200946298 九、發明說明： 【新型所屬之技術領域】 本發明係有關一種多用途接桿結構改良（二） 是一種可多用途使用之接桿創新型態設計者。 【先前技術】 按，請參閱第1圖所示，其係習知F桿棘輪工 構型態，其係一工具本體（i 〇 A )具有二端分別 ❾套組端（11A)及組接端（12A)，其中該套 1 1 A )預定位置埋設有彈簧（圖未示）及鋼珠（ )，而組接端（；L 2 A )係用以組設握柄（丄4 A 於手動握持使用；而該種習知F桿棘輪工具之組接 2 A )僅能組設手動握柄使用，而無法提供電（氣 具同時套接使用，若需使用電（氣）動工具使用該 I、之杯體，則需另外購置另種規格之桿體，進以增 者之成本負擔者。 Q 疋以針對上述習知結構所存在之問題點，如 一種更具理想實用性之創新結構，實使用消費者所 盼，亦係相關業者須努力研發突破之目標及方向。 有鑑於此，發明人本於多年從事相關產品之製 與设计經^ L、j_、 ！ 子上迷之目b ’詳加設計與審慎評 終得一確具實用性之本發明。 【新型内容】 即，本發明之主要目的’係在提供一種多用途 尤其 具之結 界定為 組端（ 1 3 A )以利 端（1 )動工 規格型 加使用 何開發 殷切企 造開發 估後， 接桿結 5 200946298 構改良（二）；其所欲解決之問題點’係針對習知f 輪工具所存在習知F桿棘輪工具之組接端僅能組設手 •柄使用，而無法提供電（氣）動工具同時套接使用， 使用電（氣）動工具使用該規格型態之桿體，則需另 置另種規格之桿體，進以增加使用者之成本負擔問題 以改良突破； 而其解 插組桿，中 0 頭件相對軸 定位装置； 序形成有連 .恰可連結套 •於連軸桿段 藉此創 預定行程的 驅動挺式， © ，進以達到 決問題之技 段適處依序 樞於桿體一 再者滑套件 結槽段、連 覆於桿體端 ’離合槽段 新獨特設計 滑推動作， 或為手動彎i >用途使用 術特點 形成有 端，又 係對應 軸槽段 緣及擺 恰可空 ，該滑 而使桿 曲扳動 及使用 主要係藉由一桿體一 離合桿 一者轴 滑動套 及離合 頭端緣 轉接觸 套件可 體可為 、手動 上的便 段及連 樞位置 覆於桿 槽段， ，連軸 於連軸 藉由於 電（氣 直線（ 利之實 軸桿段 設有多 體，其 其中連 槽段恰 桿段； 桿體表 )動工 螺）轉 用進步 桿棘 動握 若需 外購 點加 端設 另擺 旋動 緣依 槽段 套合 進行 直線 模式 者0 【實施方式】 良：參閱第2〜4圖所示’係本發明多用途接才 又 ）之較佳實施例，惟此等實施例僅供 專利申晴上並不受此結構之限制，其係包括：m t體（1 〇 ) ’其係二端分別設具插組桿干鳊緣（1 5 )，其中該插組桿（1 4 )可4 構改 ，在4 ) (氣 6 Ο ❹ 200946298 )動工具（Β)插套驅動使用，且桿體（1 〇 ) 段位置依序形成有離合桿段（1 1 )及連軸桿段 ，其中該離合桿段（1 1 )係為圓形斷面型態， & ( 1 2 )係為非圓形六角桿段型態，而於連轴 2 )外緣預定位置徑向設有頂撐鋼珠（1 2工） (1 0.)之頂樓鋼珠（1 2 1 )内設有提供 的彈性體（圖未示）； 擺頭件（2 Q )，其係二端分別設具有組 1 )及擺頭端（2 5 )，其中該組接端（2丄）200946298 IX. INSTRUCTIONS: [Technical field of new type] The present invention relates to a multi-purpose post structure improvement (2) which is an innovative design of a post for multi-purpose use. [Prior Art] Press, please refer to Figure 1, which is a conventional F-bar ratchet configuration, which is a tool body (i 〇A) with two end-end sets (11A) and assembly The end (12A), wherein the sleeve 1 1 A ) is embedded with a spring (not shown) and a steel ball ( ), and the assembly end (; L 2 A ) is used to assemble the handle (丄 4 A in manual Hold and use; and the combination of the conventional F-bar ratchet tool 2 A) can only be used with a manual grip, but can not provide electricity (the gas is also used in the socket, if you need to use the electric (gas) tool For the cup of I, it is necessary to purchase another type of rod, which is the cost burden of the increase. Q 疋In order to solve the problems of the above-mentioned conventional structure, such as a more ideal and practical innovation The structure is actually used by consumers, and it is also the goal and direction of the relevant industry players to make breakthroughs. In view of this, the inventor has been engaged in the manufacture and design of related products for many years. b 'Detailed design and prudent evaluation will be a practical invention. [New content] That is, this The main purpose of the invention is to provide a multi-purpose, especially the combination of the end of the group (1 3 A) to the end of the (1) construction specifications and the use of the development of the development of the enterprise, the evaluation of the joints 5 200946298 Improvement (2); the problem to be solved is 'for the conventional f-wheel tool, the conventional F-bar ratchet tool can only be assembled with the handle and can not provide the electric (gas) tool. At the same time, the socket is used. If the rod of the specification type is used by the electric (gas) moving tool, the rod of another specification is required to increase the cost burden of the user to improve the breakthrough; and the solution is inserted. Rod, middle 0 head relative axis positioning device; sequence formed with connection. Just connect sleeve • Drive the taper to create a predetermined stroke on the shaft section, © , to achieve the technical problem of the problem The pivoting of the rod body is repeated, and the new unique design of the clutch groove section is attached to the end of the rod body, or the manual bending is used for the purpose of the manual bending, and the corresponding shaft groove section is formed. The edge and the argon are empty, the slip The lever and the main use of the lever are a shaft sliding sleeve and a clutch head end contact assembly. The manual upper part and the pivotal position are over the rod groove section. , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , A preferred embodiment of the multi-purpose connection of the present invention is as shown in the second embodiment of the present invention. However, these embodiments are not limited to the structure of the patent Shenqing, and include: mt body (1 〇) 'the two ends of the system are respectively provided with a plug stem (1 5 ), wherein The insertion rod (1 4 ) can be modified by 4, in 4) (gas 6 Ο ❹ 200946298), the movable tool (Β) is used for driving, and the position of the rod body (1 〇) is sequentially formed with the clutch rod segment (1 1 And the coupling rod section, wherein the clutch rod section (1 1 ) is a circular section type, and the & (1 2 ) system is a non-circular type Hexagonal rod section type, and the elastic body provided in the top floor steel ball (1 2 1 ) with the top support steel ball (1 2 1) in the radial position of the outer edge of the coupling shaft 2) Not shown); the oscillating head (2 Q ), which is provided with a group 1) and a oscillating end (2 5 ), wherein the group ends (2 丄)
彳係為四角柱接端型態，可用以套設預定套筒驅 且擺頭端（？ R 匕）側形成有與桿體端緣（1 5 ) .的擺頭端緣（9 ^ 3 )，而擺頭端（25)係藉由 .2 4 )及一彈μ / 生件（2 6 )相對軸樞頂撐於桿體 之桿體端緣（Ί 1 5 )，以使擺頭端（2 5 )可相 才干體（1 〇 ) 任思角度，繼而，擺頭件（2 〇 (10)之相批 子軸樞適處設有多段旋動定位裝置 W使擺頭件（9 0 )可多段切換角度定位成F桿 述之多段旋動〜 弋位裝置（A )係包含該擺頭件（ 擺頭端（2 R、 )佈設有多段卡凹（251)，且 1 0 )對應卡凹 — (2 5 1 )之端面則設有壓掣件The 彳 is a four-corner end joint type, which can be used to set a predetermined sleeve drive and the oscillating end (? R 匕) side is formed with a spigot end edge (9 5 ). And the oscillating end (25) is pivotally supported on the rod end edge (Ί 15) by a relative axis (Ί 15) by a .2 4 ) and a bomb μ / living piece (2 6 ) to make the stylus end (2 5 ) can be a phase of the body (1 〇) Ren Si angle, and then, the swing head (2 〇 (10) phase of the sub-axis pivot is equipped with a multi-stage rotary positioning device W to make the head piece (9 0 The multi-segment switching angle can be positioned as a multi-segment rotation of the F-bar. The clamping device (A) includes the oscillating head member (the oscillating end (2 R, ) is provided with a plurality of segments of the concave (251), and 10) corresponds to Card recessed - (2 5 1 ) end face is provided with compression parts
、卞疋件（1 Q )及提供頂撐復位的彈箐（17 壓掣件（1β 刃评黃 的容置部（]之預定位置設有提供卡定件（1 ，俾使卡定件Η:該容置部（161)設具 箬 18)藉由壓掣件（16)端面 黃〔1 7 )徭 灸，而令壓掣件（16)之容置部（ 之中間桿 (12) 且連軸桿 桿段（1 ’其中該 彈性頂撐 接端（2 於本實施 動使用， 等徑大小 軸樞部（ (10) 對旋樞於 )與桿體 (A )， 使用，所 2 0 )之 該桿體（ (16) )，而該 8 )容設 深、淺槽 頂撐於彈 16 1) 7 200946298 的淺槽迫動卡定件（1 8 )徑向位移，以使卡定件（1 8 ')嵌卡於卡凹（251)定位，另擺頭件（20)之預定 位置設有棘輪裝置（2 2 ); ' 一滑套件（3 0 )，其係滑動套覆於桿體（1 0 )， '其中滑套件（3 0 )内緣依序形成有連結槽段（3 1 )、 多角嵌齒型態的非圓形連轴槽段（3 2 )、及圓形斷面離 合槽段（3 4 )，復其中，該連結槽段（3 1 )恰可合併 套覆於同等徑大小的桿體端緣（1 5 )及擺頭端緣（2 3 ^ )，而連軸槽段（3 2 )係恰可嵌卡於桿體（1 0 )之連 轴桿段（1 2 )，且圓形斷面之離合槽段（3 4 )恰可配 合空轉於桿體（1 0 )之非圓形連軸桿段（1 2 )，其中 該離合槽段（3 4 )於本實施例係概分有第一離合槽段（ 341)及第二離合槽段（342)，並令第一、二離合 槽段（3 4 1 ，3 4 2 )分別形成於連軸槽段（3 2 )之 二側，且該連轴槽段（3 2 )之各嵌齒對應第二離合槽段 (3 4 2 ) —端係分佈排列有穿部（3 2 2 )，及分設於 Q 各穿部（3 2 2 )之中各二嵌齒相間封閉形成的擋止部（ 3 2 1)，復以令連軸桿段（1 2 )的六角邊穿經於連軸 槽段（32)的穿部（322)後，令連轴桿段（12) 進入第一離合槽段（341)區段，同時並使桿體（10 )旋動一角度，以使連軸桿段（1 2 )的六角邊調整對位 至連轴槽段（3 2 )的擋止部（3 2 1 )，俾進一步使連 轴桿段（1 2 )的六角邊位移進入連軸槽段（3 2 )之擋 止部（3 2 1 )並限位，另連結槽段（3 1 )之二端適處 分設形成有第一、二嵌卡部（33，36)，該第一、二 8 ❹ ❹ 200946298 嵌卡部（3 3 ，3 6)恰可嵌卡於定位件（1 3 1 ，藉由滑動滑套件（3 0 )以前、後位移嵌卡於定 13 1)，而該滑套件（30)末端位置形成有一 體（1 0 )之插組桿（1 4 )外徑大小的穿孔（4 其中該穿孔（4 1 )係一體形成於一塞體（4〇) 體（4 0 )係固組於滑套件（3 0 )束端； 藉由上述之結構、組成設計，茲就本發明之使 情形說明如下： 請筝閲弟d圖所示 阳电、浙α (Β )驅動使用模式時，需使擺頭件（2 〇 )與 0 )藉多段旋動定位装置（Α )調至水平，復前 (3 0 )’令其第二嵌卡部（3 6 )嵌卡於定位 …並使連結槽r(3i)合併套覆於擺頭端 )及桿體端緣（1 5 )，且因滑套件（3 〇 )前 組桿㈠4”卜露’俾使電（氣）動 ； 插組桿（…驅動，再者，連 ⑴ 桿體（1 0 )之離合桿段（ 1 d 2 ) Λ 9 ) ^ m ^ ；，且第二離合 42”糸套覆於桿體（1〇)之 連軸槽段（32)…於離合桿段（1又 合槽段（…）内徑大於連轴桿段 ， 件（3 0 )係空轉於桿體（ 1 2 )， (1 〇)藉由電（氣）動工具（B:運轉動作’ 可扶托滑套件f 9 Λ）驅轉使用時 繼^ 增進驅轉的穩定性。 繼而如第4圖所示，杏 w吏用者欲手動使用模 )定位 位件（ 接近桿 1 ), ，該塞 用作動 動工具 體（1 滑套件 (13 (23 後使插 插設於 套覆於 段（3 ，藉由 第二離 使滑套 當桿體 使用者 時，需 9 200946298 使滑套件（3 ο )後推，令 • 2 )進入滑套件（3 〇 ) 〇 )之連軸桿段（1 使滑套件（3 〇 )旋動—角声…“又（3 4 1 )’並 奴（1 2 )的六角邊對位 疋軸才干 2 2 )，對位後則可前推 ：3 2 )之穿( 3 ")之六角邊穿經連輪槽段 ）’令連轴桿段（ ，俾使連轴桿段…之穿部（322) 合槽段（342)，繼而 /月套件（30)之第二離 Ο ^ ;繼而，該滑套 部（33)係嵌卡於定位件（i3^(W)之第—嵌卡 沿上述，因滑套件朝 3)及桿體端緣（15)而脫離擺頭端緣（2, the piece (1 Q ) and the magazine that provides the top support reduction (17 pressure piece (1β blade evaluation yellow receiving part (] is provided at the predetermined position with a card holder (1, so that the card is fixed Η The accommodating portion (161) is provided with 箬 18) by the end face of the pressing member (16), and the accommodating portion of the pressing member (16) (the intermediate rod (12) and Coupling rod section (1 'where the elastic top support end (2 used in this embodiment, equal diameter shaft pivot ((10) to the pivot) and the rod (A), use, 2 0 The rod body ((16)), and the 8) accommodates the deep groove and the shallow groove to support the radial displacement of the shallow groove forced locking member (18) of the bomb 16 1) 7 200946298, so as to be locked The piece (1 8 ') is embedded in the card recess (251), and the other position of the head (20) is provided with a ratchet device (2 2 ); a sliding kit (30) that is slidably covered The rod body (10), wherein the inner edge of the sliding sleeve (30) is sequentially formed with a coupling groove segment (3 1 ), a multi-angle cog type non-circular coupling groove segment (3 2 ), and a circular shape The section of the clutch groove (3 4 ), in which the joint groove section (3 1 ) can be combined and covered The equal-length rod end edge (15) and the oscillating end edge (2 3 ^ ), and the coupling groove section (3 2 ) can be embedded in the shaft section of the rod body (10) ( 1 2 ), and the clutch section (3 4 ) of the circular section can be matched with the non-circular coupling section (1 2 ) that is idling to the rod body (10), wherein the clutch groove section (3 4 ) In the embodiment, the first clutch groove segment (341) and the second clutch groove segment (342) are divided, and the first and second clutch groove segments (3 4 1 , 3 4 2 ) are respectively formed in the coupling groove groove. The two sides of the segment (3 2 ), and the cogs of the coupling groove segment (3 2 ) correspond to the second clutch groove segment (3 4 2 )—the end portions are arranged with the wearing portion (3 2 2 ), and a stop portion (3 2 1) formed by closing the two cogs between the respective wearing portions (3 2 2 ) of Q, so that the hexagonal edge of the coupling rod segment (1 2 ) passes through the coupling groove After the wearing portion (322) of the segment (32), the coupling rod segment (12) is inserted into the first clutch groove segment (341) section, and the rod body (10) is rotated at an angle to make the coupling rod The hexagonal edge of the segment (1 2 ) adjusts the alignment to the stop portion (3 2 1 ) of the coupling groove segment (3 2 ), and further makes the coupling rod segment The hexagonal side displacement of (1 2 ) enters the stop portion (3 2 1 ) of the coupling groove section (3 2 ) and is limited, and the other end of the connection groove section (3 1 ) is divided into first and second sections. The cam portion (33, 36), the first and second 8 ❹ ❹ 200946298 embedding portions (3 3 , 3 6) can be embedded in the positioning member (1 3 1 , by sliding the sliding kit (30) The rear displacement is embedded in the fixed position 13 1), and the end position of the sliding sleeve (30) is formed with an integral (10) insertion rod (1 4 ) outer diameter of the perforation (4 wherein the perforation (4 1) is The body is integrally formed in a plug body (4 )) body (40) and is fixed on the beam end of the sliding kit (30). With the above structure and composition design, the present invention is described as follows: When the younger brother and the Zhejiang α (Β) drive use mode are shown in the figure d, the swing head (2 〇) and 0) should be adjusted to the level by the multi-stage rotary positioning device (Α), before the (3 0 )' order The second engaging portion (36) is embedded in the positioning... and the connecting groove r(3i) is combined and sleeved on the swing end) and the rod end edge (15), and the front of the sliding sleeve (3 〇) Group rod (a) 4" Bu Lu '俾 makes electricity (gas) move; Rod (... drive, in addition, (1) the clutch lever (1 d 2 ) Λ 9 ) ^ m ^ ; of the rod (10), and the second clutch 42" 糸 covers the rod (1〇) The coupling groove section (32)... is in the clutch rod section (1 and the groove section (...) has an inner diameter larger than the coupling shaft section, and the piece (30) is idling to the rod body (1 2 ), (1 〇) by Electric (gas) moving tool (B: running action 'supportable slip kit f 9 Λ) When driving, use ^ to improve the stability of the drive. Then, as shown in Fig. 4, the apricot w/user wants to manually use the mold to position the position piece (close to the rod 1), and the plug is used as the moving tool body (1 slide kit (13 (after the 23 is inserted into the cover) In paragraph (3, when the second sliding sleeve is used as the user of the rod, it is necessary to push the sliding kit (3 ο ) back, and 2) into the sliding sleeve (3 〇) 〇) Segment (1 makes the sliding kit (3 〇) rotate - the angle sounds... "again (3 4 1 )' and the slave (1 2)'s hexagonal edge alignment axis 2 2), after the alignment can be pushed forward: 3 2) Wear (3 ") hexagonal thread through the wheel groove section) 'Let the shaft section (俾, the coupling section (322) and the groove section (342), then / The second set of the monthly kit (30) is Ο ^; and then, the sliding sleeve portion (33) is embedded in the positioning member (the first of the i3^(W)-embedded card along the above, because the sliding kit is facing the 3) and the rod body End edge (15) and off the end of the pendulum edge (2
)以旋擺調整桿體"Ο)::/,段旋動定位裝置（A 動，碉整日#带A 『 ’、擺頭件（2 Ο )構成彎曲扳 调登時需先按壓壓掣 件（18)嵌卡進入壓擎件 ’令鋼珠型態之卡定 〇 ^於擺頭端（25)之卡凹（251)脫離卡定件 掣件（】嵌卡限制’而可作旋位調整’調整後並鬆放壓 ，二”，令彈菁頂撑壓挈件（16)復位 ……嵌入卡凹（HO構成卡定狀態 入Γ 件（3Q)後推時，連軸槽段（3U係配 …二體（1 0 )之連軸桿段（1 2 )，藉由二者相 ° 、卜圓形帶動配合，以使滑套件（3 h γ Λ $ 桿體（丄〇 )。 ” 3 〇 )可轉向制動於 藉此’該滑套件f q 〇 )可Μ 千（JU； Γ藉由於桿體（10)表面 仃預定行程的滑推動作’而使桿體（i 0)構成電（氣 10 200946298 ) 動 工 具 ( B ) 直 線 驅 動 螺 ) 轉 動 模 式 5 進 以 達 到 用 進 步 性 者 〇 請 參 閱 第 5 圖 所 示 該 桿 體 ( 1 0 A ) 之 插 組 角 接 端 型 態 5 且 壓 掣 件 ( ) 側 端 位 置 而 軸 拖 部 ( 設 於 桿 體 ( 1 0 A ) 相 對 請 參 閱 第 6 圖 所 示 » 該 滑 套 件 ( 3 0 B ) 之 連 六角槽型態，且桿體（1 由彈簧相對頂撐復位。) Swirling adjustment rod body "Ο)::/, segment rotation positioning device (A move, 碉 整日# with A 『 ', swing head piece (2 Ο) constitutes the bending trigger to press the pressure first掣 (18) embeds the card into the pressure stencil 'make the ball type 〇 〇 ^ at the oscillating end (25) of the card recess (251) off the card 掣 ( 】 】 】 嵌 嵌 】 The position adjustment 'adjusts and loosens the pressure, two", so that the elastic crest top pressing member (16) is reset... embedded in the card recess (HO constitutes the locking state into the device (3Q) and then pushes the coupling groove segment (3U is equipped with a two-body (1 0) coupling rod section (1 2 ), which is matched by the two phases and the circular shape to make the sliding kit (3 h γ Λ $ rod body (丄〇) ” 3 〇) steerable brake by which the 'sliding kit fq 〇 can be Μ thousand (JU; Γ by the sliding action of the surface of the rod (10) 仃 predetermined stroke' to make the rod body (i 0) constitute Electric (gas 10 200946298 ) moving tool ( B ) linear drive screw) rotation mode 5 to achieve progressive use, please refer to the plug angle connector of the rod body (1 0 A) shown in Figure 5. Type 5 and the compression part ( ) side end position and the shaft tow part (set on the rod body ( 1 0 A ) relative to the figure shown in Figure 6 » The sliding kit (3 0 B ) with the hexagonal groove type, And the rod body (1 is reset by the spring relative to the top support.
請參閱第7圖所示， 該滑套件（3 0 C )之連 六角槽型態，且桿體（1 由壓掣件（1 6 C )相對 【功效說明】 本發明功效增進之事 即’本發明之主要目 構改良（二）；其所欲解 輪工具所存在習知F桿棘 柄使用’而無法提供電（ 使用電（氣）動工具（B 式’或手動彎曲扳動、直線（ 用途使用及使用上的便利之實 係本發明之第二實施例，其中 (14A)可為套筒使用的四 6 A )係設於擺頭件（2 〇 a 4 A )及卡凹（2 5 1 a )係 置。 係本發明之第三實施例，其中 槽段（32B)可為為簡單的 B)之卡定件（18b)僅藉 係本發明之第四實施例，其中 槽段（3 2 C )可為為簡單的 C )之卡定件（1 8 C )係藉 撐彈簧復位。 如下： ’係在提供一種多用途接桿結 之問題點，係針對習知F桿棘 工具之組接端僅能組設手動握 )動工具同時套接使用，若需 使用該規格型態之桿體，則需 11 200946298 另 外購置另種規格之桿 題 由 1 轴 點加以改良突破；而复解進广曾加使用者之成本負擔問 一桿體（1 0) 問題之技術特點，主要係藉 5)，中η 刀设插組桿（1 4)及桿體端緣（ 0 ; τ間桿段位置佑由π 、 桿段（1 2 ) m 成有離合桿段（1 1 )及連 (! 3 ) · , „ 軸桿段（1 2 ) 一端設有定位組件 及擺頭端（2 5 )，擺 端分設有組接# ( 2 1 ) Ο 〇 2 3 )，且擺頭端（2 :端：2 5 )側形成有擺頭端緣（ 軸樞於桿體端緣（丄5係'藉由一軸樞部（2 4 )相對 )設有多段旋動定位裝U頭*(、:◦)與桿體（10 應滑動套覆於桿體（i )，又'月套件（3 0)係對 成有連結槽段（31、 ，而桿體（1〇)内緣依序形 川，其中連結槽段、槽段（32)及離合槽段( (1 5)及擺頭端緣（2 ” 連結套覆於桿體端緣 合於連軸桿段（i 2 3 )，連轴槽段（3 2 )恰可套 於連軸桿段（12) ’ ’離合槽段（34)恰可空轉接觸 有第-、二嵌卡部，用另離合槽段（34)二端適處分設 組件（1 3 );藉此/活動嵌卡於桿體（1 Q )之定位 後推移滑套件（3 0 )1新獨特設計’使本發明可藉由前、 工且r Ώ 令桿體（1 〇 )可為雷ί裔）叙 (螺）轉動桿體使用袓切：動考曲扳動、手動直線 用上的便利之實用進步 進以達到多用途使用及使 雖透過=ί施例所揭7^者係藉以具體說明本發明，且文中 雖边過特定的術語進行說 杏 令赞明，且文中 之專利範圍1悉此項;…:：不能以此限定本新型發明 項技心域之人士當可在瞭解本發明 200946298 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 所界定範疇中。Please refer to Figure 7, the sliding kit (3 0 C) is connected to the hexagonal groove type, and the rod body (1 is pressed by the pressing piece (1 6 C). [Effective description] The effect of the invention is improved. The main object of the present invention is improved (2); the conventional F-barchet handle used in the wheel-removing tool is used to provide electricity (using an electric (gas) moving tool (B-type 'or manual bending, straight line (The use and use convenience is the second embodiment of the present invention, wherein (14A) can be used for the sleeve of the four 6 A) is provided on the swing member (2 〇 a 4 A ) and the recess ( 2 5 1 a) is a third embodiment of the present invention, wherein the slot section (32B) can be a simple B) card holder (18b) by only the fourth embodiment of the invention, wherein the slot The segment (3 2 C ) can be a simple C) card holder (1 8 C) by spring-loaded reset. As follows: 'The problem is to provide a multi-purpose joint knot, for the conventional F-bar The set of the ratchet tool can only be set up with the manual grip. The moving tool can be used at the same time. If you need to use the rod of this specification type, you need 11 200946298 The other type of problem is improved by 1 axis point; and the complex solution is added to the user's cost burden. The technical characteristics of the problem (1 0) are mainly based on 5), the middle η knife is set. (1 4) and the edge of the rod (0; the position of the rod between the τ is π, the rod segment (1 2 ) m is formed with the clutch rod segment (1 1 ) and even (! 3) · , „ shaft segment ( 1 2) One end is provided with a positioning component and a swinging end (2 5 ), the pendulum end is provided with a group connection # ( 2 1 ) Ο 〇 2 3 ), and the swing end (2: end: 2 5 ) side is formed with The end edge of the oscillating head (the shaft pivots to the end edge of the rod body (the 丄5 series is opposed by the pivot of one shaft (2 4 )). The multi-segment rotary positioning U-head* (,: ◦) and the rod body (10 should slide) The sleeve is covered on the rod body (i), and the 'month kit (30) is paired with a connecting groove section (31, and the inner edge of the rod body (1〇) is sequentially shaped, wherein the groove section and the groove section are connected. 32) and the clutch groove section ((1 5) and the end edge of the oscillating head (2 ” are attached to the end of the rod body and are connected to the shaft section (i 2 3 ), and the coupling groove section (3 2 ) can be set In the coupling shaft section (12) ''the clutch groove section (34) can be idly contacted with the first and second embedded parts, with another The two ends of the clutch groove section (34) are divided into components (1 3 ); thereby, the movable clamp is clamped on the rod body (1 Q ), and the sliding slip kit (30) 1 new unique design makes the invention From the front, the work and the r Ώ 杆 杆 ( 1 1 1 ) ) ) 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺 螺The use of the application and the disclosure of the method of the invention are specifically described by the embodiment of the invention, and the specific terms are used to describe the apricot, and the patent scope of the article is 1; Those who do not limit the scope of the present invention to the present invention can change and modify the spirit and principles of the present invention to achieve an equivalent purpose. • Such changes and modifications should be covered. In the scope of the patent application scope as described later.
13 200946298 【圖式簡單說明】 •第1圖：係習知F桿結構之立體圖。 第2圖：係本發明之桿體、擺頭件與滑套件之分解立體圖 〇 '第3圖：係本發明之桿體用於電（氣）動工具模式之使用 狀態圖。 第4圖：係本發明之桿體使用於手動驅動柄部模式之使用 狀態圖。 ^ 第5圖：係本發明之桿體與滑套件之第二實施例圖。 第6圖：係本發明之桿體與滑套件之第三實施例圖。 第7圖：係本發明之桿體與滑套件之第四實施例圖。 【主要元件符號說明】 習知部份： 套組端（1 1 A ) 鋼珠（1 3 A ) 電（氣）動工具（B ) 離合桿段（1 1 ) 頂撐鋼珠（1 2 1 ) 定位件（1 3 1 ) 桿體端緣（1 5 ) 容置部（1 6 1 ) 工具本體（1 0 A ) 組接端（1 2 A ) Q 握柄（1 4 A ) 本發明部份： 多段旋動定位裝置（A 桿體（1 0 ) 連轴桿段（1 2 ) 定位組件（1 3 ) 插組桿（1 4 ) 壓掣件（1 6 ) 彈簧（1 7 ) 14 組接端（2 1 ) 擺頭端緣（2 3 ) 擺頭端（2 5 ) 彈性件（2 6 ) 連結槽段（3 1 ) 擋止部（3 2 1 ) 第一嵌卡部（3 3 ) 第一離合槽段（3 4 第二缺卡部（3 6 ) 穿孔（4 1 ) 離合桿段（1 1 A ) 定位組件（1 3 A ) 桿體端緣（1 5 A ) 容置部（1 6 1 A ) 卡定件（1 8 A ) 組接端（2 1 A ) 擺頭端緣（2 3 A ) 連結槽段（3 1 A ) 擋止部（3 2 1 A ) 第一嵌卡部（33A 第一離合槽段（3 4 A ) 柄部（3 5 A ) 200946298 卡定件（1 8 ) 擺頭件（2 0 ) 棘輪裝置（2 2 ) 軸樞部（2 4 ) '卡凹（2 5 1 ) 滑套件（3 0 ) 連軸槽段（3 2 ) 穿部（3 2 2 ) @ 離合槽段（3 4 ) 第二離合槽段（ 3 4 2) 柄部（3 5 ) 塞體（4 0 ) 桿體（1 0 A ) 連軸桿段（1 2 A ) 插組桿（1 4 A ) 壓掣件（1 6 A ) Q 彈簧（1 7 A ) 擺頭件（2 0 A ) 棘輪裝置（2 2 A ) 轴樞部（2 4 A ) 滑套件（3 0 A ) 連軸槽段（3 2 A ) 穿部（3 2 2 A ) 離合槽段（3 4 A ) 第二離合槽段（342 15 20094629813 200946298 [Simple description of the diagram] • Fig. 1 is a perspective view of a conventional F-bar structure. Fig. 2 is an exploded perspective view of the shaft, the swinging head and the sliding kit of the present invention. 第 'Fig. 3 is a state diagram of the use of the rod body of the present invention for the electric (gas) moving tool mode. Fig. 4 is a view showing the state of use of the lever body of the present invention for manual driving of the handle mode. ^ Fig. 5 is a view showing a second embodiment of the rod and slide kit of the present invention. Figure 6 is a view showing a third embodiment of the rod and slide kit of the present invention. Figure 7 is a view showing a fourth embodiment of the rod and slide kit of the present invention. [Main component symbol description] Conventional part: Set end (1 1 A) Steel ball (1 3 A) Electric (gas) moving tool (B) Clutching rod section (1 1 ) Top support steel ball (1 2 1 ) Positioning Piece (1 3 1 ) Rod end edge (1 5 ) accommodating part (1 6 1 ) Tool body (1 0 A ) Assembly end (1 2 A ) Q Handle (1 4 A ) Part of the invention: Multi-segment rotary positioning device (A rod body (1 0) coupling shaft segment (1 2 ) positioning assembly (1 3 ) insertion rod (1 4 ) compression element (1 6 ) spring (1 7 ) 14 assembly end (2 1 ) Swing head end edge (2 3 ) Swing head end (2 5 ) Elastic member (2 6 ) Connecting groove segment (3 1 ) Stop portion (3 2 1 ) First snap-in portion (3 3 ) One clutch groove section (3 4 second card missing part (3 6 ) perforation (4 1 ) clutch lever section (1 1 A ) positioning component (1 3 A ) rod end edge (1 5 A ) receiving part (1 6 1 A ) Cartridge (1 8 A) Set end (2 1 A ) Swing head edge (2 3 A ) Link groove section (3 1 A ) Stop section (3 2 1 A ) First insert Part (33A first clutch groove section (3 4 A) handle (3 5 A ) 200946298 locking piece (1 8 ) swing head (2 0 ) ratchet device (2 2 ) shaft pivot (2 4 ) ' card (2 5 1 ) Slip kit (3 0 ) Coupling slot section (3 2 ) Wear section (3 2 2 ) @ Clutch slot section (3 4 ) Second clutch slot section ( 3 4 2) Handle (3 5 ) Plug body (4 0 ) Rod body (1 0 A ) Connecting shaft section (1 2 A ) Inserting rod (1 4 A ) Pressing piece (1 6 A ) Q Spring (1 7 A ) Swing head piece (2 0 A ) Ratchet device (2 2 A ) Shaft pivot (2 4 A ) Slip kit (3 0 A) Coupling slot section (3 2 A ) Wear section (3 2 2 A ) Clutch slot section (3 4 A ) Second clutch slot section (342 15 200946298
第 二 嵌 卡 部 ( 3 6 A ) 桿 體 ( 1 0 B ) 離 合 桿 段 ( 連 軸 桿 段 ( 1 2 B ) 頂 撐 鋼 珠 ( 定 位 組 件 ( 1 3 B ) 定 位 件 ( 1 插 組 桿 ( 1 4 B ) 桿 體 端 緣 ( 卡 定 件 ( 1 8 B ) 擺 頭 件 ( 2 0 B ) 組 接 端 ( 2 棘 輪 裝 置 ( 2 2 B ) 擺 頭 件 ( 2 擺 頭 端 緣 ( 2 4 B ) 軸 柩 部 ( 2 滑 套 件 ( 3 0 B ) 連 結 槽 段 ( 連 軸 槽 段 ( 3 2 B ) 第 一 嵌 卡 部 離 合 槽 段 ( 3 4 B ) 第 一 離 合 槽 第 二 離 合 槽 段 ( 3 4 2 B ) 柄 部 ( 3 5 第 -- 嵌 卡 部 ( 3 6 B ) 桿 體 ( 1 0 C ) 離 合 桿 段 ( 連 車由 桿 段 ( 1 2 C ) 頂 撐 鋼 珠 ( 定 位 組 件 ( 1 3 C ) 定 位 件 ( 1 插 組 桿 ( 1 4 C ) 桿 體 端 緣 ( 壓 掣 件 ( 1 6 C ) 容 置 部 ( 1 卡 定 件 ( 1 8 C ) 擺 頭 件 ( 2 0 C ) 組 接 端 ( 2 棘 輪 裝 置 ( 2 2 C ) 擺 頭 件 ( 2 擺 頭 端 緣 ( 2 4 C ) 軸 柩 部 ( 2 滑 套 件 ( 3 0 C ) 連 結 槽 段 ( 連 轴 槽 段 ( 3 2 C ) 第 — 嵌 卡 部 1 1 B ) 1 2 1 B ) 3 1 B ) 1 5 B ) IB) 3 B ) 5 B ) 3 1 B ) (3 3 B ) 段（3 4 1 B ) B ) 11C) 1 2 1 C ) 3 1 C ) 1 5 C ) 6 1 C ) IC) 3 C ) 5 C ) 3 1 C ) (3 3 C ) 16 200946298 離合槽段（34C) 第一離合槽段（341C) 第二離合槽段（342C) 柄部（35C) 第二嵌卡部（36C)Second snap-in part ( 3 6 A ) Rod body ( 1 0 B ) Clutching lever section (connecting shaft section ( 1 2 B ) Top-supporting steel ball (positioning component ( 1 3 B ) positioning part ( 1 plug-in lever ( 1 4 B ) Rod end edge (locking piece ( 1 8 B ) swing head piece ( 2 0 B ) assembly end ( 2 ratchet device ( 2 2 B ) swing head piece ( 2 pendulum head edge ( 2 4 B ) Shaft shank ( 2 sliding kit ( 3 0 B ) connecting groove section ( coupling groove section ( 3 2 B ) first engagement part clutch groove section ( 3 4 B ) first clutch groove second clutch groove section ( 3 4 2 B ) Handle ( 3 5 --- Inset ( 3 6 B ) Rod ( 1 0 C ) Clutching section (connected by rod section ( 1 2 C ) Top strut steel ball ( positioning component ( 1 3 C Locating member ( 1 ejector lever ( 1 4 C ) rod end edge (pressure piece ( 1 6 C ) accommodating part ( 1 card holder ( 1 8 C ) oscillating head piece ( 2 0 C ) ( 2 Ratchet device ( 2 2 C ) oscillating head piece ( 2 oscillating end edge ( 2 4 C ) shaft 柩 part ( 2 sliding kit ( 3 0 C ) link Slot section (coupling section (3 2 C) - embedding section 1 1 B ) 1 2 1 B ) 3 1 B ) 1 5 B ) IB) 3 B ) 5 B ) 3 1 B ) (3 3 B ) (3 4 1 B ) B ) 11C) 1 2 1 C ) 3 1 C ) 1 5 C ) 6 1 C ) IC) 3 C ) 5 C ) 3 1 C ) (3 3 C ) 16 200946298 Segment (34C) First Clutch Slot Segment (341C) Second Clutch Slot Segment (342C) Handle (35C) Second Insert (36C)
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