M431026 五、新型說明： 【新型所屬之技術領域】 本創作一種鑕孔同心加工機，係指一種可任意搭配不同車削工具使用 之同心加工機，提供體積小且可便利攜帶以之特性。 【先前技術】 在零組制結合下’皆需要螺絲或縣或螺帽或套筒等結合鎖固件， • 將二者零組件鎖固結合，使能組構一件件堅固的成品。 而現有的螺栓或螺絲等五金零組件的加工，以鑽孔機或CNC車床機等 在施作，而現有鑽孔方式係以加工件固持於一端，該工件旋轉或工件固定 方式，以刀具作旋轉方向來加工’又，如以CNC車床施作又大材小用且速 度慢’ ‘然’以單-端作旋轉車削，因旋轉端需以較大之力道才得以對加工 件施作’故，施作完成之加工件常產生歪斜狀之不良率，無法緊密的做銜 接組合； 籲然，中請人經思考與設計，為使加轉於車肖彳施作後，該軸心的垂直 精準度能達到更加準確，即設計-種加工同心機，該加工機係由一殼 體間設置傳誠組及啟域置，藉由傳械組可觸孔機之反方向旋轉 於施作時以之-正向-反向旋轉，可使位在傳動模組間之加工件垂 直軸向車财鮮，簡除車難斜料良率，且期心、顧積小、便於 攜帶’並可搭配各式鑽孔機、CNC等使用，藉以改善前述缺失達到輕便，且 便利又可任意搭配各式車削機具使用之鑕孔同心加工機。 3 ΜΦ31026 【新型内容】 疋故，本創作鍟於上述之缺點，以提供一種鑽孔同心加工機該同心 加工機以殼體、傳動模組及啟動裝置結合而成，其中該傳動模組包含一同 轴裝置及-連動裝置，而連動裝置由二齒輪及__導鏈，其—齒輪設於同軸 裝置間’另一齒輪設於啟動裝置之轉軸桿間，經啟動裝置旋動而連動同軸 裝置旋轉，藉此可使設於同軸裝置間之加工件，做與鑽孔機反向之旋轉。 根據本創作之一種鑽孔同心加工機之較佳實施例的特徵在於：該傳動 • 模組包含一同軸裝置及一連動裝置所實施。 根據本創作之—種辦L同加m機之較佳實施例的特徵在於：該同轴 裝置包含夾固件、上蓋、轴承件及轴桿所實施。 根據本創作之一種鑕孔同心加工機之較佳實施例的特徵在於：該連動 裝置包含複數齒輪及導鏈所實施》 根據本創作之-種鑽關心、加工機之較佳實施_特徵在於：該連動 裝置之齒輪一者設於同轴裝置之軸承件所實施。 ❿ 根據摘作之-_關^加卫機之較佳實關的特徵在於··該連動 裝置之齒輪—者設於啟動裝置之轉軸桿所實施。 根據本創作之-種鑕孔同心加工機之較佳實施例的特徵在於：該啟動 裝置之—端銜接一轉轴桿。 根據本創作之—種義同咖卫機之較佳實細麟徵在於：該同心 加工機可設置於鑽孔機或CNC間所實施。 根據本創作之-種同加工機之較佳實關的特徵在於：該同心 加工機可依需求與鑕孔機搭配組合為機台所實施。 4 _l〇26 有闕本創作之詳細說明及技術内容，現配合圖式說明如下： 【實施方式】 首先，請同時參閱『苐！圖、第2圖及第3圖』所示财見悉該 同心加工機1係於一殼體1〇間設置一傳動模組11及一啟動裝置12，其_ 該傳動模組11包含-_裝置11G及—連置U1與啟練置12連接， 而同軸裝置11G係由-夾固件謂、一上蓋疆、—軸承件魔及一轴 桿1103所結合，而連動裝置lu係由複數齒輪111〇、Ui〇,及一導鏈iui 所、。’該啟練置12絲力來源者’於__端延伸—轉軸桿職請參閱第 3圖），該轉轴桿120與傳動模組11之連動裝置in結合； 其中該同補組110之各組件經結合後，於歸件套設齒輪 模組111之齒輪1110’並連接另一齒輪111〇及導鏈m，且設置於殼體1〇 内部’而同轴裝置1H)之夾固件議延伸至殼體1〇 —平面外部而央固 件1100環側並殼體Π)平面設置上蓋以保護同轴裝置⑽，又設於殼 體10間之連動裝置11卜其-齒輪·，與同轴裝置11()之抽承件服結 合’而齒輪1110則與穿設至殼體10間之啟動裝置12之轉轴桿12〇結合， 並於齒輪111G與齒輪111G’崎繞導鏈lu，使可達到連動傳導； 然’當啟動裝置12及傳動模組U分別設置於殼體1〇内部與外部，該 傳動模組11之同轴裝置11G之夾固件·夾持—加工件4,整體經由啟動 裝置12旋轉，使而傳動啟動裝置12之轉軸桿12〇與同轴裝置㈦之轴承 件_間之齒輪模組m ’藉由此傳導旋動可讓加工件4朝—方向旋轉， 由於此同心加4丨之體積小聽便，啸供使財可制鮮，更可任 5 财31026 意搭配各式觀機或〇c車床賊用，達·待於糊同時該鎖孔機 或CNC車床機與同心加工機呈相反方向旋轉，使完成品之加工件轴心可保 持該軸向的筆直度，以減少歪斜不良率的狀況。 再請同時參閱『第4圖、第5圖及第6圖』所示’圖中見悉，係同心 加工機實施示意圖，該同心加工機i係由一殼體1〇、一傳動模組u及一啟 動裝置12所結合，其中該同心加工機i藉由啟動裝置12旋轉帶動傳動模 組11旋轉，使於傳動模組n之同轴裝置11〇 一端之加工件4得以朝一方 • 向旋轉，藉由此可自轉之同心加工機1設置，可讓加工件4於加工完成後 之縱向轴心更為筆直；'然，此同心加工機i以體積小便攜帶之構想設置， 該可搭配各式之鑽孔機2(請參閱第4圖）或CNC車床機所使用，於車削使用 時，如該鑽孔機2以正向旋轉，該同心加工機i則以反向方式旋轉，而以 正反向方式施作，係可讓加工件4在車削之動力與軸向更為平均與筆 直，再請參閱第5圖所示’又本作之同心加工機丨可設置於固定式之鑽孔 機2間（如第4圖所示），另亦可設置於具位移板2〇之續孔機2間，該同心 ，加工機1設置於位移板20間，藉由位移板20之左右位移可供形體不等之 加工件4所使用，以達到更多種不同需求加工方式； 又’為達到不同使用者之一者為求便利攜帶，一者為求穩固使用（不需 攜帶）之需求’該同心加工機1可與鑽孔機台3整合為固定式機台，該鑽孔 機台3包含—者或一者以上之鑕孔臂30及橫移桿32及同心加工機1所實 施’該鑽孔臂30 —側設置一馬達31 ’且鑽孔臂30跨設於橫移桿32間，使 错孔臂30於操作時，得藉橫移桿32作橫向位移，讓加工件4取置更為便 利’又該同心加工機1係設於鑽孔臂30對應之下方處，使鑕孔機台3於運 6 "r«V_LVJZC) 時得以讓續孔臂31與同心加讀丨以_正向—反向方式旋轉，以維持加 工件4的精準度’排除不良率的產生。 综此’則述說明書中，本創作以特定具體實施例為參考來描述，然而 顯然各種的修正與改變都獨離賴作之寬廣的精神與範I而該對應之 說明與圖示铜來加以觀而非關本_之範^因此，表林創作應 /函蓋所有出現在本創作之附加的申請專利範圍與其相等項之修正與變化。 • 【圖式簡單說明】 第1圖：係本創作一種鑕孔同心加工機之立體示意圖。 第2圖：係本創作一種鑕孔同心加工機之傳動模組立體分解示意圖。 第3圖：係本創作一種鑽孔同心加工機之加工件夾固旋動實施示意圖。 第4圖：係本創作一種鑽孔同心加工機之設於鑽孔機間實施例示意圖。 第5圖：係本創作一種鑽孔同心加工機之設於具位移板之嶺孔機間實施例 不意圖。 .# 第6圖：係本創作一種鑕孔同心加工機之與鑕孔機整合實施例示意圖。 7 M431026 【主要元件符號說明】 同心加工機1 殼體10 傳動模組11 同轴裝置110 夾固件1100 上蓋1101 軸承件1102 軸桿 1103 連動裝置111 齒輪 1110、1110’、1111 啟動裝置12 轉軸桿 120 鑽孔機2 位移板20 鑽孔機台3 鑽孔臂 30、30’ 馬達31、31’ 橫移桿32、32’ 加工件4 8M431026 V. New description: [New technical field] This is a kind of boring concentric processing machine, which refers to a concentric processing machine that can be used with any turning tool. It is small in size and convenient to carry. [Prior Art] In the combination of zero-component system, a combination of screws or a county or a nut or a sleeve is required. • The two components are locked and combined to enable a solid product to be assembled. However, the existing hardware components such as bolts or screws are processed by a drilling machine or a CNC lathe machine, and the existing drilling method is held at one end by a workpiece, and the workpiece is rotated or fixed by a workpiece. The direction of rotation is used to process 'again, if it is applied on a CNC lathe, it is too large and slow, and the speed is slow.' 'Ran' is rotated by single-end, because the rotating end needs to be applied with a large force to make the workpiece. The finished workpiece often produces a skewed rate, which cannot be tightly connected. It is called, and the person is thinking and designing. The vertical precision of the shaft is added after the car is turned into a car. It can achieve more accurate, that is, the design-type processing concentric machine, which is set up between a shell and a set-up zone, and is rotated by the transfer mechanism in the opposite direction of the perforating machine. -Forward-reverse rotation, the workpieces located between the transmission modules can be vertically vertical and the vehicle is rich, and the vehicle is difficult to be slanted, and the heart is small, easy to carry, and can be matched with each Drilling machine, CNC, etc., to improve the aforementioned defects Lightweight, convenient and versatile with the boring concentric processing machine used in all types of turning tools. 3 ΜΦ31026 [New content] Therefore, this creation has the above disadvantages to provide a drilling concentric processing machine. The concentric processing machine is formed by combining a casing, a transmission module and a starting device, wherein the transmission module comprises a Coaxial device and interlocking device, and the linking device is composed of two gears and a __ guide chain, the gear is disposed between the coaxial devices, and the other gear is disposed between the rotating shafts of the starting device, and the coaxial device is rotated by the starting device Rotating, whereby the workpieces disposed between the coaxial devices can be rotated in the opposite direction to the drill. A preferred embodiment of a borehole concentric machining machine according to the present invention is characterized in that the transmission module comprises a coaxial device and a linkage device. A preferred embodiment of the present invention is characterized in that the coaxial device comprises a clamp, an upper cover, a bearing member and a shaft. A preferred embodiment of a boring concentric processing machine according to the present invention is characterized in that the linkage device comprises a plurality of gears and a guide chain. According to the present invention, the preferred embodiment of the processing machine is characterized by: The gear of the linkage device is provided by a bearing member of the coaxial device. ❿ According to the abstraction, the better closing feature of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ A preferred embodiment of the boring concentric processing machine according to the present invention is characterized in that the end of the starting device is coupled to a rotating shaft. According to the creation of the present invention, the best practice of the same kind of coffee machine is that the concentric processing machine can be installed between the drilling machine or the CNC. According to the present invention, the preferred embodiment of the same processing machine is characterized in that the concentric processing machine can be combined with the boring machine as required for the machine. 4 _l〇26 The detailed description and technical content of this creation are as follows: [Embodiment] First, please refer to "苐! The figure, the second figure and the third figure show that the concentric processing machine 1 is provided with a transmission module 11 and a starting device 12 between a casing 1 and the transmission module 11 includes -_ The device 11G and the connection U1 are connected to the starter 12, and the coaxial device 11G is composed of a clamp, an upper cover, a bearing component and a shaft 1103, and the linkage device is a plurality of gears 111. 〇, Ui〇, and a guide chain iui. 'The starting point of the 12-strength source' is extended at the __ end-refer to the third axis), the rotating shaft 120 is combined with the linkage device in of the transmission module 11; wherein the same group 110 After the components are combined, the gear 1110' of the gear module 111 is sleeved and connected to the other gear 111〇 and the guide chain m, and is disposed inside the casing 1〇 and the coaxial device 1H is clamped. Extending to the outer side of the casing 1 - the outer side of the casing and the side of the central firmware 1100 and the casing Π) is provided with a top cover to protect the coaxial device (10), and the linkage device 11 between the casings 10 is coaxial with the gear The pumping device of the device 11() is combined with the gear 1110, and the shaft 11b of the starting device 12 that is disposed between the casings 10 is coupled, and the gears 111G and the gears 111G' are wound around the guide chain lu. Linkage conduction can be achieved; however, when the starting device 12 and the transmission module U are respectively disposed inside and outside the casing 1 , the clamping device and the clamping member 4 of the coaxial device 11G of the transmission module 11 are integrally The starting device 12 is rotated so that the gear shaft of the transmission shaft 12 of the transmission starting device 12 and the bearing member of the coaxial device (7) m 'by this conduction rotation can make the workpiece 4 rotate in the direction of the direction. Because of the small volume of the concentric plus 4 听, the whistle can make the money can be made fresh, and it can be used for 5 yuan 31026. Or 〇c lathe thief use, up to wait for the paste at the same time the keyhole machine or CNC lathe machine and the concentric processing machine rotate in the opposite direction, so that the finished product axis can maintain the straightness of the axial direction, to reduce the skew The condition of the non-performing rate. Please also refer to the "Figure 4, Figure 5 and Figure 6" as shown in the figure, which is a schematic diagram of the implementation of the concentric processing machine. The concentric processing machine i consists of a housing 1〇 and a transmission module u. And a combination of the starting device 12, wherein the concentric processing machine i rotates the driving module 11 by the rotation of the starting device 12, so that the processing member 4 at one end of the coaxial device 11 of the transmission module n can be oriented toward one side Rotating, by means of the self-rotating concentric processing machine 1 setting, the longitudinal axis of the workpiece 4 after processing is more straight; 'Rather, the concentric processing machine i is set by the small portable belt, which can be matched Each type of drilling machine 2 (see Figure 4) or CNC lathe machine is used. When the turning machine is used, if the drilling machine 2 rotates in the forward direction, the concentric processing machine i rotates in the reverse direction. It can be applied in the forward and reverse directions to make the workpiece 4 more even and straight in the power and axial direction of turning. Please refer to the figure 5 and the concentric processing machine can be set in the fixed type. 2 drill machines (as shown in Figure 4), or can be set in a reaming machine with a displacement plate 2〇 2, the concentric, the processing machine 1 is disposed between the displacement plates 20, and the left and right displacements of the displacement plate 20 can be used by the workpieces 4 of different shapes to achieve a variety of different processing methods; One of the different users is convenient to carry, and the other is for the demand of stable use (no need to carry) 'The concentric processing machine 1 can be integrated with the drilling machine 3 as a fixed machine, the drilling machine 3 The boring arm 30 and the traverse bar 32 and the concentric processing machine 1 including the one or more of the boring arm 30 are disposed on the side of the boring arm 30 and the boring arm 30 is disposed across the traverse bar 32 When the wrong arm 30 is operated, the lateral movement of the traverse rod 32 is required to make the processing member 4 more convenient. The concentric processing machine 1 is disposed below the corresponding position of the drilling arm 30, so that When the hole machine 3 is in the 6 "r«V_LVJZC), the continuation arm 31 and the concentric addition 丨 are rotated in the _ forward-reverse manner to maintain the accuracy of the workpiece 4 to eliminate the defective rate. In the above description, the present description is described with reference to specific embodiments, but it is obvious that various modifications and changes are independent of the broad spirit and scope of the invention. The view is not a matter of _ _ ^ Therefore, the form of the creation of the table should cover all the amendments and changes in the scope of the patent application and its equivalents appearing in this creation. • [Simple description of the drawing] Figure 1: This is a three-dimensional schematic diagram of a pupil concentric processing machine. Figure 2: This is a three-dimensional exploded view of the drive module of a pupil concentric processing machine. Fig. 3: This is a schematic diagram of the implementation of a workpiece-clamping rotation of a drilling concentric machining machine. Fig. 4 is a schematic view showing an embodiment of a drilling concentric machining machine disposed between drills. Fig. 5: This is an embodiment of a borehole concentric machining machine disposed between a machine with a displacement plate. .# Fig. 6: This is a schematic diagram of an integrated embodiment of a pupil concentric processing machine and a boring machine. 7 M431026 [Description of main components] Concentric processing machine 1 Housing 10 Transmission module 11 Coaxial device 110 Clamp 1100 Upper cover 1101 Bearing 1102 Shaft 1103 Linking device 111 Gears 1110, 1110', 1111 Starting device 12 Rotary shaft 120 Drilling machine 2 displacement plate 20 drilling machine 3 drilling arm 30, 30' motor 31, 31' traverse bar 32, 32' machining part 4 8