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    • 1. 发明授权
    • Round die type form rolling apparatus
    • 圆形型轧机
    • US06418767B2
    • 2002-07-16
    • US09895313
    • 2001-07-02
    • Toshinaka ShinbutsuMinoru YoshizawaShuichi AmanoKatsuyuki NakataHiroshi YoshikawaHiroshi Okino
    • Toshinaka ShinbutsuMinoru YoshizawaShuichi AmanoKatsuyuki NakataHiroshi YoshikawaHiroshi Okino
    • B21H502
    • B21H1/00
    • A round die type form rolling apparatus comprises: a pair of die moving blocks 15a, 15b rotatably supporting a pair of round dies 12a, 12b; four beam shafts 19 disposed around the rolling position of a work 33 being rolled by the round dies 12a, 12b and extending between the pair of die moving blocks 15a, 15b; and a push mechanism 20 for moving the pair of die moving blocks 15a, 15b toward each other. The die moving blocks 15a, 15b are moved, guided by the beam shafts 19, toward each other and the reaction forces generated between a pair of the round dies 12a, 12b by the rolling pressure are shared by the beam shafts 19 to prevent the round dies from escaping outwardly upwardly due to the reaction force from the work that is generated when the rolling pressure is applied to the work. This arrangement improves the machining precision of the work.
    • 一种圆模式轧制设备,包括:一对可移动地支撑一对圆形模具12a,12b的模具移动块15a,15b; 四个光束轴19设置在工件33的滚动位置周围,被圆形模具12a,12b卷绕并在一对模具移动块15a,15b之间延伸; 以及用于将一对模具移动块15a,15b朝向彼此移动的推动机构20。 模具移动块15a,15b由梁轴19引导彼此移动,并且通过轧制压力在一对圆形模具12a,12b之间产生的反作用力被梁轴19共享,以防止圆形 由于当轧制压力施加到工件时产生的作用的反作用力,模具向外向外逸出。 这种布置提高了加工的加工精度。
    • 2. 发明授权
    • Method of rolling worm gear and the worm gear
    • 蜗轮蜗杆蜗杆蜗杆传动方法
    • US06915673B2
    • 2005-07-12
    • US10333921
    • 2002-06-20
    • Toshinaka ShinbutsuMinoru YoshizawaShuichi AmanoKenji Ito
    • Toshinaka ShinbutsuMinoru YoshizawaShuichi AmanoKenji Ito
    • B21H5/00F16H55/22B21H3/04
    • B21H5/005F16H55/22Y10T29/49471
    • A worm is formed by rolling to reduce the number of processing steps while ensuring the worm accuracy satisfactorily. A work material is positioned between a first rolling die (100) and a second rolling die (101) by rotation of the rolling dies and a servomotor (76) for feeding the work material. When the lead angle of a worm is large and there is a large difference between the finished diameter and the blank diameter, the lead angle changes during the progress of rolling process, resulting in occurrence of through-feed. A slide plate (55) is freely slidable on a slide (53). Therefore, when through-feed occurs owing to the lead angles of the first and second rolling dies (100) and (101) and the workpiece, the slide plate (55) slides freely, and this is detected with a detecting sensor. The rotation of the first and second rolling dies (100) and (101) is stopped. Then, the first and second rolling dies (100) and (101) initiate reverse rotation, and at the same time, the slide plate (55) also initiates movement in the reverse direction. Thus, rolling is started. Thereafter, similar processing is repeated to perform rolling.
    • 通过滚动形成蜗杆以减少加工步骤的数量,同时确保蠕虫精度令人满意。 工件通过滚动模的转动和用于供给工件的伺服电动机(76)而位于第一轧制模(100)和第二轧模(101)之间。 当蜗杆的导程角较大时,成品直径与坯料直径之间存在较大差异时,导辊角度在轧制过程中发生变化,导致通过进给。 滑板(55)可在滑块(53)上自由滑动。 因此,当由于第一和第二轧制模具(100)和(101)和工件的引导角度而产生贯通进给时,滑板(55)自由滑动,并且用检测传感器检测。 停止第一和第二轧制模具(100)和(101)的旋转。 然后,第一和第二轧制模具(100)和(101)启动反向旋转,同时滑板(55)也开始相反方向的移动。 因此,开始滚动。 此后,重复类似的处理以进行滚动。