M327760 八、新型說明： 【新型所屬之技術領域】 ，隸屬-種車銳複合機，_是有 =二更進一步而言是有關-種具可微調且可控制出力大小: 丁貝針尾座。 【先前技術】 ，按，傳統車銑複合機之頂針尾座，主要仙用減m ^尾座之前進或後退之移動’以頂持固定或釋放二i: 細，該種類比式之油壓系統來控制頂針尾座之頂持 =篁，無法精相整到職之值，若對工件之頂持力太小則會造 ^振動’對工件之力太大則恐造成卫件之變形工 加工之程序。 緣疋，本案創作人乃針對上述現有車銑複合機所面臨之問 _ ^需切碌討，_雜尋祕奴道，_長期努力之 -研九與發展，終於成功_發出本案之車銑複合機。 【新型内容】 ，本創作主要在提供一種車銑複合機，其具有可微調且可控 制出力大小之頂針尾座，讓工件之固定更加精準。 為此，本創作主要係透過下列的技術手段，來具體實現本 創作的各項目的與效能。 、 本創作主要在提供-種車銑複合機，其主要在複合機之底 座上相對應於主軸處設有一組滑執，以及一與該滑軌平行之螺 5 M327760 桿’在螺桿上則可移動 被裝設在該移動座上，且組移動座，該頂針尾座則係 含有一 、 了在β軌上滑移，另外，則進一步包 行。”，⑽動朗桿之轉動’以帶_針尾座在滑執上滑 調及控2作所使用之馬達主要係為伺服馬達，以方便本案之微 本丄係利用一組轴承組座裝設在底座上者。 -起者。——達輸*軸間則係利用-連軸器軸接在 本創作則更包含有一 微調該馬達之轉動，且該控工=驅動該馬達，該控制器可以 器之操作。 工斋可以整合在PLC上，以利於機 相較於習知技術，本創 動，再藉由控制器可控制 尾座主要係由飼服馬達來驅 對工件之頂持精確叫於操作之大小及可做微調整之控制， 發生。 、’、不致有出力過大或太小之情形 接下來舉一較佳營/1 做進-步之說m使主並配合圖式及圖號，針對本創作 解，惟以下所述者僅為用來對本創作有更詳細的暸 圖據以對本創作做任何形式i彳作之較佳實施例，並非企 精神下，μ本創作任何’故凡是在本創作之創作 作意圖保護之範疇。 、> 或變更，皆仍應屬於本創 6 M327760 【實施方式】 請參第1圖所示，本創作之車銑複合機，主要包含有一主 轴1、一驅動主轴之動力裝置2，一刀塔3，一頂針尾座4，以 及一裝設本案構件之底座5。 請參第2〜3圖所示，本創作主要在底座5上相對應於主 轴1處設有一組滑轨4 ]_，以及一與該滑軌4 1平行之螺桿4 • 2，在螺桿4 2上則可移動地螺設有一組移動座4 3，該頂針 •尾座4則係被裝設在該移動座4 3上，且可在滑軌4 1上任意 地滑移，以及具有一馬達4 4，以驅動該螺桿4 2之轉動，藉 由螺桿4 2及移動座4 3做為了貝針尾座4及馬達動力之傳達， 以帶動頂針尾座4在滑執41上移動。 而前述本創作之馬達44較佳者係採用飼服馬達，以利本 創作之微調及控制。 請參第2〜3圖所示’本創作主要在螺桿4 2之前後侧設 •有-組軸承組座4 5，以將螺桿4 2裝設在底座5上者。以及 .在螺桿4 2與馬達4 4之輪出軸間則係利用一連軸器4 6钟 接’以傳遞馬達4 4之輸出動力者。 請參第5圖所示，本創作進一步包含有一控制器4 7以驅 動伺服馬達4 4，該控制器4 7主要可以做祠服馬達之微調， 且該控制器4 7可以整合到PLC系統上，以方便操作。 清參第2〜4圖所示，本創作之頂針尾座4具有_頂針4 0 ’而在頂針尾座4底部則具有-崎應於滑執4 i之滑座4 7 M327760 滑座ί 8可以在滑轨41上滑動，而在頂針尾座4底部 應於移動座43之固定座49,頂 係利用固定座49固定在移動座43上者。 根據本創作之構思，在實 驅動頂針尾座4來頂持工件在主係利用伺服馬達44來 •做為微調及控制馬達出力之大广夾具中1利用—控制器來 ‘有控制精癌，且出力適中之優點’：對於習知之類比控制，具 及進步性，真正達到頂針所欲相tr/之加工具有實用性 相同:::〜可以理解到本創作為-創意極佳之創作’且在 時2技術領域中未見相同或近似的產品創作或公開使用，同 與「\功效的增進，故本創作已符合新型專利有關「新穎性」 、鱼進步性」的要件，乃依法提出新型專利申請，祈請早日賜 /本創作專利，至感德便。 M327760 【圖式簡單說明】 第1圖係本創作車銑複合機較佳實施例之立體圖。 苐2圖係本創作車銳複合機較佳實施例中有關頂針尾座與螺 桿間之剖視圖。 第3圖係本創作車銑複合機較佳實施例中有關頂針尾座與螺 桿間之分解圖。 第4圖係本創作車銑複合機較佳實施例中有關頂針尾座之侧 視0 第5圖係本創作車銑複合機較佳實施例之頂針尾座之動力驅 動方塊圖。 【主要元件符號說明】 (1 ) 主軸 (43) 移動座 (2 ) 動力裝置 (44) 馬達 (3 ) 刀塔 (45) 軸承組座 (4 ) 頂針尾座 (46) 連軸器 (5 ) 底座 (47) 控制器 (40) 頂針 (48) 滑座 (41) 滑執 (4 9) 固定座 (42) 螺桿M327760 VIII, new description: [New technical field], subordinate to the kind of car sharp composite machine, _ yes = two further related - a variety of fine-tunable and controllable output size: Dingbe tailstock. [Prior Art], according to the thimble tailstock of the traditional turning-milling machine, the main move is to reduce the movement of the front end or the retreat of the tailstock by 'move' to fix or release the second i: fine, the oil pressure of the type The system controls the top of the thimble tailstock = 篁, can not be refined to the value of the job, if the top holding force of the workpiece is too small, it will make ^ vibration 'too much force on the workpiece will cause the deformation of the guard Processing procedures. Yuan Zhen, the creator of this case is facing the above-mentioned problems faced by the existing turning and milling machine _ ^ need to discuss, _ miscellaneous search for secret slaves, _ long-term efforts - research and development, and finally succeeded _ issued the case of milling Complex machine. [New content] This creation mainly provides a turning and milling machine with a thimble tailstock that can be finely adjusted and can control the force to make the workpiece more precise. To this end, this creation mainly uses the following technical means to achieve the specific purposes and effectiveness of this creation. This creation mainly provides a kind of turning and milling machine, which mainly has a set of sliding handles corresponding to the main shaft on the base of the laminating machine, and a screw parallel to the sliding rail 5 M327760 rod 'on the screw The movement is mounted on the moving seat, and the group moves the seat, and the thimble tailstock contains one, slips on the beta rail, and further, wraps further. ", (10) The rotation of the moving rod" The motor used in the slide with the _ needle tail seat on the sliding handle and the control 2 is mainly a servo motor, so as to facilitate the micro-system of the case to use a set of bearing sets. On the base. - Starter. - Up to the transmission * The shaft is used - The coupling is connected to the shaft. In this creation, there is further included a fine adjustment of the rotation of the motor, and the control = driving the motor, the controller The operation of the device can be integrated on the PLC, in order to facilitate the machine compared to the prior art, the initiative, and then the controller can control the tailstock mainly by the feeding motor to drive the workpiece to the precise position. It is called the size of the operation and the control that can be used for micro adjustment. Occurs, ', does not have too much power or too small situation. Next, let's take a better camp /1 to do it - step to say m to make the master and the pattern and The figure number is for the creation of this solution, but the following is only a more detailed diagram for the purpose of this creation. It is not a matter of spirit, any creation of μ. 'All are in the scope of the intention to protect the creation of this creation., > or Furthermore, it should still belong to the original 6 M327760. [Embodiment] Please refer to Figure 1. The foundry and milling machine mainly includes a spindle 1, a power spindle for driving the spindle 2, a turret 3, and a top. The needle tailstock 4, and a base 5 for mounting the components of the present invention. As shown in Figures 2 to 3, the present invention mainly has a set of slide rails 4]_ corresponding to the main shaft 1 on the base 5, and a The sliding rail 4 1 is parallel to the screw 4 • 2, and a set of moving seats 43 is movably screwed on the screw 4 2 , and the thimble and the tailstock 4 are mounted on the moving seat 43 Sliding arbitrarily on the slide rail 4 1 and having a motor 44 to drive the rotation of the screw 4 2 , and the screw 4 2 and the movable seat 4 3 are used for conveying the beetle tailstock 4 and the motor power. The thimble tailstock 4 is moved on the sliding handle 41. The motor 44 of the above-mentioned creation is preferably a feeding motor for the fine adjustment and control of the creation. Please refer to the figures 2~3. Before the screw 42, the rear side of the screw 42 is provided with a set of bearing sets 45 to mount the screw 4 2 on the base 5. And in the screw 4 2 and the motor 4 4 between the wheel and the shaft is connected with a coupling 4 6 ' to transfer the output power of the motor 4 4 . As shown in Figure 5, the creation further includes a controller 47 to drive Servo motor 4 4, the controller 47 can mainly be used as a fine adjustment of the servo motor, and the controller 47 can be integrated into the PLC system for convenient operation. As shown in Figures 2 to 4 of the Qingshen, the top of the creation The needle tailstock 4 has a _ thimble 40' and at the bottom of the thimble tailstock 4 there is a slider that is slidable to the slider 4i. 4 M327760 The slider ί 8 can slide on the slide rail 41, while the thimble tailstock 4 The bottom portion is to be fixed to the fixed seat 49 of the movable seat 43, and the top portion is fixed to the movable seat 43 by the fixing base 49. According to the concept of the present creation, in the real drive thimble tailstock 4 to hold the workpiece in the main system using the servo motor 44 as a fine adjustment and control of the motor output of the large-scale fixture 1 use - controller to 'control fine cancer, And the advantage of moderate output': For the analogy control of the analogy, with the progressiveness, the processing that truly achieves the thief's desired phase is the same in practicality:::~ It can be understood that this creation is a creative creation. In the technical field of time 2, the same or similar product creation or public use has not been seen, and the "\" effect has been enhanced. Therefore, this creation has met the requirements of "newness" and fish advancement of new patents. Patent application, please pray for the early grant of this patent, to the sense of virtue. M327760 [Simplified description of the drawings] Fig. 1 is a perspective view of a preferred embodiment of the present invention. Fig. 2 is a cross-sectional view showing the thimble tailstock and the screw in the preferred embodiment of the present invention. Fig. 3 is an exploded view of the ferrule tailstock and the screw in the preferred embodiment of the present invention. Fig. 4 is a side view of the ejector tailstock of the preferred embodiment of the present invention. Fig. 5 is a power driving block diagram of the ejector tailstock of the preferred embodiment of the present invention. [Description of main component symbols] (1) Spindle (43) Moving seat (2) Power unit (44) Motor (3) Turret (45) Bearing block (4) Thimble tailstock (46) Coupling (5) Base (47) Controller (40) Thimble (48) Slide (41) Slip (4 9) Mounting (42) Screw