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    • 1. 发明授权
    • Method and production line for machining a crankshaft
    • 曲轴加工方法及生产线
    • US09358605B2
    • 2016-06-07
    • US14117812
    • 2012-05-16
    • Erwin Junker
    • Erwin Junker
    • B23C3/06B21H7/18B23B5/18B23B29/24B24B5/42B24B51/00
    • B21H7/185B23B5/18B23B29/248B23B2215/20B24B5/42B24B51/00Y10T29/17Y10T29/49286
    • A method for completely machining at least unprocessed centric journals (10) and crankpin journals (11), and the respective flat shoulders (9, 10) thereof surrounding the journals, of flanged or cast blanks of a crankshaft first includes turning the flat shoulders (9) associated with the journals (10). Then, the centric journals (10) are roughly ground without the flat shoulders (9) thereof and the crankpin journals (11) are roughly ground together with the flat shoulders (12) thereof. After the journals (10, 11) have been roughly ground, an allowance remains that is smaller than an allowance required for common finish grinding of journals and flat shoulders. The rough grinding is followed by the finish grinding of the centric journals (10) and the crankpin journals (11) from the smaller allowance (23) remaining due to the rough grinding to the final dimension.
    • 首先,完全加工至少未加工的中心轴颈(10)和曲柄销轴颈(11)以及围绕轴颈的相应的平台(9,10),曲轴的凸缘或铸坯坯件首先包括转动平的肩部 9)与期刊(10)相关联。 然后,中心轴颈(10)在没有其平坦的肩部(9)的情况下大致磨削,并且曲柄销轴颈(11)与其平坦的肩部(12)一起粗磨。 期刊(10,11)已经大致磨合之后,还有一个比普通打磨期刊和平肩所需要的津贴小的津贴。 粗磨后,由于粗磨至最终尺寸,剩余的较小的余量(23)对中心轴颈(10)和曲柄销轴颈(11)进行精磨。
    • 5. 发明申请
    • Procedure for Deep Rolling Crankshafts
    • 深辊曲轴程序
    • US20080196465A1
    • 2008-08-21
    • US11886683
    • 2006-02-01
    • Ralf FreitagRoland HeffeAlfred HeimannTheo NijssenFrank RistersJuergen Winnertz
    • Ralf FreitagRoland HeffeAlfred HeimannTheo NijssenFrank RistersJuergen Winnertz
    • B21K1/08B21B37/18
    • B21H7/185B23P9/02B24B5/42B24B39/045B24B49/00C21D7/08
    • The invention relates to a method for deep rolling the passes or radii on the transitions between journal and cheeks or flanges of crankshafts by means of a deep rolling device (1) of a deep rolling machine, said deep rolling device having a lazy tongs-type design. The deep rolling device (1) has two tongs arms (2, 3) that are articulated to each other via a pivot joint (24). The corresponding outer ends (4, 5, 9, 10) of the tongs arms (2, 3) are provided with a deep rolling tool (6) or a force generator (11) for generating the deep rolling force. A measuring tape (18) and a sensor (19) which are provided on the pivot joint (24) are used to measure the impression depth of the deep rolling rollers (12) under the effect of the deep rolling force. A measuring device (22) mounted on the exterior (21) of a tongs arm (2) is used to measure the degree by which the tongs arm (2) bends under the effect of the deep rolling force.
    • 本发明涉及一种用于通过深轧机的深轧装置(1)在轴颈和颊板或曲轴的凸缘之间的过渡部上深加工通道或半径的方法,所述深冲压装置具有惰性钳型 设计。 深滚动装置(1)具有通过枢转接头(24)彼此铰接的两个夹钳臂(2,3)。 夹钳臂(2,3)的对应的外端(4,5,9,10)设置有用于产生深度滚动力的深度滚动工具(6)或力发生器(11)。 设置在枢转接头(24)上的测量带(18)和传感器(19)用于在深轧力的作用下测量深轧辊(12)的压印深度。 安装在钳臂(2)的外部(21)上的测量装置(22)用于测量夹钳臂(2)在深度滚动力的作用下弯曲的程度。
    • 6. 发明申请
    • Roll-hardening device in a roll-hardening machine for crankshafts
    • 用于曲轴的辊式硬化机中的辊淬硬装置
    • US20050066699A1
    • 2005-03-31
    • US10501793
    • 2002-12-10
    • Siegfried Bagusche
    • Siegfried Bagusche
    • B21H7/18B24B39/04B21D3/02
    • B21H7/185B24B39/04Y10T29/17
    • The deep-rolling device (8) of a deep-rolling machine (1) for crankshafts (3) is made in scissor construction. Two swivellable scissor arms (9, 10) opposite each other each carry a deep-rolling roller head (13) or a backing roller head (14) respectively. The backing roller head (14) is fitted with two parallel-axis backing rollers, the rotational axes of which lie in a common plane. The backing roller head (14) also has an axial guide which is arranged in front of the backing rollers in swivel direction (35) for closing, the longitudinal axis of which guide stands perpendicular to the rotational axis of the crankshaft (3) and lies in a plane which forms an acute angle with the common plane of the rotational axes of the backing rollers, and the axial width of which is greater than the width of the backing roller head (14) and slightly smaller than the distance of adjacent oil collars of a main bearing journal or big end bearing journal.
    • 用于曲轴(3)的深轧机(1)的深轧装置(8)以剪式结构制成。 相互相对的两个可旋转的剪刀臂(9,10)分别承载着一个深辊辊头(13)或一个支承辊头(14)。 背衬辊头(14)装配有两个平行轴支承辊,其旋转轴位于公共平面中。 背衬辊头(14)还具有轴向引导件,其被布置在旋转方向(35)上用于关闭的背衬辊的前面,该导向件的纵向轴线垂直于曲轴(3)的旋转轴线并且位于 在与支承辊的旋转轴线的共同平面形成锐角的平面中,其轴向宽度大于背衬辊头(14)的宽度并且略小于相邻油套的距离 主轴承轴承或大端轴承轴颈。