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    • 1. 发明授权
    • Tool holder clamp device for spindle and spindle apparatus
    • 用于主轴和主轴设备的刀架夹紧装置
    • US06264409B1
    • 2001-07-24
    • US09320728
    • 1999-05-27
    • Takao DateYoshiaki KaiKatsuhito Endo
    • Takao DateYoshiaki KaiKatsuhito Endo
    • B23Q312
    • B23B31/266Y10T409/303976Y10T409/304088Y10T409/309464
    • A tool holder clamp device for spindle, which is for clamping in a screw-fastening manner a shank portion of a tool holder to be incorporated to a spindle (1) in a removably fittable manner relative to a taper hole (9) formed at a distal end portion of the spindle (1), includes a clamp bolt member (23) rotatably and axially movably provided in a central through-hole (19) of the spindle (1) communicating with the taper hole (9), the clamp bolt member (23) having a threaded part (25) to be screwed in a threaded hole axially formed in the shank portion of the tool holder, the clamp bolt member (23) being adapted to fix the tool holder by fastening the shank portion by means of the threaded part (25), and a drive shaft body (29) rotatably and axially movably provided in the central through-hole (19) of the spindle (1), the drive shaft body (29) being adapted by axial movement thereof to engage with the clamp bolt member (23) for drive connection therewith to drive the clamp bolt member (23).
    • 一种用于主轴的工具架夹持装置,其用于以螺钉紧固的方式夹紧工具架的柄部,以相对于形成在所述主体(1)上的锥孔(9)以可拆卸的方式装配到主轴(1) 主轴(1)的前端部包括可旋转且轴向移动地设置在与锥孔(9)连通的心轴(1)的中心通孔(19)中的夹紧螺栓构件(23),夹紧螺栓 具有螺纹部分(25)的构件(23)被拧入轴向地形成在工具架的柄部分中的螺纹孔中,夹紧螺栓构件(23)适于通过固定柄部分 所述螺纹部分(25)的中心通孔(19)中的驱动轴主体(29)和可旋转地且轴向地可移动地设置在所述主轴(1)的中心通孔(19)中的驱动轴主体(29) 与夹紧螺栓构件(23)接合,用于与其连接以驱动夹紧螺栓构件(23) )。
    • 6. 发明授权
    • Linear guiding apparatus for machine tool
    • 机床直线导轨装置
    • US06685178B2
    • 2004-02-03
    • US10318026
    • 2002-12-13
    • Kazuhiro ShibaTakao Date
    • Kazuhiro ShibaTakao Date
    • B23Q125
    • B23Q1/385B23Q1/40
    • There is provided a linear guiding apparatus for a machine tool, the system having both of rapid characteristics of a rolling guide which does not deteriorate the precision of movement, and damping characteristics of a sliding guide which is hardly influenced by the load of a movable body. The feed guiding system includes: rolling guides 14a, 14b, 15a and 15b for guiding a horizontal movement while receiving the load of a movable body 12 on a bed 11; a sliding guide including sliding guide ways 16a and 16b, which extend in parallel to the rolling guides and in vertical directions, and slider portions 18a and 18b which slide on the sliding guide ways; and frictional force setting parts for changing the frictional force between the slider portions and the sliding guide ways, to set the magnitude of the frictional force.
    • 提供了一种用于机床的线性引导装置,该系统具有不会降低运动精度的滚动导轨的快速特性,并且几乎不受可移动体的负载影响的滑动导向件的阻尼特性 。 进给引导系统包括:用于引导水平运动的滚动导轨14a,14b,15a和15b,同时在床11上接收可动体12的载荷; 包括平行于滚动导轨并沿垂直方向延伸的滑动导向件16a和16b的滑动导轨以及滑动导轨上滑动的滑块部分18a和18b; 以及用于改变滑块部分和滑动导轨之间的摩擦力的摩擦力设定部件,以设定摩擦力的大小。
    • 7. 发明授权
    • Rotational machining method
    • 旋转加工方法
    • US5713253A
    • 1998-02-03
    • US538724
    • 1995-10-03
    • Takao DateMasafumi ArakiKatsuji GakuhariMakoto Kawano
    • Takao DateMasafumi ArakiKatsuji GakuhariMakoto Kawano
    • G05B19/18B23B1/00B23C3/00
    • G05B19/184G05B19/186G05B2219/49121G05B2219/50353Y10T409/303752Y10T82/10Y10T82/2529
    • A spindle 51 capable of controlling quantitatively the rotational angle around the center axial line itself is mounted with a turning tool 50; the spindle 51 and a workpiece are allowed to be relatively dislocated by an axial control along at least a plane perpendicular to the rotation axial line of the spindle 51 in such a manner that the relative movement locus L of the spindle center Cs to the workpiece conforms to a geometry to be machined and a required front rake angle .beta. is set, thereby allowing a mutual interpolation motion between the spindle and the workpiece to be performed; and the rotational angle of the spindle 51 is synchronously controlled with a required interrelation to the above-mentioned axial control, whereby the direction of the cutting edge of the turning tool 50 to the machined face of the workpiece is kept at a required direction at the full rotational angle position of the spindle 50 with the required front rake angle .beta., and the direction of the cutting edge of the turning tool 50 to the machined face of the workpiece W is kept at a required direction, and then the workpiece W is machined into a geometry determined by the interpolation locus L due to the above-mentioned mutual interpolation motion.
    • 能够定量地控制围绕中心轴线本身的旋转角度的心轴51安装有转动工具50; 主轴51和工件被允许通过轴心控制沿着至少垂直于心轴51的旋转轴线的平面而相对错位,使得心轴中心Cs相对于工件的相对移动轨迹L符合 到要加工的几何形状,并且设定所需的前倾角β,从而允许执行主轴和工件之间的相互插补运动; 并且与上述轴向控制相关地同步地控制主轴51的旋转角度,由此将工具50的切削刃的方向保持在工件的加工面上 具有所需前前角β的主轴50的全旋转角度位置以及车削工具50的切削刃到工件W的加工面的方向保持在所需方向,然后将工件W加工 由于上述相互插补运动而由插补轨迹L确定的几何形状。