I268832 九、發明說明： 【發明所屬之技術領域】 本發明係有關-種可互為力臂之双頭驅動玉具，尤指 =端分別具有-連接段，俾供不同形式之讀扳轉元件套設 後’能提供多種用途之結構。 【先前技術】 如第9圖所示’為習用之單搖臂驅動工具，直係 =，:，，61，該驅動部6 1'=: 6 2衣,又’並於忒驅動部61設有一樞接孔6 3，俾供一 ^ m # 6 4 TAtrnTi'ί ί ； 時Τ ’該卡固件6 4中段與該開σ扳手6 磨擦而導致齒型變形甚或破 Ϊ雜f=rf仏作空職大，紅作賴曰趨 1的·^空用間=，而該單搖臂驅動 場體7兩端分^一二G巧二斤示，其係於套筒 77! ;;，_部71設有-樞⑶ 双搖臂套筒工且雜接孔7 3而卡固該套筒72，使該 孔7 3於力心1^利鑽孔，故於鑽孔後之枢接 限於力臂過短及只能侷限於套〜^1 20所不，加上文 套筒工且之套^79 :套同7 2配合使用，致使該双搖臂 t尺以:7常2會7 2的套接長度及與螺栓 寸以配合螺栓之情形；lit全套接螺栓及變換套筒7 2尺 ”、、法使用，且該双搖臂套筒工具欲扳動 5 I268832 工件時，卻發現該双搖臂套筒工且 當大的力量方能扳動該工件?故，需花費相 該双搖臂套紅具之使神林^力心祕差之狀況下， 空間何 標。 切/、 直是業界所努力的目 【發明内容】 為力而提供-種可互 用，且該驅動工具本體與固定元空間中使 一連接段，分別設有 樞接部上設有一工供一 之貫孔與工作孔而卡固該工件扳轉元^打…亥工件扳轉4 例之實施 於附圖中展示其構造。 曰γ亍以坪細說明，並 【實施方式】 限制。 f J τ 11月上並不文此種結構之 本貫施例之可互為力臂之双頭驅動 工且 ，如第1圖所示， 6 1268832 m^本體1，其係於驅動工具本體1兩端分 柩接部1 1與-第二樞接則2，各該拖接部工 1 1刀別设有一連接段13，各該連接段丄3分別嗖有一 各該工件扳轉元件2賴财—卡固槽2 2 縱向貝孔21，且於驅動工具本體1之樞接部11、 上設有一工作孔i 4，於本實施例中，該工作孔丄4内因 過後略呈錐狀，且各該玉作孔i 4與貫孔2丨分卿—呈 凸圓之齒形固定元件3相配合，如第2圖所 細 3可，工作孔i 4與貫孔2 i以卡_卫件扳 於本貫施例中，該工件扳轉元件2係為活動扳手。 、當本發明使用於狹小空間時，可將該活動板手調整成 欲轉，之螺帽2 3相同大小，轉動該驅動卫具本體丨，讓f區動 工具本體1與第-樞接部1 1成垂直狀，再將第二枢接部 轉動，即可利用該弟二樞接部12進行旋鎖螺帽2 3之工作， 並可於該第二樞接部12之另一活動扳手中插設_桿2 4，以 形成一力柱的功用，如此，可使本發明具有良好 用性，如第3圖所示。 κ 其次’該驅動工具本體1利用裝設於連接段丄3之活動扳 手進^轉動螺帽2 3時，該活動扳手與固定元件3間承受極大 的力量，由於本發明之縱向貫孔21與固定元件3中段間係為 光滑面套合，故可避免該活動扳手與固定元件3間因受力而產 生變形及破損之情形。 再者，由於該工作孔14内加工過後略呈錐狀，且該固定 元件3根部呈凸圓狀且具有齒形，除可使本發明之固定元件3 易於裝入該工作孔1 4内之外，尚可克服習用之單搖臂驅動工 具因卡固件的齒开>在穿伸過樞接孔時所造成該柩接孔被磨損 的現象。 ' 綜上所述，本發明確實具有下列之優點： 1·適用於狹小的空間。 7 1268832 g ·=避免:η件扳轉元件與固定元 3 ·可避免_元件在穿伸過樞 ^之情形。 請參閱第4圖，其係本發=第象產生。 扳轉元件2人可 轭例，其中，該工件 再如第5圖所示之以具：同的功用。 轉元件2Β可選_口料例’其中，該工件扳 當然，本發^存^多可具有相同的功用。 本發秦x酬本發明，並_以限制 之+數值之交更或等效元件之置換仍應隸屬本發明 達成:二气藝者明瞭本發明的確可 【圖規定，紐_申請。 f1圖係本發明之立體外觀示意圖 I 關係圖 Κ發明之工件板轉元件與固定元件間的| fd圖係本發明之使用狀態示意圖 係本發明第二實施例之立體外觀示意圖 ί巧係本發，三實施例之立體外觀示意圖 第圖係本务明之驅動工具本體與工件扳轉元件之立 外觀示意圖之一 第7圖係本發明之驅動卫具本體與卫件扳轉元件之立 外觀示意圖之二 第8圖係本發明之鶴工具本體與王件扳轉元件之立 外觀示意圖之三 第9圖係習用之套職手的外觀示意圖 1268832 第10圖係習用之套 係圖 頁板手该開口扳手與卡固件間的關 第11圖係習用之另一 第1 2圖係習用之套外觀示意圓 圖 Μ卡固件與樞接孔間的關係 【主要元件符號說明】I268832 IX. Description of the invention: [Technical field of the invention] The present invention relates to a double-headed driving jade with mutually movable arms, in particular, the = end has a - connecting section, and the different types of reading and turning component sets are provided. Designed to provide a variety of structures. [Prior Art] As shown in Fig. 9, the single rocker driving tool is a conventional one, and the direct drive =, :, 61, the drive portion 6 1' =: 6 2 clothes, and 'and the drive unit 61 There is a pivot hole 6 3, for a ^ m # 6 4 TAtrnTi' ί ; ; Τ 'The middle part of the fastener 6 4 and the open σ wrench 6 friction resulting in tooth deformation or even broken f = rf The vacant position is large, and the red 曰 曰 曰 ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ The portion 71 is provided with a pivotal (3) double rocker sleeve and a miscellaneous hole 7 3 to clamp the sleeve 72, so that the hole 7 3 is drilled in the force center, so the pivotal connection after drilling is limited. The arm is too short and can only be limited to the set ~^1 20, plus the sleeve of the sleeve and the ^79: the sleeve is used in conjunction with the 7 2, so that the double rocker t ruler: 7 often 2 will 7 The length of the sleeve of 2 and the bolts are matched with the bolts; the lit full set of bolts and the conversion sleeve are used by the method, and the double rocker sleeve tool is used to pull the 5 I268832 workpiece, but it is found The double rocker sleeve works and can only pull the workpiece when the power is large. The double rocker arm sets the red flag to make the Shenlin ^power secret, the space is what the standard. Cut /, straight is the industry's efforts [invention content] to provide a kind of interoperability, and the drive In the tool body and the fixed element space, a connecting section is respectively provided, and a pivoting portion is respectively provided with a working hole and a working hole to fix the workpiece to be rotated. The structure is shown in the drawings. 曰γ亍 is described in detail, and [Embodiment] is limited. f J τ In November, it is not a double-headed drive of the basic embodiment of this structure. As shown in Fig. 1, the 6 1268832 m^ body 1 is attached to the two ends of the driving tool body 1 by the splicing portion 1 1 and the second pivoting portion 2, and each of the splicing portions is 1 There is a connecting section 13 , and each of the connecting sections 丄 3 respectively has a longitudinal opening hole 21 of the workpiece turning element 2 , and a working hole is provided on the pivoting part 11 of the driving tool body 1 . The hole i 4 , in the embodiment, the working hole 丄 4 is slightly tapered after the passage, and each of the jade hole i 4 and the through hole 2 is divided into a convex circle The toothed fixing member 3 is matched, as shown in FIG. 2, the working hole i 4 and the through hole 2 i are pulled by the card in the present embodiment, and the workpiece turning member 2 is an adjustable wrench. When the present invention is used in a small space, the movable wrench can be adjusted to rotate, and the nut 23 is the same size, and the driving body 丨 is rotated to allow the f-zone moving tool body 1 to be pivotally connected. The portion 1 1 is perpendicular, and then the second pivoting portion is rotated, so that the rotation of the screw nut 2 3 can be performed by the second pivoting portion 12, and another activity of the second pivoting portion 12 can be performed. The wrench _ rod 2 4 is inserted to form a force column, so that the present invention can be used with good utility, as shown in Fig. 3. κ Next, when the driving tool body 1 is rotated by the movable wrench mounted on the connecting portion 丄3, the movable wrench and the fixing member 3 are subjected to great force due to the longitudinal through hole 21 of the present invention. The middle part of the fixing element 3 is a smooth surface, so that the deformation and damage of the movable wrench and the fixing element 3 due to the force can be avoided. Furthermore, since the working hole 14 is slightly tapered after being processed, and the root of the fixing member 3 is convex and has a tooth shape, the fixing member 3 of the present invention can be easily inserted into the working hole 14 In addition, it is possible to overcome the phenomenon that the conventional rocker arm driving tool is worn due to the tooth opening of the fastener and the piercing hole is worn when it is inserted through the pivot hole. In summary, the present invention does have the following advantages: 1. Suitable for small spaces. 7 1268832 g ·=Avoid: η-piece turning element and fixed element 3 · It can be avoided that the _ element is worn over. Please refer to Figure 4, which is generated by the present invention. The turning element 2 can be yokeed, wherein the workpiece has the same function as shown in Fig. 5. The rotating element 2 is optional _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The present invention, and the replacement of the + value of the limit or the equivalent of the equivalent component should still be subject to the invention. The two artists have made it clear that the invention is indeed achievable. F1 is a schematic view of a three-dimensional appearance of the present invention. FIG. 1 is a schematic view showing the state of use of the second embodiment of the present invention. FIG. 7 is a schematic diagram showing the appearance of the driving tool body and the workpiece turning element of the present invention. FIG. 7 is a schematic view showing the appearance of the driving body and the guard member of the present invention. Figure 8 is a schematic view of the appearance of the crane tool body and the king member turning element of the present invention. Figure 9 is a schematic view of the appearance of the conventional hand-held hand 1268832. Figure 10 is a set of the conventional set of the figure board. The relationship between the wrench and the card firmware is shown in Figure 11. The other 12th figure is the appearance of the set of the circular diagram. The relationship between the firmware and the pivot hole [Description of the main components]
(習用部分) 驅動工具本體6 開口扳手6 2 卡固件6 4 驅動工具本體7 套筒7 2 卡固件7 4 (本發明部分） 驅動工具本體1 第二枢接部12 工作孔1 4 貫孔2 1 螺帽2 3 固定元件3(customized part) drive tool body 6 open end wrench 6 2 card fastener 6 4 drive tool body 7 sleeve 7 2 card fastener 7 4 (part of the invention) drive tool body 1 second pivot portion 12 working hole 1 4 through hole 2 1 nut 2 3 fixing element 3
工件扳轉元件2A 驅動部6 1 樞接孔6 3 驅動部7 1 樞接孔7 3 第一樞接部11 連接段1 3 工件扳轉元件2 卡固槽2 2 桿2 4 工件扳轉元件2 b 9Work piece turning element 2A Drive part 6 1 Pivot hole 6 3 Drive part 7 1 Pivot hole 7 3 First pivot part 11 Connection section 1 3 Work piece turning element 2 Fixing groove 2 2 Rod 2 4 Work piece turning element 2 b 9