M333275 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工具安全卩F位駐要 一種適用不同驅動工具之决 限位裝置，尤其是 〜之夹持操控之創新型態設計者。 【先前技術】 按’其習知結構請參閱本國專利公 6 2號所揭之「電氣動工具之 σ 1 7 6 要是在於基件於前端 持：用持器」，其特色主 持件後方設有一彈菁並受二用以夹持木螺針，夹 該彈菁可維持夹持件對木螺階緣加以限位，利用 釋放木螺釘之壓縮裕度， ^ ’或提供夾持件 内螺紋，俾供螺鎖阳 土後段乃設有適當深度之 釘检鎖深=螺鎖限位件並可調整其鎖合關係以決定木螺 該壓縮件於前段乃报士、办_ ， 形成-適當階緣以限位丈:持; 牛“立件内徑相符之套插段並 形成-六角轉接桿段，彈菁’而其後段則延伸 桿等工件插置 插#又並投有一插接孔供起子 對起子桿形成央持定位 週緣埋設有數夾持鋼珠以 位鋼珠以配合為子桿 明俊側又增叹有一卡 夾持鋼珠與卡位鋼珠均；露=以防止其脫出，自前述 成有-環槽供_ C型扣環山二卜，’另在套插段近前端形 件後，得在限位件後端=°又’错以於壓縮件套插於限位 -套蓋加以限位，該ΠΓ件套插段套設一彈菁，並以 頂而不致脫離，並得ί: 型扣環的限制及彈菁的推 f為持限位件與壓縮件套結成一韙的關 5 M333275 係型態，而藉該彈 • 該限位件於外 •在限位件内徑約略 稍前位置分設有一 放夾持鋼珠而成壓 之套換之效、能。 惟，此種習知 下述之問題點： 该習知伸縮件 令該工件在高速運 定位不穩定，且在 質者。是以，針對 發一種更具理想實 企盼，亦係相關業 有鐘於此，創 與設計經驗，針對 •終得一確具實用性 【新型内容】 即’本創作之 全限位襞置；其所 具所存在之伸縮件 令该工件在高速運 疋位不穩，且在高 點加以改良突破； 餐則可賦予壓縮件復位效能； 緣乃設有螺紋以供與基件螺鎖結合 對應於壓縮件之夾持鋼珠及卡位： 道環槽，藉壓縮件之移位，特可提 縮件空轉’或釋效卡位鋼珠以提供 、、、°構型態於實際使用經驗中發現仍 僅具單-組失持鋼珠以徑向夾持工 轉下，容易產生運轉偏動以造成中 高速螺鎖作業使用時，亦影響其作 上述習知結構所存在之問題點，如 用性之創新結構，實使用消費者所 者須努力研發突破之目標及方向。 本於夕年從事相關產品之製造 上述之目#，詳加設計與審慎評估 之本創作。 主要目的，係在提 欲解決之問題點， 僅具單一組夾持鋼 轉下，容易產生運 速螺鎖使用時，亦 ，另 珠的 供釋 工件 存在 件， 心點 業品 何開 殷切 開發 後’ 供一種電氣動工 係針對習知電氣 珠以徑向夾持工 轉偏動以造成中 影響其作業品質 具安 動工 件， 心點 問題 6 M333275 =其解決問題之技術特點’ i要係藉由該基件之連動 们1向没有第—、二夾持裝置，且該第-、二失持裝置 係相連通於基件之插接孔； 藉此創新獨特設計，使本創作 乂 眭百禮…义 彳W <誕動工具在极向定位 時可獲付前、後二段夾持定位， ^秦 杈又符疋位以使本創作之電氣動工具 在螺鎖作業時不4 &彳色私 Q . ^偏動，且hi以鎖設作業可達到 %疋狀態；對pg券箭姑你A > , …引：可達到品質的提高及.操作 上的便利之實用進步性。 【實施方式】 請參閱第1〜7圖所示，係本創作電氣動工具安全g 位裝置之較佳實施例’惟此等實施例僅供說 利申請上並不受此結構之限制。 .在肩 首先，如第1〜4圖所示，其係包括： ;t牛:1 ◦) ’其係、—端設有非圓形桿段（1 1〕 ’該非0形桿段（11)可供電氣動驅動源插套以使 使用，而該基件（i 0 )之㈣形桿段（ 使㈣ 依序設有伸縮桿段（"）及連動桿段（1;相鄰幻 桿段…）及連動桿段（13)之間相對右：伸I 1 2 2 ) ’其中該連動桿段（丄3 )之 ::： 接孔（I” ’該插接孔（17)可供播套… 段（4 1，4 2 )及鋼珠凹槽（4 3 )之驅動工 )’所述驅動工具（4 〇 )可為起子頭 /、（ 4 | 13)外緣徑向依序設有連通插接 以動桿段 、丄7 )之第一类： 7 ;M333275 )、卡位裝 第一失持裝 置（1 6 ) 持裝置（1 6 )則設具 中該基件（ 於本實施例 ’以供各別 弟一夾持裝 夾持裝置（ 1 7 )内， 二夾持裝置 )之前、後 驅動工具（ 該卡位裝置 體係略大於 )之珠體型 0 )之珠孔 限位驅動工 (4 0 )無 定位裝置（ (2 2 )及 0 )，其中 基件（1 0 實施例係於 及第二夾持 、卡位裝置 型態，而基 裝置（1 5 (14 1， 第一、二夾 佈設有三珠 體型態的第 ’令第一失 動凸伸於基 型態之第一 合抵觸於驅 (4 1，4 徑向失持限 本實施例係 置（1 4 ) 卡位裝置（ 後’該卡位 之鋼珠凹槽 之動作； 係包含一伸 1 )依序軸 1.)及彈簣M333275 VIII. New Description·· -- [New Technology Field] • This creation is related to the safety of an electric moving tool. The F position is a suitable limit device for different driving tools, especially the clamping control. Innovative designer. [Prior Art] According to the 'preferred structure, please refer to the National Patent No. 6 2, “The σ 1 7 6 of the electric moving tool is if the base member is held at the front end: the holder”, and the characteristic host is provided with a rear The elastic phthalocyanine is used to hold the wood screw, and the elastic phthalocyanine can maintain the clamping member to limit the edge of the wood screw, and utilize the compression margin of the release wood screw, ^ 'or provide the internal thread of the clamping member, 俾The back section of the snail lock is equipped with a proper depth of the lock lock depth = screw lock limiter and can adjust its lock relationship to determine the wood snail. The compression part is the sergeant, the _, the formation - the appropriate edge Take the limit position: hold; the cow "the inner diameter of the set piece meets the insert section and form a hexagonal adapter rod section, and the rear part of the extension rod and other workpiece inserts insert # and cast a plug hole for the screwdriver The position of the screwdriver rod is formed at the center of the clamping position. The number of steel balls is placed in the position of the steel ball to match the side of the rod. The side of the beam is sighed with a card holding steel ball and the card steel ball; the dew = to prevent it from coming out, from the above - The ring groove is for the _ C-type buckle ring mountain two Bu, 'the other part of the sleeve is near the front end piece, The back end of the limit member = ° and 'wrong so that the compression member is inserted in the limit position - the cover is limited, the piece sleeve inserts a set of elastic crystals, and the top is not disengaged, and the type is The limitation of the buckle and the push of the elastic ring are the closing of the limit member and the compression member. The M333275 type is used, and the limit is used. The inner diameter of the limit member is slightly The front position is divided into a sleeve-changing effect of clamping the steel ball. However, this conventional problem is as follows: The conventional telescopic member makes the workpiece unstable in high-speed positioning and is in quality. Therefore, in order to develop a more ideal and realistic expectation, it is also related to the industry, creating and design experience, aiming at the end of a practical [new content] that is, the full limit of the creation 襞The telescopic member has the extension of the workpiece at high speed, and the improvement is made at a high point; the meal can give the compression member a reset effect; the edge is provided with a thread for screwing with the base member. Combine the clamping steel ball and the card position corresponding to the compression member: the ring groove, by the displacement of the compression piece, the special mention The shrinking of the shrinking part or the release effect of the steel ball to provide, , and ° configuration in the actual use experience found that only a single-group of the lost steel ball to the radial clamping work, easy to produce running bias to cause When using medium and high speed screw locks, it also affects the problems existing in the above-mentioned conventional structure. For example, the innovative structure of usability, the consumers must use the goal and direction of research and development. The manufacture of the product mentioned above #, detailed design and careful evaluation of the original creation. The main purpose is to solve the problem, only a single group of clamping steel, easy to produce speed screw lock, also , the other part of the shell for the release of the workpiece, the heart point of the product is open after the development of the 'for an electrical engineering department for the custom electric beads to the radial clamping work to shift the bias to cause the impact of its work quality with the workpiece , heart point problem 6 M333275 = technical characteristics of the problem solving 'i must be through the linkage of the base member 1 without the first and second clamping devices, and the first and second holding devices are connected to the base Piece Through the hole; this innovative and unique design makes this creation a hundred ceremonies... The W诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞 诞The electro-mechanical tool of the creation is not 4 & color private Q. ^Polt, and hi can lock up to %疋 state; for pg coupons, you A >, ... Improvement in quality and practical advancement in convenience of operation. [Embodiment] Please refer to Figs. 1 to 7 for a preferred embodiment of the present invention. It is to be understood that the embodiments are not limited to the structure. First in the shoulder, as shown in Figures 1 to 4, the system includes: ;t cattle: 1 ◦) 'The system and the end are provided with non-circular rod segments (1 1) 'The non-zero rod segments (11 The utility model can supply a pneumatic driving source socket for use, and the (4) shaped rod segment of the base member (i 0 ) (the (4) is provided with a telescopic rod segment (") and a linkage rod segment (1; adjacent magic rods) Section...) and the relative right between the linkage rod segments (13): Extension I 1 2 2 ) ' where the linkage rod segment (丄3)::: the connection hole (I" 'The insertion hole (17) is available The sleeve (4 1,4 2 ) and the drive of the ball groove (4 3 )) The drive tool (4 〇) can be sequentially arranged for the outer edge of the screwdriver head / ( 4 | 13) There is a first type of connecting rod to move the rod section, 丄7): 7; M333275), the first holding device of the card position (1 6 ) holding device (16) is provided with the base part (in this case) In the embodiment, the bead hole limit of the bead type 0 of the driving tool (the chucking device system is slightly larger) before and after the clamping device (1 7 ) and the second clamping device) The driver (4 0 ) has no positioning device ( (2 2 ) and 0 ), in which the base member 1 0 embodiment is in the second clamping and clamping device type, and the base device (1 5 (14 1, the first and the second cloth are provided with the third bead type), the first misalignment is extended The first form of the basic form contradicts the drive (4 1,4 radial loss limit is limited to the embodiment (1 4 ) card position device (the action of the steel ball groove of the rear position; the system includes a extension 1) Sequential axis 1.) and impeachment
之伸縮桿 裝置（1 4 )，其中該 第二夾持裝 對應第一失 持裝置（.1 6 1 )，其 4，1 6 ) ，1 4 1 ) (1 4 )及 4 )及第二 之插接孔（ 1 4 )或第 0)(40 夾持，以使 行轉動，另 態，且該珠 裝置（1 6 入基件（1 )得以相對 令驅動工具 一伸縮 )、一彈簧 述基件（1 固定覆設於 設方式於本 置（1 5 ) 置（1 4 ) 可同為珠體 4 )、卡位 有相對珠孔 1 0 )對應 係分別徑向 伸縮容置珠 置（1 6 ) 1 b )可活 復令各珠體 (1 6 )配 非圓形桿段 4 0 )受到 (1 5 )於 第一失持裝 態，用以令 (15 1) 具（4 0 ) 法產生插拔 2 0 )，其 一套蓋（2 談套蓋（2 )之伸縮桿 基件（1 〇 襄置（1 6 (1 5 )及 件（1 0 ) )及第二夾 1 5 1，1 持裝置（1 孔（1 6 1 一失持裝置 持裝置（1 件（1 0 ) 夾持裝置（ 動工具（5 2 )呈徑向 位而無法續 同為珠體型 及第二失持 1 5 )凸伸 I 置（1 5 (43)， 縮件（2 3 向套覆於前 (2 2 )係 ’其固定覆 段（1 2 ) 8 M333275 一端環設一環槽（1 嵌組一 C型扣環（2 2 2 )及套蓋（2 1 型扣環（29)鼓卡 一端擋止定位，另該 2 12)，以供容置 壓縮空間（2 1 2 ) 之擋部（2 1 1 )， )一端延伸有伸縮部 緣並朝内凸設有擋端 係配合頂撐彈簧（2 限位於基件（1 〇 ) )、彈簧（2 2 )及 2 )而呈彈性頂撐之 於基件（10)之伸 1 )的反向空間位置 套置空間（2 7 )内 之第一失持部（2 4 2 6)，所述之第一 第二失持部（2 6 ) 失持裝置（1 4 )、 16)之鋼珠凹槽（ 由彈簧（2 2 )頂樓 二夹持部（2 4，2 裝置（1 4 ，1 6 ) 2 1 )，該環槽（1 2 ]L )可供 9 )，藉由伸縮件（2 3 )、彈 )先行套覆於基件（1 0 )時， 於基件（1 0 ) > n . — )之伸縮桿段（1 套盍（2 1 )内部形成有壓縮空 彈簧（22)，且該套蓋（2ι 之内緣内縮形成有揞止彈箬（2 又該伸縮件（23)相對套蓋（ (2 3 1 ) ’該伸縮部（2 3工 (232)，該擋端（232 ) 2 )另端，且擋端（2 3 2 )另 之階緣（122)，以使套蓋（ 伸縮件（2 3 )係藉由内部彈簣 壓縮狀態，且前述各構件並彼此 縮桿段(1”，又該伸縮部（ 内形成有套置空間（2 7 )，其 緣壁面依序形成有對應基件（Ϊ )、卡位部（2 5 )及第.二夾持 夾持部、卡位部（25 於本實施料㈣.“體型態之 卡位裝置（1 5 )及第二失持裝 4 3 )型態，卷# 土 ^ 田該伸縮件（2 3 狀態時，該伸縮件（2 3 )之第 6)與基件（1〇) 一 之前、後相對距離係為：二 環狀 簧（ 令C 2 ) 間（ )之 2 ) 2 1 )内 一側 側並 2 1 (2 限位 2 3 中該 0 ) 部（ )及 第一 置（ )藉 ——· 、 夾持 2圖 9 M333275 所示）’以使後杻彳φ输 傻拉伸縮件（2 3 )至dl距離時，該基件 10)之第_、-，拄 1 件（2”之第：！（14 ’16)係對應於伸縮 一夾持部（2 4，2 6 )，俾使具非 圓形桿段（4 1 ，、今 千農具非 2 )之驅動工具（4 0 )之各徑向面 ’、 、限位狀態，以使驅動工I ( 4 0 )於基件（i 插接孔（1 7 )内空轉，且伸縮件（2 3 )之卡位 部（25)鱼基株f i n、 ，、件（1 0 )之卡位裝置（1 5 )之前、德 相對距離係為d2(如第2圖所示），以使後拉伸縮件（2 3)至d2距離時'該基件（1〇)之卡位裝置（15)係 相對位於伸縮件（23)之卡位部（25)，俾使具有鋼 珠凹槽（4 3)之驅動工具（4〇)係脫離基件（工〇) 之卡位裝置（1 5.)之喪卡&立，令該驅動工具（4 〇 ) 可由基件（1 Q )之插接孔（1 7 )内活沖離出，复中 該也之距離係大於dl距離’另該伸縮#( 23 )相對基件 (1 〇 ) 一端之外緣形成有外螺紋段（2 8 ); γ調整限位裝置（3 〇 )，其中該調整限位裝置（3 〇 )係包含有限位件f 7 1、 ^ 匕3 仵C 3 1 )及迫位螺帽（3 2 )，其中 遠限位件（3 1 )及迫位螺帽（？ L 3 2 )内緣分別形成有恰 相對螺合於前述伸縮件（2 3 )外 外螺紋段（2 8 )之内螺 、、文奴（3 1 1 )，令限位件（3 Ί、 ^ ^ ,, 1 )之内螺紋段（3 1 1 )相對螺合於伸縮件（2 3 )之外咖 / 卜螺紋段（2 8 )，而該 限位件（3 1 )之前端面設具靠权 r 0 · 他部（3 4 )，該靠抵部 (34)之内緣相對位置嵌設有^及件（3 3)，其中該 磁吸件（3 3 )中央設有一穿孔（q 0 ,、 v 〇 3 1 )，以供驅動工 ，、（4 〇) <由該穿孔（3 3 "進出並插置於基件（! 10 M333275 ο)之插接孔（1 7)内，俾可藉 之袖向行程位置，令限位件（31 =限…31) 驅動工具（4…相對距離調η 土)與 # ( ^ Ί 、士山 王週t位置，復令限位 件〔3 1 )末端供迫位螺帽（3 面緊配合磨捭接艏入 / )藉由螺動而使相對端 觸’令限位件(31)與迫位螺帽（32 ) 、緊而無法續行螺動使用。 藉由上述之結構、組成設計， 情形說明如下： 雄就本創作之使用作動 如第2 ，令該限位 面，並推動 (2 3 )之 頂撐彈簧（ 一、二夾持 一、二夾持 (1 4，1 夾持部（2 1 6 )徑向 (4 1，4 件（1 0 ) 當螺鎖螺件 繼而， 悲之驅動工 掣動該伸縮 3 )之伸縮 、3圖所 件（3 1 伸縮件（ 伸縮部（ 2 2 )呈 部（2 4 裝置（1 6 )可朝 4，2 6 脫離驅動 2 )，若 則產生空 過度，而 使用者欲 具（4 0 件（2 3 部（2 3 預螺鎖螺 部（3 4 dl距離， 擋端（2 時伸縮件 位於基件 令該第一 件（2 3 、二夾持 (40) 動驅動源 免驅動工 螺紋產生 (40) 、4圖所 離，同時 (232 示，當 )前端 2 3) 2 3 1 壓縮狀 ，2 6 4，1 外伸出 )，以 工具（ 使用電 轉狀態 造成所 抽離驅 )時， )至d2 1 )内 使用者 之靠抵 前進至 )内部 態，此 )係對 6 )， 至伸縮 使第一 5 0 ) (氣） ，以避 攻設的 動工具 如第2 行程距 部擋端 11 · 件於壁 )相對 同時該 3 2) (23 (10 、二夾 )之第 裝置（ 之非圓 驅鎖時 具（4 破壞者 以更換 示，需 該伸縮 )係相 面上時 觸及壁 伸縮件 係相對 )之第 )之第 持裝置 一 ^ 二 14, 形桿段 ，該基 0 )不 〇 不同塑 先徒手 件（2 對頂撐 M333275 彈簧（2 2 )屋縮，復令伸縮件（2 3 •-)相對位於基件（Ί n ) > I 位部（2 5 仵（1 0 )之卡位裝置.（工 ，位裝置（15)則徑向朝外容伸至 匕時：卡 部（2 5 ) ，^驅動工且（4 n、夕a : ( 2 3 )之卡位 八（40)之鋼珠凹槽 相對脫離該卡位裳置（15)之相對欲卡狀態，同時，咳 驅動工具(4 〇 )即可轴向 ，以 .(17).拓·> 土仟Q1。）之插接孔 ，，使用者欲插置驅動工具（4〇)·至基件 .(1 0 )之插接孔（i 7) )至基件 了 而无掣動伸縮株 丨朝後推動，令伸縮件（2 3 )之卡位部（2 基件（1〇)之卡位裝置（15)，…）相對位於 )朝伸縮件（23)之咔位部（ I置、（15 順利地插置驅動工具（4 〇 ) 冑用者則可 於某件（i η、上 h、其鋼珠凹槽（4 3 )對位 於暴仵（1 〇 )之卡位裝置（ 伸縮件Q3)令其内部彈¥( i I使用者需鬆放 〇 ^ . r 〇 0 ” （ 2 2 )頂撐該伸縮件（2 3 )之擋蝠（2 3 2 )復位，同時伸 部（2 5 )則與基件（ （2 3 )之卡位 -狀態，俾使卡位裝置⑴）相呈錯位 ,4 0 )之鋼珠凹槽（4 3 )内。 、驅動工具（ 先旋=Γ者欲調整與壁面螺鎖相對深度距離時：需 先叙調調整限位裝置（3 0 )之限予而 向行程，調整後則螺動迫位螺帽（ 至適當軸 接觸端面抵觸限位件（3丨） V其相對近距離 32)及限位件…）之彼此端面二螺帽（ 限位件（31)無法再續行螺動使用者…磨擦接觸’令 藉此’本創作藉由第―、二爽持襄置（Η，Η 12 •M333275 後非圓形椁段 時，不易產生 1 4，1 6 ) 動工具（4 之前、後非圓a telescopic rod device (14), wherein the second clamping device corresponds to the first detent device (.1 6 1 ), 4, 16 6 , 1 4 1 ) (1 4 ) and 4) and the second The insertion hole (1 4 ) or the 0) (40 clamps to rotate the line, the other state, and the bead device (1 6 into the base member (1) can make the drive tool telescopic), a spring The base member (1 fixedly placed in the setting mode (1 5 ) (1 4 ) can be the same as the bead body 4 ), the card position has the opposite bead hole 1 0 ) corresponding to the radial expansion and expansion of the housing bead ( 1 6 ) 1 b ) The active bead (1 6 ) with a non-circular segment 4 0 ) is subjected to (1 5 ) in the first lost state for (15 1) with (4 0 The method generates a plug 2 0 ), and its set cover (2) covers the telescopic rod base of the cover (2) (1 set (1 6 (1 5 ) and piece (1 0 )) and the second clip 1 5 1,1 holding device (1 hole (1 6 1 one holding device holding device (1 piece (1 0) clamping device (moving tool (5 2 ) is radial position and cannot be continued as bead type and second Loss of 1 5) Projection I (1 5 (43), shrinkage (2 3 to cover the front (2 2) system' its fixed cover ( 1 2 ) 8 M333275 One end ring is provided with a ring groove (1 inset one C-type buckle (2 2 2 ) and cover (2 1 type buckle (29) drum card end stop positioning, the other 2 12), a blocking portion (2 1 1 ) for accommodating the compression space (2 1 2 ), a telescopic edge extending at one end and a retaining end supporting the top spring (2 is limited to the base member (1 〇)) , the springs (2 2 ) and 2) are elastically supported by the first staggered portion (2 4 2 6) in the reverse spatial position of the base member (10). , the first second missing portion (26) of the missing device (14), 16) of the steel ball groove (by the spring (2 2) top floor two clamping portion (2 4, 2 device (1 4 , 1 6 ) 2 1 ), the ring groove (1 2 ]L ) is available for 9 ), and the base member (1 0 ) is firstly sheathed by the telescopic member (2 3 ), the elastic member, and the base member (1) 0) > n . — ) The telescopic rod section (1 set of 盍 (2 1 ) is internally formed with a compression air spring (22), and the cover (the inner edge of 2 ι is retracted to form a shackle (2 The telescopic member (23) is opposite to the cover ((2 3 1 ) ' the telescopic portion (2 3 (232), the end (232) 2), The end end (2 3 2 ) is another step edge (122), so that the sleeve cover (the telescopic member (23) is compressed by the internal magazine, and the aforementioned members are mutually contracted (1", and The expansion and contraction portion has a sleeve space (2 7 ) formed therein, and the edge wall surface is sequentially formed with a corresponding base member (Ϊ), a card portion (2 5 ), and a second clamping and clamping portion and a card portion (25). In the present embodiment (4). "Body type device (1 5) and second loss device 4 3) type, volume #土^田 The telescopic member (2 3 state, the telescopic member (2 3 The sixth and the base member (1〇) before and after the relative distance is: two ring springs (ranging C 2 ) ( ) 2 ) 2 1 ) inner side and 2 1 (2 limit 2 3 in the 0) part ( ) and the first set ( ) borrow -- · , clamp 2 Figure 9 M333275 ) ) so that the rear 杻彳 φ loses the telescopic extension ( 2 3 ) to the dl distance, The _, -, 拄 1 piece of the base member 10) (2":! (14 '16) corresponds to the telescopic one clamping portion (2 4, 2 6 ), and the diameter of the driving tool (4 0 ) with non-circular rod segments (4 1 , today thousand farm tools other than 2) Toward ', ', limit state, so that the driver I ( 4 0 ) idling in the base member (i insertion hole (17), and the card portion (25) of the expansion member (2 3) The relative distance between the fins, and the (1 0) card position device (15) is d2 (as shown in Fig. 2), so that when the telescopic member (23) is pulled to the d2 distance, The clamping device (15) of the base member (1) is relatively located at the latching portion (25) of the telescopic member (23), so that the driving tool (4〇) having the steel ball groove (43) is separated from the base member (Campus) The card device (1 5.) is the card & the drive tool (4 〇) can be detached from the insertion hole (1 7 ) of the base member (1 Q ), The distance in the middle is greater than the distance dl. Another extension #(23) is formed with an external thread segment (2 8 ) on the outer edge of one end of the base member (1 ;); γ adjustment limit device (3 〇), wherein The adjustment limit device (3 〇) contains the limited position f 7 1 , ^ 匕 3 仵 C 3 1 ) and forced a nut (3 2 ), wherein the inner edge of the distal limiting member (3 1 ) and the urging nut (? L 3 2 ) are respectively formed to be respectively screwed to the outer and outer thread segments of the telescopic member (23) 8) The snail and the snail (3 1 1 ), so that the internal thread segment (3 1 1 ) of the limiting member (3 Ί, ^ ^ , , 1 ) is screwed to the outside of the telescopic member (2 3 ) a threaded section (2 8 ), and the front end of the limiting member (3 1 ) is provided with a weight r 0 · a portion (3 4 ), and the inner edge of the abutting portion (34) is embedded with a relative position And a member (3 3), wherein the magnetic member (3 3 ) is provided with a through hole (q 0 , v 〇 3 1 ) for driving, (4 〇) < by the perforation (3 3 "In and out and insert into the insert hole (1 7) of the base member (! 10 M333275 ο), you can use the sleeve to the stroke position, so that the limit member (31 = limit...31) drive tool (4... Relative distance adjustment η soil) and # ( ^ Ί, Shishan Wang Zhou t position, re-election limiter [3 1 ) end for the forced position nut (3 face tight fit with the smashing in / / by screwing The opposite end is touched to make the limiter (31) and the forced nut (32) tightly and cannot be used continuously. The above structure and composition design, the situation is as follows: Xiong used the creation of this creation as the second, so that the limit surface, and push the (2 3) top support spring (one or two clamping one or two clamping ( 1 4,1 clamping part (2 1 6 ) radial (4 1,4 pieces (1 0) when the screw-locking screw is followed by the sorrowful drive to shake the telescopic 3) telescopic, 3 figure (3 1 telescopic member (the telescopic part (2 2 ) is part (2 4 device (1 6 ) can be driven out of 4, 2 6 out of drive 2), if it is empty, and the user wants to have (40 pieces (2 3 parts) (2 3 pre-screw screw (3 4 dl distance, stop end (2 when the telescopic member is located on the base member to make the first piece (2 3, two clamping (40) dynamic drive source drive-free thread generation (40) 4, away from the same time (232 shows, when) the front end 2 3) 2 3 1 compression, 2 6 4, 1 outstretched), with the tool (using the electric rotation state to cause the pumping drive), to d2 1) The internal user's abutment to the internal state, this) is the pair 6), to the telescopic to make the first 5 0) (gas), to avoid the attack of the moving tool such as the 2nd stroke distance end 11 · Piece on the wall) Relatively at the same time 3 2) (23 (10, two clips) of the device (the non-circular drive locks (4 destroyers to replace the display, the need to expand and contract) when the phase surface touches the wall expansion joints) The first holding device is a ^ 2 14 , shaped rod segment, the base 0 ) not different plastic first hand parts (2 pairs of top support M333275 spring (2 2 ) house contraction, re-electing telescopic parts (2 3 •-) Relatively located in the base member (Ί n ) > I position (2 5 仵 (1 0) card position device. (Working position device (15) is radially outward facing to the 匕: card portion (2 5 ), ^ driver and (4 n, eve a: (2 3) card position eight (40) of the steel ball groove relative to the card position (15) relative to the state of the card, while the cough drive tool ( 4 〇) can be axial, to (17). Extension · > bandit Q1. ) The insertion hole, the user wants to insert the driving tool (4〇)·to the base member. (1 0) the insertion hole (i 7)) to the base member without the tilting telescopic strain pushing backward , the latching portion of the telescopic member (2 3 ) (the base device (15) of the base member (1) is located oppositely) to the clamp portion of the telescopic member (23) (I set, (15 smooth The ground insertion drive tool (4 〇) can be used on a piece of equipment (i η, upper h, its ball groove (4 3 ) is located in the violent (1 〇) card position device (retractor Q3) The internal bomb ¥(i I user needs to loosen .^. r 〇0 ” ( 2 2 ) The bat (2 3 2 ) that supports the telescopic member (2 3 ) is reset, and the extension (2 5 ) With the base member (the position of the (2 3) card - state, the card position device (1) is misaligned, 4 0) in the ball groove (4 3)., the driving tool (first rotation = the person wants to adjust and When the wall screw locks the relative depth: firstly adjust the limit of the limit device (30) to the stroke. After adjustment, screw the forced nut (to the appropriate shaft contact end against the limiter (3丨) V is relatively close to each other 32) and the limiter ...) Face two nuts (stopper (31) can no longer continue to screw the user... friction contact' to make this creation by the first and second cool holdings (Η, Η 12 • M333275 after the non-circular In the case of squatting, it is not easy to produce 1 4,1 6) moving tools (4 before and after non-circular
〇 )之夾持穩固性，以不易造成驅動工具（4 〇 )鎖設作 業偏動，俾使本創作達到使用上的穩固之實用進步性。 以前、後徑向夾挤驅動工具（4 〇 (4 1，4 2〇) The clamping stability is not easy to cause the driving tool (4 〇) to lock the work, which makes the creation achieve the practical and practical progress in use. Front and rear radial pinch drive tools (4 〇 (4 1,4 2
螺鎖偏心狀態 雙重夾持定位J 請繼續參閱第5圖所示，其係本創作之第二實施例， 其中4調整限位裝置（3〇)前端之磁吸件（3 3)端面 位置可為連設具有較小孔徑穿孔（6 1 )之導引件（6 〇 )，而該導引件（6 0 )具有磁力延續性，以利於吸附較 小螺件的相對吸附端面，其中該導引件（6 〇 )可為金屬 材質製成者。 明繼續參閱第6、7圖所示，其係本創作之第三實施 例’其中該基件（1 〇 )之非圓形桿段（1 1 )可為一轉 定向結構型態，所述轉定向結構型態係基件（1 〇 )末端 與非圓形桿段（i 1 )呈分離構件，如第6圖所示，該非 圓形桿段（1 1 )之一端依序形成有頸伸段（1 1 3 )及 多角球頭（1 1 1 )，而基件（1 〇 )對應該非圓形桿段 (1 1 )則形成有多角球孔（1 〇 1 )及扣環C 1. 〇 4 ) ’其中該非圓形桿段（1 i )之多角球頭（1 1 1 )適處 則形成有彈性珠體（1 1 2 )，而基件（1 0 )之多角球 孔（1 0 1 )内部則設有對應的扣合珠槽（1 〇 2 )，藉 备欲使用轉向驅鎖使用型V態時，令非圓形桿段（1 1 )後执以使其多角球頭（1 1 1 )與基件（1 〇 )末端之 扣^ ( 1 〇 4 )呈相對嵌卡限位狀態，同時使用者可以多 13 M333275 • 角轉向使用；繼而’使用者欲使用直向驅μ a由别能* 』如鎖使用型態時， ..則需前推非圓形桿段（1 1 )令其多角球頭（ii)之 .彈性珠體（1 1 2 )嵌卡定位於基件f 十^ 1 〇 )之多角球孔 (1 〇 1 )内的扣合珠槽（1 〇 2 )，進以、去本丨古△ 運μ達到直向驅鎖 使用模式之定位狀態者；另請參閱第7圓^ 叫乐〈圖所示，其係前述 第6圖結構之多角球頭（101α)并夕& 丄八>»及多角球孔（1 1 1 • A )之結構變化没$十’其中該非圓形桿Ρ γ Ί 3 A、 吗〜件k(llA)之前 端更可形成有多角球孔（1 1 ，々 ， Ά ) 該多角球孔（1 1 | 1A)之近端面位置設有扣環（"I Ί 〇 ’ 、丄1 2 A )，而該基件（ 1 0 )之相對多角球孔（1 1 1 A、則 A )則延伸形成有多角球 頭（1 0 1 A )及頸伸段（1 〇 2 A、— 乙A )，猎此，欲使轉向 使用模式時，需後拉該非圓形椁於r , 1 ,,^ 仅C 1 1 A )令基件（1 0 )之多角球頭（1 0 1 A )散+ pp ^ 瓜卡限位於非圓形桿段（1 1 A )之多角球孔（1 1 ；L A )的知p , J的扣裱（1 1 2 A )，繼 而使用者欲使用直向使用型離握4。士 (Λ 、 & # t 杈式時，則前推非圓形桿殺 (1 1 A )，令其非圓形桿段（Ί ‘ 丄A ) 之扣合疾择f 1 1 3 A )定位於非圓形桿段（Ί ] Λ、 口珠槽（1 、丄丄Α)的彈性玦體（ 3 A )，以使達到直向使用模式之 ， _ 對疋位者，盆中贫每 7圖之實施例係使用於強力套筒 ^ 。 η型恶之驅動工具（5 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，係 全限位裝置；其所欲解*之問 :—種電氣動工具夺 具所存在之伸縮件僅具單_组^=針對習知電氣動] 又持鋼珠以徑向夾持工件， 14 M333275 令該工件在高速運轅 定μ M 一 下，容易產生運轉偏動以造成中心點 t，且在高逮螺 點加以改良突破；鎖使用時，亦影響其作業品質問題 而其解決問題之# )之連動桿段（13) 主要係藉由該基件（1〇 .β , )徑向設有第一、二夾持裝置（14 ，16)，且該第_、— 4 通於基件（i 0 )之「持裝置（1 4 ’ 1 6 )係相連 卞、丄u )之插接孔（；[7 ); 4〇=創新獨特設計，使本創作之驅動工具（50)( 在：：定位時可獲得二段夾持定位，以 具在螺鎖作業時不造成偏動，且中心點定位鎖: 作業可達到穩定狀態；對昭先 位鎖6又 七问及刼作上的便利之實用進步性。 為的 ^述實施例所揭示者係藉以具體說明本創 雖透過特定的術語進行說明，當 以阳 文中 之專利範圍m項技術領域之人士 新型創作 之精神與原則後對其進行變更與修改而；=解本創作 而此等變更與修改，皆應涵蓋於如 ：效之目的， 所界定範嘴中。 .σ 迷之申請專利範圍 【圖式簡單說明】 立體·圖。 示意.圖一 ’其係顯不 第1圖：係本創作電氣動工具之分解 第2圖··係本創作電氣動工具之動作 該壓縮件之未動作狀態。 ：M333275 i I 外螺紋段（2 8 ) ^ 調整限位裝置（3 0 ) 、 内螺紋段（3 1 1 ) 内螺紋段（3 2 1 ) 穿孔（3 3 1 ) 驅動工具（4 0 ) 非圓形桿段（4 2、） 導引件（6 0 ) 多角球孔（1 0 1 ) 扣環（1 0 4 ) 多角球頭（1 1 1 ) Λ伸段（1 1 3 ) 非圓形桿段（1 1 A ) 扣環（1 1 2 A ) 多角球頭（1 0 1 A ) 彈性珠體（1 0 3 A ) C型扣環（2 9 ) 限位件（3 1 ) 迫位螺帽（3 2 ) 磁吸件（3 3 *) 靠抵部（3 4 ) 非圓形桿段（4 1 ) 鋼珠凹槽（4 3 ) 穿孔（6 1 ) 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 0 2 A ) 17Screw lock eccentric state double clamping position J Please continue to refer to Figure 5, which is the second embodiment of the present invention, wherein the position of the end face of the magnetic member (3 3) of the front end of the adjustment limit device (3〇) can be In order to connect a guiding member (6 )) having a small aperture perforation (6 1 ), the guiding member (60) has magnetic continuity to facilitate adsorption of the opposite adsorption end surface of the smaller screw, wherein the guiding The lead (6 〇) can be made of metal. Continuing to refer to Figures 6 and 7, which is a third embodiment of the present invention, wherein the non-circular rod segment (1 1 ) of the base member (1 可) may be a one-turn oriented structure type, The end of the oriented structure type base member (1 〇) and the non-circular rod segment (i 1 ) are separated members. As shown in Fig. 6, one end of the non-circular rod segment (1 1 ) is sequentially formed with a neck. The extension section (1 1 3 ) and the multi-angle ball head (1 1 1 ), and the base member (1 〇) corresponding to the non-circular rod section (1 1 ) forms a polygonal ball hole (1 〇 1 ) and a buckle C 1. 〇4) 'The multi-angle ball head (1 1 1 ) of the non-circular rod segment (1 i ) is formed with a resilient bead (1 1 2 ), and the polygonal hole of the base member (1 0 ) (1 0 1 ) The corresponding buckle groove (1 〇 2 ) is provided inside. When the V-state is used to use the steering lock, the non-circular section (1 1 ) is used to make it more The corner ball head (1 1 1 ) and the base member (1 〇) end buckle ^ (1 〇 4) are in a state of relative card insertion limit, and the user can turn 13 M333275 • angle to use; then the user wants to use straight When driving a μ a by a different type, such as a lock type, .., it is necessary to push the non-circular rod segment (1 1 ) so that the multi-angle ball head (ii). The elastic bead body (1 1 2 ) is inserted into the multi-angle ball hole of the base member f (10 ^ 1 〇) ( 1 〇 1 ) The buckled bead groove (1 〇 2 ), and the 定位 丨 △ 运 运 达到 达到 达到 达到 达到 达到 达到 达到 达到 达到 达到 达到 达到 达到 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; It is shown that the structure of the multi-angle ball head (101α) and the octagonal spheres (1 1 1 • A) of the structure of the above-mentioned Fig. 6 is not $10', wherein the non-circular rod Ρ γ Ί 3 A, ??? ~ k (llA) at the front end can be formed with a multi-angle ball hole (1 1 , 々, Ά) The multi-angle ball hole (1 1 | 1A) has a buckle at the near end position (" I Ί ' , 丄 1 2 A ), and the relatively polygonal hole (1 1 1 A, then A) of the base member (10) is extended to form a polygonal ball head (1 0 1 A) and a neck extension (1 〇 2 A, - B A), hunting this, if you want to turn to the use mode, you need to pull the non-circular 椁 on r, 1 , , ^ only C 1 1 A ) to make the base (1 0 ) Corner ball (1 0 1 A ) + pp ^ guaca limit is located in the non-circular section (1 1 A) of the polygonal hole (1 1 ; LA The knowledge of p, J's buckle (1 1 2 A), and then the user wants to use the straight-through type of grip 4. In the case of Λ, &#t 杈, push the non-circular rod to kill (1 1 A), so that the non-circular rod segment (Ί ' 丄A ) buckles f 1 1 3 A ) The elastic body (3 A) located in the non-circular section (Ί ] Λ, the bead groove (1, 丄丄Α), so that the straight-through mode is used, _ for the squatter, the basin is poor The embodiment of Figure 7 is used in the powerful sleeve ^. η-type evil driving tool (50) [Effect description] The fact that the creative effect is enhanced is as follows: ie, the main purpose of the creation is the full limit device; The question to be solved: - The type of telescopic piece that exists in the electric tool is only a single _ group ^ = for the conventional electric movement] and the steel ball is used to hold the workpiece in the radial direction, 14 M333275 makes the workpiece at high speed When the μ M is set, it is easy to produce the running bias to cause the center point t, and the improvement is made at the high catching point; when the lock is used, it also affects the quality of the work and the problem is solved. Mainly by the base member (1〇.β, ), the first and second clamping devices (14, 16) are radially disposed, and the _, -4 are passed through the base member (i 0 ) The holding device (1 4 ' 1 6 ) is connected to the 卞, 丄 u ) plug hole (; [7 ); 4 〇 = innovative unique design, so that the creation of the drive tool (50) (in:: positioning can be obtained The second section is clamped and positioned so as not to cause a bias when the screw lock is operated, and the center point positioning lock: the operation can reach a stable state; the practical advancement of the convenience of the first position lock 6 and the convenience of the operation. The disclosures of the embodiments are specifically illustrated by the present invention through specific terminology, and are modified and modified after the spirit and principles of the novel creation of the technical field of the patent range in the essay. ;= The creation of this creation and such changes and modifications should be covered in, for example, the purpose of the effect, the definition of the scope of the mouth. σ 迷 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请 申请The figure is not the first picture: the decomposition of the electric tool of the present invention. Fig. 2 is the action of the electric action tool. The operation of the compression element is not working. : M333275 i I external thread section (2 8 ) ^ adjustment Limit device (3 0 ), internal thread segment (3 1 1 ) Segment (3 2 1 ) Perforation (3 3 1 ) Drive tool (4 0 ) Non-circular rod segment (4 2) Guide member (6 0 ) Multi-angle ball hole (1 0 1 ) Buckle (1 0 4 Multi-angle ball head (1 1 1 ) Λ extension section (1 1 3 ) Non-circular rod section (1 1 A ) Buckle (1 1 2 A ) Multi-angle ball head (1 0 1 A) Elastic beads (1 0 3 A) C-ring (2 9 ) Limiting member (3 1 ) Forced nut (3 2 ) Magnetic member (3 3 *) Abutment (3 4 ) Non-circular rod segment (4 1 ) Steel ball groove (4 3 ) Perforation (6 1 ) Buckle bead groove (1 0 2 ) Elastic bead (1 1 2 ) Multi-angle ball hole (1 1 1 A ) Buckle bead groove (1 1 3 A ) Neck extension Segment (1 0 2 A ) 17