201231228 六、發明說明： 【發明所屬之技術領域】 本發明係娃力㈣結 有第-指標，該第-指標係隨，敕广曰一種扭力扳手設 力值。 D周正 '、且位移而位移而知其扭 【先前技術】 按吾人先前所知，習用 號第US7703357R7*扳手結構，如美國專利 4W9,該專利名稱扭力1’同台灣專利第Q9820 包括：-種扭力設定扳手手之旋柄結構，其係 =-：=輪_、-施力柄、= 徵在於:其主要係於施力柄扭力::指針;其特 行鎖固有-中空套環，並 处/ & 一鎖固件而先 一側，又設有-内環告，^ 式内孔相鄰於旋柄之 配合具對應外環齒之旋柄及一 因V吏，柄之内、外環齒成常_合 方内颅制饨 周正扭力値時，僅須將旋柄向套環 値二二=:離達:得:旋_柄_扭力 完成’ __外力並藉彈性周整 但該專利之結構缺失係在於： 田疑動疑柄（2 5)而帶動扭力調整桿（2 4)旋轉 201231228 於旁側之刻：d2 6)係連同位移之，繼而配合位 定指針（2 6)與刻产扭力設定值’但該扭力設 讀’且讀取方方式係;人自已::係：】、刻她 不佳，該觀物^^境，或使时本身視力 空間。 n、亥J度判1買扭力數值大小之方式係有改善201231228 VI. Description of the invention: [Technical field to which the invention pertains] The present invention is a wattage (four) knot having a first indicator, which is a set value of a torque wrench. D week is ', and displacement and displacement knows the twist [previous technique] As we have previously known, the conventional US7703357R7* wrench structure, such as the US patent 4W9, the patent name torque 1' and Taiwan patent Q9820 include: - Torque set the handle structure of the wrench hand, its system =-:= wheel _, - force handle, = sign: it is mainly applied to the force of the handle:: pointer; its special lock inherently - hollow collar, and / /amp; a lock on the first side, and - inner ring, ^ type inner hole adjacent to the handle of the handle with the corresponding outer ring tooth handle and a due to V 吏, the inner and outer ring teeth of the handle Cheng _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The structure is missing: the field suspected the handle (2 5) and the torque adjustment rod (2 4) rotates 201231228 on the side: d2 6) with the displacement, and then with the position pointer (2 6) and The torque setting value is 'but the torque is set to read' and the reading method is; the person himself:: is:], engraving her is not good, the object is ^^, or Visual space itself. n, Hai J degree judgment 1 buy torque value of the way to improve
S^8 5 8 8 9 B2扭同力構，如美國專利號第U 7 9，該專利名稱:數位扭:：，利：第〇 9 7 1 0 2 7 測工具，其係包括 ^卫具…種數位扭力量 邻 本體’ 3亥本體係設有-驅動部、-身 體係2。卜其中：該驅動部係設有一驅動頭，該本 使用者握持之用；該身部係設有一容 福°亥办置早凡係供一電子機構容置之用，該電子機 2係設有至少—容置空間，該容置”内係設有至少二 =電路單元’該電路單元係利用層疊方式裝設；俾利，藉 由该電子機構之電路單元層疊結構縮小體積，達到有效率 :用容置單元之功效’且該電子機構亦利用電路單元之層 :結構’增加所能褒設之電路單元，以達到多功能之效果 者0 此專利案結構優點係在於可改善上述f用美國專利 第由自已讀取數值之缺失，該電 子機構（5)係可提供明確之扳手扭力數值大小，一般而 201231228 言該電子機構（5)内係設右雷 且有數鉍&缸& 、電路板，電路板係可顯示出 3 =出Λ/7㈣於❹者讀取，且電子機構 v ο)所顯不出扭力數值之螢 確了解。 料H原而令使用者更明 但該專利結構缺失係在於：該電 池作為整體之雷舻LV站_曰丄 冉、；3 j而有電 機構父： 有數字之扭力數值，而當電子 处切 電雜盡’且工作環境係無法立即補充電 ; = ;?:，如外出修理錢 子機構（5)即會因無電池狀態 扭力扳手結構魏當—般扳手作彳再顯不扭力值， 之功效。 奴扳手作使用而不具測量扭力值 行掌專利案結構，本發明人藉多年從事相關 驗，終於有一能解決習用葬端之扭力扳手結構之 【發明内容】 ==解決之問題：―種扭力扳手結構設有第一指 ^力:隨調整組位移而位移，顯示機構即知其 ，决問題之技術手段：—種扭力扳手結構，其係包 括有I:::手係設有一壓縮組及調整組，該壓縮組係包 頂：； 頂塊;該彈性體-端係彈抵於頂塊上，該 -、P…周整組係位移一距離而具控制扳手扭力值； 201231228 指標組係隨調整組位移，該指標組係包括：第一指標； &亥第一指標係固設於調整組上，該第一指標係隨調整組之 位移而位移；-顯示機構係設有電路板、榮幕及必要元件 以顯不具有數字之扭力值，該顯示機構係設有至少-個感 =’㈣應器係穿伸於扭力扳手内，感應器係感應第一 才曰‘之位移距離而換算扭力值，並將數位數值顯示於顯示 機構上。 對照先前技術之功效：該調整組位移時係會控制彈性 體之長度，原理上彈性體之長度即決定扭力大小，該第一 指標係隨調整組位移，—指標位料，該感應器係可 知位移距離’如此顯示機構即可知其位移值而換 大小。 為使肖局委員及熟習此項技藝人士對本發明之功 效完全瞭解，兹配合圖式及圖號就本發明之結構、組成說 明於後，㈣下所述者僅為用來_本發^實施例，並 非企圖據以對本發明做㈣形式上之限制，是以凡是在本 發明之精神下，所作㈣何修飾變更㈣ 保護範圍。 【實施方式】 :先請參閱第一圖所示’係本發明之分解圖，第二圖 夕糸、、且&不意圖’第三圖係立體組合圖，第四圖係部份結構 立體組合圖，本發明係關於—種扭力扳手結構，其係包 201231228 一本體（1 ο )，該本體（Ί 該本體（1 〇)内係設有—容置糸呈中空之套柄狀’ 〇) 一端係設有-縱向貫穿(1 1)5該本體（1 .. 〈第一樞孔（12)，兮女神S^8 5 8 8 9 B2 twisted force structure, such as U.S. Patent No. U 7 9, the patent name: digital twist::, Li: 〇9 7 1 0 2 7 measuring tools, including ^ ...a kind of digital twisting power neighboring body '3 Haiben system is equipped with - drive department, body system 2. In the driving part, the driving part is provided with a driving head for holding by the user; the body is provided with a Rongfu, and the old part is used for the accommodation of an electronic mechanism. Providing at least an accommodating space, wherein the accommodating portion is provided with at least two circuit units, and the circuit unit is mounted by lamination; and the circuit unit of the electronic mechanism is reduced in size by the laminated structure of the electronic unit Efficiency: With the effect of the accommodating unit' and the electronic mechanism also uses the layer of the circuit unit: structure to increase the circuit unit that can be set up to achieve the effect of multi-function. The advantage of the patent structure is that the above f can be improved. U.S. Patent No. is missing from the self-reading value. The electronic mechanism (5) can provide a clear value of the torque of the wrench. Generally, 201231228, the electronic mechanism (5) is equipped with a right mine and has a number of cylinders &;, circuit board, circuit board can show 3 = out / 7 (four) in the reader's reading, and the electronic body v ο) can not show the torque value of the fire. The material H is intended to make the user clearer but The patent structure is missing: The battery as a whole Thunder LV station _ 曰丄冉,; 3 j and the electric mechanism father: there is a numerical torque value, and when the electronic cut off the electricity and the working environment can not immediately recharge; = ;? : If you go out to repair the money agency (5), it will be the result of the non-battery state of the torque wrench structure, and the effect of the torque will not be measured. The inventor has been engaged in relevant tests for many years, and finally has a structure that can solve the structure of the torque wrench of the burial end. [Inventive content] == Solving the problem: "The type of torque wrench structure is provided with the first finger force: with the adjustment group displacement Displacement, the display mechanism knows it, the technical means to solve the problem: a torque wrench structure, which includes an I::: hand system with a compression group and an adjustment group, the compression group is a top:; a top block; The elastic body-end projectile is applied to the top block, and the whole group of the -, P... is displaced by a distance and has a torque value of the control wrench; 201231228 The indicator group is displaced with the adjustment group, and the indicator group includes: a first indicator; & Hai first indicator is fixed In the adjustment group, the first indicator is displaced according to the displacement of the adjustment group; the display mechanism is provided with a circuit board, a glory screen and necessary components to display a digital torque value, and the display mechanism is provided with at least one sense = '(4) The device is worn in the torque wrench, the sensor senses the displacement distance of the first 曰' and converts the torque value, and displays the digital value on the display mechanism. Compare the effect of the prior art: the adjustment group displacement The length of the elastic body is controlled by the time. In principle, the length of the elastic body determines the torque. The first index is the displacement of the adjustment group, the index material, and the displacement of the sensor system is known. In order to make the board members and those skilled in the art fully understand the effects of the present invention, the structure and composition of the present invention will be described with reference to the drawings and drawings, and (4) The present invention is not intended to be a limitation on the form of the invention, and is intended to modify (4) the scope of protection in the spirit of the invention. [Embodiment]: Please refer to the first drawing for the 'decomposition diagram of the present invention, the second figure 糸 糸, and & not intended to 'the third picture system stereo combination picture, the fourth picture part of the structure three-dimensional combination In combination, the present invention relates to a torque wrench structure, which is a body of a 201231228 body (1 ο ), the body (the body (1 〇) is provided with a 糸 糸 hollow hollow shank shape 〇 ) One end is provided - longitudinally through (1 1) 5 the body (1 .. <first pivot hole (12), the goddess
3 :)係設有至少：第-容槽(13)，該第一容槽(T 目係為四個’该本體（Χ 〇 )外周緣 固疋孔（1 4 )，該複數個第〜容 有至乂― 定孔（1 4 )間’該本體（1。)係設有第二容二^『固 該第二容槽（15)係近第一容槽（ I15 ’ ⑴)及第二容槽(15)係與容置空間二;槽 。亥本體（1 Q )係設有適當延伸長度之限制 ^ 限制槽（1 6 )呈貫穿狀，限制样（! β 曰1 6 ) ’ 呈相對向； 心⑷與第二容槽（1 .他功頌、ώ υ」，碌雕動頭（ρ :輪結構，該驅動頭(2 〇)作用端係設有套:m 套筒或螺合件而旋動，該驅動頭（2 Ω 邛乂套53:) is provided with at least: a first-receiving groove (13), and the first receiving groove (T-head is four 'the main body (Χ 〇) outer peripheral solid boring hole (1 4 ), the plurality of first容容至乂 定 定 定 定 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该The two-receiver (15) and the accommodating space are two; the trough. The hull body (1 Q) is provided with a restriction of the appropriate extension length. The restriction groove (16) is penetrating, and the restriction sample (!β 曰1 6 ) In the opposite direction; the heart (4) and the second pocket (1. His function, ώ υ), the head of the eagle (ρ: wheel structure, the drive head (2 〇) end is provided with a sleeve: m sleeve or Rotating the screw, the drive head (2 Ω 邛乂 sleeve 5
該柄部係、容設於本體（1〇)之容置空間Υ設有柄部’ 柄部處係設有第二樞孔（2 i )，該第二樞孔：二’該 二樞孔(12)位置相對正’該柄部端部係設有4 槽體狀； 、係略呈凹陷之凹弧 3 〇)係穿伸於第一 使δ亥驅動頭（2 〇 ) 2 〇)之柄部係可於 一樞設件（3 0 )，該樞設件（ 樞孔（1 2)及第二樞孔（2 1 )内 才區設於本體（1 〇 )上，該驅動頭（ 容置空間（1 1 )小範圍擺動； 7 201231228 -壓縮組（4 Q )，該壓縮組（4 Q )係容設於本體 之容置空間（1 u内’該壓縮組（4〇)係包 括有，彈性體（4 1 )及頂塊（4 2 );該彈 二端，抵於頂塊（42)上，該頂塊（42體中(央4丄) j令抵塊（4 2 1 )’該容抵塊（4 2 1 )係彈性容設 驅Π" : 2 2 ) 4 ’使該彈性體（4 1 )係彈力壓抵於 :調整組（5 G ) ’該調整組（5 Q)係組設於本體 上，該調整組（5 〇 )係位移而控難縮彈性體 且押.二H，亦即該調整組（5 〇)係位移-距離而 1 手扭力值’該調整組（5 Q )係包括有：固定塊 (5 1)、外套管（52)、調整蟥（c； q 4 )，其巾； Μ塊（5 3 )及固設件（5 該固定塊（51)係固設於本體（ (1 -, λ ^ ^ 、丄◦)之容置空間 ^斤i 定塊（51)係設於限制槽（16)- 近本體（1 0)末端，該固定塊（ 孔； 心兄1 b !·)中央設有螺 該外套管（5 2)係呈單側開放之套 (52)係配合本體（1〇)外’〇套官 管（5 2)於封閉财央錢設有該外套 2 1)； κ、邊形之固設部（5 該調整塊（5 3)係呈設有外螺纹 (5 3 )係螺設於固定塊（5丄）’上、，體’ 5亥调整塊 -端係設有第一推塊（5 3 i ) ’該調整塊（5 3) °亥第一推塊（5 3 1 ) 8 201231228 係抵於壓縮組（4 0)之彈性體（4丄）端部，該調整塊 j 5 3 )係設有一扣環槽（5 3 2 )，該扣環槽（5 3 2 ) 係。又於第一推塊（5 3 1 ) —側，該調整塊（5 3 )外螺 、，文末柒處係设有固設端（5 3 3 )，該固設端（5 3 3 ) ’係呈’、角柱體狀配合固設於外套管（5 2 )之固設部（5 2 1 )處； 該固設件（5 4)係鎖固於調整塊（5 3)端部，該 馨固没件（5 4)係將外套管（5 2)及調整塊（5 3)相 固設； 當轉動外套管（5 2 )，因該調整塊（5 3 )之外螺 、文係螺5又於固定塊（5 1 )之内螺紋處且固定塊（5 1 ) 係固定不動，該外套管（5 2)即帶動調整塊（5 3 )旋 轉及位移，該调整塊（5 3)位移時係控制彈性體（4 1 ) 之長度，亦即係藉由調整塊（5 3)之位移矩離以調整扭 力值； 鲁s該本體（1 〇 )、驅動頭（2 0 )、樞設件（3 〇 )、 壓縮组（4 〇)及調整組（5 〇)基本上係為習用扭力扳 手凋正扭力結構，該調整塊（5 3 )係控制彈性體（4 1 ) .長度： ； - 一指標組（6 0 )’該指標組（6 0 )係隨調整組（5 ^ )位移，該指標組（6 〇 )係具標示扳手扭力數值功效， 该指標組（60)係容設於容置空間（1 1)内，該指標 組（6 Q )係包括：第二推塊（6 i )、第—指標（6 2 )、 第二指標（6 3 )、至少-套塊（6 4 )及扣環（6 5 )， 201231228 其中； …該第二推塊（6 1 )得、樞設於調整塊（5 3 )上，該 ( 6 1 )底部钱有定位塊（6 1 1 )，該定位 A 1 )係容抵於限制槽（1 6 )内，該調整塊（5 轉動位移時，定位塊（6 1 1)係於限制槽（i 6) 内呈線性位移，亦即笛β , w 1曰、丄b ) 卩第—推塊（6 1 )係隨調整塊（5 3 ： 二推塊第(6^6 2 )及第二指標（6 3 )係、固設於第 3)係隨第一指標（62)及第二指標(6 移，該第=)及調整塊(63)之位移而位 方，該第-:係疊置設於第一指標(62)上 長； 曰钻（6 2)長度係較第二指標（6 3)長度 (6^^(6 4 )中央係設有穿孔（6 4 1 ) ’該穿孔 ==彈性體(41)外周緣穿設，該套塊(6 置槽（6 4 2 個’該每—套塊（6 4)上端係設有容 42)，該容置槽（6 4 2 )係供第一指標 該扣環 3 2 )内， 上； C 6 5 使該第 )係扣設於調整塊（5 3)之扣環槽（5 一推塊（6 1 )樞設於調整塊（5 3) 一顯示機構C 7 n、 電路板、營幕及必要i ’該顯示機構（7 Q)内係設有 之扭力值，兮批_凡件以顯示具有數字或任何表示方式 心’、、不機構（7 0 )係固設於本體（i 〇 )之 201231228 固定孔（1 4)處’該顯示機構（7 〇 )底端係設有 個感應器（7 1)，該感應器（7 n係為四個，該每一 感應器（7 1 )係穿伸於每一第一容槽（i 3 )内，感應 •器（7 1 )係感應第一指標（6 2)之位移經由電路板之 -預設電路而換算扭力值，並將數位數值顯示於顯示機構 (7 0 )上； 一數值件（8 0 )，該數值件（8 〇 )係呈透明或半 ❿透明之板體，數值件（8 〇 )係設有標示數值刻度，該數 值件（8 0)係固設於本體（丄〇)之第二容槽（丄5 ) 處，該數值件（8 0)係與第二指標（6 3 )相配合指示 標不數值。 第二圖係組合後剖開本體（丄〇 )及外套管（5 2) 後之立體圖，第三圖係組合立體圖，第四圖係顯示顯示機 構（7 0)之感應器（7丄）與第一指標（6 2)之關係 位置以及數值件（8 〇)與第二指標（6 3 )之關係位置 φ 立體圖。 請繼續參閱第五圖之側視示意圖所示，第六圖係第五 圖部分兀件之結構示意圖，該枢設件（3 〇 )係將驅動頭 .(2 0)與本體（1 〇)相樞設，該壓縮組（4 〇)之容 抵塊（4 2 1 )係與驅動頭（2 〇)之容抵部（2 2)相 容抵’外套管（5 2 )係套設於本體（丄〇 )外周緣，該 •固設件（5 4)係將外套管（5 2 )及調整塊（5 3 )相 固設’該第一推塊（5 3 1 )係抵於彈性體（4工）端部， 該第二推塊（6 1 )係枢設於調整塊（5 3 )上，該扣環 201231228 (6 5)係扣設於和環槽（ 係套設於彈性體（4 ^； 该套塊（64) 該容置槽（642^ 固設於本體U〇)内，使 …㈠ 供第一指標（62)容置，伴拷笛 =“62)及第二指標（ ：持第- 平狀，該顯示機構（7γ (1 〇)内呈水 -物。 〇)係固設於固定孔（14)，每 α應盗（71 )係穿設於每一第 4)母 感應器（7 1 )係與第 胃1 3 )内，該. 值，該數值件（8 CM在® 目配合感測扭力數 數值件U0)係與第二指標 數值大小。 ^仰加。払不出扭力 當指標組（60)之第—指標（62)及第 二=與:示機構(7〇)及數值件(8心= :二：?=〇)之作用端套合套筒而旋緊螺 二二動頭（2 0)之旋轉扭力達設定扭力值，該容 相脫開。 之谷抵塊（421) =續參閱第七圖作動後之側視示意圖所示，第八圖 ^第七圖之部分元件示意圖’該操作者手部係握持於外套 :(5 2)旋轉，該外套管（5 2)係連動 =旋狀位移前進，該第-純（531)係壓抵彈 :4 1 )端部’使該彈性體（4丄）受壓縮，扭力扳手相 =有較大扭力值，該調整塊（5 3)並同時連動第二推 鬼（6 1 )線性位移，該感應器（7丄）係感應第一指標 (6 2)之位移而換算扭力值顯示於顯示機構（7 〇 )上， 12 201231228 ，亥第二指標（6 3 )係與數值件（8 〇 )上設有之數值刻 度相配合而標示出扳手之扭力數值，本發明即具有顯示機 構（7 0)之數位數值及數值件（8 〇 )之標示數值可供 使用者讀取扳手扭力值，如此具有二種不同數值之讀取即 具上述二件習用美國專利案結構之優點，此即為本發明之 優點。 請繼續參㈣九圖所^係本發”份結構之放大 ^純標組（6〇)之第一指標（62)係設有至少二 弟一指線（6 2 1 )及至少-笛-社& , 個m… 一第一指、線（6 2 2 )，複數 曰：2 1 )及第二指線（6 2 2 )間係呈相平 Z ,該第一指線（6 21 )及第二指線（6 2 2 )係與 佶：枰構（7 0)之感應器（7丄“目配合感測扳手扭力 值大小。 =續參閱第十圖所示，係為本發明第二實施例之立 刀=:第十一圖係組合示意圖’該實施例中，該調整 (5〇)係不設有固定塊（51)，該外套管（52) 配：樞設於本體(10 )末端開口處，該外套管(5 )係5又有螺合部（5 22)，該螺合部（5 2 2 )係呈 =牙孔，該螺合部（5 2 2 )係與調整塊（5 3)之外 累牙紋相螺設，當外套管（52)轉動，該外套管（Μ) ::調整塊(53)旋轉及位移，該第_推塊( 第隐=控制彈性體（41)之長度，該第二推塊（61)、 3 )之\^ 6 2 )及第二指標（6 3 )亦係隨調整塊（5 得出扳手扭力值，該第十二圖係為側視示意 201231228The handle portion is disposed in the receiving space of the body (1〇), and the handle portion is provided with a second pivot hole (2 i ), and the second pivot hole: two 'the two pivot holes (12) The position is relatively positive 'The end of the handle is provided with a 4-slot shape; the concave arc is slightly concave 3 〇) is stretched through the first to make the δ Hai drive head (2 〇) 2 〇) The handle portion is disposed on a pivoting member (30), and the pivoting member (the pivot hole (1 2) and the second pivot hole (2 1 ) are disposed on the body (1 〇), the driving head ( The accommodating space (1 1 ) is oscillated in a small range; 7 201231228 - the compression group (4 Q ), the compression group (4 Q ) is accommodated in the accommodating space of the body (1 u in the 'compression group (4 〇) system Including, the elastic body (4 1 ) and the top block (4 2 ); the two ends of the elastic body are on the top block (42), and the top block (the central body of the 42 body) is abutting the block (4 2 1) 'The tolerance block (4 2 1 ) is the elastic capacity drive drive " : 2 2 ) 4 'The elastic body (4 1 ) is elastically pressed against: adjustment group (5 G ) 'the adjustment group ( 5 Q) The system is set on the body. The adjustment group (5 〇) is the displacement and the control is difficult to shrink the elastic body and the second H, that is, the adjustment Group (5 〇) is the displacement-distance and 1 hand torque value' The adjustment group (5 Q) includes: fixed block (5 1), outer casing (52), adjustment 蟥 (c; q 4 ), towel Μ block (5 3 ) and fixing member (5) The fixing block (51) is fixed to the main body ((1 -, λ ^ ^, 丄◦) accommodating space 斤 i block (51) At the end of the restriction groove (16)-near body (10), the fixed block (hole; heart brother 1 b !·) is provided with a screw in the center. The outer sleeve (52) is a one-sided open sleeve (52) In conjunction with the main body (1〇), the '〇套官管(5 2) is provided with the jacket 2 in the closed Caiyang money; 1) κ, the fixed part of the edge (5) The adjustment block (5 3) is provided The external thread (5 3 ) is screwed on the fixed block (5丄)', and the body '5海 adjustment block-end is provided with the first push block (5 3 i ) 'The adjustment block (5 3) ° The first push block (5 3 1 ) 8 201231228 is adapted to the end of the elastic body (4丄) of the compression group (40), and the adjustment block j 5 3 ) is provided with a buckle groove (5 3 2 ), The buckle groove (5 3 2 ) is also on the side of the first push block (5 3 1 ), and the adjustment block (5 3 ) is externally screwed, and the end of the ring is fixed. The fixing end (5 3 3 ) is fixed at the fixing portion (52 1) of the outer sleeve (52) in a corner-like shape; the fixing member ( 5 4) is locked at the end of the adjusting block (5 3), the sturdy solid part (5 4) is fixed to the outer sleeve (52) and the adjusting block (53); when the outer sleeve is rotated (5 2), because the adjusting block (5 3 ) is outside the screw and the snail 5 is at the internal thread of the fixed block (5 1 ) and the fixing block (5 1 ) is fixed, the outer sleeve (52) Driving the adjustment block (5 3 ) to rotate and displace, the adjustment block (5 3) is controlled to control the length of the elastic body (4 1 ), that is, to adjust the torque value by adjusting the displacement moment of the block (53) Lu s the body (1 〇), the drive head (20), the pivoting member (3 〇), the compression group (4 〇) and the adjustment group (5 〇) are basically the normal torque structure of the conventional torque wrench. The adjustment block (5 3 ) controls the elastic body (4 1 ). Length: ; - an indicator group (60) 'the indicator group (60) is displaced with the adjustment group (5^), the indicator group (6) 〇) The function of marking the torque value of the wrench, the indicator group (60) Set in the accommodating space (1 1), the indicator group (6 Q ) includes: a second push block (6 i ), a first indicator (6 2 ), a second indicator (6 3 ), at least a sleeve (6 4 ) and buckle (6 5 ), 201231228 where; ... the second push block (6 1 ) is pivoted on the adjustment block (5 3 ), and the bottom part of the (6 1 ) money has a positioning block (6 1 1 ), the positioning A 1 ) is within the limiting groove (16), and the adjusting block (5 1 is linearly displaced in the limiting groove (i 6) when the rotational displacement is performed, That is, flute β, w 1曰, 丄b) 卩 first-push block (6 1 ) with adjustment block (5 3 : two push block number (6^6 2 ) and second index (6 3 ) system, solid It is set in the third indicator according to the displacement of the first index (62) and the second index (6 shift, the third) and the adjustment block (63), and the first:: is superposed on the first indicator ( 62) upper length; 曰 drill (6 2) length is longer than the second index (6 3) length (6^^(6 4 ) central system is provided with perforation (6 4 1 ) 'the perforation == elastomer (41) The outer peripheral edge is pierced, and the sleeve (6 4 2 (the upper end of the sleeve (6 4) is provided with a capacity 42), and the receiving groove (6 4 2 ) is used for the first index The buckle 3 2 ) is inside, and the C 6 5 is provided in the buckle groove of the adjustment block (5 3) (5 a push block (6 1 ) is pivoted on the adjustment block (5 3) The display mechanism C 7 n, the circuit board, the camp screen, and the necessary torque value in the display mechanism (7 Q), the batch to display the number or any representation of the heart ',, no mechanism ( 7 0 ) is fixed at the 201231228 fixing hole (1 4) of the main body (i 〇). The bottom of the display mechanism (7 〇) is provided with an inductor (7 1), and the sensor (7 n is Four, each of the inductors (7 1 ) penetrates into each of the first pockets (i 3 ), and the sensor (7 1 ) senses the displacement of the first index (62) via the circuit board. - The torque value is converted by the preset circuit, and the digital value is displayed on the display mechanism (70); a numerical value (80), which is a transparent or semi-transparent plate body, the value The piece (8 〇) is provided with a marked numerical scale, and the numerical value (80) is fixed at the second pocket (丄5) of the body (丄〇), and the numerical value (80) is the second Indicator (6 3 ) matches the indicator Value. The second figure is a perspective view of the main body (丄〇) and the outer sleeve (52) after combination, the third figure is a combined perspective view, and the fourth figure shows the sensor (7丄) of the display mechanism (7 0) The relationship between the position of the first indicator (6 2) and the position of the relationship between the numerical value (8 〇) and the second indicator (6 3 ) is a perspective view. Please continue to refer to the side view of the fifth figure, the sixth figure is the structure diagram of the part of the fifth figure, the pivoting part (3 〇) will drive the head. (20) and the body (1 〇) The pivoting member (4 2 1 ) of the compression group (4 )) is compatible with the bearing portion (2 2) of the driving head (2 〇), and the outer sleeve (5 2 ) is sleeved on the outer sleeve (5 2 ) The outer periphery of the body (丄〇), the fixing member (5 4) fixes the outer sleeve (52) and the adjusting block (53), and the first pushing block (5 3 1) is elastic The end portion of the body (4) is pivotally disposed on the adjusting block (53), and the buckle 201231228 (6 5) is fastened to the ring groove (the sleeve is sleeved on the elastic Body (4 ^; the sleeve (64) The receiving groove (642^ is fixed in the body U〇), so that... (1) is accommodated by the first indicator (62), with the copying flute = "62" and the second Index (: holding the first - flat shape, the display mechanism (7γ (1 〇) is water-object. 〇) is fixed in the fixed hole (14), each alpha should be stolen (71) is worn in each 4) In the mother sensor (7 1 ) and the stomach 1 3), the value, the value piece (8 CM in the ^ mesh with the sensing The force value U0) is the value of the second indicator. ^ 仰加. The torque is not the same as the indicator group (60) - the indicator (62) and the second = and: the indicator (7 〇) and the numerical value (8 heart = : 2: ? = 〇) The end of the sleeve is fitted with the sleeve and the rotary torsion force of the screw 2nd moving head (20) reaches the set torque value, and the phase is disengaged. Continued to refer to the side view of the seventh figure after the action, as shown in the side view of the figure, the eighth part of the figure of the seventh part of the figure 'the operator's hand is held in the jacket: (5 2) rotation, the outer casing (5 2) linkage = radial displacement advance, the first pure (531) pressure is applied to the spring: 4 1 ) the end portion 'compresses the elastic body (4 丄), the torque wrench phase = has a large torque value, Adjusting the block (5 3) and simultaneously linearly shifting the second push ghost (6 1 ), the sensor (7丄) senses the displacement of the first index (6 2) and the converted torque value is displayed on the display mechanism (7 〇) Above, 12 201231228, the second indicator of the Hai (6 3 ) is matched with the numerical scale provided on the numerical value (8 〇) to indicate the torque value of the wrench, and the invention has the display mechanism (70) The value of the digit value and the numerical value (8 〇) can be used by the user to read the torque value of the wrench. Thus, the reading of the two different values has the advantages of the above-mentioned two conventional US patent structures, which is the invention. Advantages. Please continue to refer to (4) Nine maps, the first indicator of the structure of the hair extension, the pure indicator group (6〇) (62) is equipped with at least two brothers and one finger line (6 2 1 ) and at least -笛-社 & , m... a first finger, a line (6 2 2 ), a complex number 2: 2 1 ) and a second finger line (6 2 2 ) are level Z, the first finger line ( 6 21 ) and the second finger line (6 2 2 ) are the same as the 佶: 枰 structure (7 0) sensor (7 丄 "mesh with the sense wrench torque value. Continuing to refer to the tenth figure, it is a vertical knife of the second embodiment of the present invention =: the eleventh figure is a schematic diagram of the combination. In this embodiment, the adjustment (5〇) is not provided with a fixed block (51). The outer sleeve (52) is disposed at a pivot end of the body (10), and the outer sleeve (5) is further provided with a screwing portion (52), and the screwing portion (52) is The dental hole, the screwing portion (5 2 2 ) is screwed with the striate outside the adjusting block (53), and when the outer sleeve (52) is rotated, the outer sleeve (Μ) :: adjustment block (53) Rotation and displacement, the _th push block (the implicit = the length of the control elastic body (41), the second push block (61), 3) \^ 6 2 ) and the second indicator (6 3 ) are also Adjust the block (5 to get the wrench torque value, the twelfth picture is the side view shows 201231228
晴繼續參閱第十 一 … 丨'丁'个货明弟二貫施例部分 結構，分解圖，第十四圖係部份結構之組合圖，該實施例 中，該第-指標（6 2 )係為可伸縮管體狀，該第_ (6 2 )係包括：第一套管（6 2 3 )、第二套管不 j)，彈件（6 2 5);該第—套管2 3)與第 套I ( 6 2 4 )係呈相套設狀，該彈性元件（6 2 5) 於:套管（6 2 3 )及第二套管（6 2 4 )間， =:，（6 2 3 )及第二套管（6 2 4 ) ==度及恢復原長度，該第一指標（62)之第 : 3) 一端係固設於第二推塊（6 1 )上方， =另=第二套管（6 2 4 )端部係抵於感應器（川 上，忒感應器（7 i )係可藉由第一指桿 Π! 一套管(6 2 3 )及第二套管(、24)間I: 2Γ上方：:機構（7〇)得出扭力數值，第-指標（6 構示意圖有第二指標（63)’第十五圖係侧視結 圖第十六圖所示，係本發明第四實施例立體 係呈一指標(62)及第二指標(63) 刻度即為第一 2第一指標（6 2 )上設有一刻度，該 數值以與數值件（8 0)對照扭力 以f:圖所示，本發明係緣出二種調整塊 、σ冓，一種結構均為習用扭力扳手調整塊 201231228 (5 3)位移結構，本發明之重點係在於調整 =移時係帶動第-指標（62)移位，而使感應器（Η) 感應位移值，使該顯示機構（7 0)知其扭力值，而於一 .件專利中係無法繪出更多種調整塊（5 3 )位移結構，習 -用调整塊（5 3)位移結構可能至少有數十種之多，因此 種難塊（53)如何位移結構，均應屬本發明保 護範圍。 m 本發明扭力扳手結構之優點係在於： 1、本發明主要原理在於：該調整塊（5 3)位移時 係會控制彈性體（4 1 )之長度’原理上彈性體（4丄） 之長度即決定容抵部（22)與容抵塊（421)相脫開 時之扭力大小，第一指標（6 2)係隨調整塊（5 3)位 移’第-指標（6 2)位移時，感應器（7工）係可知位 移距離，如此顯示機構（7 〇)知其位移值時即可得知扭 力大小。 • 2、該指標組（6 0)係設有第一指標（6 2)及第 二指標（6 3)，該第-指標（62)係與顯示機構（7 0)得知扳手扭力數值，該第二指標（6 3 )係與數值件 (8 0)相配合對照數值以設定扳手扭力大小，本發明係 具數字式或數位式顯示及傳統刻度設定之二種不同方式 調整扳手扭力數值，本發明係兼具二種不同調整扳手扭力 數值之優點。 3、當使用時，顯示機構（7 〇)耗盡電源而失去得 知扭力數值之功效，該指標組（6 〇 )之第二指標（6于 15 201231228 係可與數值件（8 0)相配合設定刻度以調整扳手扭力大 w…<进刀扳子結構具有產業利用性、 =步性’難符合發日轉狀申料件，㈣法提^ 201231228 【圖式簡單說明】 =圖係、本發明扭力扳手結構之立體分解圖。 f二圖、係本發明扭力扳手結構之組合示意圖。 -j二圖、係本發明扭力扳手結構之立體組合圖。 .第四圖、係本發明部份結構之组合示意圖。 ^圖、係本㈣扭力扳手結構之側視示意圖。 係本發明第五圖部份元件之結構示意圖。 鲁 W、係本發明作動後之側視結構示意圖。 f八圖、係本發明第七圖鋪組之結構示意圖。 九圖、係本發明部份元件之立體放大圖。 ^十圖係本發明第二實施例之立體分解圖。 :十一圖、係本發明第二實施例之組合示意圖。 =十二圖、係本發明第二實施例之側視示意圖。 :二圖、係本發明第三實施例部份元件之分解圖 2四圖、係本發明第三實施例部份^件之組合圖 ® 2五圖、係本發”三實_之側視結構示意圖 十六圖、係本發明第四實施例之立體圖。 【主要元件符號說明】 )容置空間 第一容槽 第二容槽 第二枢孔 1 0 )本體 1 2)第一樞孔 1 4)固定孔 16)限制槽 2 0)驅動頭 2 2)容抵部 17 201231228 塊 線 部推端 塊指 件組 組管合一設組位一 設縮塊整套螺第固標定第 枢塵頂調外}}}指}} N)y N)y Nl/ \ly \1/ 2 1 3 Nly 1 i—_ 00202233012 34455555666 線 塊 部 槽 塊標指. 體抵塊設塊環件推指二 性容定固整扣設二一第 彈固 調固第第 \)y 一~- Nl/ 1 N)/ 2 Nly Nly \ 2 1212334122 4455555666 (6 2 3 )第一套管 (6 2 5 )彈性元件 (6 4)套塊 (6 4 2 )容置槽 (7 0)顯示機構 (8 0)數值件 (6 2 4 )第二套管 (6 3 )第二指標 (6 4 1 )穿孔 (6 5 )扣環 (7 1 )感應器 18Qing continued to refer to the eleventh... 丨 '丁' goods, the second part of the structure, the exploded view, the fourteenth part is a combination of partial structures, in this embodiment, the first indicator (6 2) The body is a retractable tubular body, and the _ (6 2 ) system comprises: a first sleeve (6 2 3 ), a second sleeve not j), an elastic member (6 2 5); the first sleeve 2 3) is in the form of a sleeve with the first set of I ( 6 2 4 ), the elastic element (6 2 5) is between the sleeve (6 2 3 ) and the second sleeve (6 2 4 ), =:, (6 2 3 ) and the second sleeve (6 2 4 ) == degree and the original length is restored, the first indicator (62) is: 3) one end is fixed above the second push block (6 1 ), = another = the second sleeve (6 2 4 ) end is tied to the sensor (Chuan Shang, the 忒 sensor (7 i ) can be used by the first finger Π! a casing (6 2 3 ) and the second Between the casing (, 24) I: 2 Γ above:: mechanism (7 〇) to obtain the torque value, the first indicator (6 structure diagram has the second indicator (63) 'the fifteenth figure is the side view of the figure As shown in the figure, the fourth embodiment of the present invention has an index (62) and a second index (63), which is the first 2 first indicator (6 2 ). A scale, the value is compared with the numerical value (80) to the torque: f: the figure shows two adjustment blocks, σ冓, one structure is the conventional torque wrench adjustment block 201231228 (5 3) displacement Structure, the focus of the present invention is that the adjustment = shifting system drives the displacement of the first index (62), and the sensor (Η) senses the displacement value, so that the display mechanism (70) knows its torque value, and In the patent, it is impossible to draw more kinds of adjustment block (5 3 ) displacement structure, and there may be at least dozens of displacement structures of the adjustment block (5 3), so how to shift the structure of the difficult block (53) The invention should be within the protection scope of the present invention. m The advantages of the torque wrench structure of the present invention are as follows: 1. The main principle of the present invention is that the length of the elastic body (4 1 ) is controlled when the adjusting block (5 3) is displaced. The length of the upper elastic body (4丄) determines the amount of torque when the resisting portion (22) is disengaged from the resisting block (421), and the first index (6 2) is displaced with the adjusting block (53). - When the indicator (6 2) is displaced, the sensor (7 workers) can know the displacement distance, so the display mechanism (7 〇) The magnitude of the torque can be known from the displacement value. 2. The indicator group (60) is equipped with a first indicator (6 2) and a second indicator (6 3). The first indicator (62) is displayed and displayed. The mechanism (70) knows the torque value of the wrench, and the second index (63) is matched with the numerical value (80) to set the torque of the wrench. The present invention has a digital or digital display and a conventional scale. The two different ways of setting the torque value of the wrench are adjusted. The present invention has the advantages of having two different adjustment wrench torque values. 3. When used, the display mechanism (7 〇) runs out of power and loses the effect of knowing the torque value. The second indicator of the indicator group (6 〇) (6 on 15 201231228 can be compared with the value piece (8 0) With the setting scale to adjust the wrench torque big w...<input wrench structure has industrial utilization, =steps' difficult to meet the daily rotation of the application, (4) Fa Ti ^ 201231228 [Simple diagram] = map, The two-dimensional exploded view of the structure of the torque wrench of the present invention. Figure 2 is a schematic view of the combination of the structure of the torque wrench of the present invention. - Figure 2 is a three-dimensional combination diagram of the structure of the torque wrench of the present invention. The fourth figure is a part of the present invention. Schematic diagram of the structure of the structure. Fig. 4 is a schematic side view of the structure of the torque wrench. Fig. W is a schematic view of the structure of the components of the fifth embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Figure 9 is a schematic view showing the structure of a seventh embodiment of the present invention. Figure 9 is a perspective enlarged view of a part of the present invention. Figure 10 is a perspective exploded view of a second embodiment of the present invention. Combination diagram of two embodiments Fig. 12 is a side view showing a second embodiment of the present invention. Fig. 2 is an exploded view of a part of the third embodiment of the present invention. Fig. 2 is a view showing a part of the third embodiment of the present invention. The combination diagram is shown in Fig. 2, which is a perspective view of the side view of the present invention. The perspective view of the fourth embodiment of the present invention is a perspective view of the fourth embodiment of the present invention. The second pivot hole of the pocket 1 0) the body 1 2) the first pivot hole 1 4) the fixing hole 16) the restriction groove 2 0) the drive head 2 2) the tolerance portion 17 201231228 the block line push-tip block finger group tube One set is set, one set is set, the whole set of screw is fixed, the first set is the top of the dust, and the other is}}}}}N)y N)y Nl/ \ly \1/ 2 1 3 Nly 1 i__ 00202233012 34455555666 Line Block groove block index. Body block block ring member pushes the second sex to fix the solidification buckle set two one first spring solid adjustment first \) y ~ ~ Nl / 1 N) / 2 Nly Nly \ 2 1212334122 4455555666 (6 2 3 ) first sleeve (6 2 5 ) elastic element (6 4) sleeve (6 4 2 ) accommodating groove (70) display mechanism (80) numerical value (6 2 4) Two casing (6 3 ) second indicator (6 4 1 ) perforated (6 5 ) buckle (7 1 ) Sensor 18