M411311 五、新型說明： 【新型所屬之技術領域】 本創作係為-種用於工具機之工作台的超音波裝置， 其達到超音波提高排屬效率、加工裝置不易損壞與可直接 加裝於市面之裝置等優點。 【先前技術】 傳統工具機上設置超音波裝置的設計（ 公開號第2〇"32468之『玻璃加工裝置及:民國 方法』)’主要在一工具機上設置旋轉機構及振盪機構、，工 虽鑽頭刀具連接於該振盪機構時，係同 構傳動，及該振蘆機構振動，進而以，，傳動加：:亥旋轉機 動”兩種功能同時對工件進行加工，這樣的讯a及振 刀具在長時間承受振盪機構振動驅動装=叶造成鑽頭 度，進而損壞。 、承易失去精 所以’如何設計出可改善傳統裝置 當務之急。 、·。構’即是 •【新型内容】 - 本創作係為一種*有超音波提高排屑效率 不易損壞與可直接加裝於市面之裝置之用於工、加工褒置 台的超音波裝置。 ' 具機之工作 為達成前述目的，本創作係提供一種用於 作台的超音波裝置，其包括·： '工具機之工 一工具機單元，係具有一加工裝置及—工 工裝置具有一加工端件；用以對一工件進行加工合；該加 3 M411311 —固定單元，係設於該工作台上，用以架設並固定該 工件； —超音波單元，係設於該工作台與該固定單元之間； 當啟動該加工端件及該超音波單元，該加工端件係對該工 件進行加工；該超音波單元係對該固定單元及置於其上之 °亥工件產生超音波振動；而可提高該工件於加工過程之排 . 屬效果。 本創作之上述目的及優點，皆可從下列實施例之說明 • 與圖示瞭解，並以下列實施例並配合圖式說明本創作如后： 【實施方式】 參閱第一圓至第六圖所示，本創作係為一種用於工具機之工作 台的超音波裝置，其包括： 一工具機單元1〇，係具有一加工裝置11及一工作台χ 2 ; 戎加工裝置11具有一加工端件1 11 ;用以對一工件9 ^(參閱 第九圖）進行加工； 一固定單元2 0，係設於該工作台丄2上，用以架設並固定該 • .工件 9 1 ; 一超音波單元3 0，係設於該工作台12與該固定單元2〇之 間； -- 當啟動該加工端件1 1 1及該超音波單元3 0，該加工端件工 1 1係對該工件9 1進行加工；該超音波單元3 〇係對該固定單元 2 0及置於其上之該工件9 1產生超音波振動：而可提高該工件9 1殄加工過程之排屑效果。 本創作在貫際使用時，該工具機單元1 〇係包括該加工裝置1 4 M411311 1、該工作台、一移動裝置1 3及一刀庫14 ;該移動裝置1 3係包括一 X軸移動部131、一 Y軸移動部132及一Z軸移 動部1 3 3 ;該移動裝置1 3用以控制該加工端件1 1 1沿X軸、 Y軸及Z轴，與該工件9 1相對移動，而可以預定的加工位置對該 工件9 1進行加工；該刀庫1 4内設複數個不同尺寸之刀具（亦即 該加工端件1 1 1 )。 該固定單元20係包括至少一個氣孔21及一真空裝置2 2，s玄真空裝置2 2用以對氣孔2 1抽真空，而可強迫吸住固定該 工件9 1。 該超音波單元3 0係設一超音波產生件3 1，而可對該固定單 元2 0及置於其上之該工件9 1產生超音波振動。 §亥超音波單元3 0之超音波振動幅度係以不超過該加工端件 111對該工件91加工之精度範圍為準。 本創作之使用方式簡述如下： 首先，參閱第七圖至第九圖所示，將該工件9 1置於該固定單 元2 1上，啟動邊真空裝置2 2對該氣孔2 1抽真空；即可將該工 .件9 1吸住固定於該固定單元2 1上；接著，啟動該加工端件丄工 1及該超音波單元3 0，而可以該加工端件1 1 ^對該工件9丄進 行加工（例如穿孔加工或是研磨加工）；同時可以該超音波單元3 0對該固定單元2◦及置於其上之該工件9 i產生超音波振動；而 提高該工件9 1於加工過程之排屑，相對提升整體加工效率之攱 果。 综上所述，本創作係產生以下之優點： (1 )超音波k鬲排屑效率。本創作於工作台與固定單元之間 5 M411311 ， 設有超音波單元，超音波單元可使固定單元及固定於其上之工件產 生超音波振動效果，加速工件被加工過程中產生碎屬的排除，碎屬 不曰电積在工件上，超音波提高排屬效果佳相對提升整體加工效 率。 j 2)加工褒置不易損壞。本創作之超音波單元係設於工作台 與固疋早兀之間，只會讓固定單元及工作台產生超音波振動加工 •裝置的部份幾乎不會直接受超音波振動的影響，所以加工裝置較不 易損壞。 • ( 3)可直接加裝於市面之裝置。本創作之超音波單元係設於 工作台與固定單it之間’市面上之卫具機基本上都财這兩個元 件，所以可直接加裝於市面之裝置，無需另外晴置新機台，市面接 受度較高。 【圖式簡單說明】 第一圖 係本創作之示意圖。 第二圖 係本創作之正面之示意圖。 第三圖 係本創作之主要結構之示意圖。 第四圖 係第三圖之正面之示意圖。 第五圖 係第三圖之俯視圖。 第六圖 係第三圖之側視圖。 第七圖 係本創作主要結構之另一角度示意圖。 弟八圖 係本創作之主要結構之動作示意圖。 第九圖 係第八圖之部份結構之放大之平面圖。 【主要元件符號說明】 (10)工具機單元 (11)加工裝置 6 M411311 (1 1 1 )加工端件 (12) (1 3 )移動裝置 (13 1 (1 3 2) Y軸移動部 (13 3 (1 4)刀庫 (20) (21)氣管 (22) (3 0)超音波單元 (31) (91)工件 工作台 )x軸移動部 丨）z軸移動部 固定單元 真空裝置 超音波產生件M411311 V. New description: [New technical field] This is a kind of ultrasonic device used in the worktable of the machine tool. It achieves ultrasonic wave to improve the efficiency of the discharge, the processing device is not easy to be damaged and can be directly added to Advantages of the device on the market. [Prior Art] The design of the ultrasonic device is set on the conventional machine tool (Publication No. 2 "32468 "Glass Processing Apparatus and: Republic of China Method")". The rotary mechanism and the oscillation mechanism are mainly provided on a machine tool. Although the drill tool is connected to the oscillating mechanism, the isokinetic transmission is performed, and the vibrating mechanism is vibrated, and then, the transmission plus:: the rotary rotary maneuvering function simultaneously processes the workpiece, such a signal and vibration tool After a long period of time, the vibration of the oscillating mechanism is driven to drive the belt = the blade causes the bit to be damaged, and the damage is lost. Therefore, it is imperative to design a device that can improve the traditional device. The structure is 'the new content】 - the creative department It is a kind of ultrasonic device that is used for the work and processing of the device that can improve the chip removal efficiency and is not easily damaged. It can be used for the above purposes. The ultrasonic device for the work, comprising: 'the machine tool, the machine tool unit, has a processing device and the engineering device has a processing end piece For processing a workpiece; the 3 M411311-fixing unit is disposed on the workbench for erecting and fixing the workpiece; the ultrasonic unit is disposed on the worktable and the fixed unit When the machining end piece and the ultrasonic unit are activated, the machining end piece processes the workpiece; the ultrasonic unit generates ultrasonic vibration on the fixed unit and the workpiece disposed thereon; The above objects and advantages of the present invention can be improved from the following descriptions of the embodiments and the drawings, and the following examples are combined with the drawings to illustrate the following: Embodiments Referring to the first to sixth figures, the present invention is an ultrasonic device for a workbench of a machine tool, comprising: a machine tool unit 1 具有 having a processing device 11 and a work The boring machine 2 has a machining end piece 11 11 for machining a workpiece 9 ^ (see the ninth drawing); a fixing unit 20 is disposed on the table , 2 for Erect and fix the . a 9 1 ; an ultrasonic unit 30 is disposed between the table 12 and the fixed unit 2 ;; - when the processing end piece 1 1 1 and the ultrasonic unit 30 are activated, the processing end piece The workpiece 1 1 processes the workpiece 9 1; the ultrasonic unit 3 generates ultrasonic vibration on the fixed unit 20 and the workpiece 9 1 placed thereon: the machining process of the workpiece 9 1 可 can be improved The chipping effect of the machine tool unit 1 includes the processing device 1 4 M411311 1 , the work table, a mobile device 13 and a tool magazine 14; the mobile device 13 includes An X-axis moving portion 131, a Y-axis moving portion 132 and a Z-axis moving portion 13 3; the moving device 13 is for controlling the machining end piece 1 1 1 along the X axis, the Y axis and the Z axis, and The workpiece 9 1 is relatively moved, and the workpiece 9 1 can be machined at a predetermined machining position; the tool magazine 14 is provided with a plurality of differently sized tools (ie, the machined end piece 1 1 1 ). The fixing unit 20 includes at least one air hole 21 and a vacuum device 2 2 for evacuating the air hole 2 1 and forcibly holding and fixing the workpiece 9 1 . The ultrasonic unit 30 is provided with an ultrasonic generating member 3 1, and ultrasonic vibration can be generated for the fixed unit 20 and the workpiece 9 1 placed thereon. The amplitude of the ultrasonic vibration of the sea ultrasonic unit 30 is not more than the precision range of the workpiece 91 processed by the machining end piece 111. The manner of use of the present creation is briefly described as follows: First, referring to the seventh to ninth drawings, the workpiece 9 1 is placed on the fixing unit 2 1 , and the vacuum device 2 2 is activated to evacuate the air hole 2 1 ; The workpiece 9 1 can be sucked and fixed on the fixing unit 2 1; then, the processing end piece 1 and the ultrasonic unit 30 are activated, and the workpiece 1 1 ^ can be processed to the workpiece 9丄 processing (for example, punching or grinding); at the same time, the ultrasonic unit 30 can generate ultrasonic vibration on the fixed unit 2◦ and the workpiece 9 i placed thereon; and the workpiece 9 1 is improved The chip removal during processing increases the overall processing efficiency. In summary, this creation has the following advantages: (1) Ultrasonic k鬲 chip removal efficiency. The creation is between the workbench and the fixed unit 5 M411311, and the ultrasonic unit is provided. The ultrasonic unit can generate ultrasonic vibration effects on the fixed unit and the workpiece fixed thereto, and accelerate the elimination of the workpiece during the processing. The crush is not deposited on the workpiece, and the ultrasonic wave improves the efficiency of the platoon and improves the overall processing efficiency. j 2) The processing device is not easily damaged. The ultrasonic unit of this creation is located between the workbench and the solid foundation, which only causes the ultrasonic vibration processing of the fixed unit and the workbench. The part of the device is hardly directly affected by the ultrasonic vibration, so the processing The device is less susceptible to damage. • (3) Devices that can be directly installed on the market. The ultrasonic unit of this creation is located between the workbench and the fixed single IT. The utility model is basically the two components of the market. Therefore, it can be directly installed in the market, and there is no need to separately install a new machine. The market acceptance is higher. [Simple description of the diagram] The first diagram is a schematic diagram of the creation. The second picture is a schematic diagram of the front side of the creation. The third diagram is a schematic diagram of the main structure of the creation. The fourth figure is a schematic view of the front side of the third figure. The fifth figure is a top view of the third figure. Figure 6 is a side view of the third figure. The seventh diagram is a schematic diagram of another perspective of the main structure of the creation. The eighth figure is a schematic diagram of the main structure of the creation. Figure 9 is an enlarged plan view of a portion of the structure of the eighth embodiment. [Description of main component symbols] (10) Machine tool unit (11) Processing device 6 M411311 (1 1 1 ) Machining end piece (12) (1 3 ) Moving device (13 1 (1 3 2) Y-axis moving part (13 3 (1 4) Tool magazine (20) (21) Air pipe (22) (3 0) Ultrasonic unit (31) (91) Work table) X-axis moving part 丨) Z-axis moving part Fixed unit Vacuum device Ultrasonic Generated piece