201127525 六、發明說明： 【發明所屬之技術領域】 本發明i有關於-種管件切斷設肖’特別是指一種三 刀式切斷裝置。 【先前技術】 如圖1所示，現有一種切斷裝置（κ〇 ι〇_〇779264號專 利案）’安裝於-管機的機頭，並包含—用以爽制管件i的 夾鉗組2及一對應該夾鉗組的切斷單元3。該切斷單元3具 有一驅動壓缸301及一受該驅動壓缸3〇1驅動的刀具3〇2。 雖然這種切斷裝置可對管件i進行切斷作業，但是，當該 刀具302 f子該管#丨@徑向進行切斷冑，不僅水平動力大 ，且管件1受到刀具302的衝擊力是會先產生凹陷，之後 才會自該凹陷處被切斷，以致於管#丨的切斷部位都會產 生凹料現象，還要進一步對切斷部位進行加工，不僅工序 增加，且還必須預留去除的加工量，較耗費管材。 再如圖2,為申請人所提申之一種用於彎管機的防凹料 的切斷裝置（申請案號第9513732〇號專利案），其包含— 對應該彎管機4 -主模座401的承座5、一安裝在該彎管機 4 -擺動臂402上的切σ單元6及一安裝在該擺動臂4〇2上 的切斷單元7。當該彎管機4對一管件8進行彎管作業後， 利兩該承座5與該擺動臂402上的一夾模座403對該管件8 夹持定位，且利用該切口單元6對該管件8的周緣切出一 切口，再利用該切斷單元7對準該切口且沿該管件8徑向 進行切斷作業，藉此，可防止管件8產生凹料現象。雖然 201127525 這種切斷裝置已可解決圖1的凹料問題，但是若圓形管件8 的炎持力不足時，該切口單元"刪8的周::： 口時，會造成圓形管件8 # 成，且刀一…轉動不僅切口可能無法順利切 一易貝傷’再者，僅在管件8的單側形成切口 ’該切斷單元7對未形成切口的管壁也需較大水平動力 且刀尖也較容易損傷。 【發明内容】 因此，本發明之目的，即在提供一種在管件對應侧緣 同時形成切：’不僅可防止凹料產生、可減小水平動力且 可減少刀尖損傷之三刀式切斷裝置。 於是，本發明之三刀式切斷裝置，適宜對—管件 切斷作業’該切斷裝置包含一基座、一夾鉗組、—切口單 元及-切斷單元。該夾鉗組可將該管件夾制定位，該切口 單元具有一第一驅動件、一受該第一驅動件驅動的第一切 刀及-受該第-驅動件驅動且對應該第__切刀的第二切刀 ，該第一、二切刀受該第一驅動件驅動可同時沿一第一方 向對該管件對稱二側料切出―切口，該切斷單元具有一 第二驅動件及—受該第二驅動件驅動可沿—第二方㈣準 該管件的切口切斷的切斷刀具’該第二方向對應於該管件 的徑向且垂直於該第一方向。 本發明之功效：利用該切口單元的第一、二切刀同時 對該管件對稱二側緣各切出切口，不僅可防止凹料產生\ 可防止圓形管產生轉動’且可減小該切斷單元所需的水平 動力，也可防止刀具之損傷。 201127525 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是，，在以下的說 明内谷中’類似的元件是以相同的編號來表示。 如圖3 '圖4及圖5所示，本發明三刀式切斷裝置1〇〇 之第一較佳實施例’安裝於一複合式加工機2〇〇上，且適 且對一官件300進行切斷作業並便於進行後續加工作業’ 忒切斷裝置1〇〇包含一基座1〇及安裝在該基座1〇的一夾 鉗組20、一切口單元30、一切斷單元40。 "亥基座10具有一沿一第一方向J延伸且呈直立設置的 第凹槽11、一對設置在該第一凹槽11中的第一導轨12、 一第二方向11延伸且呈水平設置的第二凹槽13及一對 没置在談第二凹槽13中的第二導軌14,該等第一導軌12 各具有一設於内側面的油溝121，其中一第—導軌12還具 有一與對應的油溝121相連通且可供注人潤滑油的注油孔 122，3亥等第二導執丨4各具有一設於内側面的油溝1 *丨，其 中一第二導軌14還具有―與對應的油溝141 4目連通且可供 注入潤滑油的注油孔142，該第二方向㈣應於該管件_ 的徑向且垂直於該第一方向I。 該夾鉗組20可將該管件300夾制定位’並具有一為壓 力缸且安裝在該基座1()上的動力源21及二受該動力源Μ 驅動可同步相對於該管# 夾制或鬆釋的夾钳塊Μ，該 201127525 夾鉗組20設置於該第一、- 夹甜塊22各具有7第；:槽U、13的交會處，且該等 第一方向1延伸的第-導槽221及一 。第—方向n延伸且與 # 222 〇 Η導槽221相錢的第二導 該切口單元3〇具有一固钟太 虹的坌一 又土座頂部且為屋力 32、—7 、—受該第—驅動件”驅動的第—切刀 、-受該第-驅動件31驅動且對應該第一切刀 —切刀33及一可沿該等第一導 、 34。該第-、二切刀32、33各i右產生^的第-滑塊 側緣之内側邊321、331及一二制該管件3°〇對稱 &、末‘卩讀接於該内側邊 33i之第-、二尖刀部322、332及—與該第_、 刀部奶、332相反設置的固定部^、阳 , Μ連結於該第一驅動件31與該第一、二切刀”、心 ’且具有-第，341及一固設在該第一本體341 一側 的第-蓋板342,該第一本體341具有二呈相反的側面343 及-連接在該等側面343之間的端面⑷，該等側面⑷各 凹。又有供該等第-導轨12嵌套的滑槽345，該等滑槽 345的槽底面對應該等第一導軌12的油溝i2i也各設有二 油溝346及-連通該等油溝346的引油孔州，（見圖十 該端面344凹設有二沿水平方向延伸且沿水平方向併設的 長孔347該第-蓋板342具有二相對於該端面且供該 第一切刀32、33嵌設的敌槽348及二可穿過該等固定 部323、333且插設在該等長孔347中的銷桿349。 該切斷單兀40具有—固設在該基座1〇側邊且為壓力 201127525 缸的第二驅動件41、一受該第二驅動件4i驅動可沿第二方 向Π對該官件3GG進行切斷的切斷刀具42及—可沿該等第 -導軌14產生滑動的第二滑塊43。該切斷刀具具有一 對應該管件300的切斷尖刃部421及二與該切斷尖刃部421 相反》又置的固定部422。該第二滑塊43連結於該第二驅動 件41與該切斷刀具43之間，並具有-第二本體431及一 固設在該第二本體431 一側的第二蓋板432，該第二本體 431具有二呈相反的側面433 &一連接在該等側面之間 的端面434’該等側面433各凹設有一供該等第二導軌μ 喪套的滑槽435,該等滑槽435的槽底面對應該等第二導軌 14的油4 141也各設有—個油溝436及—連通該等油溝 436的引油孔436’（見圖6)，該端面434凹設有一供該切 斷刀具42 |設的嵌槽437，該絲437槽底面設有二銷孔 43 8 °亥第一蓋板432具有二可穿過該切斷刀具42之固定 部422且插設在該等銷孔438中的銷桿439。 再如圖7、冑8及圖9所示，欲進行管件3〇〇切斷作業 時，先利用該夾甜組20的動力源21驅動該等夾钳塊22相 對靠合’即可穩E1夾制該管件·，接著，啟動該切口單元 3〇的第一驅動件31，可利用該等第一導執12導引該第一 滑塊34帶動該第—、二切刀32、33同時沿著第一方向^ 下降，並使該第一、二尖刃部322、331可對管件3〇〇的對 稱二側緣進行切口作業，且在該管件300對稱二側緣各形 成一沿切線方向設置的切口 31〇及一連結在該切口 31〇側 緣且未完全切斷的切料320 (見圖9)。當再利用該切斷單 201127525 元4 0的第二驅動件41器私4 χ，… 巧料動該切斷刀具42對準該等切口 3H)快速移動時，該切斷尖刃部421就可對準於該等切口 310且對該管件則最薄弱的部位進行切斷作業。且在上述 的切斷作業中，利用該切斷尖刀部421對準於該等切口㈣ 且對該管件_最薄弱的部位，就可使得該管件扇受咳 該切斷刀具42快速衝擊時，避免產生凹料現象。 利㈣切σ單元3G先對歸件⑽ 同時各切出—個切口 310，且該第一、二切刀Μ: 刀部如、332同時對該管件⑽對稱二側緣切動 時，不僅可防止圓形管件300產生轉動，且可防止第一、 二尖刃部322、332損傷’再利用該切斷單元4〇沿該管件 7 2向並對準該等切〇 31G作切斷作業，因管件300對 柄-側緣的管壁都變薄’所以可減小該切斷單^q的水平 ^力，且該切斷尖刃部421也比較不容易損傷。所以，本 發明不但可以解決習知之管件切斷作業會產生凹料的現象 ^免除後續加工或耗費管材的缺失，且可減小該切斷單 疋4〇的水平力及避免刀具的損壞。 值得-提的是，利用自該第- ' 二導軌12、14的注油 孔122、142注入潤滑油，且利用等引油孔地，、㈣，的設201127525 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a pipe cutting device, and particularly refers to a three-knife type cutting device. [Prior Art] As shown in Fig. 1, a conventional cutting device (a patent of κ〇ι〇_〇 779264) is mounted on a head of a pipe machine and includes a clamp set for cooling the pipe member i. 2 and a pair of cutting units 3 that should be clamped. The cutting unit 3 has a driving cylinder 301 and a cutter 3〇2 driven by the driving cylinder 3〇1. Although the cutting device can perform the cutting operation on the pipe member i, when the cutter 302 f is in the radial direction, the horizontal power is large, and the impact force of the pipe member 1 on the tool 302 is The depression will be generated first, and then it will be cut off from the depression, so that the cut portion of the tube #丨 will have a concave phenomenon, and the cutting portion will be further processed, not only the process will increase, but also must be reserved. The amount of processing removed is more expensive than the pipe. FIG. 2 is a cut-off device for a bender for a bender (application No. 9513732), which includes - corresponding to the bender 4 - the main mold The socket 5 of the seat 401 is a cut σ unit 6 mounted on the bender 4 - swing arm 402 and a cutting unit 7 mounted on the swing arm 4〇2. After the pipe bending machine 4 performs the pipe bending operation on the pipe member 8, the socket 5 and the clamping block 403 of the swing arm 402 are clamped and positioned, and the cutting unit 6 is used to The peripheral edge of the pipe member 8 cuts out the opening, and the cutting unit 7 is used to align the slit and the cutting operation is performed in the radial direction of the pipe member 8, whereby the pipe member 8 can be prevented from being subjected to the concave phenomenon. Although the cutting device of 201127525 can solve the problem of the concave material of Fig. 1, if the holding force of the circular pipe member 8 is insufficient, the cutting unit " the circumference of the 8::: mouth will cause the circular pipe fitting 8 #成, and the knife-...rotation not only the slit may not be able to cut smoothly, but also the incision is made only on one side of the tube member 8. The cutting unit 7 also needs a large level for the tube wall where the slit is not formed. Power and the tip is also more susceptible to damage. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a three-knife type cutting device that simultaneously forms a cut at a corresponding side edge of a pipe member: not only prevents the generation of the concave material, but also reduces the horizontal power and reduces the damage of the tool tip. . Accordingly, the three-blade cutting device of the present invention is suitable for the pipe cutting operation. The cutting device comprises a base, a clamp set, a slit unit and a cutting unit. The clamp set can clamp the tubular member, the slit unit has a first driving member, a first cutter driven by the first driving member, and - driven by the first driving member and corresponding to the __ a second cutter of the cutter, the first and second cutters being driven by the first driving member to simultaneously cut a slit into the symmetric two sides of the tubular member in a first direction, the cutting unit having a second driving And a cutting tool that is driven by the second driving member to be cut along a second (four) gauge of the tubular member. The second direction corresponds to a radial direction of the tubular member and is perpendicular to the first direction. The effect of the invention is that the first and second cutters of the slit unit simultaneously cut the slits on the symmetrical two side edges of the tube member, thereby not only preventing the concave material from being generated, but also preventing the circular tube from rotating, and reducing the cut. The horizontal power required to break the unit also prevents damage to the tool. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Before the present invention has been described in detail, it is to be noted that the same elements are denoted by the same reference numerals in the following description. As shown in FIG. 3 and FIG. 4, the first preferred embodiment of the three-blade cutting device 1 of the present invention is mounted on a composite processing machine 2, and is suitable for a official piece. 300 performs the cutting operation and facilitates the subsequent processing operation. The cutting device 1 includes a base 1 and a clamp group 20, a door unit 30, and a cutting unit 40 mounted on the base 1 . "Hai base 10 has a first groove 11 extending in a first direction J and standing upright, a pair of first guide rails 12 disposed in the first groove 11, and a second direction 11 extending a second groove 13 disposed horizontally and a pair of second rails 14 not disposed in the second groove 13. Each of the first rails 12 has an oil groove 121 disposed on the inner side surface, wherein a first The guide rail 12 further has an oil injection hole 122 communicating with the corresponding oil groove 121 and allowing the lubricating oil to be injected, and the second guide wire 4 such as 3H has an oil groove 1*丨 disposed on the inner side surface, one of which The second guide rail 14 further has an oil injection hole 142 which is in communication with the corresponding oil groove 141 and is capable of injecting lubricating oil. The second direction (4) is in the radial direction of the pipe member_ and perpendicular to the first direction I. The clamp set 20 can clamp the tubular member 300 and has a power source 21 and a power source 21 mounted on the base 1 and can be driven synchronously with respect to the tube # clip. a clamped block that is made or released, the 201127525 clamp set 20 is disposed on the first, the clamped sweet block 22 each having a 7th; the intersection of the grooves U, 13 and the first direction 1 extending The first guide groove 221 and one. a second guide that extends in the first direction n and is in contact with the #222 〇Η guide groove 221. The slit unit 3 has a solid clock and a top of the earth and is the roof of the house 32,-7, and is subjected to the first The drive member "drives the first cutter, - is driven by the first drive member 31 and corresponds to the first cutter - the cutter 33 and one along the first guides 34. The first and second cutters 32 33, i, the inner side edges 321 and 331 of the side edge of the slider-side generating block, and the tube member 3° 〇 symmetry & the last '卩' is read to the first side and the second side of the inner side 33i The knives 322, 332 and the fixing portion ^, 阳, 相反 opposite to the _, the knife portion milk 332 are coupled to the first driving member 31 and the first and second cutters ", the heart" and have - And a first cover 342 fixed to one side of the first body 341, the first body 341 has two opposite side faces 343 and an end face (4) connected between the side faces 343, etc. The sides (4) are each concave. There are also chutes 345 for nesting the first guide rails 12, and the bottom surface of the troughs 345 corresponding to the first guide rails 12 are also provided with two oil grooves 346 and - connected to each other. The oil guiding hole state of the oil groove 346 (see FIG. 10, the end surface 344 is recessed with two long holes 347 extending in the horizontal direction and arranged in the horizontal direction. The first cover plate 342 has two opposite faces and is provided for the first The enemy slots 348 and 2 embedded in the cutters 32, 33 can pass through the fixing portions 323, 333 and are inserted into the pins 349 in the elongated holes 347. The cutting unit 40 has a fixing a second driving member 41 of the cylinder 1 〇 lateral side and being a pressure 201127525 cylinder, and a cutting tool 42 driven by the second driving member 4i to cut the official member 3GG in the second direction The first guide rail 14 generates a sliding second slider 43. The cutting tool has a pair of cutting edge portions 421 of the tube member 300 and a fixing portion 422 opposite to the cutting edge portion 421. The second slider 43 is coupled between the second driving member 41 and the cutting tool 43 and has a second body 431 and a second cover fixed to the side of the second body 431. 432, the second body 431 has two opposite side faces 433 & an end face 434 ′ connected between the sides 430. The side faces 433 are respectively recessed with a sliding slot 435 for the second guide rails. The bottom surface of the groove 435 is also provided with an oil groove 436 and an oil guiding hole 436' (see FIG. 6) communicating with the oil groove 436. The end surface 434 is recessed with a fitting groove 437 for the cutting tool 42. The bottom surface of the wire 437 is provided with two pin holes 43. The first cover plate 432 has two fixing portions through which the cutting tool 42 can pass. 422 and the pin 439 inserted in the pin holes 438. As shown in Fig. 7, 胄8 and Fig. 9, when the pipe 3 is to be cut, the power source of the sweet group 20 is used first. 21 driving the clamp blocks 22 against each other to stabilize the E1 and clamping the tubular member. Then, the first driving member 31 of the cutting unit 3 is activated, and the first guide 12 can be used to guide the first A slider 34 drives the first and second cutters 32, 33 to descend along the first direction, and the first and second sharp edges 322, 331 can perform the symmetrical two side edges of the tubular member 3〇〇. Oral operation, and a slit 31 沿 disposed in a tangential direction and a cut 320 coupled to the side edge of the slit 31 and not completely cut (see FIG. 9) are formed on the symmetric side edges of the tube 300. By using the second driving member 41 of the cutting sheet 201127525 yuan 40, the cutting edge portion 421 can be right when the cutting tool 42 is aligned with the slits 3H) The cutting operation is performed in accordance with the slits 310 and the weakest portion of the tube. In the above-described cutting operation, when the cutting tip portion 421 is aligned with the slits (4) and the weakest portion of the tube member is caused to cause the tube fan to be coughed, the cutting tool 42 is quickly impacted. Avoid the occurrence of concaves. (4) Cutting the σ unit 3G firstly aligning the parts (10) simultaneously cutting out a slit 310, and the first and second cutting knives: when the knives, for example, 332 are simultaneously tangential to the symmetrical two side edges of the tube (10), not only Preventing the circular tube member 300 from rotating, and preventing the first and second sharp-edged portions 322, 332 from being damaged. The cutting unit 4 is reused along the tube member 72 and aligned with the cutting 31G for cutting operation. Since the tube 300 is thinned against the tube wall of the shank-side edge, the horizontal force of the cutting unit can be reduced, and the cutting edge portion 421 is also less likely to be damaged. Therefore, the present invention not only solves the problem that the conventional pipe cutting operation can produce a concave material, but also eliminates the subsequent processing or the loss of the consumption of the pipe, and can reduce the horizontal force of the cutting unit and avoid damage of the tool. It is worth mentioning that the lubricating oil is injected from the oil filling holes 122 and 142 of the first-second rails 12 and 14 and the oil guiding holes are used, and (4)
置:可使潤滑油順利導流至該等油溝121、⑷，且使該: 口皁7L 30與該切斷單元4〇的操作順暢。 X 置二Π:圖11及圖12所示’本發明三刀式切斷裝 第-車父佳實施例，安裝於-彎管機的機頭裝置4〇〇 ’且適宜對進行彎管作業後的管件_進行_作業， 201127525 該機頭裝置400具有主模座410、_與該主模座41〇同軸設 置的擺動臂420、一裝設在該擺動臂42〇且對應於該主模座 41〇的夾模座430及一對應該夾模座43〇且裝設在該基座 240上的導模座44〇。且該切斷裝置1〇〇’也包含一固設在該 夾模座430上的基座1〇’、一裝設在該夾模座43〇與該主模 座410上的夾鉗組2〇,、一切口單元3〇,及一切斷單元4〇,。 且該夾钳組20,具有一設置在該主模座41〇底部且與該主模 座410及擺動臂420同軸設置的第一夾钳塊23,及一設置在 該基座10’且與該第一夾鉗塊23,相對設置的第二夾鉗塊24, ，該第一夾鉗塊23,具有一第一夾口 231，及一由該第一夾口 23 Γ凹設的狹長狀容置空間232,，該切斷單元40，的一切 斷刀具42’進行切斷作業時，該切斷刀具42，的切斷尖刃部 421’可位移至該容置空間232，，且該第二夾鉗塊24,具有一 與該第一夾口 231，相對且可對該管件300夾制定位的第二 夾口 241’。另外，該基座1〇’對應該切斷單元4〇，具有一前 盖15’及二設於該前蓋15,的注油孔151，，藉該等注油孔 151’可使潤滑油順利導流至該切斷刀具42,，且使該切斷單 元40’的操作順暢。 且當彎管作業完成後，驅動該夾模座43〇整體朝該主 模座410產生靠合，該第一夾鉗塊23’、24，也產生靠合，且 使》玄管件3 00被夾持於相對的第一、二夾口 23 1，、241，中， 再啟動該切口單元30,對管件300的對應二側緣進行切口作 業，以及啟動該切斷單元4〇,進行切斷作業，即可達到管件 300的切斷作業，該切斷單元4〇，的一切斷刀具42，的切斷且 201127525 可達到與第一實施例相同的目的及功效。 惟以上所述者’僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是現有一種切斷裝置的平面組合圖； 圖2是現有另一種切斷裝置的平面組合圖； —圖3是一立體組合圖，說明本發明三刀式切斷裝置的 —第一較佳實施例； 圖4是本發明上述較佳實施例之一立體分解圖； .圖5疋本發明上述較佳實施例之立體分解放大示意圖 ^疋本發明上述較佳實施例之一局部組合_ 第一' 二導軌與-第-、二滑塊； 圖 圖 圖 意圖；The lubricating oil can be smoothly guided to the oil grooves 121 and (4), and the operation of the liquid soap 7L 30 and the cutting unit 4〇 can be smoothly performed. X is set to be the second embodiment of the present invention. The following pipe fittings _ proceed_operation, 201127525 The head device 400 has a main die block 410, a swing arm 420 disposed coaxially with the main die block 41〇, and a swing arm 42 disposed on the swing arm 42 and corresponding to the main die The 41 夹 clamping seat 430 and a pair of clamping dies 44 应该 are mounted on the pedestal 240. The cutting device 1A' also includes a base 1' fixed to the clamping block 430, and a clamping set 2 mounted on the clamping block 43 and the main mold base 410. Oh, all the mouth units are 3〇, and one is the cutting unit 4〇. The clamp unit 20 has a first clamp block 23 disposed at the bottom of the main mold base 41 and coaxial with the main mold base 410 and the swing arm 420, and a base 10' disposed on the base 10' The first clamp block 23, the opposite second clamp block 24, the first clamp block 23 has a first clamp 231, and a narrow shape recessed by the first clamp 23 In the accommodating space 232, when the cutting tool 42' of the cutting unit 40 performs the cutting operation, the cutting edge portion 421' of the cutting tool 42 can be displaced to the accommodating space 232, and The second clamp block 24 has a second clamp 241' opposite to the first clamp 231 and capable of clamping the tubular member 300. In addition, the base 1'' corresponds to the cutting unit 4'', has a front cover 15' and two oil-filling holes 151 provided in the front cover 15, and the oil-filling holes 151' can guide the lubricating oil smoothly. The cutting tool 42 is moved to the cutting tool 42, and the operation of the cutting unit 40' is smoothed. And when the bending operation is completed, the clamping jaw seat 43 is driven to be integrally engaged with the main mold base 410, and the first clamping jaws 23', 24 are also brought into abutment, and the "myster tube member 3 00 is After being clamped in the opposite first and second jaws 23 1, 241, the slit unit 30 is activated, the corresponding two side edges of the tube 300 are cut, and the cutting unit 4 is activated to cut In the operation, the cutting operation of the pipe member 300 can be attained, and the cutting tool 42 of the cutting unit 4 is cut and the 201127525 can achieve the same purpose and effect as the first embodiment. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention, All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a plan view of a conventional cutting device; FIG. 2 is a plan view of a conventional cutting device; FIG. 3 is a perspective view of a three-knife cut of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 4 is an exploded perspective view of a preferred embodiment of the present invention; FIG. 5 is a perspective exploded view of the above preferred embodiment of the present invention; One of the examples is a partial combination _ first 'two rails and - the first and second sliders;
7是本發明上述較佳實施例之一前視組合剖面圖; 8是沿圖7中之線观，的一剖面圖； 9是本發明上述較佳實施例之—切口及切斷加工 圖10 面組合圖； 是本發明三刀式切斷裝置—第 二較佳實施例之平 圖 圖 *人&个放、叨弟7 is a front cross-sectional view of a preferred embodiment of the present invention; 8 is a cross-sectional view taken along the line of FIG. 7; 9 is a slit and cut-out process of the preferred embodiment of the present invention. Combination drawing; is a three-knife cutting device of the present invention - a plan view of the second preferred embodiment * person &
12是沿圖1 〇中之線X u 的一剖面圖 10 201127525 【主要元件符號說明】 100 .... …·切斷裝置 10…… 基座 I…… —第 方向 Π…… …第二方向 11…… —苐 凹槽 12…… …·第一導軌 121 .... •…油溝 122 ··· …注油孔 13…… •…第一凹槽 14…… …·第二導軌 141 .... •…油溝 142 ··· …·注油孔 20…… •…夾鉗組 21…… …·動力源 22…… …·爽鉗塊 221… •…第一導槽 111·… •…第二導槽 30…… •…切口單元 31…… •…第一驅動件 32··... •…第一切刀 321… •…内側邊 322… •…第一尖刃部 323… •…固定部 33…… …第二切刀 331 ··· …内側邊 332 …· …第二尖刃部 333 ···· …固定部 34…… …第一滑塊 341 ·.·· …第一本體 342 ···· …第 蓋板 343 ···· …側面 344 .... 立而面 345 ···· …滑槽 346 .··· …油溝 346,… …引油孔 347 ··.. …長孔 348 ···· …欣槽 349 .··· …鎖桿 40…… …切斷單元 41…… …第二驅動件 42…… …切斷刀具 421 ···· …切斷尖刃部 422 ···· …固定部 43…… …第二滑塊 431 ···· …第二本體 432 ·.·· …第二蓋板 11 201127525 433 ···· …側面 231，… …第一夾口 434 ·.·· …端面 232,… …容置空間 435 .·.· …滑槽 24,·.··. …第二夾鉗塊 436 ···· …油溝 24Γ ··· …第二夾口 436,… …引油孔 30,··… …切口單元 437 ··· …嵌槽 40,.···· …切斷單元 438 ···· …銷孔 42,.·.·· …切斷刀具 439 .... …銷桿 421’ ... …切斷尖刃部 200 .··· …加工機 400 ···· …機頭裝置 300 ···· …管件 41〇 .... …主模座 100,… …切斷裝置 420 ···· …擺動臂 10,.... …基座 430 .··· …夾模座 20,.... …夾钳組 440 ·_·. …導模座 23, ···· …第一夾鉗塊 1212 is a sectional view along the line X u in Fig. 1 201127525 [Explanation of main component symbols] 100 .... .... cutting device 10... pedestal I... - first direction Π ... second Direction 11... - 苐 groove 12 ... .... first guide rail 121 .... • oil groove 122 ··· ... oil injection hole 13 ... • ... first groove 14 ... ... ... second guide rail 141 .... •... Oil groove 142 ··· ...· Oil hole 20... •...Clamp group 21... Power supply 22... Cooling clamp 221... • First guide groove 111·... •...Second guide groove 30... •...cut unit 31...•...first drive member 32··...•...first cutter 321...•...inside side 322...•...first tip blade 323...•...fixing portion 33...the second cutter 331···...the inner side 332 ...·the second sharp edge portion 333 ·····the fixed portion 34 ... the first slider 341 ·. ···The first body 342 ·····the first cover 343 ·····the side 344 .... the vertical 345 ····...the chute 346.···...the oil groove 346,... Oil drain hole 347 · ·.. ...long hole 348 ····...Xin slot 349.····Lock bar 40.........Cut off unit 41.........Second drive member 42...cut tool 421 ···· Cutting the sharp edge portion 422 ... the fixing portion 43 ... the second slider 431 ... the second body 432 ... the second cover 11 201127525 433 ... ... , ... ... the first jaw 434 ·........ end face 232, ... accommodation space 435 ..... ... ... chute 24, ..... ... second clamp block 436 ···· ... oil groove 24Γ ··· ...the second jaw 436, ... the oil hole 30, ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 42, . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ··...tube 41〇....main mold base 100,...cutting device 420····...swing arm 10,.... base 430.···...clip holder 20,. ... clamp set 440 ·_·. ... guided mold base 23, ···· ... first clamp block 12