M3684W 板令頁撐蓋大伸於架板上方，於—側壁固設—導 引驅動裝詈卜、守 ^ 下直線位移，使位置感測裝置及推抵件可 隨上、τ主崎置位移灣頭接觸X件表面時，推抵件恰 又，於驅動裝置g卩停止作動並復歸原位’且位置感測裝置 於第-時_上、下主純置之鑽頭移至與玉件表面接觸 的數值傳送至可程式控制器而同時進行上 、下主轴裝置之 鑽頭長度至工件表面的安全加工距離及鑽孔深度之運算工 作後，可程式控制器即會將運算所得之數據依序傳送上、The M3684W plate allows the page cover to extend above the shelf, and the side wall is fixed-guided to drive the mounting plate and the linear displacement, so that the position sensing device and the pushing member can be moved with the τ main displacement. When the head of the bay touches the surface of the X piece, the pushing piece is just stopped, and the driving device g卩 stops acting and returns to the original position', and the position sensing device moves to the surface of the jade piece at the first-time upper and lower main pure bits. After the value of the contact is transmitted to the programmable controller and the operation distance between the drill length of the upper and lower spindle devices to the surface of the workpiece and the drilling depth is calculated, the programmable controller transmits the calculated data sequentially. on,
下5 =裝置及驅歸置執行鑽孔加玉作*，藉此，俾可達 到完全自動化之精密偵測作業，以改善傳統玻賴孔機繁 複且耗時的手動校對及目測調整作#，進而提高I作效率 而具市場競爭力。 3·如申請專利範圍帛2項所述之玻璃鑽孔機結構改 良，、其中導滑件之—側上、下端各設—可為極限開關或金 屬感應器之第-感測裝置及第二感測裝置與驅動裝置一侧 所設之連動件相配合以控制驅動裝置的上、下移動距離。 4·如申請專利_第2項所述之麵鑽孔機結構改 良’其中導滑件之-側設—為極限開關之安全裝置以限 驅動裝置順導滑件外移之極限位置。 5. —種玻璃鑽孔機結構改良，其玻璃鑽孔機係於一工 作^面之上、下端對麟有—具鑽頭之上、下主軸裝置， 並設一具推抵件及位置感測敦置之偵測裝置與上、 裝置同步作動，且設—可上、下位移之驅動 呈上、下相對設置，該仙裝㈣與—具料面板之可程 式控制器及一偵測鈕相配合形成一控制迴路，1 鑽孔機之推抵件係可設為二以上而分別為中逮及慢 M368498 速推抵件且分別與一具頂撐桿之氣壓缸及驅動裝置呈上、 下相對設置，該驅動裝置係可設為一具主動齒輪之馬達與 一具被動齒輪之譯碼器相互連動以執行可程式控制器傳送 之指令，使位置感測裝置及推抵件可隨上、下主轴裝置位 移至鑽頭接觸工件表面時，推抵件恰受制於驅動裝置即停 止作動並復歸原位，且位置感測裝置於第一時間將上、下 主軸裝置之鑽頭移至與工件表面接觸的數值傳送至可程式 控制器而同時進行上、下主軸裝置之鑽頭長度至工件表面 φ 的安全加工距離及鑽孔深度之運算工作後，可程式控制器 即會將運算所得之數據依序傳送上、下主軸裝置及驅動裝 置執行鑽孔加工作業，藉此，俾可達到完全自動化之精密 偵測作業，以改善傳統玻璃鑽孔機繁複且耗時的手動校對 及目測調整作業，進而提高工作效率而具市場競爭力。 6.如申請專利範圍第5項所述之玻璃鑽孔機結構改 良，其中該中速推抵件及慢速推抵件係可設為空油壓缸各 具有一作動桿。 β 7.如申請專利範圍第5項所述之玻璃鑽孔機結構改 良，其中驅動裝置之頂面設一聯軸件供一滾珠螺桿組設， 且滾珠螺桿與一具螺孔之固定塊相螺合，該固定塊係固設 於架板令滾珠螺桿可突伸於架板上方，於一侧壁固設一導 滑件以導引驅動裝置上、下直線位移。 8.如申請專利範圍第5項所述之玻璃鑽孔機結構改 良，其中玻璃鑽孔機係設有一通孔供氣壓缸之頂撐桿上、 下位移。 17The lower 5 = device and drive placement perform drilling and jade*, so that the fully automated precision detection operation can be achieved to improve the complicated and time-consuming manual proofreading and visual adjustment of the traditional Bourbon machine. In turn, I will improve the efficiency of I and be competitive in the market. 3. The structural improvement of the glass drilling machine described in claim 2, wherein the upper and lower ends of the sliding guide are respectively provided as the first-sensing device of the limit switch or the metal sensor and the second The sensing device cooperates with the linkage provided on one side of the driving device to control the upper and lower moving distance of the driving device. 4. If the structure of the surface drilling machine described in the second application is improved, the side of the guide member is the safety device of the limit switch to limit the limit position of the drive device to the outward movement of the sliding member. 5. The structure of the glass drilling machine is improved. The glass drilling machine is attached to a working surface, and the lower end is provided with a drill bit upper and lower spindle device, and a pushing member and position sensing are provided. The detection device of Dunhuang is synchronized with the upper device and the device, and the drive for the upper and lower displacements is set up and down. The fairy device (4) and the programmable controller of the device panel and a detection button are arranged. In combination with the formation of a control loop, the pusher of the 1 drilling machine can be set to two or more, respectively, for the medium catch and the slow M368498 speed pusher, and respectively with the top and bottom of the pneumatic cylinder and the drive device up and down In a relative arrangement, the driving device can be configured as a driving gear motor and a passive gear decoder interlocking with each other to execute a command of the programmable controller to enable the position sensing device and the pushing member to follow, When the lower spindle device is displaced until the drill bit contacts the surface of the workpiece, the pushing member is stopped by the driving device and is returned to the original position, and the position sensing device moves the drill bit of the upper and lower spindle devices to contact with the surface of the workpiece at the first time. Value transfer to the process After the controller performs the calculation of the safe machining distance and the drilling depth of the upper and lower spindle devices to the workpiece surface φ at the same time, the programmable controller transmits the calculated data to the upper and lower spindle devices in sequence. The drive unit performs the drilling operation, so that the fully automated precision inspection operation can be achieved to improve the complicated and time-consuming manual proofreading and visual adjustment of the traditional glass drilling machine, thereby improving work efficiency and being competitive in the market. . 6. The glass drilling machine of claim 5, wherein the medium speed pushing member and the slow pushing member are configured to have an actuating rod. β 7. The structural improvement of the glass drilling machine according to claim 5, wherein the top surface of the driving device is provided with a coupling member for a ball screw assembly, and the ball screw is fixed with a screw hole. The fixing block is fixed to the frame plate so that the ball screw can protrude above the frame plate, and a sliding member is fixed on one side wall to guide the linear displacement of the driving device. 8. The glass drilling machine according to claim 5 is improved in structure, wherein the glass drilling machine is provided with a through hole for displacement of the top and bottom of the pneumatic cylinder. 17