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    • 21. 发明申请
    • MACHINE CONTROL FOR A NUMERICALLY CONTROLLED MACHINE TOOL
    • 数控机床控制
    • US20100161107A1
    • 2010-06-24
    • US12635112
    • 2009-12-10
    • Gregor KAPPMEYERWolfgang PIECZEIT
    • Gregor KAPPMEYERWolfgang PIECZEIT
    • G05B19/404
    • G05B19/4065B23Q15/12G05B19/404G05B2219/49176
    • On a numerically controlled machine tool a sub-program is integrated into the given program for controlling the machine tool by which a periodic change of at least one cutting tool parameter is effected in one processing cycle, or also in several processing cycles, or in certain length and diameter zones of the workpiece characterized by tool vibrations and leading to inferior workpiece quality. By way of the periodic cutting parameter change, self-excited tool vibrations are avoided in these sensitive machining areas, thereby enabling tool wear to be reduced and workpiece quality improved. Furthermore, this intervention into the machining program is documentable and identically reproducible for each workpiece—independently of the expertise and personal judgement of the operator.
    • 在数控机床上,子程序被集成到给定的程序中,用于控制机床,通过该机床在至少一个切削刀具参数的周期性变化中在一个处理循环中或者在几个处理循环中进行 工件长度和直径区域,其特征在于工具振动并导致较差的工件质量。 通过周期性切割参数变化,在这些敏感加工区域避免了自激刀具的振动,从而降低了刀具磨损,提高了工件质量。 此外,这种对加工程序的干预是可记录的,并且对于每个工件都是可重现的,而与操作者的专业知识和个人判断无关。
    • 22. 发明申请
    • POSITION CONTROLLING DEVICE
    • 位置控制装置
    • US20090112376A1
    • 2009-04-30
    • US12247771
    • 2008-10-08
    • Satoshi Eguchi
    • Satoshi Eguchi
    • G05D1/02
    • G05B19/404G05B2219/49176
    • A structure is provided in which a thrust feed forward structure for operating a structure to be driven without vibration and a control structure which simultaneously compensates for positional deviation caused by the thrust feed forward structure and positional deviation caused by a base displacement are included in a position controlling device (3). Alternatively, a structure is provided in which an acceleration and deceleration process for realizing response of the position of the structure to be driven and base displacement without vibration and a control structure which determines a feed forward amount with respect to a position instruction value after the acceleration and deceleration process are provided to the position controlling device.
    • 提供一种结构,其中用于操作无振动的结构的推进前馈结构和同时补偿由推力前馈结构引起的位置偏差和由基座位移引起的位置偏差的控制结构包括在位置 控制装置(3)。 或者,提供一种结构,其中实现用于实现待驱动结构的位置的响应的加速和减速过程以及没有振动的基座位移以及相对于加速之后的位置指令值确定前馈量的控制结构 并且向位置控制装置提供减速处理。
    • 24. 发明申请
    • TANDEM POSITION CONTROL DEVICE
    • 标准位置控制装置
    • US20160274563A1
    • 2016-09-22
    • US15072865
    • 2016-03-17
    • OKUMA Corporation
    • Satoshi EGUCHI
    • G05B19/19H02P5/00
    • G05B19/19G05B19/404G05B2219/41426G05B2219/42062G05B2219/49176H02P5/747
    • A position control device for driving one control target, using two drive shafts, has position control units provided to the respective drive shafts. Each position control unit includes a calculation unit for calculating a torque command value before compensation, a deflection vibration reduction torque compensator for calculating a deflection torque estimate and calculating a deflection vibration reduction torque compensation amount, based on the deflection torque estimate and a deflection vibration reduction compensation gain, and a compensator gain calculation unit for outputting, upon receipt of a tandem control command, to the deflection vibration reduction torque compensator, a signal for outputting the deflection vibration reduction torque compensation amount and calculating the deflection vibration reduction compensation gain, and the each of the position control units outputs a value obtained by adding the deflection vibration reduction torque compensation amount to the torque command value before compensation as the torque command value.
    • 使用两个驱动轴驱动一个控制对象的位置控制装置具有设置在各个驱动轴上的位置控制单元。 每个位置控制单元包括用于计算补偿前的转矩指令值的计算单元,用于计算偏转扭矩估计的偏转减振转矩补偿器,并且基于偏转扭矩估计和偏转减振来计算偏转减振转矩补偿量 补偿增益计算单元,用于在接收到串联控制命令时向偏转减振转矩补偿器输出用于输出偏转减振转矩补偿量并计算偏转减振补偿增益的信号,以及补偿增益计算单元 每个位置控制单元输出通过将偏转减振转矩补偿量与补偿前的转矩指令值相加作为转矩指令值而获得的值。
    • 25. 发明授权
    • Position controlling device
    • 位置控制装置
    • US08082048B2
    • 2011-12-20
    • US12247771
    • 2008-10-08
    • Satoshi Eguchi
    • Satoshi Eguchi
    • G05B11/32G05B11/02G05D1/02
    • G05B19/404G05B2219/49176
    • A structure is provided in which a thrust feed forward structure for operating a structure to be driven without vibration and a control structure which simultaneously compensates for positional deviation caused by the thrust feed forward structure and positional deviation caused by a base displacement are included in a position controlling device (3). Alternatively, a structure is provided in which an acceleration and deceleration process for realizing response of the position of the structure to be driven and base displacement without vibration and a control structure which determines a feed forward amount with respect to a position instruction value after the acceleration and deceleration process are provided to the position controlling device.
    • 提供一种结构,其中用于操作无振动的结构的推进前馈结构和同时补偿由推力前馈结构引起的位置偏差和由基座位移引起的位置偏差的控制结构包括在位置 控制装置(3)。 或者,提供一种结构,其中实现用于实现待驱动结构的位置的响应的加速和减速过程以及没有振动的基座位移以及相对于加速之后的位置指令值确定前馈量的控制结构 并且向位置控制装置提供减速处理。
    • 26. 发明授权
    • Positioning control method
    • 定位控制方法
    • US06975086B1
    • 2005-12-13
    • US09914849
    • 2000-03-02
    • Hideki HondaRyuichi OguroShuang-Hui Hao
    • Hideki HondaRyuichi OguroShuang-Hui Hao
    • G05B5/01G05B11/01
    • G05B5/01G05B2219/41122G05B2219/49176
    • A pre-compensator is provided based on a definition of abase vibration model having a motor transfer function 1 for generating motor displacement 12 from an input that is the sum of input torque and a table propelling force 10 multiplied with a reducer and Cartesian-to-polar coordinate transformation constant 14, a table transfer function 14 for multiplying a deviation 11 between an output that is the motor displacement multiplied with a reducer and polar-to-Cartesian coordinate transformation constant 2 and table displacement with a table-displacement-to-force conversion spring constant 3 to generate the table propelling force 10 and to output table displacement 7, and a base driving transfer function 5 for generating base displacement by multiplying base displacement 9 with a base-displacement-to-force conversion spring coefficient 6 and inputting the same with the table propelling force, table displacement 8 being generated from a difference between the table displacement and the base displacement.
    • 基于具有电动机传递函数1的电动机传递函数1的预先补偿器,该电动机传递函数1是从作为输入转矩之和的输入和与减速器相乘的表推进力10的笛卡尔乘数之和产生电动机位移12, 极坐标变换常数14,用于将作为与减速器相乘的电动机位移的输出与极坐标至笛卡尔坐标变换常数2的偏差11与表位移到力的表移位相乘的表传递函数14 转换弹簧常数3以产生台推进力10并输出工作台位移7;以及基座驱动传递函数5,用于通过将基座位移9与基座位移力转换弹簧系数6相乘来产生基座位移,并输入 与台面推进力相同,台面位移8由台面位移与之间的差异产生 基地位移。