M399003 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種二用途扭動工具結構， 是一種 兼具有棘輪螺轉起子工具m❹力螺#起子；爲模式 之切換使用創新型態設計者。 子 /、 【先前技術】 • 般螺轉扭動卫具諸如-般螺轉起子工具、定扭 :力螺轉起子工具或棘輪螺轉起子工具等其中該：扭力起 子係用以提供螺鎖物件時，藉由定扭力之調整而<令使用 者不致驅轉螺絲過度而造成該螺紋產生崩裂損壞，另該棘 -,、轉起子係可供使用者在特殊場合中容易與壁面發生干 ^連續棘轉螺鎖螺栓等；然而因該棘輪螺轉起子工具係屬 於非連續％轉且呈預定角度往復的偏轉驅動，且該定扭力 Γ Γ工具結構則是因其大部份係屬單向（順時針，主要係 螺检的旋向）離合傳動方式，其中該所述之單 合—彈等=式係藉由二對向具有單向棘爪的獨立構件配 結構，：:亥僅接以使該提供往復棘轉的棘輪螺轉起子工具 、"堇棱供單向螺轉的定扭力起子工且蛊法人 一體使用者。 ......13併成 杈早疋以，針對上述習知定扭力螺轉起子工具及棘輪蜾鉍 起子工具結構斛六+ '、及棘輪螺轉 種更具理相實用無法合併使用問題點，如何開發一 ，亦係相關業者新結構’實使用消費者所殷切企盼 有項努力研發突破之目標及方向。 ,鑑於此，名 ，彳作人本於多年從事相關產品之製造開發 3 M399003 與設計經驗，釺對上述之目標， 終得-確具實用性之本創作。 …十與審慎評估 【新型内容】 即’本創作之主要目的， 豆έ士谌.忙糾认± ’、在提供一種二用途扭 構，其所欲解決之問題點 子工且及棘輪蟫链#工目 係針對習知定扭力螺 螺轉起子工具結構所存在之無法合㈣ 存在之問題點加以改良突破； … 而其解決問題之技術特點， 土要係措由一工且太 部形成有一容室，③容室内朝前端預定區段位置貫ί 穿室；以及-定杻力結構單元係位設於該工具本體之 内，並朝該工具本體之穿室容設有一第二插接座；以 棘輪結構單元係、位設於定扭力結構單元前端，並於該 且朝工具本體之穿室貫設有_第—插接座；以及—驅 桿係朝該棘輪結料元之第—插接座&置設有第一驅 段，該第-驅動桿段之相鄰處並設有第二驅動桿段， 該第一驅動桿段恰可位移插設並連轉作動該定扭力結 疋之第二插接座以及該棘輪結構單元之第一插接座， 驅動接桿之第二驅動桿段則僅能插設空轉於該棘輪結 凡之第一插接座：另該驅動接桿之另端設有驅動端； 藉此創新獨特設計’使本創作之驅動接桿可藉由 位移’進以調整切換該定扭力結構單元的定扭力功能 ’或切換該棘輪結構單元的棘轉螺鎖功能使用，令本 之扭動工具一體兼具有棘輪結構模式及定扭力結構模 換功此性，以及使用上的便利之實用進步性者。 後， 動工 轉起 用所 體内 有一 容室 及一 内部 動接 動桿 其中 構單 且該 構單 軸向 使用 創作 式切 4 M399003 v k 【實施方式】 請參閱第1〜5圖所示 構之較佳實施例，惟此等實 請上並不受此結構之限制， 一工具本體（1 〇 ), 材質的柄部（12)，内部 及第二容室（17) ’而該 φ ( 1 7 )之中間處設有一分 1 5 )之中央位置係貫設有 體預定位置係徑向貫穿有— )並插設固定有一插銷（工 一定扭力結構單元（2 (10)之第一容室 (2 0 )由左而右係依序包 )之分隔部（15)的導動 ♦導動座（21)座的連動件 件（2 4 )末端的彈性件（ (28)壓縮量的調整件（ 與該連動件（2 4 )之相對 述一者之相對端面形成有提 動部（25)與棘動端（2 部中央係貫設有一六角孔形 第二插接座（2 2 )並對位 室（16)，另該連動件（ 係本創作二用途扭動工具鈇 例僅供說明之用’在專 係包括： 〜申 係外部可為覆設連結〜 α, 像勝 1]形成有第一容室（i丄） :容室（1 1 )及第二容室 ( 1 5 )，且該分障邹（ 穿室（16)，又該工具本 孔（1 3 ) ’該銷孔（丄3 ); )，其係位設於該工具本體 内’其中該定杻力結構單元 有一擋止於工具本體（1 〇 (21)、相對分離嵌合於 24)、頂撐壓縮於該連動 8 )、以及用以控制彈性件 9) ’而該導動座（21) 合嵌設結構手段，係藉由前 嵌合分離且呈棘爪型態的棘 )，且該導動座（21)内 的第二插接座（2 2 )，該 通於工具本體（1〇)之穿 4 )末端係縱向開設有/叙 5 M399003M399003 V. New description: [New technical field] This creation is related to a two-purpose twisting tool structure, which is a screwdriver with a ratchet screwdriver, m❹力螺#; for the mode switching, using innovative design By. Sub/, [Prior Art] • General screw-twisting guards such as the general-purpose screwdriver tool, fixed torque: force screw screwdriver tool or ratchet screwdriver tool, etc. Among them: Torque screwdriver is used to provide the screw lock object When the torque is adjusted, the user does not cause the screw to be excessively broken, which causes the thread to be cracked and damaged. The spine-and the screwdriver can be easily worn by the user in a special occasion. Continuously turning a screw bolt or the like; however, since the ratchet screwdriver tool is a yaw drive that is discontinuously rotated and reciprocated at a predetermined angle, and the fixed torque Γ tool structure is mostly unidirectional (clockwise, mainly the screwing direction of the screw inspection) clutch transmission mode, wherein the single-spring-elastic=type is configured by two opposing independent members with one-way pawls, In order to provide the ratcheting screwdriver tool for providing the reciprocating ratcheting, the twisting force for the one-way screwing is used for the user. ......13 杈 杈 杈 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 针对 针对 针对 针对 针对 针对Point, how to develop one, is also the new structure of the relevant industry's real use of consumers are eagerly awaiting the goal and direction of efforts to develop breakthroughs. In view of this, the name, the creator has been engaged in the manufacture and development of related products for many years. 3 M399003 and design experience, 釺 to the above objectives, the ultimate - practical and practical. ... ten and prudent evaluation [new content] that is, 'the main purpose of this creation, the bean curd 谌. busy to identify ± ', in providing a two-purpose twist structure, the problem to be solved and the ratchet chain # The work system is to improve the breakthrough of the existing problems of the structure of the torsion screw mechanism, and to solve the problem; and the technical characteristics of the problem solving, the soil system is formed by a work and the Tai a chamber, the chamber is located at a predetermined position of the front end of the chamber; and the fixed structural unit is disposed within the body of the tool, and a second socket is received toward the chamber of the tool body; a ratchet structure unit is disposed at a front end of the fixed torque structure unit, and a _first-type socket is disposed in the through-chamber of the tool body; and the drive rod is inserted into the ratchet element The first drive segment is disposed adjacent to the first drive segment, and the second drive bar segment is disposed adjacent to the first drive bar segment. The first drive bar segment is just displaceably inserted and continuously rotated to actuate the fixed torque segment. a second socket and a first insertion of the ratchet structure unit The second driving rod segment of the driving post can only be inserted into the first socket which is idling to the ratchet; the other end of the driving pole is provided with a driving end; thereby creating a unique design The driving post of the present invention can be used by the displacement 'to adjust the fixed torque function of the fixed torque structural unit' or to switch the ratcheting screw function of the ratchet structural unit, so that the twisting tool has a ratchet The structural mode and the fixed torque structure are functionally changed, and the practical progress of the convenience of use. After that, there is a chamber and an internal movable connecting rod in the working body, and the structure is single-axis using the creative cutting. 4 M399003 vk [Embodiment] Please refer to the structure shown in Figures 1~5. The embodiment is only limited by the structure, a tool body (1 〇), a material handle (12), an inner and a second chamber (17) and the φ (1 7) In the middle of the middle, there is a point 1 5). The central position of the body is fixed. The predetermined position is radially penetrated with -) and a pin is inserted and fixed (the first chamber of the torque structure unit (2 (10)) 0) The guide of the partition (15) by the left and right (in order) ♦ The elastic member at the end of the linkage (2 4 ) of the base of the guide seat (21) ((28) The adjustment of the compression amount ( The opposing end surface of the opposite end of the linking member (2 4 ) is formed with a lifting portion (25) and a rattling end (the center of the two portions is provided with a hexagonal hole-shaped second socket (2 2 ) and The room (16), the other linkage (this is the purpose of the creation of the two-purpose twisting tool for illustrative purposes only) in the specialties include: ~ outside the application system In order to cover the connection ~α, the image is formed by having a first chamber (i丄): a chamber (1 1 ) and a second chamber (15), and the barrier is worn (through the room (16), Further, the tool hole (1 3 ) 'the pin hole (丄3); ) is located in the tool body, wherein the fixed force structural unit has a stop on the tool body (1 〇 (21), The relative separation is fitted to 24), the top support is compressed to the linkage 8), and the elastic member 9)' is used to control the elastic member 9)', and the guiding seat (21) is embedded with the structural means, and is separated by the front fitting and has a spine. a claw-shaped spine), and a second socket (2 2 ) in the guide seat (21), the end of the tool body (1) is longitudinally opened/disclosed 5 M399003
槽（2 7 ) 工具本體（ 配合限位的 撐該連動件 形成有外螺 (1 0 )内 則形成有内 (2 9 )之 1 0 )之調 係槽設有調 一棘輪 )以及相對 ’其中該棘 本體（1 〇 轉部（3 4 17)，該 )的接桿件 對該棘轉部 該棘轉段（ )及該導動 座（3 3 ) (3 3 )為 套設有可供 轉套（3 5 ，以及其前 1 0 )對應 插銷（1 4 (2 4 )之 紋段形態的 緣相對該調 螺紋段形態 調動部（2 整部（2 9 整端（2 9 結構单元（ 棘轉配合該 轉部（3 4 )對應該分 )内緣形成 第二容室（ ㈠1 )容 (3 4 )之 3 2 )内部 座（2 1 ) ’且該第〜 同樣的六角 控制該棘輪 ); 端面係設有 該嵌槽（2 )’又該彈 末端，而該 調動部（2 ⑸牛（2 9 的調整部（ 9 3 )恰可 2 )，而該 1 ); 3 0 )，其 棘轉段（3 >於本實施 ^ 邹（1 5 有棘面且界 1 7 )恰可 設於内，其 内緣形成有 中央位置貫 之第二插接 插接座（3 孔形態，又 結構單元（ 墙吸件（2 7 )位置則 十生件（2 8 調整件（2 9 3 )，且 )之調動部 2 9 2)， 才目對螺合於 調整件（2 係包含一棘 2 )的棘轉 例係一體形 )之前端位 定形成有一 供—具有棘 中該棘轉段 可配合棘動 設有對位於 座（2 2 ) 3 )内與該 該棘轉部（ 3 〇 )之棘 6 )，且該 設有一提供 )係彈性頂 9 )外緣係 該工具本體 ( 2 9 3 ) 令該調整件 工具本體（ 9 )之末端 轉段（3 2 部（3 4 ) 成於該工具 置’令該棘 第二容室（ 轉段（3 2 (3 2 )相 的棘面，且 穿室（1 6 的第一插接 第一插接座 3 4 )外緣 轉方向的撥 一接桿定位單元 (40) 其係一體延伸形成於該接 6 M399003 ^ 桿件（3 1 )之前 係包含内部貫穿有 接座（3 3 )的接 外緣預定位置連通 向位移的珠體定位 係軸向套接一滑套 設置一彈簧（4 2 件（4 1 )位置係 φ 該容置區（4 4 ) 步控制該定位件（ 一驅動接桿（ )之第一插接座（ ，該第一驅動桿段 (52)，其中該 態俾恰可位移插設 2 2 )及第一插接 _第二驅動桿段（5 切圓斷面，俾使該 於該棘輪結構單元 驅動接桿（5 〇 ) 件（5 5 )並套設 該套接件（5 5 ) 位的磁性件（5 6 位置，其中該接桿 一連通棘輪結構單元 桿插座（4 5 )，且 該接桿插座（4 5 ) 件（4 1 )，且該接 (43)，該滑套（ )’且該滑套（4 3 形成有凹凸狀的容置 而令該滑套（4 3 ) 4 1 )之徑向位移者 5 0)，其係朝該棘 3 3 )位置設有第— (5 1 )之相鄰處並 第一驅動桿段（5 1 並連轉作動六角孔形 座（3 3 ) ’且該驅 2 )係恰為第一驅動 第一驅動桿段（5 2 (3 〇 )之第一插接 之另端設有一套接件 有一起子頭形態的驅 相對該驅動端（5 7 ); 定位單元（4 0 ) (3 〇 )之第一插 該接桿件（3 1 ) 徑向貫穿有一可徑 桿件（3 1 )外緣 4 3 )内部係定位 )内緣對應該定位 區（4 4 )，藉由 可利用滑動以進一 y 輪結構單元（3 0 驅動桿段（5 1 ) 設有第二驅動桿段 )係為六角桿段形 態的第二插接座（ 動接桿（5 0 )之 桿段（5 1 )的内 )則僅能插設空轉 座（3 3 );另該 (55)，該套接 動端（5 7 )，且 )係設有一提供定 藉由上述之結構、組成設計 情形說明如下： &就本創作之使用作動 7 當使用者欲使用定担力結構模式時，則需將該驅動接 桿（5 〇 )朝第二插接座（2 2 )内部方向位移插設’以 使該驅動接桿（50)之第-驅動桿段（51)插组進入 於定扭力結構單元（20)之導動座（2 "的第二插接 座（2 2 )，同時，當該第-驅動桿段（5工）插置於第 二插接座（2 2 )時，該第二驅動桿段（5 2 )係插置於 棘輪結構單元（3 〇 )的第一播接座（3 3 )，因該第一 驅動桿段（5 "係與第二插接座（2 2 )之六角孔為相 同配合性質的六角桿段形態，且該第二驅動桿段（5 2 ) 之斷面為第-插接座（3 3)之内切圓斷面形態（與該第 一插：座（3 3 )呈非干涉狀態），俾使該工具本體（i 〇 ) f動該驅動接桿（5 0 )链#*。士 ,0 Λ 枰〇 U ’轉動時’該定扭力結構單元 (Z0)之第二插接座（22、 哲 I )係與該驅動接桿（5 0 ) 之苐一驅動桿段（5 1 )呈連動運轉 η * — μα , 逆锝狀態，同時該棘輪結 構早疋（30)之第一插接座（ ^ 係與該驅動接桿（ 5 0 )之第二驅動桿段（5 2 ) Λ jl μ. r 1 )呈無連動的空轉，藉此， • 具本體（1〇)與該驅動接浐rcn、 *蚀田y 4 功接知（5 0 )呈相對定扭 力使用杈式，同時並且該接 r 4 1 ^ v 又位早元（4 Ο )之定位件 (4 1 )係疋位於該驅動 4)，而八姑肺& 干^5〇)之第二定位部（5 々~驅動接桿（$ 〇 ) 去欲調蚊，—+丄 ；疋位不致滑脫；另當使用 者知調整泫定扭力結構單元 一預定起子工呈插zo)的扭力值時，需藉由 29"轉動，使用者 牛（29)後側之調整端（ 9)前後螺轉位移，以進二强逆轉向而令調整件（2 撐或釋壓於連動件（2 4 V π性件（2 8 )呈壓縮頂 ’進而提高或降低導動座（2 8 M399003 1 )之扭力值； 繼而’當使用者欲使用綠輪酿M ^ ^ n 文用棘輪驅轉杈式時，則需將該驅 動接桿（50)朝第一插接座（ 七人， 饮度、(前置位置）内部 方向位移插設，以使該 動接才干（5 0 )之第-驅動桿段 、5 i )插組進入於棘輪結構單 〇 ^ ^ , 傅早疋（30)之棘轉段（3 2)的第一插接座（33)， 许罢认铂 田該第—驅動桿段（ ^1)插置於第一插接座（33)專 ς 0、a , d )時該第二驅動桿段（ 5 2 )係插置於接桿件（q Ί 1 “ 和件（3 1 )的接桿插座（4 5 )，因 該第一驅動桿段（51)係與第一插接座（Μ)之 孔為相同配合性質的六角桿段， ，、角 又立該第—驅動桿段（ )之外徑係小於接桿插座（ 的内緣外徑，俾使該工 八本體（1 0 )帶動該驅動接桿（ 妊描S ，ο η、 U ^轉動時’该棘輪 、、Ό構早π (3〇)之第一插接座（3 1 d J )係與該驅動接桿 (5 0)之第一驅動桿段（5丄） —丄^至運動運轉狀態，同時 該接桿件（3 1 )之接桿插座（4 5 )係& 度（4 5 )係與該驅動接桿（ 之第二驅動桿段（52)呈非連動式之空轉狀辕， 使違工具本體（i 〇 )與該驅動接桿（5 〇 )呈棘轉模 式使用狀態’且該接桿定位單元（4 n 平π〔4υ)之定位件（41 )係相對定位於該驅動接桿（R η )少货 ); 、b ◦)之第一定位部（5 3 藉此，令本創作之驅動接桿（5〇)可藉由軸向位移 ’進以切換該定扭力結構單元（2〇)為定扭力功 使用’或切換該棘輪結構單A ( 3 〇 )為棘 ： 式使用，令本創作之扭動工具—體兼具 ’、 ^ 八有棘輪結構模式；5 弋扭力結構模式切換功能性，以及前述二 裡不同模式型態 M399003 -變通使用上的便利之實用進步性者。 請繼續參閱第6〜7鬧％ 士，1 圓所不 八係本創作之第二實施 二：要係該棘輪結構單元（3 〇 )的變化實施設計，其 ㈣棘輪結構單元（3 〇 )可為與該卫具本體（i 〇 )呈 一可分離式的組構設計，主要係該棘輪結構單元㈡〇 ) 相對該工具本體（1 0 )形成有環設翼片的插接部（3 6 “八本體（1 〇 )對應該插接部（3 6 )則設有 fs可提供插設定位組裝 (〇 -7 \ .. „ ., 的，，且孔（3 7 )，俾使該棘輪結構 φ早疋（3〇)的插接部 〔3 6 ) 了活動插拔分離或插設裝 工具本體（1 ◦)的對應組孔（3 7 )者。 請繼續參閱第8〜9圖邮-*〆 圖所不’其係本創作之第三實施 例，主要係該接桿定位單亓r 4 n、 早70 ( 4 Ο )的變化實施設計，其 中該接桿件（3 1 )之接楹杯广,， 于插座（45)可為朝前端延伸 一預定長度，且該接桿件（ I 3 1 )外緣係轴向套接一滑套 (43)，該滑套 )内部係定位設置一彈簧（4 2 )，而該彈簧（42)之東她未^， '&處形成有抵止驅動接桿（5 籲0)之定位件（41)，且兮〜 ι該疋位件（4 1 )係呈徑向環 狀伸縮形態並於末端相對接 ,η 、 ’位置具有阻尼性’另該接桿 件（3 1 )相對該定位件（ Α 4 1 )之末端位置設有倒斜滑 溝槽，令該定位件（4 1 ) 士 年目對該倒斜滑溝槽凸伸出並環 狀抵頂阻尼於驅動桿段之你立 思位置，藉此令該驅動接桿（ 5 ◦)可於不具棘轉模式及~ + 久义扭力模式下，得延伸抽出至 預定長度作正常螺轉使用，a u 丨承此之外，該驅動接桿（5 Ο )及工具本體（10)亦兼 L 认 /、有棘輪結構模式及定扭力結 構模式切換功能者。 10 M399003 【圖式簡單說明】 第1圖：係本創作之工具本體與驅動接桿之組合立體圖。 第2圖：係本創作之工具本體與驅動接桿之分解立體圖。 第3圖：係本創作之工具本體與驅動接桿之組合剖視圖。 第4圖：係本創作之工具本體與驅動接桿之動作示意圖一 ，其係顯示該驅動接桿為定扭力模式者。 第5圖：係本創作之工具本體與驅動接桿之動作示意圖二 | ，其係顯示該驅動接桿為棘輪模式者。 第6圖：係本創作之工具本體與驅動接桿之第二實施例， 其係顯示二者之分解刟視圖者。 第7圖：係本創作之工具本體與驅動接桿之第二實施例， 其係顯示二者之組合剖視圖者。 第8 E :係本創作之工具本體與驅動接桿之第三實施例， 其係顯示二者之分解剖視圖者。 第9圖：係本創作之工具本體與驅動接桿之第三實施例， φ 其係顯示二者之組合剖視圖者。 【主要元件符號說明】 工具本體（10) 第一容室（11) 柄部（1 2 ) 銷孔（1 3 ) 分隔部（1 5 ) 第二容室（1 7 ) 導動座（2 1 ) 棘動端（2 3 ) 插銷（1 4 ) 穿室（1 6 ) 定扭力結構單元（2 0 ) 第二插接座（2 2 ) 11 M399003 連動件（2 4 ) 磁吸件（2 6 ) 彈性件（2 8 ) 調整端（2 9 1 ) 調動部（2 9 3 ) 接桿件（3 1 ) 第一插接座（3 3 ) 撥轉套（3 5 ) I 組孔（3 7 ) 接桿定位單元（4 0 ) 定位件（4 1 ) 滑套（4 3 ) 接桿插座（4 5 ) 第一驅動桿段（5 1 ) 第一定位部（5 3 ) 套接件（5 5 ) _驅動端（5 7 ) 棘動部（ 嵌槽（2 調整件（ 調整部（ 棘輪結構 棘轉段（ 棘轉部（ 插接部（ 2 5 ) 7 ) 2 9) 2 9 2 ) 單元（3 0 ) 3 2) 3 4) 3 6) 彈簧（4 容置區（ 驅動接桿 第二驅動 第二定位 磁性件（ 2 ) 4 4) (50) 桿段（5 2 ) 部（5 4 ) 5 6)Slot (2 7 ) tool body (with the support of the limit member, the link member is formed with an inner screw (10), and the inner (2 9 ) is formed with a tune wheel) and a relative The connecting member of the spine body (1 〇 turn portion (3 4 17), the sleeve member is provided with the ratcheting portion ( ) and the guiding seat (3 3 ) (3 3 ) The rotation sleeve (3 5 , and its front 10) corresponds to the edge of the bolt (1 4 (2 4 ) segment pattern relative to the adjustment thread segment shape transfer portion (2 integral part (2 9 end (2 9 structural unit) (The spine fits the inner portion of the rotating portion (3 4 ) correspondingly) to form a second chamber ((1) 1) (3 4 ) 3 2 ) the inner seat (2 1 ) ' and the same hex control Ratchet); the end face is provided with the groove (2)' and the end of the bullet, and the transfer portion (2 (5) cattle (2 9 adjustment part (9 3 ) just 2), and the 1); 3 0 ) , the spine segment (3 > in this implementation ^ Zou (1 5 has a sinusoidal and boundary 1 7) can be set inside, the inner edge is formed with a central position through the second plug socket (3 hole form , structural unit (wall suction (2 7) bit Then, the ten parts (2 8 adjustment parts (2 9 3 ), and) of the transfer part 2 9 2), only to the screwing of the adjustment piece (2 series including a spine 2) The front end is shaped to have a supply - having a spine, the spine can be coupled with a ratchet provided with a pair of spines 6 located in the seat (2 2 ) 3 ) and the spine (3 〇), and the provided one is provided The elastic top 9) the outer edge of the tool body (2 9 3 ) causes the end of the adjusting tool body (9) to rotate (3 2 parts (3 4 ) are formed in the tool to make the second bit of the spine a stalk (3 2 (3 2 ) phase of the sinus surface, and a through-chamber (1 6 of the first plug-in first socket 3 4) The integral extension is formed before the joint 6 M399003 ^ rod (3 1 ), and the outer edge of the joint is inserted through the outer edge of the joint (3 3 ). a spring (4 2 pieces (4 1 ) position is φ. The accommodating area (4 4 ) controls the positioning member (the first socket of the driving post ( ), the first driving rod section (52) Which should The state 俾 can be displaced 2 2 ) and the first plug _ second drive rod section (5 tangential section, so that the ratchet structure unit drive post (5 〇) pieces (5 5 ) a magnetic member (5 5 position) of the socket (5 5 ), wherein the post is connected to the ratchet structure unit rod socket (45), and the pole socket (4 5 ) is (4 1 ), and The connection (43), the sliding sleeve ( )' and the sliding sleeve (4 3 is formed with a concave-convex shape to cause the sliding sleeve (4 3 ) 4 1 ) to be radially displaced by 50) The spine 3 3 ) is located adjacent to the first (5 1 ) and the first drive rod segment (5 1 is connected to the actuating hexagonal socket (3 3 ) ' and the drive 2 ) is the first Driving the first driving rod segment (5 2 (3 〇) at the other end of the first plug is provided with a set of connectors having a sub-head shape drive relative to the driving end (57); positioning unit (4 0 ) (3第一) the first insertion of the post member (3 1 ) radially through a diameter rod member (3 1 ) outer edge 4 3 ) internal positioning) inner edge corresponding to the positioning area (4 4 ), by utilizing Slide to enter a y-wheel structural unit (3 0 drive rod segment (5 1 ) a second drive rod segment is provided as a second socket in the form of a hexagonal rod segment (inside the rod segment (5 1 ) of the movable rod (50)), only the idler seat (3 3) can be inserted; In addition, the (55), the set of the connecting end (57), and the provision of a design by the above structure and composition are described as follows: & use of the creation of the creation 7 when the user wants to use In the force structure mode, the drive post (5 〇) needs to be displaced into the inner direction of the second socket (2 2 ) to make the first drive section of the drive post (50) (51). The insert enters the second socket (2 2 ) of the guide seat (2 " of the fixed torque structure unit (20), and at the same time, when the first drive rod section (5 work) is inserted into the second plug When the seat (2 2 ) is seated, the second drive rod section (52) is inserted into the first broadcast base (3 3 ) of the ratchet structure unit (3 ,), because the first drive rod section (5 " The hexagonal hole segment of the second socket (2 2 ) has the same mating nature, and the section of the second driving rod segment (52) is the first socket (3 3) Inscribed circular section shape (with this A plug: the seat (33) in a non-interference state) to enabling the tool body (i square) f the movable contact drive shaft (50) # * chain.士,0 Λ 枰〇U 'When turning 'The second socket of the fixed torque unit (Z0) (22, Zhe I) is the driving lever section of the drive post (50) (5 1 a first drive socket (5 2 ) in which the ratchet structure is early (疋) and the second drive rod segment (5 2 ) Λ jl μ. r 1 ) is a non-coupling idling, whereby: • with the body (1〇) and the drive connection rcn, * 田田 y 4 function connection (5 0) is relatively fixed torque using the 杈, At the same time, the positioning member (4 1 ) of the r 4 1 ^ v and the early element (4 ) ) is located at the second positioning portion of the driving 4), and the eight abdomen lungs & 々~Drive post ($ 〇) to adjust the mosquito, -+丄; the position does not slip; and when the user knows to adjust the torque value of the predetermined torque structure unit to a predetermined starter, it is necessary to borrow By 29" turning, the adjustment end (9) on the rear side of the user's cow (29) is screwed forward and backward to make the adjustment of the second strong reverse steering (2 support or release to the linkage (2 4 V π-shaped piece) (2 8 ) is compressed top 'and then Or reduce the torque value of the guide seat (2 8 M399003 1); then 'when the user wants to use the green wheel to brew the M ^ ^ text with the ratchet drive type, then the drive post (50) needs to face A socket (seven people, drinking degree, (front position) internal direction displacement insertion, so that the movable connection (5 0) of the first - drive rod section, 5 i) into the ratchet structure unit ^ ^ , the first socket (33) of the spine segment (3 2) of Fu Zaoyu (30), the platinum-plated first-drive rod segment (^1) is inserted into the first socket (33) When the special drive 0, a, d), the second drive rod segment (5 2 ) is inserted into the post (q Ί 1 " and the post socket (4 5 ) of the piece (3 1 ), because The first driving rod segment (51) is a hexagonal rod segment having the same mating property as the hole of the first socket (Μ), and the outer diameter of the first driving rod segment ( ) is smaller than the connecting rod The outer diameter of the inner edge of the socket (the inner body of the socket (10) drives the driving rod (the ratchet, the structure of the ratchet, and the π (3〇) a socket (3 1 d J ) and the first drive of the drive post (50) The rod segment (5丄) — 丄 ^ to the moving state, and the post socket (4 5 ) of the post member (3 1 ) is & degree (4 5 ) and the driving post (the second drive) The rod segment (52) is in a non-linked hollow state, so that the tool body (i 〇) and the driving post (5 〇) are in a ratchet mode state and the post positioning unit (4 n flat π [ 4υ) The positioning member (41) is relatively positioned in the driving post (R η ) with less;), b ◦) the first positioning portion (5 3 thereby making the driving lever of the creation (5〇) The axial displacement can be used to switch the fixed torque structure unit (2〇) to use the fixed torque function or to switch the ratchet structure single A (3 〇) to the spine: the use of the twisting tool of the present creation- The body has both ', ^ eight ratchet structure mode; 5 弋 torque structure mode switching function, and the above two different mode types M399003 - the practical progress of the convenience of the use of the alternative. Please continue to refer to the 6th to 7th, the number of the 1st, the 1st round of the second implementation of the second implementation of the second: the design of the ratchet structure unit (3 〇), (4) ratchet structure unit (3 〇) In order to form a separable structure with the body of the implement (i 〇), mainly the ratchet structure unit (2) 〇) is formed with a plug portion of the ring with respect to the tool body (10) (3 6 "Eight body (1 〇) corresponding to the plug-in part (3 6) is provided with fs to provide plug-in set assembly (〇-7 \ .. „ , , , and hole (3 7 ), so that the ratchet The plug-in part [3 6] of the structure φ early (3 〇) is the corresponding group hole (3 7 ) of the movable plug-and-release or plug-in tool body (1 ◦). Please continue to refer to the figure 8~9 - The third embodiment of the present invention is mainly a change design of the post positioning unit 4 r 4 n, early 70 (4 Ο), wherein the post member (3 1 ) The socket (45) may extend toward the front end by a predetermined length, and the outer edge of the rod member (I 3 1 ) is axially sleeved with a sliding sleeve (43), and the sliding sleeve is internally Targeting settings a spring (4 2 ), and the east side of the spring (42) is not, the '& is formed with a positioning member (41) that abuts the driving post (5 to 0), and 兮~ ι the clamping member ( 4 1 ) is a radial annular telescopic shape and is opposite to the end, η, 'position is damped', and the post (3 1 ) is inclined with respect to the end position of the positioning member ( Α 4 1 ) The sliding groove is arranged such that the positioning member (4 1 ) protrudes from the inverted inclined groove and the annular abutting dampens the position of the driving rod segment, thereby making the driving post (5 ◦) In the non-spinning mode and ~ + long-term torque mode, the extension can be extended to the predetermined length for normal screwing. In addition to au, the drive post (5 Ο) and the tool body (10) It also has the function of switching to /, ratchet structure mode and fixed torque structure mode switching. 10 M399003 [Simple description of the drawing] Fig. 1 is a perspective view of the combination of the tool body and the driving post of the present invention. Figure 2: An exploded perspective view of the tool body and drive post of the present invention. Figure 3: A cross-sectional view of the combination of the tool body and the drive post of the present invention. Fig. 4 is a schematic diagram of the action of the tool body and the driving post of the present invention, which shows that the driving post is a fixed torque mode. Figure 5: This is the schematic diagram of the action of the tool body and the drive post of the present invention. It is shown that the drive post is a ratchet mode. Fig. 6 is a second embodiment of the tool body and the driving post of the present invention, which shows the exploded view of the two. Fig. 7 is a second embodiment of the tool body and the driving post of the present invention, which is a sectional view showing the combination of the two. 8E: A third embodiment of the tool body and the driving post of the present invention, which is an anatomical view of the two. Fig. 9 is a third embodiment of the tool body and the driving post of the present invention, and φ is a sectional view showing the combination of the two. [Description of main component symbols] Tool body (10) First chamber (11) Handle (1 2 ) Pin hole (1 3 ) Partition (1 5 ) Second chamber (1 7 ) Guide seat (2 1 ) Ratchet end (2 3 ) Pin (1 4 ) Through room (1 6 ) Torque structure unit (2 0 ) Second socket (2 2 ) 11 M399003 Linkage (2 4 ) Magnetic part (2 6 ) Elastic member (2 8 ) Adjusting end (2 9 1 ) Transfer part (2 9 3 ) Post piece (3 1 ) First socket (3 3 ) Dial sleeve (3 5 ) Group I hole (3 7 Post positioning unit (4 0 ) Positioning piece (4 1 ) Sleeve (4 3 ) Post socket (4 5 ) First drive rod section (5 1 ) First positioning part (5 3 ) Socket (5 5) _drive end (5 7) ratchet (fence (2 adjustment piece (adjustment part (ratchet structure ratchet section (thorn part (plug part (2 5) 7) 2 9 2 2 2 ) unit (3 0 ) 3 2) 3 4) 3 6) Spring (4 accommodating area (drive rod second drive second positioning magnetic part ( 2 ) 4 4) (50) rod section (5 2 ) part (5 4 ) 5 6)