夾制 在該工具本體110上。 S該連結單疋20與工具200組配完成，且利用該插接 部位241選擇插接在不同方向之嵌槽231 +，就可改變該 工具200相對於該工具本體11〇的使用方向（圖未示）。 如圖圖8所示，當操作者旋 簧29的彈力而使得第一、二框塊262、271彼此遠離， * 齒263 273與卡槽264、274也呈脫離嵌卡之狀態 ，知作者可轉動該第二樞轉件27相對於該第一樞轉件 :生適當角度的轉動’再旋緊該螺帽料，就可達到調 該工具200之操作角声 又使用上更為方便。且如圖8的 4線所示，當將鏟子21 .^ 的長方向調整至與柄部120的 方向X概呈平行時，去丨丨田、 利用該又位塊266提供該固定板2' 10 1249458 抵罪，可增進該第一、二樞轉件26、27的連結強度。 因此，本發明之連接裝置300是可將工具2〇〇裝設於 鎚類工具1〇〇上，更利用該接合桿件24與嵌合座幻之嵌 接作用，以及該第一、二樞轉件26、27可相對樞轉，促使 工具200可配合操作者之需求而達到調整操作角度之目的 ，使用相當方便。 惟以上所述者’僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是現有一配件工具裝置裝於鎚類工具的示意圖； 圖2是一立體分解圖，說明本發明連接裝置的一較佳 實施例； 圖3是本發明上述較佳實施例之一立體組合圖； 圖4是本發明上述較佳實施例之一組合剖面圖，說明 利用該連接裝置可使工具連接在一鎚類工具上； 圖5是沿圖4中之線5 — 5的一剖面圖； 圖6是本發明的俯視組合圖，說明該工具與該鎚類工 具之一長方向呈垂直設置； 圖7是類似於圖4的一操作示意圖，說明旋鬆一螺栓 可使一第一、二樞轉件產生分離；及 圖8是本發明之一調整示意圖，說明該工具可相對於 該鍵類工具之長方向調整操作角度。 1249458 【主要元件符號說明】 100 鎚類工具 124 第二穿孔 110 工具本體 13 鎖固元件 120 柄部 131 螺桿 X 長方向 132 轉動部 130 抵靠面 20 連結單元 140 第一側面 21 第一端部 150 第二側面 22 第二端部 160 定位面 23 嵌合座 170 操作孔洞 231 嵌槽 200 工具 232 外螺紋部 210 鏟子 24 接合桿件 220 耙爪 241 插接部位 300 連接裝置 242 擋環 10 夾制單元 25 螺帽 11 第一夾板 251 凸緣 111 第一樞接部 252 内螺紋部 112 第一活動端部 26 第一樞轉件 113 第一夾持部 261 套管部 114 第一穿孔 262 第一樞塊 12 第二夾板 263 卡齒 121 第二植接部 264 卡槽 122 第二活動端部 265 螺孔 123 第二夾持部 266 定位塊 12 1249458 L 軸線 272 固定板 27 第二樞轉件 273 卡齒 28 螺栓 274 卡槽 29 彈簧 275 圓孔 271 第二框塊 276 固定孔 131249458 IX. Description of the invention: [Technical field to which the invention pertains] ‘Especially refers to a connection device in which a connecting device is mounted on a hammer tool. [Prior Art] As shown in Fig. 1, there is a prior art accessory tool device 1 that can be attached to a key tool (the same as the U.S. Patent No. 6,739,010 B1 filed and approved by the applicant). The utility model comprises a tool body continent, a handle 2〇2 connected to the tool body 201 and a neck 2〇3 interposed between the tool body 2〇1 and the handle 202. The tool body 2〇1 ^ There is a - key head 204. The accessory tool device i includes a sleeve portion 101 nested on the key head 204, a tool portion 102 fixed to the side of the sleeve portion 101, and a positioning joint on the other side of the sleeve portion 1G1. a part (8) and a stopper 1G4 connectable to the positioning portion 1G3, the element (10) having an adjusting bolt 1〇5 screwed to an end portion of the positioning portion 103 and a connection with the adjusting screw 1〇5 Clamp block 106. The set of the field. The 邛101 sleeve is disposed on the hammer head 2〇4, and the adjusting screw 105 for operating the blocking member 104 causes the wishing block 1〇6 to abut on an upper curved surface 203′ of the neck portion, so that The accessory guard|set]_ is combined with the key tool 2. The above-described accessory tool device i is attached to the key tool 2, i.e., the tool portion (10) provided by the accessory tool device i itself can be used for the purpose of operation. However, the present invention is directed to another design that can be used to mount a tool to a key tool. 1249458 SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a connecting device for mounting a tool to a recording tool that can be securely clamped to a hammer tool and that can be attached to a tool to achieve the purpose of the operating tool. In the present invention, the tool can be mounted on a connecting device of a hammer tool, the hammer tool comprising a tool body and a handle attached to the tool body and extending along a long direction, the tool body having a sinus surface opposite to the shank is disposed on a first side of the 5 ing abutting surface, wherein a side edge extends toward the shank, and a second side opposite to the first side A positioning surface that is coupled between the first and second sides and an operation hole extending through the first and second sides. The connecting device comprises a clamping unit and a connecting unit, the clamping unit is detachably fixed on the tool body and has a clamping plate respectively corresponding to the first and second sides and a clamping plate a locking component fixed on the tool body, each of the clamping plates having a frame portion corresponding to the abutting surface and pivotally connected to each other, a movable end portion opposite to the engaging portion, and a second opposite setting At the movable end portion and corresponding to the clamping portion of the positioning surface and the perforation corresponding to the operation hole, the locking member can pass through the operation hole and be positioned in the perforation of the clamping plates. The connecting unit has a first end fixed to the clamping unit and a second end opposite to the first end and fixed for the tool, the first end and one of the splints The pivoting portion is fixed. The above-mentioned and other technical contents, features and effects of the present invention will be apparent from the following detailed description of a preferred embodiment of the accompanying drawings. As shown in FIG. 2 and FIG. 3, the present invention can be applied to a preferred embodiment of a connecting device for a hammer-type tool. The hammer-type tool 10A includes a tool body 110 and an interface on the tool body 110. a shank 120 extending in a long direction X, the tool body ho having a sinus surface 130 disposed opposite to the shank 12 、, and a first side extending from a side edge of the abutting surface 130 toward the yam portion 120 140, a second side 150 disposed opposite to the first side 14 、, a positioning surface 160 disposed opposite to the first and second sides 14 〇, 15 及 and a first through the first The two sides 14 〇, 15 操作 of the operation hole 170, the operation hole 17 〇 is essentially used as a pipe wrench. The tool 200 has a shovel 210 and a pawl 22, and can also be made into a knife or a saw. The connecting device 300 includes a clamping unit 10 that is clamped and fixed to the tool body 11 , and a connecting unit 20 that is coupled between the clamping unit 1 and the tool 2 . The clamping unit 10 has a a first clamping plate η corresponding to the first side 14〇, a second clamping plate 12 corresponding to the second side surface 150, and a locking mechanism for clamping the first and first clamping plates 11 and 12 on the tool body 11〇 Element 13. The first clamping plates 11 and 12 each have a pair of first and second pivoting portions m and 121 that should abut against the surface 13 , and a first and second opposite to the first and second pivoting portions i , 121 . The movable end portions ι 2, 122, and 2 are oppositely disposed on the two side edges of the first and third movable end portions 112 and 122 and correspond to the first and second clamping portions 113, 123 and one of the positioning surfaces 160. The first and second pivoting portions 111 and 121 respectively extend between the first and second movable end portions 112 and 122 and correspond to the first and second through holes 114 and 124 of the operation hole and the hole 170. The first through hole 1249458 has a long circular hole shape ii4. The second through hole 124 is formed into a screw hole shape. The locking member 13 has a screw 131 and an operable rotating portion 132 that can pass through the first through hole 114, the operating hole 170 and are screwed into the second through hole 124. The connecting unit 20 has a first end _ 21, a second end portion 22 disposed opposite to the first end portion 21 and fixed by the tool 2 、, and a pair of first end portions 21 protruding from the first end portion 21 a fitting seat 23 on the second pivoting portion 121, an engaging rod member 24 engageable with the fitting seat 23 and extending along the longitudinal direction X, and a rotatably sleeved on the engaging rod member 24 a nut 25 that is externally and locked to the fitting seat 23, a first yoke member 26 corresponding to the second end portion 22 and coupled to the engaging rod member 24 along the longitudinal direction X, may be - a second pivoting member 27 pivoting relative to the first pivoting member % perpendicular to the axis L of the longitudinal direction X, the shaft is disposed on the abutting end of the first and second pivoting members %, 27 The bolts 28 and the springs 29 are disposed between the ends of the first and second pivot members %, 27. Referring to FIG. 4 and FIG. 5, the fitting seat 23 has two grooves 231 which are recessed inside and intersect with each other, and a male threaded portion 232 which is disposed on the outside. The cross-sectional shape of each groove 231 is oblong. . The splicing member 24 is in the shape of a round rod and has (4) a plug core 241 in the arbor and a broadcast ring disposed on the inside of the plug portion 241 and resisting the mating seat 23 242 β The insertion part is oblong (refer to Figure 5). Referring to FIG. 4, the nut 25 - inner ring mask has a flange 251 and an internal thread portion 252. The flange 251 can be made of dust on the fitting seat 1249458 23, and the internal thread portion 252 It can be screwed onto the threaded portion 232 outside the fitting seat 23. The first pivoting member 26 has a sleeve portion 261 fixed to the engaging rod member 24 by a pin, and a portion extending from the side end surface of the sleeve portion 261 in the longitudinal direction X and corresponding to the axis L A pivot block 262, a plurality of latching teeth 263 and a plurality of latching slots 264 surrounding the axis L, and a pair of screw holes 265 corresponding to the axis L. The sleeve portion 261 has a positioning block 266 protruding from an outer peripheral surface, and the first pivot block 262 is provided with the latching teeth 263 and the latching grooves 264 at the side intervals. The second pivoting member 27 has a second pivoting block 271, a fixing plate 272 fixed perpendicularly to the second pivoting block 271, a plurality of latching teeth 273 and a plurality of latching slots 274 around the axis L, and a corresponding axis L. The round hole 275. The second pivot block 271 is provided with the latching teeth 273 and the latching grooves 274 along a circumferential direction. The fixing plate 272 is a plurality of screws for locking the shovel 210, and one end surface is internally provided with a plurality of fixing holes 276 which are opposite to the shovel 210 and can be riveted by the claws 220. The bolts 28 can pass through the fixing holes 276. The circular hole 275 of the second pivoting member 27 is screwed into the screw hole 265 of the first pivoting member 26. The spring force of the spring 29 constantly keeps the first and second pivot members 26, 27 away from each other. As shown in FIG. 3, FIG. 4, and FIG. 6, the clamping unit 1A and the connecting unit 20 are coupled to each other in advance, and the insertion portion 241 of the engaging rod member 24 is engaged with the fitting portion 23. In the recess 231, the nut 25 is screwed on the fitting seat 23 to firmly engage the engaging rod member 24 and the second clamping plate 12. Further, the first and second pivoting members 26 and 27 are coupled to each other by the engaging teeth 263 and 273 and the engaging grooves 264 and 274, and the bolts 28 are tightened. 1249458 and the shovel 210 is locked to the fixing plate 272, and the claws 220 are riveted in the fixing holes 276. When the tool 200 is to be attached to the hammer tool 100 by the connecting device 300, the first and second clamping plates 11 and 12 are opened before the locking member 130 is unlocked, and the sleeve is placed thereon. The first and second clamping plates 11 and 12 respectively correspond to the first and second side faces 140 and 150, and when the first and second pivoting portions ni abut against the abutting surface 13〇, The first and second clamping plates 11 and 12 are oppositely engaged, and the first and second clamping plates 11 and 12 are attached to the first and second side faces 14 and 150, and the first and second clamping portions 113 are respectively And 123 can be clamped on the positioning surface 16〇, and then the screw 131 of the locking component 13 passes through the first through hole 114, the operation hole [7〇, and the screw is disposed in the second through hole 124, then the The clamping unit 1〇 can be firmly clamped on the tool body 110. The connection unit 20 is assembled with the tool 200, and the insertion portion 241 is used to select the slot 231 + inserted in different directions, thereby changing the direction of use of the tool 200 relative to the tool body 11 (Fig. Not shown). As shown in FIG. 8, when the elastic force of the coil spring 29 causes the first and second frame blocks 262 and 271 to move away from each other, the teeth 263 273 and the card slots 264 and 274 are also disengaged from the card. Rotating the second pivoting member 27 relative to the first pivoting member: rotating the appropriate angle 're-tightening the nut material, the operating angle of the tool 200 can be adjusted and used more conveniently. And as shown in the line 4 of FIG. 8, when the long direction of the shovel 21 . . . is adjusted to be substantially parallel to the direction X of the shank 120, the stalk is provided, and the fixing plate 2 ′ is provided by the fulcrum 266. 10 1249458 The sin can increase the joint strength of the first and second pivot members 26 and 27. Therefore, the connecting device 300 of the present invention can mount the tool 2 on the hammer tool 1 , and further utilize the engaging function of the engaging rod 24 and the fitting seat, and the first and second pivots. The rotating members 26, 27 can be relatively pivoted, so that the tool 200 can meet the needs of the operator to adjust the operating angle, and the use is quite convenient. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention, All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a conventional accessory tool device mounted on a hammer tool; FIG. 2 is an exploded perspective view showing a preferred embodiment of the connecting device of the present invention; FIG. 3 is a preferred embodiment of the present invention. 3 is a perspective view of a combination of the above-described preferred embodiments of the present invention, illustrating the use of the connecting device to connect the tool to a hammer tool; FIG. 5 is along line 5 of FIG. Figure 5 is a top plan view of the present invention, illustrating that the tool is disposed perpendicular to one of the lengths of the hammer tool; Figure 7 is a schematic view similar to Figure 4 illustrating the loosening of a bolt The first and second pivoting members can be separated; and FIG. 8 is an adjustment diagram of the present invention, which shows that the tool can adjust the operating angle with respect to the long direction of the keying tool. 1249458 [Description of main component symbols] 100 Hammer tool 124 Second perforation 110 Tool body 13 Locking element 120 Handle 131 Screw X Long direction 132 Rotation part 130 Abutment surface 20 Connection unit 140 First side 21 First end 150 Second side 22 second end 160 locating surface 23 fitting seat 170 operating hole 231 slot 200 tool 232 external thread portion 210 shovel 24 engagement rod 220 shank 241 insertion portion 300 connecting device 242 retaining ring 10 clamping unit 25 nut 11 first clamping plate 251 flange 111 first pivoting portion 252 internal thread portion 112 first movable end portion 26 first pivoting member 113 first clamping portion 261 sleeve portion 114 first perforation 262 first pivot Block 12 second clamping plate 263 latching 121 second implanting portion 264 card slot 122 second movable end portion 265 screw hole 123 second clamping portion 266 positioning block 12 1249458 L axis 272 fixing plate 27 second pivoting member 273 card Tooth 28 bolt 274 card slot 29 spring 275 round hole 271 second frame block 276 fixing hole 13