M359386 '五、新型說明： 【新型所屬之技術領域】 本創作係與一種切、銑複合研磨機，更詳而言之，特別是指一種 同時具有切磨單元及研磨單元之銳刀研磨機。 【先前技術】 , 按，一般習知銑刀皆利用CNC加工機或複合式綜合加工機等大型 且複雜之加工機所製成’以致當該銑刀發生磨損時，即便是輕微磨損， φ使用者亦無法自行再加工研磨’以延長該銑刀之壽命，只能選擇丢棄 该銑刀，不僅浪費，亦增加加工成本，使產品價格不具競爭力，有鑑 於此，市面上出現許多銑刀研磨專用加工研磨機，可自行研磨受損的 銑刀，延長使用壽命。 惟，該銑刀研磨專用加工研磨機不僅體積大，且需要由專業人員 操作’並将合轉效益及小型加卫之健需求，且#遇職刀崩牙 等大面積之嚴重毀損’該銳刀研磨專用加工研磨機使用研磨方式處 #理’不僅費時，且會加速砂輪的磨損，影響該銳刀研磨專用加工研磨 機之使用壽命。 【新型内容】 本_赌供—獅、賴合研磨機，主要設有-基座，其於中 .間位置設有-馬達，該馬達兩側分別設有―同軸之出力轴，為自由 端分別連接-切磨片及一砂輪，以組成一切磨單元及一銳刀研磨單 兀’該切磨單元具有-第—調整台，並於該第—調整台上樞設一第— 立板’該第-立板於中央位置則設有一第一穿孔，且該第一穿孔於周 4 M359386 緣設有-第-擔止部；—銳㈣磨單元，係位於縣座上且設置於該 砂輪之周圍’該銳刀研磨單元包含有_端面研磨座、一第一後斜角研 磨座、-第二後斜角研磨座及—逃隙角研磨座，其中，該端面研磨座 係鄰設於該砂輪周緣面之一側，其設有—第二調整台，並於該第二調 正σ上樞。又第一立板，邊弟一立板上設有一呈偏心且斜向延伸之第 ，二穿孔’該第二穿孔於周緣更設有—第二擔止部；該第—後斜角研磨 .座，係直設且相鄰機端面研磨齡，其相_砂輪财—斜面，並 籲於該斜社貫設-逐漸傾斜之第三穿孔，又，該斜面於周緣設有一第 二擋止部；該第二後斜㈣雜，係直設且轉於邮—後斜角研磨 座旁’其相對該砂輪設有-限位槽，並於該限位槽内貫設有一第四穿 孔；該逃隙肖研磨座’餘設於該砂輪所貫設触之板體上，且其朝 该砂輪之觸面貫設有-第五穿孔，料五穿孔於縣更設有一限位 銷’又’該逃隙㈣磨座相對於該砂輪另对_角度調整件於該反體 處，且於該逃隙角研磨座與該板體間設有一定位銷。 _ 本創作係提供—種切、銑複合研磨機，當-銑刀發生磨損時，可 透過操作該銑騎磨單元進行修復，當該銑刀遇到崩牙等大面積磨損 時，則可藉由該切磨單元姆魏刀财段，作親刀研磨軍元 重新研磨出該銑刀之銑刃，不僅可節省研磨之時間，且簡化操作方式， '使用者不需具備高操技術及可獨立完成。 【實施方式】 凊簽閱第一圖所示，係為本創作之立體分解圖，其主要係包含： 一基座10，該基座10於中間位置平行凸設有兩個板體u，並於 5 M359386 «玄荨板體π間没有一馬達（圖未示）’該馬達兩側具有一同轴之出力 軸，該出力軸的兩自由端分別貫設通過於該等板體u,並各連接有一 切磨片12及一砂輪13，且該基座10於該等板體u間蓋設有—基殼 14 ’並於其萷^面之底部設有一夾具座π，以便放置炎具； 一切磨單元20，係位於該基座10右側且鄰該切磨片12之周側面 左側，该切磨單元20具有一第一調整台21，其上樞設有一 l形之第 • 一立板22，該立板22於中央位置設有一第一穿孔23，並於該第一穿 _孔23周緣設有一大體上呈半圓形之第一擋止部24，且有一第一調整 栓25係位於該第一調整台21之前端面，以調整該第一調整台21及其 上之第一立板22平行該切磨片12之周緣面之徑向移動； -銑刀研磨單it ，係倾該基座1()左似設置_砂輪周 圍，該銑刀研磨單元30 &含有一端面研磨座3卜一第一後斜角研磨 座32、-帛二後斜角研磨座33及一逃隙角研磨座％，其+，該端面 研磨座31鑛設於該砂輪13之周緣面右側，其具有—第二調整台 # 31卜並於該帛二調整台311上樞設一 L形之第二立板312，其於中央 位置設有-呈偏心且斜向延伸之第二穿孔313，並於該第二穿孔犯 之周緣設有-大體上呈半圓形之第二擔止部314，另，該第二立板312 於底部設有-調整弧槽315 ’其内設有一螺栓316，藉以調整該第二立 .板312與該石少輪13之周緣面之角度，一第二調整检317係位於該第二 調整台31之前端面，以調整該第二調整台31及其上之第二立板犯 平行該砂輪13之周緣面之徑向移動；該第一後斜角研磨座％，係為 矩形之柱體’其係直設且娜於該端面研磨錢旁销—後斜角 6 M359386 研磨座32相對該砂輪13之周緣面設有一斜面321，並於其上邊緣橫 向凸設一第三擋止部322，同時該斜面321上貫設有一朝該砂輪13之 周緣面逐漸傾斜之第三穿孔323 ; 一第二後斜角研磨座33，係為一矩 开>之柱體，其係直設且相鄰於該第一後斜角研磨座32旁，且相對該砂 輪13凹設有一限位槽331，並於槽内穿設一第四穿孔332 :一逃隙角 研磨座34，係樞設於該基座1〇之板體^上，其相對該砂輪13貫設 有一第五穿孔341，並於該第五穿孔341之環周設有一限位銷342，另， φ该逃隙角研磨座34與該板體η間設有一角度調整件343及一定位銷 344，以固定該逃隙角研磨座34與該板體11成一角度設置； 疋位裝置40，係位於該基殼14之前側面上，其具有一矩形基 板41並於„亥基板41之上端面橫向凸設一定位板42，該定位板42 上則貫設一貫孔43 ’同時該紐41上更設有-調整塊44，其於對應 該貫孔43處設有一定位部45，且該調整塊44上設有一調整螺栓46， 以供調整該調整塊44於該基板41上做橫向水平移動。 • *供進一步瞭解本創作構造特徵、運用技術手段及所預期達成之 功效’兹將本創作使用方式加以敘述，相信當可由此而對本創作有更 深入且具體之瞭解，如下所述： ’ 請參閱第二圖所示，係為本創作之夾具之立體分解圖，—失具5〇 …係設有一外爽筒51 ’其外側面對應一銑刀60所具有的銳刃61數平削 出相等數直之抵止部511，其内則有一具有内螺紋512且向前漸縮之 j套孔513 ’以供一向端部漸縮且由數彈性夹片形成之彈性爽件52之 减部套没於该束套孔513 N，再藉由一前段設有外螺紋53ι之結合 M359386 筒53，與該外夾筒51之内螺紋512螺接，使該銑刀6〇可夾持固定於 該夾具50内。 請爹閱第二圖所示，係為本創作之定位裝置使用示意圖，當該銳 刀60固定於该夾具50内且於該外夾筒51與該結合筒53尚未鎖緊使 該銑刀60可以轉動的狀態下’將該夾具5〇置入於該定位裝置4〇之貫 孔43内，並樞動該調整螺栓46調整該調整塊44左、右橫向移動，以 調整該銑刀60之任一銑刃61對準該夾具5〇之任一抵止部511，再將 •該外夾筒51與該結合筒53鎖緊以固定該銑刀60完成定位。 請參閱第四圖所示，係為本創作之端面研磨座使用示意圖，當該 銳刀60完成定位後，將該夾具5〇置入於該端面研磨座3丨之第二穿孔 313内’並讓该夾具50上其中一個抵止部5Π與該第二穿孔gig周緣 之第二擋止部314相貼合，以固定該夾具5〇，使其不會因研磨之磨擦 而轉動即可開始進行研磨，另，於研磨時可調整該第二調整栓317以 適時增加研磨端刃面之進給深度，當欲研磨該銳刀6〇另一端刃面62 鲁時，取出該夾具50旋轉至另一抵止部511再置入該第二穿孔313内， 重複上述步驟即可。 請餐閱第五圖所示，係為本創作之第一後斜角研磨座使用示意 -圖’當該銑刀60完成端刀面62之研磨，欲接續研磨該銑刀60之後斜 •角63 ’此時，依該銑刀60所具有之銑刃61數，分別具有不同之研磨 方式，當欲研磨一具有兩刀之銑刀6〇之後斜角63時，將該銑刀60 固定於該夾具50上置入該第一後斜角研磨座32之第三穿孔323内， 並讓該夾具50上其中一個抵止部511與該第一後斜角研磨座之第三擋 8 M359386 止部322相貼合，以完成失具之固定，即可開始研磨，當欲研㈣先 刀60之另-後斜角㈣，將該失具5Q取出，並旋轉該失具⑽产至 另-端之抵止部m再置入該第三穿孔323内，重複上述步驟即可。 請參閱第六圖所示’係為本創作之第二後斜角研磨座使用示意 圖，當欲研磨-多刃銑刀60的後斜角63時，將該銳刀6〇固定於該二 具50上置入該第二後斜角研磨座33之第四穿孔微内，並限位於^ 第二後斜角研赫33之限_ 331内，以完成夾具之固定即可開始= 磨，當欲研磨該銳刀60之另-後斜角63時，將該夾具5〇取出，並旋 轉該夾具50至另-抵止部511 ’再對準該限位槽331置人該第四穿孔 332内，重複上述步驟即可。 請參閱第七圖所示’係為本創作之逃隙角研磨座之使用示意圖， 當欲研磨一兩刃（或三刀）銳刀60之逃隙角64時，將該銳刀6〇固定 於該夾具50上，並置入該逃隙角研磨座34之第五穿孔342内，此時 5亥夾具50之抵止部511與該第五穿孔342周緣之限位銷343保有一間 鲁隙345，讓該失具50可於該穿孔342内往復樞轉一角度，以供研磨該 兩刃（或三刀）銑刀60之逃隙角64，另，具有三刃以上之銳刀，其 研磨方式係與該兩刀（或三刀）銑刀大同小異，不同之處僅在於該多 -刃銑刀不需於該穿孔内往復樞轉，即可研磨該多刀銑刀之逃隙角。 請芩閱第八圖所示，係為本創作之切磨單元之使用示意剖面圖， 當該銑刀60崩牙面積過大，此時將該銑刀60固定於該夾具5〇上，並 置入該切磨單元2〇上之第一穿孔23内，並讓該夾具5〇上其中一個抵 止部511與該第一擋止部24相貼合，以固定該夾具5〇，再調整第一 9 M359386 =中所示之該第-離栓25，使雜_調整台21賴切 動，即可切斷該銑刀60之崩牙段65。 移 兹’再將本創作之特徵及其可達成之職功效陳述如下. 可直銑複合研賴’具備切、磨單元，遇到銑刀崩牙時， 接將朋牙段切除，減少研磨時間。M359386 'V. New description: 【New technical field】 This creation department is a cutting and milling compound grinding machine. More specifically, it refers to a sharp knife grinding machine with both cutting unit and grinding unit. [Prior Art], according to the conventional milling cutters, which are made by large and complicated machining machines such as CNC machining machines or composite machining machines, so that even when the milling cutter wears, even φ users It is impossible to re-grind the grinding by itself to extend the life of the milling cutter. It is only possible to discard the milling cutter, which not only wastes, but also increases the processing cost, so that the product price is not competitive. In view of this, many milling cutters are used on the market. The grinding machine can grind the damaged milling cutter to extend the service life. However, the special grinding machine for milling cutter grinding is not only large in size, but also needs to be operated by a professional's and will turn the benefits and the health of the small-sized health, and the serious damage of a large area such as a knife-crushing tooth. The special grinding machine for knife grinding uses the grinding method. The reason is not only time-consuming, but also accelerates the wear of the grinding wheel, which affects the service life of the special grinding machine for the sharp knife grinding. [New content] This _ gambling-lion, Laihe grinding machine, mainly has a pedestal, which is provided with a motor at the middle and middle positions, and the two sides of the motor are respectively provided with a coaxial output shaft, which is a free end. Separating the grinding disc and the grinding wheel to form a grinding unit and a sharpening grinding unit. The cutting unit has a --adjusting table, and a first plate is pivoted on the first adjusting table. The first vertical plate is provided with a first perforation at a central position, and the first perforation is provided with a -first-supporting portion on the edge of the circumference 4 M359386; a sharp (four) grinding unit is located on the county seat and is disposed on the grinding wheel The sharpening grinding unit includes a _ end surface grinding seat, a first rear bevel grinding seat, a second rear bevel grinding seat, and an escape angle grinding seat, wherein the end grinding base is adjacent to One side of the peripheral surface of the grinding wheel is provided with a second adjustment stage and is pivoted at the second adjustment σ. The first vertical plate is provided with an eccentric and obliquely extending portion on the vertical plate, and the second through hole is further provided with a second supporting portion on the peripheral edge; the first and rear oblique angle grinding. The seat is directly set and the end face of the adjacent machine is grinded, and the phase is a grinding wheel, and the inclined surface is called to the third oblique opening which is gradually inclined, and the inclined surface is provided with a second stopping portion at the periphery. The second rear oblique (four) miscellaneous is directly disposed and turned to the post-rear bevel grinding seat, which is provided with a - limiting slot relative to the grinding wheel, and a fourth perforation is disposed in the limiting slot; The escape Shaw grinding seat 'overhead' is placed on the plate body of the grinding wheel, and it has a fifth perforation facing the contact surface of the grinding wheel. The material has five perforations in the county and has a limit pin 'again' The escape (four) grinding seat is opposite to the grinding wheel and the angle adjusting member is disposed at the opposite body, and a positioning pin is disposed between the escape angle grinding seat and the plate body. _ This creation department provides a kind of cutting and milling compound grinding machine. When the milling cutter wears, it can be repaired by operating the milling and grinding unit. When the milling cutter encounters a large area of wear such as caulking, it can be borrowed. From the cutting unit of Mweidao, the grinding blade of the milling cutter is re-grinded by the pro-knife grinding arm, which not only saves the grinding time, but also simplifies the operation mode. 'The user does not need to have high-tech and can finish independently. [Embodiment] The first diagram shown in the first figure is an exploded perspective view of the present invention, which mainly includes: a base 10, the base 10 is parallelly convexly provided with two plates u at an intermediate position, and 5 M359386 «There is no motor (not shown) between the 玄荨板 π's. The motor has a coaxial output shaft on both sides, and the two free ends of the output shaft are respectively passed through the plates u, and Each of the grinding plates 12 and a grinding wheel 13 are connected to each other, and the base 10 is provided with a base shell 14 ′ between the plate bodies u and a clamp seat π at the bottom of the slab surface for placing the sanitary ware The grinding unit 20 is located on the right side of the base 10 and adjacent to the left side of the circumferential side of the cutting blade 12. The cutting unit 20 has a first adjusting table 21, and a l-shaped first The plate 22 is provided with a first through hole 23 at a central position, and a first semi-circular first stop portion 24 is disposed on the periphery of the first through hole 23, and a first adjusting pin 25 is provided. Is located at the front end surface of the first adjusting table 21 to adjust the first adjusting table 21 and the first vertical plate 22 thereon parallel to the circumference of the cutting blade 12 Radial movement of the surface; - Milling cutter grinding single it, tilting the base 1 () left like setting _ around the grinding wheel, the milling cutter grinding unit 30 & includes a face grinding seat 3 a first rear bevel grinding a seat 32, a second rear bevel grinding seat 33 and an escape angle grinding seat %, wherein the end face grinding seat 31 is located on the right side of the peripheral surface of the grinding wheel 13, and has a second adjustment table #31卜And an L-shaped second vertical plate 312 is disposed on the second adjusting platform 311, and is provided at the central position with a second perforation 313 which is eccentrically and obliquely extended, and is disposed on the periphery of the second perforating There is a second semi-circular portion 314. Further, the second vertical plate 312 is provided with a adjusting arc groove 315 ′ at the bottom, and a bolt 316 is disposed therein to adjust the second vertical plate 312. An angle of the peripheral surface of the stone wheel 13 is a second adjustment check 317 located at the front end surface of the second adjustment stage 31 to adjust the second adjustment stage 31 and the second vertical board thereon to be parallel to the grinding wheel 13 The radial movement of the peripheral surface; the first rear bevel grinding seat % is a rectangular column 'the line is straight and the corner is grinded by the end face The rear bevel angle 6 M359386 is provided with a sloped surface 321 opposite to the peripheral surface of the grinding wheel 13 , and a third stopping portion 322 is laterally protruded from the upper edge thereof, and a peripheral edge of the grinding wheel 13 is disposed on the inclined surface 321 . a third through hole 323 which is gradually inclined; a second rear bevel grinding seat 33 is a column of a moment opening, which is straight and adjacent to the first back bevel grinding seat 32, and A limiting slot 331 is defined in the slot 13 and a fourth through hole 332 is formed in the slot: an escape angle grinding seat 34 is pivotally disposed on the base of the base 1 A fifth through hole 341 is defined in the grinding wheel 13 and a limiting pin 342 is disposed around the circumference of the fifth through hole 341. Further, an angle adjusting member 343 is disposed between the escape angle grinding seat 34 and the plate body n. a positioning pin 344 for fixing the escape angle grinding seat 34 at an angle with the plate body 11; the clamping device 40 is located on the front side of the base case 14, and has a rectangular substrate 41 and is disposed on the substrate 41 A positioning plate 42 is laterally protruded from the upper end surface, and the positioning plate 42 is provided with a consistent hole 43' and the button 41 is further provided with an adjustment 44, which corresponds to the through hole 43 is provided at a positioning unit 45, and the adjustment block 44 is provided with an adjusting screw 46, for adjusting the lateral adjustment block 44 to make a horizontal movement of the substrate 41. • * For further understanding of the characteristics of this creation, the use of technical means and the expected results of the implementation of the use of this style of description, I believe that this can have a deeper and more specific understanding of the creation, as follows: 'Please Referring to the second figure, it is a three-dimensional exploded view of the jig of the creation, that is, the missing piece 5〇 is provided with an outer cooling cylinder 51' whose outer side corresponds to the number of sharp edges 61 of a milling cutter 60 which is flattened. The equal number of straight abutting portions 511 have a set of holes 513 ′ having internal threads 512 and tapered forwardly for the one-way end portion and the reducing portion of the elastic piece 52 formed by the plurality of elastic clips The sleeve 513 N is not disposed in the sleeve 513 N, and is coupled to the internal thread 512 of the outer clamp 51 by a combined M359386 cylinder 53 having a male thread 53 ι at the front portion, so that the cutter 6 〇 can be clamped and fixed thereto. Inside the fixture 50. Please refer to the second figure, which is a schematic diagram of the use of the positioning device of the present invention. When the sharp knife 60 is fixed in the clamp 50 and the outer clamp 51 and the combined cylinder 53 are not locked, the milling cutter 60 is used. The clamp 5 can be placed in the through hole 43 of the positioning device 4 in a rotatable state, and the adjustment bolt 46 is pivoted to adjust the left and right lateral movement of the adjustment block 44 to adjust the milling cutter 60. Any of the milling cutters 61 is aligned with any of the abutting portions 511 of the jig 5, and the outer collet 51 is locked with the coupling cylinder 53 to fix the milling cutter 60 to complete the positioning. Please refer to the fourth figure, which is a schematic diagram of the use of the end face grinding seat of the present invention. When the sharp knife 60 is positioned, the clamp 5 is placed in the second through hole 313 of the end face grinding seat 3'. One of the abutting portions 5Π of the jig 50 is engaged with the second stopping portion 314 of the second perforating gig circumference to fix the jig 5〇 so as not to be rotated by the grinding friction. Grinding, in addition, the second adjusting pin 317 can be adjusted to increase the feeding depth of the grinding end face surface when grinding. When the sharp cutting blade 6 is to be ground, the other end surface 62 is removed, and the jig 50 is taken out and rotated. The abutting portion 511 is placed in the second through hole 313, and the above steps are repeated. Please refer to the fifth figure, which is the first rear bevel grinding seat of this creation. It is shown in the figure - when the milling cutter 60 finishes the grinding of the end face 62, it is necessary to continue grinding the milling cutter 60. 63 ' At this time, according to the number of milling cutters 61 of the milling cutter 60, there are different grinding modes, and when the milling angle 6 is to be ground after a milling cutter having two blades, the milling cutter 60 is fixed to the milling cutter 60. The clamp 50 is placed in the third through hole 323 of the first rear bevel grinding seat 32, and one of the abutting portion 511 of the clamp 50 and the third rear end of the first rear bevel grinding seat 8 M359386 The part 322 is fitted to complete the fixing of the missing piece, and the grinding can be started. When the other part of the first knife 60 is to be ground (4), the missing piece 5Q is taken out, and the piece of the missing piece (10) is rotated to another - The end abutting portion m is placed in the third through hole 323, and the above steps are repeated. Please refer to the figure in the sixth figure, which is the schematic diagram of the second rear bevel grinding seat. When the rear bevel angle 63 of the multi-blade milling cutter 60 is to be ground, the sharp knife 6〇 is fixed to the two 50 is placed in the fourth perforation micro of the second rear bevel grinding seat 33, and is limited to the limit _ 331 of the second rear bevel angle 33 to complete the fixing of the clamp to start = grinding, when When the other-rear angle 63 of the sharp knife 60 is to be ground, the clamp 5 is taken out, and the clamp 50 is rotated to the other-butting portion 511 ', and the fourth slot 332 is placed in the limiting slot 331. Inside, repeat the above steps. Please refer to the diagram in Figure 7 for the use of the escape angle grinding seat. When you want to grind the escape angle 64 of a two-blade (or three-knife) sharp knife 60, fix the sharp knife 6〇 The clamp 50 is placed in the fifth through hole 342 of the escape angle grinding seat 34. At this time, the abutting portion 511 of the 5H clamp 50 and the limit pin 343 of the periphery of the fifth through hole 342 are provided with a seal. The gap 345 allows the dislocation 50 to be pivoted back and forth within the perforation 342 by an angle for grinding the escape angle 64 of the two-blade (or three-knife) milling cutter 60, and a sharp knife having three or more edges. The grinding method is similar to the two-blade (or three-knife) milling cutter, except that the multi-blade milling cutter does not need to reciprocate in the perforation to grind the escape angle of the multi-blade milling cutter. . Please refer to the eighth figure, which is a schematic sectional view of the use of the cutting unit of the present invention. When the area of the milling cutter 60 is too large, the milling cutter 60 is fixed on the clamp 5, and juxtaposed. The first perforation 23 is inserted into the cutting unit 2, and one of the abutting portions 511 of the jig 5 is engaged with the first stopping portion 24 to fix the jig 5, and then the second adjusting portion The first-disengaged plug 25 shown in 9 M359386 = causes the miscellaneous adjustment table 21 to be cut, so that the crushing section 65 of the milling cutter 60 can be cut. Shizou's description of the characteristics of this creation and its achievable functions can be stated as follows. The straight-milling compound research can be used to cut and grind the unit. When the milling cutter is broken, the teeth are cut off to reduce the grinding time. .
2、本創作找、銑複合研磨機，體積小，容易攜帶，対加 種常見規格之銑刀，同物_村，朗_具 可獨立完成。 、Λ斤这本創作在同類產品中實有其極佳之進步實用性，同時 遍查國内外關於此類結構之技術雜，文獻中亦未發現有相同的構造 存在在先，是以，本創作實已具備新型專利要件，爰依法提出申請。 惟，以上所述者，僅係本創作之一較佳可行實施例而已，故舉凡 應用本創作5拥書及巾請專利範圍所為之等效結構變化，理應包含在 本創作之專利範圍内。 M359386 '【圖式簡單說明】 第一圖係本創作之立體分解圖。 第二圖係本創作之夾具之立體分解圖。 第三圖係本創作之定位裝置之使用示意圖。 第四圖係本創作之端面研磨座之使用示意圖。 第五圖係本創作之第一後斜角研磨座之使用示意圖。 弟六圖係本創作之第二後斜角研磨座之使用示意圖。 #第七圖係本創作之逃隙角研磨座之使用示意圖。 第八圖係本創作之切磨單元之使用示意剖視圖。 【主要元件符號說明】 10 基座 11 板體 12 切磨片 13 砂輪 14 基殼 15 夾具座 20 切磨單元 21 第一調整台 22 第一立板 23 第一穿孔 24 第一擋止部 25 第一調整栓 30 銑刀研磨單元 31 端面研磨座 311 第二調整台 312 第二立板 313 第二穿孔 314 第二擋止部 315 調整弧槽 316 螺栓 317 第二調整栓 32 弟一後斜角研磨座 321 斜面 322 第三擋止部 11 M3593862, the creation of the found, milling composite grinding machine, small size, easy to carry, 対 add a variety of common specifications of the milling cutter, the same thing _ village, lang _ can be done independently. This kind of creation has its excellent progress and practicality in similar products. At the same time, it has been used to check the technical miscellaneous of such structures at home and abroad. The same structure has not been found in the literature. The creation already has new patent requirements, and the application is filed according to law. However, the above-mentioned ones are only one of the preferred embodiments of the present invention. Therefore, the equivalent structural changes in the scope of the patent application should be included in the scope of the patent. M359386 '[Simple diagram description] The first picture is a three-dimensional exploded view of the creation. The second picture is an exploded view of the fixture of the present creation. The third figure is a schematic diagram of the use of the positioning device of the present creation. The fourth picture is a schematic diagram of the use of the end face grinding seat of the present invention. The fifth figure is a schematic diagram of the use of the first rear bevel grinding seat of the present invention. The sixth figure is a schematic diagram of the use of the second rear bevel grinding seat of the present creation. #七图 is a schematic diagram of the use of the escape angle grinding seat of the present creation. The eighth figure is a schematic cross-sectional view showing the use of the cutting unit of the present invention. [Description of main component symbols] 10 Base 11 Plate 12 Cutting blade 13 Grinding wheel 14 Base case 15 Clamping seat 20 Cutting unit 21 First adjustment stage 22 First vertical plate 23 First perforation 24 First stop part 25 An adjusting bolt 30 milling cutter grinding unit 31 end grinding seat 311 second adjusting table 312 second vertical plate 313 second perforating 314 second blocking portion 315 adjusting arc groove 316 bolt 317 second adjusting bolt 32 after a bevel grinding Seat 321 bevel 322 third stop 11 M359386
323 第三穿孔 33 第二後斜角研磨座 331 限位槽 332 第四穿孔 34 逃隙角研磨座 341 第五穿孔 342 限位銷 343 角度調整件 344 定位鎖 345 間隙 40 定位裝置 41 基板 42 定位板 43 貫孔 44 調整塊 45 定位部 46 調整螺栓 50 夾具 51 外夾筒 511 抵止部 512 内螺紋 513 組接槽 514 内螺紋 515 束套孔 52 彈性夾件 53 結合筒 531 外螺紋 60 銳刀 61 銑刃 62 端刃面 63 後斜角 64 逃隙角 65 崩牙段 12323 third perforation 33 second rear bevel grinding seat 331 limit groove 332 fourth perforation 34 escape angle grinding seat 341 fifth perforation 342 limit pin 343 angle adjustment member 344 positioning lock 345 gap 40 positioning device 41 substrate 42 positioning Plate 43 through hole 44 adjustment block 45 positioning portion 46 adjustment bolt 50 clamp 51 outer cylinder 511 abutment portion 512 internal thread 513 assembly groove 514 internal thread 515 sleeve hole 52 elastic clamp 53 combined cylinder 531 external thread 60 sharp knife 61 milling edge 62 end face 63 rear bevel 64 escape angle 65 collapse segment 12