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    • 1. 发明公开
    • WORK FEEDER FOR ROLLER END FACE WORKING MACHINE, ROLLER END FACE WORKING MACHINE AND ROLLERS FOR ROLLER BEARING
    • INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE INE
    • EP2418048A1
    • 2012-02-15
    • EP10761610.4
    • 2010-03-29
    • NTN Corporation
    • SUGITATSU Satoshi
    • B24B7/16B24B7/17B24B41/06
    • B24B41/067B24B7/162B24B7/17
    • Provided are a workpiece feeder for roller end face processing which is capable of feeding a roller to a roller end face processing machine in a stable posture, a roller end face processing machine which is capable of stably and highly accurately processing both end faces of the roller fed by such a workpiece feeder for roller end face processing, and a roller for a rolling bearing processed by such a roller end face processing machine. The workpiece feeder for roller end face processing includes: a carrier ring (23) having a plurality of recesses (22) arranged in a radially-inner surface (21) thereof at a predetermined pitch along a circumferential direction; a regulating wheel (24) fitted into the carrier ring (23) to form roller fitting cavities (65) between a radially-outer surface (24a) of the regulating wheel (24) and the plurality of recesses (22); a carrier support for supporting the carrier ring (23) on a radially-outer side with respect to the plurality of recesses (22); and rotational force applying means (26) for applying a rotational force to the carrier ring (23) on the radially-outer side with respect to the plurality of recesses (22). The plurality of recesses (22) each include an elastic member (35) arranged therein, the elastic member (35) being elastically brought into contact with a radially-outer surface (Wa) of a roller (W) to restrain a posture of the roller.
    • 提供一种用于辊端面加工的工件进给器,其能够以稳定的姿态将辊馈送到辊端面加工机,辊端面加工机能够稳定且高精度地加工辊的两个端面 通过这种用于辊端面加工的工件供给器进给,以及由这种辊端面加工机加工的用于滚动轴承的辊。 用于辊端面加工的工件进给器包括:具有沿圆周方向以预定间距布置在其径向内表面(21)中的多个凹部(22)的载体环(23) 调节轮(24),其配合到所述承载环(23)中以在所述调节轮(24)的径向外表面(24a)和所述多个凹部(22)之间形成辊配合腔(65); 用于相对于所述多个凹部(22)在径向外侧支撑所述承载环(23)的载体支撑件; 以及用于相对于多个凹部(22)在径向外侧向所述承载环(23)施加旋转力的旋转力施加装置(26)。 多个凹部(22)各自包括布置在其中的弹性构件(35),弹性构件(35)弹性地与辊(W)的径向外表面(Wa)接触,从而抑制 滚筒。
    • 2. 发明授权
    • METHOD FOR MANUFACTURING ROLLER
    • 制造轧辊的方法
    • EP2529884B1
    • 2018-03-28
    • EP11736928.0
    • 2011-01-21
    • NTN Corporation
    • HIGASHI KoheiSUGITATSU Satoshi
    • B24B7/16B23P15/00B23P23/02B23P13/02
    • B23P13/02B23P15/003B23P23/02B24B7/16Y10T29/49544
    • It is proposed to improve the efficiency of grinding of a roller end surface of a workpiece for a tapered roller or a convex roller, and to expand the types of workpieces of which end surfaces can be ground to sufficient accuracy. The workpiece (1) is fixed in position by jaws (14) of a retracting mechanical chuck (13) mounted on a spindle head (11) of a five-axis control machining center. The apparent outer diameter of the workpiece (1) is increased by a jig (15). Clamp surfaces (14a) of the jaws (14), and a support surface (15a) of the jig (15) are formed on the machining center. A cutting tool (16) is mounted on a spindle (12) by means of an automatic tool exchanger. The workpiece (1) is rotated about an axis C to cut by turning an end surface of the workpiece (1) to a shape approximate to a predetermined target shape by grinding, which is a spherical surface (S). A grinder (17) is then mounted on the spindle (12) by the automatic tool exchanger, and the position and attitude of the grinder (17) relative to the workpiece (1) are set by five-axis control such that the inclination angle ±, the offset amount e, etc. satisfy a predetermined relationship according to the desired grinding. The grinder (17) is then fed in the Z-axis direction to form the spherical surface (S) by grinding.
    • 4. 发明公开
    • METHOD FOR MANUFACTURING ROLLER
    • 一种用于生产ROLL
    • EP2529884A1
    • 2012-12-05
    • EP11736928.0
    • 2011-01-21
    • NTN Corporation
    • HIGASHI KoheiSUGITATSU Satoshi
    • B24B7/16B23B5/00B23P15/00B24B9/00B24B41/06
    • B23P13/02B23P15/003B23P23/02B24B7/16Y10T29/49544
    • It is proposed to improve the efficiency of grinding of a roller end surface of a workpiece for a tapered roller or a convex roller, and to expand the types of workpieces of which end surfaces can be ground to sufficient accuracy. The workpiece (1) is fixed in position by jaws (14) of a retracting mechanical chuck (13) mounted on a spindle head (11) of a five-axis control machining center. The apparent outer diameter of the workpiece (1) is increased by a jig (15). Clamp surfaces (14a) of the jaws (14), and a support surface (15a) of the jig (15) are formed on the machining center. A cutting tool (16) is mounted on a spindle (12) by means of an automatic tool exchanger. The workpiece (1) is rotated about an axis C to cut by turning an end surface of the workpiece (1) to a shape approximate to a predetermined target shape by grinding, which is a spherical surface (S). A grinder (17) is then mounted on the spindle (12) by the automatic tool exchanger, and the position and attitude of the grinder (17) relative to the workpiece (1) are set by five-axis control such that the inclination angle α, the offset amount e, etc. satisfy a predetermined relationship according to the desired grinding. The grinder (17) is then fed in the Z-axis direction to form the spherical surface (S) by grinding.