1287494 九、發明說明: •【發明所屬之技術領域】 ’特別是關於 本發明係有關於一種『全方位轉動之扭力工 一種扳動頭可做全方位以及仰角轉動之扭力板手者 【先前技術】 IY風氣日盛,再加上1287494 IX. Description of the invention: • [Technical field to which the invention belongs] 'In particular, the present invention relates to a torsion force that can be used for all-round and elevation rotation. 】 IY is flourishing, plus
按,目前民眾親自動手佈置家中的D 國内手工具發展係已相當錢敎,射不論是產品麵或是結According to the current public, the D domestic hand tools development department at home has been quite a lot of money, whether it is product surface or knot
構品質,更榮獲_外-致肯定,手I具生產業界這幾年來為了 使-般消費大眾在使用時更容易上手,於是各種易於操作或附帶 人性化功能的手工具亦陸績問市。 請參閱台灣專利第2845G6號,『電子式扭力扳手』, 扭力扳手因具有制扭力值之功效,故可顯示伽者對於板動頭 套設之_件所施雜轉力道,藉此供制相得該_件是否 已被旋緊至適當鬆緊度,以免螺固件鎖設過緊或不足而產生螺 #設處崩損或鬆脫等問題,習用之扭力扳手其扳動頭係固定無法旋 轉調整或仰角轉動者,因此在使用時,雖具有量測扭力值之功效, 但卻只能應用於無障礙物之施作處,而當使用者需要調整扳動頭 之角度以因應所需之施作環境時’則完全無法適用,並造成作動 不易’降低工作效率等麻煩,如此不便之結構設計只會令使用者 購買慾望降低;因此就整咖言,其可說是相當的不具有實用性, 實有加以改良之必要。 【發明内容】 5 1287494 本發明之主要目的係在於提供一種全方位轉動之扭力工具, •其可改善制之扭力扳手扳動頭補靈活,使用不便等缺失。為 \達成前狀個目的,本發明係將扳_碱扳動頭、轉動 件以及套接桿’其中該轉動件係環設有椎形之凹環槽並可配合定 位銷樞設於握柄部之開口端,而該套接桿底端則係形成有缺槽, 該缺槽係可配合握柄部内設連接元件之球體,令該板動頭在板轉 螺固件時’雜柄勒設之整合元件可由該連接元制出該板動 頭之扭力值’並顯示於該顯示器供使用者參考,而本發明之全方 位轉動之扭力工具係以轉動件之凹環槽與定位銷將扳動部極設於 握柄部之開Π端’且該鶴狀套接觸配合_與連接元件呈 非直接固設者,故該扳_係具有全方__整之功效如此 可供使用者針對各種施作環境做一調整,以利鎖設或鬆脫螺固件 之工作進仃,因此本發明實是一種相當具有實用性及進步性之發 明,相當值得產業界來推廣,並公諸於社會大眾。 •【實施方式】 本發明係有種全方位轉動之扭力工具,請參閱第一圖 至第四_示,這種全雜觸之扭力工具其主縣包括一板手 本體(1 ),職手本體⑴於本實_巾係為—扭力扳手, 該扳手本_雜雜力制裝置,該扭力量職可將板轉 螺固件時之扭力鋪祕使时參考,(其巾該扭力量測裝置係 -般習用之扭力扳手,並抑本發騎要帽之專利,在此便不 多加贅述其作動方式與原理,合先敛明之); 6 1287494 該扳手本體(l)至少-端形成有-板動部(i q)而其 餘部分則係為供制者麟之握柄部(i i) Μ 前端係可施實為各種扳綱(i i)之態樣,並具有板轉螺固 件之功效,而在本實施例中’該扳動頭(i Q i)係為棘輪板動 頭U 0 i),該扳動部(i 0)另一端則係形成—弧形之轉動 件(10 2)以及概成圓柱形之套接桿(i 〇 3),該轉動件(丄 0 2)之侧面係環設有概呈椎形之凹環槽(丄〇 4),該凹環槽 (10 4)係可配合定位銷(丄〇 5)拖設於握柄部(^丄二 開口端,並令該扳綱(i i )具有全方位轉動之功能而該 套接桿(10 3)底端則係形成有缺槽(工〇 6);該握柄部(工 1)係呈-中空管體狀,並可供扳動部(i Q)之套接桿(工〇 3)容置,而該握柄部(11)一端係形成有-供扳動部(1〇) 套接桿(1 Q 3 )伸人之開口’而另—端則係設有扭力量測裝置, 雜力量測裝置係包括—計算扭力值之整合元件(111)以及 一連接該整合元件(111)以及扳動部(1Q)之連接元件. 該整合树(1 1 i )係可透過與鶴部(i G )結合之連接元 件而計算出扭力值,並顯示於整合元件(i i i )之顯示器G 12)供使用者參考;該連接件係包括一彈性件(113)、一 錢件(114)以及-球體(115),該承置件(ii4) T端係與該彈性件(1 1 3 )相接觸,而另一端則係形成凹槽(丄 6 )與該賴(1 χ 5 )結合’與該扳動部(丄㈤之套接桿 7 1287494 (1 Ο 3 )末端之相對應之缺槽(1 〇 6 )供球體(1 1 $ )容 置’令該賴(1 1 5 )可被限位於套接桿(i Q 3 )以及承置 件(114)之間,令該扳動部(1〇)與連接元件呈連動狀態, 而達到傳達應力之功效;The quality of the structure has been won by _ outside-to-affirmation. In the past few years, the hand-made manufacturing industry has made it easier for the general consumer to use it. Therefore, various hand tools that are easy to operate or have humanized functions are also available. Please refer to Taiwan Patent No. 2845G6, "Electronic Torque Wrench". The torque wrench has the effect of the torque value, so it can display the force applied to the slewing head of the slab. Whether the _ piece has been tightened to the proper tightness, so as to avoid the problem that the screw lock is too tight or insufficient to cause the snail to be collapsed or loosened, and the conventional torque wrench can not be rotated or adjusted by the wrenching head. The elevation angle is rotated, so when used, although it has the effect of measuring the torque value, it can only be applied to the application of the obstacle-free object, and when the user needs to adjust the angle of the trigger head to respond to the required operation. In the environment, 'it is completely unsuitable, and it is not easy to act.' It is difficult to reduce the efficiency of work. Such inconvenient structural design will only reduce the user's desire to purchase; therefore, it is quite unpractical. There is a need to improve it. SUMMARY OF THE INVENTION 5 1287494 The main object of the present invention is to provide a torsion tool that rotates in all directions, and which can improve the flexibility of the torque wrench wrench and the inconvenience of use. In order to achieve the purpose of the front, the present invention is to pull the base, the rotating member and the socket rod, wherein the rotating member ring is provided with a concave groove groove and can be pivoted on the handle with the positioning pin. The open end of the portion, and the bottom end of the sleeve is formed with a slot, the slot can be matched with the ball of the connecting component in the handle portion, so that the head of the plate is stalked when the plate is turned The integrated component can be configured by the connecting element to generate the torque value of the moving head of the board and displayed on the display for reference by the user. The omnidirectional rotating torque tool of the present invention is configured by the concave ring groove of the rotating member and the positioning pin. The movable portion is disposed at the opening end of the grip portion and the contact sleeve of the crane sleeve is indirectly fixed to the connecting member, so the utility model has the function of the whole party __ The various application environments are adjusted to facilitate the work of locking or loosening the screw firmware. Therefore, the present invention is a practical and progressive invention, and is worthy of promotion by the industry and publicity to the society. public. • [Embodiment] The present invention has a torque tool that rotates in all directions. Please refer to the first to fourth figures. This full-tooth touch torque tool includes a wrench body (1), the hand The main body (1) is a torque wrench, the wrench is a torque device, and the twisting force can refer to the torque when the plate is turned into a screw. (The towel twisting force measuring device The general-purpose torque wrench, and the patent for the riding of the cap, the details of the action and principle are not mentioned here, and the first part of the wrench body (1) is formed at least at the end - The plate moving part (iq) and the rest part is the handle of the supplier Lin (ii) Μ The front end can be applied to various types of triggers (ii), and has the effect of the plate turning screw, and In the present embodiment, the trigger head (i Q i) is a ratchet plate moving head U 0 i), and the other end of the pulling portion (i 0) is formed into an arc-shaped rotating member (10 2) and A cylindrical sleeve (i 〇 3) is formed, and the side ring of the rotating member (丄0 2) is provided with a generally concave concave groove groove (丄〇4), the concave The groove (10 4) can be dragged on the handle portion (丄〇5) with the positioning pin (丄〇4), and the trigger (ii) has the function of omnidirectional rotation and the socket rod (10 3 The bottom end is formed with a missing groove (worker 6); the handle portion (work 1) is in the form of a hollow tube body, and is available for the socket of the pulling portion (i Q) (worker 3) The shank portion (11) is formed with one end for the opening portion of the pulling portion (1〇) socket rod (1 Q 3 ) and the twisting force measuring device at the other end The hybrid force measuring device includes an integrated component (111) for calculating a torque value and a connecting component connecting the integrated component (111) and the pulling portion (1Q). The integrated tree (1 1 i ) is permeable to the crane The part (i G ) is combined with the connecting element to calculate the torque value, and is displayed on the display G 12) of the integrated component (iii) for reference by the user; the connecting piece includes an elastic member (113) and a piece of money (114). And the ball (115), the T-end of the bearing member (ii4) is in contact with the elastic member (1 1 3), and the other end is formed with a groove (丄6) and the Lai (1 χ 5) Combine 'with the trigger part (丄(五) The corresponding missing slot (1 〇 6 ) at the end of the socket 1 1287494 (1 Ο 3 ) is accommodated by the ball (1 1 $ ) so that the lag (1 1 5 ) can be limited to the socket (i Q 3) and between the mounting members (114), the pulling portion (1〇) and the connecting member are in a linked state, thereby achieving the effect of transmitting stress;
本發明在組裝扳動部(1〇)時,係先將該扳動部(工〇) 之套接桿(1 Q 3 )伸人該扳手本體⑴呈管狀之握柄部(工 1)内’令縣接桿(1 〇 3 )之缺槽(1 〇 6 )與該球體(丄 15)卡合,並以定位銷(工〇 5)配合該扳動部(工〇)轉動#(102)^t#(l〇4)^W(1〇)^^When assembling the triggering portion (1〇), the sleeve member (1Q3) of the triggering portion (1) is first extended into the tubular handle portion (1) of the wrench body (1). 'The missing slot (1 〇6) of the command post (1 〇3) is engaged with the ball (丄15), and the positioning pin (worker 5) is used to match the trigger part (worker) rotation #(102 )^t#(l〇4)^W(1〇)^^
此便完成該扳細(;L Q i )之_,而本發明在使料,請配 合參閱第五圖至第七圖所示,該扳動部(i 〇 )係以定位鎖(工 0 5 )樞設於該握柄部(i ;l )之開口端,而該扳動部(丄〇 ) 之套接桿(1〇 3)則係伸入於該把握部内,並以缺槽(丄〇 6) 與連接元件之球體(115)相抵靠,而該球體(i丄5)另一 端則係為一承置件(114)以及一彈性件(丄]3),其係連 接元件之—部分,並與整合元件(111)相接觸,故當使用者 以該扳動部(1 Q )之扳_ ( i 0 i )扳轉_件時該整合 元件(1 1 1)係可透過連接元件而測出該扳動頭(工〇工)之 扭力值,並顯錄鋪4 ( i ;L 2 )上供使財參考,再者, 該扳動部(1〇)係樞設於該握柄部 上,並未直接與握 柄部(11)固設, 因此具有全方面多缝調整轉動之功效而 8 1287494 .. - 圖。 第十二圖係本發明全方位轉動之扭力工具第三實施例剖視圖。 第十三、十四圖係本發明扳動部樞設之第四實施例局部剖視圖。 第十五、十六圖係本發明扳動部樞設之第五實施例局部透視圖。 【主要元件符號說明】 1- 扳手本體 10—— 扳動部 10 1 — 扳動頭 10 2- 轉動件 10 3 — 一套接桿 10 4 — 凹環槽 105 — 定位銷 106- 缺槽 10 7- 一 C形扣 10 8 — 鋼珠 11—— 握柄部 111 — 一整合元件 112 — 一顯示器 113 — 一彈性件 114 — 一承置件 115 — 球體 116 — 凹槽 11This completes the thinning (;LQ i ) _, and the present invention in the material, please refer to the fifth to seventh figures, the pulling part (i 〇) is a positioning lock (work 0 5 ) is pivoted to the open end of the grip portion (i; l), and the socket rod (1〇3) of the trigger portion (丄〇) extends into the grip portion and is not slotted (丄〇6) abutting against the ball (115) of the connecting element, and the other end of the ball (i丄5) is a receiving member (114) and an elastic member (丄) 3), which are connected elements - Partially, and in contact with the integrated component (111), the integrated component (1 1 1) is permeable when the user pulls the _ ( i 0 i ) with the toggle (1 Q ) The torque value of the pulling head (worker) is measured by the component, and the reference is made on the shop 4 (i; L 2 ) for reference. Further, the triggering portion (1〇) is pivoted on the The grip portion is not directly fixed to the grip portion (11), so it has the effect of adjusting the rotation of all aspects of the multi-slit. 8 1287494 .. - Fig. Figure 12 is a cross-sectional view showing a third embodiment of the torsion tool of the present invention. The thirteenth and fourteenth drawings are partial cross-sectional views showing a fourth embodiment of the pivoting portion of the present invention. The fifteenth and sixteenth drawings are partial perspective views of a fifth embodiment of the pivoting portion of the present invention. [Description of main components] 1- Wrench body 10 - Pulling part 10 1 - Pulling head 10 2- Rotating part 10 3 - One set of post 10 4 - Recessed ring groove 105 - Locating pin 106 - Missing groove 10 7 - a C-shaped buckle 10 8 - a steel ball 11 - a grip portion 111 - an integral element 112 - a display 113 - an elastic member 114 - a receiving member 115 - a ball 116 - a recess 11