五、新型說明：Fifth, the new description:
f新型所屬之技術領域J 本創作可精雄設定、易於讀取並防止誤觸確保扭力值 之扭力板手結構，主要是應用在可精確設定、易於讀取並 防止誤觸確保扭力值之扭力扳手的技術上。 f先前技術】 —〜按’傳統制的機械式扭力扳手，敬請參閱第一圖所f New technology field J This creation can be set up, easy to read and prevent false touches. Torque wrench structure that ensures torque value, mainly applied to torque that can be accurately set, easy to read and prevent false touch to ensure torque value. The technical aspects of the wrench. f Prior art] —~ Press the traditional mechanical torque wrench, please refer to the first figure
•不.係習式跳脫機構之斷面組合示意圖。習式跳脫機構主 要在於：扳動體1的敲擊部2與跳脫機構的推動件3係由 -連動片4連接’推動件3在對應於敲擊部2的同側處僅 框設-個滾動件5，_該滾動件5在套管9内壁滾動， 當施力達到設定的扭力辦，扳細i的轉部2即會跳 脫限制而去敲擊套管6内壁發出h心的警示聲響:同 時由連動4 4向後帶動推動件3擠雖持件6、彈簧頂針 7與彈簧8。• No. It is a schematic diagram of the sectional combination of the learning tripping mechanism. The conventional tripping mechanism mainly consists in that the striking portion 2 of the pulling body 1 and the pushing member 3 of the tripping mechanism are connected by the interlocking piece 4, and the pushing member 3 is only framed at the same side corresponding to the striking portion 2. a rolling member 5, the rolling member 5 rolls on the inner wall of the sleeve 9. When the applied force reaches the set torque, the rotating portion 2 of the thinning i will jump off and tap the inner wall of the sleeve 6 to emit a h heart. The warning sound: at the same time, the pushing member 3 is pushed backward by the linkage 4 4, although the holding member 6, the spring thimble 7 and the spring 8 are squeezed.
惟傳統習用_械式扭力扳手’在實際操作應 存在下列幾項尚待克服解決關題與缺失： 内壁細跳Γ構的推動件3勤，滾動件5與套管9 ==以推動件3在滑動時無法保持平穩，容易因 =Π動件3與彈菁頂針7摩擦到套管9内壁的 如第二圖所示）’雜影響實際施力時的扭力值， 的扭力值 _械式扭力扳手在操作上無法精確達到所設定 傳統S用的機械式扭力扳手，所顯示的扭力刻度 f數字太密而以小’使用者無練易與清楚讀取扭力數 值。 【新型内容】 本創作人目前從事相關產品的製造、設計，累積多年 的實務經驗與心得’針對傳統習用的機械式扭力扳手所既 存的問題與敎’脑地投人鑛與改請精神，所完成 可精確β又疋、易於讀取並防止誤觸綠保扭力值之扭力扳 手結構。 新型解決問題-所應用的技術手段以及對照先前技術 =功效-係在於.跳脫機構的推動件在對應於扳動體的敲 擊部同側處由二插銷樞設二滾動件，利用二滾動件在套管 内壁滾動’使得推動件可以平穩崎動，避免因為偏擺而 造成推動件與彈簧頂針雜套管内麵情形，影響實際施 力時的扭力值’俾能提冑扭力扳手操作賴確度，具有功 效上的增進，為其主要目的達成。 新型解決問題二所應用的技術手段以及對照先前技術 的功2二係在於：套管尾段對應於扭力顯示肚方處設有 -視窗’做為顯示扭力數值之用’握把的前殼體設有單位 牌’公制單位為牛頓·米/N.m，英制單位為碎.英尺/lb. ft ’前殼體前方對應於套管的視窗處設有鏡座與放大鏡，由 放大鏡將扭力顯示筒上的數字放大，方便使用者讀取扭力 數值，具有功效上的增進，為其次要目的達成。 【實施方式】 為使專精熟悉此項技藝之人仕業者易於深入瞭解本創 M374933 作的構造内容以及所能達成的功能效益，兹列舉一具體實 施例’並配合圖式詳細介紹說明如下： -種可精確奴、易於讀取並防止誤觸確餘力值之 扭力，手結構’敬請參閱第三圖所示：係本創作之立體組 合=圖。與第四、五、六、七圖所示：係本創作板動體 、套官、跳脫機構、扭力調整機構、扭力顯示筒、握把、 扭力鎖定機構之立體分解及B、M、D部示意圖。以及第 八、九圖所示：係本創作之側視與俯視斷面組合示意圖。 主要係由扳動體1◦、套管20、跳脫機構3〇、扭力 整機構4 0、扭力顯示筒5 〇、握把6 〇、扭力鎖定機構 7 0所共同組合而成；其中： 扳動體10-端設有工具頭工丄，工具頭丄丄的形式 不拘’包括棘輪扳手、套筒扳手、開口扳手細口扳手， 板動體1〇另一端設有敲擊部12，扳動體工〇的敲擊部 1 Γ部，扳動體1 〇中段由支揮插銷9 1樞叹於套^ 2 0頭端，同時配合套設防塵套13，防止 筒2 ◦内部’避免各元件發生卡死、· 月八^精確度’敲擊部i 2由插銷Q 2樞接於連動片 1 一端’扳動體1 〇在峰部i 2處設有調整螺 j以調整敲擊部12與套管20内壁的距離，做為設定 扭力值時精確校正、微調之用； 1虚為—中空管體，套管2 Q頭端由支標插銷Q ”扳動體1〇拖接，當套管2 〇被扳動 以支撐插物為圓心，扳動體10兩端的工具頭= 5 M374933 敲擊部1 2呈输板狀態’當施力達到設定的扭力值時， 敲擊部13即會跳脫去敲擊套管2 〇内壁而發出味丨塔丨 的聲響，提醒使用者不要再用力了，套管2 〇對應於調整 螺絲1 5處設有透孔2 1，讓工具可以伸入，做微賴 整螺絲1 5之用，套管2〇尾端由兩側螺絲以鎖設螺孔 座22及由底側螺絲P2鎖設握把6〇，讓握把6〇易於 •.拆卸、組裝（如第十圖所示），套管2〇尾段對應於扭力 •顯示筒5 0上方處設有-視窗23，做為顯示扭力數值之 φ用’套管20尾段對應於扭力顯示筒5〇下方處設有二透 孔2 4 ’讓玉具可以伸人’做為旋鬆、旋緊二埋頭螺絲5 1之用； 跳脫機構3 0包括推動件3 i、二滾動件3 2、3 3 、軸持件3 4、彈簧頂針3 5、壓縮彈簧36、彈簧塾片 37及鋼珠3 8 ’推動件31由插銷Q3樞接於連動片工 -4之H推動件1 1對應於敲擊部1 2的_處由二 龜插銷Q4、Q5,設二滾動件32、33,利用二滾動件 _ 3 2、3 3在套管2 0内魏動，使得推動件3 i可以平 •直地’月動’避免因為偏擺而造成推動件3工與彈簧頂針3 =擦套管2 0内壁的情形，影響實際施力時的扭力值， 提南扭力扳手操作的精確度（如第十一十二十三、十 四圖所示）’、组裝時先將推動件31、轴持ϊ3核彈簧 ，針3 5套接成—體，再將彈簧頂針3 5套設於壓縮彈簧 6中』，壓轉簧36另__端設有彈簧塾片37，彈菁塾 1 7叹有鋼珠3 8 ’由鋼珠3 8與扭力調整;^構4 〇的 ivu /4yjj 螺杯41端面接觸’鋼珠3 8的設置可以使螺桿41轉動 更加順暢； 扭力調整機構4 0包括螺桿41、轉輪4 2及後蓋4 3，螺桿41設有螺紋部44與結合部4 5，螺紋部44 •係螺設於套管2 Q的觀座2 2 _，結合部4 5係插設於 轉輪4 2的結合孔4 6中，結合部4 5為六角形，結合孔 '4 6為十二角形，奴扭力大小時，由轉輪4 2正向旋進 或逆向旋出螺桿4 1 ’藉以麵或放鬆壓縮彈簧3 6，藉 •由調整壓縮彈簧3 6的彈力大小，即可設定出扭力大小， 轉輪42外部設有外棘齒47與刻度線48，外棘齒47 與刻度線4 8的數量依據扭力顯示筒5 〇一圈的數字5 3 量而定’假設-圈有十四個數字，外棘齒4 7與刻度線4 -8的數量為二十八個，刻度線48長的代表整數（如第十 五圖所示），短的代表〇. 5 (如第十六圖所示），轉輪4 2 外部設有後蓋4 3 ’防止灰塵、水侵入握把6 〇内部，避 免各元件發生卡死、鏽姓情形，影響精確度； • 扭力顯示筒5 0為一中空筒體，可供套設於螺桿41 的螺紋部4 4中，並由前、後二埋頭螺絲5丄鎖入前、後 -二定位塊5 2，將扭力顯示筒5〇鎖固於螺紋部44，二 定位塊5 2為軟質的銅，可以避免傷_紋部4 4，扭力 顯示筒5 0的圓周面設有數個由小至大且呈螺旋狀排列的 數子5 3，每一個數子5 3代表一個扭力數值，螺桿41 轉一圈，扭力顯示筒5 0也跟著轉一圈，每一圈數字53 相隔的距離與螺桿41的螺距相等，當扭力測試為一百牛 7 頓.米（lOON.m)時’先將扭力顯示筒5〇的數字「⑽」 對正於視窗2 3，再將二埋頭螺絲5工鎖緊，即可精碟設 定出扭力大小； 握把6 0包括前、後兩個中空殼體6工、6 2，前殼 體61前方對應於視窗2 2處設有鏡座6 3與放大鏡64 ’由放大鏡6 4將扭力顯示筒5 〇上的數字5 3放大，方 便讀取扭力錄，並設有單鱗6 5 (公鮮位為牛頓米 •復in，英制單位級英尺/lb. ft)，前殼體6工後方設有 槽座6 6 ’縣裝設扭力鎖定機構7 Q之用，槽座6 6 — 邊設有弧形賴6 7，_溝槽6 7有深、錢，槽座6 =另-邊設有穿孔6 8，讓卡掣件73的擋塊75可以顯 路：穿孔6 8 ’後设體6 2設有内棘齒6 9，做為與轉輪 4 =的外棘齒4 7咬合止動之用，後殼體6 2還設有三角 形仏點621’做為標示轉輪42的刻度線48之用； 扭力鎖领構7 Q包括蓋體7 1、触7 2、卡掣件 73、二彈簧S1、S2，由蓋體7 1蓋住槽座66，蓋 體71中間由插銷Q6拖設卡掣件7 3 ’讓卡擎件73呈 一_板狀態’卡掣件7 3-端設有轴孔7 4，可供套設 轉紐72，卡掣件73另-端設有擋塊7 5，蓋體7 1對 應於轉紐7 2處設有圓孔7 6 ’讓轉知7 2露出圓孔7 6 :轉知72表面設有三角槽77與開鎖、閉鎖符號，可供 三角形起子頭插入三角槽7 7並正、逆轉動轉叙7 2，轉 紐:2兩邊設有定位部78 ’藉以定位在卡掣件73兩邊 盍體71與轉紐7 2設有可以互相定位的凸部711與 M374933 凹部7 2 1，當轉钮7 2的止動部7 9轉到弧形溝槽6 7 深處時，轉鈕7 2可以被壓按為開鎖狀態（如第十七、十 八圖所示）’當轉紐7 2的止動部7 9轉到弧形溝槽6 7 淺處時’轉鈕7 2無法被壓按為閉鎖狀態（如第十九、二 十圖所示），而且轉鈕7 2的凹部7 2 1與蓋體7 1的凸 部711定位’轉紐72無法被輕易轉動，卡掣件73另 -一端的擋塊7 5，即可阻擋轉輪42的外棘齒47退出後 殼體62的内棘齒69，使得轉輪42無法被轉動，防止 • 已經設定好的扭力，遭人任意變動，同時分別在轉鈕7 2 與槽座6 6以及擋塊7 5與蓋體71之間各設有一彈簧s 1、S2，幫助轉鈕72與卡掣件73的動作更加確實。 綜合上述所陳之本創作，係在提供一種可精確設定、 易於讀取並防止誤觸確保扭力值之扭力扳手結構，經過本 創作人實際製做完成以及反覆操作測試之後，證實的確可 以達到本創作所預期的功能效益，同時又為目前坊間尚無 蠱見聞之「首先創作」，具有「產業上的利用價值」，誠然^ •經符合新型專利「實用性」與「進步性」之成立要義，羞 依專利法之規定，向鈞局提出新型專利之申請。 【圖式簡單說明】 第 圖·係習式跳脫機構之斷面組合示意圖。 第二圖：係習式跳脫機構跳脫後磨擦管壁之斷面組合示 意圖。 第三圖：係本創作之立體組合示意圖。 第四圖.係本創作扳動體、套管、職機構、扭力調整 9 機構與扭力顯示筒之立體分解示意圖。 第五圖：係本創作扭力調整機構、握把、=鎖定機構 之立體分解及B部示意圖。 第六圖：係第五圖之Μ部示意圖。 第七圖：係第五圖之D部示意圖。 第八圖：係本創作之側視斷面組合示意圖。 第九圖：係本創作之俯視斷面組合示意圖。 =十—圖：係摘作套管舰把之快速魏絲示意圖。 第十一圖：係本創作跳脫機構跳脫前之斷面組合示意圖。 第十二圖：係本創作跳脫機構跳脫後平穩滑動之斷面組合 示意圖。 =十二圖：係f式單滾輪與本創作雙滾輪之疲㈣試表。 十四圖·係f式單滚輪與本創作雙雜之疲勞比較表。 十五圖：係本創作扭力調整為46牛頓米/N mi狀態示 意圖。 第十六圖：係本創作扭力調整為46. 5牛頓.米/N.m之狀態 示意圖。 =十七圖·係本創作扭力鎖定機構之開鎖狀態示意圖。 十八圖·係第十七圖之Y部示意圖。 九圖.係本創作扭力鎖定機構之關狀態示意圖。 第二十圖：鱗十九圖之C部示意圖。 【主要元件符號說明】 [習式部分] 1 扳動體 2 敲擊部 M374933However, the traditional use of _mechanical torque wrenches in the actual operation should have the following items to be overcome to solve the problem and lack of: the inner wall fine jump structure of the pusher 3, rolling parts 5 and casing 9 == to push the piece 3 It cannot be kept stable when sliding, and it is easy to cause the torque value due to the torque value of the actual force applied by the friction member 3 and the elastic thimble 7 to the inner wall of the sleeve 9 as shown in the second figure. The torque wrench can't accurately reach the mechanical torque wrench set by the traditional S. The displayed torque scale f is too dense and the user's small and easy to read and read the torque value. [New content] The creator is currently engaged in the manufacture and design of related products, and has accumulated many years of practical experience and experience. The problems existing in the traditional mechanical torque wrenches are different from those of the traditionally used mechanical torque wrenches. Complete the torque wrench structure that can be accurately β and 疋, easy to read and prevent false touches of green torque. New problem solving - the technical means applied and the comparison of the prior art = efficacy - the pusher of the tripping mechanism is pivoted by two pins at the same side of the tapping portion corresponding to the pulling body, using two rolling The rolling of the piece on the inner wall of the casing makes the pushing piece smooth and stable, avoiding the inner surface of the pushing piece and the spring thimble mis-sleeve due to the yaw, affecting the torque value when the actual force is applied, 俾 can improve the operation of the torque wrench , with an improvement in efficacy, for its main purpose. The technical means applied by the new problem solving 2 and the work 2 according to the prior art are as follows: the casing tail section corresponds to the torsion force display, and the front casing of the window is used as the 'torque value' for displaying the torque value. There is a unit card 'Metric unit is Newton meter/Nm, and the inch unit is broken. Feet/lb. ft 'The front of the front casing corresponds to the casing of the casing with a mirror base and a magnifying glass, and the magnifying glass displays the torque on the cylinder The digital amplification makes it easy for the user to read the torque value, which has an improvement in efficiency and is achieved for its secondary purpose. [Embodiment] In order to make it easier for those who are familiar with the technology to understand the construction content and the functional benefits that can be achieved, a specific embodiment will be listed and described in detail as follows: - Torque that can be accurately slaved, easy to read and prevent false touches, hand structure 'Please refer to the third figure: the three-dimensional combination of the creation = map. And the fourth, fifth, sixth, and seventh figures: the stereo decomposition of the dynamic plate, the sleeve, the tripping mechanism, the torsion adjustment mechanism, the torque display cylinder, the grip, the torque locking mechanism, and the B, M, and D Department diagram. As shown in Figures 8 and 9, the schematic diagram of the side view and the top view of the creation is shown. Mainly composed of a pulling body 1◦, a sleeve 20, a tripping mechanism 3〇, a torsion force mechanism 40, a torque display cylinder 5〇, a grip 6〇, and a torque locking mechanism 70; wherein: The top end of the movable body is provided with a tool head 丄, and the form of the tool head 不 does not include 'a ratchet wrench, a socket wrench, an open-end wrench thin-mouth wrench, and the other end of the plate body is provided with a tapping portion 12, and the pulling body Knocking part 1 of the work piece, the middle part of the pulling body 1 is pivoted by the branch pin 9 1 to the end of the sleeve ^ 2 0, and at the same time, the dust jacket 13 is arranged to prevent the inner part of the barrel 2 from avoiding the occurrence of each component. The card is dead, and the month 8 is accurate. The tapping portion i 2 is pivotally connected to the end of the interlocking piece 1 by the latch Q 2 to pull the body 1 . The adjusting screw j is provided at the peak i 2 to adjust the tapping portion 12 and The distance between the inner wall of the casing 20 is used as the accurate correction and fine adjustment when setting the torque value; 1 virtual is the hollow pipe body, and the Q end of the casing 2 is pulled by the support pin Q ” The sleeve 2 is clamped to support the insert as the center of the insert, and the tool head at both ends of the pull body 10 = 5 M374933 The tapping portion 1 2 is in the state of the plate 'When the force reaches the set twist When the value is reached, the striking part 13 will jump off the inner wall of the casing 2 to emit the sound of the miso tower, reminding the user not to use any more force, and the casing 2 〇 corresponds to the adjusting screw 15 Hole 2 1, so that the tool can be extended, and the micro-reinforcing screw is used for 5 5 . The end of the sleeve 2 is locked by two screws to lock the screw hole seat 22 and the bottom side screw P2 to lock the handle 6 〇. It is easy to disassemble and assemble the handle 6 (as shown in the tenth figure), the tail section of the sleeve 2 corresponds to the torsion force • the window 23 is provided above the display cylinder 50, as the value of the torque value φ is used 'The tail section of the casing 20 corresponds to the torsion force display cylinder. The lower part of the cylinder is provided with two through holes 2 4 'Let the jade can reach the human' as the loosening and tightening the two countersunk screws 5 1; the tripping mechanism 3 0 The driving member 3 i, the two rolling members 3 2, 3 3 , the bearing member 34 , the spring thimble 35 , the compression spring 36 , the spring cymbal 37 and the steel ball 3 8 'the pushing member 31 are pivotally connected to the linkage piece by the pin Q3 The H pusher 1 of the work-4 corresponds to the second striker pin Q4, Q5 of the tapping portion 1 2, and the two rolling elements 32, 33 are provided, and the two rolling elements _ 3 2, 3 3 are used in the casing 2 0 Inner Wei move, making push Piece 3 i can be flat and straight 'moon moving' to avoid the pusher 3 work and the spring thimble 3 = the inner wall of the wiper 2 0 due to the yaw, affecting the torque value when the actual force is applied, the operation of the lift torque wrench Accuracy (as shown in the eleventh and thirteenth, fourteenth drawings) ', when assembling, first push the pusher 31, the shaft holds the three-core spring, the needle 3 5 is sleeved into the body, and then the spring thimble 3 5 sets are set in the compression spring 6 』, the compression spring 36 is provided with a spring cymbal 37 at the other __ end, and the elastic 塾 1 7 sighs the steel ball 3 8 'by the steel ball 38 and the torque adjustment; ^ 4 〇 iv /4yjj The contact of the end face of the screw cup 41 'steel ball 38 can make the screw 41 rotate more smoothly; the torque adjustment mechanism 40 includes the screw 41, the runner 4 2 and the rear cover 43. The screw 41 is provided with the threaded portion 44 and the joint portion. 4 5, the threaded portion 44 is screwed to the socket 2 2 _ of the sleeve 2 Q, the joint portion 45 is inserted into the joint hole 46 of the runner 4 2 , and the joint portion 45 is hexagonal, combined The hole '4 6 is a dodecagonal shape. When the torque is the same, the wheel 4 2 is pre-screwed or reversely screwed out of the screw 4 1 'by means of a face or a loose compression spring 3 6, by adjusting the compression spring 3 The elastic force of 6 can set the torque. The outer wheel of the runner 42 is provided with an external ratchet 47 and a scale line 48. The number of the outer ratchet 47 and the scale line 48 is displayed according to the torque. The quantity depends on the 'hypothesis-circle has fourteen numbers, the number of outer ratchets 4 7 and tick marks 4 -8 is twenty-eight, and the tick mark 48 is a long integer (as shown in the fifteenth figure), short Representative 〇. 5 (as shown in Figure 16), the rear wheel 4 2 is provided with a rear cover 4 3 'to prevent dust and water from invading the inside of the grip 6 to avoid jamming of various components, rust situation, influence Accuracy; • Torque display cylinder 50 is a hollow cylinder that can be sleeved in the threaded portion 44 of the screw 41, and locked by the front and rear two countersunk screws 5丄 into the front and rear-two positioning blocks 5 2 The torque display cylinder 5〇 is locked to the threaded portion 44, and the two positioning blocks 52 are soft copper, which can avoid the injury 纹4 4, and the circumferential surface of the torque display cylinder 50 is provided with a plurality of small to large The spirally arranged number 5 3, each of the numbers 5 3 represents a torque value, the screw 41 rotates once, and the torque display cylinder 50 also follows a turn, each turn The distance between the words 53 is equal to the pitch of the screw 41. When the torque test is one hundred cattle and seven tons. (lOON.m), the number "(10)" of the torque display cylinder 5〇 is aligned with the window 2 3, and then Locking the two countersunk screws 5, the size of the torque can be set by the fine disc; the grip 60 includes the front and rear hollow housings 6 and 62, and the front of the front housing 61 corresponds to the window 2 2 The lens holder 63 and the magnifying glass 64' are enlarged by a magnifying glass 6 4 to the number 5 3 on the torque display cylinder 5, for easy reading of the torque record, and a single scale 6 5 (the fresh position is Newton meter • complex in, Inch unit size feet / lb. ft), the front housing 6 is equipped with a slot seat 6 6 'The county is equipped with a torque locking mechanism 7 Q, the slot seat 6 6 — with a curved edge 6 7 The groove 6 7 has a deep, money, and the socket 6 = the other side is provided with a perforation 6 8 , so that the stopper 75 of the clamping member 73 can be marked: the perforation 6 8 'the rear body 6 2 is provided with the internal ratchet 6 9 The rear housing 62 is also provided with a triangular point 621' as a scale line 48 for indicating the wheel 42; the torsion lock collar is used for the engagement of the outer ratchet 4 7 of the runner 4 = 7 Q includes cover 7 1 , touch 7 2 , clamp 7 3. The two springs S1 and S2 cover the socket 66 by the cover body 71. The latch body 7 is dragged by the latch Q6 in the middle of the cover 71. The card holder 73 is in a state of a plate. - The end is provided with a shaft hole 7 4 for arranging the switch 72, and the other end of the latching member 73 is provided with a stopper 7 5 , and the cover body 7 1 is provided with a round hole 7 6 ' at the turner 7 2 Transfer 7 2 exposed round hole 7 6 : Turn 72 surface to be provided with triangular groove 77 and unlocking, locking symbol, for the triangular screwdriver head to insert the triangular groove 7 7 and positive and reverse rotation reversal 7 2, the transition: 2 sides The positioning portion 78' is disposed to be positioned on both sides of the latching member 73. The latch 71 and the knob 7 2 are provided with a convex portion 711 and a M374933 recess 7 2 which are mutually positionable, and the stop portion 7 9 of the knob 7 2 is turned. When the depth of the curved groove 67 is deep, the knob 7 2 can be pressed into an unlocked state (as shown in the seventeenth and eighteenth drawings) 'When the stop portion 7 of the knob 7 2 is turned to the curved shape When the groove 6 7 is shallow, the knob 7 2 cannot be pressed into a locked state (as shown in Figs. 19 and 20), and the concave portion 7 2 1 of the knob 7 2 and the convex portion of the cover 7 1 711 positioning 'turn 72 can not be easily rotated, the other part of the latch 73 73 - 7 7 The outer ratchet 47 of the runner 42 can be blocked from exiting the inner ratchet 69 of the rear housing 62, so that the runner 42 cannot be rotated, preventing the torque that has been set and being arbitrarily changed, and simultaneously at the knob 7 2 A spring s 1 , S2 is provided between the socket 6 6 and the stopper 7 5 and the cover 71 to help the movement of the knob 72 and the latch 73 to be more reliable. In combination with the above-mentioned creation, the present invention provides a torque wrench structure that can be accurately set, easily read, and prevented from being accidentally touched to ensure the torque value. After the actual creation and repeated operation tests by the creator, it is confirmed that this can be achieved. The functional benefits expected by the creation, as well as the "first creation" that is still unseen in the current market, have "industry use value", and it is true that it is in line with the establishment of the new patent "practicality" and "progressiveness". , according to the provisions of the Patent Law, filed a new patent application with the bureau. [Simple diagram of the diagram] The diagram of the cross-section of the diagram of the system-style tripping mechanism. The second picture shows the cross-sectional combination of the friction tube wall after the jump-off mechanism of the learning type. The third picture: a three-dimensional combination diagram of the creation. The fourth figure is a three-dimensional exploded view of the mechanism, the casing, the occupational mechanism, the torsion adjustment 9 mechanism and the torque display cylinder. The fifth picture shows the three-dimensional decomposition of the torque adjustment mechanism, the grip, the lock mechanism and the B part. Figure 6: Schematic diagram of the fifth part of the fifth figure. Figure 7: Schematic diagram of part D of the fifth figure. The eighth picture: a schematic diagram of the side view section of the creation. The ninth picture: a schematic diagram of the top view combination of the creation. = 十—图: It is a schematic diagram of the fast Weisi extracted from the casing ship. Figure 11: This is a schematic diagram of the cross-section combination before the jump-off mechanism of this creation. Twelfth figure: This is a schematic diagram of the cross-section combination of the smooth sliding after the jump-off mechanism of this creation. = Twelve: The f-type single roller and the fatigue of the creation of the double roller (four) test table. The fourteenth figure is a comparison table between the f-type single roller and the fatigue of this creation. Fifteenth figure: The twisting force of this creation is adjusted to 46 Nm/N mi state. Figure 16: The state of the original torque is adjusted to 46. 5 Newtons. Meters/N.m. =17图·This is a schematic diagram of the unlocking state of the torque locking mechanism. Eighteenth figure is a schematic diagram of the Y part of the seventeenth figure. Nine diagrams. This is a schematic diagram of the closing state of the torque locking mechanism. Figure 20: Schematic diagram of section C of the nineteenth scale. [Main component symbol description] [Live part] 1 Pulling body 2 Knocking part M374933
3 推動件 4 連動片 5 滚動件 6 轴持件 7 彈簧頂針 8 彈簧. 9 套管 [本創作部分] 10 板動體 11 工具頭 12 敲擊部 13 防塵套 14 連動片 15 調整螺絲 2 0 套管 2 1 透孔 2 2 螺孔座 23 視窗 2 4 透孔 30 跳脫機構 3 1 推動件 3 2 滾動件 3 3 滚動件 3 4 轴持件 3 5 彈簧頂針 3 6 壓縮彈簧 3 7 彈簀墊片 3 8 鋼珠 40 扭力調整機構 4 1 螺桿 4 2 轉輪 43 後蓋 44 螺紋部 45 結合部 4 6 結合孔 47 外棘齒 48 刻度線 5 0 扭力顯示筒 5 1 埋頭螺絲 5 2 定位塊 5 3 數字 6 0 握把 6 1 前殼體 11 M374933 6 2 後殼體 6 3 鏡座 6 5 單位牌 6 7 弧形溝槽 69 内棘齒 7 0 扭力鎖定機構 7 11 凸部 7 2 1 凹部 74 軸孔 7 6 圓孔 7 8 定位部 si 彈簧 Q 1 支撐插銷 Q3 插銷 Q5 插銷 PI 螺絲 6 2 1 三角形標點 64 放大鏡 6 6 槽座 6 8 穿孔 7 1 蓋體 72 轉紐 73 卡掣件 75 擋塊 77 三角槽 79 止動部 S 2 彈簧 Q2 插銷 Q4 插銷 Q6 插銷 P 2 螺絲 123 Pusher 4 Linkage 5 Roller 6 Shaft retainer 7 Spring thimble 8 Spring. 9 Sleeve [This creation part] 10 Plate mover 11 Tool head 12 Knocker 13 Dust cover 14 Linking piece 15 Adjusting screw 2 0 Casing 2 1 through hole 2 2 screw hole seat 23 window 2 4 through hole 30 tripping mechanism 3 1 pusher 3 2 rolling member 3 3 rolling member 3 4 shaft holding member 3 5 spring thimble 3 6 compression spring 3 7 bomb箦 Gasket 3 8 Steel ball 40 Torque adjustment mechanism 4 1 Screw 4 2 Runner 43 Back cover 44 Threaded part 45 Joint part 4 6 Joint hole 47 External ratchet 48 Marking line 5 0 Torque display cylinder 5 1 Countersunk screw 5 2 Positioning block 5 3 Number 6 0 Grip 6 1 Front housing 11 M374933 6 2 Rear housing 6 3 Mirror base 6 5 Unit card 6 7 Curved groove 69 Internal ratchet 7 0 Torque lock mechanism 7 11 Projection 7 2 1 Recess 74 Axle hole 7 6 Round hole 7 8 Positioning part si Spring Q 1 Support pin Q3 Pin Q5 Latch PI screw 6 2 1 Triangle punctuation 64 Magnifier 6 6 Slot 6 8 Perforation 7 1 Cover 72 Transfer 73 Card clamp 75 Block Block 77 Triangular groove 79 Stopper S 2 Spring Q2 Q4 Q6 pin plug 12 screw plug P 2