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    • 1. 发明专利
    • Grinder
    • 磨床
    • JPS59134646A
    • 1984-08-02
    • JP725283
    • 1983-01-21
    • Hitachi Ltd
    • MATSUDA HIROMITAKAHASHI YOSHIHIROKASHIYOU TAMOTSUHAMAGUCHI KAZUO
    • B24B11/00B24B41/00B24B41/06
    • B24B41/002
    • PURPOSE:To apply the fine thrust to a wheel turning spindle so as to improve the finish grinding of a curved surface, by providing a guide post, connected to a cylinder device, parallelly to the wheel turning spindle movably supported in the axial direction and connecting the turning spindle and said post. CONSTITUTION:Mounting a tapered shank 2a of a center shaft 2 to a main spindle tapered hole of a numerically controlled milling machine, after a housing 1 is turn locked by fixing a turn lock bar 20 to a headstock, if a main spidle of the milling machine is rotated, a wheel holder 7 is rotated through a wheel turning spindle 5 and a universal joint 8. Next, pressurized oil is supplied to a cylinder 15 from a hydraulic power unit 17 while moving said main spindle by numerical control along the surface contour shape of a work 22. Then in accordance with a pressure difference between a head side chamber 15b and a rod side chamber 15c, fine thrust moves a guide post 11 to be lowered through a piston 15a, moving also the wheel turning spindle 5 to be lowered through a connecting arm 13, thus a wheel 9 results to be pressed to the work 22 by the fine thrust.
    • 目的:将精细推力应用于车轮转动主轴,以提高曲面的精磨,通过提供一个与柱面装置连接的导柱,平行于沿轴向方向可移动地支撑的车轮转动主轴,并连接 转动主轴和所述柱。 构成:将数控铣床的主轴锥形孔安装到数控铣床的主轴锥孔上,在通过将转向锁杆20​​固定到主轴箱上而将壳体1转动锁定之后,如果主铣刀 机轮旋转,轮保持器7通过车轮转动主轴5和万向接头8旋转。接下来,压力油从液压动力单元17供给到气缸15,同时沿着表面轮廓通过数值控制来移动主轴 然后根据头侧室15b和杆侧室15c之间的压力差,精细推力通过活塞15a移动导柱11以降低,同时将车轮转动主轴5也移动到 通过连接臂13下降,因此轮9被精细推力压向工件22。
    • 2. 发明专利
    • Grinding apparatus
    • 研磨设备
    • JPS59134657A
    • 1984-08-02
    • JP725183
    • 1983-01-21
    • Hitachi Ltd
    • MATSUDA HIROMITAKAHASHI YOSHIHIROKASHIYOU TAMOTSUHAMAGUCHI KAZUO
    • B24B49/02
    • B24B49/02
    • PURPOSE:To perfectly automate grinding work by obtaining the difference between the measured value of the dimension of a work and the aimed value of the dimension and calculating the number of times of repetition of cutting and the proper cutting amount by using a computer. CONSTITUTION:A table 5a, cross rail 5b, and a working head 5c are NC-controlled in the X, Y, and Z-axes directions by an NC apparatus 1. A measurement head 5d is controlled in the Z-axis direction independently from the working head 5c. A microcomputer 4 calculates grinding length from the dimension of a material and the aimed value through receiving a start signal, and determines the cutting amount and number of times of cutting-in and grinding work is started by the instruction of the NC apparatus 1. When the number of times of repetition becomes zero, the dimension of the work is measured by the measurement head, and the cuttin-in amount and the number of times of cutting-in are determined again from the difference from the aimed value, and grinding is performed. The above-described operation is repeated until the error from the aimed value becomes within a prescribed value.
    • 目的:通过获得工件尺寸的测量值与尺寸的目标值之间的差异,并通过使用计算机计算切割重复次数和适当的切割量,从而完美自动化研磨工作。 构成:通过NC装置1,将工作台5a,横向轨道5b和工作头5c进行X轴,Y轴和Z轴方向的NC控制。测量头5d在Z轴方向独立地被控制 工作头5c。 微型计算机4通过接收起始信号从材料的尺寸和目标值计算磨削长度,并且通过NC装置1的指令来确定切入量和切入次数和磨削加工次数。当 重复次数为零,通过测量头测量作业的尺寸,并根据与目标值的差异再次确定切入量和切入次数,研磨为 执行。 重复上述操作,直到从目标值的误差变为规定值为止。
    • 4. 发明专利
    • Grinding apparatus
    • 研磨设备
    • JPS59134655A
    • 1984-08-02
    • JP725383
    • 1983-01-21
    • Hitachi Ltd
    • MATSUDA HIROMITAKAHASHI YOSHIHIROKASHIYOU TAMOTSUHAMAGUCHI KAZUO
    • B24B47/10B24B41/00
    • B24B41/002
    • PURPOSE:To permit the groove and the vertical surface works for a large-sized work by installing a grindstone which can be fixed in turn at an arbitrary position and revolution-driven, onto a body which can be installed onto the main shaft of a milling machine for versatile use. CONSTITUTION:A body 1 is equipped with a tapered chank 1a which can be fitted onto the main shaft of a milling machine for versatile use. An arm 3 driven through a worm 5 is revolved by a clamp screw 7. An air motor 8 and a grindstone 19 are rotatably supported onto the arm 3. With such constitution, the groove and the vertical surface works for a large-sized work can be executed simply in the utilization of the three dimensional feed operation of the milling machine for versatile use.
    • 目的:为了允许槽和垂直面通过安装可以任意位置和旋转驱动的磨石安装在可安装在铣削主轴上的主体上的大型工件 机器多用途。 构成:主体1配备有可以安装在铣床主轴上的锥形杆1a,用于多用途。 通过蜗杆5驱动的臂3由夹紧螺钉7旋转。气动马达8和磨石19可旋转地支撑在臂3上。通过这种结构,槽和垂直面用于大型作业 可以简单地利用铣床的三维进给操作来进行多功能使用。
    • 5. 发明专利
    • Grinding apparatus
    • 研磨设备
    • JPS59134654A
    • 1984-08-02
    • JP725083
    • 1983-01-21
    • Hitachi Ltd
    • MATSUDA HIROMITAKAHASHI YOSHIHIROKASHIYOU TAMOTSUHAMAGUCHI KAZUO
    • B24B47/10B24B13/015B24B47/14
    • B24B47/14
    • PURPOSE:To prevent deterioration of grinding accuracy due to the tilt of a grinding wheel spindle and prevent deflection of the grinding wheel spindle by installing a grindstone directly onto the output rotary shaft of an air turbine and keeping the span of a bearing sufficiently long for the total length of the grindstone. CONSTITUTION:A sun gear 6 is fixed onto a shaft 1 having a tapered shank 1a, and a planetary gear 8 is engaged with the gear 6 and an internal gear 7 at the same time, and the gear 8 is rotatably supported by a pin 8a planted onto a cam member 4. A grinding wheel spindle 12 is supported onto a housing 10 through a bearing 13 and is equipped with a grindstone fitting part 12a at the top edge, and a grindstone 19 is fitted. An air turbine 14 is fixed directly onto the grinding wheel spindle 12. When the gear 6 revolves with the shaft 1, the gear 8 revolves, and the cam member 4 performs elevation movement, guided by an outer cylinder member 2, through the revolution, and the grindstone 19 performs elevation movement. As the turbine 14 revolves, the grindstone 19 performs planetary movement and executes two dimensional shaping grinding.
    • 目的:为了防止由于砂轮主轴的倾斜导致的磨削精度的劣化,并且通过将磨石直接安装在空气涡轮机的输出旋转轴上并保持轴承的跨度足够长以防止砂轮主轴的偏转 砂轮的总长度。 构成:将太阳齿轮6固定在具有锥形柄1a的轴1上,并且行星齿轮8同时与齿轮6和内齿轮7接合,齿轮8由销8a可旋转地支撑 植入到凸轮构件4上。砂轮主轴12通过轴承13支撑在壳体10上,并且在顶部边缘处配备有磨石配合部12​​a,并且安装砂轮19。 空气涡轮14直接固定在砂轮主轴12上。当齿轮6与轴1一起旋转时,齿轮8旋转,凸轮部件4通过旋转由外筒部件2进行升降运动, 磨石19进行升降运动。 当涡轮机14旋转时,砂轮19进行行星运动并执行二维成形研磨。