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    • 1. 发明授权
    • Radius curve log sawing apparatus and method
    • 半径曲线对数锯切装置及方法
    • US5503202A
    • 1996-04-02
    • US426975
    • 1995-04-24
    • William R. Butler
    • William R. Butler
    • B23D55/02B23D55/06B23D55/08B23D61/12B27B1/00B27B5/12
    • B27B5/12B23D55/02B23D55/06B23D55/082B23D61/123B23D61/126B27B1/007Y10T83/538Y10T83/541Y10T83/7264
    • A sawing process and apparatus cuts a log longitudinally along a radius curve to produce boards. The sawing apparatus includes a continuous flexible band saw blade, provided with teeth at one or both edges. A support exposes a section of saw blade that is curved and stabilized by the use of electromagnetic fields in cooperation with rollers. The saw is then configured to make a cut of a desired thickness in a curve parallel the growth rings of a log, in an arc which minimizes the number of knot defects in the board. With each pass of the log through the saw, or vice-versa, a new arc section is cut, and the log or the saw is rotated and positioned for the next arc section cut. Plural sawing stations may be used in series, and the process may be run bi-directionally when using double-edged saw blades. Once the board sections are cut, they are flattened under pressure in a kiln. Triangular grooves may be cut prior to delivery to the kiln, and adhered together afterwards to facilitate the flattening operation for small radius boards.
    • 锯切工艺和设备沿着半径曲线纵向切割木材以制造板材。 锯切装置包括在一个或两个边缘处设置有齿的连续柔性带锯条。 支撑件暴露了与滚子协作的通过使用电磁场弯曲和稳定的锯片的一部分。 然后,锯被配置成以与电路板中的结缺陷数目最小的弧形平行于原木的生长环的曲线形成期望厚度的切割。 随着木材的每次通过锯,或反之亦然,切割一个新的弧形部分,并且木材或锯被旋转并定位用于下一个弧形切割。 可以串联使用多个锯切站,并且当使用双刃锯条时,该过程可以双向运行。 一旦板段被切割,它们在窑中在压力下变平。 在输送到窑之前可以切割三角形凹槽,然后粘合在一起,以便于小半径板的扁平化操作。
    • 4. 发明授权
    • Method of making a dynamoelectric machine
    • 制造电动机的方法
    • US4170057A
    • 1979-10-09
    • US780228
    • 1977-03-22
    • Joseph T. RoddyWilliam R. Butler
    • Joseph T. RoddyWilliam R. Butler
    • H02K15/16H02K15/14
    • H02K15/16Y10T29/49009
    • An electric motor in which concentricity between stator and rotor is maintained solely by frictional forces between radial faces of the motor's end shields and radial faces of the stator. The motor is assembled by positioning the rotor in the stator by shims in the air gap. End shields are mounted on the rotor shaft, with radial portions of the end shield in face-to-face abutment with a face of the stator. Short through-bolts extending through the radial faces of the end shields and through the stator are tightened sufficiently to maintain the air gap between stator and rotor during shipment and use of the motor. Self-aligning bearings compensate for any lack of squareness between the stator's bore and its end faces. Special patterns on the end shield faces abutting the stator facilitate repair and reassembly of the motor.
    • 其中定子和转子之间的同心度仅由电动机的端盖的径向面和定子的径向面之间的摩擦力来维持。 通过在气隙中的垫片将转子定位在定子中来组装马达。 端盖安装在转子轴上,端盖的径向部分与定子的表面面对面邻接。 延伸穿过端盖的径向表面并穿过定子的短贯穿螺栓被充分地拧紧以在运输和使用电动机期间保持定子和转子之间的空气间隙。 自调心轴承补偿定子的孔与其端面之间的任何矩形不齐。 靠近定子的端部屏蔽面上的特殊图案便于修理和重新组装电机。
    • 7. 发明授权
    • End shield mounting system for dynamoelectric machine
    • 电动机端盖安装系统
    • US4319150A
    • 1982-03-09
    • US32538
    • 1979-04-23
    • Joseph T. RoddyWilliam R. Butler
    • Joseph T. RoddyWilliam R. Butler
    • H02K5/15H02K15/16H02K5/16
    • H02K15/16H02K5/15
    • An electric motor in which concentricity between stator and rotor is maintained solely by frictional forces between radial faces of the motor's end shields and radial faces of the stator. The motor is assembled by positioning the rotor in the stator by shims in the air gap. End shields are mounted on the rotor shaft, with radial portions of the end shield in face-to-face abutment with a face of the stator. Short through-bolts extending through the radial faces of the end shields and through the stator are tightened sufficiently to maintain the air gap between stator and rotor during shipment and use of the motor. Self-aligning bearings compensate for any lack of squareness between the stator's bore and its end faces. Special patterns on the end shield faces abutting the stator facilitate repair and reassembly of the motor.
    • 其中定子和转子之间的同心度仅由电动机的端盖的径向面和定子的径向面之间的摩擦力来维持。 通过在气隙中的垫片将转子定位在定子中来组装马达。 端盖安装在转子轴上,端盖的径向部分与定子的表面面对面邻接。 延伸穿过端盖的径向表面并穿过定子的短贯穿螺栓被充分地拧紧以在运输和使用电动机期间保持定子和转子之间的空气间隙。 自调心轴承补偿定子的孔与其端面之间的任何矩形不齐。 靠近定子的端部屏蔽面上的特殊图案便于修理和重新组装电机。