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    • 61. 发明申请
    • PRESS MACHINE CONTROLLER
    • 压机控制器
    • US20110006719A1
    • 2011-01-13
    • US12762724
    • 2010-04-19
    • Tadashi OKITAHiroyuki KAWAMURAKouki KAMETA
    • Tadashi OKITAHiroyuki KAWAMURAKouki KAMETA
    • G05B19/29
    • B30B15/14B30B1/14B30B15/26
    • A press machine controller (10) for controlling a press machine (30) having a servo motor (41) to drive a slide (38) via a reduction mechanism (37) changed in reduction ratio in accordance with the position of the slide (38) is disclosed. The device includes a command generator (20) for generating at least one of a position command, a speed command and a torque command for the servo motor (41); a vibration command generator (13) for generating a vibration command based on a parameter preset for the press machine controller (10); a slide position detector (12) for detecting the position of the slide (38); and a vibration command adding portion (21, 22, 23) for adding the vibration command to any one of the position command, the speed command and the torque command for the servo motor (41) in the case where the slide position is in a predetermined range. The press machine, even if stopped with the slide at the bottom dead center, can be restarted with a small torque.
    • 一种用于控制具有伺服电动机(41)的压力机(30)的压力机控制器(10),用于经由减速机构(37)驱动滑块(38),所述减速机构(37)根据滑块(38)的位置而变化 )被公开。 该装置包括用于产生伺服电动机(41)的位置指令,速度指令和转矩指令中的至少一个的指令发生器(20)。 振动指令发生器,用于根据为压机设备控制器预设的参数产生振动指令; 用于检测滑块(38)的位置的滑动位置检测器(12); 以及振动指令加法部(21,22,23),用于在所述滑动位置处于所述位置命令,所述速度指令和所述伺服电动机(41)的转矩指令中的任一个中添加所述振动指令 预定范围。 即使在下死点的滑动件停止的情况下,也可以以小的扭矩重新启动。
    • 62. 发明授权
    • Device and method for controlling machine tool
    • 机床控制装置及方法
    • US07847502B2
    • 2010-12-07
    • US12003818
    • 2008-01-02
    • Yasusuke IwashitaTadashi OkitaHiroyuki KawamuraChengbin Ma
    • Yasusuke IwashitaTadashi OkitaHiroyuki KawamuraChengbin Ma
    • G05B19/10
    • G05B19/404G05B2219/49177G05B2219/49313G05B2219/50174
    • A device for controlling a feed motion of a feed control axis and a rotary motion of a rotary control axis, both axes being provided in a machine tool so that the rotary control axis is fed along the feed control axis. The device includes an interference estimating section estimating an interference generated between the feed control axis and the rotary control axis, based on a position command instructed to at least one of the feed control axis and the rotary control axis and a position and mass information of an eccentric load carried by the rotary control axis; and a command correcting section correcting a current command given to at least one of the feed control axis and the rotary control axis, based on the interference estimated by the interference estimating section.
    • 用于控制进给控制轴的进给运动和旋转控制轴的旋转运动的装置,两个轴设置在机床中,使得旋转控制轴沿进给控制轴进给。 该装置包括:干涉估计部,基于指示给进给控制轴和旋转控制轴的至少一个的位置指令,以及基于所述进给控制轴和旋转控制轴的位置和质量信息,估计在所述进给控制轴与所述旋转控制轴之间产生的干扰 由旋转控制轴承载的偏心负载; 以及命令校正部,基于由所述干扰估计部估计出的干扰,校正给予所述进给控制轴和所述旋转控制轴中的至少一个的电流指令。
    • 63. 发明授权
    • Motor control apparatus
    • 电机控制装置
    • US07843152B2
    • 2010-11-30
    • US11938055
    • 2007-11-09
    • Yasusuke IwashitaTadashi OkitaHiroyuki KawamuraSatoshi Ikai
    • Yasusuke IwashitaTadashi OkitaHiroyuki KawamuraSatoshi Ikai
    • H02P5/00
    • H02P31/00G05B2219/34445
    • A motor control apparatus comprises a control processing unit (3) creating a motor drive command, power supply processing units (2A to 2D) supplying a driving voltage to a motor, and a signal relay processing unit (4) supplying the motor drive command received from unit (3) to power supply processing units (2A to 2D). Control processing unit (3) transmits a preparation request flag to power supply processing units (2A to 2D) via signal relay processing unit (4), which includes a preparation complete flag register storing preparation complete flags each transmitted from each of power supply processing units (2A to 2D) to indicate the completion of preparation for supplying power to the motor, and transmits a preparation complete flag enabled state to control processing unit (3) if contents of the preparation complete flag register indicate that the preparation is completed in all units (2A to 2D).
    • 电动机控制装置包括:产生电动机驱动指令的控制处理单元(3);向电动机供给驱动电压的电源处理单元(2A〜2D);以及供给接收到的电动机驱动指令的信号继电器处理单元 从单元(3)到电源处理单元(2A至2D)。 控制处理单元(3)经由信号中继处理单元(4)向电源处理单元(2A至2D)发送准备请求标志,该单元包括从每个电源处理单元发送的准备完成标志寄存器存储准备完成标志 (2A至2D),以指示完成向电动机供电的准备,并且如果准备完成标记寄存器的内容指示所有单元的准备完成,则向控制处理单元(3)发送准备完成标志使能状态 (2A〜2D)。
    • 64. 发明授权
    • Control apparatus of servo motor
    • 伺服电机控制装置
    • US07791305B2
    • 2010-09-07
    • US12007945
    • 2008-01-17
    • Yasusuke IwashitaTadashi OkitaHiroyuki Kawamura
    • Yasusuke IwashitaTadashi OkitaHiroyuki Kawamura
    • G05B11/32
    • G05B19/19
    • The control apparatus 10 of a servo motor of the present invention has a position control unit 11 controlling the position of a servo motor 33, a speed control unit 12 controlling a speed of the servo motor 33, a distributing unit 13 dividing the speed command output by the position control unit 11 into a filtered part Vf which is filtered to suppress vibration and a nonfiltered part Vnf, a filtering unit 14 receiving as input the filtered part Vf and filtering and outputting the filtered part Vf, and an adder unit 15 adding the filtered part Vf filtered by the filtering unit 14 and the nonfiltered part Vnf and outputting the result to the speed control unit 12.
    • 本发明的伺服电动机的控制装置10具有控制伺服电动机33的位置的位置控制单元11,控制伺服电动机33的速度的速度控制单元12,分配速度指令输出 通过位置控制单元11变换为被滤波以滤除振动的滤波器部分Vf和非滤波部分Vnf;滤波单元14,接收滤波部分Vf作为输入,并滤波并输出滤波部分Vf;以及加法器单元15, 滤波部分Vf由滤波单元14和非滤波部分Vnf滤波,并将结果输出到速度控制单元12。
    • 65. 发明申请
    • CONTROLLER FOR CALCULATING ELECTRIC POWER CONSUMPTION OF INDUSTRIAL MACHINE
    • 计算工业机械电力消耗的控制器
    • US20100117568A1
    • 2010-05-13
    • US12610122
    • 2009-10-30
    • Yasusuke IWASHITATadashi OKITAHiroyuki KAWAMURAJunichi TEZUKAKenta YAMAMOTO
    • Yasusuke IWASHITATadashi OKITAHiroyuki KAWAMURAJunichi TEZUKAKenta YAMAMOTO
    • H02P21/14H02P29/00
    • H02P21/14G01R31/343H02P2205/03
    • A controller of an industrial machine provided with an electric motor, a peripheral apparatus and an amplifier for the motor. The controller includes a motor power-consumption calculation section calculating motor power consumption by multiplying a motor current detection value, a motor rotation-speed detection value and a predetermined motor torque constant together; a power loss calculation section calculating sum power loss of the motor and amplifier by adding motor power loss determined by multiplying a square of the motor current detection value by a predetermined motor winding-resistance value, amplifier power loss determined by multiplying the motor current detection value by a predetermined amplifier power-loss coefficient, and predetermined fixed amplifier power consumption together; a fixed power-consumption calculation section calculating fixed power consumption of the peripheral apparatus; and a total power-consumption calculation section determining total power consumption of the industrial machine in a predetermined time period by integrating, for the time period, the calculated motor power consumption, the calculated sum power loss and the calculated fixed power consumption.
    • 具有电动机的工业机器的控制器,用于电动机的外围设备和放大器。 控制器包括电动机功率消耗计算部分,通过将电动机电流检测值,电动机转速检测值和预定电动机转矩常数相乘来计算电动机功率消耗; 功率损耗计算部,通过将通过将电动机电流检测值的平方乘以预定的电动机绕组电阻值而确定的电动机功率损耗来计算电动机和放大器的总功率损耗,通过将电动机电流检测值 通过预定的放大器功率损耗系数和预定的固定放大器功率消耗; 计算所述周边设备的固定功耗的固定功耗计算部; 以及总功耗计算部,其通过在计算出的电动机功率消耗,计算出的总功率损耗和计算出的固定功率消耗的时间段中,对预定时间段内的工业机器的总耗电量进行积分。
    • 66. 发明授权
    • Machine having movable unit to be controllably driven by servo motor
    • 具有由伺服电机可控地驱动的可动单元的机器
    • US07638964B2
    • 2009-12-29
    • US11498041
    • 2006-08-03
    • Hiroyuki AbeToshiyuki OgataHiroyuki Kawamura
    • Hiroyuki AbeToshiyuki OgataHiroyuki Kawamura
    • B23Q15/00G05B19/404G05B23/02
    • G05B19/4062G05B2219/37626G05B2219/37632
    • A speed region of a motor is divided into a region lower than a first switch speed VS1, a region higher than a second switch speed VS2 and a region between the first and second switch speeds. An abnormal load determination level to be compared with an estimated load obtained by an observer is set for each of the regions. An abnormal load determination level AL4 applied when an acceleration exceeds a threshold value is set. The abnormal load determination level AL4 is used for comparison with the estimated load until a predetermined period of time elapses after the acceleration to be commanded to the motor, which once exceeded the threshold level, drops. In other cases, the estimated load is compared with the abnormal load determination level having a value according to the speed. If the estimated load exceeds the compared abnormal load determination level, it is judged that a collision is detected.
    • 电动机的速度区域被分成低于第一开关速度VS1,高于第二开关速度VS2的区域和第一和第二开关速度之间的区域。 针对每个区域设定要与观察者获得的估计负载进行比较的异常负载确定水平。 设定加速度超过阈值时施加的异常负荷判定水平AL4。 异常负载确定电平AL4用于与估计的负载进行比较,直到在超过阈值电平的电动机被命令的加速之后经过预定时间段时。 在其他情况下,将估计负载与根据速度具有值的异常负载确定水平进行比较。 如果估计负载超过比较的异常负载判定水平,则判断为检测到碰撞。
    • 70. 发明授权
    • Die cushion mechanism, and device and method for controlling the same
    • 模具缓冲机构及其控制装置及方法
    • US07506530B2
    • 2009-03-24
    • US11478633
    • 2006-07-03
    • Yasusuke IwashitaTadashi OkitaHiroyuki KawamuraSatoshi Ikai
    • Yasusuke IwashitaTadashi OkitaHiroyuki KawamuraSatoshi Ikai
    • B21J9/18
    • B21D24/02G05B19/416G05B2219/42087G05B2219/45137
    • A device for controlling a die cushion mechanism including a servo-motor as a drive source and producing a force adapted to be applied to a slide in a press machine. The device includes a section for commanding a force to be produced by the die cushion mechanism; a section for detecting a force produced by the die cushion mechanism and applied to the slide; a section for detecting a moving speed of the slide; and a section for executing a force control on the servo-motor. The force controlling section executes force controls in mutually different modes on the servo-motor, through mutually different control loops, one mode being provided for an initial stage defined from an instant when the die cushion mechanism starts producing the force to be applied to the slide until a predetermined subsequent instant, and another mode being provided for a succeeding stage defined after the predetermined subsequent instant, by using at least a slide-speed detected value detected by the slide-speed detecting section. The force controlling section includes a section for preparing a first speed-command value to be commanded to the servo-motor in the initial stage and a second speed-command value, different from the first speed-command value, to be commanded to the servo-motor in the succeeding stage.
    • 一种用于控制模具缓冲机构的装置,其包括作为驱动源的伺服电动机,并且产生适于施加到冲压机中的滑块的力。 该装置包括用于指示由模具缓冲机构产生的力的部分; 用于检测由所述模具缓冲机构产生并施加到所述滑块的力的部分; 用于检测滑块的移动速度的部分; 以及用于在伺服电动机上执行力控制的部分。 力控制部通过相互不同的控制回路在伺服电动机上以相互不同的模式执行力控制,一个模式被提供用于从模具缓冲机构开始产生施加到滑块的力的时刻开始的初始阶段 直到预定的后续时刻,并且通过至少使用由滑动速度检测部检测到的滑动速度检测值,为在预定的后续时刻之后定义的后续阶段提供另一模式。 力控制部包括用于准备要在初始阶段对伺服电动机指令的第一速度指令值和与第一速度指令值不同的第二速度指令值的部分,以指令伺服 在接下来的阶段。