M434638 五、新型說明： 【新型所屬之技術領域】 本新型係有關於一種鑽頭，特別箱 【先前技術】 制疋婦具鎖固功能的鑽頭。 -般來說，為提拉作轉及節省錢，駐師傅或木 在:;輔=鑽等:具來進行鑽孔或鎖_等操作。而鐵工師傅 ^衣作工件時，通常是接續執行鑽孔與鎖螺絲兩步驟。也就θ I， 備-隻電鑽也可以準備兩隻電師傅可以準 鮮疋成鑽孔及鎖附的動作。但因 ^鐵工師細-咖_錢咖_ 鑽頭及螺鎖工具。如此一來將大幅 = ::工作時通常會準備兩隻電鑽，-隻電顧 鑽裝上螺鎖工具。如此一來 以同時進行線___。"獅巾之電鐵就可 但相對來說’鐵工師傅準備兩隻電鑽除了會增加成本上的負 擔外’鐵工師傅拉作時也需額外負擔—隻電鑽的重量。因此、 雖然準備兩隻電舰解決膽裝卸鑽頭及螺駐具_題，作也 相對增加鐵工師傅體力上的負擔及成本上的負擔。 【新型内容】 本新型是關於-種六角柄鑽兼鎖工具，藉以解決使用習知電 鑽需更換鑽頭才能變更其功能的問題。 本新型-實補關露之六角柄麵鎖工具，適於裝設在一 3 ΙΓΓ上，並用於氣及_絲，其包含—鑽孔件及1 .牛。鑽孔件包含—套接部及自套接部相對兩端延伸的— 角柄部適物於電動工具™ >、套接问及-螺絲套筒。套接筒從鑽頭部套入並以可 卸的關係套設於套接部。 •本新5L a例所揭露之鑽孔件，適於供—鎖螺件套設，其 包含一套接部及自套接部相對兩端延伸的-六角柄部及-鑽頭 β，套接部用以供鎖螺件套設。 上述實施例所揭露之六角柄鑽兼鎖工具，由於鑽孔件上的套 接。阿供具有各式獅套筒的觸件套設。讓使用者可很輕易地 藉由套設或拔除獅件來變更電動工具機的功能。譬如，將螺鎖 件套設於鑽孔件，電動具機即可用來鎖明絲。反之，將螺鎖 件自鑽孔件拔除，電動工具機即可用來鑽孔。 以上之關於本新型内容之說明及以下之實施方式之說明係用 以示範與_本_之原理，並且提供本新型之專射請範圍更 進一步之解釋。 【實施方式】 請同時參閱「第1圖」至「第2B圖」，「第i圖」為一實施例 之六角柄鑽兼鎖工具的立體示意圖，「第2A圖」為「第1圖」的 分解示意圖，「第2B圖」為另一實施例之六角柄鑽兼鎖工具的分 解示意圖。 本實施例之六角柄鑽兼鎖工具10適於裝設在一電動工具機 20上，並用於鑽孔及鎖附螺碎。 電式電鑽。電動工具機如運作可以是六角接頭充 生旋轉_^ w 角柄鑽兼鎖工具10產 10 H 工具機20 #驅動下，六角柄鑽 10可完成鑽孔及鎖附的動作。 頌，、 1〇〇 Γ來°兄本貝知例之六角柄鑽兼鎖工具10包含—鑽孔件 、岗㈣而延伸的，、角柄部120及一鑽頭部130，六角柄部120 ^裝設於電動工具機2〇。其中套接箱之端面及六角柄部12〇 ^面皆為外六角形。此外，在本實施例與其他實施例中，六角 丙指〇具有並排的二環形溝槽ΐ2ι。二環形溝槽⑵用以令六角 柄部120與電動工具機2〇的快速接頭相結合。再者，鑽頭部請 之表面具有朝套接部則螺旋環繞的-觸槽⑶。 螺鎖件200的相對兩端分別包含一套接筒21〇及一螺絲套筒 220。套接筒210之端面為内六角形。套接筒21〇可從鑽頭部⑽ 套入並以可拆卸的關係套設於套接部11〇。此外，螺絲套筒创之 而面可以疋内四角形或内六角形’而本實施例之螺絲套筒220之 端面係以内六角形為例，但並不以此為限。 此外，套接部110具有朝向鑽頭部130的一第一限位面m， 套接筒210具有背向螺絲套筒22〇的一第二限位面211。當套接筒 210套設於套接部11〇時，第一限位面m與第二限位面a〗相互 抵靠，以固定鑽孔件100與螺鎖件2〇〇軸向的相對位置。 此外，在本實施例與其他實施例中，套接筒21〇具有一穿孔 M434638 2山30。螺鎖件200 &含一球體，及—環形彈性件25〇。球體· 嵌設於穿孔230 ’環形彈性件25〇套設於套接筒21()之外壁面，並 抵壓住球體鳩，令球體位於穿孔挪内並凸出套接筒210 之内壁面。此時’球體240抵壓於套接部n〇，以增加鑽孔件湖 的套接部110與螺鎖件的套接筒加間之轴向的滑動阻力， 進而降低螺鎖件2G0自鑽孔件⑽上脫離的機率。其中，球體24〇 譬如是鋼珠。環形彈性件250譬如為環形彈片。 在本實施例與其他實施例中，螺絲套筒22〇具有一穿孔⑽。 螺鎖件200包含-球體及一環形彈性件25〇。球體24〇嵌設於 穿孔230 ’環形彈性件250套設於螺絲套筒22〇之外壁面，並抵壓 住« 240，令球體240位於穿孔23〇内並凸出螺絲套筒22〇之内 壁面。此時’練絲套筒220内裝有—螺絲3〇時(請同時參閱「第 6圖」），球體240抵此螺絲3〇，以增加螺絲3〇與螺絲套筒 220間之軸向的滑動阻力，進而降低螺絲％自螺絲錢上脫 離的機率。此外’本實施例所採用之螺絲3〇為六角螺絲，但並不 以此為限。 如第2B圖」所示’在本實施例與其他實施例中，套接部 具有環設於其外壁面的-定位槽112。當套接筒2iq套設於套 接部no時，球體240铸形彈性件25〇擠壓而抵壓住定位槽⑴， 進而達到定位的效果。 在其他實施例中’螺絲套筒22G也可以不限於具有一穿孔 請參閱「第3圖」所示，「第3圖」為另一實施例之六角柄 M434638 鑽兼鎖工具的立體示意圖。本實施例與上述「第丨圖」之實施例 相似，故本實施例僅就相異處描述。本實施例之螺絲套筒⑽具 有二穿孔23G’二穿孔23G與螺絲套筒⑽端緣分別具有相異間距 D1及D2。換言之，其中-穿孔23()距離螺絲套筒細端緣較近， 另-穿孔现距離螺絲套筒加端緣較遠。螺鎖件綱包含二球 體240及-環形彈性件25G。：球體⑽分職設於二穿孔23〇。 環形彈性件25〇套設於螺絲套筒挪之外壁面，並抵壓住二球體 240 ’以令二球體罵分別凸出螺絲套筒22〇之内壁面。如此一來， 螺絲套筒220可用於套合至少兩款相異尺寸的螺絲。 在其他實施例中’環形彈性件㈣也不限於為環形彈片，請 H第4圖」，第4圖」為另一實施例之六角柄鑽兼鎖工具的 分解示意圖。本實施例之環形彈性件謂也可以是_彈箬。 接著，請參閱「第5圖」至「第7圖」，「第5圖」至「第7 圖」為「第1圖」之使用示意圖。首先，如「第5圖」所示，若 使用者欲於1件4G上狐，可將親们⑻奴於物工具機2〇 上。在電動二具機2〇驅動下’鑽孔件1〇〇在工件鑽出一個鎖 孔42(如第6圖」所示）。接著，若使用者欲接續細螺絲30， ，螺鎖件細之套接筒21〇從鑽頭部13〇套入並套設於鑽孔件 〇〇之套接部11G。接著’將螺絲3Q裝在螺絲套筒]上，並在 電動工具機2G細動下，透_糾之縣套_將螺絲 30鎖附於鎖孔42上(如「第7圖」所示）。 上述實施_縣之六角柄鎌鎖4，由於祕件上的套 7 M434638 接部可供具有各式螺絲套筒的螺鎖件套設。讓麵者可很輕易地 藉由套設或拔除螺鎖件來變更電動工具機的功能。譬如，將螺鎖 件套設於舰件，電動J!具機即可用來綱獅。反之，將螺鎖 件自鑽孔件拔除，電動工具機即可用來鑽孔。 雖然本新型之實施例揭露如上所述，然並非用以限定本新 型’任何熟習相關技藝者’在不脫離本新型之精神和範圍内，舉 凡依本新财請範騎述之形狀、構造、碰及精神當可做鮮 之變更，ϋ此本新型之專娜護範_视本綱麵附之申請專 利範圍所界定者為準。 【圖式簡單說明】 「第1圖」為-實施例之六角柄鑽兼鎖工具的立體示意圖。 厂第2Α圖」為「第1圖」的分解示意圖。 「第2Β圖」為另-實施例之六角_兼鎖工具的分解示意 圖。 「第3圖」為另—實施例之六角柄鑽兼鎖工具的立體示意圖。 「第4圖」為另一實施例之六角柄鑽兼鎖工具的分解示意圖。 「第5圖」至「第7圖」為「第1圖」之使用示意圖。 【主要元件符號說明】 10 六角柄鑽兼鎖工具 20 電動工具機 30 螺絲 40 工件 M434638M434638 V. New description: [New technical field] This new type relates to a drill bit, special case [Prior Art] Drill bit for locking function of women's clothing. In general, for the lift and save money, the master or wood in:; auxiliary = drill, etc.: with drilling or lock _ and other operations. When the ironsmith masters work as a workpiece, it is usually followed by two steps of drilling and locking the screw. In other words, θ I, ready-only drill can also prepare two electric masters to be able to dig into the drilling and locking action. But because of the iron master fine - coffee _ money coffee _ drill and screw lock tool. As a result, there will be a large = = :: two drills will usually be prepared when working, and only the screw-on tool will be drilled. So come to the line ___ at the same time. "The electric iron of the lion's towel can be said, but relatively speaking, the ironsmith's preparation of two electric drills will increase the burden on the cost. The ironsmith master also needs to bear extra burdens - only the weight of the electric drill. Therefore, although two electric ships are prepared to solve the problem of the unloading of the drill bit and the screwing device, the burden on the physical strength of the ironsmith and the burden on the cost are relatively increased. [New content] This new type is about the hex shank drill and lock tool, which can solve the problem of changing the function of the drill using a conventional drill. The hexapic shank lock tool of the present invention is suitable for installation on a 3 ΙΓΓ and is used for gas and _ wire, which comprises a drilled part and a cow. The drilling member includes a sleeve portion and an opposite end portion extending from the sleeve portion. The angle handle portion is adapted to the power tool TM >, the socket and the screw sleeve. The socket is sleeved from the drill bit and is slidably disposed in the socket. • The drilled part disclosed in this new 5L a case is suitable for the lock-threaded sleeve, which comprises a set of joints and a hexagonal shank and a drill bit β extending from opposite ends of the sleeve. The part is used for the locking screw. The hex shank and shank locking tool disclosed in the above embodiment is due to the socket on the drilling member. A set of contacts for various lion sleeves. It is easy for the user to change the function of the power tool by setting or removing the lion. For example, the screw lock can be placed on the drilled part, and the electric machine can be used to lock the wire. Conversely, the screw lock is removed from the drill and the power tool can be used for drilling. The above description of the present invention and the following description of the embodiments are used to demonstrate the principles of the present invention and to provide a further explanation of the scope of the present invention. [Embodiment] Please refer to "1st" to "2B", "i" is a perspective view of a hexagonal shank and lock tool of the embodiment, and "2A" is "1" FIG. 2B is an exploded perspective view of a hexagonal shank drill and lock tool of another embodiment. The hex shank and mortise lock tool 10 of the present embodiment is adapted to be mounted on an electric power tool 20 and used for drilling and locking smashing. Electric drill. If the electric machine tool can work, it can be a hex joint to rotate. _^ w Angle shank drill and lock tool 10 10H machine tool 20 #Driver, hex shank drill 10 can complete the drilling and locking action.颂,, 〇〇Γ ° 兄 兄 兄 兄 知 知 知 知 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角 六角Installed on the power tool 2〇. The end face of the socket box and the hex face of the hex handle are all hexagonal. Further, in this embodiment and other embodiments, the hexagonal finger 〇 has two annular grooves 并2ι arranged side by side. The two annular grooves (2) are used to combine the hex handle 120 with the quick coupling of the power tool 2 . Further, the surface of the drill portion has a contact groove (3) which is spirally wound toward the socket portion. The opposite ends of the screw lock 200 respectively comprise a set of sockets 21 and a screw sleeve 220. The end face of the socket 210 is an inner hexagon. The socket 21 can be fitted from the drill portion (10) and sleeved in the detachable relationship to the socket portion 11A. In addition, the screw sleeve may be in the shape of a square or an inner hexagon, and the end face of the screw sleeve 220 of the embodiment is exemplified by an inner hexagon, but is not limited thereto. In addition, the socket portion 110 has a first limiting surface m facing the drill portion 130, and the socket tube 210 has a second limiting surface 211 facing away from the screw sleeve 22〇. When the socket 210 is sleeved on the socket portion 11, the first limiting surface m and the second limiting surface a are abutted against each other to fix the axial direction of the drilling member 100 and the screw member 2 position. Further, in this embodiment and other embodiments, the socket barrel 21 has a perforation M434638 2 mountain 30. The screw lock 200 & includes a ball, and - an annular elastic member 25 〇. The ball is embedded in the through hole 230'. The annular elastic member 25 is sleeved on the outer wall surface of the socket (21) and presses against the ball body so that the ball is located in the hole and protrudes from the inner wall surface of the socket 210. At this time, the ball 240 is pressed against the sleeve portion n〇 to increase the axial sliding resistance between the sleeve portion 110 of the drilled piece lake and the sleeve of the screw lock member, thereby reducing the self-drilling of the screw lock 2G0. The probability of detachment from the hole member (10). Among them, the sphere 24 is, for example, a steel ball. The annular elastic member 250 is, for example, an annular elastic piece. In this and other embodiments, the screw sleeve 22 has a perforation (10). The screw lock 200 includes a ball and an annular elastic member 25A. The ball 24 is embedded in the through hole 230. The annular elastic member 250 is sleeved on the outer wall surface of the screw sleeve 22, and presses the flange 240, so that the ball 240 is located in the through hole 23〇 and protrudes into the screw sleeve 22〇. Wall. At this time, when the 'spinning sleeve 220 is equipped with the screw 3〇 (please refer to the "figure 6" at the same time), the ball 240 abuts the screw 3〇 to increase the axial direction between the screw 3〇 and the screw sleeve 220. Sliding resistance, which in turn reduces the chance of the screw being detached from the screw. Further, the screw 3〇 used in the embodiment is a hexagonal screw, but is not limited thereto. As shown in Fig. 2B, in the present embodiment and other embodiments, the socket portion has a positioning groove 112 provided on the outer wall surface thereof. When the socket 2iq is sleeved on the sleeve portion no, the ball-shaped elastic member 25 of the ball 240 is pressed to press against the positioning groove (1), thereby achieving the positioning effect. In other embodiments, the screw sleeve 22G is not limited to having a perforation. Please refer to FIG. 3, and FIG. 3 is a perspective view of a hexagonal handle M434638 drill-and-lock tool of another embodiment. This embodiment is similar to the embodiment of the above "secondary diagram", so the present embodiment will be described only in terms of differences. The screw sleeve (10) of this embodiment has two perforations 23G' and two perforations 23G and the end edges of the screw sleeve (10) have different distances D1 and D2, respectively. In other words, wherein - the perforation 23 () is closer to the thin end edge of the screw sleeve, and the other - the perforation is farther from the end of the screw sleeve. The thread lock member includes a two-ball 240 and an annular elastic member 25G. : The sphere (10) is divided into two perforations and 23 holes. The annular elastic member 25 is sleeved on the outer wall surface of the screw sleeve, and presses the two balls 240' so that the two spherical bodies respectively protrude from the inner wall surface of the screw sleeve 22〇. In this way, the screw sleeve 220 can be used to fit at least two screws of different sizes. In other embodiments, the annular elastic member (4) is not limited to being an annular elastic piece, and H is shown in Fig. 4, and Fig. 4 is an exploded perspective view of the hex shank and the locking tool of another embodiment. The annular elastic member of the embodiment may also be a magazine. Next, please refer to "Figure 5" to "Figure 7", and "5th" to "7th" are the use diagrams of "Figure 1". First, as shown in Figure 5, if the user wants to fox on a 4G, the pro (8) can be slain on the machine tool. Under the driving of the electric two-machine 2', the drilling member 1 钻 drills a locking hole 42 in the workpiece (as shown in Fig. 6). Then, if the user wants to connect the thin screw 30, the thin sleeve portion 21 of the screw member is inserted from the drill portion 13 and sleeved on the socket portion 11G of the drill member. Then, 'Mount the screw 3Q on the screw sleeve', and under the fine movement of the power tool 2G, the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . The above implementation _ county hex shank shackle 4, due to the sleeve on the secret part 7 M434638 joint can be used to screw the screw with various screw sleeves. It is easy for the face-to-face to change the function of the power tool by arranging or removing the screw. For example, the screw lock can be set on the ship, and the electric J! machine can be used for the lion. Conversely, the screw lock is removed from the drill and the power tool can be used for drilling. Although the embodiments of the present invention are disclosed as described above, it is not intended to limit the present invention to any of the skilled artisans, without departing from the spirit and scope of the present invention. If you encounter the spirit, you can make a fresh change. The scope of this patent application is based on the scope of the application patent. BRIEF DESCRIPTION OF THE DRAWINGS "FIG. 1" is a perspective view of a hexagonal shank drill and lock tool of the embodiment. The second picture of the factory is an exploded view of "1st picture". "Second diagram" is an exploded schematic view of a hexagonal_locking tool of another embodiment. Figure 3 is a perspective view of a hex shank drill and lock tool of another embodiment. Fig. 4 is an exploded perspective view of a hexagonal shank drill and lock tool of another embodiment. "5th to 7th" is a schematic diagram of the use of "1st figure". [Main component symbol description] 10 Hex shank drill and lock tool 20 Electric machine tool 30 Screw 40 Workpiece M434638
42 鎖孔 100 鑽孔件 110 套接部 111 第一限位面 112 定位槽 120 六角柄部 121 環形溝槽 130 鑽頭部 131 排屑槽 200 螺鎖件 210 套接筒 211 第二限位面 220 螺絲套筒 230 穿孔 240 球體 250 環形彈性件 942 Keyhole 100 Drilling part 110 Socket part 111 First limiting surface 112 Locating groove 120 Hex shank 121 Ring groove 130 Drill part 131 Chip flute 200 Screw lock 210 Socket 211 Second limit surface 220 Screw sleeve 230 perforation 240 sphere 250 ring elastic 9