M328355 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種電氣動強力套筒限位I 一種適用*同㈣卫具之夾持操控之創新型態設計 -【先前技術】 按，其習知結構請參閱美國專利第5 g g 2號所揭<「電氣動工具之伸縮式夾持器:，直特 =基件於前端内置有一夹持件用以夹持木螺釘 牛後方设有一彈簧並受壓縮件前端階緣加以限位， :黃可維持夾持件對木螺釘之夾持狀態，或提供夾 放木螺钉之壓縮裕度，另在基件後段乃設有適當深 螺紋，俾供螺鎖限位件並可調整其鎖 栓鎖深度； & 、該I縮件於前段乃形成與限位件内徑相符之套: 2 —適#階緣以限位夾持件後端彈簧，而其後段, 形成一六角隸垃與 …杜 該套插段並設有-插接孔彳 二！ 於插接孔近前端週緣埋設有數夹持彳 位辆* f $成夾持定位’另在插接孔猶後側又增設； =:配合起子桿環槽形成卡位以防止其脫出，' 一卡位鋼珠均顯露於外緣，另在套插段近^ 件 ^衣肷扠，藉以於壓縮件套插力 一 于、（位件後端之壓縮件套插段套設一彈簣 頂 乂限位’該套蓋將受c型扣環的限制及彈， 頂而不致脫離， 付為持限位件與壓縮件套結成一骨 其是 4 5 *主要 夾持 用該 件釋 之内 螺釘 段並 延伸 起子 珠以 --^ 前述 端形 限位 並以 的推 的關 5 M328355 係型態，而藉 該限位件 在限位件内徑 稍前位置分設 放夾持鋼珠而 之套換之效能 惟，此種 下述之問題點 5亥習知伸 令該工件在高 定位不穩定， 質者。是以， 發一種更具理 企盼，亦係相 有鑑於此 與設計經驗， 終得一確具實 【新型内容】 即，本創 筒限位裝置； 具所存在之伸 令該工件在高 定位不穩，且 點加以改良突 該彈簧則可賦予壓縮件復位效能； 於外緣乃設有螺紋以供與基件螺鎖結 約略對應於壓縮件之夾持鋼珠及卡位 有一道環槽，藉壓縮件之移位，特可 成壓縮件空轉，或釋效卡位鋼珠以提 驾头、、°構型態於實際使用經驗中發現 縮件僅具單_ έ + 早、、且夾持鋼珠以徑向夾 速運轉下’谷易產生運轉偏動以造 且在高速螺鎖作業使用時，亦影響 針對上述習知6士 m 為*、、、σ構所存在之問題點 想實用性之創新& “ j新、、、σ構，實使用消費 關業者須& + m * 、 研發犬破之目標及方 ’創作人本於多年 千從事相關產品之 針對上述之目_ π，坪加設計與審慎 用性之本創作。 ，+欲Ί六一種 其所欲解決之問 維& # 碭點，係針對 細件僅具單一 έ 、、且爽持鋼珠以徑 =下’容易產生運轉偏動 速螺鎖使用時，亦影響其 合，另 鋼珠的 提供釋 供工件 仍存在 工件， 中心點 作業品 如何開 所殷切 0 造開發 估後， 強力套 氣動工 工件， 中心點 質問題 6 M328355 主要係藉由該基件之連動 ，且邊第一、二夾持裝置 而其解決問題之技術特點， 桿段徑向設有第一、二夾持裝置 係相連通於基件之插接孔； .藉此創新獨特設計’使本創作之驅動工具在徑向定位 -時可獲得前、後二段夾持定位’以使本創作之電氣動工呈 在螺鎖作業時不造成偏動，且由 ^ 〃 风楊勁且中心點定位鎖設作業可 -穩定狀態；對照先前技術而言， 可違到品質的提高及操作 ”上的便利之實用進步性。 、 【實施方式】 請參閱第1〜6 位裝置之較佳實施例 利申請上並不受此結 圖所示，係本創作電 ’惟此等實施例僅供 構之限制。 氣動強力套筒限 說明之用，在專 首先，如第 一基件（1 0 ’該非圓形桿段（1 使用，而該基件（1 依序設有伸縮桿段（ 桿段（1 2 )及連動 122)，其中該連 接孔（1 7 )，該插 段（4 1，4 2 )及 )，所述驅動工具（ (1 3 )外緣徑向依 4圖所示 ，其係一 1 )可供 〇 )之非 1 2 )及 桿段（1 動桿段（ 接孔（1 鋼珠凹槽 4 〇 )可 序設有連 ’其係包括 端設有非圓 電氣動驅動 圓形桿段（ 連動桿段（ 3 )之間相 1 3 )之端 7 )可供插 (4 3 )之 為強力套筒 通插接孔（ 形桿段（ 源插套以 1 1 )相 13)， 對形成有 面中央槽 套具有非 驅動工具 ，且該連 1 7 )之 11) 使驅動 鄰位置 該伸縮 階緣（ 設有插 圓形桿 (4 〇 動桿段 第一失 7 M328355 ^ 持裝置（1 4)、卡位裝置（1 5)及第二夾持 ，，6 )，其中該第一夾持裝置（1 4 )、卡位裝置 及第二夾持裝置（1 6#)可同為珠體型態’而基 )對應第一夹持裝置（1 4 )、卡位裝置（1 5 夾持裝置（1 6 )則設具有相對珠孔（1 4 1 ， *16 1)，其中該基件（1〇)對應第一、二夾 • 1 4，1 6 )於本實施例係分別徑向佈設有三珠 1 ，1 4 1 )，以供各別伸縮容置珠體型態的第 φ 置（14)及第二夾持裝置（16)，令第一夾 1 4)及第二夹持裝置（1 6) y活動凸伸於基 )之插接孔（1 7 )内，復令各珠體型態之第一 (1 4 )或第二夾持裝置（1 6 )配合抵觸於驅 5 0 ) (40)之前、後非圓形桿段（41，4 向夾持，以使驅動工具（4 0 )受制於徑向夾持 續行轉動，另該卡位裝置（1 5 )於本實施例係 型態，且該珠體係略大於第一夾持裝置（1 4 ) • 持裝置（1 6 )之珠體大小，當卡位裝置（丄5 入基件（1 0 )之珠孔（1 5 1 )後，該卡位带 )得以相對限位驅動工具（4 0 )之鋼珠凹槽（ 令驅動工具（4 0 )無法產生軸向插拔之動作· 一伸縮定位裝置（2 0 )，其係包含〜他^ )、一彈簧（22)及一套蓋（21)依序輛向 述基件（1 0)外緣，其中該套蓋（2 1 )及彈 )係固定套覆於基件（1 〇 )之伸縮桿段（1 2 定覆設方式於本實施例係於基件（1 〇 ) u y <伸縮 裝置（1 (15) 件（1 0 )及第二 15 1， 持裝置（ 孔（1 6 一夾持裝 持裝置（ 件（1 0 夾持裝置 動工具（ 2 )呈徑 力而無法 同為珠體 及第二夾 )凸伸進 置（1 5 4 3)， 件（2 3 套覆於前 簧（2 2 )，其固 桿段（1 8 M328355 2 ) —端環設 環槽 一 壞狀欲組一 .簧（2 2 ) 令C型扣環 2 ) —端擋 ( 2 1 2 .)之壓縮空 2 )之擋部 φ 2 1 ) —端 )内緣並朝 一側係配合 側並限位於 2 1 )、彈 (2 2 )而 限位於基件 2 3 1 )的 # 中該套置空 .0)之第一 部（2 6 ) )及第二夾 第一夾持裝 置（1 6 ) )藉由彈簧 一'二夾持 夾持裝置（ c型扣環 及套蓋（ (29) 止疋位， )，以供 間（2 1 (211 延伸有伸 内凸設有 頂撐彈簧 基件（1 簧（2 2 呈彈性頂 (10) 反向空間 間（2 7 夾持部（ ，所述之 持部（2 置（1 4 之鋼珠凹 (22) 部（2 4 1 4 ，1 (12 (29 2 1) 嵌卡於 另該套 容置彈 2 )之 )，又 縮部（ 擋端（ (22 0 )之 )及伸 撐之壓 之伸縮 位置内 )内緣 2 4) 第一夾 6 )於 )、卡 槽（4 頂撐狀 ，2 6 6 )之 1 )，該環槽（1 2 1 )’藉由伸縮件（2 3 先行套覆於基件（1〇 基件（1 0 )之伸縮桿 蓋（2 1 )内部形感有 簧（2 2 )，且該套蓋 内緣内縮形成有擋止彈 該伸縮件（2 3 )相對 2 3 1)，該伸縮部（ 2 3 2)，該擋端（2 )另端，且擋端（2 3 階緣（1 2 2 )，以使 縮件（2 3 )係藉由内 縮狀態，且前述各構件 桿段（1 2 )，又該伸 形成有套置空間（2 7 壁面依序形成有對應基 、卡位部（2 5 )及第 持部（2 4 )、卡位部 本實施例係為對應珠體 位裝置（1 5 )及第二 3 )型態，當該伸縮件 態時，該伸縮件（2 3 )與基件（1 〇 )之第 别、後相對距離係為dl )可供 )、彈 )時， 段（1 壓縮空 (21 簧（2 套蓋（ 2 3 1 3 2 ) 2 )另 套蓋（ 部彈簧 並彼此 縮部（ )，其 件（1 二夾持 (25 型態之 夾持裝 (23 )之第 —— 、 (如第 9 M328355 ' 2圖所 - 件（1 伸縮件 具非圓 向面係 (10 _卡位部 、後相 Φ ( 2 3 )係相 有鋼珠 0 )之 0 )可 其中該 基件（ 套置空 Φ 該擴槽 緣（4 〇 )係 該限位 相詞'螺 紋段（ )相董十 限位件 示），以使後拉伸縮件（2 se 0 )之筮 + 至dl距離時，兮 u )之第一、二夾持裝置（丄4 σ亥基 (2 3 )之第一、二夾持部（2 4 :)係對應於 形桿段（4 i，4 2 )之驅動 6 )，俾使 呈非夾持限位狀態，以使驅動工1 〇 )之各徑 )之插接孔（i 7)内空轉，2 〇)於基件 / n广 得且伸縮件（？ q、 (25)與基件（1〇)之卡位裝置（15 )之 對距離係為d2 (如第2圖所示），、 ）之前 )至d2距離時，該基件（1 0 )上使後拉伸縮件 對位於伸縮件（2 3)之卡位部 1 5 凹槽（4 3 )之驅動工具（4 〇 )，俾使具 卡仿驻番r，『、 [4 0 )係脫離基件（χ ::表置（15)之嵌卡定位，令該驅動工ι(4 基件（1 〇 )之插接孔（1 7 )内活動抽離出， d2之距離係大於⑴距離，另該伸縮件〇 3 1 0 ) —端之外緣形成有外螺紋段（2 間（2 7 )之開口端緣形成有擴槽（2 ，2 = (2 7 1 )係用以配合導入 ，/、中 4); 涵力套商（40)之擴 調整限位裝置（3 〇 )，其中該調整限位裝置（3 包含有限位件（3 i )及迫位螺帽（3 2 )，其中 件（3 1 )及迫位螺帽（3 2 )内緣分別形成有怜 合於前述伸縮件（2 3 )外螺紋段（2 8 )之内螺 3 1 1 )，令限位件（3 1 )之内螺紋段（3工工 螺合於伸縮件（2 .3 )之外螺紋段（2 8 )，而咳 (3 1 )之前端面設具靠抵部（3 4 )，俾可藉由 10 M328355 旋調限位件（3 1 )之軸向 3 1)之靠抵部（34)與 調整至適當位置，復令限位 3 2 )藉由螺動而使相對端 (3 1 )與迫位螺帽（3 2 用〇 螺紋的行矛呈付番 丁枉伹置，令限位件（ 驅動工具（4 η、 〈 4 〇 )之相對距離 件（3 1 )末端供迫位螺帽（ 面緊配合磨擦接觸，令限位件 )彼此迫緊而無法續行螺動使 藉由上述之結構、組成 情形說明如下： 如弟2 、3圖所示，當 ’令該限位件（3 1 )前端 面’並推動伸縮件（2 3 ) (2 3 )之伸縮部（2 3 1 頂撐彈簧（2 2 )呈壓縮狀 一、二夾持部（24，26 一、二失持袈置（14，1 (1 4 ，1 6 )可朝外伸出 夾持部（2 4 ，2 6 )，以 1 6 )徑向脫離驅動工具（ 4 2 }，若使用電（氣）動 )則產生空轉狀態，以避免 件過度，而造成所攻設的螺 繼而，使用者欲抽離驅 袼型態之驅動工具（4 〇 ) 徒手掣動該伸縮件（2 3 ) (2 3 )之伸縮部（2 3 1 設計，茲就本創作之使用作動M328355 VIII. New Description: [New Technology Field] This creation is related to an electric dynamic sleeve limit I. An innovative design for the gripping control of the same (four) guards. [Prior Art] Press For the known structure, please refer to the U.S. Patent No. 5 gg No. 2 < "The telescopic gripper of the electric moving tool: Straight special = the base member has a clamping member at the front end for holding the wooden screw. It is limited by the front edge of the compression member. The yellow can maintain the clamping state of the clamping member against the wood screw, or provide the compression margin for the wood screw, and the appropriate deep thread is provided at the rear of the base member. For the screw locking limit piece and adjusting the locking bolt locking depth; & the I shrinking piece forms a sleeve corresponding to the inner diameter of the limiting piece in the front part: 2 - suitable for the # step edge to limit the rear end of the clamping member The spring, and the rear section, forms a hexagonal lining and a set of inserts and is provided with a plug hole !2! A plurality of clamping 彳 positions are embedded in the periphery of the insertion hole near the front end * f $ into the clamping position 'In addition, the rear side of the plug hole is added; =: The card is formed with the kicker ring groove to prevent the card from being inserted. It escapes, 'one card position steel ball is exposed on the outer edge, and the other part of the sleeve is close to the piece ^ 肷 肷 , , , , , , , , 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩 压缩Set a magazine top 乂 limit 'The cover will be restricted by the c-type buckle and the spring, the top will not be detached, the support is fixed with the compression member to form a bone. It is 4 5 * Main clamping The piece is inserted into the inner screw segment and extends the sub-bead to the above-mentioned end shape limit and pushes the closed 5 M328355 type, and the limit piece is placed in front of the inner diameter of the limiting piece. The effect of the clamping of the steel ball is only the following problem. The problem is that the workpiece is unstable in the high position and the quality is good. Therefore, it is more reasonable to look forward to it. And the design experience, the final result is a real [new content], that is, the creation of the limit device; the presence of the extension makes the workpiece unstable at high positioning, and the point is improved, the spring can be used to reset the compression member Efficacy; the outer edge is provided with a thread for screwing with the base member approximately corresponding to the clamping of the compression member The bead and the card position have a ring groove, which can be turned into a compression piece by the displacement of the compression piece, or the effect of the card seat ball to lift the head, and the configuration of the shape is found in the actual use experience. _ έ + early, and the steel ball is clamped at a radial pinch speed. 'Gu Yi produces a running bias to create and use it in high-speed screw lock operation. It also affects the above-mentioned conventional 6 s m for *, , σ The problem of the existence of the structure is to think about the practicality of innovation & "j new,,, σ structure, the use of consumer care providers must & + m *, research and development of the goal of the dog and the party's creator is engaged in many years The product is aimed at the above purpose _ π, the design of Pingjia and the use of prudence. , + Ί Ί 一种 一种 一种 一种 一种 一种 一种 一种 一种 一种 一种 一种 一种 一种 & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & It also affects the combination. The steel ball is still provided with workpieces. The center point work product is eager to open. After the development and evaluation, the powerful set of pneumatic workpieces, the central point quality problem 6 M328355 is mainly linked by the base member. And the first and second clamping devices and the technical features of the problem solving, the rod segments are radially provided with first and second clamping devices connected to the insertion holes of the base members; The driving tool of the creation can obtain the front and rear two-stage clamping positioning when the radial positioning is performed - so that the electrical start of the creation is not caused to be biased during the screw locking operation, and the center point is The positioning lock operation can be stabilized; according to the prior art, the improvement of the quality and the practical progress of the operation can be violated. [Embodiment] Please refer to the preferred embodiment of the 1st to 6th devices. Li application is not subject to As shown in the figure, it is the creation of the electric power. However, these embodiments are only for the limitation of the structure. The pneumatic strength sleeve is limited to the description, in the first, such as the first base member (1 0 'the non-circular rod segment (1 Used, the base member (1 is provided with a telescopic rod segment (rod segment (1 2 ) and linkage 122), wherein the connecting hole (1 7 ), the insertion segment (4 1, 4 2 ) and) The driving tool ((1 3) has an outer radial direction as shown in Fig. 4, which is a 1) for non-1 2) and a rod segment (1 moving rod segment (1 hole (4 ball groove 4 〇) The sequence can be connected with a non-circular electric drive circular rod section (the end of the phase between the linkage rod segments (3) 1) for insertion (4 3 ) as a strong sleeve a through-hole (a rod-shaped section (source plug-in 1 1 ) phase 13), having a non-driving tool for forming a center-faced sleeve, and 11) of the connection 7) driving the adjacent position of the telescopic rim (There is a circular rod (4 swaying rod section first lost 7 M328355 ^ holding device (1 4), carding device (15) and second clamping, 6), wherein the first clamping device (1 4 ), card device and The two clamping devices (1 6#) can be the same as the bead type 'base> corresponding to the first clamping device (1 4 ) and the clamping device (1 5 clamping device (16) is provided with opposite bead holes (1 4 1 , *16 1), wherein the base member (1〇) corresponds to the first and second clips • 1 4, 16 6 ) in the embodiment, respectively, three beads 1 , 1 4 1 ) are arranged radially, The first φ arrangement (14) and the second clamping device (16) for respectively telescopically accommodating the bead shape, so that the first clamping member 1 4) and the second clamping device (16) y are protruded from the base In the insertion hole (17), the first (1 4) or the second clamping device (16) of each bead type is reciprocated against the drive 50 () before and after the non-circle The rod segments (41, 4 are clamped so that the driving tool (40) is subjected to continuous rotation by the radial clip, and the latching device (15) is in the embodiment of the embodiment, and the bead system is slightly Larger than the first clamping device (1 4 ) • The size of the bead of the holding device (1 6 ), when the clamping device (丄5 into the bead hole of the base member (10) (1 5 1 ), the clamping band ) The ball groove of the relative limit drive tool (40) (the drive tool (40) cannot produce the shaft The action of inserting and removing · a telescopic positioning device (20), which comprises ~he^), a spring (22) and a cover (21) sequentially to the outer edge of the base member (10), wherein The cover (2 1 ) and the elastic cover are fixed on the telescopic rod section of the base member (1 定) (1 2 is fixedly attached to the base member (1 〇) uy < telescopic device (1 (15) Parts (1 0) and 2, 15 1, holding device (holes (1 6 a clamping device (1 0 clamping device moving tool ( 2 ) is a radial force and cannot be the same as the bead and The second clamp) protrudes into the (1 5 4 3), the piece (2 3 covers the front spring (2 2 ), and the fixed rod section (1 8 M328355 2 ) - the end ring is provided with a ring groove 1. Spring (2 2 ) Let C-type clasp 2) - end stop (2 1 2 .) compression space 2) stop φ 2 1 ) - end) inner edge and side to the side of the mating side and limited to 2 1), the bomb (2 2 ) is limited to the first part (2 6 ) of the space of the base member 2 3 1 ) and the first clamp device (1 6 ) of the second clamp) By means of a spring-two clamping device (c-type clasp and cover ((29) stop position), for the room (2 1 ( 211 Extension has a protruding inner protrusion with a top spring base member (1 spring (2 2 is elastic top (10) reverse space (2 7 clamping part (the said holding part (2 set (1 4 steel ball) Concave (22) part (2 4 1 4 , 1 (12 (29 2 1) is embedded in the other set of housing 2), and the retracted part (stop end ((22 0))) In the telescopic position) inner edge 2 4) the first clamp 6), the card slot (4 top support, 2 6 6 ) 1), the ring groove (1 2 1 )' by the telescopic member (2 3 Firstly, the inner part of the telescopic rod cover (2 1 ) of the base member (1 1 ) is spring-loaded (2 2 ), and the inner edge of the cover is retracted to form a blocking elastic body. (2 3 ) relative to 2 3 1), the telescopic portion (2 3 2), the end of the end (2), and the end of the end (2 3 edge (1 2 2 ), so that the reduction (2 3 ) By means of the retracted state, and the aforementioned member rod segments (1 2 ), the sleeve space is formed by extension (the wall surface is sequentially formed with the corresponding base, the card portion (2 5 ) and the first portion (2) 4), the card position portion of the embodiment is a corresponding bead position device (15) and a second 3) type, when the telescopic member state, the When the first and rear relative distances of the telescopic member (2 3 ) and the base member (1 〇) are dl), when the bullet is applied, the segment (1 compression is empty (21 spring (2 cover (2 3 1 3 2) 2) Another cover (springs and retracted parts ( ), their parts (1 two clamping (25 type of clamping device (23) -), (such as the 9th M328355 '2 (1) The telescopic member has a non-circular surface system (10 _ card position, rear phase Φ (2 3 ) phase with steel ball 0) 0) where the base member (set empty Φ the groove edge (4 〇 ) is the first and second clamping device of the limit phase word 'thread segment ( ) phase Dong ten limit device), so that the rear extension member (2 se 0 ) 筮 + to dl distance, 兮 u ) (丄4 σ海基(2 3 ) The first and second clamping parts (2 4 :) correspond to the driving of the shaped rod section (4 i, 4 2 ) 6 ), so that the non-clamping limit state In order to make the driver (1 〇) of each of the holes (i 7) idling, 2 〇) in the base member / n wide and telescopic (? q, (25) and the base device (1〇) of the card device (15) is the distance d2 (as shown in Figure 2), before) to d2 distance, the base member (10) The driving tool (4 〇) which is located on the groove (4 3 ) of the latching portion 15 of the telescopic member (23) is caused by the rear pull-out telescopic member, so that the card is in the form of a r, ", [4 0] Disengaged from the base member (χ :: table (15), the positioning of the card, so that the driver ι (4 base (1 〇) of the insertion hole (1 7) in the active extraction, d2 distance is greater than (1) The distance, the extension member 〇3 1 0), the outer edge of the end is formed with an externally threaded section (the opening edge of the two (2 7 ) ends is formed with a slot (2, 2 = (2 7 1 ) for cooperation) Import, /, 4); expansion limit device (3 〇) of the force sleeve (40), wherein the adjustment limit device (3 includes the limited position (3 i ) and the forced nut (3 2 ), the inner edge of the inner piece (3 1 ) and the urging nut (3 2 ) respectively form an inner screw 3 1 1 ) which is incompatible with the outer thread section (28) of the telescopic member (23), so that the limit is Threaded section of the piece (3 1 ) (3 workers screwed to the threaded section (2 8 ) outside the telescopic piece (2.3), and cough (3 1) The front end face is provided with abutment portion (3 4 ), and the abutment portion (34) of the axial direction 3 1) of the limit member (3 1 ) can be adjusted and adjusted to the appropriate position by the 10 M328355 Limit 3 2) By the screwing, the opposite end (3 1 ) and the forced nut (3 2 are placed on the threaded spear to make the limiter (drive tool (4 η, 〈 4 〇) The relative distance piece (3 1 ) is provided with a forced-nut (the surface is tightly matched with the frictional contact, so that the limiting piece) is tight with each other and cannot be continued to be screwed, so that the above structure and composition are explained as follows : As shown in Fig. 2 and Fig. 3, when 'the front end face of the limit piece (3 1 )' is pushed and the telescopic part of the telescopic piece (2 3 ) (2 3 ) is pushed (2 3 1 top support spring (2 2 ) One or two clamping portions in compression (24, 26 one and two holding devices (14, 1 (1 4 , 16) can protrude outwardly from the clamping portion (2 4 , 2 6 ) to 1 6 The radial disengagement driving tool (4 2 }, if electric (gas) is used), the idling state is generated to avoid excessive parts, which causes the snail to be attacked, and the user wants to pull away the driving type of the driving type. (4 〇) Member (23) (23) of the telescopic part (231 design, it is hereby use the actuating Creation
使用者預螺鎖螺件於壁面上時 之靠抵部（3 4 )相對觸及壁 刖進至dl距離，同時該伸縮件 )内部擋端（2 3 2 )係相對 態’此時伸縮件（2 3 )之第 )係對位於基件（1 0 )之第 6)，令該第一、二夾持裝置 至伸縮件（2 3 )之第一、二 使第一、二夾持裝置（1 4 ， 4 〇 )之非圓形桿段（4 1 ， 驅動源驅鎖時，該基件（1 〇 驅動工具（4 〇 )不當螺鎖螺 紋產生破壞者。 動工具（4〇)以更換不同規 時，如第2、4圖所示，需先 至d2行程距離，同時該伸縮件 )内部擋端（2 3 2 )係相對 11 M328355 頂㈣黃（22)壓縮， -25)相對位於基件（1〇)=件（23)之卡位部( 該卡位裝置（B)則後向朝外：：敦置（…，此時 .卡位部…），令驅動工具合伸至伸縮件（23)之 )可相對脫離該卡位裝置（1 〇)之辦緣凹槽（4 3 ，該驅動工具（4 〇 )即二:：相對嵌卡狀態，同時 接孔（17)，·反之，使用者欲:Γ基件（“）之插 '基件"〇 )之插接孔（！ 7 h置驅動工具（4 〇 )至 3 )朝後推動，令伸縮件（2寺而先掣動伸縮件（2 位於基件（1 〇 )之卡位裝置（）之卡位部（2 5 )相對 1 5 )朝伸縮件（2 3 ) ^卡 ^ 5 )，以使卡位裝置（ 則可順利地插置驅動工具（位°卩（2 5 )容伸，使用者 對位於基件〇) 4〇)令其鋼珠凹槽（43) 鬆放伸縮件（2 3 )八 "(15)，再者使用者需 (2 3 )之擋端（2 ; 2、：：弹簧（2 2 )頂撐該伸縮件 卡位部（…則與基同時伸縮件（23)之 錯位狀態，俾使卡位装置（ 之卡位裝置（15)呈 具（…之鋼珠凹槽相對嵌卡定位於驅動- 先旋:t整Γ者欲調整與壁面二相對深度距離時，需 元万疋凋_整限位裝置 又此雕丁 而 向行程，調整後則螺動迫位:二=:31)至適當轴 接觸端面抵觸限位件（3 "巾目（3 2)令其相對近距離 3 2 )及限位件（ 之末端面，以使迫位螺帽（ 限位件（9 1 a — 之彼此端面緊配合磨擦接觸’令 “（3 1 )無法再續行螺動使用者。 猎此’本創作藉由 精由第―、二夹持裝置（14，16) 12 M328355When the user pre-threads the screw on the wall surface, the abutting portion (3 4 ) touches the wall sill to the distance d, and the inner end of the telescopic member (2 3 2 ) is in a relative state 'the telescopic member at this time ( 2))) is located in the sixth part of the base member (10), so that the first and second clamping devices to the first and second of the telescopic members (23) make the first and second clamping devices ( 1 4 , 4 〇) non-circular rod section (4 1 , when the drive source is unlocked, the base member (1 〇 drive tool (4 〇) improperly threads the thread to cause damage. The moving tool (4〇) is replaced For different timings, as shown in Figures 2 and 4, the distance to d2 is required first, and the internal end of the telescopic member (2 3 2 ) is relatively opposite to 11 M328355 (four) yellow (22) compression, -25) Base member (1〇) = the card portion of the piece (23) (the card position device (B) is rearward facing outwards:: Dun (..., at this time. the card portion...), so that the driving tool is extended to The telescopic member (23) can be relatively separated from the edge of the latching device (1 〇) (4 3 , the driving tool (4 〇) is two:: relatively embedded state, at the same time, the hole (17), · Conversely, the user wants: Γ base ( ") Insert the 'base piece' (") insertion hole (! 7 h set drive tool (4 〇) to 3) to push backwards, so that the telescopic piece (2 temples first sway the telescopic piece (2 in the base piece (1 〇) the card position device (2) of the card position (2 5 ) relative to 1 5 ) to the telescopic member (2 3 ) ^ card ^ 5), so that the card position device (the device can be smoothly inserted ( Position °卩 (2 5 ) tolerance, the user is located in the base member 〇) 4〇) so that the steel ball groove (43) loosen the telescopic member (2 3 ) eight " (15), and the user needs ( 2 3) the end of the gear (2; 2:: spring (2 2) struts the latching portion of the telescopic member (...the dislocation state of the telescopic member (23) at the same time, so that the card position device (the card position) The device (15) is formed with (...the steel ball groove is positioned relative to the embedded card to drive - the first rotation: t the whole person wants to adjust the relative depth distance from the wall surface 2, the need for the yuan 疋 _ _ _ _ _ _ _ _ _ _ _ _ _ _ For the stroke, after adjustment, the screwing is forced: 2 =: 31) to the appropriate shaft contact end face against the limiter (3 " (2 2) makes it relatively close 3 2) and the limiter ( End face to make the forced nut (limiter (9 1 a — the end faces of each other are in close contact with the frictional contact' so that “(3 1 ) can no longer continue to sway the user. Hunting this” by creating the first and second clamping devices (14, 16) 12 M328355
以前、後徑(4 1，4 螺鎖偏心狀 雙重夾持定 0 )之爽持 業偏動，俾 請繼續 例，其中該 定向結構型 與非圓形桿 圓形桿段（ 多角球頭（ (1 1 )則 ’其中該非 則形成有彈 向失持 2 )， 態，且 位驅動 穩固性 使本創 參閱第 基件（ 態，所 段（1 11) 111 形成有 圓形桿 性珠體 驅動工具 令本創作 藉由第一 工具（4 ，以不易 作達到使 5、6圖 1 0 )之 述轉定向 1 )呈分 之一端依 )，而基 多角球孔 段（1 1 (112 (40 在進行 、二夾 0 )， 造成驅 用上的 所示， 非圓形 結構型 離構件 序形成 件（1 (10 )之多 )，而 )之 前 螺鎖作業 持裝置（ 更可達到 動工具（ 穩固之實 其係本創 桿段（1 態係基件 ，如第5 有頸伸段 0 )對應 1 )及扣 角球頭（ 基件（1 後非圓時，不14, 驅動工4 0) 用進步 作之第 1 )可 (10 圖所示 (11 該非圓 環（1 111 0 )之 形桿段 易產生 16) 具（4 鎖設作 性。 -—實施 為一轉 )末端 ，該非 3 )及 形桿段0 4) )適處 多角球The front and rear diameters (4 1,4 screw-locked eccentric double-holding fixed 0) are the industry's bias, please continue the example, where the directional structure and the non-circular rod round section (multi-angle ball head ( (1 1 ) then 'where the non-formation has a bouncing loss 2), state, and the position-driven stability makes the original reference to the base member (state, paragraph (1 11) 111 is formed with a circular rod-shaped bead The driving tool causes the creation to be oriented by the first tool (4, which is difficult to achieve, 5, 6, Figure 10), and the base polygon hole (1 1 (112 ( 40 in progress, two clamps 0), resulting in the drive on the display, non-circular structure type from the component forming part (1 (10)), and) before the screw lock operation device (more reachable (Sturdy and solid parts of the section (1 state base, such as the 5th neck extension 0) corresponds to 1) and the buckle ball head (base (1 after non-circle, not 14, driver 4 0 The first step of the progress can be (10) (11 the non-circular (1 111 0) shaped rod section is easy to produce 16) (4 locks are set. - - implemented as One turn) end, the non-3) and the shaped rod segment 0 4)) fit the multi-angle ball
孔（1 〇 1 )内部則設有對應的扣合珠槽（1 〇 2 )，藉 此：當欲使用轉向驅鎖使用型態日夺，令非圓形桿段（工丄 ^拉以使其多角球頭（1 1 1 )與基件（1 Q )末端之 ^ ( 1 0 4 )呈相對嵌卡限位狀態，同時使用者可以多 角轉向使用’ Μ而’使用者欲使用直向驅鎖使用型態時， :需前推非圓形桿段（1 1 )令其多角球，員（1 1 1 )之 w f珠體（1 1 2 )嵌卡定位於基件（1 〇 )之多角球孔 (1 〇 1 )内的扣合珠槽（1 〇 2 )，進以達到直向驅鎖 $用模式之定位狀態者；另請參閱第6圖所示，其係前述 弟5圖結構之多角球頭（1 0 1 A )及多角球孔（1 1 1 13 M328355 A )之結構變化設 端更可形成有多角 1A)之近端面位 1 0 )之相對多角 頭（1 〇 1 A )及 使用模式時，需後 〇 )之多角球頭（ 1 A )之多角球孔 而使用者欲使用直 (1 1 A )，令其 1 3 A )定位於非 3 A )，以使達到 計，其中該非 球孔（1 i i 置設有扣環（ 球孔（1 1 1 頸伸段（i 0 拉該非圓形桿 1 〇 1 A )嵌 (1 1 1 A ) 向使用型態模 非圓形桿段（ 圓形桿段（1 直向使用模式 圓形桿段 A )，該 1 1 2 A A )則延 2 A )， 段（1 1 卡限位於 的扣環（ 式時，則 1 1 A ) 1 A )的 之相對定 (11 多角球 )，而 伸形成 糟此， A )令 非圓形 1 1 2 前推非 之扣合 彈性珠 位者。 A )之前 孔（1 1 該基件（ 有多角球 欲使轉向 基件（1 桿段（1 A )，繼 圓形桿段 珠槽（1 體（1 0 【功效說明】 本創作功效增進之事實如下： 即，本創作之主要目的， 筒限位裝置；其所欲、’、在提供一種電氣動強力套 具所存在之伸縮件僅且單—^‘點’係針對1知電氣動工 Α兮工杜户丄 " 、、且失持鋼珠以徑向夾持工件， 令4工件在高速運轉六 定你X禮 谷易產生運轉偏動以造成中心點 疋位不穩，且力古 在4螺鎖使用時，亦影響其作業品質問題 點加以改良突破； 而其決卩^ Η音 ’、U项之技術特點，主要係藉由該基件（1 )之連動桿段（1 、丄d)徑向設有第一、二夾持裝置（14 ’16) ’且辞楚 且4第—、二夾持裝置（1 4，1 6 )係相連 14 M328355 通於基件（1 〇 )之插接孔（i 7 ); 藉此創新獨特設計，使本創作之驅動工具（4 〇 )在 仏向疋位時可獲得二段夾持定位，以使本創作之電氣動工 ，具在螺鎖作業時不造成偏動，且中心點定位鎖設作業可達 到C疋狀態，對照先前技術而言，< 達到品質的提高及操 /作上的便利之實用進步性。 、 上述實施例所揭示者係藉以具體説明本創作，且文中 私雖透過特定的術語進行說明，當不能以此限定本新型創作 之專和乾圍’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_中。 【圖式簡單說明】 _ 第1圖：係本創作電氣動工具之分解爻體圖。 第2圖：係本創作電氣動工具之動作济意圖一，其係顯示 該壓縮件之未動作狀態。 第3圖：係本創作電氣動工具之動作米意圖二，其係顯示 該壓縮件拉推至dl距離，令驅動工具產生空轉狀 態0 第4圖 係本創作電氣動工具之動 該壓縮件拉推至d2距離， 或插置狀態。 作米意圖三，其係顯示 令驅動工具可活動抽離 15 M328355 ^ 第5圖：係本 • 第6圖：係本 【主要元件符 基件（1 0 ) _伸縮桿段（1 .階緣（1 2 2 第一夾持裝置 φ 卡位裝置（1 第二夾持裝置 插接孔（1 7 伸縮定位裝置 擋部（2 1 1 彈簧（2 2 ) 伸縮部（2 3 第一夾持部（ _ 弟二夾持部（ , 擴槽（2 7 1 外螺紋段（2 調整限位裝置 内螺紋段（3 内螺紋段（3 驅動工具（4 非圓形桿段（ 擴緣（4 4 ) 創 作 第 二 實施例之 創 作 第 二 實施例之 號說明 ] 非圓 2 ) 環槽 ) 連動 ( 1 4 ) 珠孔 5 ) 珠孔 ( 1 6 ) 珠孔 ) ( 2 0 ) 套蓋 ) 壓縮 伸縮 1 ) 擋端 2 4 ) 卡位 2 6 ) 套置 ) 8 ) C型 ( 3 0 ) 限位 1 1 ) 迫位 2 1 ) 靠抵 0 ) 非圓 4 2 ) 鋼珠 組合剖視圖。 結構變化剖視圖。 形桿段（1 1 ) (12 1) 桿段（1 3 ) (14 1) (15 1) (16 1) (21) 空間（2 1 2 ) 件（2 3 ) ( 2 3 2 ) 部（2 5 ) 空間（2 7 ) 扣環（2 9 ) 件（3 1 ) 螺帽（3 2 ) 部（3 4 ) 形桿段（4 1 ) 凹槽（4 3 ) 16 M328355 多角球孔（1 Ο 1 ) 扣環（1 Ο 4 ) 多角球頭（1 1 1 ) 頸伸段（1 1 3 ) 非圓形桿段（1 1 A ) 、口環（1 1 2 A ) .多角球頭（1 Ο 1 A ) 彈性珠體（1 0 3 A ) 扣合珠槽（1 0 2 ) 彈性珠體（1 1 2 ) 多角球孔（1 1 1 A ) 扣合珠槽（1 1 3 A ) 頸伸段（1 ◦ 2 A )Inside the hole (1 〇1), there is a corresponding snap-on bead groove (1 〇 2 ), so that when the steering lock is to be used, the type of the sun is used, so that the non-circular rod section is pulled. The multi-angle ball head (1 1 1 ) and the end of the base member (1 Q ) are opposite to each other, and the user can turn to the multi-angle to use the 'Μ' user wants to use the direct drive. When the lock is used, the non-circular rod segment (1 1 ) needs to be pushed forward to make the multi-angle ball, and the wf bead (1 1 2 ) of the member (1 1 1 ) is embedded in the base member (1 〇). The snap-on bead groove (1 〇 2 ) in the multi-angle ball hole (1 〇 1 ) is used to achieve the positioning state of the direct drive lock mode. See also Figure 6 for the above-mentioned brother 5 The structure of the multi-angle ball head (1 0 1 A) and the multi-angle ball hole (1 1 1 13 M328355 A) can be formed with a multi-angle 1A) near-end face position 1 0) relative multi-angle head (1 〇 1 A ) and when using the mode, the multi-angle ball hole of the multi-angle ball head ( 1 A ) is required to be used by the user and the user wants to use straight (1 1 A ) to position the 1 3 A ) to be non-3 A). To reach the count, where the non-spherical hole (1 ii With a buckle (ball hole (1 1 1 neck extension (i 0 pull the non-circular rod 1 〇 1 A) embedded (1 1 1 A) to the use of the mold non-circular section (round section ( 1 Straight to use mode circular rod segment A), the 1 1 2 AA ) is extended by 2 A ), the relative position of the segment (1 1 card limit is located in the buckle (1 1 A in case) 1 A ) (11 multi-angled ball), and stretched to form this, A) make the non-circular 1 1 2 push forward the non-elastic elastic bead. A) before the hole (1 1 the base piece (there is a multi-angle ball to make the steering base) Piece (1 rod segment (1 A), followed by round rod segment bead groove (1 body (1 0 [Effective description] The fact that the effect of this creation is improved is as follows: that is, the main purpose of this creation, the barrel limit device; Desire, ', in the provision of an electric dynamic strength set of telescopic parts only and single-^' point 'for the 1 knowledge electric construction completed Du Duo 丄,, and the loss of steel balls to hold the radial The workpiece, so that the 4 workpieces are running at high speed, you X Ligu is prone to run off to cause the center point to be unstable, and when the force is used in the 4 screw lock, it also affects the quality of the work. The improvement breakthrough; and the technical characteristics of the 卩 Η Η 、 、 、 、 、 、 U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U 14 '16) 'And the words and the 4th, the second clamping device (1 4,16) is connected to the 14 M328355 through the base (1 〇) of the insert hole (i 7); In this way, the driving tool (4 〇) of this creation can obtain the two-stage clamping positioning when the squatting position is made, so that the electrical construction of the creation is not caused by the screw lock operation, and the center point positioning locking operation is performed. The C疋 state can be achieved, and according to the prior art, < achieves the improvement of quality and the practical progress of the convenience of operation/operation. The disclosures of the above embodiments are used to specifically explain the creation, and although the texts are described by specific terms, it is not possible to limit the creation of this new type of creation and the practice of those who are familiar with the technical field. The spirit and principles of this creation are subject to change and modification to achieve an equivalent purpose, and such changes and modifications are to be included in the scope defined by the scope of the patent application as described later. [Simple diagram of the diagram] _ Figure 1: The decomposition diagram of the electric tool of this creation. Fig. 2 is a view showing the action of the present electric actuator, which shows the inoperative state of the compression member. Figure 3: This is the action of the electric action tool. The figure shows that the compression member is pushed to the dl distance, so that the driving tool generates the idling state. The fourth figure is the movement of the electric tool. Push to d2 distance, or insert state. The rice is intended to be three, and its display shows that the driving tool can be moved away from the 15 M328355 ^ Fig. 5: The system • Figure 6: The main component of the base component (1 0 ) _ telescopic section (1. (1 2 2 First clamping device φ clamping device (1 second clamping device insertion hole (1 7 telescopic positioning device blocking part (2 1 1 spring (2 2 ) telescopic part (2 3 first clamping part ( _ brother two clamping section ( , expansion slot ( 2 7 1 external thread section (2 adjustment limit device internal thread section (3 internal thread section (3 drive tool (4 non-circular pole section (expanded edge (4 4) Creation of the second embodiment of the second embodiment of the description] non-circular 2) ring groove) interlocking (1 4) bead hole 5) bead hole (1 6) bead hole) (2 0) cover) compression and expansion 1 ) Stop end 2 4 ) Card position 2 6 ) Set) 8) C type ( 3 0 ) Limit 1 1 ) Forced position 2 1 ) Abuts 0 ) Non-circular 4 2 ) Steel ball combination sectional view. A cross-sectional view of the structural change. Rod section (1 1 ) (12 1) Rod section (1 3 ) (14 1) (15 1) (16 1) (21) Space (2 1 2 ) Pieces (2 3 ) ( 2 3 2 ) 2 5 ) Space (2 7 ) Buckle (2 9 ) Piece (3 1 ) Nut (3 2 ) Part (3 4 ) Rod section (4 1 ) Groove (4 3 ) 16 M328355 Multi-angle ball hole (1 Ο 1 ) Buckle (1 Ο 4 ) Multi-angle ball head (1 1 1 ) Neck extension section (1 1 3 ) Non-circular rod section (1 1 A ), mouth ring (1 1 2 A ). Multi-angle ball head ( 1 Ο 1 A ) Elastic beads (1 0 3 A ) Buckle beads (1 0 2 ) Elastic beads (1 1 2 ) Multi-angle ball holes (1 1 1 A ) Buckle beads (1 1 3 A ) Neck extension (1 ◦ 2 A )
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