M325896 八、新型說明： 【新型所屬之技術領域】 時，可 本創作係有關一種扭力套筒結構，尤其是一種扭力套筒在螺鎖 適當地施與預定扭力值之創新型態設計者。 【先前技術】 按，套筒驅鎖工具係跨越了好幾個世代仍然是技師們 丁 f不肯輕 放的其中一項工具，且傳統套筒驅鎖設計即一套組 " q ° —驅動部， 驅動部之延伸端部則形成四角端，然而，當使用者使用該傳统套二， 進行驅鎖物件時，常因過度施力或所施之力道不足，i、 5 ^ ^ k成螺栓螺 匕緊或過鬆之情況發生，或因螺鎖於對應材質較軟 、 ) 、瑕面，若過 度施力則容易造油部螺紋脫落而無法螺緊之情況。 〇 結構所存在之問題點， 使用消費者所殷切企盼 如何開發一種更具 ’亦係相關業者須 是以，針對丄述習知套筒 理想實用性之創新結構，實 努力研發突破之目標及方向M325896 VIII. New description: [New technical field] The present invention relates to a torsion sleeve structure, especially an innovative type designer of a torsion sleeve that appropriately applies a predetermined torque value to a screw lock. [Prior Art] Press, the sleeve drive tool spans several generations and is still one of the tools that technicians are not willing to play, and the traditional sleeve drive design is a set of " q ° - drive The extension end of the driving portion forms a four-corner end. However, when the user uses the conventional sleeve 2 to perform an unlocking of the object, the force is often insufficient due to excessive force or force applied, i, 5 ^ ^ k into a bolt If the screw is tight or too loose, or if the screw is locked in the corresponding material, it is soft, and the surface is too soft. If the force is excessively applied, the thread of the oil part may fall off and the screw may not be tightened.问题 The problem of the structure, the use of consumers eagerly hope to develop a more 'and related industry's need to, in order to explain the ideal practicality of the practical sleeve of innovative structure, and strive to develop breakthrough goals and directions
、，創作人本於多年從事相關產品之製造開 二 驗，斜斜μ、φ x 設計經 f上述之目標，詳加設計與審慎評估後，終得一 1每 本創作。 /、貫用性之 【新型内容】 即本創作之主要目的，係在提供一種扭力套筒結構·，主 有^力調整裝置、—傳動裝置及—驅動件，藉由調整該二調= 4私Μ控制其内部彈性力之減壓縮性，令祕时置相對驅動件之迫 M325896 動關係而連動其驅動部驅鎖物件；藉此創新獨特設計，使本創作之扭力套筒結 '、貞物件％可齡地施以襲的扭力值，⑽免螺鎖時施力過度或施力 不足之情況發生’軌翻使壯的便歡實用進步性者。 本創作之另-目的，係藉由該調整件之㈣設有連動槽，該連動槽内直向 置設有一具伸縮性的結合件，而該結合件之另端設有組設端，該組設端之側緣 ..形成有鎖定部，該鎖定部係可伸縮鎖定於本體之鎖合孔内，藉以避免意外而造 •成扭力調整裝置的扭力值誤差發生，進以達到品質的提高、使用上的便利之實 春用進步性者。 【實施方式】 請參閱第1〜4圖所示，其係本創作扭力套筒結構之較佳實施例， 惟此等實_僅供购之用，在專财請上並不受此結構之限制。 首先，如第1〜2圖所示，其係包括： ,—本體（1 G )，其係—端形成有套組端（1 i )，該套組端（i i )外緣 •形成有可供預定開口扳手驅鎖使用之多邊形套接緣（工7 )，而該套組端（工1 ) -之另端依序連通形猶鎖合孔（i 2 )、調整區段（i 3 )及連動空間（丄4 )， -其中該本體（i 〇)之調整區段（i 3)形成有内螺紋區段形態，且該調整區 段（13)與連動空間（14)之相間處槽設有—壤槽（16)，該環槽⑴） 内環設有C扣環（i 6工），用以擋止扭力調整裳置（2⑴以避免脫出，而該 本體（1 0 )之相對套組端（！ ！）之另端處設有固定部(1 5 )，該固定部（1 5)之内緣壁面形成有内螺紋段； 一扭力調整裳置（2 〇 )，其係一調整件（2 1 )之外周緣位置形成有調整 M325896 部（2 3 )，其中該調整部（2 3 )形成有外螺紋區段形態，而該調整件（2 1) 之中央位置設有多邊形斷面的連動槽（2 2)，連動槽（2 2)内直向納入有一 具伸縮性質的結合件（2 6 )，該所述之伸縮性質於本實施例係為該連動槽（2 2 )内直向導組有一結合件（2 6 )，結合件（2 6 )之對應連動槽（2 2 )中 央位置槽設有容置部（2 7)，而該容置部（2 7 )内容置有—彈簧（2 5)， •且該彈育（2 5 )並相對頂撐於調整件（2丄）之連動槽（2 2 )底面，藉由 •結合件（2 6 )❿可相對調整件（2工）作驅轉連動，而該結合件（2 6 )之 ►另端形成有對應本體（1 0 )之鎖合孔（1 2 )的鎖定部（2 9 )，利用結合件 (2 6 )與雜件（2 1 )之相對伸雜，以使結合件（2 6 )之鎖定部（2 9 )可直向伸縮鎖定於本體（丄Q )之鎖合孔（⑶内，俾使結合件（2 6 ) 之組设端（2 8 )無法因甘涉因素_，而意外螺動該調整件（21)產生位 移，以避免扭力值設定造成意外誤差；其中，該結合件（2 6)之鎖定部（2 9 ) ( χ 〇 } ( χ 2 ) |部（2 9)僅能於本體（Ί η、， '者欲憾# 0 1、 之鎖合孔（1 2 )内作直向位移動作，當使用 者奴碰調整件（2 1 )螺動時 .件（2 6 )德 ( 2 8 ) ^细―版之起子工鱗触插於結合 « )，進而推掣結合件（2 6 )，俾令結合件 麼縮該彈簧（2 5 )進而相對麟調整 / 鎖定部（29)即離開本體ηη、 U牛（26)之 瓶錄箱—如工曰 ）之鎖合孔（1 2 )，繼而，使用者即可谁 I轉預疋起子工具用以調整仃 y 〃 堂裝置(2 0 )，又該調整部（2 Ί )夕说上 紋區段係恰可相對螺動於 u J)之外螺 、體（1 〇 )的調整區段（1 3 )，利用哨敫杜r。 之螺旋性關於調細力 & (1 d )糊調整件（2 1) 力满麵置（2Q)的位移變化值； M325896 -傳動裝置（3 0)，其係包括一彈性 賴體（3 5)及一傳動件（3 中該彈性體（3 5)-端係彈性受力於扭 3 1 )’其 5 )之另端並相對猶於傳動件（3丄）作扭^ ( 2 G ) ’且該彈性體（3 之相對頂撐彈性體（3 5)之一端面位署描 υ之相對猶™ (3 5)之另—端㈣啦崎（3 4)，利用牛^ •件（21)之雜槽（24)與傳鱗（31)之定崎（… •體（35)之二端可達到相對定位，另該傳動件（3 U因其傳動部（3 = ►多角斷面形態’且傳動件（3 1 )係恰可直向納人本體（i 〇 )的多自、查 1 4)内’令本體（1 ◦)可帶動傳動件（3 i )作驅轉，‘ (3 1 )之另端形成有棘齒狀的傳動端φ ( 3 2 ); 、. 一驅動件（4 G )，其係—_成有棘_態_動端面（4 i )，並八 動件（4 G)之驅動端面（4 i)對應樞組 d 7駆 入僂動杜f 1 1 0)另鳊並相對迫動嚙 。傳動件（3 1)之傳動端面（3 2 )，補充說明 ㈣ :辦迫動方式可為分設為單向棘齒端面形態及雙向二 >件（4 0)另端係凸伸有驅動部（4 .動 0、 P(42)其中該驅動件（40)之驅動部（4 於本細伽糊㈣細，蝴_部（4 2 )之朝内側壁 形成有擋面（4 3 )，俾可_，件（1川擋止_件（4 〇 )之 擒面（43)用以固定，該固定件（hi)之外緣形成有外螺紋段（152)， 該外螺紋段⑴2 )恰可相對螺鎖於本體（工〇 )之固定部（工5 )，俾令驅 動件（40)擋止棚定件（151)㈣定位。 藉由上述之結構、組成設計’㈣本創作之使用作動情形說明如 下： M325896 如第3〜4圖所示，當使用者欲調整扭力值時，而先行使用一預 疋起子之驅鎖工具穿伸本體（1 〇)之套組端（1 1 )後，並令驅鎖 工具套接於結合件（2 6)之組設端（2 8 )，此時，該結合件（2 6 ) 之鎖定部（2 9 )係相對容組於本體（1 〇 )之鎖合孔（丄2 )内， 以使該扭力調整裝置（2 〇)於現階段係呈調整鎖定的模式形態，而 • ·使用者需先行迫壓該結合件（2 6)朝内部伸縮，以使結合件（2 6) ，内部之彈簧（2 5)則朝向調整件（2 l· )的連動槽（2 2)内部頂 鲁撐其内壁位置，俾使扭力調整裝置（2〇)呈可調整扭力的模式形態， 繼而再令驅鎖工具驅轉結合件（2 6)並可埤動調整件（2 1 )螺 動位移，以使彈性體（3 5)之壓縮值迫壓傳動件（3丄）之傳動端 面（3 2 )，同時，該傳動端面（3 2 )之棘齒即相對嚙合驅動件（4 • 0 )之驅動端面（4 1 )相對連動驅動部（4 2 )，以進行驅鎖預定螺 件，當驅鎖之扭力值超出扭力調整裝置（2 〇 )之扭力值時，該驅動件㈠〇 ) 之驅動端面（4 1 )即相對跳脫傳動件（3 1 )之傳動端面（3 2 )而呈二者 •空轉狀態。 請參閱第5®所示，係本創作之第二實施例，主要係驅動件（4 〇A)之驅動部（4 2A)亦可為起子之驅鎖模式的結構變化設計，其 中該驅動件（4 〇A)之驅動部（4 2A)延伸形成有起子桿，該起子桿之端部 型態可為十字、—字或多邊型鶴端，而本體（i qa)之外觀形成有流線形態 的柄部，藉此，使用者可握持該柄部驅轉該驅動部（4 2a)驅鎖預定螺件者。 明參閱第6圖所示，係本創作之第三實施例，其係該本體q 〇) 之外緣更可形成有外棘齒（18)，用以相對喊合驅鎖一棘輪板1 M325896 、）使用。 請參閱第7圖所示，係本創作之第四實施例，其中該傳動件（3 IB) 之傳動^面（3 2 B)與驅動件（4 q b)之驅動端面（4 1 B )可為分別怖5又 有相對應的鋼珠凹槽（3 3B) ( 4 4B)，鋼珠凹槽（3 3B) ( 4 4b)則相對 迫緊有鋼珠（4 3B)，俾令其構成一體連動組態；繼而於該工具本體（1 〇 ) •之套組‘（1 1 )可供套組~「F」字裂板手（B)或「T」字型板手（B)之實 -施型態；再者於該驅動件（4 〇B)之延伸端容設有一套接端（4 5B)，該套接 書端（4 5B)可供套接一六角端面形態之起子頭（c)者。 【功效說明】 ^ 本創作功效增進之事實如下·· _ 1、主要係籍由該一本體（丄〇)内部組設有一扭力調整裝置（2 〇)、一 傳動裝置（3 0 )及一驅動件（4 〇 )，藉由調整該扭力調整裝置（2 0 ) 之位移，以控制其内部彈性力之相對壓縮性，令該傳動裝置（3 〇)相對 • 驅動件（·40)之迫動關係而連動其驅動部（4 2)驅鎖物件之創新設 計，藉以改良【先前技術】所述習知套筒因過度施力或所施之力 道不足，而造成螺栓螺鎖過緊或過鬆之情況發生，或因螺鎖於對 應材質較軟性之板面，若過度施力則容易造成内部螺紋脫落而無 法螺緊之情況之問題點；相較於習知之問題點，使本創作之扭力套 茼結構在螺鎖物件時，可適當地施以螺鎖的扭力值，以避免螺鎖時施力過 度或轭力不足之情況發生，進以達到使用上的便利之實用進步性者。 2、次要係藉由該調整件（21)之内槽設有連動槽（2 2)，該連動槽（2 M325896 • 2 )内直向置設有—具伸縮性的結合件（2 6 )，而該結合件（2 6 )之 另端設有組設端（2 8 )，該組設端（2 8 )之側緣形成有鎖定部（⑼， 該鎖疋4 ( 2 9)係可伸縮鎖定於本體（工〇)之鎖合孔（工2)内，藉 以避免意相造成扭力調整裝置（2 Q)的扭力值誤差發生，進以達到品 質的提高、使用上的便利之實用進步性者。 上述貝施例所揭TF者係藉以具體說明本創作，且文中雖透過特定的術語進 行制，當不能以此限定本新型創作之專利範圍；熟悉此項技術領域之人士當 瞭解本創作之精神與原職對魏行敎與修改而細等效之目的，而此 鼓與修改’皆應涵盍於如后所述之巾請專利顧所界定範嘴中。 【圖式簡單說明】 第1圖：係本創作扭力套筒結構之組合立體圖。 第2圖：係本創作扭力套筒結構之分解立體圖。The creator has been engaged in the manufacture of related products for many years, and the slanting μ and φ x design have been designed with the above objectives. After detailed design and careful evaluation, each creation will be completed. [, new content] The main purpose of this creation is to provide a torsion sleeve structure, the main force adjustment device, the transmission device and the drive member, by adjusting the second tone = 4 The private shackles control the reduction of the internal elastic force, so that the secret time is relative to the driving member forced M325896 to move the driving part to lock the object; this innovative and unique design makes the torque sleeve of the creation ', 贞The value of the object can be applied to the torque value of the age, (10) Excessive force or insufficient force when the screw is not locked. The other purpose of the present invention is to provide an interlocking groove by (4) of the adjusting member, wherein the connecting groove is provided with a telescopic coupling member in a straight direction, and the other end of the coupling member is provided with a grouping end. The side edge of the set end is formed with a locking portion which is telescopically locked in the locking hole of the body, so as to avoid accidents and the torque value error of the torque adjusting device is generated, thereby improving the quality. The use of the convenience of the spring is progressive. [Embodiment] Please refer to Figures 1 to 4, which are preferred embodiments of the present torque sleeve structure, but these are only for purchase, and are not subject to this structure. limit. First, as shown in Figures 1 to 2, the system includes: - a body (1 G ) having a sleeve end (1 i ) formed at the end of the sleeve, and an outer edge of the sleeve end (ii) formed a polygonal sleeve edge (work 7) for use by a predetermined open-end wrench for unlocking, and the other end of the set end (work 1) - sequentially connected to the shape of the lock hole (i 2 ), the adjustment section (i 3 ) And the interlocking space (丄4), wherein the adjusting section (i 3) of the body (i )) is formed with an internal thread section, and the groove between the adjusting section (13) and the interlocking space (14) There is a soil tank (16), the ring groove (1)) is provided with a C buckle (i 6 work) in the inner ring to block the torque adjustment skirt (2 (1) to avoid the out, and the body (10) a fixing portion (15) is disposed at the other end of the opposite end of the set (!!), and an inner thread portion is formed on the inner wall surface of the fixing portion (15); a torque adjustment skirt (2 〇) is used An adjustment member (2 1 ) is formed with an adjustment portion M325896 (2 3 ) at an outer peripheral position, wherein the adjustment portion (23) is formed with a shape of an externally threaded portion, and a central position of the adjustment member (2 1) is provided Linkage of polygonal sections (2 2), the coupling groove (22) is directly inserted into a coupling member (26) having a telescopic property, and the telescopic property is the direct guide group in the linkage groove (2 2 ) in this embodiment. There is a coupling member (26), and a corresponding positioning groove (2 2 ) of the coupling member (26) is provided with a receiving portion (27), and the receiving portion (27) is provided with a spring ( 2 5), • and the springing (2 5 ) is relatively supported on the bottom surface of the interlocking groove (2 2 ) of the adjusting member (2丄), and the relative adjusting member is provided by the coupling member (2 6 ) ) for driving and interlocking, and the other end of the binding member (26) is formed with a locking portion (2 9 ) corresponding to the locking hole (1 2 ) of the body (10), by using the coupling member (26) The miscellaneous pieces (2 1 ) are relatively extended so that the locking portion (29) of the coupling member (26) can be telescopically locked into the locking hole of the body (丄Q) ((3), so that the joint member ( 2 6) The set end (2 8 ) cannot be accidentally screwed to the adjustment member (21) due to the _ factor, so as to avoid the accidental error caused by the setting of the torque value; wherein the joint member (26) Locking part (2 9 ) ( χ 〇} ( χ 2 ) | Department (2 9) can only perform the direct displacement action in the body (Ί η,, '者欲悔# 0 1, lock hole (1 2 )), when the user slave touches the adjustment piece (2 1 ) Movement time. Pieces (2 6 ) De ( 2 8 ) ^ fine - version of the screwdriver scales inserted in the combination « ), and then push the joint (2 6), the joints shrink the spring (2 5) Further, the relative lining adjustment/locking portion (29) is the locking hole (1 2 ) of the bottle accommodating box of the body ηη, U Niu (26), and then the user can turn the pre-starter. The tool is used to adjust the 仃 〃 〃 装置 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( Paragraph (1 3), using the whistle du r. The helicity of the fineness & (1 d) paste adjustment member (2 1) displacement change value of the full face (2Q); M325896 - transmission (30), which includes an elastic body (3 5) and a transmission member (3 in the elastic body (3 5) - end elastic force on the twist 3 1) '5' of the other end and relative to the transmission member (3 丄) twist ^ ( 2 G ) 'And the elastic body (3 of the opposite top support elastic body (3 5) one end of the face of the opposite side of the counter (TM) (3), the other end (four) Lazaki (3 4), using the cattle ^ • pieces (21) The miscellaneous groove (24) and the scale (31) of Dingsaki (... The opposite end of the body (35) can be positioned relative to each other, and the transmission member (3 U due to its transmission (3 = ► polygonal break) The surface shape 'and the transmission member (3 1 ) can be directly directed to the body of the person (i 〇), and the internal body (1 ◦) can drive the transmission member (3 i ) for driving. The other end of ' (3 1 ) is formed with a ratchet-shaped transmission end φ ( 3 2 ); , a driving member (4 G ), which has a spine _ state _ moving end face (4 i ), and The driving end face (4 i) of the eight moving parts (4 G) corresponds to the pivot group d 7 into the turbulent du f 1 1 0) another 鳊 and relatively forced Transmission end face (3 2) of the transmission member (3 1), supplementary explanation (4): The forced mode can be divided into one-way ratchet end face shape and two-way two-piece (40). a part (4. moving 0, P (42), wherein the driving part (4) of the driving member (40) is thin, and the inner side wall of the butterfly part (4 2) is formed with a blocking surface (4 3 ) , 俾 _, (1) (1) is used to fix the outer surface of the fixing member (hi), and the outer edge of the fixing member (hi) is formed with an externally threaded section (152), the externally threaded section (1) 2 ) It can be screwed to the fixed part of the body (worker 5), and the drive member (40) is used to stop the positioning of the shed (151) (4). With the above structure and composition design (4) The operation situation is as follows: M325896 As shown in Figures 3 to 4, when the user wants to adjust the torque value, the driver's end of the body (1 〇) is first used by a pre-twisting tool. 1), and the locking tool is sleeved on the assembly end (28) of the coupling member (26). At this time, the locking portion (2 9) of the coupling member (26) is oppositely assembled to the body. (1 〇) lock hole (丄2 In order to make the torsion adjusting device (2 〇) in an adjustment and locking mode at the present stage, the user needs to first press the coupling member (26) to telescope toward the inside to make the coupling member (2) 6), the inner spring (25) is oriented toward the inner wall of the interlocking groove (2 2) of the adjusting member (2 l · ), so that the torque adjusting device (2 〇) is in the form of adjustable torque. Then, the driving and unlocking tool is driven to rotate the coupling member (26) and the adjusting member (2 1 ) is screwed to the displacement so that the compression value of the elastic body (35) is forced to drive the transmission member (3丄). The end face (3 2 ), at the same time, the ratchet end of the transmission end face (32) is opposite to the driving end face (4 1 ) of the engaging drive member (4 • 0) relative to the driving portion (4 2 ) for unlocking the predetermined screw When the torque value of the driving lock exceeds the torque value of the torque adjusting device (2 〇), the driving end surface (4 1 ) of the driving member (1) 即) is the driving end surface of the tripping transmission member (3 1 ) (3 2 ) and both are idling. Referring to the fifth embodiment, the second embodiment of the present invention, the driving part (42A) of the main driving part (4 〇A) can also be designed for the structural change of the driver's unlocking mode, wherein the driving part The driving part (4 2A) of (4 〇A) is extended to form a driver rod, and the end type of the rod can be a cross, a word or a polygonal type of crane end, and the appearance of the body (i qa) is formed with a streamline The handle of the shape, whereby the user can hold the handle to drive the drive portion (42a) to unlock the predetermined screw. Referring to FIG. 6, a third embodiment of the present invention is characterized in that the outer edge of the body is further formed with an outer ratchet (18) for relatively locking the ratchet plate 1 M325896 ,)use. Referring to FIG. 7, a fourth embodiment of the present invention, wherein the driving surface (3 2 B) of the transmission member (3 IB) and the driving end surface (4 1 B) of the driving member (4 qb) are In order to separate the horns 5 and have corresponding steel ball grooves (3 3B) ( 4 4B), the steel ball grooves (3 3B) ( 4 4b) are relatively tightly bound with steel balls (4 3B), so that they form an integral linkage group. State; then the tool body (1 〇) • The set '(1 1 ) is available for the set ~ "F" word splitter (B) or "T" type wrench (B) The extension end of the driving member (4 〇 B) is provided with a set of terminals (4 5B), and the socket end (45B) can be sleeved with a screwdriver head of a hexagonal end face shape ( c). [Effective Description] ^ The fact that the creative effect is improved is as follows: 1. The main system is provided with a torque adjustment device (2 〇), a transmission device (30) and a drive. Piece (4 〇), by adjusting the displacement of the torsion adjusting device (20) to control the relative compressibility of the internal elastic force, the transmission (3 〇) relative to the driving member (·40) is forced Correspondingly, the innovative design of the driving part (42) to unlock the object, thereby improving the prior art, the conventional sleeve is too tight or too weak, and the bolt is too tight or too loose. If the situation occurs, or because the screw is locked on the board surface of the corresponding material, if the force is excessively applied, the internal thread may fall off and the screw may not be tightened; compared with the conventional problem, the torque of the creation is made. When the truss structure is screwed, the torque value of the screw lock can be appropriately applied to avoid excessive force or insufficient yoke force when the screw lock is applied, so as to achieve practical convenience in use. 2. The secondary slot is provided with an interlocking groove (2 2) through the inner groove of the adjusting member (21), and the connecting groove (2 M325896 • 2) is provided with a telescopic joint in a straight direction (2 6 And the other end of the coupling member (26) is provided with a set end (28), and the side edge of the set end (28) is formed with a locking portion ((9), the lock 4 (29) Retractable and locked in the locking hole (Work 2) of the body (worker), in order to avoid the intention of the torsion adjustment device (2 Q) torque value error, to improve the quality, the convenience of use Progressive. The TFs mentioned in the above-mentioned Beishi examples are used to specify the creation, and although the text is based on specific terms, it is not possible to limit the scope of the patent for this new creation; those familiar with the technical field should understand The spirit of this creation and the purpose of the original job on Wei Xingzhen and the modification are finely equivalent, and the drum and the modification should be covered in the scope of the patent as described in the following article. [Simplified illustration] 1Fig.: A perspective view of the combination of the torsion sleeve structure of the present invention. Fig. 2: The structure of the torsion sleeve of the present invention An exploded perspective view.
第3圖：係本創作扭力套筒結構之動作示意圖一。 第4圖：係本創作扭力套筒結構之動作示意圖二。 第5圖：係本創作扭力套筒結構之第二實施例圖。 第6圖：係本創作扭力套筒結構之第三實施例圖。 第7圖：係本創作扭力套筒結構之第四實施例圖。 【主要元件符號說明】 本體（10) 鎖合孔（12) 連動空間（14) 套組端（11) 調整區段（13) 固定部（15) M325896Figure 3: Schematic diagram of the action of the torque sleeve structure. Figure 4: This is the schematic diagram of the action of the torque sleeve structure. Fig. 5 is a view showing a second embodiment of the torsion sleeve structure of the present invention. Fig. 6 is a view showing a third embodiment of the torsion sleeve structure of the present invention. Fig. 7 is a view showing a fourth embodiment of the torsion sleeve structure of the present invention. [Description of main component symbols] Main body (10) Locking hole (12) Interlocking space (14) Set end (11) Adjustment section (13) Fixing part (15) M325896
環槽（1 6) 套接緣（17) 外棘齒（18) 扭力調整裝置（2 0) 調整件（21) 連動槽（2 2) 調整部（2 3) 定位槽（2 4) 彈簧（2 5) 結合件（2 6) 容置部（2 7) 組設端（2 8) 鎖定部（2 9) 傳動裝置（3 0) 傳動件（3 1 ) 傳動端面（3 2) 傳動部（3 3) 定位凸緣（3 4) 彈性體（3 5) 驅動件（4 0) 驅動端面（4 1 ) 驅動部（4 2) 擋面（4 3) C扣環（161 ) 固定件（151) 外螺紋段（15 2) 本體（10A) 驅動件（4 0A) 驅動端面（4 1A) 驅動部（4 2A) 擋面（4 3A) ' 棘輪扳手（A) 傳動件（3 1B) 傳動端面（3 2B) 鋼珠凹槽（3 3B) 鋼珠凹槽（4 4B) 驅動件（4 0B) 驅動端面（4 1B) 鋼珠（4 3B) 套接端（4 5B) 扳手（B) 起子頭（C) 12Ring groove (1 6) Socket flange (17) Outer ratchet (18) Torque adjustment device (2 0) Adjusting member (21) Linking groove (2 2) Adjustment part (2 3) Positioning groove (2 4) Spring ( 2 5) Joint (2 6) Housing (2 7) Assembly (2 8) Locking (2 9) Transmission (3 0) Transmission (3 1 ) Transmission end (3 2) Transmission ( 3 3) Positioning flange (3 4) Elastomer (3 5) Drive member (4 0) Drive end face (4 1 ) Drive section (4 2) Stop face (4 3) C snap ring (161 ) Fixing piece (151 External thread section (15 2) Main body (10A) Drive part (4 0A) Drive end face (4 1A) Drive part (4 2A) Stop face (4 3A) ' Ratchet wrench (A) Transmission part (3 1B) Drive end face (3 2B) Ball groove (3 3B) Ball groove (4 4B) Drive (4 0B) Drive end (4 1B) Ball (4 3B) Socket end (4 5B) Wrench (B) Screwdriver head (C ) 12