M318489 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種替換式套筒伸縮工具，尤其是一種 二-體使用多種規格型態之預定螺件的套筒工具創新型態 设叶者。 ~【先前技術】 按’ ^筒工具因具有可驅鎖螺检、螺帽、螺絲釘，其 所產生的實際應用在章 技 隹菜界上乃多不勝數，然而，一般套 埼工具因其所欲驅鎖之螺 β1卞丹有各種規格大小尺寸，豆 所相對驅鎖使用之手工且 才 - /4 “與^?”具即有所不同，如1/8 “與3 卻需#準備I t螺栓件的規袼尺寸，其規格相差不大 P而夕丰備—套對應的套筒工具 時間就是金錢，效率祙θ 一 + 了立換使用，然而， 規格大小問題，而需轉：：，因：驅鎖的螺栓件之尺寸 間和金錢。 、、…之套筒工具無疑就是浪費時 •開發：二更工具結構所存在之問題點，如何 '切企盼，亦係；ΠΪ:創新結構，實使用消費者所般 …鑑於此，Π:!研發突破之目標及方向。 與設計經驗，斜料 、年饮事相關產品之製造開發 丨野上述之目芦 終得一確具實用祕 ％，砰加設計與審慎評估後， 、W性之本創作。 【新型内容】 即，本創作之主要目 具；主要係藉由一工 、，係在提供一種替換式套筒工 具本體内部形成有第一驅動空間，且 5 M318489 •其外緣穿套有一可供推掣的滑套，取 /月套内導設有相輩 復位且可穿伸於工具本體内之第— 編動二間的制動和 該工具本體的第一驅動空間導 . 子0且有一可供替換的導每 .導組件内部貫設有第二驅動空 ' 且这導組件之外轉 •有限位滑套之制動件的制動部，利用前後推擎該滑垄 制動件伸縮分離於導組件的制動部，俾使導組件可活 離於工具本體之第一驅動空間；藉此，利用滑套控· 動件，可令其限位導組件滑動栌 切％工具本體至預定行程 鲁令工具本體活動替換不同規格的導組件，以利於工旦 可一體套接不同規格尺寸之螺件驅鎖使用者。〃 【實施方式】 明參閱第1〜4圖所示，係本創作替換式套筒工 較佳實施例’惟此等實施例僅供說明之用，在專利申 並不受此結構之限制。 首先’如第1〜4圖所示，其係包括： 工具本體（1〇)，其係一端延伸形成可供驅 β動端（16) ’内部形成有多角斷面形態的第一驅 門（1 1 )’其中該第一驅動空間（1 1 )於本實施 角斷面空間形態，用以套接六角螺栓或螺帽驅鎖使 復其中’該第一驅動空間（1 1 )内端面（1 5 )連 裳有一彈性組件（3 0 )，該所述之彈性組件（3 0 括有迫緊件（3 1 )、彈性件（3 2 )、導座（3 3 磁吸件（34)，復其中，該迫緊件（31)之周 成有壓花面，用以緊配合迫緊於工具本體（1 0)的 同步 ，另 件， 形成 以令 動抽 該制 ，或 本體 具之 請上 動之 動空 係為 設組 )包 )及 側形 第一 6 M318489 .驅動空間（1 1 )的内端緣面，而該迫緊件（3 1 )之一 側緣適處設有一插槽（3 1 1 )，可供彈性件（3 2 )之 導插端（3 2 1 )對應插設固定，且該彈性件（3 2 )之 該端係相對貼合於該迫緊件（3 1 )，俾使彈性件（3 2 )之該端部定位於工具本體（1 0 )之内緣處作伸縮，繼 而該彈性件（32)另端形成有嵌組端（322)，其中 該嵌組端（3 2 2 )係呈較大徑形態之端緣，用以嵌卡固 定於導座（33)之嵌槽（331)内，以使導座（33 φ )得以相對彈性件（3 2 )於第一驅動空間（1 1 )内伸 縮導動，另該導座（3 3)之另面中央位置容設有一容置 部（3 3 2 )，該容置部（3 3 2 )内可供容置一磁吸件 (3 4 )，用以吸附欲驅鎖之螺件而不致掉落； 承上述，該工具本體（1 0)之外緣適處穿套有一可 供推掣的滑套（2 0 )，滑套（2 0 )内緣預定位置分設 有對稱的第一斜槽（2 1)及第二斜槽（2 2)，而於工 具本體（1 0 )對應第一、二斜槽（2 1 )( 2 2 )則詨 _有一環槽（1 2 )，環槽（1 2 )内嵌卡定位有一扣環（ *17)，藉由前後推掣該滑套（2 0 )位移，以使其内部 •第一斜槽（2 1 )或第二斜槽（2 2 )前後嵌卡於工具本 體（1 0 )之扣環（1 7 )定位，繼而該滑套（2 0 )之 第一、二斜槽（21) (22)相鄰處設有一凹槽（23 )及擋緣（24)，而該工具本體（10)對應該凹槽（ 2 3 )及擋緣（2 4 )則穿設有穿孔（1 3 )，穿孔（1 3 )内活動容置有一制動件（1 4 )，其中該制動件（1 4 )係恰可對應容置於滑套（2 0 )之凹槽（2 3 )，該 7 M318489 .所述之制動件（1 4 )於本 由前後推掣該滑套（2 〇 ) (1 7 )活動嵌卡於滑套（ •第二斜槽（2 2 )定位，以 (1 4 )即相對滑套（2 〇 伸於工具本體（10)内部 至少一導組件（4 0 ) 間之第二驅動空間（4 1 ) ·)可用以套接另一規格之預 (4 0 )之第二驅動空間（ ’俾令使用者可擇其適當規 導組於工具本體（10)的 導組後並令導組件（4 0 ) 3 0)，繼而，導組件（4 動部（4 4 )，該所述之制 態並用以縱向限位工具本體 參且該制動部（4 4 )二側形 當滑套（2Q)之第一斜槽 / 0 )之扣環（1 7 )定位時 位導組件（4 0 )之制動部 )僅能雙限於該制動部（4 且常態下該導組件（4 σ) 壓’而令導組件（4 0 )之 外，再者欲抽離導組件（4 2〇)令其第二斜槽（22 例係為一翻地_ & 八 鋼珠型態，俾可藉 令工具本體（1 0 )之扣環 〇 )之笛 <第一斜槽（21)或 工具本體（1Q )之制動件 移同步復位，並同步穿 第—驅動空間（1 1 ); “係内部貫設有六角斷面空 其中該第二驅動空間（4 1 螺件驅鎖使用，且因導組件 1 )内部規格繁多可供擇擇 的導組件（4 0 )，以替換 —驅動空間（1 1 )使用， 對頂撐於前述之彈性組件（ )之外緣預定位置形成有制 4 ( 4 4 )係呈橫向滑溝形 1 〇 )之制動件（1 4 )， 有擋部（4 2 ) ( 4 3 )， 21)嵌卡於工具本體（1 即令制動件（1 4 )縱向限 4 4)，以使導組件（4 〇 )橫向位移至一預定行程， 受力於彈性組件（3 0 )迫 端伸出工具本體（10)之 )時，即可藉由推掣滑套（ 嵌卡於工具本體（10 )之 8 M318489 )之制動件（1 4 )相 (4 4 )，同時，該導 (1〇)之第一驅動空 茲就本創作之使用作動 扣環（1 7 )，使工具本體（1 〇 對分離於導組件（4 〇 )的制動部 組件（4 0 )即可抽離於工具本體 間（1 1 )作替換使用。 藉由上述之結構、組成設計， 情形說明如下： 當使用者欲使工具本體（i 〇 )替換另一規 件（4 0 )時，需先推掣滑套（2 、、且M318489 VIII. New description: [New technical field] This is a replacement sleeve telescopic tool, especially a sleeve tool with two-body type of predetermined screw type. . ~[Prior Art] According to the '^ tube tool, because of the driveable screw check, nut, screw, the actual application of the tool is a lot in the chapter of the aquaculture industry. However, the general set of tools is due to its The snails that want to drive the locks are available in various sizes and sizes. The beans are relatively unlocked and used manually - /4 "and ^?" is different, such as 1/8 "and 3 but need # ready I The size of the t-bolt is not much different from that of the P-piece. However, the corresponding sleeve tool time is money, and the efficiency 祙θ+ is used for the changeover. However, the size of the specification is required. Because: the size of the bolts and the money of the locks. The sleeve tool of the ..., ... is undoubtedly a waste. • Development: The problem of the second tool structure, how to 'cut it, and also; ΠΪ: innovative structure In view of this, Π:! The goal and direction of R&D breakthrough. With the design experience, the manufacturing and development of products related to the slanting material and the annual drink, the above-mentioned eyes of the wilderness have finally become practical and secret. After the design and prudent evaluation, the creation of W [New content] That is, the main object of this creation; mainly by the first work, the first drive space is formed inside the body of the alternative sleeve tool, and 5 M318489 The sliding sleeve that can be pushed out, the inner sleeve of the moon/sleeve sleeve is provided with a phase reset and can be worn and extended in the tool body - the brake of the two chambers and the first driving space guide of the tool body are There is an alternative guide member. The brake portion of the guide member is internally provided with a second drive air and the guide member is rotated outside the finite-sleeve sleeve. The braking portion of the guiding assembly enables the guiding assembly to be movable away from the first driving space of the tool body; thereby, by using the sliding sleeve control member, the limiting guiding assembly can slide the % tool body to the predetermined stroke The tool body can be replaced with different specifications of the guide components, so that the machine can be integrated with different sizes of screws to unlock the user. 〃 [Embodiment] See Figure 1~4 for the creation of the replacement Sleeve worker preferred embodiment ' The embodiments are for illustrative purposes only, and the patent application is not limited by this structure. First, as shown in Figures 1 to 4, the system includes: a tool body (1〇) which is extended at one end to form The first driving door (1 1 ) is formed in the polygonal driving section (16). The first driving space (1 1 ) is in the angular sectional space form of the present embodiment for arranging the hexagonal bolt. Or the nut is unlocked to make the inner end surface (15) of the first driving space (1 1 ) evenly have an elastic component (30), and the elastic component (30 includes a pressing member (3) 1), an elastic member (3 2 ), a guide seat (3 3 magnetic member (34), wherein the pressing member (31) has an embossed surface around the pressing member for tightly fitting against the tool body ( 1 0) Synchronization, part, formed to make the pumping system, or the moving body of the body is moved to the group) package) and the side shape of the first 6 M318489. The driving space (1 1 ) The end edge surface, and one side edge of the pressing member (3 1 ) is provided with a slot (3 1 1 ), and the lead insertion end (3 2 1 ) of the elastic member (3 2 ) is correspondingly inserted and fixed. , The end of the elastic member (32) is relatively attached to the pressing member (31), so that the end portion of the elastic member (32) is positioned at the inner edge of the tool body (10) for expansion and contraction. Then, the elastic member (32) is formed with an embedded end (322) at the other end, wherein the embedded end (32 2 2) is an end edge of a larger diameter shape for being embedded and fixed to the guide (33) In the recessed groove (331), the guide seat (33 φ ) is telescopically guided in the first driving space (1 1 ) with respect to the elastic member (3 2 ), and the other center of the guiding seat (33) a receiving portion (3 3 2 ) is disposed in the receiving portion (3 3 2 ) for accommodating a magnetic member (3 4 ) for adsorbing the screw to be unlocked without falling; According to the above, the outer edge of the tool body (10) is fitted with a sliding sleeve (20) for pushing, and the inner edge of the sliding sleeve (20) is provided with a symmetric first chute at a predetermined position ( 2 1) and the second chute (2 2), and the tool body (10) corresponds to the first and second chutes (2 1 ) ( 2 2 ), then the 詨 _ has a ring groove (1 2 ), the ring groove ( 1 2) The inset card is positioned with a buckle (*17), which is displaced by pushing the sleeve (20) back and forth. Positioning the buckle (1 7 ) with its inner • first chute ( 2 1 ) or second chute ( 2 2 ) embedded in the tool body (10), and then the sleeve (20) The first and second chutes (21) (22) are provided with a groove (23) and a retaining edge (24) adjacent to each other, and the tool body (10) corresponds to the groove (23) and the retaining edge (2 4) a perforation (13) is provided, and a stopper (14) is accommodated in the perforation (13), wherein the brake member (14) is adapted to be accommodated in the sliding sleeve (20) Groove (23), the brake member (14) is slidably pushed back and forth by the sliding sleeve (2 〇) (1 7 ) and is inserted into the sliding sleeve (the second chute ( 2 2) positioning, with (1 4) the relative sliding sleeve (2 〇 extending to the second driving space (4 1 ) between at least one guiding component (4 0 ) inside the tool body (10)) can be used to nest another a second drive space of a pre- (4 0) specification (the user can select the appropriate guide group after the guide group of the tool body (10) and the guide assembly (40) 30), and then Guide assembly (4 moving part (4 4 ), the state of the said and used for the longitudinal limit tool The braking portion (4 4 ) has a two-sided shape. When the first chute (0Q) of the sliding sleeve (2Q) is locked (1 7 ), the braking portion of the positioning assembly (40) can only be limited. The braking portion (4 and normally the guide assembly (4 σ) is pressed to replace the guide assembly (40), and then the guide assembly (4 2 〇) is to be pulled out to make the second chute (22 cases) For the _ & eight steel ball type, you can use the tool body (10) buckle 〇) flute < first chute (21) or tool body (1Q) brakes synchronous reset And synchronously wear the first-drive space (1 1 ); "the internal part of the system is provided with a hexagonal section, wherein the second drive space (4 1 screw is used for unlocking, and because of the guide assembly 1) has a wide range of internal specifications The selected guide assembly (40) is used in the replacement-drive space (1 1 ), and is formed into a lateral sliding groove shape by a predetermined position on the outer edge of the elastic member ( ).制动) Brake (1 4 ), with a stop (4 2 ) ( 4 3 ), 21) embedded in the tool body (1, ie the brake (14) longitudinal limit 4 4), so that the guide assembly (4 〇) lateral displacement to one When the stroke is forced by the elastic component (30) to extend out of the tool body (10), the brake can be pushed by the sliding sleeve (8 M318489 embedded in the tool body (10)) 1 4 ) Phase (4 4 ), at the same time, the first drive of the guide (1〇) is used to actuate the buckle (1 7 ), so that the tool body (1 〇 pair is separated from the guide assembly (4 〇) The brake assembly (40) can be removed from the tool body (1 1 ) for replacement. With the above structure and composition design, the situation is as follows: When the user wants to replace the tool body (i 〇 ) with another component (40), the sliding sleeve must be pushed first (2, and
2)嵌卡於工具本體（10)之扣環；斜槽U 該滑套（2 0 )内緣之凹槽（2 3 ) 门日守 、 ^即對應工具本體f Ί 0 )之制動件（1 4 )，而使制動件（4 ^ a、 丁、丄4 )落入滑奈f 2 0 )之凹槽（2 3 )中，此時該制動 該導組件（4 0 )之制動部（4 4 ) P刀離 俾可順利抽離導矣且 件（4 0 )以利於使用者替換使用； 、、 繼而欲使分離狀離的 導組件（4 0 )置入於工具本體（工 外 狀L的 (11)時，需先推挈滑套（20)令其第一 ’ )嵌卡於工具本體（1〇)之扣環 ’曰 該滑套（20)内之檔緣（24)即::）疋位’同時’ 4 J即對應工具本體（1 η )之制動件（1 4 )，而使制動件（ 干1 1 4 )受到限位而落 入導、、且件（4 0 )之制動部（4 4、 、 4 3 ，且因制動部（4 4 )之二側形成有擋部（4 2 ) ( 4 . 4 4 0 )僅能於二擋部（4 2 ) ( 4 4 内限位滑動至一預定 行程；再者欲使用工具本體（1〇) 、 、 J之第一驅動空間（1 1)驅鎖物件時，需於工具本體（ v丄〇 )之驅動端（] )組裝一預定驅動工具，並令螺 千迫壓導組件（4 〇 )位 M318489 移後並直向套接於工具本體（1〇)之第一驅動空門 η以利於驅鎖，此時該導組件（4〇)即直向頂㈣性 件（3 2 )呈屢縮狀態；若欲使用導組件（4 〇 )之 •驅動工間（4 1 )驅鎖物件時，需先使螺件套接 (40)之第二驅動空間（川内，且該螺件之= -係相對吸附於第一驅動办 亢知面 他勒工間（1 1 )内部之磁吸 )定位不致掉落。、J 4 藉此，利用工具太 本體（1 0 )之滑套（2 〇 )之施制 滑動以同步復位制動件 之推掣 丨 （1 4 )動作’可相對限彳道 (4 0 )於工具本體 ”目t限位導組件 工具本體（1 0 )活叙# 預疋仃程，或令 )舌動替換不同規袼的導組件（4 n > 以使工具本體（〇、_ 守、旰（4 〇 )， 丄u)可一體套接 件驅鎖使用。 Π規格尺寸的預定螺 請參閱第5〜fi岡叱一 圖所示’其係本創作第― 主要係滑套（2 0 A、 j忭之弟一實施例， 4 Ο Λ )之相對結構 、丄◦ Λ )及導組件（ ,)之外緣適處喪設有具本體（1 0Α2) a buckle that is embedded in the tool body (10); a chute U (the groove of the inner edge of the sliding sleeve (20) (2 3), the gate of the door, ^ corresponding to the tool body f Ί 0) 1 4), and the brake member (4 ^ a, D, 丄 4) falls into the groove (23) of the slippery f 2 0 ), at which time the brake portion of the guide assembly (40) is braked ( 4 4) The P-knife can be smoothly removed from the guide and the piece (40) can be used for the user to replace it; then, the separate guide assembly (40) is placed on the tool body (outside the workpiece) In the case of L (11), the sliding sleeve (20) is first pushed so that its first ') is snapped into the buckle of the tool body (1), and the flange (24) in the sliding sleeve (20) is ::) Clamp 'simultaneous' 4 J corresponds to the brake (1 4 ) of the tool body (1 η ), and the brake (dry 1 14) is restricted and falls into the guide, and the piece (4 0 The braking portion (4 4, , 4 3 , and the blocking portion (4 2 ) ( 4 . 4 4 0 ) formed on the two sides of the braking portion (4 4 ) can only be in the second blocking portion (4 2 ) (4 4 The inner limit slides to a predetermined stroke; in addition, the first drive space of the tool body (1〇), J, (1 1) When the object is unlocked, a predetermined driving tool is assembled on the driving end (] of the tool body (v), and the screwing force guide assembly (4 〇) position M318489 is moved and straightly sleeved to the tool. The first driving empty door η of the body (1〇) is convenient for driving, and the guiding component (4〇), that is, the straight top (four) member (3 2 ) is in a retracted state; if the guiding component (4 〇) is to be used; When the drive room (4 1 ) is used to unlock the object, the second drive space of the screw (40) needs to be first sleeved (in the middle of the river, and the screw is - relatively attached to the first drive to know the face) The positioning of the internal magnet (1 1 ) is not to be dropped. J 4 , by means of the sliding of the tool body (1 0 ) sliding sleeve (2 〇) to synchronously reset the brakes.掣丨 (1 4 ) action 'can be relatively limited to the 彳 ( (4 0 ) on the tool body 目 t limit guide component tool body (1 0 ) 活 # 疋仃 疋仃 疋仃 疋仃 疋仃 疋仃 , , , , , , , , , 替换 替换The guide assembly (4 n > so that the tool body (〇, _ 守, 旰 (4 〇), 丄 u) can be used for unlocking the integral socket. 预定 For the size of the predetermined screw, please refer to the 5~fi In the picture of Okayama, the main part of the book is the sliding structure (the relative structure of the brothers (2 0 A, the brother of the brothers, the 4 Ο Λ), and the guide components (,)) The affair is equipped with a body (10 Α
)之-側開口端（2丄：衣 A )，而滑套（2 0 A -形成一伸縮空間（9 Q Z 2 A )則相互 A ) ’該伸縮办pa，〇 容置有彈簧（26A、 ^間（23a)内伸 ^ b A ) ’利用擋環（2 ? A、认 26A)之—端，並藉由滑套（2Qa\2A)擋止彈簧（ 樓該彈簧（26A)，以使滑套（=橫向位移以頂 第一驅動空間（i】A U A )於常態下係朝 八）方向（即圖式太古 ，另該滑套（2〇a) 間式右方）呈復位狀態 另^依序形赤古地丄 動件（1 4 A )的凹样r 9 e 珉有對應鋼珠形態之制 ;及擋緣（2 4 A )，且 10 及擋緣（2 4 A )之間 掣動滑套（2 0 A )以 滑套（2 0 A )之凹槽 組件（4 0 A )之制動 位置，且該制動部（4 態下滑套（2 0 A )係 即圖式右方）呈復位狀 出工具本體（10A) 即令制動件（1 4 A ) (4 4 A )定位，以利 動空間（4 1 A )驅鎖 A )之第一驅動空間（ 迫壓導組件（4 〇 A ) 以使螺件順利套接於第 同時，該制動件（1 4 動部（4 4 A )朝上位 (2 7 A )而令制動件 20A)之凹槽（25 僅能限位於工具本體（ 離導組件（4 〇 a )時 環（2 2 A )方向位移 1 4 A )落入滑套（2 離導組件（4 〇 a )之 導組件（4 〇 A )替換 10A)之驅動端（1 M318489 - , 凹槽（2 5 A ) A )，藉由前後 )落入或分離於 於本實施例該導 於朝内一側適當 形態；藉此，常 1 1 A )方向（ 〇 A )之前端伸 g 1 1 A )外時， 〇 A )之制動部 〇 A )的第二驅 工具本體（1 0 時，需先使螺件 組件（3 0 )， A )驅鎖使用， (4 0 A )之制 _ 〇 A )之導斜面 •上置入於滑套（ •組件（4 0 A ) 行程；再者欲抽 (2 0 A )朝擋 ，以使制動件（ 5 A )並相對分 ，即可順利抽離 例該工具本體（ 設有導斜面（2 7 使制動件（1 4 A (2 5 A )内，且 部（4 4 A )係設 4 A )係呈凹弧緣 朝第一驅動空間（ 態，當導組件（4 之第一驅動空間（ 置入於導組件（4 於使用導組件（4 使用，繼而欲使用 1 1 A )驅鎖螺件 位移並頂撐其彈性 一驅動空間（1工 A )即分離導組件 移，利用滑套（2 (1 4 A )順勢朝 A )内，藉此，導 1 〇Α·)至一預定 ，僅需推掣該滑套 (即朝圖式左方） 0Α)之凹槽（2 制動部（4 4 A ) 使用者；於本實施 6 A )係為四角孔 11 M318489 .型態，可供套接套筒型態之 請參閱第7〜9圖所示 主要係滑套（2 〇 B )與工 變化設計，其中該工具本體 一扣環（2 2 B )，而該滑 2 B )則設有一伸縮空間（ )内設有一彈簧（26B) 伸端形成有制動件（2 1 B 鲁Ο B )，以使彈簧（2 6 b 分離導組件（4 〇 B )之制 離導組件（4 Ο B )以利於 端（1 6B)係為多角孔形 )及定向鋼珠孔（1 9 B ) 一驅動工具（5 0)之多角 多角球頭（5 1 )之適處埋 接於驅動端（16B)内時 鲁需求而嵌卡於轉向鋼珠孔（ B)内，以使驅動工具（5 _)作轉、定向使用，如第9 可為一 “ T ”字型工具型態 【功效說明】 本創作功效增進之事實 主要係措由該一 丁目本 動空間（1 1 )’且其外緣 鎖工具使用。 其係本創作之第三實施例， 本體（1 〇 B )之相對結構 1 〇 B )之外緣更可嵌設有 (2 0 B )對應該扣環（2 3 B )，伸縮空間（2 3 B 其中該彈簧（2 6B)之延 ，藉由前後掣動該滑套（2 之制動件（2 1 B )嵌卡或 部（4 4 B )，俾可方便抽 換使用；另本實施例之驅動 且設有轉向鋼珠孔（18B 且該驅動端（16B)可供 頭（5 1 )套接使用，且於 有一鋼珠（52)，當其套 其鋼珠（5 2 )可因應使用 8B)或定向鋼珠孔（19 )相對該工具本體（1 〇 B 所示，該驅動工具（5 0 ) 下： (1 0 )内部形成有第一驅 套有一可供推掣的滑套（2 12 M318489 Ο ) ’滑套（2 〇 )内導設有 本體（10〜第-驅動空間（；t復位且穿伸於工具 )，另該工具本體（10)的第 匕的制動件（14 有-可供替換的導組件（4二：動……導·组 士；l右繁_脈私 導組件（4 0 )内部貫 形成有限位滑#(20…該導組件"0)之外緣 /…田： 制動件（“）的制動部（4 4 )’利用則後推掣該滑套 / β嘗〈Z 〇 )令制動件（1 4 )伸 縮分離於導組件（4 Ω w 41 f 、1 4 )伸 ..π Λ )的制動邛（4 4 )，俾使導組件 (40)可活動抽離於工且 /、不骽（1 0 )之弟一驅動空間 之創新設計’藉以改良【先前技術】所述因其驅 鎖的螺栓件之尺寸規格大小問題，而需轉換對應之套筒工 具之問題點；相較於習知之問題點，利用滑套（2 0 )控 制該=件（1 4 )可限位導組#( 4 0 )滑動至預定行 私或""工具本體（i〇)活動替換不同規格的導組件（ 4 〇 )者。 、上述實施例所揭示者係藉以具體說明本創作，且文中 馨雖透過特定的術語進行說明，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可在瞭解本創作 „之於申原則後對其進·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•中。 【圖式簡單說明】 第1圖：係本創作替換式套筒工具之組合立體圖。 第2圖：係本創作替換式套筒工具之分解立體圖。 13 M318489 第3圖 第4圖 第5圖 第6圖 I第7圖 第8圖) - the side open end (2 丄: clothing A), and the sliding sleeve (20 A - forming a telescopic space (9 QZ 2 A) is mutual A) 'The retractable office pa, the room is equipped with a spring (26A, ^Between (23a) and ^ b A ) 'Use the end of the retaining ring (2 ? A, 26A) and stop the spring by the sliding sleeve (2Qa\2A) (the spring (26A) Sliding sleeve (= lateral displacement with the top first driving space (i] AUA) in the normal direction toward the eight) (ie, the pattern is too ancient, and the sliding sleeve (2〇a) is rightward) is in a reset state. The concave sample r 9 e 依 of the sequence of the red-green ground moving piece (1 4 A) has the corresponding steel ball form; and the retaining edge (2 4 A ), and between the 10 and the retaining edge (2 4 A ) The movable sleeve (20 A) is the braking position of the groove assembly (40 A) of the sliding sleeve (20 A), and the braking portion (the 4-state sliding sleeve (20 A) is the right side of the figure) The tool body (10A) is reset and the brake (1 4 A ) (4 4 A ) is positioned to drive the space (4 1 A) to drive the first drive space (forced pressure guide assembly (4 〇) A) In order to smoothly insert the screw at the same time, the brake member (1 4 moving part (4 4 A) Upward (2 7 A ) and the groove of the brake member 20A) (25 can only be placed in the tool body (displacement of the ring (2 2 A) from the guide assembly (4 〇a) by 1 4 A) into the sliding sleeve (2 The drive assembly (1 M318489 - , groove (2 5 A ) A ) of the guide assembly (4 〇A ) is replaced by 10A), which is dropped or separated by the front and rear) The embodiment is directed to the inwardly facing side in a suitable configuration; whereby, in the normal 1 1 A) direction ( 〇A ), the front end is extended by g 1 1 A ), the second driving tool of the braking portion 〇A ) of the 〇A) For the main body (1 0, the screw assembly (30), A) must be unlocked first, and the (4 0 A) system _ 〇A) can be placed on the sliding sleeve (• component (4 0) A) stroke; in addition, if you want to pump (20 A) toward the gear so that the brake (5 A) is relatively divided, you can smoothly withdraw the tool body (with a bevel (2 7 to make the brake (1 4 A (2 5 A ), and the part (4 4 A ) is 4 A ) with a concave arc edge facing the first driving space (state, when the guiding component (the first driving space of 4 (into the guiding component) (4 in the use of the guide assembly (4 use, and then want to use 1 1 A) The drive screw is displaced and supported by its elastic-driven space (1 A), that is, the separation guide assembly is moved, and the sliding sleeve (2 (1 4 A) is moved toward A), thereby guiding 1 ) To a predetermined time, it is only necessary to push the groove of the sliding sleeve (ie, to the left of the figure) 0Α) (2 braking part (4 4 A) user; in this embodiment 6 A) is a square hole 11 M318489. Type, for the sleeve type, please refer to the main sliding sleeve (2 〇B) and the work change design shown in Figures 7 to 9, wherein the tool body has a buckle (2 2 B ), and the Sliding 2 B ) is provided with a telescopic space ( ) with a spring (26B) and a stopper (2 1 B Ο B) is formed at the extension end to make the spring (2 6 b separation guide assembly (4 〇 B)) The detachment component (4 Ο B ) facilitates the end (1 6B) is a polygonal hole shape) and the directional steel ball hole (1 9 B ) is a suitable tool for the multi-angled ball head (5 1 ) of the driving tool (50). When it is connected to the driving end (16B), it is inserted into the steering ball hole (B), so that the driving tool (5 _) can be rotated and oriented. For example, the ninth can be a "T" type tool type. State [efficiency description] Enhance the effect of the fact that mainly measures' and the outer edge of the lock a tool used by the present chome movable space (11). The third embodiment of the present invention is that the outer edge of the body (1 〇B) is more embedded (2 0 B ) corresponding to the buckle (2 3 B ), and the expansion space (2) 3 B Where the spring (2 6B) is extended, by sliding the sliding sleeve (2 2 B ) into the card or part (4 4 B ), the 俾 can be easily exchanged and used; For example, the drive is provided with a steering ball hole (18B and the drive end (16B) is used for the socket (5 1 ) socket, and there is a steel ball (52). When the steel ball (5 2 ) is set, the 8B can be used. Or the directional steel ball hole (19) is opposite to the tool body (1 〇B, the driving tool (50): (1 0) is internally formed with a first drive sleeve having a sliding sleeve for pushing (2 12 M318489 Ο ) 'The sliding sleeve (2 〇) inner guide is provided with the body (10~first-drive space (;t reset and penetrates the tool), and the second brake piece of the tool body (10) (14 has - The guide component can be replaced (4: move... guide group member; l right complex _ pulse private guide component (40) internal formation of limited position slip # (20... the guide component " 0) outer edge /...Field: Brakes ( The braking part (4 4 )' is used to push the sliding sleeve / β to taste <Z 〇) so that the braking member (14) is telescopically separated from the guiding assembly (4 Ω w 41 f , 1 4 ). Λ ) brake 邛 (4 4 ), 俾 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 导 创新 创新 创新 创新 创新 创新 创新 创新 创新 创新 创新 创新 创新 创新 创新 创新The size and size of the bolts that are unlocked, and the problem of the corresponding sleeve tool need to be converted; compared with the conventional problem point, the sliding sleeve (20) can be used to control the = (1 4) limit. The guide group #(4 0 ) slides to the predetermined line or the "" tool body (i〇) activity replaces the guide components of different specifications (4 〇). The person disclosed in the above embodiment uses the specific description of the creation, And Wen Zhongxin, although explained by specific terms, cannot limit the scope of patents of this new creation; those who are familiar with the technical field can change and modify the creation after they understand the creation principle. To achieve the purpose of equivalence, and such changes and modifications shall be covered by the application as described later. Scope defined by the range. [Simplified illustration of the drawing] Figure 1: A perspective view of the combination of the replacement sleeve tool. Figure 2: An exploded perspective view of the replacement sleeve tool. 13 M318489 Figure 3 4th, 5th, 6th, 1st, 7th, 8th
• 1尔尽創作之 工具本體狀 •係本創作之 離工具本體 •係本創作第 導組件伸出 •係本創作第 導組件可抽 :係本創作第 導組件伸出 :係本創作第 導組件可抽 •係本創作第 體組裝T型 動作示意圖一， 餘 其係顯示導組 動作示意圖二，复总# 八係顯示導矣且 之狀態。 ^ 二實施例之動作示意圖一 工具本體狀態。 二實施例之動作示意圖二 離出工具本體之狀態。 二實施例之動作示意圖一， 工具本體狀態。 三實施例之動作示意圖二， 離出工具本體之狀態。 二實施‘例之剖視圖，其，係顯 驅動工具之實施例圖。 其 其 件伸出 件可抽 係顯示 係顯示 係顯示 係顯示 工具本 【主要元件符號說明】 _工具本體（10) 環槽（1 2 ) 制動件（1 4 ) 〆 驅動端（1 6 ) 滑套（2 〇 ) 弟二斜槽（22) 擋緣（2 4 )彈性組件（3 〇 ) 插槽（3 1 1 ) 第一驅動空間（1 穿孔（1 3 ) 内端面（1 5 > 扣環（1 7 ) 第一斜槽（2 1 ) 凹槽（2 3 ) 迫緊件（3 1 ) 彈性件（3 2 ) 14 M318489 導插端（3 2 1 ) 導座（3 3 ) 容置部（3 3 2 ) 導組件（4 0 ) 擋部（4 2 ) _ 制動部（4 4 ) 多角球頭（5 1 ) 工具本體（1 0 A ) 制動件（1 4 A ) ) 驅動端（1 6 A ) 開口端（2 1 A ) 伸縮空間（2 3 A ) 凹槽（2 5 A ) 導斜面（2 7 A ) 第二驅動空間（4 1 A 工具本體（10B) > 轉向鋼珠孔（18B) • 滑套（2 Ο B ) 、扣環（2 2 B ) 彈簧（2 6 B ) 導組件（4 Ο B ) 制動部（4 4 B ) 嵌組端（3 2 2 ) 嵌槽（3 3 1 ) 磁吸件（3 4 ) 第二驅動空間（4 1 擋部（4 3 ) 驅動工具（5 0 ) 鋼珠（5 2 ) 第一驅動空間（1 1 滑套（2 0 A ) 擋環（2 2 A ) 擋緣（2 4 A ) 彈簧（2 6 A ) 導組件（4 0 A ) 制動部（4 4 A ) 驅動端（1 6 B ) 定向鋼珠孔（1 9 B 制動件（2 1 B ) 伸縮空間（2 3 B ) 第二驅動空間（4 1 15• 1 The tool is the main body of the creation • The subject of the creation of the tool is the main component of the creation of this creation. The first component of this creation can be drawn: the first component of this creation is extended: the first guide of this creation The component can be pumped and extracted. The schematic diagram of the T-shaped action of the first body assembly is shown in Fig. 1. The rest of the system shows the action diagram of the guide group. ^ Figure 2 is a schematic diagram of the action of the tool body. The schematic diagram of the action of the second embodiment is the state of the tool body. FIG. 1 is a schematic diagram of the action of the second embodiment. FIG. 2 is a schematic diagram of the action of the third embodiment, and the state of the tool body is separated. Second, a cross-sectional view of an example is shown, which is an embodiment of a driving tool. Its piece protruding part can be drawn display system display system display tool [main component symbol description] _ tool body (10) ring groove (1 2) brake piece (1 4 ) 〆 drive end (1 6 ) slip Set (2 〇) brother two chute (22) retaining edge (2 4) elastic component (3 〇) slot (3 1 1) first drive space (1 perforated (1 3 ) inner end face (1 5 > buckle Ring (1 7 ) First chute (2 1 ) Groove (2 3 ) Tightening member (3 1 ) Elastic member (3 2 ) 14 M318489 Leading end (3 2 1 ) Guide (3 3 ) Part (3 3 2 ) Guide assembly (4 0 ) Stop (4 2 ) _ Brake (4 4 ) Multi-angle ball head (5 1 ) Tool body (1 0 A ) Brake (1 4 A ) Drive end ( 1 6 A ) Open end (2 1 A ) Telescopic space (2 3 A ) Groove (2 5 A ) Guided slope (2 7 A ) Second drive space (4 1 A Tool body (10B) > Steering ball hole (18B) • Sleeve (2 Ο B), buckle (2 2 B) Spring (2 6 B) Guide assembly (4 Ο B) Brake (4 4 B ) Insert end (3 2 2 ) Insert ( 3 3 1 ) Magnetic parts (3 4 ) Second drive space (4 1 stop (4 3 ) Drive tool (5 0 ) steel (5 2 ) First drive space (1 1 Sleeve (2 0 A) Stop ring (2 2 A) Retaining edge (2 4 A ) Spring (2 6 A ) Guide assembly (4 0 A ) Brake (4 4 A) Drive end (1 6 B ) Oriented ball hole (1 9 B Brake (2 1 B ) Telescopic space (2 3 B ) Second drive space (4 1 15