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
    • 5. 发明授权
    • Gage controlled grinding method
    • 量规控制研磨方法
    • US4363196A
    • 1982-12-14
    • US216783
    • 1980-12-15
    • Herbert R. Uhtenwoldt
    • Herbert R. Uhtenwoldt
    • B24B5/10B24B49/02B24B49/04B24B1/00
    • B24B49/04
    • A gage controlled grinding method for oppositely disposed commonly tapered end bores in a workpiece, maintaining a constant spacing of two identical bore gage diameters independent of part length is disclosed. A machine such as an internal grinding machine utilizes a drive plate and support shoes for locating and driving the workpiece, and a pair of gage fingers are provided at axial points proximal and distal to the drive plate. A first tapered bore in the outboard end of the workpiece is ground and gaged to a predetermined diameter at a first fixed gage distance from the curve plate. The workpiece is turned end-for-end on the drive plate, and the previously finished bore is sampled by a second gage finger located at a second fixed gage distance from the drive plate. The sampled diameter is compared with a predetermined stored value, and the sampled diameter is subtracted from the predetermined stored value to generate a difference value. The difference value is added to the first predetermined diameter value to generate a third predetermined diameter value, and a second tapered bore is ground in the outboard end of the workpiece while in its second location on the drive plate, and interrupted when the first gage finger indicates that said third predetermined diameter is reached at the first gage distance from the drive plate.
    • 公开了一种用于在工件中相对设置的普通锥形端部孔的量规控制磨削方法,其保持与部件长度无关的两个相同孔径直径的恒定间隔。 诸如内部磨床的机器利用驱动板和用于定位和驱动工件的支撑鞋,并且在驱动板的近端和远端的轴向点处设置一对计量指。 在距离曲线板的第一固定距离处,在工件的外侧端部的第一锥形孔被研磨并成形为预定的直径。 工件在驱动板上端对端旋转,并且先前完成的孔由位于距离驱动板的第二固定距离距离处的第二量规手指采样。 将采样的直径与预定的存储值进行比较,并从预定的存储值中减去采样的直径以产生差值。 将差值加到第一预定直径值以产生第三预定直径值,并且第二锥形孔在工件的外侧端处于其驱动板上的第二位置时被研磨,并且当第一计量指 表示在距离驱动板的第一距离处达到所述第三预定直径。
    • 6. 发明授权
    • Internal grinding machine with wedge feed mechanism
    • 内部磨床采用楔形进给机构
    • US4363195A
    • 1982-12-14
    • US216322
    • 1980-12-15
    • Herbert R. Uhtenwoldt
    • Herbert R. Uhtenwoldt
    • B24B5/10B24B27/00B24B41/00B24B47/20B24B49/00
    • B24B27/00B24B41/00B24B47/20
    • A grinding machine has a base and a pair of work support bars journalled within the base. A table is journalled with the support bars in such fashion that it is axially movable along the parallel spaced bars and pivotable around one bar central axis while the other bar is radially displaced relative to the base. A pair of ramp surfaces having ramp planes disposed transversely to the pivot axis of the table are provided on the radially movable bar, such that a wedge feed is accomplished by relatively moving a powered wedging device along the ramp plane to thus radially move the movable bar, thereby causing table feed movement with respect to the base. A work support head stock is preferably carried on the base, and a wheelhead having a rotable grinding wheel is carried on the table, so that pivotal movement of the table causes relative feed movement of the grinding wheel with respect to a supported workpiece.
    • 研磨机具有基座和在基座内安装的一对工作支撑杆。 桌子以这样的方式与支撑杆一起支撑,使得其可沿着平行的间隔开的杆轴向移动并且可围绕一个杆中心轴线枢转,而另一个杆相对于基座径向移位。 在径向可移动的杆上设有一对具有横向设置在工作台的枢转轴线上的斜面的斜面,从而通过沿着斜面平面相对移动动力楔入装置来实现楔形进给,从而径向移动可动杆 ,从而导致相对于基座的桌子进给运动。 工件支撑头部坯料优选地在基座上承载,并且具有可旋转砂轮的砂轮头承载在工作台上,使得工作台的枢转运动导致砂轮相对于被支撑工件的相对进给运动。