叫 1081 九、發明說明： 【發明所屬之技術領域】 且=作係提供一種T型板手結構改良，特別是指一種 :可叫或各自作左右位移、角度調整之旋桿之丁型板 于0 【先前技術】 請參閱圖一所示，其係一種習知之 板手係具—本體“’本體U之底端係形成 形組接部1 3，該組接部！ 3係可嵌接於各種尺寸之套筒 =0’而可以套筒3〇對螺帽或螺絲進行組裝或拆卸該 =1 1係具-穿孔而可供一長旋桿工2穿樞，該習知丁 '手1 0對螺帽或螺絲作功時’係可調整旋桿1 2位於 3U兩側之力臂等長（如實線所示者）或僅朝一側延 '車乂長之力臂（如虛線所示者），惟，該習知案之旋桿 1 2遇到其轉動執跡有障礙物時，即無法使用，而必須改 二如圖一所不之第二種丁型板手丄‘ ’該第二種習知丁型 手1 4係亦具一本體1 5，該本體工5並自上端面朝下 到設一凹陷之缺槽1 6 ’缺槽1 6中則置入一旋桿丄8， 並以>軸栓1 7同時穿樞過本體工5兩側壁1 5丄、1 $ :疋抑1 8，使旋桿1 8袖樞於缺槽1 6中而可調整傾 斜角度’本體1 5之底端係形成-縮小之矩形組接部丄 9 =組接部1 9係可嵌接於各種尺寸之套筒3 〇，該第 -種習知案藉其可調整傾角度之功能，乃可解決於其轉動 執跡遇有障礙物之問題’惟’當須調整旋桿1 8朝-側延 1321081 . 伸為最大力臂時，則受到軸栓1 7之限制而無法調整位 移；是以，該第一及第二種習知案，皆各有其優點與缺點 ，而其缺點，乃有待加以改良。 【發明内容】 基於上述習知T型板手待解決之問題，本發明人乃本 著造福人群之宏願，潛心研究，不斷的設計改良，並製作 樣品試驗，經反覆的測試，再加以改進，終有確能達成以 下發明目的之本發明誕生。 • 即，本發明之目的係使T型板手之旋桿可同時或各自 作左右位移或角度傾斜調整，使T型板手之使用方便性更 高。 為達上述發明目的，本發明之改良特徵係在於：其係 包含一具組接部及缺槽之本體、一轴設於本體缺槽中之軸 體、一穿樞過軸體且可往復位移之旋桿，旋桿與本體缺槽 係位於同一方向，旋桿與軸體係位於交錯方向。 【實施方式】 • 為使貴審查委員及習於本項技藝之人士，對本發明有 更一步之瞭解，茲舉一較佳實施例，詳細說明如后：（惟 ，本實施例僅為利於說明，本發明日後之實施，並不以此 為限，凡以本發明之技術特徵所為之改良實施，皆受本發 明所拘束）。 請參閱圖圖三所示，本實施例之T型板手2 0係包含 一本體2 1、一軸體2 2、一旋桿2 3 ; 該本體2 1係自其上端面中間位置剖設一朝下凹陷之 1321〇81 '缺槽2 1 1，該缺槽2 1 1乃使本體2 1底部以上形成兩 側壁，第一側壁2 1 2及第二側壁2 1 3上係各設有一相 對之穿孔2 1 4、2 1 5，本體2 1底部係設一縮小之組 接部2 1 6，該組接部2 1 6係可嵌接各尺寸之套筒3或 其它各種延伸功能之工具桿（圖未示）； 該軸體2 2係一圓柱體，其軸身係設一穿孔2 2工， 該軸體2 2係穿樞於本體2 1之第一及第二側壁2 1 2、 2 1 3之穿孔2 1 4、2 1 5間，與本體2 1成軸樞狀態 φ 而可轉動； 該旋桿2 3係一長柱體，其兩末端皆設一環凹溝2 3 1，各環凹溝2 3 1係可套置一 c型扣2 4，該旋桿2 3 其中一端之C型扣2 4係待旋桿2 3穿樞過軸體2 2之穿 孔2 2 1後再套上，藉各c型扣2 4係略大於穿孔2 2 1，使旋桿2 3不會自軸體2 2脫落。 凊再配合參閱圖四至圖六所示，本實施例之τ型板手 鲁2 0使用時’組接部2 1 6係可嵌入於套筒3 〇之嵌槽3 1中，再以具内孔之驅動部3 2對正工件4 1上之螺絲端 ^4 0 ’再轉動旋桿2 3即可對螺絲作功，而旋桿2 3視 減要乃可調整位於本體2 1兩側之力臂等長或僅朝 一側延 伸為最長之力臂或可同時調整旋桿2 3之傾斜角度，以避 開障礙物。 。月再配合參閱圖七所示，為防止旋桿2 3於轴體2 2 孔2 2 1中因重量而作自主性位移，軸體2 2之穿孔2 1内壁係朝軸體之_軸向底面鑽設__沉孔2 2 2，該沉 7 1321081 •孔2 2 2中依序係置入一彈簧2 2 3及一鋼珠2 2 4，該 鋼珠2 2 4因彈簧2 2 3之推頂，係恆抵靠於旋桿2 3， 使旋柃2 3須施以外力時始能位移，而不會作自主性位移。 請參閲圖八所示，為防止軸體2 2與本體2 i發生脫 離，該本體第一或第二側壁2 1 2、2 1 3之穿孔2 1 4 、2 1 5之内環壁面，係設一環凹溝2丄7 (本實施例之 環凹溝2 1 7係設於第二側壁2 1 3 )，該環凹溝2 1 7中 係置入一成波浪圈狀之彈圈2 5 ,該彈圈2 5係具彈性而 • 可變形，該軸體2 2外環面相對於第二側壁2 i 3之環凹 溝2 1 7處，係亦設一環凹溝2 2 5，使軸體2 2穿樞於 兩穿孔2 1 5、2 1 4間時，該彈圈2 5之數外張部2 5 1係卡掣於第二側壁2 1 3之凹溝2 1 7中，彈圈2 5之 内縮部2 5 2係卡掣於軸體2 2之凹溝2 2 5中，使軸體 2 2與本體2 1間不另施以外力時不會脫離。 請參閱圖九所示，為防止軸體2 2與本體2 1發生脫 離，本發明有另一種實施方式，其係於該本體第一或第二 •側壁2 1 2、2 1 3之穿孔2 1 4、2 1 5之内環壁面， 設一凹溝218(本實施例之凹溝218係設於第二側壁 2 1 3)’軸體2 2外環面相對於穿孔2 1 5之凹溝2 1 8 處，設一徑向之沉孔2 2 6，該沉孔2 2 6再依序置入一 彈簧227及一鋼珠228，使鋼珠228受彈簧227 推頂時’該鋼珠2 2 8乃可恆抵入於穿孔2 1 5之凹溝2 1 8中’使轴體2 2與本體2 1間不另施以外力時不會脫 離0 1321081 綜上所述，本發明實深具實用性及進步性， 請人遍查國内外文獻，並無發現相同或近似者，本= 符合專利法上有關發明之規定，爰依法提出申請。X 【圖式簡單說明】 圖一係第一種習知丁型板手之立體示意圖。 圖二係第二種習知Τ型板手之立體示意圖。 圖三係本發明之立體分解圖。Called 1081 IX. Description of the invention: [Technical field to which the invention belongs] and the system provides a T-shaped wrench structure improvement, in particular, a type: a type of plate that can be called or each of which is used for left and right displacement and angle adjustment. 0 [Prior Art] Please refer to FIG. 1 , which is a conventional hand-clamping device - the body "the bottom end of the body U is formed into a forming portion 13 3 , the connecting portion! 3 series can be engaged in Sleeve of various sizes=0', and the sleeve or bolt can be assembled or disassembled by the sleeve 3〇. 1 1 harness-perforation can be used for a long-rotor 2 to pass the pivot. 0 When the work is done on the nut or the screw 'The adjustable arm 1 2 is located on the 3U side of the arm equal to the length (as shown by the solid line) or only to the side of the 'long arm' arm (as indicated by the dotted line However, if the rotary rod of the conventional case encounters an obstacle in its rotation, it cannot be used, and it must be changed to the second type of shackle as shown in Figure 1. The second conventional type 1 4 series also has a body 15 which is placed from the upper end face down to the recessed groove 16 6 'the slot 16 6 Rotary rod 丄8, and with the > shaft bolt 1 7 simultaneously pierced through the two side walls of the body 5 1 5 丄, 1 $ : 1 1 18, the rotating rod 18 sleeve is pivoted in the slot 16 and can be adjusted Tilt angle 'Bottom end of the body 1 5 is formed - reduced rectangular assembly 丄 9 = assembly 1 9 can be engaged with sleeves 3 各种 of various sizes, the first conventional case can be adjusted by The function of the tilting angle can solve the problem of obstacles encountered in its rotation. 'When it is necessary to adjust the rotary rod 18 to the side extension 1321081. When extending to the maximum force arm, it is limited by the shaft bolt 17 However, the displacement cannot be adjusted; therefore, the first and second conventional cases each have their own advantages and disadvantages, and the disadvantages thereof need to be improved. [Summary of the Invention] Based on the above-mentioned conventional T-shaped wrench to be solved The inventor of the present invention is based on the ambition of benefiting the people, concentrating on research, continually designing and improving, and making sample tests, and repeating tests, and then improving, and finally the invention of the present invention can be achieved. That is, the object of the present invention is to enable the T-shaped wrenches to be tilted or angled simultaneously or individually. The T-shaped wrench is more convenient to use. In order to achieve the above object, the improved feature of the present invention is that it comprises a body having a joint portion and a groove, and a shaft is disposed in the body slot. The shaft body, a rotating rod that pivots through the shaft body and is reciprocally displaceable, the rotating rod and the body missing slot are in the same direction, and the rotating rod and the shaft system are in a staggered direction. [Embodiment] • For the review committee and the learner A person skilled in the art will have a better understanding of the present invention. A preferred embodiment will be described in detail as follows: (However, this embodiment is only for convenience of explanation, and the implementation of the present invention is not The modified embodiment of the present invention is not limited by the present invention. Referring to FIG. 3, the T-shaped wrench 20 of the present embodiment includes a body 2 1 and a shaft 2 . 2. A rotating rod 2 3 ; the main body 2 1 is formed by a downwardly recessed 1321 〇 81 ' 缺 2 2 1 1 from the middle of the upper end surface thereof, and the missing groove 2 1 1 is formed above the bottom of the body 2 1 The two side walls, the first side wall 2 1 2 and the second side wall 2 1 3 are respectively provided with a relative Perforation 2 1 4, 2 1 5, the bottom of the body 2 1 is provided with a reduced assembly portion 2 1 6 , and the assembly portion 2 16 is a tool rod capable of engaging various sizes of the sleeve 3 or other various extension functions. The shaft body 2 2 is a cylinder, and the shaft body is provided with a perforation 2 2 , and the shaft body 2 2 is pivoted to the first and second side walls 2 1 of the body 2 1 . 2 1 3 perforations 2 1 4, 2 1 5, and the body 2 1 is pivoted φ and can be rotated; the rotating rod 2 3 is a long cylinder, and both ends are provided with a ring groove 2 3 1, Each of the annular grooves 2 3 1 can be sleeved with a c-shaped buckle 2 4 , and the C-shaped buckle 24 of one end of the rotating rod 2 3 is to be pivoted through the perforation 2 2 1 of the shaft body 2 2 Then, the c-type buckles 4 4 are slightly larger than the perforations 2 2 1, so that the rotary rods 2 3 do not fall off from the shaft body 2 2 . Referring to FIG. 4 to FIG. 6 again, the τ-type plate hand Lu 2 0 in this embodiment can be embedded in the slot 3 1 of the sleeve 3 使用, and then The driving portion of the hole 3 2 aligns the screw end ^4 0 ' on the workpiece 4 1 and then rotates the rotating rod 2 3 to work on the screw, and the rotating rod 2 3 can be adjusted to be located on both sides of the body 2 1 The arm is of equal length or extends only to one side of the longest arm or the angle of inclination of the lever 2 3 can be adjusted simultaneously to avoid obstacles. . Referring to Figure 7 again, in order to prevent the rotating rod 2 3 from being autonomously displaced by the weight in the hole 2 2 hole 2 2 1 , the inner wall of the perforation 2 1 of the shaft body 2 is oriented toward the axial direction of the shaft body. The bottom surface is drilled __ counterbore 2 2 2, the sink 7 1321081 • the hole 2 2 2 is sequentially placed with a spring 2 2 3 and a steel ball 2 2 4, the steel ball 2 2 4 is pushed by the spring 2 2 3 The top is fixed against the rotating rod 2 3, so that the rotating stalk 2 3 can be displaced when the external force is applied, and the automatic displacement is not performed. Referring to FIG. 8 , in order to prevent the shaft body 2 2 from being disengaged from the body 2 i , the inner ring wall of the first or second side wall 2 1 2 , 2 1 3 of the body is pierced 2 1 4 , 2 1 5 , A ring groove 2丄7 is provided (the ring groove 2 17 of the embodiment is disposed on the second side wall 2 1 3 ), and a ring-shaped ring 2 is placed in the ring groove 2 17 5, the elastic ring 25 is elastic and deformable, and the outer ring surface of the shaft body 2 2 is opposite to the annular groove 2 17 of the second side wall 2 i 3 , and a ring groove 2 2 5 is also provided. When the shaft body 2 2 is pivoted between the two perforations 2 1 5 and 2 1 4, the outer tubular portion 2 5 1 of the elastic ring 2 5 is locked in the concave groove 2 17 of the second side wall 2 1 3 , The constricted portion 2 5 2 of the ring 2 5 is clamped in the groove 2 2 5 of the shaft body 2 2 so that the shaft body 2 2 and the body 2 1 are not separated from each other without external force. Referring to FIG. 9 , in order to prevent the shaft body 2 2 from being detached from the body 2 1 , another embodiment of the present invention is applied to the first or second side wall 2 1 2 , 2 1 3 perforation 2 of the body. 1 4, 2 1 5 inner ring wall surface, a groove 218 is provided (the groove 218 of the embodiment is set on the second side wall 2 1 3) 'the outer ring surface of the shaft body 2 2 is opposite to the groove of the perforation 2 1 5 At 2 1 8 , a radial counterbore 2 2 6 is provided, and the counterbore 2 2 6 is sequentially placed into a spring 227 and a steel ball 228, so that the steel ball 228 is pushed up by the spring 227 'the steel ball 2 2 8 It can be intruded into the groove 2 1 8 of the perforation 2 1 5, so that the shaft body 2 2 and the body 2 1 are not separated from each other without external force. 0 1321081 In summary, the present invention is practical and practical. Sexuality and progress, please check the domestic and foreign literature, and do not find the same or similar, this = meet the requirements of the invention in the patent law, 提出 apply in accordance with the law. X [Simple description of the drawing] Figure 1 is a three-dimensional schematic diagram of the first known Ding type wrench. Figure 2 is a perspective view of a second conventional shackle. Figure 3 is a perspective exploded view of the present invention.
本申 明誠 圖四係本發明之第一種立體動作示意圖。 圖五係本發明之第二種立體動作示意圖。 圖六係本發明之使用狀態示意立體圖。 圖七係本發明第二種實施例之剖面示意圖。 圖八係本發明第三種實施例之立體分解圖。 圖九係本發明第四種實施例之立體分解圖。 【主要元件符號說明】 10Τ型板年 予 1 1本體 1 2旋桿 ’:接彳 14T型板手 15本體 、槽 1 7軸栓 1 8旋桿 1 9組接部 2 Ο T型板手 2 1 2第一側壁 2 1 5穿孔 2 1 8凹溝 2 2軸體 2 2 3彈簧 2 1本體 2 1 3第二側壁 2 1 6組接部 2 2 1穿孔 2 2 4鋼珠 2 1 1缺槽 2 1 4穿孔 2 1 7環凹溝 2 2 2沉孔 2 2 5凹溝 1321081 2 3旋桿 2 5彈圈 2 2 6沉孔 3 0套筒 4 0螺絲端頭 2 3 1凹溝 2 5 1外張部 2 2 7彈簧 3 1嵌槽 4 1工件 2 4 C型扣 2 5 2内縮部 2 2 8鋼珠 3 2組接部The present invention is a schematic diagram of the first three-dimensional operation of the present invention. Figure 5 is a schematic view of the second stereoscopic operation of the present invention. Fig. 6 is a schematic perspective view showing the state of use of the present invention. Figure 7 is a schematic cross-sectional view showing a second embodiment of the present invention. Figure 8 is a perspective exploded view of a third embodiment of the present invention. Figure 9 is a perspective exploded view of a fourth embodiment of the present invention. [Main component symbol description] 10 Τ type plate year to 1 1 body 1 2 rotary rod ': joint 14T type wrench 15 body, slot 1 7 shaft bolt 1 8 rotary rod 1 9 group joint 2 Ο T type wrench 2 1 2 first side wall 2 1 5 perforation 2 1 8 groove 2 2 shaft 2 2 3 spring 2 1 body 2 1 3 second side wall 2 1 6 joint 2 2 1 perforation 2 2 4 steel ball 2 1 1 missing 2 1 4 perforation 2 1 7 ring groove 2 2 2 counterbore 2 2 5 groove 1320881 2 3 screw 2 5 ring 2 2 6 counterbore 3 0 sleeve 4 0 screw end 2 3 1 groove 2 5 1 outer section 2 2 7 spring 3 1 slot 4 1 workpiece 2 4 C-type buckle 2 5 2 inner constriction 2 2 8 steel ball 3 2 joint