M348670 '八、新型說明： '【新型所屬之技術領域】 本創作係有關一種轉定向握柄結構改良，尤其是一種 可供替換驅動源型態之接桿創新型態設計者。 、 【先前技術】 按，習知結構請參閱美國專利第09/376,388號所揭之 「工具搖擺旋轉頭之定位套結構」，其特色主要是在於工 厂具接桿套設一定位套，而接桿前端乃製成球型接頭供與另 一套接件樞結構成搖擺旋轉頭，藉以賦予套接件套插之工 件得因應作業空間實施靈活的搖擺操作，而以定位套則可 定位其正常之直桿式操作型‘態；為其特徵係在於：該工具 接桿於球型接頭略後端預定位置設有二道環槽，二環槽内 並分別套設- c形簧圈，而於定位套内壁預定位置另設有 :環槽1用接桿前環槽之C型環圈與定位套之環槽嵌卡 定位’特能定位接桿與定位套的關係而維持定位套對套接 I件之套持狀悲’而推移定位套後移則可脫離對套接件之套 持狀態並受接桿後環槽之Γ 衣僧之c型簧圈擋止限位，據此依定位 套環槽與接桿前環槽C创@ m ^ Ba y — 孓！圈相對關係之改變，進而得以 疋位套快速定位或釋对： 乂样放搖擺旋轉頭與接桿之關係型態，俾 能因應作業中可能遭遇 范 < 罝杯或搖擺等不同型態操作需求 者； 「而=f知結構請參閱美國專利第⑽號所揭 之 套间轉定向結構I ，发+ /、特色主要是在於一導接件設有 了仏套接驅動的四角H成，7 两孔座，另端設有頸身段及多角球頭， 5 M348670 並於該§頁身您^ l 4七 _ 奴套扣有限位裱；而驅動件一端設有多角轉向 孔該夕角轉向孔恰可相對樞接驅動於前述導接件之多角 球頭，其φ文& ,, 、多角轉向孔之端緣適處凹設有限位槽，利用多 角求頭置入該多角轉向孔内，以利於限位環嵌入多角轉向 孔之，位槽内’另該驅動件之另端内部設有套合孔，套合 孔與夕角轉向孔之相間位置容設有磁吸件，以利於吸附接 觸多角球頭之相對端面。 -、惟，此種習知結構型態於實際使用經驗中發現仍存在 下述之問題點： …别述之二件習知接桿一端雖各兼具有直桿或搖擺等不 同模式之替換驅動設計，但接桿另端所結合之驅動源卻無 提供τ形握把或驅動扳手之替換組接設計，以使習知之接 桿結構產生美中不足之使用遺虞者。 是以’針對上述習知結構所存在之問題點，如何開發 -種更具理想實用性之創新結構，實使用消費者所殷切企 盼，亦係相關業者須努力研發突破之目標及方向。 有鐘於此，創作人本於多年從事相關產品之製造開發 =計經驗，針對上述之目#，詳加設計與審慎評估後， 終得一確具實用性之本創作。 【新型内容】 即，本創作之主要目的，係 ^ ή 係在撻供一種轉定向握柄結 構改良；其所欲解決之問題點， *· 係針對習知接桿結構所存 在之—端雖各兼具有直桿或搖押 1 , 件A 德專不同模式之替換驅動設 計，但接桿另端所結合之驅動源 原部無提供T形握把或驅動 M348670 板手之替換組接設計問題點加以改良突破； 而其解決問題之技術特點，主要係藉由一驅動件另端 縱向设有非圓形驅動部，且橫向貫設有穿組孔； 藉此*創新獨特設計，使本創作之驅動件所提供之驅動 部可供縱向組接驅動扳手，而穿組孔可供橫向穿組一 τ形 握把’令本創作之驅動件可獲得不同型態之驅動源之結合 设§十’對照先前技術而言，可達到使用上的便利之實用進 步性。 【實施方式】 Μ參閱第1〜4圖所示’係本創作轉定向握柄結構改 良之較佳實施例’惟此等實施例僅供說明之用，在專利申 請上並不受此結構之限制。 首先’如第1〜3圖所示，其係包括： 接桿本體（10)，其係具有二端分別界定為第一 組部（1 1 )及第二組部（i 2 )，其中該第一組部（丄 1 )及第一組部（1 2 )於本實施例係同為六邊形凸柱形 癌，且第一組部（1 1 )及第二組部（i 2 )之各端位置 形成有錐凹面（121); 杯套（2 0 )，其係對應套覆於接桿本體（1 〇 ) ，該桿套（20)可供單手扶持，令接桿本體（1 〇)藉 由驅動件（3 〇 )之快速驅轉，而達到彼此快速慣性旋轉 驅動者； 驅動件（3 0 )，其係一端設有六邊形凹槽形態的 組接部（3 1 )，該組接冑（3丄）恰可相對結合於接桿 7 M348670 之組 本體（ίο)之第一組部（ 之底緣位置径向設有間隙（ 0 )之第一組部（1 1 )對 接部（3 1 )時’該接桿本 則藉由外力令彼此軸向迫壓 凹面（1 1 1)產生衝壓變 的端緣肉厚變形並擠入驅動 ，俾使接桿本體（1 Q )與 鲁定位狀態；而該驅動件（3 孔形態之驅動部（3 2 )， )動驅動工具或扳手驅動工 中驅動部（3 2 )底緣適處 置槽（34)内部依序設置 3 6)，且驅動部（3 2 ) 一握把（4 0 )，其係 )之穿組孔（3 3)，令握 春）彼此構成τ字桿开)態，且 -多段定位凹緣（4 1 )，各 -(3 0 )之彈性定位珠（3 (4 0 )相對驅動件（3 〇 一受動件（5 〇 )，其 組設部（5 1 )，該組設部 本體（1〇)之第二組部（ 之底緣位置徑向設有間隙（ 0 )之第二組部（i 2 )相 1 )，且該組接部（3工） 11)，當該接桿本體（1 結合於驅動件（3 〇 )之組 (10)及驅動件（3〇) 以使第一組部（；1丄）之錐 ，同時令第一組部（1 1 ) (3 0 )之間隙（3 1 1 ) 動件（3 0 )達到彼此連結 )之頂端面開設有四邊形套 驅動部（3 2 )可供電（氣 之四邊形套端對應套設，其 設有一容置槽（34)，容 彈性體（3 5 )及定位珠（ 向貫設有穿組孔（3 3 ); 向穿設組裝於驅動件（3 〇 (40)與接桿本體（1〇 握把（4 0 )之外緣佈設有 位凹緣（4 1 )係供驅動件 )相對嵌卡配合，俾使握把 達到彼此定位。 一端設有六邊形凹槽形態的 5 1 )恰可相對結合於接桿 2 )，且該組設部（5 1 ) 11)，當該接桿本體（1 結合於驅動件（3 〇 ) 8 M348670 設部（5 1)時，該接桿本體（1 〇)及受動件（5〇) 則藉由外力令彼此軸向迫壓，而使第二組部（丄2 )之錐M348670 'eight, new description: '[New technology field] This creation is related to the improvement of a directional handle structure, especially an innovative design of the post that can replace the drive source type. [Prior Art] According to the conventional structure, please refer to the "positioning sleeve structure of the tool swinging rotary head" disclosed in U.S. Patent No. 09/376,388, which is mainly characterized in that the factory has a positioning sleeve and a positioning sleeve. The front end of the rod is made into a spherical joint for pivoting the rotating head with another sleeve member, so that the workpiece which is inserted into the socket member can be flexibly operated according to the working space, and the positioning sleeve can be positioned normally. The straight rod type operation type is characterized in that: the tool post is provided with two ring grooves at a predetermined rear end of the ball joint, and a - c-shaped coil is respectively disposed in the second ring groove, and The predetermined position of the inner wall of the positioning sleeve is further provided: the ring groove 1 is connected with the C-shaped ring of the front ring groove of the post and the ring groove of the positioning sleeve, and the relationship between the special positioning rod and the positioning sleeve is maintained to maintain the positioning sleeve. The gripping of the I piece is sad and the shifting of the positioning sleeve can be removed from the gripping state of the socket and by the c-ring of the rear ring of the post, the limit of the c-ring is blocked. Positioning collar groove and post front ring groove C create @ m ^ Ba y — 孓! The change of the relative relationship of the circle, in turn, can be quickly positioned or released by the clamp: The relationship between the swinging head and the post can be manipulated in accordance with different types of operations such as cups or swings. Demander; "While =f know the structure, please refer to the U.S. Patent No. (10) for the inter-vehicle orientation structure I, the hair + /, the main feature is that a guide piece is provided with a 仏 socket drive of the four corners H, 7 Two-hole seat, the other end has a neck section and a multi-angle ball head, 5 M348670 and the § page body you ^ l 4 7 _ slave sleeve buckle limited position 而; and the drive part has a multi-angle steering hole at one end of the horn angle steering hole The multi-angle ball head of the above-mentioned guide member can be pivotally driven relative to the pivotal end of the multi-angle steering hole, and the end edge of the φ text & , , and the multi-angle steering hole is recessed with a limiting slot, and the multi-angle head is inserted into the multi-angle steering hole. In order to facilitate the insertion of the limit ring into the multi-angle steering hole, the other end of the drive member is provided with a sleeve hole, and the magnetic material is accommodated between the sleeve hole and the angle turn hole to facilitate the adsorption. Contact the opposite end faces of the multi-angle ball head. -, However, this type of conventional structure In the actual experience, it is found that the following problems still exist: ...The two pieces of the conventional ones have different driving modes, such as straight rods or swings, but the other ends of the rods are combined. The driving source does not provide a replacement assembly design of the τ-shaped grip or the driving wrench, so that the conventional post structure has a mere use of the probate. It is based on the problem of the above-mentioned conventional structure, how to develop - The innovative structure that is more ideal and practical, the consumers are eagerly awaiting, and the relevant industry players must work hard to develop the breakthrough goal and direction. In this case, the creator has been engaged in the manufacturing development of related products for many years. For the above-mentioned purpose #, after detailed design and prudent evaluation, it will eventually have a practical and practical creation. [New content] That is, the main purpose of this creation is to provide a kind of directional handle Structural improvement; the problem to be solved, *· is for the conventional post structure, the end of each has a straight rod or yaw 1 , the replacement drive design of the different models of A However, the original source of the drive combined with the other end of the pole does not provide a T-shaped grip or drive the replacement of the M348670 wrench. The technical problem of solving the problem is mainly through a driving component. The longitudinal direction of the end is provided with a non-circular driving portion, and the through-hole is formed transversely; thereby, the innovative and unique design enables the driving portion provided by the driving member of the present invention to be longitudinally connected to the driving wrench, and the wearing hole can be For the horizontal wear group, a τ-shaped grip, the combination of the driving sources of the different types of driving elements of the present invention can be achieved in accordance with the prior art, and the practical advancement of convenience in use can be achieved. Μ Refer to FIGS. 1 to 4 for a preferred embodiment of the present invention. The embodiments are for illustrative purposes only and are not limited by the structure. First, as shown in Figures 1 to 3, the system includes: a post body (10) having two ends defined as a first group portion (1 1 ) and a second group portion (i 2 ), wherein The first group of parts (丄1) and the first group of parts (1 2 ) are in the same embodiment as hexagonal convex columnar cancer, and the first group part (1 1 ) and the second group part (1 2 ) Each end position is formed with a conical concave surface (121); a cup sleeve (20), which is correspondingly sleeved on the post body (1 〇), the rod sleeve (20) can be supported by one hand, so that the post body ( 1 〇) by means of the quick drive of the drive member (3 〇) to achieve fast inertia rotation of each other; the drive member (30), which is provided with a hexagonal groove form at one end (3 1 The set of joints (3 turns) can be relatively coupled to the first set of portions of the set body of the post 7 M348670 (the bottom set of the bottom edge is provided with a first set of gaps (0) (1) 1) When the abutting portion (3 1 ) is used, the connecting rod is bent by the external force to make the concave end surface (1 1 1) to be pressed and deformed and pushed into the driving, so that the connecting rod body (1) Q) and ru positioning status; Drive member (3 hole type drive unit (3 2 ),) dynamic drive tool or wrench drive mid-drive unit (3 2 ) bottom edge suitable disposal slot (34) internally arranged 3 6), and drive unit (3 2) A grip (40), which is worn by the group holes (3 3), so that the grip springs form a τ-bar open state, and - a multi-segment positioning concave edge (4 1 ), each - (3) 0) elastic positioning bead (3 (40) relative drive member (3 受 one driven member (5 〇), its assembly portion (5 1 ), the second group of the assembly body (1 〇) ( The bottom edge position is radially provided with a second set of parts (i 2 ) of the gap (0), and the set of joints (3) 11), when the post body (1 is coupled to the drive member (3) 〇) group (10) and drive member (3〇) to make the first group (;1丄) cone, while the first group (1 1 ) (3 0 ) gap (3 1 1) The top end of the piece (30) is connected to each other, and the quadrangular sleeve driving part (3 2 ) is provided for power supply (the quadrilateral sleeve end of the gas is correspondingly sleeved, and is provided with a receiving groove (34), and the elastic body (3 5 ) and the positioning bead (the through hole is provided through the group hole (3 3 ); The moving member (3 〇 (40) and the post body (the outer edge of the 1 〇 grip (4 0) is provided with a concave edge (4 1 ) for the driving member), so that the grips are positioned to each other. 5 1 ) having a hexagonal groove shape at one end can be relatively coupled to the post 2 ), and the assembly portion (5 1 ) 11), when the post body (1 is coupled to the driving member (3 〇) 8 M348670 When the part (5 1) is set, the post body (1 〇) and the driven member (5 〇) are axially pressed by the external force to make the second group (丄2) cone
端緣的肉厚即變形塞入組設部（5 1 )之間隙（5 1 1 ) ，俾使接桿本體（1 〇 )與受動件（5 0 )達到彼此定位 ，另該党動件（5 〇 )之底端依序設有非圓形導引座（5 2 )、頸伸段（5 3 )及多角球頭（5 4 )，且該多角球 頭（5 4 )之側緣適處設有彈性定位件（5 5 ); 一傳動件（6 0 )，其係頂端面開設有多角球孔（6 1 )，用以對應樞組受動件（5 0 )之多角球頭（5 4 ) ’且該多角球孔（61)之適當位置設有嵌槽（63) ’ 令受動件（5 〇 之多角球孔（6 該傳動件（6 〇 該被槽（6 3 )嵌卡有-限位環（6 4 )，該限位環（6 4 )可供擋止限位受動件（5 〇 )之多角球頭（5 4 )之多角球頭（5 4 )與傳動件（6 0The thickness of the edge is deformed and inserted into the gap (5 1 1 ) of the assembly portion (5 1 ), so that the post body (1 〇) and the driven member (50) are positioned to each other, and the party member ( 5 〇) The bottom end is provided with a non-circular guide seat (52), a neck extension (5 3) and a multi-angle ball head (5 4 ), and the side edge of the multi-angle ball head (5 4 ) is suitable There is an elastic positioning member (5 5 ); a transmission member (60), which is provided with a multi-angle ball hole (6 1 ) at the top end surface, corresponding to the multi-angle ball head of the pivot group receiving member (5 0 ) (5 4) 'And the appropriate position of the multi-angle ball hole (61) is provided with a groove (63) ' to make the driven member (5 多 multi-angle ball hole (6 the transmission member (6 〇 the groove (6 3) is embedded with - a limit ring (6 4 ) for blocking the multi-angle ball head (5 4 ) of the multi-angle ball head (5 4 ) of the limit-receiving member (5 〇) and the transmission member (6) 0
M348670 2 )， •圓形導 傳動件 )與導 定配合 6 6) 彈性定 端開設 定螺栓 藉 情形說 該非圓 引座（ (60 引座（ ;另該 ，用以 位件（ 有六邊 進行鎖 由上述 明如下 形導引部（6 2 )可供受動件（ 5 2 )相對嵌合對位，當受動件 )欲呈直向使用模式時，藉由導 5 2 )之對位可獲得直向模式的 多角球孔（6 1 )之内側適處設 直向使用模式時相對配合受動件 5 5 )嵌卡定位；又該傳動件（ 形套槽形態的傳動部（6 5 )， 設作業。 之結構、組成設計，兹就本創作 (5 〇 引部（ 結構間 有卡凹(50 6 0) 用以套· 之使用 當使用者欲使用 施力傳動件（6 0 ) 4 )及頸伸段（5 3 多角球孔（6 1 )至 導引座（5 2 )對位 )，同時該多角球頭 應嵌卡於多角球孔（ 即完成直向接桿模式 f牛（3 0 )之驅動部 垄（5 2 )及其多角 )之導引部（6 2 ) 5〇)之傳動部（6 W鎖設之目的者； 直向接桿之 ’令受動件 )進一步迫 一空間單位 納入傳動件 (5 4 )之 6 1 )的卡 之轉換，藉 (32)， 球頭（5 4 及多角球孔 5 )所套接 使用模式(50) 壓進入傳 ，以使受 (6〇) 彈性定位 凹部（6 此，使用 令受動件 )相對驅 (61) 的螺拾以M348670 2), • Circular guide member) and guide fit 6 6) Elastic fixed end setting bolt by case of non-circular lead seat ((60 lead socket (; another, for the position piece (with six sides) The lock is obtained by the above-mentioned shape guiding portion (62) for the relative engagement of the driven member (52), and when the driven member is intended to be in the straight use mode, the alignment of the guide 5 2 can be obtained. The inner side of the multi-angled ball hole (6 1 ) of the straight mode is suitable for the right-fitting mode when the straight-forward use mode is used. 5) The card is positioned; and the transmission member (the transmission part (6 5 ) in the shape of the sleeve groove is provided The structure and composition of the work, the original design (5 〇 lead (the structure has a concave (50 6 0) for the use of the cover when the user wants to use the force transmission (60) 4) The neck extension section (5 3 multi-angle ball hole (6 1 ) to the guide seat (5 2 )), and the multi-angle ball head should be embedded in the multi-angle ball hole (that is, complete the straight adapter mode f cattle (3 0 The drive part of the drive section ridge (52) and its multi-angle guide (6 2 ) 5〇) (the purpose of the 6 W lock; the straight-on post of the 'received part) Stepping into a space unit into the transmission member (5 4 ) 6 1 ) card conversion, by (32), the ball head (5 4 and the multi-angle ball hole 5) is connected to the use mode (50) pressure into the transmission, To receive the (6〇) elastic positioning recess (6, using the actuator) relative to the drive (61)
時’需奢 之多角对 動件（6 動件（5 之導引旬^(55 6 )定相 者藉由孩 (5 〇 ) 動傳動科 ’以使谓 直向角；I 之非 )與 6 2 之穩 部（ )的 之底 接預 作動 頂推(5 )之 )之 6 2 係對 如此 驅動 導引 6 0 件（ 式達 M348670 繼而，使用者欲使用萬向接桿之使用模式時（ 圖所示），需先朝外施力拉出傳動件（β 〇 )，令 (50)之多角球頭（54)及頸伸段進 拉伸出傳動件（6 〇 )的多角球孔（6 i )至一空 ，藉由頸伸段（5 3 )之縮徑使多角球頭（5 4 f 端嵌卡限位於傳動件（6 0 )之限位環（6 4 )， '完成萬向接桿模式之轉換，藉此，冑用者可藉由調 件（6 〇 )與受動件（5 〇 )的相對旋位角度，進 轉驅動件（3 Q )令接桿本體（丄Q )受力並間接 受動件（5 〇 ) ’藉由受動件（5 〇 )之多角球頭 )與傳動件（6 0 )之多角球孔（6丄）的相對枢 ’以使傳動件（6 〇 )之傳動部（6 5 )所套接的 以萬向角度模式達到鎖設作業之目的者。 再者，使用者欲將握把（4 〇 )替換為扳手驅 之驅動使用模式時，需先橫向抽出握把（4 〇 )後 輟動工具之四邊形套端縱向套接於驅動件（3 驅動部（32)(如第4圖所示），如此即完成板 工具模式使用之轉換。 藉此，本創作之驅動件（3 〇 )藉由可供樺向 形握把（40)之穿組孔（33)，以及可替換縱 :手驅動工具之驅動部（32)，且具有直向及萬 用，式之傳動件（6 ◦)’俾使本創作具有多樣 月生，進而達到使用上的便利之實用進步性者 第5、6圖所示，其係本創作之另一實施例 如第3 受動件 —步抽 間單位 之内緣 如此即 整傳動 —步驅 傳輸至 (5 4 結傳動 螺栓係 動工具 ’復令 0 )之 手驅動 穿組τ 向套接 向不同 化之使 〇 ’主要 11 M348670 -2 0 A )配合受動件（5 0 )與傳動件（6 0 ) …萬向驅動模式之結構變化設計，所述桿套（2 ，於本實施例係提供±、下導滑於接桿本體（丄〇 ) 而、到接桿直向、萬向替換驅動；其中接桿本體（1 〇 )之外緣預定位置環狀與μ 狀瓜3又有—卡定件（1 3 )，該桿套 、Ζ ϋ A )之内緣則設有 限位的第—斜槽（21:以、卡…")上、下散卡 21A)及第二斜槽（22A),且該 癱、干A、 )之相對驅動件（3 〇 )位置設有擔部（2 田杯套（2 〇 A )朝上滑動位移時，該桿套 二：)：部（23A)係擔止於驅動件（30)之播止 )，且該桿套（2 〇 A )相對該傳動件（6 〇 ) ^緣位置則形成有限位端（24A)，所述限位端（2 ，藉由限位端（24! !導引部（62)定位 A )相對嵌卡定位於傳動件（6 0 ) 之導引部（r 9、 、 ），而可扶正受動件（50)與傳動件（ 播&成直向接扣狀態；藉此，當使用者欲使用萬向接桿 用夺而先朝上滑動桿套（20Α)令接桿本體（ 1〇)之卡定株 二斜槽（2 (:二）相對限位於桿套（2“）之第 同時該文動件（5 0 )之頸伸段（5 相對傳動件（6 〇 )之導弓""6 2 )構成一萬向旋 位空間，俾使受動件（5 〇 )可藉由驅動件（3 〇 )之萬 °專動》其多角球頭（54)可萬向柩動於傳動件（ “）之多角球孔（6 i )中；繼而，當使用者欲使用直 向接杯傳動模式使用時，需先朝下滑動桿套（2 〇 A )， 令接桿本體（10)之卡定件（13)相對後合限位於桿 12 M348670 套（2 0 A)之第一斜槽（2 A )之限位端（2 4 A )即喪 (62)，以封閉受動件（5 向旋位空間，且提供扶直傳動 )相互構成直向角度的接桿狀 1 A )，同時該桿套（2 0 入傳動件（6 0 )之導引部 〇)與傳動件（6〇)的萬 件（6〇)與受動件（5〇 態。 【功效說明】 - 本創 作 功效增 進 之 事 實 如 即， 本創 作 之主要 g 的 9 係 在 良； 其所 欲 解決之 問 題 點 > 係 — 各山 m 雖各 兼 具有直 桿 或 搖 擺 等 但接桿另 端 所結合 之 驅 動 源 卻 之替 換組 接 設計問 題 點 加 以 改 術特 點， 主 要係藉 由 一 驅 動 件 形驅 動部 ( 3 2) 且 橫 向 貫 創新 獨特 叹 計，使 本創 作 之 驅 部（ 3 2 ) 可供縱 向 組 接 驅 動 供橫 向穿 組 一 T形 握 把 ( 4 0 〇 ) 可獲 得 不同型 態 之 驅 動 源 而言 ，可 達 到使用 上 的 便 利 之 上述 實 施例所揭 示 者 係 藉 雖透 過特 定 的術語 進 行 說 明 ， 之專利範 圍 :熟悉 此 項 技術領 ^精 神與 原 則後對 其 進 行 變 更 而此 等變 更 與修改 皆 應 涵 蓋 下： 提供一種轉定向握柄結構改 針對習知接桿結構所存在之 不同模式之替換驅動設計， 無提供T形握把或藤動扳手 良突破；而其解決問題之技 (3 0 )另端縱向設有非圓 設有穿組孔（3 3 ):藉此 動件（3 0 )所提供之驅動 扳手，而穿組孔（3 3 )可 )，令本創作之驅動件（3 之結合設計；對照先前技術 實用進步性。 以具體說明本創作，且文中 當不能以此限定本新型創作 域之人士當可在瞭解本創作 與修改而達到等效之目的， 於如后所述之申請專利範圍 13 M348670 所界定範疇中。 【圖式簡單說明】 合立體圖 解立體圖 面示意圖 合剖視圖 第1圖：係本創作轉定向接桿配合τ形握把之組 〇 _第2圖：係本創作轉定向接桿配合τ形握把之分 〇 第3圖.係本創作轉定向接桿配合τ形握把之剖 〇 第4圖.係本創作轉定向接桿配合驅動扳手之組 〇 f 5圖：係本創作另一實施例之動作示意圖一。 •第6 W :係本創作另一實施例之動作示意圖二。 -【主要元件符號說明】 第〜I且部（1 1 ) 第二級部（1 2 ) 卡定件（1 3 ) 1且接邹（3 1 ) ，驅動邹（3 2 ) 容置槽（3 4 ) .接桿本體（1 〇) 錐凹面（1 i丄） 錐凹面（1 2 1 ) 桿套（2 〇 ) 驅動件（3 〇 ) 間隙（3 1工） 穿組孔（3 3 1 M348670 彈 性 體 ( 3 5 ) 定 位 珠 ( 3 6 ) 擋 止 部 ( 3 7 ) 握 把 ( 4 0 ) 定 位 凹 緣 ( 4 1 ) 受 動 件 ( 5 0 ) 組 -i-n. 5又 部 ( 5 1 ) 間 隙 ( 5 1 1 ) 導 引 座 ( 5 2 ) 頸 伸 段 ( 5 3 ) 多 角 球 頭 ( 5 4 ) 彈 性 定 位 件 ( 5 5 ) 傳 動 件 ( 6 0 ) 多 角 球 孔 ( 6 1 ) 導 引 部 ( 6 2 ) 散 槽 ( 6 3 ) 限 位 環 ( 6 4 ) 傳 動 部 ( 6 5 ) 卡 凹 部 ( 6 6 ) 桿 套 ( 2 0 A ) 第 一 斜 槽 ( 2 1 A ) 第 二 斜 槽 ( 2 2 A ) 擋 部 ( 2 3 A ) 限 位 端 ( 2 4 A ) 15When you need extravagant multi-angle pair of moving parts (6 moving parts (5 lead 旬 ^ (55 6) phasing by the child (5 〇) dynamic transmission section to make the straight angle; I) and 6 2 The bottom of the stabilizer ( ) is connected to the pre-actuation push (5)). The 6 2 pairs are driven so that the drive is 60 pieces (the type reaches M348670, and then the user wants to use the universal joint. (pictured), the force transmission member (β 〇) must be pulled out first, so that the multi-angle ball head (54) and the neck extension of the (50) are drawn into the polygonal hole of the transmission member (6 〇). (6 i ) to empty, the multi-angle ball head is made by the diameter reduction of the neck extension (5 3 ) (the 5 4 f end is clamped to the limit ring (6 4 ) of the transmission member (60), 'Complete 10,000 Conversion to the post mode, whereby the user can advance the drive member (3 Q ) by the relative rotation angle of the adjustment member (6 〇) and the driven member (5 〇) (丄Q) The force is received by the moving member (5 〇) 'by the multi-angle ball end of the driven member (5 〇) and the opposite pivot of the multi-angle ball hole (6 )) of the transmission member (60) to make the transmission member (6) 〇) The transmission part (6 5 ) is tens of thousands The angle mode achieves the purpose of the locking operation. In addition, when the user wants to replace the grip (4 〇) with the wrench drive driving mode, the utility model needs to first pull out the grip (4 〇) and then push the tool to the quadrangular sleeve. The longitudinal end is sleeved on the driving member (3 driving part (32) (as shown in Fig. 4), so that the conversion of the board tool mode is completed. Thereby, the driving part of the creation (3 〇) is available for the birch The steering hole (33) of the shape grip (40), and the drive portion (32) of the vertical drive: hand drive tool, and having a straight and universal type, the transmission member (6 ◦)' The creation of a variety of monthly life, and then the practical advancement of the convenience of use, shown in Figures 5 and 6, is another implementation of the present creation, such as the third actuator - the inner edge of the step pumping unit - The step drive is transmitted to the (5 4 knot drive bolt sling tool 'reissue 0) hand drive wear group τ to the sleeve to the different direction 〇 'main 11 M348670 -2 0 A ) with the driven part (5 0) With the structural change of the transmission member (60) ... universal drive mode, the sleeve (2, In this embodiment, the ± and the lower guides slide on the post body (丄〇), and the rods are straight and the universal replacement drive; wherein the outer edge of the post body (1 〇) is at a predetermined position annular and μ-shaped melon 3 has a - locking member (1 3), the inner edge of the rod sleeve, Ζ ϋ A) is provided with a limit-shaped chute (21: I, card ... ") upper and lower card 21A) The second chute (22A), and the relative drive member (3 〇) of the 瘫, the dry A, is provided with a shoulder (2 杯A) when the slide is displaced upward, the sleeve 2: ): the portion (23A) is supported by the driving member (30), and the sleeve (2 〇A) forms a finite end (24A) with respect to the transmission member (6 〇). The limit end (2, by the limit end (24! ! guide (62) positioning A) is positioned relative to the embedded portion of the transmission member (60) (r9, , ), and can be righted The driven member (50) and the transmission member (broadcast & are in a straight-coupled state; thereby, when the user wants to use the universal joint to slide the sleeve first (20 inches), the post body (1〇) ) The card is fixed in the two chutes (2 (: 2) relative limit is located in the pole cover (2 At the same time, the neck extension of the moving piece (5 0) (5 relative to the guide member of the transmission member (6 〇)""6 2 ) constitutes a universal swivel space, so that the driven member (5 〇) The multi-angle ball head (54) can be moved universally in the multi-angle ball hole (6 i ) of the transmission member (") by the drive member (3 〇) To use the straight-to-cup transfer mode, first slide the sleeve (2 〇A) downwards so that the latching body (13) of the post body (10) is positioned opposite the rear limit of the rod 12 M348670 (2 0 A) The limit end (2 4 A ) of the first chute (2 A ) is mourned (62) to close the driven member (5-way swivel space and provide straightening drive) to form a straight angle Rod shape 1 A), at the same time the rod sleeve (20 into the guide part of the transmission member (60)) and the transmission member (6〇) of the tens of pieces (6 〇) and the driven member (5 〇 state. [Efficacy Description] - The fact that the creative effect is enhanced is that the 9th line of the main g of this creation is good; the problem to be solved is > the system - each mountain has a straight rod or a swing, but The drive source combined with the other end of the post replaces the design problem of the assembly point, and the main feature is to drive the creation part by a drive-shaped driving part (3 2) and transversely innovative and unique. (3 2 ) For the longitudinal assembly drive for the transverse wear group, a T-shaped grip (40 〇), which can obtain different types of drive sources, can be used to facilitate the use of the above embodiments. Although specified by specific terminology, the scope of patents is subject to changes in the spirit and principles of the technology, and such changes and modifications should be covered as follows: Provide a trans-directional grip structure to change to a conventional post Alternative drive design with different modes of construction, no T-grip or vine The wrench is a good breakthrough; and its problem-solving technique (30) is provided with a non-circular wear-through hole (3 3 ) at the other end: the drive wrench provided by the movable member (30) is worn through the group hole ( 3 3 ) can) make the creation of the creation (the combination of 3; compared with the prior art and practical progress. To specify the creation, and the person in the text who can not limit the creation domain of this novel can understand this creation. For the purpose of equivalence with modification, it is within the scope defined by the patent application scope 13 M348670 as described later. [Simple description of the diagram] Close-up view of the perspective view of the three-dimensional diagram: Figure 1 With the group of τ-shaped grips 第 第 第 第 第 : : : : : : : 本 本 本 本 本 本 本 本 本 本 本 本 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 Figure 5 is a schematic diagram of the action of another embodiment of the present invention: Figure 6 is a schematic diagram of the action of another embodiment of the present invention. Element symbol description] -I and part (1 1) second The step (1 2 ) is fixed (1 3 ) 1 and connected to Zou (3 1 ) to drive the Zou (3 2 ) accommodating groove (3 4 ). The post body (1 〇) Cone concave surface (1 i丄) Cone concave surface (1 2 1 ) Rod sleeve (2 〇) Drive member (3 〇) Clearance (3 1 work) Wear group hole (3 3 1 M348670 Elastomer (3 5 ) Positioning bead ( 3 6 ) Stopper ( 3 7) Grip ( 4 0 ) Positioning concave edge ( 4 1 ) Actuator ( 5 0 ) Group -in. 5Parts ( 5 1 ) Clearance ( 5 1 1 ) Guide seat ( 5 2 ) Neck extension section ( 5 3) Multi-angle ball head ( 5 4 ) Elastic positioning piece ( 5 5 ) Transmission part ( 6 0 ) Multi-angle ball hole ( 6 1 ) Guide part ( 6 2 ) Loose groove ( 6 3 ) Limit ring ( 6 4 ) Transmission Part ( 6 5 ) Card recess ( 6 6 ) Rod sleeve ( 2 0 A ) First chute ( 2 1 A ) Second chute ( 2 2 A ) Stop ( 2 3 A ) Limit end ( 2 4 A ) 15