五、新型說明： 【新型所屬之技術領域】 本創作係與驅動1具有關H種可_調節驅紐力角 度之手工具。 【先前技術】 依習知的螺絲起子如「圖丨」所示，大致包含有-施力桿la 及一驅動桿2a，其中該驅_ 2a —端雜接岐在該施力桿 下方’該驅動桿2a的另—端係與—螺栓或螺母功（圖未示）組 接，使轉動該施力桿la時，可帶動該驅動桿2a —起旋轉用以 旋緊或旋鬆該螺栓或螺母工件。 准使用上’手軍係緊握著該施力桿1&施力扳轉，直接轉動下 方的該驅鱗2a，可快速旋轉螺栓或螺母工件，而在轉緊時，由 於該施力桿la與該驅動桿2a係呈一直線，施力的力矩是零，並 不利於手部使力以將螺栓或獅鮮或娜此時最好施力的方 式疋改變馳力桿la的肢是橫向，而_軸桿23呈9〇度關 係’使該施力桿la與該驅動桿2a有―段力矩，俾便扳轉使力而 將螺栓或螺帽工件轉緊或旋鬆用途。 於疋市面上就有一種如「圖2」所示之螺絲起子，是可以改變 驅動桿2b角度位置的，主要包含有一施力桿lb及一驅動桿此， 而該施力桿lb係與該驅動桿2b相枢接可活動變換彼此角度，在 轉動螺栓或螺帽工件時，該施力桿lb與該驅動桿2b係呈同一軸 向直線，當施力桿比旋轉一圈該螺栓或螺帽工件亦被旋動一圈， M374391 可快速旋轉螺栓或螺帽工件，而在需要使力轉緊時，該施力桿lb 與該驅動桿2b可互為90度關係，使扳轉該施力桿lb時可有一段 力矩，便於使力轉動該驅動桿2b以將螺栓或螺帽工件轉緊，但因 施力桿lb與驅動桿2b之間並無卡定設計，在施力桿lb與該驅動 桿2b呈一直線時’在施力轉動施力桿lb時，會隨意扭動，並不 利於直線傳力予驅動桿此問題。 【新型内容】 本創作的主要目的，係在提供一種可活動變換該驅動桿的角 度，並可無力桿定位住’贿決扳獅力會隨意扭轉問題的可 活動調整角度的驅動工具。V. New description: [New technical field] The creation department and the driver 1 have the hand tools that can adjust the angle of the driving force. [Prior Art] A conventional screwdriver, as shown in the figure, generally includes a urging rod 1a and a driving rod 2a, wherein the _ 2a end is miscible under the urging rod. The other end of the rod 2a is combined with a bolt or nut work (not shown), so that when the urging rod 1a is rotated, the driving rod 2a can be rotated to tighten or loosen the bolt or nut workpiece. . Appropriate use of the 'hand army to hold the urging rod 1 & force to turn, directly rotate the lower scale 2a below, can quickly rotate the bolt or nut workpiece, and when tightening, due to the urging rod la and The driving rod 2a is in a straight line, and the moment of the applied force is zero, which is not conducive to the force of the hand to change the force of the bolt or the lion or the lining at the present time. The shaft 23 has a 9-degree relationship 'there is a segmental moment between the urging rod 1a and the drive rod 2a, and the slap is used to tighten or loosen the bolt or nut workpiece. There is a screwdriver shown in Fig. 2 on the market, which can change the angular position of the drive rod 2b. It mainly includes a force applying rod lb and a driving rod. The force applying rod lb is coupled with the driving rod. The rods 2b are pivotally connected to each other to change the angle of each other. When the bolt or the nut workpiece is rotated, the urging rod lb and the driving rod 2b are in the same axial straight line, and when the urging rod rotates one turn, the bolt or nut workpiece Also rotated one turn, the M374391 can quickly rotate the bolt or nut workpiece, and when the force needs to be tightened, the force bar lb and the drive rod 2b can be in a 90 degree relationship with each other, so that when the force bar lb is turned There may be a moment for the force to rotate the drive rod 2b to tighten the bolt or nut workpiece, but because there is no locking design between the force applying rod lb and the driving rod 2b, the force applying rod lb and the driving rod When 2b is in a straight line, 'when the force applying lever lb is applied, it will be twisted at will, which is not conducive to the straight line transmitting force to the driving rod. [New content] The main purpose of this creation is to provide a movable tool that can change the angle of the driving rod and can be used to position the movable adjustment angle of the bribe.
經由以上可知，為達上述目的，本創作可活動調整角度的驅 動八係匕&施力桿及與該施力桿相樞接的一驅動桿，該驅 動才干&係與：L件套合連接，另__端設—枢接部，該樞接部一 側面u少-凹坑；該施力桿__端設一夾槽，另—端係供手握 扳轉，該夾_-側壁設—壁孔，孔係供球_—卡制件及 可轴向伸縮的—彈性件置人，再以—調整树鎖合。 據此，該驅動桿可扳轉變換其與施力桿之間的角度，並可夢 =坑與可雜伽的該卡娜針，達耻缺㈣能，雌 :調整讀’可觸其螺合深度，進_整鄉性倾制該卡 、=力’促使該卡制件與該凹坑嵌卡緊度可作微調，令該驅 于太扳轉㈣施力桿作纽變換定位，可以作緊度微調定位。 本創作具有以下之優點： 4 M374391 使用時，該驅動桿係可扳動而與該施力桿呈一角度，形成一 旋轉力矩，便於施力姆或轉斜具有好使力效果，而在施力桿 與驅動梓呈-直線時，具有快速旋轉的功能，如此能依使用狀況， ，舌動變化該旋力桿的位置角度，可達快速旋轉及轉緊、轉鬆易於 施力之優點。 【實施方式】 茲有關本創作的詳細内容及技術說明，現以實施例來作進一 •步說明，但應瞭解的是，該等實施例僅為例示說明之用，而不應 被釋為本創作實施之限制。 請參閱「圖3、圖4-1及圖4-2」所示，「圖3」係本創作一較 佳實施力的立體分解圖、「圖4七係本創作一較佳實施力的組合 剖視圖，「圖4-2」係「圖η」的部分放大詳圖，本創作一種可 活動調整角度的驅動工具’包含一施力桿1〇及與該施力桿1〇相 樞接的一驅動桿20。 •- 該驅動桿20 一端可為多角形（如六角形）、一字形、十字形 .或夕角孔（如六角孔）的任一種，係可與一工件（如螺栓或螺帽） 套合連接’該轉桿20的另-端設扇形的一樞接部21，該樞接部 21 —側壁佈設半圓弧形的至少一凹坑22。 該施力桿10，其直徑係大於該驅動桿20，該施力桿1〇 一端 設與該樞接部21相對應的一夾槽U，該夾槽u的一側壁横向貫 汉一壁孔12 ’該壁孔12由外依序可置入一球形之卡制件13 (如 鋼珠）、一可軸向伸縮之彈性件14 (如彈簀），且藉一調節元件Μ 5 (如螺絲）鎖合封閉’使該卡制件13受該彈性件14之頂制可部 分路出於該夾槽11，並與該凹坑22嵌卡定位。 一連接70件3(3 (如螺釘），係橫向穿經該施力桿ίο的夾槽η 及該樞接部21，使該驅動桿20與該施力桿1〇樞接-起。 藉上述之結構，該凹坑22可以數個環形配置在樞接部21 — 側壁預疋位置’使該施力桿1〇與該驅動桿2〇互為度角、邾 度角、60度角或其它角度等。使用上’可再-併參閱「圖5-1及 圖5-2」，係為本創作一較佳實施例的動作圖i及動作圖2，該驅 動杯20係與該施力桿10呈—直線，如施轉緊鎖合工件（如螺 =、或螺帽）時，該驅動桿20 一端係與工件（如螺釘）的頭部套 合’扳轉該施力桿1G可快速轉_螺釘辑，而在需要鎖緊時， 則該驅動桿20可彎擅（如與該施力桿1〇互呈9〇度關係），可形 力矩，便於手雜住該施力桿1()使力轉緊魏，賴亦可配 合工作空間結構，而變換該驅動桿2G與該施力桿1()之間的角度， 達到好施力及驅動旋轉工件目的。 且該驅動桿20與該施力桿1G呈—直線轉動以驅動工件時， 可猎失槽u-側壁的卡制件13與該樞接部21的凹坑22嵌合， 獲得定位，在施力桿Π)扳轉時不會有隨意扭轉_題，可便於一 直線傳力快速旋轉用途。 值得-提的是，本_的卡.13是可_節其頂抵該凹坑 2的緊度’操作時只要適度賊轉_節元件15鎖人於壁孔12 的深度’即可微調雜性件關迫卡懈13凸㈣孔12的幅度， M374391 使該施力桿W變化定位隨的卡制力轉在合適的緊度。 述者’料本創作之触魏綱已，當不能以之 限疋本創作實叙翻，即从依袖料 等變化與修飾，皆_本創作專_之』_ _所作之均 【圖式簡單說明】 圖1 ’係習知第-種螺辆子示意圖。According to the above, in order to achieve the above purpose, the present invention can drive the eight-inch amp & urging rod and a driving rod pivotally connected to the urging rod, and the driving genius and the ligature: Connecting, another __ end--the pivoting portion, the side of the pivoting portion is less than - the pit; the urging rod __ is provided with a clamping slot, and the other end is provided for the hand to hold, the clamping _-side wall Set - wall hole, hole system for the ball _ - card parts and axially telescopic - elastic parts placed, and then - adjust the tree lock. According to this, the driving rod can be turned to change the angle between it and the force-applying rod, and the dream-pit and the hybrid can be used to achieve the shame (four) energy, female: adjust the read 'touchable snail In combination with depth, the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Tightening and positioning. This creation has the following advantages: 4 When the M374391 is used, the driving rod can be pulled and angled with the force applying rod to form a rotating torque, which is convenient for applying force or turning, and exerting force When the rod and the driving cymbal are in a straight line, the utility model has the function of rapid rotation, so that the position angle of the rotating force rod can be changed according to the use condition, and the advantages of rapid rotation and tightening, and loosening and easy to apply force can be achieved. [Embodiment] The detailed description and technical description of the present invention are described in the following examples, but it should be understood that the embodiments are for illustrative purposes only and should not be interpreted as Limitations on the implementation of the creation. Please refer to "Figure 3, Figure 4-1 and Figure 4-2". "Figure 3" is a three-dimensional exploded view of the preferred implementation of the creation, "Figure 4 is a combination of the best implementation of this creation. In the cross-sectional view, "Fig. 4-2" is a partial enlarged detail of "Fig. η". The driving tool for the movable angle adjustment includes a force applying rod 1 一 and a driving pivotal connection with the urging rod 1 〇 Rod 20. •- One end of the drive rod 20 can be polygonal (such as hexagonal), inline, cross, or horn (such as hexagonal holes), can be fitted with a workpiece (such as bolts or nuts) The other end of the rotating rod 20 is connected to a pivoting portion 21 of the sector, and the pivoting portion 21 is provided with at least one recess 22 of a semicircular arc shape. The urging rod 10 has a diameter larger than that of the driving rod 20, and one end of the urging rod 1 is provided with a clamping slot U corresponding to the pivoting portion 21, and a side wall of the clamping slot u is transversely intersecting with a wall hole 12 The wall hole 12 can be inserted into a spherical clamping member 13 (such as a steel ball), an axially stretchable elastic member 14 (such as a magazine), and an adjusting member Μ 5 (such as a screw). The locking closure 'the top member of the elastic member 14 is partially circumscribed by the elastic member 14 and is positioned with the recess 22 . A 70 piece 3 (such as a screw) is connected to the clamping groove η of the urging rod ίο and the pivoting portion 21 to pivotally connect the driving rod 20 to the urging rod 1 。. The structure of the dimples 22 can be arranged in a plurality of annular shapes at the pivoting portion 21 - the sidewall pre-twisting position - such that the urging rod 1 〇 and the driving rod 2 〇 are at an angle, a twist angle, a 60 degree angle or the like, etc. The use of the above-receivable-see also "FIGS. 5-1 and FIG. 5-2" is an action diagram i and an action diagram 2 of a preferred embodiment of the present invention, and the driving cup 20 is presented with the force-applying rod 10 - Straight line, such as when tightening the workpiece (such as screw =, or nut), one end of the drive rod 20 is fitted with the head of the workpiece (such as a screw) 'Turn the force rod 1G to quickly turn_screw In the case of the need for locking, the driving rod 20 can be bent (such as a 9-degree relationship with the force-applying rod 1), and the shapeable torque is convenient for the hand to mix the force-applying rod 1 () to force the rotation Tight Wei, Lai can also cooperate with the working space structure, and change the angle between the driving rod 2G and the urging rod 1 () to achieve a good force and drive the workpiece to rotate. And the driving rod 20 and When the urging rod 1G is linearly rotated to drive the workpiece, the engaging member 13 of the hunting groove u-side wall is fitted into the recess 22 of the pivoting portion 21 to obtain the positioning, and when the urging rod 扳 is turned There will be no random twisting _ questions, which can facilitate the rapid rotation of the line. It is worth mentioning that the card of this _.13 is _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The character is forced to slap 13 the amplitude of the convex (four) hole 12, and the M374391 causes the clamping force of the urging rod W to change and the appropriate clamping force is turned. The story of the author's creation of Wei Gang has, when it is not possible to limit the creation of this book, that is, from the change of the sleeves and other modifications, are all _ _ _ _ _ _ _ _ _ Brief Description] Figure 1 is a schematic diagram of the first-class screw.
圖2，係習知第二種螺絲起子示意圖。 圖3 ’係本創作—較佳實施例的立體分解圖。 圖4-1 ’係本創作—較佳實施力的組合剖視圖。 圖4-2 ’係圖4-1的部分放大詳圖。 圖5 1，係本創作一較佳實施例的動作圖1。 圖5 2，係本創作一較佳實施例的動作圖2。 【主要元件符號說明】 習知部分 _ . la、lb :施力桿 -2a、2b :驅動桿 本創作部分 1〇 :施力桿 11 :夾槽 12 =壁孔 13 :卡制件 14 :彈性件 7 M374391 15 :調節元件 20 :驅動桿 21 .樞接部 22 :凹坑 30 :連接元件Figure 2 is a schematic view of a conventional second screwdriver. Figure 3 is an exploded perspective view of the preferred embodiment. Figure 4-1 is a cross-sectional view of a combination of preferred implementations. Figure 4-2 ′ is a partial enlarged detail of Figure 4-1. Figure 5 is an action diagram 1 of a preferred embodiment of the present invention. Figure 5 is an action diagram 2 of a preferred embodiment of the present invention. [Main component symbol description] Conventional part _. la, lb: urging rod-2a, 2b: drive rod This creative part 1 施: urging rod 11: grooving groove 12 = wall hole 13: clamping member 14: elastic Item 7 M374391 15 : Adjustment element 20 : Drive rod 21 . Pivot part 22 : Pit 30 : Connecting element