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    • 3. 发明授权
    • Milling cutter
    • 铣刀
    • US4493594A
    • 1985-01-15
    • US543801
    • 1983-10-21
    • Minoru Okada
    • Minoru Okada
    • B23C5/22
    • B23C5/2278Y10T407/1922Y10T407/1938
    • A milling cutter for clamped cutting inserts (12) which are held in position by means of a clamping means (14), which rests against the cutting insert (12) at a first contact surface (17) and against the cutter body (10) at a second contact surface (24). In order to obtain a large chip pocket by means of a clamping means (14) having short radial extent the clamping means is designed such that the distance between the first contact surface (17) and a supporting surface (21) for supporting the cutting insert is larger than the distance between the supporting surface (21) and the second contact surface (24).
    • PCT No.PCT / SE79 / 00140 Sec。 371日期1981年1月9日 102(e)日期1981年1月9日PCT申请1979年6月19日PCT公布。 第WO80 / 02812号公报 一种用于夹紧的切削刀片(12)的铣刀,其通过夹紧装置(14)保持就位,所述夹紧装置在第一接触表面(17)处靠在切削刀片(12)上,并且 在第二接触表面(24)处抵靠刀体(10)。 为了通过具有短径向范围的夹紧装置(14)获得大的芯片槽,夹紧装置被设计成使得第一接触表面(17)和支撑表面(21)之间的距离用于支撑切削刀片 大于支撑表面(21)和第二接触表面(24)之间的距离。
    • 8. 发明申请
    • HELICAL BLADE CUTTER
    • 螺旋切割机
    • US20160045962A1
    • 2016-02-18
    • US14780812
    • 2013-03-29
    • NAKATA MANUFACTURING CO., LTD.
    • Takahiro TANAKASatoshi TSURUTAYuzuru KADONO
    • B23C5/22B23C5/08B23C3/12
    • B23C5/2278B23C3/12B23C5/08B23C5/20B23C5/22B23C2210/0485B23C2210/168B23C2270/16Y10T407/1932
    • A helical blade cutter including multiple linear blades attached to an outer circumferential surface of a round body having an outer surface formed into a cylindrical circumferential surface. The blades tilt to a given helix angle α from a straight line on the outer circumferential surface parallel to a rotational central axis O. Blade attachment surfaces are formed on the outer circumferential surface of the round body at given intervals in the circumferential direction. The blade attachment surfaces tilt to an angle same as the helix angle α of the blade while tilting to a rake angle β in a direction of an elevation angle from a tangent to the outer circumferential surface. The blades are each attached to a blade attachment part through intervention of a chip holder that allows detachment of the blade.
    • 一种螺旋叶片切割机,其包括附接到圆形体的外圆周表面的多个线性叶片,其具有形成为圆柱形周向表面的外表面。 叶片从平行于旋转中心轴线O的外圆周表面上的直线倾斜到给定的螺旋角α。叶片附接表面以圆周方向以给定的间隔形成在圆形体的外圆周表面上。 刀片附接表面倾斜到与刀片的螺旋角α相同的角度,同时倾斜到前角&bgr; 在从与外周面的切线的仰角的方向上。 叶片各自通过芯片保持器的介入附接到叶片附接部分,其允许叶片的分离。
    • 10. 发明授权
    • Sprocket cutter and method of assembling
    • 链轮切割机及组装方法
    • US4629370A
    • 1986-12-16
    • US602196
    • 1984-04-19
    • Douglas E. TorgentRobert N. Mitchell
    • Douglas E. TorgentRobert N. Mitchell
    • B23C5/22B23F15/00B23F21/12B26D1/12
    • B23F21/128B23C5/2278B23F15/005Y10T407/1745Y10T407/191Y10T407/1938Y10T407/1962Y10T407/235
    • Disclosed is a sprocket cutter in which there is a cutter body having a plurality of pockets along its periphery and a plurality of wedge recesses facing the periphery within each pocket. There is an array of inserts disposed within each of the pockets, each of the inserts having a cutting portion and a plurality of wedges equal in number to the number of inserts and wedge recesses. Each of the wedges is interposed between each of the inserts and each of the wedge recesses so that, as each of the wedges is moved inwardly into its corresponding wedge recess, each of the inserts is securely clamped between its corresponding wedge and the pocket. Each of the inserts is positioned so that the cutting portion of each insert extends beyond the periphery of the cutter body. Each of the inserts cuts a segment of the sprocket contour as the cutter body rotates with adjacent segments of the sprocket contour being cut by inserts located in different pockets. There is also a method of assembling the sprocket cutter.
    • 公开了一种链轮切割器,其中存在具有沿着其周边的多个凹穴的切割器主体和面向每个凹槽内的周边的多个楔形凹槽。 存在设置在每个凹穴内的插入件阵列,每个插入件具有切割部分和多个等于插入件和楔形凹槽的数量的楔形件。 每个楔块插入在每个插入件和每个楔形凹槽之间,使得当每个楔形件向内移动到其相应的楔形凹槽中时,每个插入件被牢固地夹紧在其相应的楔形件和凹部之间。 每个插入件被定位成使得每个插入件的切割部分延伸超出切割器主体的周边。 当切割器主体旋转时,每个插入件切割链轮轮廓的一部分,链轮轮廓的相邻段由位于不同袋中的插入件切割。 还有一种组装链轮切割机的方法。