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    • 3. 发明授权
    • Multiple actuating-force shearing machine
    • 多功能剪切机
    • US08505426B2
    • 2013-08-13
    • US12676941
    • 2008-09-01
    • Peter ChristoforouMichael Trevor ClarkDavid EastwoodDavid StonecliffeShaun Tyas
    • Peter ChristoforouMichael Trevor ClarkDavid EastwoodDavid StonecliffeShaun Tyas
    • B26D5/12
    • B23D15/14Y10T83/0605Y10T83/8788Y10T83/8798Y10T83/8827Y10T83/8854Y10T83/8864
    • A method, and an apparatus, for operating a hydraulic shearing machine. For cutting a shearing-movement of at least one shear blade which is curved, starting from a starting-position under application of an overall actuating-force and for resetting of the shear blades which were moved for cutting to their starting-position after accomplishment of the shearing-movement, a reset-movement under application of an overall reset-force. The shearing-movement and the reset-movement are accomplished by a hydraulic actuating-mechanism comprising hydraulic cylinders, wherein the overall actuating-force and the overall reset-force being applied to the moved shear blades by at least one hydraulic cylinder of the actuating-mechanism. The magnitude of the overall actuating-force is adjustable by switching one or several hydraulic cylinders of the actuating-mechanism in and out of operation-mode. The method proposes that the positions of the curved shear blade are controlled by a control system by regulating the flow of hydraulic fluid to the hydraulic cylinders according to setpoints for a shear blade position versus time function and the overall actuating-force and overall reset-force requirements.
    • 一种用于操作液压剪切机的方法和装置。 为了切割至少一个弯曲的剪切刀片的剪切运动,在施加整个致动力的情况下从起始位置开始,并且在完成剪切刀片之后将剪切刀移动到其起始位置 剪切运动,在整个复位力的应用下的复位运动。 剪切运动和复位运动通过包括液压缸的液压致动机构来实现,其中整体致动力和整体复位力通过致动装置的至少一个液压缸施加到移动的剪切刀片上, 机制。 通过将致动机构的一个或多个液压缸切换到操作模式中,可以调节整个致动力的大小。 该方法提出,弯曲剪切叶片的位置由控制系统控制,通过根据剪切刀片位置对时间函数的设定点调节液压缸到液压缸的流量,以及整体致动力和总复位力 要求。
    • 4. 发明申请
    • MULTIPLE ACTUATING-FORCE SHEARING MACHINE
    • 多功能激光切割机
    • US20100229705A1
    • 2010-09-16
    • US12676941
    • 2008-09-01
    • Peter ChristoforouMichael Trevor ClarkDavid EastwoodDavid StonecliffeShaun Tyas
    • Peter ChristoforouMichael Trevor ClarkDavid EastwoodDavid StonecliffeShaun Tyas
    • B23D15/14B26D5/12
    • B23D15/14Y10T83/0605Y10T83/8788Y10T83/8798Y10T83/8827Y10T83/8854Y10T83/8864
    • A method, and an apparatus, for operating a hydraulic shearing machine. For cutting a shearing-movement of at least one shear blade which is curved, starting from a starting-position under application of an overall actuating-force and for resetting of the shear blades which were moved for cutting to their starting-position after accomplishment of the shearing-movement, a reset-movement under application of an overall reset-force. The shearing-movement and the reset-movement are accomplished by a hydraulic actuating-mechanism comprising hydraulic cylinders, wherein the overall actuating-force and the overall reset-force being applied to the moved shear blades by at least one hydraulic cylinder of the actuating-mechanism. The magnitude of the overall actuating-force is adjustable by switching one or several hydraulic cylinders of the actuating-mechanism in and out of operation-mode. The method proposes that the positions of the curved shear blade are controlled by a control system by regulating the flow of hydraulic fluid to the hydraulic cylinders according to setpoints for a shear blade position versus time function and the overall actuating-force and overall reset-force requirements.
    • 一种用于操作液压剪切机的方法和装置。 为了切割至少一个弯曲的剪切刀片的剪切运动,在施加整个致动力的情况下从起始位置开始,并且在完成剪切刀片之后将剪切刀移动到其起始位置 剪切运动,在整个复位力的应用下的复位运动。 剪切运动和复位运动通过包括液压缸的液压致动机构来实现,其中整体致动力和整体复位力通过致动装置的至少一个液压缸施加到移动的剪切刀片上, 机制。 通过将致动机构的一个或多个液压缸切换到操作模式中,可以调节整个致动力的大小。 该方法提出,弯曲剪切叶片的位置由控制系统控制,通过根据剪切刀片位置对时间函数的设定点调节液压缸到液压缸的流量,以及整体致动力和总复位力 要求。