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    • 32. 发明公开
    • A workhead with an eccentric chuck for grinding crankshafts
    • Kopfstückmit einer exzentrischen Spanfutter zum Schleifen von Kurbelwellen
    • EP0791428A1
    • 1997-08-27
    • EP97500013.4
    • 1997-01-22
    • Danobat, S. Coop
    • Diego Garamendi, Ricardo
    • B23Q16/10B24B5/42B23Q1/54
    • B23Q1/5468B23Q16/102B24B5/42
    • The workhead (1) has a drive spindle (2) for driving the eccentric chuck (5), and incorporates an automatic phase shifting (25) having a servo-motor (16) which is CNC-controlled. The crankshaft (6) is secured by its supports (6a) and rotates together with the spindle (2) as a journal (6b) is situated on the rotation axis (2) to be ground. The eccentric chuck (5) is coupled to a complementary chuck (4) which can be moved vertically in relation to the spindle (2) and the means for coupling the chuck (5) for the phase shifting take the form of two geared rings (26, 27) with a fine division, which can be separated by means of a hydraulic piston (29). The turn for the phase shifting (25) is transferred to the chuck (5) through an internal axle (15) housed in the drive spindle (2).
    • 工作头(1)具有用于驱动偏心卡盘(5)的驱动主轴(2),并且包括具有CNC控制的伺服电机(16)的自动相移(25)。 曲轴(6)通过其支撑件(6a)固定,当轴颈(6b)位于旋转轴线(2)上时,该主轴(2)与主轴(2)一起旋转以被磨削。 偏心卡盘(5)联接到可相对于主轴(2)垂直移动的互补卡盘(4),并且用于联接用于相移的卡盘(5)的装置采取两个齿轮环(的形式) 26,27),其可以通过液压活塞(29)分离而形成细分。 用于相移(25)的转弯通过容纳在驱动主轴(2)中的内轴(15)传递到卡盘(5)。
    • 37. 发明公开
    • A tailstock with automatic control of position and force
    • Ein Reitstock mit automatischer Steuerung von Position und Kraft
    • EP1342520A1
    • 2003-09-10
    • EP03380029.3
    • 2003-02-17
    • Danobat, S. Coop.
    • De Luis Vizcaino, Elias
    • B23B23/00
    • B23B23/00B23B2260/062
    • "A tailstock with automatic control of position and force which includes a base (1), a body (2) linked to said base (1), a movable spindle (3) with a centring point (7) for fixing a piece, a motor (5) moving the spindle (3), a rotary encoder (11) in said motor (5), a linear encoder (10) to determine the position of the spindle (3), a spring (8) housed in the spindle (3), and means to press the spring (8) when the centring point (7) is in contact with the piece, said tailstock being governed by a numeric control (12). The position of the spindle (3) is controlled by the rotary encoder (11) and by the linear encoder (10), and the pressure exerted by the centring point (7) against the piece is controlled by comparing the signal of the rotary encoder (11) with the signal of the linear encoder (10)."
    • “具有自动控制位置和力的尾架,其包括底座(1),与所述基座(1)连接的主体(2),具有用于固定件的定心点(7)的可动主轴(3) 马达(5)使主轴(3)移动,所述马达(5)中的旋转编码器(11),用于确定主轴(3)的位置的线性编码器(10),容纳在主轴 (3),当定心点(7)与零件接触时按压弹簧(8)的装置,所述尾座由数字控制(12)控制,主轴(3)的位置由 通过将旋转编码器(11)和线性编码器(10)的信号与线性编码器(10)的信号进行比较来控制通过旋转编码器(11)和线性编码器(10)的对中点(7) 10)。”