会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Wheel shaft supporting apparatus for grinding machine
    • 车轮轴支撑磨床
    • US07086937B2
    • 2006-08-08
    • US10842487
    • 2004-05-11
    • Yoshio WakazonoMasashi Yoritsune
    • Yoshio WakazonoMasashi Yoritsune
    • B24B41/06
    • B24B45/00B24B41/04
    • A pair of hydrostatic radial bearing devices 42, 43 is mounted on right and left side surface of a front portion of a wheel slide 34 in order to support rotatably wheel shafts 45, 52 respectively. A thrust bearing device 45 mounted in either one of wheel shafts 45, 52 supports either wheel shaft 45 or 52 in a thrust direction. A shaft coupling mechanism 60 is installed in wheel shafts 45, 52. A taper cylindrical portion 61 is projected from either one of wheel shafts 45, 52 and fitted tightly with a taper inside opening 65 formed in remaining of wheel shafts 45, 52. A vertical end surface 52t, 49t or Fb extending from a base of the taper cylindrical portion 61 is fitted tightly with another vertical end surface 45t, 52t or 45t of the remaining wheel shaft 45 or 52.
    • 一对静压径向轴承装置42,43安装在车轮滑块34的前部的左右侧表面上,以分别支撑可转动的轮轴45,52。 安装在轮轴45,52中的任一个中的止推轴承装置45沿推力方向支撑轮轴45或52。 轴联接机构60安装在轮轴45,52中。 锥形圆筒部61从轮轴45,52中的任一个突出,并且与形成在轮轴45,52的剩余部分的开口65内的锥形紧密配合。 从锥形圆筒部61的基部延伸的垂直端面52t,49t或Fb与剩余轮轴45或52的另一垂直端面45t,52t或45t牢固地配合。
    • 2. 发明申请
    • Truing method and apparatus
    • 修整方法和装置
    • US20050191944A1
    • 2005-09-01
    • US11052801
    • 2005-02-09
    • Masashi YoritsuneYoshio WakazonoHisanobu Kobayashi
    • Masashi YoritsuneYoshio WakazonoHisanobu Kobayashi
    • B24B53/00B24B49/16B24B53/08B24B49/00
    • B24B53/08B24B49/16
    • In a truing method and apparatus, an analyzing method is employed to calculate a truing shape from which a grinding surface having been trued with a grinding wheel being rotated at a low rotational speed during a truing operation is deformed to a desired shape due to centrifugal expansion depending on a rotational speed difference when the grinding wheel is rotated at a high rotational speed during a grinding operation. Then, with the grinding wheel being rotated at the low rotational speed, the grinding surface is trued with a truing roll to the calculated truing shape. As a result, the grinding surface of the grinding wheel being rotated at the low rotational speed is trued with the truing roll taking into consideration the centrifugal expansion of the grinding surface which takes place when the grinding wheel is rotatated at the high rotational speed during the grinding operation subsequent to the truing operation.
    • 在修整方法和装置中,采用分析方法来计算在修整操作期间用砂轮在低转速下转动的磨削表面由于离心膨胀而变形到所需形状的修整形状 取决于在研磨操作期间砂轮以高转速旋转时的转速差。 然后,随着砂轮以低转速旋转,研磨表面用修整辊修整到计算的修整形状。 因此,考虑到在砂轮在高转速期间砂轮以高转速旋转时发生的研磨面的离心膨胀,研磨轮以低转速旋转的研磨面被修整 在修整操作之后的磨削操作。
    • 3. 发明授权
    • Truing method and apparatus
    • 修整方法和装置
    • US06988933B2
    • 2006-01-24
    • US11052801
    • 2005-02-09
    • Masashi YoritsuneYoshio WakazonoHisanobu Kobayashi
    • Masashi YoritsuneYoshio WakazonoHisanobu Kobayashi
    • B24B53/00
    • B24B53/08B24B49/16
    • In a truing method and apparatus, an analyzing method is employed to calculate a truing shape from which a grinding surface having been trued with a grinding wheel being rotated at a low rotational speed during a truing operation is deformed to a desired shape due to centrifugal expansion depending on a rotational speed difference when the grinding wheel is rotated at a high rotational speed during a grinding operation. Then, with the grinding wheel being rotated at the low rotational speed, the grinding surface is trued with a truing roll to the calculated truing shape. As a result, the grinding surface of the grinding wheel being rotated at the low rotational speed is trued with the truing roll taking into consideration the centrifugal expansion of the grinding surface which takes place when the grinding wheel is rotatated at the high rotational speed during the grinding operation subsequent to the truing operation.
    • 在修整方法和装置中,采用分析方法来计算在修整操作期间用砂轮在低转速下转动的磨削表面由于离心膨胀而变形到所需形状的修整形状 取决于在研磨操作期间砂轮以高转速旋转时的转速差。 然后,随着砂轮以低转速旋转,研磨表面用修整辊修整到计算的修整形状。 因此,考虑到在砂轮在高转速期间砂轮以高转速旋转时发生的研磨面的离心膨胀,研磨轮以低转速旋转的研磨面被修整 在修整操作之后的磨削操作。
    • 7. 发明申请
    • Linear motor operated machine tool
    • 直线电动机床
    • US20050008441A1
    • 2005-01-13
    • US10845349
    • 2004-05-14
    • Yoshio WakazonoKozo ImanishiFumitaka Achiwa
    • Yoshio WakazonoKozo ImanishiFumitaka Achiwa
    • B23Q1/01B23Q1/48B23Q1/62B23Q5/28B23C1/027
    • B23Q5/28B23Q1/01B23Q1/4852B23Q1/626Y10T409/305656Y10T409/309296Y10T409/309576
    • A linear motor actuated machine tool includes a bed, a column, upper and lower X-axis guides, a saddle, upper and lower X-axis linear motor magnets, and upper and lower X-axis linear motor coils. Upper and lower X-axis guides are attached to the upper and lower portion of front surface of the column, which is mounted on the bed in the vertical direction, in the horizontal direction. Upper and lower X-axis linear motor magnets is fixed on the front surface of the column at upper side and lower side of the upper and lower X-axis guides in the direction of X-axis with making pole surfaces thereof face to frontward. Upper and lower X-axis linear motor coils are fixed to upper end and lower end of the rear surface of the saddle, which is mounted on the front surface of the column with being guided by upper and lower X-axis guides and having a through space at the center portion thereof, with opposing to upper and lower X-axis linear motor.
    • 线性电机致动机床包括床,柱,上下X轴引导件,鞍座,上下X轴线性电动机磁体以及上下X轴线性电动机线圈。 上下X轴导向件在水平方向上安装在垂直方向上安装在床上的柱的前表面的上部和下部。 上下X轴线性电动机磁体在X轴方向上固定在上下X轴导轨的上侧和下侧的柱的前表面上,使其极面朝向前方。 上下X轴线性电动机线圈固定在鞍座后表面的上端和下端,其安装在柱的前表面上,并由上下X轴导向器引导,并具有通孔 其中心部分具有与上下X轴线性电动机相对的空间。
    • 8. 发明申请
    • GRINDING MACHINE
    • 磨床
    • US20090047880A1
    • 2009-02-19
    • US11718175
    • 2005-10-25
    • Yoshio Wakazono
    • Yoshio Wakazono
    • B24B5/00
    • B23Q11/0891B24B5/00B24B55/04
    • A grinding machine enabling the easy maintenance and inspections of mechanisms arranged therein, an increase in visibility when the states of a workpiece and a grinding wheel are confirmed, and the easy loading/unloading of the workpiece and the easy replacement of the grinding wheel. The grinding machine comprises a workpiece supporting/driving device, a wheel work head, a wheel head feeder, a coolant supply unit, a cover covering internal devices such as the workpiece supporting/driving device, the wheel work head, the wheel head feeder, and the coolant supply unit, and an open/close door formed at a part of the working space side upper surface of the cover and allowing at least the loading/unloading of the workpiece and the replacement of the grinding wheel.
    • 一种磨削机器,能够容易地维护和检查布置在其中的机构,当确认工件和砂轮的状态时可视性的增加,以及容易的装载/卸载工件和容易更换砂轮。 研磨机包括工件支撑/驱动装置,车轮工作头,轮头给料器,冷却剂供给单元,覆盖内部装置的盖,例如工件支撑/驱动装置,车轮工作头,轮头进给器, 和冷却剂供给单元,以及形成在盖的工作空间侧上表面的一部分的开闭门,至少允许加载/卸载工件和更换砂轮。
    • 10. 发明授权
    • Grinding machine
    • 磨床
    • US06958006B2
    • 2005-10-25
    • US10895139
    • 2004-07-21
    • Yoshio Wakazono
    • Yoshio Wakazono
    • B24B5/02B23Q11/08B24B55/04B24B7/00
    • B23Q11/08
    • In a cylindrical grinding machine, a lateral surrounding cover is mounted on a bed and surrounds and covers lateral surfaces of a machining area in which a work support drive device, a grinding wheel and a bearing unit therefor are arranged and a slide area in which a base portion of a wheel head and a slide mechanism for the wheel head are arranged. A top open/close cover is further provided on the top portion of the lateral surrounding cover and is movable between a first position to open the upsides of the machining area and the slide area and a second position to cover the upsides of the machining area and the slide area. Thus, only by moving the top open/close cover to the first position, it becomes possible for an operator to look over the whole part of the machining area and the slide area. Since plural components of the grinding machine can be checked simultaneously with the top open/close cover opened, the time taken for maintenance or service work on the grinding machine can be shortened.
    • 在圆筒磨床中,侧面周围的盖安装在床上并且围绕并覆盖其中布置有工件支撑驱动装置,砂轮及其轴承单元的加工区域的侧表面以及滑动区域,其中 轮头的基部和用于轮头的滑动机构被布置。 在侧面周围盖的顶部还设置有顶部开/关盖,并且可在第一位置和第二位置之间移动以打开加工区域的上部和滑动区域,以及第二位置以覆盖加工区域的上部和 滑动区域。 因此,只有通过将顶部打开/关闭盖移动到第一位置,操作者才可以查看加工区域和滑动区域的整个部分。 由于可以同时打开研磨机的多个部件,同时打开顶部打开/关闭盖,所以可以缩短磨床上的维护或维修工作所花费的时间。