M334000 ；. I . 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種 一種提昇扭力值調整精 可調扭力扳手結構（二）， 度結構之創新型態設計者。 尤其是 【先前技術】 按’請參閱第i圖所示，其係習知扭力扳手之結構， :要係藉由—主桿（10A)内部容置有一彈性體 4 A )，該彈性體（ 1 r 9 π Α λ 丄4 Α ) 一端係相對頂撐有一導動件 ，而該主桿（ 紋段（] 1 〇 A )之則端外緣形成有外螺 、 ），用以提供螺合一桿套（3 0 A )之內碑 紋段（3 1 A、 仟苌、ύ U A J之内螺 1 A }，且該桿套 内螺紋區段（ 3 Ο A)之一端内緣車製有 恰可螺合-連動該内螺紋區段（32 "係 且該桿套（3 〇 A = A)之外螺紋區段（3 g A )， 之導螺迫緊進而6之刖端面係藉由一限位件（4 0 A ) 件（33 A)—:位’精此令桿套（30 A)連動該連動 另端螺設有一 pp導螺％動位移，且該連動件（3 3 A ) ^ 限位裝置f ς n a、M334000 ;. I . VIII. New description: [New technical field] This creation is related to an innovative type designer who improves the torque value adjustment fine adjustable torque wrench structure (2) and degree structure. In particular, [Prior Art] According to 'Please refer to the figure i, it is a structure of a conventional torque wrench: by means of an inner body (10A) containing an elastic body 4 A ), the elastic body ( 1 r 9 π Α λ 丄4 Α ) one end has a guide member relative to the top support, and the main rod (the outer edge of the end portion of the segment (] 1 〇A) is formed with a external screw, ) for providing a screw One pole (3 0 A) inside the inscription section (3 1 A, 仟苌, UA UAJ inner screw 1 A }, and one of the inner end of the inner thread section (3 Ο A) of the rod sleeve is made of Just screw-coupling the internal thread section (32 " and the threaded section (3 g A ) of the sleeve (3 〇A = A), the guide screw is tightened and the end face of the 6 is borrowed From a limit member (4 0 A ) piece (33 A) -: position 'finely, the rod sleeve (30 A) is linked with the linkage end screw to be provided with a pp guide screw % dynamic displacement, and the linkage member (3 3 A) ^ Limit device f ς na,
)之一端延伸有一 b ◦ A )，該限位裝置（5 〇 A 動件（2 0 a 紋之限位孔 部（5 2 A 3 7 具外螺紋之限位部（5 2 A )，且該導 /目對限位裝置（5 〇 A )則設有一具内螺 ' )，俾使限位襞置（5 0 A )之限啦 之預定位置軸向貫穿設 固定銷（5 4 A )係藉由限 ，另遠叙螺位移於導動件（2 0 A )之限位孔( 乃連動件（One end of the extension has a b ◦ A), the limit device (5 〇A moving parts (2 0 a pattern of the limit hole part (5 2 A 3 7 externally threaded limit part (5 2 A), and The guide/mesh is provided with a screw [') for the limiting device (5 〇A), so that the predetermined position of the limit position (5 0 A ) is axially penetrated through the fixing pin (5 4 A ) By means of the limit, the other end of the screw is displaced in the limit hole of the guide (20A) (is the linkage (
二固定銷、54a 3A 裝置（5 〇 A ) 琢 ...... ”… 之導螺前進而迫入導動件（2 〇 A )之 0 A )無法續行 M334000 對嵌卡位置’進以限制桿 之功能者。 惟，此種習4η 裡S知結構型態於實# 下述之問題點： τ、使用經驗中發Two fixing pins, 54a 3A device (5 〇A ) 琢...... ”... The guiding screw advances and forces into the guide (2 〇A) 0 A) cannot continue M334000 To limit the function of the rod. However, this kind of learning 4η S know the structure type in the real # The following problems: τ, use experience
创古-1 、習知之扭力扳手結構的桿套（3 0 A 义有一種不同規格尺 h _ 土九、疋内螺紋段f 9 1 Λ 紋區段（32Α)，進以造成加工=(31 A 成本者。 上之不便而提 2、該捍套（3 〇 A )與主 結構係藉由桿套彳3 n /、 A )之；ί 移於主桿（二)？ 螺紋段（31 Α) 于、i ◦ A )之外螺紋段（ 、 之外徑係為較大；p之^ )，因哥 罕乂大位之尺寸型態，以使 而繼力板手之扭力矩調整之精度品質者 疋以，針對上述習知扭力板手結構所存在之問 如何開發-種更具理想實用性之創新結 所殷切企盼，亦係相關業相努力研發突破之目= 鑑於此，創作人本於多年從事相關產品之製 计經驗’針對上述之目# ’詳加設計與審慎評 終得一確具實用性之本創作。 【新型内容】 即，本創作之主要目的，係在提供一種可調扭 結構（二）；其所欲解決之問題點，係針對習知扭 結構所存在之桿套内緣車製有二種不同規格尺寸型 導螺調整 見仍存在 >内緣車 及内螺 ^其作業 對導螺 導螺位 述二者 較大進 題點， 消費者 及方向 造開發 估後， 力扳手 力扳手 態之内 1M334000 螺紋段及内螺紋區段，逸 進以造成加工上之不便問題點加以 改良突破； 而其解決問顳夕4士 $ ^ 、 技術特點’主要係藉由桿套—端僅設 一内螺紋區段； 藉此創新獨特設外 、、吁叹冲，使本創作之桿套僅需車製一内嫘 紋區段’以減少許冬I丄田 吁夕無印的加工作業成本支出，對昭先前 技術而言’可達到製程的節省之實用進步性。 本創作之另一目的 係針對白知所存在之桿套俶主桿 之相對導螺結構係藉由护太^^ 干套之内螺紋段導螺位移桿 外螺紋段，因前述二者夕认^ 抄％王扦 之外徑係為較大徑之尺寸型離，以 使其螺紋之牙距較大谁；於嫩 1〜、 罕乂大進而影響扭力扳手 度品質另-問題點，其俜葬由、…* 力矩調整之精 較小外徑型態之調整部，且 中形成有 且導塊中央攻設有恰相I 卜累、、文段 對螺合該外螺紋段之内 p 一技術特點，以使本創作 累、、文I又之另 供‘螺位移之蟫纹夕 ，可大大提昇扭力值的調整精度，進以，：牙距較小 實用進步性。 達到口口質的提高之 【實施方式】 請參閱第2〜4圖所- 所不，係本創作可姻4 ; (二）之較佳實施例，惟 μ 了調扭力扳手 利申請上並不受此結構 供成明之用’ 旧制。其係包· 一主桿（1 0)及彈咕 入坪性體（1 4 ) ，# 内部係形成有容置空間（ 該主桿（1 1 )，容置空間（i工） 7 M334000 、 藉由一樞部（6 1 )樞設有一驅動端（6 〇 )，其中該驅 動端（6 〇 )之末端預定位置設有側部（6 2 )及滑部（ 63)，該側部（6 2 )及滑部（6 3 )係藉由一迫動塊 (7 0 )相對連動一連接件（1 5 )之頂撐部（1 7 )的 側面端（1 8 )及滑面端（1 9 )，且該連接件（1 5 ) 之另端形成有一擋部（16)，令彈性體（14)容置於 ‘ 該容置空間（1 1 )後並相對擋止於該擔部（1 6 )，另 . 該主桿（1 〇 ) 一端外緣徑向貫設有上、下穿孔（i 3 ) ，該穿孔（1 3 )可供定位銷（1 2 )穿置； 一導動件（2 0 )及導塊（2 5 )，其中該導動件（ 2 0 )係概呈圓柱態樣，並相對容置於主桿（i 〇 )之圓 形容置空間（1 1 )，復其中，該導動件（2 〇 )及該導 | 塊（2 5 )係直向導滑於主桿（丄〇 )之容置空間（工工 | )中，且該導動件（2 〇 )相對驅動端（6 0 )之端部形 I 成有用以受力彈性體（1 4 )頊撐之頂掣端（2 2 )，而 導動件（20)内部開設有上、下中空之導槽（21)， y 該導槽（21)係提供直向導滑容置一導塊（25)，而 卜該導塊（25)之外緣上、下徑向處槽設有對應主桿（1 ' 〇 )之定位銷（1 2 )的定位孔（2 7 )，其中各定位孔 : (2 7〕係提供主桿（1 〇〕之定位銷（1 2 >導插後而 達彼此定位狀態，且該導塊（2 5)之中央攻設有内螺紋 权（2 6 ) ’另導動件（2 . 〇 )之另端貫設有結合孔（2 3 )，且導動件（2 〇 )相對該結合孔（2 3 )之另端面 佈設有複數個固定槽（2 4 ) · 桿套（3〇)及連動件（33)，其中該桿套（3 8 M334000 0)係套覆轉動於主桿（1q)，且_ 成有旋動面（3 1 )，旋動面（3 i )干套（3 0 )外緣形 以旋轉，且桿套（3 〇 )另端内緣：供徒手握持並加 2 )，用以螺合定位於連動件（3 ^ 内螺紋區段（3 9 )’當桿套（3 0 )螺合於連動件（：外螺紋區段（3 一具内螺紋區段（41)之限位件（ 3)時，可再藉 連動件（3 3 )，以使桿套（3 〇 )加以螺合迫緊 呈彼此固定狀態，另限位件（4 〇 ) 動件（3 3 )係 2)，用以提供定位紐（5〇)穿設另端貫設有孔部（4 中央内緣設有結合部（3 6 2 )，、’另連動件（3 3 ) 緣對應結合部（3 6 2 )則徑向===件（3 3 )之外 )’而調整部（3 4 )整體係依序 “L ( 3 6 3 )及姓人段（q 、 有外螺紋段（3 5 U ( 3 6 ) ’其中該部份結合 以 穿組於連動件（3 3 )之結合 & ( 3 6 )係提供 .(3 4 )之結合段（3 2 )，且該調整部 (36 U ^ 徑向預定位置設有一結合孔 (3 6 1 )，該結合孔（3 孔 3 q ^ ^ ^ ^ 1 )心役向對應於連動件Γ d d )之結合銷孔（3 6 q彳 荀件（ 4 ) ^ d b 3 )，俾可利用一結合銷（3 4 )仫向牙設於連動件 d 6 調整部（3 4)之=)之結合鎖孔（3…及 )及調粒力/ 孔（3 6 1 )，以使連動件（3 3 )调整部（3 4 )呈一體 3 3 )之外螺紋段㈡5)二 另該調整部（34 y. ^ b )係恰相對螺合於導媸（？ R、 使調整部等塊（25)，俾 ., )了活動導螺於導塊（2 5 )呈螺；r么 動作’且調整部（3 4 )夕社人 5 ^螺凝别進 面，以 …段（3 6 )係概呈平滑夺 利於樞轉於導動件（2〇)的結合孔（23)表 该連動件f q q、 札、匕d )，而 之另端形成有限位槽（3 3丄），該限 I M334000 I * * I ·位槽（331)之内緣環狀槽設有第一限位部（332) I 及第二限位部（3 3 3 )，並於第二限位部（3 3 3 )之 相鄰位置環狀槽設有嵌槽（3 3 4 )，另該限位槽(3 3 • 1 )之内緣端面預定仇鲞貫設有二銷孔（3 8 ); 一定位鈕（5 0 )及二固定銷（ 1 ·· 鈕（5 0 )分別形成定位部（5 2 )及切換部（5 1 )， 且該定位部（5 2 )及切換部（5 1 )之間階狀形成有擋 止面（5 3 )，令定位部（5 2 )容置於連動件（3 3 ) 之限位槽（3 3 1 )内後，藉由一定位扣環（5 7 )嵌卡 於連動件（3 3 )之嵌槽（3 3 4 )以限位定位鈕（5 〇 )之擋止面（5 3 )，其中該定位部（5 2 )預定位置埋 設有彈簧（5 5 )及定位珠（5 4 )，該定位珠（5 4 ) 係藉由前推、後拉該定位鈕（5 〇 )之切換部（5 ^ )， 而使定位鈕（5 〇 )之定位珠（5 4 )活動嵌卡於連動件 (3 3 )之第一限位部（3 3 2 )或第二限位部（3 3 3 ^ 而固疋銷（5 6 )係對應導插設置於連動件（3 銷孔（38) ’且固定銷（5 6) 一端係擋止於定 ’:：0)-側’俾藉由前推定位紐（50)復令固定 :)之末端卡凸定位於導動件（2 〇 )《 2 4 )中，俾使連 0 )旋動之士 & 牛（3 3 )鎖疋而無法賦予桿套（3 功此狀態者；反之後拉定位 定銷（5 6 )夕士 鈕（5 〇 )則令固 之末端分離導動件 )，俾使連動杜,〇 干〈2 0 )之固定槽（2 4 牛（-3 3)解除鎖定而令握泰 行調，旋動之功能狀態者。 (30'可續 错由上述之結構、組成設計’兹就本創作之使用作動 10 M334000 情形說明如下： 當使用者欲調整該扭力扳手之扭力值時 調該桿套（3 〇 )旋動，其中該桿套南先徒手旋 件（40)之導螺迫緊而一體連動該連動件限位 ，其中因導塊（2 5 )係徑向固定於主桿（ ）旋轉 且該導動件（20)之導槽（21)二:=内緣， .導塊（25)，令導動件（2〇)僅能相對導=附於 •呈前進、後退等位移動作，俾使桿套（3 〇 5 ) > 40)及連動件（33)等構件，藉由該連動件=件（ 之調整部（3 4 )導螺該導塊（2 5 )而呈 」3 ) 時’該連動件（3 3 )之側緣面係擋推導 ：：動作 前進動作’同時該連動件（3 3 )之結合段 ）呈 合空轉於導動件（2 0 )之結合孔（2 3 )，八、* )係配 2 0 )之頂掣端（2 2 )頂推彈性體（ =動件（ ，且使彈性體…）另端釋出彈性壓力進 (15)，俾當驅動該扭力扳手之驅動端^接利 ••欲驅鎖之預定螺栓的扭力矩超出扳手所設定之二時’戶; ，該驅動端“〇)即藉由插部（6 ) : • ( 7 η w 丄）碇位且令迫動起 :生變形’而令其二側接觸位置由原本的側“ 6 ” 側部（6 2 )跳脫至滑面端（1 9 )及滑部 ，^用以告知使用者鎖設之扭力矩已超出範圍；反； :Μ丑力扳手之扭力值時’需徒手旋 彳Π:，令桿套㈡。…動件…）“：: # I d 4 )導螺該導塊（2 5 )之内螺紋段 ^ 旋後退動作’同時該彈性體（i 4 )即呈彈性撐開ϋ 11 M334000 之頂掣端（2 2 )，進以降低扭力 p艮制該桿套（3 〇 ) 套（3 〇 )呈「鎖定 氣先徒手前推定位姜丑 0 )之定位珠（5 4 部（3 3 2 )定位， 34堡二固定銷（5 4 動作，進而使固定銷 2 〇 )之固定槽（2 限於導塊（2 5 )而 )一體連合桿套（3 動件（3 3 )解除鎖 之功能狀態時，需先 5 4 )嵌卡於連動件 位’復令固定銷（5 定槽（2 4 )，俾使 3 〇 )可續行調整旋 、連動件（3 3 狀態」而無法續 (5 0 )呈前進 )嵌卡於連動件 同時該定位鈕（ )一端，令二固 (5 4 )之末端 4 )，因該導動 無法呈轉動狀態 0 )呈旋轉限制 定而令桿套（3 後拉定位鈕（5 (3 3 )之第二 6 )之末端分離 連動件（3 3 ) 胃之功能狀態者 對頂撐導動件（2 Q 扳手之扭力值者。 繼而，使用者欲 )之旋調動作，令桿 行旋動導螺位移時， 動作，令定位鈕（5 • ( 3 3 )之第一限位 .5 〇 )前端面即相對 |定銷（5 4 )呈前進 嵌插定位於導動件（ 件（2 〇 )係徑向受 ，俾使連動件（3 3 狀悲，反之，欲使連 〇 )可續行調整旋動 0 )以使其定位珠（ 限位部（3 3 3 )定 導動件（2 0 )之固 解除鎖定而令桿套（ .請繼續參閱第5圖所+ 甘及+名， 其該桿套（30)之续創作之第-實施供 (…且該主桿（心緣：為徑：刻製有精度標示 標示區（B )而刻製有行t _目:#套（3 0 )之精 丁孝王軚不區（A )，藉由—姿刿 對應以利於使用者辨識扭力值之單位大小者 請參閱第6圖所示，其係本創作之第二實施例，其 12 M334000 '該桿套（30)…對應連動件（33)之Chuanggu-1, the well-known torque wrench structure of the pole cover (3 0 A has a different specification of the size h _ soil nine, 疋 internal thread section f 9 1 Λ section (32 Α), to cause processing = (31 A cost. It is inconvenient to mention 2, the raft (3 〇A) and the main structure are by the rod sleeve n 3 n /, A); ί shift to the main rod (2)? Thread segment (31 Α ), i i A) outside the thread segment (, the outer diameter of the system is larger; p ^ ), due to the size of the Cohan 乂 large position, so that the accuracy of the torque wrench adjustment The quality of the enthusiasm, in response to the above-mentioned knowledge of the existence of the torsion wrench structure how to develop - a more ideal and practical innovation of the eagerly hope, is also the relevant industry to work hard to develop breakthroughs = In view of this, the creator Years of experience in the production of related products 'for the above-mentioned purpose # 'detailed design and prudent evaluation of a practical and practical creation. [New content] That is, the main purpose of this creation is to provide an adjustable twist structure (2); the problem to be solved is that there are two kinds of the inner edge of the rod sleeve existing in the conventional twist structure. The adjustment of the guide screw of different specifications and sizes can be found in the inner edge of the car and the inner screw, and the operation of the guide screw and the screw guide screw are both large, and the driver and the direction are developed and evaluated. Within 1M334000 threaded section and internal thread section, it is improved to break through the problem of inconvenience in processing; and its solution is to solve the problem of 4 $ $ ^ , technical features 'mainly by the rod sleeve - only one The internal thread section; by means of this innovative and unique exterior, and the sigh of rushing, the rod sleeve of this creation only needs to be made into a crepe section to reduce the cost of processing work for Xu Dongyi. For Zhao's prior art, 'the practical progress of saving the process can be achieved. The other purpose of this creation is to aim at the relative guiding structure of the main pole of the rod sleeve which exists in Baizhi, by means of the external thread section of the inner threaded section of the inner thread of the dry jacket. ^ The outer diameter of the copy of Wang Wang is the size of the larger diameter, so that the tooth pitch of the thread is larger; in the tender 1~, the rare and large, and then affect the quality of the torque wrench another problem - the funeral ,...* The adjustment of the smaller outer diameter type of the torque adjustment, and the middle part of the guide block is formed with the phase I and the inner section of the guide block is screwed into the outer thread section. In order to make the creation tired, and the text I is also available for the 'snail displacement', the adjustment precision of the torque value can be greatly improved, and the distance is small and practical and progressive. To achieve the improvement of mouth quality [Embodiment] Please refer to the pictures in Figures 2~4 - No, this is a marriage of 4; (2) The preferred embodiment, but the application of the torque wrench is not It is used by this structure to make it clear. The main bag (1 0) and the impeller into the flat body (1 4 ), # internal system is formed with a housing space (the main pole (1 1 ), the accommodation space (i work) 7 M334000, A driving end (6 〇) is pivotally disposed by a pivot portion (6 1 ), wherein a predetermined position of the end of the driving end (6 〇) is provided with a side portion (62) and a sliding portion (63), the side portion ( 6 2 ) and the sliding portion (63) is a side end (1 8 ) and a sliding end of the supporting portion (17) of a connecting member (1 5 ) by a forced block (70). 9), and the other end of the connecting member (15) is formed with a blocking portion (16), so that the elastic body (14) is accommodated in the accommodating space (1 1 ) and is opposite to the supporting portion ( 1 6 ), another. The outer edge of one end of the main rod (1 〇) is radially provided with upper and lower perforations (i 3 ), and the perforation (13) is for the positioning pin (1 2 ) to be worn; a member (2 0 ) and a guide block (25), wherein the guide member (20) is substantially cylindrical and is relatively accommodated in a circular accommodation space (1 1 ) of the main rod (i 〇). In addition, the guide member (2 〇) and the guide block (2 5 ) are directly guided by the main lever (丄〇) In the space (worker | ), and the end portion of the guide member (2 〇) relative to the driving end (60) is formed with a top end of the force-elastic body (1 4 ) (2 2 ) And the guide member (20) is internally provided with upper and lower hollow guide grooves (21), y. The guide groove (21) provides a straight guide sliding capacity to receive a guide block (25), and the guide block (25) 25) The upper and lower radial grooves are provided with positioning holes (2 7 ) corresponding to the positioning pins (1 2 ) of the main rod (1 ' 〇), wherein each positioning hole: (27) provides a main rod (1 &) locating pin (1 2 > after the insertion and positioning to each other, and the center of the guide block (2 5) has the internal thread right (2 6 ) 'another guide (2 . The other end of the coupling member (2 3 ) is provided with a plurality of fixing grooves (2 4 ) with respect to the other end surface of the coupling hole (2 3 ). And a linkage (33), wherein the sleeve (3 8 M334000 0) is sleeved and rotated on the main rod (1q), and the _ is formed with a rotating surface (3 1 ), and the rotating surface (3 i ) is dry ( 3 0) The outer edge is rotated, and the sleeve (3 〇) is the other inner edge: for holding by hand and adding 2) The screw is positioned in the linkage (3 ^ female thread section (3 9 )' when the sleeve (30) is screwed to the linkage (: external thread section (3 one internal thread section (41) limit In the case of (3), the linkage (3 3 ) can be borrowed so that the sleeve (3 〇) is screwed and tightened to each other, and the limiting member (4 〇) is moved (3 3 ) ), for providing the positioning button (5〇) to be pierced with the other end of the hole portion (4 the central inner edge is provided with a joint portion (3 6 2 ), and the other link member (3 3 ) edge corresponds to the joint portion (3 6 2 ) then radial ===piece (3 3 ))) and the adjustment section (3 4 ) as a whole is in order "L ( 3 6 3 ) and surnamed segment (q, with external thread segment (3 5 U ( 3 6 ) ' wherein the portion is combined to form a combination (3 2 ) of the combination (3 2 ) of the linkage (3 3 ) of the linkage member (3 3 ), and the adjustment portion (36) The U ^ radial predetermined position is provided with a coupling hole (3 6 1 ), and the coupling hole (3 holes 3 q ^ ^ ^ ^ 1 ) is commissed to the coupling pin hole corresponding to the linking member dd dd ) (3 6 q彳荀Pieces (4) ^ db 3 ), 俾 can be provided by a joint pin (3 4 ) 仫 tooth to the adjustment part (3 4) of the linkage d 6 =) Combine the keyholes (3... and) and the granulating force/holes (3 6 1 ) so that the linkage (3 3 ) adjustment part (3 4 ) is integrated 3 3 ) the external thread section (2) 5) Department (34 y. ^ b ) is relatively screwed to the guide (? R, the adjustment unit and other blocks (25), 俾., ) the active guide screw in the guide block (25) is snail; r action" and the adjustment unit (3 4) 夕社人 5 ^ screwing into the surface In the section (3 6 ), the joint hole (23) pivoting on the guide member (2〇) is smoothly smoothed to form the joint member fqq, 扎, 匕d), and the other end forms a finite slot. (3 3丄), the limit I M334000 I * * I · the inner edge annular groove of the groove (331) is provided with a first limiting portion (332) I and a second limiting portion (3 3 3 ), and The annular groove in the adjacent position of the second limiting portion (3 3 3 ) is provided with a fitting groove (3 3 4 ), and the inner edge of the limiting groove (3 3 • 1 ) is predetermined to have two a pin hole (3 8 ); a positioning button (50) and two fixing pins (1·· button (5 0 ) respectively form a positioning portion (52) and a switching portion (5 1 ), and the positioning portion (5 2 And a blocking surface (53) formed between the switching portion (5 1 ), and the positioning portion (52) is placed in the limiting groove (3 3 1 ) of the linking member (3 3 ) Engaged in the groove (3 3 4 ) of the linking member (3 3 ) by a positioning buckle (5 7 ) to limit the stop surface of the positioning button (5 〇) (5 3 ) The positioning part (52) is embedded with a spring (5 5 ) and a positioning bead (5 4 ), and the positioning bead (5 4 ) is a switching part of the positioning button (5 〇) by pushing forward and pulling back. (5 ^ ), and the positioning bead (5 4 ) of the positioning button (5 〇) is snap-fitted to the first limiting portion (3 3 2 ) or the second limiting portion of the linking member (3 3 ) (3 3 3 ^ The fixed pin (5 6 ) is the corresponding guide inserted in the linkage (3 pin hole (38) ' and the fixed pin (5 6) is blocked at the end of the fixed '::0)-side' The front push positioning button (50) is fixed and fixed:) the end card is convexly positioned in the guide member (2 〇) "2 4", so that even the 0) swirling man & the cow (3 3) is locked Can not give the pole cover (3 to the state of the state; after the pull positioning pin (5 6) Xi Shi button (5 〇) will make the end of the solid separation guide), so that the linkage Du, dry <20 The fixed slot (2 4 cattle (-3 3) is unlocked and the handle is adjusted, and the function state of the rotation is turned on. (30' can be renewed by the above structure and composition design.] The use of this creation is 10 M334000 The situation is as follows: When the user wants to adjust the torque When the torque value of the hand is adjusted, the sleeve (3 〇) is rotated, wherein the guide screw of the south sleeve of the south hand is tightly pressed and the linkage is integrally linked, wherein the guide block (2 5 ) It is fixed radially to the main rod ( ) and the guide groove (21) of the guide member (20) is two: = inner edge, . guide block (25), so that the guide member (2〇) can only be oppositely guided = Attached to • Move forward, retreat, etc., so that the rod sleeve (3 〇 5 ) > 40) and the linkage (33) and other components are guided by the linkage member (the adjustment portion (3 4 ) When the guide block (25) is "3", the side edge surface of the linking member (3 3) is derived: the action advancement action and the joint portion of the linkage member (3 3) are idling The coupling hole (2 3 ) of the guide member (20), eight, *) is matched with the top end of the 2 (2) push-up elastic body (= the moving member (and the elastic body...) Release the elastic pressure into (15), and when the drive end of the torque wrench is driven, the torque of the predetermined bolt to be unlocked exceeds the set time of the wrench; the drive end is “〇” With the insert (6): • ( 7 η w 丄) And the position is forced to change: the deformation of the two sides is caused by the side of the original "6" side (6 2 ) to the sliding end (1 9) and the sliding part, to inform the user The torque of the lock is out of range; reverse;: When the torque value of the ugly wrench is 'required to rotate freely:, let the sleeve (2). ...moving parts...) ":: # I d 4 ) The inner thread of the guide block (2 5 ) is rotated backwards and the elastic body (i 4 ) is elastically stretched ϋ 11 M334000 End (2 2 ), in order to reduce the torsion force p艮 The rod sleeve (3 〇) sleeve (3 〇) is positioned as a "locking gas first hand push forward positioning ginger ugly 0" (5 4 parts (3 3 2 ) Positioning, 34 Fort 2 fixing pin (5 4 action, and then fixing pin 2 〇) fixing groove (2 is limited to guide block (2 5 )) and integrated lever sleeve (3 moving parts (3 3) unlocking function status When you need to insert the card in the linkage position 'replacement fixing pin (5 fixed slot (2 4 ), 俾 make 3 〇) can continue to adjust the rotation, linkage (3 3 state) and can not continue (5 0) is forward) embedded in the linkage at the same time as the positioning button ( ) end, so that the end of the two solid (5 4 ) 4), because the guide can not be rotated 0) rotation limit to make the sleeve (3 The rear pull-off button (the second 6 of the 5 (3 3 )) separates the linkage (3 3 ). The functional state of the stomach is on the top support (the torque of the 2 Q wrench. Then, the user wants) Spinning action When the rod row rotates the guide screw displacement, the action button is used to make the front end surface of the positioning button (5 • ( 3 3 ) the first limit .5 〇) relative to the fixed pin (5 4 ) to be inserted into the guide member. (Parts (2 〇) are radially received, so that the linkage (3 3 sorrow, conversely, want to make the shackles) can continue to adjust the rotation 0) to position the beads (limits (3 3 3) The fixed guide (20) is unlocked and the sleeve is closed. (Please continue to refer to Figure 5 + Gan + name, the continuation of the sleeve (30) is implemented - (and Main pole (heart: diameter: engraved with precision marking area (B) and engraved with line t_目: #套(3 0)的精丁孝王軚不区(A), by posture Corresponding to the unit size for the user to recognize the torque value, please refer to FIG. 6 , which is the second embodiment of the present invention, and the 12 M334000 'the sleeve (30)... corresponds to the linkage (33)
3 β 3 )位置設有結合穿孔（ 。13 L 0 )及連動件（3 3 )不需另林& 更枰# (, +而另外攻設内螺紋區段（3 2 及外螺紋區段（39)，更不需使用限位件（40):) 請再繼續參閱第7、δ圖所示，其者: 施例’其中該調整部（3 4 R^ 弟〜賓 呈-體型態，以使連動件 參 紋段（3 5 B )及結合段（3 6 b ) * :端面延伸有外螺 【功效說明】 本創作功效增進之事實如下·· 1、即’本創作之主要目@，係在接徂 扳手結構（二）；其所欲解 題 '供-種.可調扭力 扳手結構所存在之桿套内緣車=相，係、針對習知扭力 之内螺紋段及内螺紋區衣有-種不同規格尺寸型態 加以改良突破…解決問：：：：：工上之不便問題點 套二3 〇 ) 一端僅設―内螺紋區段 七係精“ 特设计，使本創作之桿套 ），精此創新獨 (3 2 )，以減少許多無J 0 )僅需車製-内螺紋區段 前技術而言，可達 丹、σ工作業成本支出，對照先 …達到製程的節省之實用進步性。 2 本創作之另一目 ^ 主桿之相對導螺結構係藉由^針對習知所存在之桿套與 桿之外螺紋段，因前述-干之内螺紋段導螺位移於主 ，以使其螺紋之牙=之外徑係為較大徑之尺寸型態 之精度品質另-問題/Γ影響扭力扳手之扭力矩調整 其係藉由連動件（3 3 )之一端 13 M334000 延伸形成有 议， 部（3 4 )外絡 & 31態之調整部（3 4 )，且兮 β ( 3 4 )外緣設有外螺 h亥調整 中央攻設有怜相料碑 ）’且導塊（2 r、 文又有哈相對螺合該外螺紋段 “） 2 6 )之另一枯併44 内螺软段Γ 技術特點’以使本創作提供導螺位移> ( 之牙距較小，可大大接Θ 之螺紋 八大k幵扭力值的調整精度， 質的提高之實用進步性者。 乂建到品 上述實施例所揭示者係藉以具體說明本創作，且 *雖透過特定的術語進行說明，當不能以此限定本新二 之專利範圍；熟悉此項技術領域之人士當可在瞭解本創作 之精神與原則後對其進行變更與修改而達到等效之目的， 而此等變更與修改，皆應涵蓋於如后所述之申請專利範圍 所界定範疇中。 143 β 3 ) position with combined perforation ( .13 L 0 ) and linkage (3 3 ) without additional forest & more 枰 # (, + and additionally tapped internal thread section (3 2 and external thread section (39), there is no need to use the limiter (40) :) Please continue to refer to the 7th, δ diagram, the other: The example 'the adjustment section (3 4 R^ brother ~ Bin is - body type State, so that the linkage part (3 5 B) and the joint section (3 6 b ) * : the end face has an external snail [Effective Description] The fact that the creative effect is enhanced is as follows: 1. That is, the main part of this creation Mesh @, is in the structure of the joint wrench (2); the desired problem is 'supply-type. Adjustable torque wrench structure exists in the inner edge of the pole cover car = phase, the internal thread segment and the inner twist Threaded clothing has a variety of different sizes and sizes to improve the breakthrough... Solve the problem::::: The inconvenience of the work points set 2 3 〇) One end only has the "internal thread section seven series fine" special design, make this The creation of the pole set), this innovation alone (3 2), to reduce many without J 0) only need the car system - the internal thread section of the front technology, up to Dan, σ work costs, right According to the first... to achieve the practical progress of the saving of the process. 2 Another object of the creation ^ The relative guiding structure of the main rod is made by the rods and the external thread segments of the rods, as described above - The internal thread segment guide screw is displaced from the main body, so that the outer diameter of the thread of the thread is the size of the larger diameter. The quality is different. The problem/Γ affects the torsion torque of the torque wrench by the linkage ( 3 3) One end 13 M334000 extends to form a regulation, part (3 4 ) external & 31 state adjustment part (3 4 ), and the outer edge of 兮β ( 3 4 ) is provided with external screw h Hai adjustment central attack There is a pity of the monument) 'and the guide block (2 r, the text has a relative threaded part of the external thread section)) 2 6) another dry and 44 inner screw soft section Γ technical characteristics 'to provide guidance for this creation Screw Displacement> (The pitch of the tooth is small, and the adjustment accuracy of the eight major k幵 torque values of the thread can be greatly increased, and the improvement of the quality is practical.) The person disclosed in the above embodiment is specifically explained. Creation, and * although explained by specific terms, when it is not possible to limit the scope of this new two patent; cooked Persons in this technical field may change and modify the spirit and principles of this creation to achieve an equivalent purpose, and such changes and modifications shall be covered by the scope of patent application as described later. Within the defined scope. 14