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    • 63. 发明授权
    • Flying saw apparatus
    • 飞锯机
    • US4444077A
    • 1984-04-24
    • US305715
    • 1981-09-25
    • Robert J. WiseJames P. Petermann
    • Robert J. WiseJames P. Petermann
    • B23D45/20B23Q7/00B27B5/06B23D45/18
    • B23D45/20B23Q7/007Y10T83/4653Y10T83/4679Y10T83/4734Y10T83/476
    • A flying saw apparatus for severing a predetermined length of material from a continuously moving length of material is disclosed. A saw carriage is supported on a main frame assembly for reciprocating motion parallel to the direction of motion of the material. The saw carriage includes a saw bridge which extends transversely of the direction of motion of the saw carriage and is movable upwardly and downwardly. A saw shuttle, which carries a circular saw, is supported for reciprocating motion on the saw bridge. The saw carriage is connected through a drive mechanism to the main power drive of the material conveyor preceding the flying saw apparatus. The reciprocating motion of the saw carriage is transferred to reciprocating transverse motion of the saw shuttle by a rack and pinion mechanism.
    • 公开了一种用于从连续移动的材料长度切断预定长度的材料的飞锯设备。 锯架支撑在主框架组件上,用于与材料的运动方向平行的往复运动。 锯架包括锯桥,其横向于锯架的运动方向延伸并且可上下移动。 载有圆锯的锯床支撑在锯桥上往复运动。 锯架通过驱动机构连接到飞锯设备之前的材料输送机的主动力驱动器。 锯架的往复运动通过齿条和小齿轮机构传递到锯床的往复横向运动。
    • 66. 发明授权
    • Electrohydraulically controlled cut off saw
    • 电液控制切断锯
    • US3919906A
    • 1975-11-18
    • US46377174
    • 1974-04-24
    • CHASE BRASS & COPPER CO
    • LAW ANTHONY G
    • B23D45/20B23D25/04B23D25/16B23D45/22
    • B23D45/20Y10T83/4679Y10T83/4682Y10T83/476Y10T83/54
    • An electrohydraulically controlled cut off saw for accurate cutting of continuously moving stock traveling at a high rate of speed. The cut off saw includes a carriage movable in a forward direction the same as the direction of travel of the stock and in a reverse direction opposite to the direction of travel of the stock. Acceleration, deceleration, and movement of the carriage in both the forward and reverse directions is controlled in response to sensed movement of the stock by the control system. A multiple pressure hydraulic source supplies hydraulic fluid to a cylinder for moving the carriage in such a manner that the pressure of the fluid to the cylinder is lower during acceleration and deceleration than during normal movement of the carriage. A unique selectively latchable follower pivoted to the carriage, cooperates with a cam to traverse the saw carriage to cut the stock during forward movement of the carriage. The latch is disabled during reverse movement of the carriage so there is no cutting movement of the carriage when the carriage returns to its start or home position. The stock is clamped during cutting by a clamp on the carriage. A manual control provides for manually controlling movement of the carriage to a set-up position while maintaining the electrohydraulic system in synchronism.
    • 一种电液控切割锯,用于精确切割以高速度行驶的连续移动的坯料。 切断锯包括可沿着向前方向移动的托架,该托架可以与坯料的行进方向相同,并且沿与坯料的行进方向相反的方向移动。 响应于由控制系统检测到的原料的移动,控制滑架在正向和反向方向上的加速,减速和运动。 多压力液压源将液压流体供应到用于使滑架移动的气缸,使得在加速和减速期间流体与气缸的压力比在滑架的正常运动期间更低。 一个独特的可选择的可闩锁的随动件枢转到滑架,与凸轮配合以横越锯架,以在托架的向前运动期间切割坯料。 在滑架的反向运动期间,闩锁被禁用,因此当滑架返回到其起始位置或起始位置时,滑架没有切割运动。 在切割期间通过托架上的夹具夹紧原料。 手动控制提供手动控制滑架到安装位置的运动,同时保持电动液压系统同步。