M428037 五、新型說明·· 【新型所屬之技術領域】 本創作係涉及一種鑽孔裝置，尤其是一種可替換孔鋸 之鑽礼裝置。 【先前技術】M428037 V. New description·· 【New technical field of the invention】 This creation relates to a drilling device, in particular to a drilling device for replacing a hole saw. [Prior Art]
如證書號數第M406510號「具有雙種使用模式之旋孔 鋸驅動桿結構」新型專利案中所揭露之習用的鑽孔裝置之 —驅動桿，其係於該驅動桿設置有—徑向貫穿組設孔及一 圓穴鋸片組設部，該驅動桿係可對應裝設一可調式旋孔組 :該徑向貫穿組設孔’ U及將一圓穴雜片對應裝設於該圓 穴鑛片組設部，使該驅動桿同時具有裝設兩種不同鑽孔工 具的功能，並可將該驅動桿的一端裝設結合於一氣動或電 動驅動載具來進行鑽孔作業； 習用的鑽孔裝置在使用上係具有下列問題： '由於該驅動桿係為-體成形，該可調式旋孔組係 設置於該驅動桿之徑向貫穿组設孔，由於該可調式旋孔組 的正體構件較多’纟轉換兩種不同的鑽孔工具時較不 裝，需要花費較多的時間才能夠更換。 白用的驅動桿只能夠結合於單一種的驅動工具 ’想要使用不同的驅動工具時’ f要替換不 ； 夠使用，在運用上較不方便。 … ，二該可調式旋孔組或該圓穴鋸片在進行鑽孔作業時 吊㊉谷易發生旋轉鎖死而無法拆卸的情形，而習用的兮 驅動桿加裝防鎖死裝置較為不易，並且效果不佳而：用的' 3 基於上述理由，實有改善加強之必要。 【新型内容】 為了解決習用的鑽孔梦晉趙搞雄 法易於更換驅動工且？工具較為不易、無 題，本創作的主要目、的广防鎖死裝置的效果不佳等問 置，立俜 ’在於提供-種可替換孔鋸之鑽孔裝 到,"二構造簡化，㈣原有的部分結構來達 更為^活U及易於擴充組件的效果，使該驅動桿的應用 本創作所運用的技術 之鑽孔裝置，包括： 手段係在於提供一 種可替換孔鋸 -驅動桿’其係包括有一桿身、一組裝部及一驅動組 褒部’該组裝部係設於該桿身的上端，該驅動組裝部係開 設於該桿身的底部； 刀具組，其係包括有一組襞孔，該組裝孔係位於該 八之底。卩，該刀具組係以該組裝孔裝設結合於該驅動 桿之組裝部； 一驅動工具組裝件，其係可拆合地裝設於該桿身的下 端之該驅動組裝部。 刖述之可替換孔鋸之鑽孔裝置，其中該刀具組係為一 可調式旋鋸組，該刀具組係包括有一結合套筒及一尺規桿 ，於該結合套筒之外周面係裝設該尺規桿，該組裝孔係設 於該結合套筒之底部，該刀具組係以該結合套筒之該組裝 孔對應螺鎖結合於該驅動桿之該組裝部。 前述之可替換孔鋸之鑽孔裝置，其中進一步設有一鑽 怒組’該鑽芯組係包括有一鑽頭及一迫緊螺絲，該結合套 M428037 同係：頂部開設有一鑽芯㈣，以及於該結合套筒的外周 渴。又有連通至戎鑽芯插孔的鑽芯固定孔，該鑽芯組之 鑽頭及迨緊螺絲係分別對應裝設結合於該結合套筒之鑽芯 插孔及鑽芯固定孔。 前述之可替換孔鑛之鑽孔裝置，其中該刀具組係包括 有兩刀具’該兩刀具係分別裝設結合於該尺規桿的兩側部 〇 則述之可替換孔鋸之鑽孔裝置，其中係進一步設有一 卡制盤及一鎖固盤，該卡制盤係套設結合於該驅動桿，並 T固結合於該刀具組的下方，該鎖固盤則係螺鎖於該驅動 才干之該組裝部，並螺鎖迫緊該卡制盤，且該刀具組係包括 /、 刀具係裝設結合於該尺規桿的一側部。 m述之可替換孔鋸之鑽孔裝置，其中該刀具組係為一 圓筒孔鋸。 ‘ 則述之可替換孔鋸之鑽孔裝置，其中該驅動桿之該組 裝部係呈階級狀並具有兩大小不同的外螺紋。 前述之可替換孔鋸之鑽孔裝置，其中進一步設有—鑽 芯组，該鑽芯組係包括有一鑽頭及一迫緊螺絲，於該驅動 +干係设有一鑽芯插孔及一鑽芯固定孔，該鑽芯插孔係開設 於該組裝部上端的頂面，該鑽芯固定孔係開設於該桿身靠 近該組裝部的外周面，且該鑽芯固定孔係連通至該鑽芯插 孔’該鑽頭係插設結合於該驅動桿之鑽芯插孔，該迫緊螺 絲係螺鎖結合於該鑽芯固定孔並迫緊至該鑽頭。 前述之可替換孔鋸之鑽孔裝置，其中進—步設有防鎖 死用的一迫緊環及一鎖緊承套，該迫緊環係對應螺鎖結合 5 M428037 於6亥驅動桿之組裝部，並抵緊該刀具組的底面，該鎖緊承 套你追緊於該刀具組的内面，並鎖設固定於該組裝部。 前述之可替換孔鋸之鑽孔裝置’其中該驅動工具組裝 件係等間隔環設有三個夾面。 前述之可替換孔鋸之鑽孔裝置，其中該驅動工具組裝 件係呈多角狀且於鄰近底部的位置凹設有一卡溝。 前述之可替換孔鋸之鑽孔裝置，其中該驅動工具組裝 件係為免鎖接頭’該驅動工具組裝件係於外周面環設有兩 個等間隔的封閉溝’以及環設有兩個異於該封閉溝的開放 溝。 前述之可 於該桿身設有 動桿之組裝部 於該驅動桿係 及—彈性環， 抵住該刀具組 ’該迫緊螺帽 係貼靠於該迫 前述之可 具組之間係進 而下依序裝設 —扣件。 替換孔鋸之鑽孔裝置 一套環部及一螺合部，該套環部係設 的下方’該螺合部係位於該套環部的 進一步設有一迫緊環、一扣件、一迫 該迫緊環係可滑動地設 ，該扣件係扣制於該驅 係螺鎖結合於該驅動桿 緊螺帽及該迫緊環之間 替換孔鋸之鑽孔裝置， 一步設有一連接套桿， 結合有一迫緊環、一彈 置於該套環部 動桿之螺合部 之螺合部，該 0 其中該驅動桿 於該連接套桿 性環、一迫緊 本創作利用所提供的可替換孔鋸之鑽孔裝置， 得的功效増進包括： 1、本創作之一驅動桿係簡化了習用驅動桿的 進一步 於該驅 下方， 緊螺帽 ，並可 的底端 彈性環 與該刀 係由上 螺帽及 可以獲 部分構 M428037 具，使得該 ，相當地實 u僅留下了一組裝部用於組裝各種不同的鑽 驅動桿的靈活度大幅提升’並且易於組裝拆卸 用方便。 本創作之該驅動桿之該驅動工具組裝部 卸狀態，並且進一步可替換不同型式的驅動工具組萝J拆 月匕夠用於裝設在各種不同的藤動卫具之免鎖套筒或:： 鎖固套筒來連接驅動工具，使本創作的搭配性更佳，二爪For example, the drive rod of the conventional drilling device disclosed in the new patent application No. M406510, "Rotary Saw Drive Rod Structure with Two Kinds of Use Modes", is provided with a radial penetration through the drive rod. The hole and a circular saw blade assembly portion are arranged, and the driving rod system can be correspondingly equipped with an adjustable rotary hole group: the radial through group is provided with a hole 'U and a circular hole piece is correspondingly installed in the round hole mine The assembly unit has the function of installing two different drilling tools at the same time, and one end of the driving rod is coupled to a pneumatic or electric driving vehicle for drilling operation; The hole device has the following problems in use: 'Because the drive rod is formed, the adjustable rotary hole set is disposed in the radial direction of the drive rod through the set hole, due to the positive body of the adjustable rotary hole set There are more components. 'It is less loaded when converting two different drilling tools, and it takes more time to replace. The white drive rod can only be combined with a single drive tool. 'When you want to use different drive tools, you have to replace it. It is not convenient to use. ..., the adjustable swivel group or the circular saw blade is easy to be rotated and locked when the drilling operation is performed, and the conventional tamper-driven lever is not easy to install the anti-locking device. And the effect is not good: the use of '3 based on the above reasons, there is a need to improve and strengthen. [New content] In order to solve the problem of drilling holes, Jin Zhao Zhao is easy to replace the driver. The tool is relatively difficult and unproblem. The main purpose of this creation, the effect of the anti-locking device is not good, etc., Lie's is to provide a kind of replaceable hole saw drilled into, "two structural simplification, (4) The original part of the structure to achieve a more effective U and easy to expand the effect of the assembly, the application of the drive rod of the technology used in the creation of the drilling device, including: means is to provide a replaceable hole saw - drive rod 'The system includes a shaft body, an assembly portion and a drive group jaw portion. The assembly portion is attached to the upper end of the shaft, and the drive assembly portion is disposed at the bottom of the shaft; the cutter set includes There is a set of bores that are located at the bottom of the eight. Further, the cutter set is provided with the assembly portion coupled to the assembly portion of the drive rod; and a drive tool assembly detachably mounted to the drive assembly portion at the lower end of the shaft. The drilling device of the replaceable hole saw, wherein the tool set is an adjustable swivel set, the tool set includes a combined sleeve and a ruler rod, and the peripheral surface is attached to the outer sleeve The assembly rod is disposed at the bottom of the coupling sleeve, and the assembly group is coupled to the assembly portion of the driving rod by the assembly hole of the coupling sleeve. The above-mentioned alternative hole saw drilling device, further comprising a drill anger group, the drill core assembly comprising a drill bit and a pressing screw, the joint sleeve M428037 is the same: a core (four) is opened at the top, and the combination The outer circumference of the sleeve is thirsty. Further, there is a drill core fixing hole connected to the boring core socket, and the drill bit and the tightening screw of the core group are respectively corresponding to the drill core socket and the core fixing hole which are coupled to the joint sleeve. The above-mentioned alternative hole drilling device, wherein the tool set includes two tools, the two tool sets are respectively provided with a drilling device which is coupled to the two sides of the ruler bar, and the replaceable hole saw is described. Further, a card disc and a lock disc are further disposed, the card disc sleeve is coupled to the driving rod, and T is fixedly coupled under the cutter set, and the lock disc is screwed to the drive The assembly portion is slid and the screw is tightened, and the cutter set includes /, and the cutter system is coupled to one side of the ruler rod. The drilling device of the replaceable hole saw, wherein the tool set is a cylindrical hole saw. ‘The drilling device of the replaceable hole saw, wherein the assembly of the drive rod is in the form of a class and has two external threads of different sizes. The above-mentioned drilling device for replaceable hole saw, further comprising a drill core set comprising a drill bit and a pressing screw, wherein the drive + dry system is provided with a drill core socket and a core fixing hole The drill collar is formed on a top surface of the upper end of the assembly portion, the drill core fixing hole is formed on the outer peripheral surface of the shaft near the assembly portion, and the drill core fixing hole is connected to the drill core socket The drill bit is inserted into a drill collar of the drive rod, and the tightening screw is screwed to the drill collar fixing hole and pressed to the drill bit. The above-mentioned drilling device for replaceable hole saw, wherein the stepping step is provided with a pressing ring for anti-locking and a locking sleeve, and the pressing ring is combined with the screw lock 5 M428037 for assembly of the 6-inch drive rod And abutting against the bottom surface of the tool set, the locking sleeve is fastened to the inner surface of the tool set, and is locked and fixed to the assembly. The above-described alternative hole saw drilling device 'where the drive tool assembly is provided with three clamping faces for the equally spaced ring. The above-mentioned alternative hole saw drilling device, wherein the driving tool assembly is polygonal and has a groove recessed adjacent to the bottom. The above-mentioned drilling apparatus for replaceable hole saw, wherein the driving tool assembly is a lock-free joint 'the driving tool assembly is provided with two equally spaced closed grooves on the outer peripheral ring' and the ring has two different In the open trench of the closed trench. The foregoing may be provided with an assembly portion of the moving rod on the shaft and the elastic ring, and the elastic member is pressed against the cutter group, and the pressing nut is pressed against the forcible group. Installed in order - fasteners. Replacing a hole sawing device with a ring portion and a screwing portion, the lower portion of the ring portion is provided with a tightening ring, a fastening member, and a forced portion The pressing ring system is slidably disposed, and the fastener is fastened to the driving device to be coupled to the driving rod tightening nut and the pressing ring to replace the hole sawing device, and the connecting rod is provided in one step. a combination of a pressing ring and a screwing portion of the screwing portion of the ring-shaped moving rod, wherein the driving rod is replaceable by the connecting sleeve-shaped ring and a forced use of the creative use The hole sawing device has the following functions: 1. One of the creations of the driving rod system simplifies the conventional driving rod further under the driving, the tightening nut, and the bottom end elastic ring and the knife system are The upper nut and the part of the M428037 can be obtained, so that it is quite practical to leave only one assembly for the flexibility of assembling various drill drive rods, and it is easy to assemble and disassemble. The drive tool assembly portion of the drive rod of the present invention is unloaded, and further, the different types of drive tool sets can be replaced for the lock sleeve of various rattan guards or: : Locking sleeve to connect the driving tool to make the creation of this creation better, two claws
、3、本創作之該驅動桿進一步可搭配防鎖死零件結人 於刀具，當應用本創作進行鑽孔作業時，能夠藉由各:: 死令件抵緊該鑽具並避免自#，當作業完成後能夠將該 防鎖死接頭向後退使該鑽具能夠卸下，而不會在高速旋： 的鑽孔作業中造成鎖死而無法卸下。 【實施方式】 為了能夠詳細瞭解本創作的技術特徵及實用功效 並 較 ::照說明書的内容來實施，更進—步以如圖式所示的 佳貫施例，詳細說明如后： 本創作係一種可替換孔鋸之鑽孔裝置，請參閱圖彳及圖 2的第一較佳實施例’其係包括一驅動桿1〇、一鑽纪組2〇 、一刀具組30及一驅動工具組裝件4〇。 如圖1所示，該驅動桿彳〇係包括有一桿身1 1、一組裝 2、一鑽芯插孔彳3、_鑽芯固定孔彳4及一驅動組裝部仂 ，於該桿身11的下端係形成一螺鎖部彳彳彳，該螺鎖部彳彳彳係 於外周面設有螺紋，該組裝部彳2係設於該桿身彳彳的上端， X、、且裝部1 2係呈階級狀並具有兩大小不同的外螺紋，用於 組裝不同外徑之鑽孔刀具，該鑽芯插孔13係開設於該組裝 7 M428037 郤1 2上端的頂面，該鑽芯固定孔彳4係開設於該桿身11靠近 該組裂部12的外周面，且該鑽芯固定孔14係連通至該鑽& 插孔13,該驅動組裝部15係開設於該桿身”的底部並設有 螺紋，用於安裝該驅動工具組裝件4〇 ; 該鑽芯組20係結合於該驅動桿彳〇並可用於鑽出一中心 文位孔，該鑽芯組20係包括有一鑽頭21及一迫緊螺絲22 ; 該刀具組30係為一可調式旋鋸組，該刀具組3〇係包括 有一結合套筒31、一尺規桿32及兩刀具33,該結合套筒31 係於底部具有一組裝孔310，該組裝孔31〇係於内壁設有内 螺紋，該刀具組30係以該結合套筒31之該組裝孔31〇對應 螺鎖結合於該驅動桿彳〇之該組裝部彳2，於該結合套筒Μ之 外周面係開設有一對水平穿孔用於裝設該尺規桿32，該兩 刀具33係分別具有一刀片及刀座並且分別裝設結合於該尺 規桿32的兩側部’該結合套筒31係於頂部開設有一鑽怒插 孔311，以及於該結合套筒31的外周面開設有一連通至該 鑽芯插孔311的鑽芯固定孔312，該鑽思組2〇之鑽頭21及迫 緊螺絲2 2係分別對應裝設結合於該結合套筒31之鑽芯插孔 311及鑽芯固定孔312，於該鑽芯插孔311的周圍係環繞凸 設有一卡合部313,用於卡合不同的刀具； 。亥驅動工具組裝件4〇係可拆合地裝設於該桿身彳彳的下 端，且該驅動工具組裝件4〇係等間隔環設有三個失面Μ， 於該桿身11的頂部係設有一結合部42，該驅動工具組裝件 40係以„亥，’·σ D 42螺鎖於該驅動桿]〇之該驅動組裝部，5， .玄驅動工具組裝件4Q係能夠裝設於具有三爪鎖固套筒之驅 動工具上，該驅動工具組裝件40於該结合部42下方係設有 止擔部43，該止擋部43係可避免該驅動工具組裝件4〇於 運作過程中鎖死於驅動工具上。 如圖2所示，於本實施例中進一步設有一防塵蓋組5〇 ’該防塵蓋組50係包括有一防塵蓋51、一彈簧52及一旋鈕 53，甘 / ’ “係將該防塵蓋51套設結合於該驅動桿1 〇，並將該彈 耳52套設於該驅動桿1〇並抵靠於該防塵蓋51的底部，並將 疋紐53螺鎖結合於該桿身11之螺鎖部111並抵緊該彈簣 52 » ’由於該刀具組30之尺規桿32及兩刀具33以及該防塵蓋 、、且50係為習用之構件，故詳細使用方法及安裝方式在此不 加以贅述。 如圖3所示’本實施例中進一步可於該鑽頭2彳上加裝 一抵緊片23’並於該結合套筒31之該卡合部313裝上一圓 同孔鑛60,藉由該鑽頭21之抵緊片23由抵緊該圓筒孔鋸6〇 的内部固定’並進行鑽孔作業。 本創作之第二較佳實施例係如圖4及圖5所示，其係大 致與第一較佳實施例雷同，差異在於： 該刀具組30A係為一圓筒孔鋸，該刀具組3〇A係於底部 具有一組裝孔34，於該組裝孔34的内壁設有内螺紋，該刀 具組30A係以該組裝孔34螺鎖裝設結合於該驅動桿1〇之組 裝部1 2之其中之一相對應的外螺紋面； δ玄鑽頭21係插設結合於該驅動桿1 0之鑽芯插孔1 3，該 迫緊螺絲22係螺鎖結合於該鑽芯固定孔14並迫緊至該鑽頭 21 ； · β亥驅動工具組裝件4〇α係呈多角狀且於鄰近底部的位 置凹ά有一卡溝44，使該驅動工具組裝件4〇能夠藉由該卡 9 M428037 溝44卡合於驅動工具作動β 本創作之第三較佳實施例係如圖6及圖7所示，其係大 致與第二較佳實施例雷同，差異在於： 本實施例之該刀具組30Β係為一圓筒孔鋸，該刀具組 30Β係於底部具有一組裝孔34Β，該組裝孔34Β係為穿孔， 並於該組裝孔34 Β的兩側開設有兩個穿孔35 ; 且本實施例係進一步設有防鎖死用的一迫緊環7 >1及一 鎖緊承套72，該迫緊環71係於内部設有螺紋，並於頂面具 有兩呈相對的插柱71 1，該迫緊環71係對應螺鎖結合於該籲 驅動桿10之組裝部12，該刀具組30Α係套裝結合於該迫緊 環71的上方，並使該刀具組3〇Β之該兩穿孔％對應穿設於 該迫緊環71的兩插柱711，該鎖緊承套72係迫緊於該刀具 組30Α朝向上方的内面，並鎖設結合於該組裝部12使該刀 具組30Α固定；3. The drive rod of the creation can be further matched with the anti-locking part to join the cutter. When applying the creation for the drilling operation, the drilling tool can be pressed against each of the drilling tools and avoided from #, When the work is completed, the anti-lock joint can be retracted to enable the drill to be removed without causing the lock to be lost during the high-speed drilling operation. [Embodiment] In order to be able to understand in detail the technical features and practical effects of this creation: and to implement according to the contents of the manual, further steps are shown in the example of the example, and the details are as follows: A drilling device for replacing a hole saw, see FIG. 2 and the first preferred embodiment of FIG. 2, which includes a driving rod 1 , a drilling group 2 , a cutter set 30 and a driving tool Assembly 4〇. As shown in FIG. 1 , the driving rod includes a shaft 1 1 , an assembly 2 , a core insertion hole 彳 3 , a core fixing hole 4 , and a driving assembly portion 仂 on the shaft 11 . The lower end is formed with a screw-locking portion, the screw-locking portion is provided with a thread on the outer peripheral surface, and the assembly portion 2 is attached to the upper end of the shaft, X, and the mounting portion 1 The 2 series is in the shape of a class and has two external threads of different sizes for assembling drilling tools of different outer diameters. The core insertion hole 13 is formed on the top surface of the upper end of the assembly 7 M428037 but 12, the core is fixed The hole 4 is formed on the outer peripheral surface of the shaft 11 adjacent to the set of split portions 12, and the drill core fixing hole 14 is connected to the drill & jack 13 , and the drive assembly portion 15 is opened on the shaft. The bottom portion is provided with a thread for mounting the driving tool assembly 4; the core group 20 is coupled to the driving rod 彳〇 and can be used for drilling a central writing hole, the core group 20 includes The drill bit 21 and a tightening screw 22; the cutter set 30 is an adjustable swivel set, and the cutter set 3 includes a joint sleeve 31 and a ruler rod 32. The two cutters 33, the coupling sleeve 31 has an assembly hole 310 at the bottom, and the assembly hole 31 is internally threaded on the inner wall, and the cutter set 30 is connected to the assembly hole 31 of the joint sleeve 31. The lock is coupled to the assembly portion 2 of the driving rod ,, and a pair of horizontal perforations are provided on the peripheral surface of the coupling sleeve for mounting the ruler rod 32, and the two cutters 33 respectively have a blade and The tool holders are respectively provided with two sides of the ruler bar 32. The coupling sleeve 31 is provided with a drill collar 311 at the top, and a communication is provided to the outer peripheral surface of the coupling sleeve 31. The drill core fixing hole 312 of the core insertion hole 311, the drill bit 21 and the pressing screw 2 2 of the drill core group 211 are respectively corresponding to the drill core insertion hole 311 and the core fixing hole which are coupled to the coupling sleeve 31. 312. A clamping portion 313 is disposed around the core insertion hole 311 for engaging different tools. The marine driving tool assembly 4 is detachably mounted on the shaft. The lower end of the driving tool assembly 4 and the equal spacing ring are provided with three missing faces, at the top of the shaft 11 A coupling portion 42 is provided, and the driving tool assembly 40 is slidably mounted on the driving assembly of the driving rod, and the kinetic driving tool assembly 4Q can be installed. On the driving tool having the three-jaw locking sleeve, the driving tool assembly 40 is provided with a stopping portion 43 below the coupling portion 42. The stopping portion 43 prevents the driving tool assembly 4 from being operated. The process is locked on the drive tool. As shown in FIG. 2, in the embodiment, a dust cover group 5 is further provided. The dust cover group 50 includes a dust cover 51, a spring 52 and a knob 53. The sleeve is coupled to the driving rod 1 , and the sleeve 52 is sleeved on the driving rod 1 〇 and abuts against the bottom of the dust cover 51 , and the screw 53 is screwed to the shaft of the shaft 11 The lock portion 111 abuts against the magazine 52 » 'Because the ruler bar 32 and the two cutters 33 of the cutter set 30 and the dust cover and the 50 are conventional members, the detailed use method and installation method are not here. As shown in FIG. 3, in the present embodiment, a pressing piece 23' can be further attached to the drill bit 2, and a circular hole 60 is attached to the engaging portion 313 of the joint sleeve 31. The abutting piece 23 of the drill bit 21 is fixed by abutting against the inside of the cylindrical hole saw 6〇 and performs a drilling operation. The second preferred embodiment of the present invention is as shown in Figs. 4 and 5, The system is substantially the same as the first preferred embodiment, the difference being: the cutter set 30A is a cylindrical hole saw, and the cutter set 3A has a base at the bottom. The mounting hole 34 is provided with an internal thread on the inner wall of the assembly hole 34, and the cutter set 30A is screwed to the assembly hole 34 to be externally coupled to one of the assembly portions 12 of the drive rod 1 a threaded surface; a δ black bit 21 is inserted into the core insertion hole 13 of the driving rod 10, and the pressing screw 22 is screwed to the core fixing hole 14 and is pressed to the drill bit 21; The βH drive tool assembly 4〇α is polygonal and has a groove 44 at a position adjacent to the bottom portion, so that the drive tool assembly 4 can be engaged with the driving tool by the card 9 M428037 groove 44. The third preferred embodiment of the present invention is shown in FIG. 6 and FIG. 7 , which is substantially the same as the second preferred embodiment. The difference is that the tool set 30 of the embodiment is a cylindrical hole saw. The tool set 30 has an assembly hole 34Β at the bottom, the assembly hole 34 is a perforation, and two perforations 35 are formed on two sides of the assembly hole 34 ;; and the embodiment is further provided with anti-locking a pressing ring 7 > 1 and a locking sleeve 72, the tension ring 71 is internally threaded and on the top surface There are two opposite insertion posts 71 1 , and the compression ring 71 is coupled to the assembly portion 12 of the drive lever 10 , and the cutter set 30 is attached to the tension ring 71 and The two perforations % of the cutter set 3 对应 correspond to the two insertion posts 711 of the clamping ring 71 , and the locking collar 72 is pressed against the inner surface of the cutter set 30 Α facing upward, and the lock is coupled to the The assembly portion 12 fixes the cutter set 30Α;
該驅動工具組袭件40Β係為免鎖接頭，該驅動工具組 裝件彻係於外周面環設有兩個等間隔的㈣溝^，以及 環設有兩個異於該封閉溝45的開放溝46，該驅動工具組裝 件40Β係可裝設於具有免鎖套筒之驅動工具上。 本創作之第四較佳實施例係如圖8所示，其係大致與 第三較佳實施例雷同，差異在於： 該驅動桿1〇C進-步於該桿身”設有-套環部112 -螺合心13’該套環部112係位於原有之組裝部β的下 ’違套環部11 2係具有兩呈相對狀 耵狀之千面，該螺合部11 3 位於該套環部112的下方’該螺合 硃。。卩11 3係於外周面環設 10 本實施例係進_步Μ古 ^ ^ 7_ ^ ^ °又有—扣件73、一迫緊螺帽74、一 弹性裱7 5，該扣件7 3Α 係為一 C型扣並扣制於該螺合部11 3 的底端’該迫緊螺帽74俜 糸螺鎖L合於該螺合部11 3，該彈 性環75係貼靠於該迫緊螺帽74的頂部；The driving tool assembly member 40 is a lock-free joint, the driving tool assembly is provided with two equally spaced (four) grooves in the outer peripheral ring, and the ring is provided with two open grooves different from the closed groove 45. 46. The drive tool assembly 40 can be mounted on a drive tool having a lock-free sleeve. The fourth preferred embodiment of the present invention is as shown in FIG. 8 , which is substantially the same as the third preferred embodiment, and the difference is that: the driving rod 1 〇 C advances to the shaft body and is provided with a collar The portion 112 of the threaded portion 13' is located below the original assembly portion β. The shackle portion 11 2 has two oppositely shaped ridges, and the screw portion 11 3 is located at the bottom portion Below the collar portion 112, the screw is spliced. The 卩11 3 is attached to the outer circumferential ring. This embodiment is spliced into the _step Μ古^^7_^^ ° and has a fastener 73 and a pressing nut 74. An elastic 裱 7 5 , the fastener 7 3 Α is a C-shaped buckle and fastened to the bottom end of the screwing portion 11 3 'the tightening nut 74 俜糸 screw L is engaged with the screwing portion 11 3, the elastic ring 75 is attached to the top of the pressing nut 74;
月1J述的該适緊環7 1 β -ΓI 、 仏可滑動地設置於該套環部11 2， 該迫緊環71係於中参科庙 夹對應於邊套裱部11 2，並以底部抵靠 於該彈性環75 ; " 該刀具組30。與該刀具組3〇B之構造大致相同唯一 的差異在於該組裝孔34C係為一螺孔，該刀具組3〇c以該 植裝孔34C螺鎖結合於該驅動桿1Q(：之組裝部12，並使該 刀具組34C之該兩穿孔35〇對應穿設於該迫緊環71的兩插 柱711，並以該迫緊螺帽74向上螺鎖迫緊該迫緊環了彳，使 义刀”，’且3ΟB以防鎖死的型態結合於該驅動桿彳〇c之上。 ;本貝知例中，當欲卸下該刀具組3 0 C時，可將該迫 緊螺帽74旋鬆使該迫緊環71退後，並使該迫緊環门之該兩 插柱711抽離該刀具組3〇c之該兩穿孔35〇後，使該刀具組 3〇C與該驅動桿1 QC之間留下旋開所需使S的空隙將該刀 具組30C緩緩旋離’可避免該刀具組3〇c在高速作動發生 鎖死。 本創作之第五較佳實施例係如圖9及圖1 0所示，其係 大致與第四較佳實施例雷同，差異在於： 3亥驅動桿1 0與該刀具組30C之間係進一步設有—連接 套桿76 ’該連接套桿76係於底部開設有一組裝孔761，於 5亥組·裝孔761的内周壁係設有螺紋’該連接套桿76係以該 組裝孔761對應裝設於該驅動桿1 〇之組裝部1 2，該連接套 M4Z8037 f於頂部設有一刀具連接部762，該刀具連接部762係 _； + 周面設有螺紋，於該刀具連接部762的頂部係開設有 立鑽芯插孔763,於該刀具連接部762的下方係設有一套環 部764，該套環部764係具有兩相對的平面，於其中之一該 +面係開設有-鑽芯固定孔765 ’該鑽芯固定孔765係連通 ;該鑽芯插孔763 ’於該套環部764的下方係設有一螺合部 66，該螺合部766係於外周面設有螺紋； 、上於該連接套桿76係裝設結合有該迫緊環71、該扣件73 ^迫緊螺帽74及彈性環75，該扣件73係扣制於該連接套 杯76之螺合部766的底端’該迫緊螺帽74係螺鎖結合於該 連接套扣76之螺合部766，該彈性環75係貼靠於該迫緊螺 帽74及：迫緊環71之間，該迫緊環71係可滑動地設置於該 套梓76之套級部764，該刀具組3〇c以該組裝孔Μ。螺 鎖結合於該連接套桿76之刀具連接部762，並使該刀具組 _之該兩穿孔35C對應穿設於該迫緊環71的兩插柱川， 並以該迫緊螺帽74向上螺鎖迫緊該迫緊環71，使該刀具組 3〇B以防鎖死的型態結合於該連接套桿76 ; 該鑽芯組2 〇之鑽頭21及迫緊螺絲2 2係分別對應裝設結 &於連接套杯76之鑽这插孔763及鑽芯固定孔765 ; 本實施例之使用方式係與第四較佳實施例雷同，故在 此不加以贅述。 本創作之第六較佳實施例係如圖1〇及圖彳彳所示，其係 大致與第-較佳實施例雷g，差異在於： 違刀具組30D係為一單刀式的可調式旋鑛組，該刀具 ’·且30D係包括有—結合套筒3 ] D、—尺規桿％ d、一刀具 12 M428037 33D ;其中，該結合套筒31D、該尺規桿32[)及該刀具 的裝設方式係同第一較佳實施例，故不贅述，該結合套筒 31 D係螺鎖結合於該驅動桿彳〇之該組裝部彳2，且該結合套 筒31 D的外周底部係設有一螺鎖部3彳4 ,且該鑽芯組2 〇之 鑽頭2 1及迫緊螺絲22係分別對應裝設結合於該結合套筒 31 D ； ° 本貝％例中係進一步設有_—^制盤81及一鎖固盤8 2， §亥卡制盤81係套設結合於該結合套筒31 D，並卡固結合於 3亥尺規桿32D的下方，該鎖固盤82則係螺鎖於該結合套筒 31 D之邊螺鎖部314 ’並螺鎖迫緊該卡制盤8彳，使該刀具 组30D更為緊固。 本創作的各實施例均係能夠以該驅動桿1 0末端的該驅 動工具組裝件40裝設結合於一以電動《氣動驅動的驅動工 具，藉由驅動工具快速轉動本創作達到鑽孔的目的，本創 作也可直接將該驅動工具組裝件4〇裝設結合於該刀具組3〇 直接進仃加工，使本釗作之組裝性及配合性相當高，可以 轉換夕種不同的組合來搭配使用者的需求，在使用上更為 靈活便利。 以上所述，僅是本創作的較佳實施例，並非對本創作 作任何形式上的限制，任何所屬技術領域中具有通常知識 者右在不脫離本創作所提技術特徵的範圍内，利用本創 揭示技術内谷所作出局部更動或修飾的等效實施例， 均仍屬於本創作技術特徵的範圍内。 【圖式簡單說明】 圖1係本創作第一較佳實施例的分解圖。 13 圖2係本創竹穿 ^ M乍弟一鮫佳實施例的實施示意剖面圖。 圖3係本貪丨你# & 第幸乂佳實施例的另一貫施示意剖面圖 圖4係本創作第二較佳實施例的外觀圖。 圖5仏本創作第二較佳實施例的分解圖。 圖6仏本創作第三較佳實施例的分解圖。 圖7ίτ、本創作第三較佳實施例的剖面示意圖。 圖8係本創作第四較佳實施例的分解圖。 圖9係本創作第五較佳實施例的分解圖。 圖1 0係本創作第五較佳實施例的剖面示意圖。 圖1 1係本創作第六較佳實施例的外觀圖。 圖1 2係本創作第六較佳實施例的分解圖。 【主要元件符號說明】 11桿身 112套環部 12組裝部 14鑽芯固定孔 1 〇、1 0 C驅動桿 1 1 1螺鎖部 113螺合部 1 3鑽芯插孔 1 5驅動組裝部 2 〇鑽芯組 21鑽頭 22迫緊螺絲 23抵緊片 30、 30Α、30Β、30C、30D 刀具組 31、 31D結合套筒 310組裝孔 31 1鑽芯插孔 31 2鑽芯固定孔 31 3卡合部 314螺鎖部 32 ' 32D尺規桿 33、33D刀具 M428037 34、34B、34C 組裝孔 35穿孔 40 ' 40A ' 40B驅動工具組裝件The tight ring 7 1 β -ΓI , 仏 月 述 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 月 对应 对应 月 月 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 对应 7 7 7 The bottom abuts against the elastic ring 75; " the cutter set 30. The only difference from the configuration of the cutter set 3〇B is that the assembly hole 34C is a screw hole, and the cutter set 3〇c is screw-coupled to the drive rod 1Q by the implant hole 34C (: assembly part) 12, and the two through holes 35 of the cutter set 34C are correspondingly disposed on the two insertion posts 711 of the pressing ring 71, and the tightening nut 74 is screwed upwardly to tighten the pressing ring, so that The knives "," and 3 Ο B are combined with the lock lever 彳〇c in an anti-locking type. In this example, when the cutter set 3 0 C is to be removed, the snail can be tightened. The cap 74 is loosened to retract the pressing ring 71, and the two insertion posts 711 of the pressing ring door are pulled away from the two perforations 35〇 of the cutter set 3〇c, so that the cutter set 3〇C and The rotation of the drive rod 1 QC is required to cause the gap of S to slowly rotate the cutter set 30C. This prevents the cutter group 3〇c from locking at high speed. The fifth preferred embodiment of the present invention For example, as shown in FIG. 9 and FIG. 10, it is substantially the same as the fourth preferred embodiment. The difference is that: between the 3H driving rod 10 and the tool group 30C, a connecting sleeve 76' is further provided. The connection The rod 76 is provided with an assembly hole 761 at the bottom, and the inner peripheral wall of the 5H group and the mounting hole 761 is provided with a thread. The connecting sleeve 76 is correspondingly mounted on the assembly portion of the driving rod 1 1 2, the connecting sleeve M4Z8037 f is provided with a cutter connecting portion 762 at the top, the cutter connecting portion 762 is _; + the peripheral surface is provided with a thread, and a vertical core insert 763 is fastened at the top of the cutter connecting portion 762. A ring portion 764 is disposed below the tool connecting portion 762, and the ring portion 764 has two opposite planes, and one of the + faces is provided with a core fixing hole 765. The 765 series is connected; the drill core insertion hole 763' is provided with a screwing portion 66 below the collar portion 764, and the screwing portion 766 is provided with a thread on the outer peripheral surface; and is attached to the connecting sleeve 76 The tightening ring 71, the fastening member 73, the tightening nut 74 and the elastic ring 75 are fastened, and the fastener 73 is fastened to the bottom end of the screwing portion 766 of the connecting sleeve cup 76. The cap 74 is screwed into the screwing portion 766 of the connecting sleeve 76, and the elastic ring 75 is abutted between the pressing nut 74 and the pressing ring 71. The tightening ring 71 is slidably disposed on the sleeve portion 764 of the sleeve 76. The cutter set 3〇c is coupled to the assembly hole. The screw lock is coupled to the cutter connecting portion 762 of the connecting sleeve 76, and the The two perforations 35C of the cutter set _ correspond to the two insertions of the tension ring 71, and the upper compression ring 71 is screwed upward by the tightening nut 74, so that the cutter set 3〇B The anti-locking type is combined with the connecting sleeve 76; the drill core set 2 and the pressing screw 2 2 are correspondingly mounted with the knot & The core fixing hole 765; the usage mode of the embodiment is the same as that of the fourth preferred embodiment, and therefore will not be described herein. The sixth preferred embodiment of the present invention is shown in FIG. 1A and FIG. ,, which is substantially the same as the first preferred embodiment. The difference is that: the cutter group 30D is a single-knife adjustable rotation. In the mining group, the tool '·and 30D includes a coupling sleeve 3 ] D, a ruler rod % d, a cutter 12 M428037 33D; wherein the coupling sleeve 31D, the ruler rod 32 [) and the The mounting manner of the cutter is the same as that of the first preferred embodiment. Therefore, the coupling sleeve 31 D is screw-locked to the assembly portion 2 of the driving rod ,, and the outer circumference of the coupling sleeve 31 D is The bottom part is provided with a screw locking portion 3彳4, and the drill bit 2 1 and the pressing screw 22 of the core group 2 are respectively coupled to the coupling sleeve 31 D; There is a _-^ plate 81 and a locking plate 8 2, § Hika plate 81 is sleeved and coupled to the coupling sleeve 31 D, and is fixedly coupled under the 3-foot ruler 32D, the locking The disk 82 is screwed to the side of the coupling sleeve 31D and the screwing portion 314' is screwed to tighten the clamping plate 8 to make the tool set 30D more secure. Each of the embodiments of the present invention is capable of assembling the driving tool assembly 40 at the end of the driving rod 10 to an electric "pneumatically driven driving tool, and the purpose of drilling by the driving tool to achieve rapid drilling" is achieved. In this creation, the driving tool assembly 4 can be directly assembled into the tool set 3〇 directly into the processing, so that the assembly and compatibility of the original assembly are quite high, and the different combinations of the different types can be matched. The user's needs are more flexible and convenient to use. The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Anyone having ordinary knowledge in the art can use the present invention without departing from the technical features of the present invention. Equivalent embodiments that reveal local variations or modifications made by the valleys of the technology are still within the scope of the features of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded view of a first preferred embodiment of the present invention. 13 Figure 2 is a schematic cross-sectional view showing the implementation of a preferred embodiment of the present invention. Figure 3 is a schematic cross-sectional view of another embodiment of the present invention. Figure 4 is an external view of the second preferred embodiment of the present invention. Figure 5 is an exploded view of a second preferred embodiment of the present invention. Figure 6 is an exploded view of a third preferred embodiment of the present invention. Figure 7 is a cross-sectional view showing a third preferred embodiment of the present invention. Figure 8 is an exploded view of a fourth preferred embodiment of the present invention. Figure 9 is an exploded view of a fifth preferred embodiment of the present invention. Figure 10 is a schematic cross-sectional view showing a fifth preferred embodiment of the present invention. Figure 11 is an external view of a sixth preferred embodiment of the present invention. Figure 2 is an exploded view of a sixth preferred embodiment of the present invention. [Main component symbol description] 11 shaft 112 ring portion 12 assembly portion 14 core fixing hole 1 〇, 1 0 C drive lever 1 1 1 screw lock portion 113 screwing portion 1 3 core socket 1 5 drive assembly 2 〇 drill core set 21 drill bit 22 tightening screw 23 against the piece 30, 30 Α, 30 Β, 30C, 30D cutter set 31, 31D combined sleeve 310 assembly hole 31 1 core insertion hole 31 2 core fixing hole 31 3 card Fitting 314 screw lock 32 ' 32D ruler lever 33, 33D cutter M428037 34, 34B, 34C assembly hole 35 perforation 40 ' 40A ' 40B drive tool assembly
41 夹面 42 結合部 43 止擋部 44 卡溝 45 封閉溝 46 開放溝 50 防塵蓋組 51 防塵蓋 52 彈簧 53 旋鈕 60 圓筒礼鋸 71 迫緊環 711 插柱 72 鎖緊承套‘ 73 扣件 74 迫緊螺帽 75 彈性環 76 連接套桿 761 組裝？ 762 刀具連接部 763 鑽芯矛 764 套環部 765 鑽芯E 766 螺合部 81 卡制盤 82 鎖固盤 孔 定孔 1541 Clamp 42 Joints 43 Stops 44 Clamps 45 Closed grooves 46 Open grooves 50 Dust cover set 51 Dust cover 52 Spring 53 Knob 60 Cylinder saw 71 Tightening ring 711 Post 72 Locking sleeve '73 Buckle Piece 74 tightening nut 75 elastic ring 76 connecting sleeve 761 assembly? 762 Tool connection 763 Core spear 764 Collar 765 Core E 766 Screw 81 Insert plate 82 Locking plate Hole Locating hole 15