五、新型說明： 【新型所屬之技術領域】 本創作係涉及一種機械加 工機 77工機具’尤其是一種複合加 〇 【先前技術】 具有單一功能 出現車銑複合 削及研磨加工 各自獨立進行 預留厚度進行 當工件由車床 研磨機具後， 標值需要耗費 正後，才能夠 之間，無形地 ，如常見的 的機具’但 的機具’使 作業，而且 研磨加工， 卸下之後， 才發現預留 較多的時間 開始加工， 降低了工作 一般現有的工具機多半係僅 車床或銳床，雖然在市面上係有 是並未出現工具機上同時具有車 得進行車削及研磨加工仍然必需 ’通常在實施車削加工後，均需 使工件表面光滑平順，經常發生 進行安裝校正程序將工件裝載至 之厚度過多，使用研磨加工至目 ，而又需要重新裝上車床進行校 在—來一往重新校正安裝的過程 的放率，實有改善之必要。 【新型内容】 為了解決習用的JL 1 — λ. 作I 、 /、機在車削及研磨加工需各自獨立 /、，以及於各別獨立的工且機卜# 萨严故士 八機上進仃安裝、校正工件之 孝壬序費時沒效率的 禮人ΛΓ 彳作的主要目的在於提供一種 合單-央制裝置，在不需要裝：：則及研磨工具，配 研磨加工。在不…下工件的狀態下完成車削及 本創作所運用的技術手段係在於提供一種複合加工機 M425734 ，包括： 一底座； 一炎持模組，里#白虹士 ^"括有—傳動底座、一滑動承台、 一夾制裝置及一動力裝詈，4 & 勒及置遠傳動底座係固設於該底座的 頂部，該滑動承台之底邮私1 &。卩iT、可線性滑動地裝設結合於該傳 動底座之頂。P ’ s玄夾制裝置係可水平轉動地裝設結合於該 滑動承台，該夹制裝置係於前端具有一夾頭、，該動力裝置 係並排於該夾制裝置並裝設於該滑動承台，該動力裝置係 連接並傳遞動力至該夾制裝置； 兩加工核組’其係並排對齊且間隔固設於該底座，且 该兩加工模組之作動方命# 卞勁万向ίτ、垂直於該夾持模組之作動方向 β兩加工模組均係包括有一傳動底座、—滑動承台、一 力工裝置Α冑力裝置，該傳動底座係固設於該底座之頂 邛”玄β動承台係可平移滑動地結合於該傳動底座，該加 工裝置係嵌設結合於該滑動承台之頂®，該加工裝置係包 括有固疋平台、-支撐承座、-安裝筒夾及-轉動心軸 ，該固定平台係於底部嵌設結合於該滑動承台，該支撐承 :仏裝。又‘合於该固定平台之頂自’該安裝筒夾係裝設結 口於》亥支撐承座之前端，該轉動心軸係穿設結合於該支撐 承座之後端’且該轉動心轴係連動結合於該安裝筒夹，該 =裝置係裝設於該加工裝置之該固定平纟，該動力裝置 〜提供動力並連接於該轉動心軸，並連動該安裝筒夾產生 轉動。 前述之複合加工機，其中該兩加工模組之一該加工裝 置係於前端部裝設有—車刀固定座及一車刀。 4 ;Λ月動承台2 2係於頂面設有一刻度盤2 2 1及一圓弧軌道 222 ； 丈W裝置23係為車床主轴變速箱裝置並且裝設結合 ;Λ月動承台22 ’該夹制裝置23之底部係嵌裝結合於該圓 弧軌道2?9 . 、， 使該夾制裝置23可以該圓弧執道222為支點作 夯乎k轉，亚於相對該刻度盤22 1的位置具有指針指示該 J度盤221，該夾制裝置23的裝設位置係垂直於該承 ^⑺移方向，該夾制裝置23係於前端具有一夹頭231 6玄夹頭231係用於夾持鎖緊工件； 承么該動力t置24係並排於該夾制纟置23並裝設於該滑動 忒動力裝置24係以馬達驅動並以皮帶連接傳遞動 力至，夾制裳置23,使該夾制裝置23能夠旋轉作動； ^修輪裝置25係固設結合於該滑動承⑵，並設置於 二：裝置24的前端，該修輪裝置25係具有多支修輪工具 用於修整研磨輪。 固二：2及圖3所不’該兩加工模組30係並排對齊且間隔 底座1〇之凹槽”内，該兩加工模組3。之作動方向 丁'垂直於该夾持模組2 〇之作韌 包括有—傳動底座31、_^=3：；玄兩加工模組3〇均係 動卉 卬動承σ 32、一加工裝置33及— 座2 1二Μ 動底座31係與該夾持模組2。之該傳動底 ，’況二。… < 動底座31係並排對齊固設於該凹槽”内 心：動承台32係可平移滑動地結合於該傳動底座3 =台32之滑移方向係與該夹持模組2〇之該滑 二 ::向互相垂直’於該滑動承台一係具“ 7 M425734 該加工裝置33係嵌設結合於該滑動承台32之頂面，該 加工裝置33係包括有一固定平台331、一支撐承座332、一 安裝筒夾333及一轉動心軸334，該固定平台331係於底部 形成一鸠尾槽331 1，並以該鸠尾槽331 1嵌設結合於該鸠尾 座32 1，該固定平台331於頂面係為一平面，該支撐承座 3 32係裝設結合於該固定平台331之頂面，該安裝筒夾333 係裝設結合於該支樓承座332之前端，該轉動心轴334係穿 §史結合於該支擇承座332之後端，且該轉動心轴334係可連 動結合於該安裝筒夾333，當該轉動心軸334由外部傳入動 力時’可驅動該安裝筒夾333旋轉作動； 該動力裝置34係裝設於該加工裝置33之該固定平台 331，且位於該支撐承座332之後方，該動力裝置34係以馬 達驅動並以皮帶連接於該轉動心軸334藉以傳遞動力，使 該安裝筒夾333能夠藉由該動力裝置34傳輸之動力產生轉 動； 該兩加工模組30之構造及作動方式均為相同，唯一的 差異在於該兩加工裝置33之該兩支撐承座332之位置係呈 相對設置並且互相靠近。 本創作較佳的實施方式如圖4至圖7所示： 如圖4及圖5中所示，其係於該兩加工裝置33其中之一 4支撐承座332的前端部裝設有一車刀固定座4〇及一車刀 41，以及於另一加工裝置33之該安裝筒夾333插設一研磨 心軸50及一用於研磨外徑之研磨輪51，再於該夾持模組2〇 之該夾頭231裝載一工件60並移動至適當位置，使該兩加 工模組30藉由該兩滑動承台32分別依序帶動該兩加工裝置 M425734 33罪近έ玄工件6〇以進行車削或研磨加工，使該工件6〇僅需 要安裝於該夾制裝置2〇上即能夠進行兩種不同類型的加工 ’而無需將該工件6〇由該夾頭231多次卸下，並且也不需 要移動位置或者進行多次的工件及刀具校正，無形之中減 ^ 了女裝板正的時間’有效地提升工作的效率。 如圖6及圖7中所示，於該兩加工裝置33也係可於交換 6又置’於其中之—的該安裝筒夾333插設該研磨心軸50及 用於研磨内徑之該研磨輪51，而在另一個該支撐承座332V. New description: 【New technology field】 This creation relates to a machine tool 77 machine tool 'especially a compound twisting 【Prior technology】 With a single function, turning and milling, grinding and grinding are independently reserved. Thickness is carried out after the workpiece is grinded by the lathe, the value of the mark needs to be positive, before it can be invisible, such as the common machine 'but the machine' to make the work, and the grinding process, after the removal, only find the reserve More time to start processing, lowering the work. Most of the existing machine tools are only lathes or sharp beds. Although there is no machine tool on the market, it is necessary to have turning and grinding. After turning machining, the surface of the workpiece needs to be smooth and smooth. It is often necessary to carry out the installation calibration procedure to load the workpiece to too much thickness, and use the grinding process to achieve the purpose, but also need to reinstall the lathe for calibration - to recalibrate the installation The rate of the process is really necessary to improve. [New content] In order to solve the conventional JL 1 — λ. I, /, machine in the turning and grinding process need to be independent /, and in each independent work machine and machine # Sayan warrior eight machine The main purpose of the installation and correction of the filial piety of the workpiece is time-inefficient. The main purpose of the work is to provide a single-central device that does not need to be equipped with:: grinding tools and grinding. The technical means used to complete the turning and the creation of the workpiece under the condition of the workpiece is to provide a composite processing machine M425734, including: a base; an inflammation holding module, a #白虹士^" A sliding bearing platform, a clamping device and a power mounting device, the 4 & and the remote transmission base are fixed on the top of the base, and the bottom of the sliding platform is 1 & The 卩iT is linearly slidably coupled to the top of the drive base. The P's sinusoidal clamping device is horizontally rotatably coupled to the sliding pedestal, and the clamping device has a collet at the front end, and the power device is juxtaposed to the clamping device and mounted on the sliding a power unit that connects and transmits power to the clamping device; the two processing core groups are arranged side by side and spaced apart from each other, and the two processing modules are actuated. #卞劲万向 ίτ The processing module is perpendicular to the driving direction of the clamping module. Both processing modules comprise a transmission base, a sliding bearing platform, and a force device, and the transmission base is fixed on the top of the base. The Xuan β-moving platform is slidably coupled to the transmission base, and the processing device is embedded and coupled to the top of the sliding platform, and the processing device comprises a solid platform, a support socket, and a mounting cylinder. a clamping and rotating mandrel, the fixed platform is embedded at the bottom and coupled to the sliding bearing platform, and the supporting bearing is: armored and mounted on the top of the fixed platform from the mounting bracket The front end of the sea support seat, the rotating mandrel is worn Cooperating with the rear end of the support socket and the rotating mandrel is coupled to the mounting collet, the device is mounted on the fixed flat of the processing device, and the power device is powered and connected to the rotation The mandrel is coupled with the mounting collet to produce rotation. In the above composite processing machine, one of the two processing modules is provided with a turning tool holder and a turning tool at the front end portion. The movable platform 2 2 is provided with a dial 2 2 1 and a circular arc track 222 on the top surface; the W device 23 is a lathe spindle gearbox device and is assembled; the moon moving platform 22 'the clamping device The bottom portion of the 23 is embedded and coupled to the circular arc track 2?9, so that the clamping device 23 can use the arc way 222 as a fulcrum as a k-turn, and has a position relative to the dial 22 1 The pointer indicates the J dial 221, the mounting position of the clamping device 23 is perpendicular to the direction of the bearing, and the clamping device 23 has a collet at the front end. The collet 231 is used for clamping. Locking the workpiece; the power is placed 24 in parallel with the clamping device 23 and mounted on the sliding The force device 24 is driven by a motor and transmits power by a belt connection, and the skirt 23 is clamped to enable the clamping device 23 to rotate; the repairing device 25 is fixedly coupled to the sliding bearing (2) and disposed at two The front end of the device 24, the wheel repairing device 25 has a plurality of wheel repairing tools for dressing the grinding wheel. The solid two: 2 and the three processing modules 30 are arranged side by side and spaced apart from each other. In the slot, the two processing modules 3 are. The direction of the action is perpendicular to the clamping module 2, and the toughness includes the transmission base 31, _^=3:; the two processing modules of the two sides are all driven by the moving mechanism σ 32, a processing device 33 and - seat 2 1 2 Μ movable base 31 and the clamping module 2. The bottom of the drive, 'condition two. ... < The movable base 31 is arranged side by side in the center of the groove": the movable platform 32 is slidably coupled to the transmission base 3 = the sliding direction of the table 32 and the clamping module 2 The sliding device 2: is perpendicular to each other 'in the sliding platform, a pair of fasteners' 7 M425734. The processing device 33 is embedded and coupled to the top surface of the sliding platform 32. The processing device 33 includes a fixed platform 331 and a a supporting bracket 332, a mounting collet 333 and a rotating mandrel 334. The fixing platform 331 forms a dovetail groove 331 1 at the bottom portion and is embedded and coupled to the dovetail seat 32 1 by the dovetail groove 331 1 . The fixing platform 331 is a flat surface on the top surface, and the supporting socket 3 32 is mounted on the top surface of the fixing platform 331 , and the mounting collet 333 is coupled to the front end of the supporting base 332 . The rotating mandrel 334 is coupled to the rear end of the support socket 332, and the rotating mandrel 334 is movably coupled to the mounting collet 333 when the rotating mandrel 334 is externally powered. 'The drive collet 333 can be driven to rotate; the power unit 34 is mounted on the solidification of the processing device 33 The platform 331 is located behind the support socket 332. The power unit 34 is driven by a motor and connected to the rotating spindle 334 by a belt to transmit power, so that the mounting collet 333 can be transmitted by the power unit 34. The power generation rotates; the two processing modules 30 are constructed and operated in the same manner, the only difference being that the positions of the two support sockets 332 of the two processing devices 33 are oppositely disposed and close to each other. A preferred embodiment of the present invention is shown in FIG. 4 to FIG. 7 : as shown in FIG. 4 and FIG. 5 , a front end of one of the two processing devices 33 supporting the socket 332 is provided with a turning tool. The fixing base 4 and a turning tool 41, and the mounting collet 333 of the other processing device 33 are inserted with a grinding mandrel 50 and a grinding wheel 51 for grinding the outer diameter, and then the clamping module 2 The chuck 231 is loaded with a workpiece 60 and moved to a proper position, so that the two processing modules 30 sequentially drive the two processing devices M425734 33 to the front of the workpieces. Turning or grinding, so that the workpiece 6〇 only needs to be mounted on the clamping device 2, that is, two different types of processing can be performed' without the workpiece 6 being unloaded multiple times by the chuck 231, and also There is no need to move the position or perform multiple workpiece and tool corrections, which invisibly reduces the time for the women's board to effectively improve the efficiency of the work. As shown in FIG. 6 and FIG. 7 , the two processing devices 33 can also be inserted into the mounting collet 333 of the exchange 6 and disposed therein to insert the grinding mandrel 50 and the inner diameter for grinding. Grinding the wheel 51 while in the other of the supporting sockets 332
的别i而部裝設有一内徑車刀固定座42及用於車削内徑用之 。玄車刀41 ’使該兩加工裝置33能夠進行該工件6〇的内徑研 磨以及内徑搪扎的加工. 當安裝於該兩加工裝置33之該研磨心軸50所安裝的該 外虹研磨輪51或該内徑研磨輪52開始因研磨而產生外徑變 形時也此夠將兩該加工模組30移動至靠近該修輪裝置25 進仃修2外從的動作’使該外、内徑研磨輪51、52的使用 狀況及壽命均能夠提升。 並且„玄夾持模組2〇能夠藉由該圓弧轨道222進行水平 迴轉’使該工件6Q與該兩加工裝㈣之間產生角度，藉以 進行錐度或弧度的加工，相當地方便實用。 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’若在不脫離本創作所担 乍所k技術特徵的範圍内，利用本創 作所揭示技術内容所作出 出局。[3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。 9 M425734 【圖式簡單說明】 圖1係本創作較佳實施例的立體前視圖。 圖2係本創作較佳實施例的立體後視圖。 圖3係本創作較佳實施例的俯視圖。 Q 4 ϋ本創作較佳貫施例加裝外徑車削及研磨工具之 局部立體放大圖。 圖5係本創作較佳貧施例加裝外徑車削及研磨工具之 動作示意圖。 圖6係本創作較佳實施例的加裝内徑車削及研磨工具 之局部立體放大圓。 圖7係本創作較佳實施例加裝内徑車削及研磨工具之 動作不意圖。 【主要元件符號說明】 10底座 11 凹槽 12 20 廢料口 夾持模組 21 傳動底座 211 傳動裝置 22 滑動承台 221 刻度盤 222 圓派軌道 23 夹制裝置 231 夾頭 24 動力裝置 25 修輪裝置 30 加工模組 31 傳動底座 32 滑動承台 321 鳩尾座 33 加工裝置 331 固定平台 3311鸠尾槽 332 支撐承座 333 安裝筒夾 334 轉動心轴 M425734 34動力裝置 40車刀固定座 41 車刀 42 内徑車刀固定座 5 0研磨心轴 51研磨輪 60工件The other part is provided with an inner diameter cutter holder 42 and used for turning the inner diameter. The carousel 41' enables the two processing devices 33 to perform inner diameter grinding and inner diameter boring of the workpiece 6 .. The outer oscillating surface mounted on the grinding mandrel 50 mounted to the two processing devices 33 When the wheel 51 or the inner diameter grinding wheel 52 starts to deform due to the outer diameter, the two processing modules 30 can be moved to the vicinity of the wheel repairing device 25 to perform the external action. The use condition and life of the diameter grinding wheels 51 and 52 can be improved. Moreover, the "the vertical clamping module 2" can be horizontally rotated by the circular arc track 222 to make an angle between the workpiece 6Q and the two processing packages (four), thereby performing taper or arc processing, which is quite convenient and practical. The description is merely a preferred embodiment of the present invention, and is not intended to limit the present invention in any way, and the scope of the present invention is not limited to the technical characteristics of the present invention. The technical content disclosed in the present disclosure is used. [3 The equivalent embodiment of the modification or modification is still within the scope of the technical features of the present invention. 9 M425734 [Simple Description of the Drawing] FIG. 1 is a preferred embodiment of the present creation. Figure 2 is a perspective rear view of a preferred embodiment of the present invention. Figure 3 is a plan view of a preferred embodiment of the present invention. Q 4 The present invention preferably incorporates an outer diameter turning and grinding tool. Figure 3 is a schematic view of the operation of the preferred embodiment of the present invention for the installation of an outer diameter turning and grinding tool. Figure 6 is a preferred embodiment of the present invention for the installation of an inner diameter turning and grinding tool. Figure 7 is a schematic view of the preferred embodiment of the present invention for the installation of the inner diameter turning and grinding tool. [Main component symbol description] 10 base 11 groove 12 20 waste port clamping module 21 transmission base 211 Transmission 22 Sliding bearing table 221 Dial 222 Round track 23 Clamping device 231 Chuck 24 Power unit 25 Wheeling device 30 Machining module 31 Transmission base 32 Sliding bearing table 321 Iris seat 33 Processing device 331 Fixed platform 3311 Iris Slot 332 Supporting bracket 333 Mounting collet 334 Rotating mandrel M425734 34 Power unit 40 Turning tool holder 41 Turning tool 42 Inner diameter turning tool holder 50 Grinding mandrel 51 Grinding wheel 60 Workpiece