M382876 五、新型說明： 【新型所屬之技術領域】 本創作係有關-種可快速#換螺轉卫 桿，尤其是一種可快速拆換 π鑽頭 型態設計纟。 頌⑨馮螺#驅動工具 定位接 之創新 先就技術1 設 央 A4 伸 對 限 位 )態7 心M382876 V. New description: [New technical field] This creation is related to the quick-change of the snail-turning lever, especially a quick-change π-bit design.颂9冯螺# drive tool positioning innovation innovation first technology 1 set A4 extension limit position 7 heart
按，請參閱第1圖所示其係 s亥結構主要係一鑽頭定位接桿 10A)，該接桿本體（i〇 套接件（2〇a)，該套接件 壓縮空間（21A)，且該壓 有一彈簧（22A)，而該套 轴向貫穿有一伸縮槽（2 3 A )相對 A )， 縮部（ 應該壓 位扣環 於該壓 前端係 的頂掣 1 )的 抵頂於 之徑向 該伸縮槽（2 而該伸縮槽（ 3 0 A )，且 縮空間（2 1(35a)， 縮空間（2 1 形成有導角形 端（3 2 A ) 壁面（7 0 ) 壁面（7 0 ) 位置係貫設有 3 A )之 2 3A) 該彈性伸 A )之擋 以使該伸 A )内部 態的頂擎 係用以頂 ’而使該 定位的功 除屑孔（ 習知之鑽具中心 (B )包含有— A )於前端適處 (2 〇 A )内部 縮空間（2 1 A 接件 ) 且該壓縮空 内側壁係形成有 内部係伸縮限位 縮部（3 0 A ) 部（2 “ “ 縮部（30a) ’其中該伸縮， 端（3 2 A )， 掣定位於具有驾 伸縮邹（3 〇户 能’且該伸縮苟 3 1 A )，一 位接桿 桿本體 合組裝 形成有 内部並 前端中 (2 1 部（2 一彈性 端適處 設有一 伸縮限 3 0 A 導角形 沉孔（ 具有中 3 0 A 孔（3 3Press, please refer to Figure 1 which is mainly a bit positioning post 10A), the post body (i〇 socket (2〇a), the socket compression space (21A), And the spring is pressed with a spring (22A), and the sleeve is axially inserted through a telescopic groove (23 A) relative to A), and the constricted portion (which should be pressed against the top cymbal 1 of the front end of the pressure front) is abutted thereon. Radially the telescopic groove (2 and the expansion groove (30 A), and the constricted space (2 1 (35a), constricted space (2 1 formed with an angled end (3 2 A) wall surface (7 0 ) wall surface (7 0) Position is provided with 3 A) 2 3A) The elastic extension A) is used to make the top A) internal state of the top engine system for the top 'and the positioning of the work to remove the chip hole (known drill The center (B) includes - A) a suitable space at the front end (2 〇A) (2 1 A connector) and the inner side wall of the compression air is formed with an internal telescopic limit constriction (30 A) Part (2 "" shrinkage (30a) ' where the telescopic, end (3 2 A), 掣 is positioned to have a telescopic extension (3 〇 能 ' 且 且 且 且 且 且 且 , , , , , , , , , , , , , , , , , , , , , Assembly form It has an inner part and a front end (2 1 part (2 - one elastic end is provided with a telescopic limit 30 A lead-shaped sinking hole (with medium 3 0 A hole (3 3
MJOZO/O 1 A )係用以提供鑽屑由該 且藉由該限位扣環^ U 1 A )導出於外， 頂於該彈簧（2 2 A 5 A以使該彈黃（2 2 A )係抵MJOZO/O 1 A ) is used to provide drill cuttings from and by the limit buckle ^ U 1 A ), which is external to the spring (2 2 A 5 A to make the spring yellow (2 2 A) )
)呈彈性轴向限位狀i末端位置，俾令該伸縮部（3〇A 軸向貫穿有-穿孔（二：該伸縮部（3〇A)中失係 d3A)，而該接桿本體 之内對應該穿孔（Ί 1丄〇八） A )則设有一插槽（1 2 a、 中該接桿本體（工〇 ㈣C丄3 A ) ’其 • 〕之插槽（1 3a)可供插番m 一預定鑽頭（3 4 A ) 了供插置固定 A )之前端處穿伸出於：末^處’並使該預定鑽頭（3 4 )，而該接桿本：Γ::(30Α)之穿孔（〜 …）係設有…二；=向位置㈣該插槽（ )可供徑向迫緊固定該 該固疋件（；[丄Α 接桿本體（1 〇Α).山 4Α)之末端定位，另該 A )，該非圓形桿段（ 非囫开^干餃（i 2 插組定位； ）可供—驅動工具（5〇) 惟，此種習知鑽具中心 經驗中發現仍存在下、+. 干疋位結構型態於實際使用 隹下述之問題點·· 當使用者鑽設完成眸 更換另-起子頭使用…錯需拆却該鑽頭（34A)以 田S亥鑽頭（q / 用螺轉工具作瑣碎的拆卸動作 J 4 A)拆卸時則需使 耗時進而降低工作效率者 而使該更換拆卸動作十分 疋以針對上述習知鑽具 如何開發一種更具理想實用性之心：所存在之問題點’ 實使用消費者所殷切+ h 、迷拆卸鑽頭創新結構， 之目標及方向。 ”，亦係相關業者須努力研發突破 4 M382876 有鑑於此，創作人本於 Λ1 夕千久事相關產品之 與設計經驗’針對上述之 _ ιΗ &疋夂目軚，坪加設計與審慎 終付一確具貝用性之本創作 要目的，係在提供一種可十j 才干，算所欲解7〜決之河題點， 所存在之當使用者鑽設完4 —起子頭使用，當該鑽頭由 的拆卸動作，而使該更換击 效率問題點加以改良突破； 技術特點，主要係藉由一李 ，該壓縮空間朝該接桿本貴 # ’且該伸縮部係設於接幸 邛中央係軸向貫穿有一穿夺 孔則設有一插槽；以及一与 軸向末端位置； s十’使本創作之接桿本體^ 頭’可對應收納插設於該名 相對制轉狀態，進而使本^ 步性者。 實施方式】 請參閱第2〜β岡& - ^ b圖所不’係本創作可快 製造開發 評估後， ] 創作之主 頭定位接 定位接桿 以更換另 具作ϊ貞碎 降低工# 決問題之 壓縮空間 彈性伸縮 於該伸縮 對應該穿 桿本體之 新獨特設 設的起子 ，並互呈 之實用進 【新型内容 即，本 轉工具之鑽 -知鐵具中心 籲拆卸該鑽頦 使用螺轉工 分耗時進而 而其解 部形成有一 縮限位有一 端位置，而 '桿本體之内 ’連設於該接 藉此創 動工具所插 非圓形槽内 用上的便利 速替換螺 時，則需 卸時則需 卸動作十 桿本體内 前端係伸 本體之前 ’而該接 圓形槽係 令預定驅 桿本體之 作達到使 換螺轉工 5 M382876 具之鑽頭定位接桿（A) 供說明之用，在專利申請 述之鑽頭定位接桿（A) 一接桿本體（1 0 ) 處係螺合組裝一套接件（ 係形成有一壓縮空間（2 ‘部並設有彈簧X 2 2 Γ 央轴向貫穿有一伸縮槽（ #相對該伸縮槽（2 3 )之 而該伸縮槽（2 3 )内部 )，且該彈性伸縮部（3 2 1 )之擋部（2 4 )係 中該伸縮部（3 0 )前端 2 )，該導角形態的頂掣 有導角沉孔的壁面（7 0 、中心定位的功能，且該伸 ®有除屑孔（3 1 )，該除 該除屑孔（3 1 )導出於 以使該彈簧（2 2 )係抵 俾令該伸縮部（3 0 )呈 部（3 0 )中央係軸向貫 本體（10)之内對應該 3 )，其中該接桿本體（ 固定一預定鑽頭（34) 4)之前端處穿伸出於伸 較佳實施例，惟此等實施例僅 並不受此結構之限制；而該所 包含： 該接桿本體（1 0)之前端適 0)，該套接件（20)内部 )，且該壓縮空間（2 1 )内 而該*套接件Ί： 2 0 )之前端^寸 3 )，且該壓縮空間（2 1 ) 側壁係形成有擋部（2 4 )， 縮限位有一彈性伸縮部（3 0 )末端適處對應該壓縮空間（ 設有一限位扣環（3 5 )，其 形成有導角形態的頂掣端（3 (3 2 )係用以頂掣定位於具 ，而使該伸縮部（3 0 )具有 部（3 0 )之徑向位置係貫設 孔（3 1 )係用以提供鑽屑由 ，且藉由該限位扣環（3 5 ) 於該彈簧（22)末端位置， 性軸向限位狀態，而於該伸縮 有一穿扎（3 3)，而該接桿 孔（3 3 )則設有一插槽（1 0)之插槽（13)可供插置 末端處，並使該預定鑽頭（3 部（3 0 )之穿孔（3 3 )， 6 M382876 而該接桿本體（10)預 係設有一固定件（1 1 ) 緊固定該鑽頭（34)之 一非圓形槽（1 2 ) 10)之軸向末端位置， 相對該非圓形槽（1 2 ) 中該孫拆組件c 4 σ r係 _定位滑套（4 1 )内部預 籲槽（42)及第二斜槽（ 之末端相對該非圓形槽（ 4 )，該定位件（4 4 ) 斜槽（4 3 )作滑動定位 ，又該定位件（4 4 )之 5 )，藉由滑動該定位滑 4 4 )活動定位於該定位 -)或第二斜槽（4 3 )位 ®徑向位移於該非圓形槽（ 動工具（5 0 )所插設的 位置； 當使用者欲鑽設該具 令該接桿本體（10)之 具（50)的起子頭（6 (1 0 )之快拆組件（4 定位於該該起子頭（6 0 該起子頭（60)為非圓 徑向位置相對該插槽（1 3 ) 該固定件（11)可供徑向迫 端定位； 其係延伸連設於該接桿本體（ 中該接桿本體（10)之末端 設有一快拆組件（4 0 )，其 含有一定位滑套C 4 1 )，贫 位置係分別設有對向的第一斜 3)，而該接桿本體（10) 2 )位置係設有一定位件（4 可供第一斜槽（42)或第二 且該接桿本體（10)之末端 側係活動容設有一定位珠（4 (4 1)，而可令該定位件（ 套（41)之第一斜槽（42 ，進而可令該定位珠（45) 2)内，用以供嵌卡於預定驅 子頭（60)的珠槽（6 1) 沉孔之壁面（7 0 )時，則需 圓形槽（1 2 )插設於驅動工 )，插設後並藉由該接桿本體 )的定位珠（45)徑向截卡 之珠槽（61)位置，再藉由 桿段形態，以使該起子頭（6 7 M382876 0)可藉由驅動工具（50)之驅動，而連 本體（1 0)轉動，使用者可藉由伸縮部（ 端（3 2 )抵頂定位於壁面（7 0 )之沉孔 (34)之前端部鑽入於壁面（70)，而 0 )之頂掣端（3 2 )係藉由壓縮空間（2 2 2 )而呈彈性内縮狀態，俾達到中心鑽設 /屑係娌由除屑礼—（：T 1，筝出於外了待使用 ‘，則藉由接桿本體（1 0 )之快拆組件（4 籲移，以進一步拆卸分離該非圓形槽（1 2 ) 5 0 )所插設組裝之起子頭（6 0 )，而使 〇)之前面十字驅動端（62)驅鎖螺栓於 之沈孔（7 1 )内部； 藉此，本創作之接桿本體（1 0 )可令 (5 0 )所插設的起子頭（6 0 )，可對應 接桿本體（1 0 )之非圓形槽（1 2 )内， -轉狀態，進而使本創作達到使用上的便利之 動制轉該接桿 3 0 )之頂掣 ，而令該鑽頭 該伸縮部（3 1 )之彈簧（ 定位，且該鑽 者一鑽設完-成時 〇 )之推掣位 與驅動工具（ 該起子頭（6 壁面（7 0 ) 預定驅動工具 收納插設於該 並互呈相對制 實用進步性者 M382876 【圖式簡單說明】 第1圖：係習知之鑽具中心定位接桿之組合剖視圖。 第2圖：係本創作鑽具接桿本體之組合立體圖。 第3圖：係本創作鑽具接桿本體之分解立體圖。 第4圖：係本創作鑽具接桿本體之分解剖視圖。 第5圖：係本創作鑽具接桿本體使用鑽設之實施例圖。 ‘第6圖：係本創作鑽具接桿本體使用螺鎖之實施例圖。 •【主要元件符號說明】 習知部 份 ： 鑽頭定位接桿 ( B ) 接桿本體 ( 1 0 A ) 固定件 ( 1 1 A ) 非圓形桿段 ( 1 2 A ) 插槽（ 1 3 A ) 套接件 ( 2 0 A ) 壓縮空 間 ( 2 1 A ) 彈簧（ 2 2 A ) 伸縮槽 ( 2 3 A ) 擋部（ 2 4 A ) 伸縮部 ( 3 0 A ) 除屑孔 ( 3 1 A ) 頂掣端 ( 3 2 A ) 穿孔（ 3 3 A ) 鑽頭（ 3 4 A ) 限位扣環 ( 3 5 A ) 本創作部份 鑽頭定位接桿 ( A ) 接桿本體 ( 1 0 ) 固定件 ( 1 1 ) 非圓形槽 ( 1 2 ) 插槽（ 1 3 ) 套接件 ( 2 0 ) 壓縮空 間 ( 2 1 ) 彈簀（ 2 2 ) 伸縮槽 ( 2 3 ) 擋部（ 2 4 ) 伸縮部 ( 3 0 ) 除屑孔 ( 3 1 ) M382876 頂掣端（3 2 ) 鑽頭（3 4 ) 快拆組件（4 0 ) 第一斜槽（4 2 ) 定位件（4 4 ) 驅動工具（50) 珠槽（6 1 ) 壁面（7 0 ) 穿孔（3 3 ) 限位扣環（3 定位滑套（4 第二斜槽（4 定位珠（4 5 起子頭（6 0 驅動端（6 2 沈孔（7 1 )) is an elastic axially constrained i-terminal position, so that the telescopic portion (3〇A axially penetrates through-perforation (two: the lost portion d3A in the telescopic portion (3〇A)), and the post body The corresponding pair of perforations (Ί 1丄〇8) A) is provided with a slot (1 2 a, the post body (worker (4) C丄3 A) 'its•' slot (1 3a) can be inserted Fan m a predetermined drill bit (3 4 A) for inserting the fixed A) at the front end to protrude beyond: the end ^ and 'the predetermined bit (3 4), and the post: Γ:: (30Α ) The perforation (~ ...) is provided with ... 2; = to the position (4) The slot ( ) is available for radial tightening to fix the solid member (; [丄Α post body (1 〇Α). Mountain 4Α Positioning at the end, another A), the non-circular rod segment (non-opening ^ dry dumplings (i 2 insert positioning; ) available - drive tool (5 〇), but this kind of conventional drilling center experience Found that there is still the following, +. Dry 结构 structure type in actual use 隹 The following problems point · When the user completes the drilling, replace the other - the starter head use... The wrong bit needs to be removed (34A) to the field S Drill bit (q / with a screw tool for trivial Disassembly action J 4 A) When disassembling, it is necessary to make time-consuming and thus reduce the work efficiency, so that the replacement and disassembly action is very embarrassing to develop a more practical and practical point for the above-mentioned conventional drilling tools: the problem point The use of consumers is eager to + h, the disassembly of the innovative structure of the drill bit, the goal and direction.", also related to the industry must work hard to develop breakthroughs 4 M382876 In view of this, the creator is based on the design and design of related products The experience 'for the above _ Η amp amp 疋夂 軚 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪 坪River inscription, the user exists when the user drills 4 - the starter is used, when the drill is disassembled, the problem of the replacement efficiency is improved; the technical features are mainly by a Li, The compression space is directed toward the post and the extension portion is provided in the central portion of the center of the joint, and a slot is provided through the through hole; and a position with the axial end; s ten' makes the creation Arbors The body 'head' can be inserted into the relative rotation state of the name, and further the person who is in this position. Embodiments Please refer to the 2nd ~β 冈 & - ^ b diagram is not 'this creation can be quickly manufactured After the development and evaluation, the main head of the creation is positioned to connect the positioning post to replace the compression space that is used for the reduction of the work. The elastic space of the creation is elastic and the expansion is corresponding to the new uniquely designed screwdriver of the rod body, and mutual It is practical to enter [new content, that is, the drill of the transfer tool - the center of the iron is called to disassemble the drill collar, and the use of the screw is divided into time, and the solution portion is formed with a limit position having one end position, and the inside of the rod body 'When it is connected to the convenient speed replacement screw used in the non-circular groove inserted by the triggering tool, it is necessary to unload the action before the front end of the body is extended. The groove system enables the predetermined drive rod body to achieve the drill bit transfer 5 M382876 drill bit positioning post (A) for illustrative purposes, in the patent application of the drill bit positioning post (A) a post body (10 ) Threading and assembling a set of connectors ( Forming a compression space (2' portion and having a spring X 2 2 Γ centrally extending through a telescopic groove (# opposite to the telescopic groove (23) and inside the expansion groove (23)), and the elastic expansion portion a blocking portion (2 4 ) of the (3 2 1 ) is a front end 2) of the telescopic portion (30), and the top surface of the guiding angle has a wall surface of a guide hole counterbore (70, a central positioning function, and the function Stretching® has a chip removing hole (3 1 ) which is derived such that the spring (2 2 ) is biased so that the telescopic portion (30) is in the center (30) Corresponding to the inner portion of the axial body (10), wherein the front end of the post body (fixing a predetermined drill bit (34) 4) is extended to the preferred embodiment, but the embodiments are only Restricted by the structure; and the inclusion includes: the front end of the post body (10) is 0), the inside of the socket (20), and the compression space (2 1 ) and the * socket Ί: 2 0 ) The front end is 2 inch 3), and the side wall of the compression space (2 1 ) is formed with a blocking portion (2 4 ), and the end portion of the elastic expansion portion (30) is adapted to the compression space ( Have a limit a ring (3 5 ), which is formed with a leading end of the leading edge shape (3 (3 2 ) for positioning the top of the tool, and the telescopic portion (30) has a radial position of the portion (30) The through hole (3 1 ) is used to provide a drill cuttings, and the limiting buckle (3 5 ) is at the end position of the spring (22), and the axial axial limit state, and the expansion and contraction is worn. Tie (3 3), and the post hole (3 3 ) is provided with a slot (13) slot (13) for inserting the end and making the predetermined bit (3 parts (3 0 )) Perforation (3 3 ), 6 M382876 and the post body (10) is prefabricated with a fixing member (1 1 ) for fixing the axial end position of one of the non-circular grooves (1 2 ) 10) of the drill bit (34) Relative to the non-circular groove (1 2 ), the sun-removing component c 4 σ r system _ positioning sliding sleeve (4 1 ) inner pre-catch groove (42) and second chute (the end of the opposite groove is opposite to the non-circular groove (4) ), the positioning member (4 4 ) the chute (4 3 ) is slidably positioned, and the positioning member (4 4 ) is 5), by sliding the positioning slide 4 4 ) to be positioned in the positioning-) or the second Chute (4 3 ) position® radial displacement in the non-circular groove The position of the (50) is inserted; when the user wants to drill the quick-release assembly (4 (1 0)) of the (50) of the post body (10) The screwdriver head (60) is a non-circular radial position relative to the slot (13). The fixing member (11) is positionable for the radial end; the extension is connected to the post body (The end of the post body (10) is provided with a quick release assembly (40), which includes a positioning sliding sleeve C4 1 ), and the lean position is respectively provided with a first inclined 3), and the connection is respectively The rod body (10) 2) is provided with a positioning member (4 for the first chute (42) or the second and the end side of the post body (10) is movably provided with a positioning bead (4 (4 1 ), the positioning member (the first chute of the sleeve (41) (and thus the positioning bead (45) 2) can be used for the bead slot of the predetermined drive head (60). (6 1) When the wall of the counterbore (7 0 ) is used, the circular groove (1 2 ) is inserted into the driver, and the positioning bead (45) of the post body is inserted and radially cut. The position of the card's bead (61), and then by the shape of the rod, The driver head (6 7 M382876 0) can be driven by the driving tool (50), and the body (10) is rotated, and the user can be positioned on the wall by the telescopic portion (the end (3 2 ) is abutted against the top (7 0 The front end of the counterbore (34) is drilled into the wall surface (70), and the top end (3 2) of the 0) is elastically retracted by the compression space (2 2 2 ), and the center drill is achieved. Set/chip system by the chip removal ceremony—(:T1, the kite is out of use), then the quick release assembly (4 is moved by the post body (10) to further disassemble the non-circular shape The slot (1 2 ) 5 0 ) is inserted into the assembled driver head (60), and the front cross drive end (62) is driven to lock the bolt inside the counterbore (7 1 ); thereby, the creation The pole body (10) can be used to make the driver head (60) inserted in (50) correspond to the non-circular groove (12) of the pole body (10), and then turn to the state. To make the creation reach the convenience of use, turn the top of the post 3 0 ), and make the spring of the telescopic part (3 1 ) of the drill bit (position, and the driller is set to finish drilling - when finished) ) push position and drive tool The screwdriver head (6 wall surface (7 0) is scheduled to be driven by the drive tool and is mutually opposed. Practical and progressive. M382876 [Simple description of the drawing] Fig. 1 is a sectional view showing the combination of the center positioning post of the conventional drilling tool. Figure 2: A combined perspective view of the body of the drill. Figure 3: An exploded perspective view of the body of the drill. Figure 4: An anatomical view of the body of the drill. Fig. 5 is a diagram showing an embodiment of the use of a drilling device for the body of the drill. ‘Section 6: An example of the use of a screw lock for the body of the drill tool. • [Main component symbol description] Conventional part: Drill positioning post (B) Post body (1 0 A) Fixing piece ( 1 1 A ) Non-circular rod section ( 1 2 A ) Slot ( 1 3 A Socket ( 2 0 A ) Compression space ( 2 1 A ) Spring ( 2 2 A ) Expansion groove ( 2 3 A ) Stop ( 2 4 A ) Expansion joint ( 3 0 A ) Chip removal hole ( 3 1 A Top end (3 2 A) Perforated ( 3 3 A ) Drill bit ( 3 4 A ) Limiting ring ( 3 5 A ) Part of the drill bit positioning post ( A ) Post body ( 1 0 ) Fixing piece ( 1 1 ) Non-circular groove ( 1 2 ) Slot ( 1 3 ) Socket ( 2 0 ) Compression space ( 2 1 ) Magazine ( 2 2 ) Expansion groove ( 2 3 ) Stop ( 2 4 ) Telescopic Part ( 3 0 ) Chip removal hole ( 3 1 ) M382876 Top end (3 2 ) Drill bit (3 4 ) Quick release assembly (4 0 ) First chute (4 2 ) Positioning piece (4 4 ) Drive tool (50 ) Bead groove (6 1 ) Wall surface (7 0 ) Perforation (3 3 ) Limiting buckle (3 positioning sliding sleeve (4 second chute (4 positioning bead (4 5 screwdriver head (6 0 drive end (6 2 sink) Hole (7 1 )