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    • 1. 发明授权
    • Numerical control apparatus
    • 数控装置
    • US06397123B1
    • 2002-05-28
    • US09320285
    • 1999-06-02
    • Hidehiro MiyajimaTeruo MasudaEiji GenmaKouji Yamamuro
    • Hidehiro MiyajimaTeruo MasudaEiji GenmaKouji Yamamuro
    • G06F1900
    • G05B19/408
    • A single machining program including turning and milling program steps together with a turning mode command or a milling mode command is stored in a program memory. When the turning mode command is read out from the program, a numerical control apparatus analyzes the program according to a G code architecture for lathe by numerical controller #1 for turning to control servo motors and a spindle motor. When the milling mode command is read out from the program, the apparatus analyzes the program according to the G code architecture for milling by a numerical controller #2 for milling to control the servo motors and the spindle motor.
    • 包括车削和铣削程序步骤以及转向模式命令或铣削模式命令的单个加工程序存储在程序存储器中。 当从程序中读出转向模式命令时,数控装置根据用于转向控制伺服电动机和主轴电动机的数字控制器#1的用于车床的G代码结构对程序进行分析。 当从程序中读出铣削模式命令时,该装置根据用于铣削的数字控制器#2进行铣削的G代码架构来分析程序,以控制伺服电机和主轴电机。
    • 2. 发明授权
    • Numerical control device
    • 数控装置
    • US06591148B1
    • 2003-07-08
    • US09584475
    • 2000-06-01
    • Teruo MasudaEiji GenmaKen Yasuda
    • Teruo MasudaEiji GenmaKen Yasuda
    • G06F1900
    • G05B19/406G05B19/184G05B2219/42215G05B2219/45218G05B2219/50195Y02P90/265Y10T409/405425
    • A numerical control device for synchronously controlling the movement of a plurality of axes of a machine by repeatedly controlling a cyclic motion. An axis of the machine is designed to stop at a predetermined position upon the occurrence of an emergency stop. To achieve this stop position, an amount of retraction is set up to a position where a tool of machine does not interfere with a work piece or other obstacles. When an emergency stop signal is entered during a binary operation, because of an occurrence of an abnormality, a movement control amount for each period, corresponding to a set amount of retraction, is added to the movement control amount for each period of the binary operation and the axis is thereby driven by the resultant modified movement control amount. The binary operation is stopped upon the reaching of the stop position, and the tool can be held at this retracted position, by the set amount of retraction. Thus, the tool can be retraced to a predetermined position where it does not interfere with either a work piece or another obstacle.
    • 一种用于通过重复地控制循环运动来同步地控制机器的多个轴的运动的数字控制装置。 机器的轴线被设计成在发生紧急停止时停止在预定位置。 为了达到这个停止位置,将一定数量的退回设置到机器的工具不干扰工件或其它障碍物的位置。 当在二进制操作期间输入紧急停止信号时,由于发生异常,对于每个周期的移动控制量,相应于设定的撤回量,对于二进制运算的每个周期的移动控制量, 并且由此由所得到的改进移动控制量驱动该轴。 二进制操作在到达停止位置时停止,并且可以将工具保持在该缩回位置,设定回缩量。 因此,可以将工具回溯到不干扰工件或其他障碍物的预定位置。
    • 3. 发明授权
    • Numerical controller
    • 数控机
    • US07203568B2
    • 2007-04-10
    • US11154593
    • 2005-06-17
    • Eiji GenmaTakeshi Mochida
    • Eiji GenmaTakeshi Mochida
    • G06F19/00
    • G05B19/4068G05B2219/35287G05B2219/35304
    • A numerical controller which enables stroke limit check during a program check performed in a machine lock state and which can shorten the time required for the program check. The numerical controller has the function of checking a program while keeping a machine motion axis as a controlled object in an immovable state, and includes motion amount calculating means for analyzing the program to calculate an amount of movement of the machine motion axis, and updater means for updating machine coordinates by the motion amount of the machine motion axis calculated by the motion amount calculating means and storing the updated machine coordinates, wherein a motion area is checked based on the stored machine coordinates. Thus, even in the machine lock state, the machine coordinates are calculated, thereby permitting the stroke limit check to be performed during the program check.
    • 一种在机器锁定状态下执行程序检查期间能够进行行程限制检查并且可以缩短程序检查所需时间的数字控制器。 数值控制器具有在将机器运动轴保持为不可移动状态的受控对象的同时检查程序的功能,并且包括用于分析程序以计算机器运动轴的移动量的运动量计算装置,以及更新装置 用于通过由运动量计算装置计算的机器运动轴的运动量来更新机器坐标,并存储更新的机器坐标,其中基于存储的机器坐标来检查运动区域。 因此,即使在机器锁定状态下,也可以计算机器坐标,从而允许在程序检查期间执行行程限制检查。
    • 5. 发明申请
    • Numerical controller
    • 数控机
    • US20050283269A1
    • 2005-12-22
    • US11154593
    • 2005-06-17
    • Eiji GenmaTakeshi Mochida
    • Eiji GenmaTakeshi Mochida
    • B23Q15/00G05B19/4061G05B19/4068G05B19/4069G06F19/00
    • G05B19/4068G05B2219/35287G05B2219/35304
    • A numerical controller which enables stroke limit check during a program check performed in a machine lock state and which can shorten the time required for the program check. The numerical controller has the function of checking a program while keeping a machine motion axis as a controlled object in an immovable state, and includes motion amount calculating means for analyzing the program to calculate an amount of movement of the machine motion axis, and updater means for updating machine coordinates by the motion amount of the machine motion axis calculated by the motion amount calculating means and storing the updated machine coordinates, wherein a motion area is checked based on the stored machine coordinates. Thus, even in the machine lock state, the machine coordinates are calculated, thereby permitting the stroke limit check to be performed during the program check.
    • 一种在机器锁定状态下执行程序检查期间能够进行行程限制检查并且可以缩短程序检查所需时间的数字控制器。 数值控制器具有在将机器运动轴保持为不可移动状态的受控对象的同时检查程序的功能,并且包括用于分析程序以计算机器运动轴的移动量的运动量计算装置,以及更新装置 用于通过由运动量计算装置计算的机器运动轴的运动量来更新机器坐标,并存储更新的机器坐标,其中基于存储的机器坐标来检查运动区域。 因此,即使在机器锁定状态下,也可以计算机器坐标,从而允许在程序检查期间执行行程限制检查。
    • 6. 发明申请
    • Numerical controller
    • 数控机
    • US20070038328A1
    • 2007-02-15
    • US11502455
    • 2006-08-11
    • Katsuhiro EndouEiji Genma
    • Katsuhiro EndouEiji Genma
    • G06F19/00
    • G05B19/408G05B2219/33122G05B2219/36046G05B2219/36232
    • A numerical controller that can easily set parameter values related to servo control used within itself. Machine constants are set in the numerical controller. The numerical controller calculates the parameter values related to the servo control used in the numerical controller, from the set machine constants, and stores and sets them in a memory means within the numerical controller. The parameter values calculated are also fed to an output device such as a display device for an operator to check them. When a machine to be controlled by the numerical controller is determined, the machine constants can be easily obtained from the specifications or the like of the machine and set in the numerical controller. Since the numerical controller itself calculates and sets the parameter values related to the servo control, the setting can be easily carried out without full knowledge of the internal elements, structure and operation principle of the machine, the processing performed by the numeric control unit, etc.
    • 一个数值控制器,可以轻松设置与本身所使用的伺服控制相关的参数值。 机床常数在数值控制器中设置。 数值控制器根据设定机器常数计算与数控机床中使用的伺服控制相关的参数值,并将其存储并设置在数值控制器内的存储器装置中。 计算出的参数值也被馈送到诸如显示装置的输出装置,以便操作者检查它们。 当由数字控制器控制的机器被确定时,机器常数可以容易地从机器的规格等获得并设置在数值控制器中。 由于数值控制器本身计算并设置与伺服控制相关的参数值,因此可以在不完全了解机器的内部元件,结构和操作原理,数字控制单元进行的处理等的情况下轻松执行设置 。
    • 7. 发明授权
    • Numerical control apparatus
    • 数控装置
    • US07136718B2
    • 2006-11-14
    • US11218502
    • 2005-09-06
    • Haruhiko KozaiTakahiko EndoEiji Genma
    • Haruhiko KozaiTakahiko EndoEiji Genma
    • G06F19/00
    • G05B19/40937Y02P90/265
    • When a read block includes a code for setting a machine coordinate system used for exchanging a tool or the like, it is determined whether a feed rate specifying modes, set by a parameter, is (a) specification by using parameters, (b) specification by a program, or (c) specification by using an external signal input. In mode (a), the rapid traverse speed set for movement according to machine coordinate system or different feed rate set by a parameter is selected and set as feed rate F. In mode (b), a feed rate specified by a program is set as feed rate F. In mode (c), an input signal is converted into a speed which is set as feed rate F. Then the movement command according to the machine coordinate system is executed with this set feed rate F.
    • 当读取块包括用于设置用于交换工具等的机械坐标系的代码时,确定由参数设定的进给速度指定模式是否是(a)通过使用参数进行规范,(b)规格 通过程序,或(c)使用外部信号输入的规格。 在模式(a)中,选择根据机床坐标系运动的快速移动速度或由参数设定的不同进给速度设定为进给速度F.在模式(b)中,设定由程序指定的进给速度 作为进给速度F.在模式(c)中,将输入信号转换为设定为进给速度F的速度。然后,以该设定进给速度F执行与机器坐标系相对应的移动指令。
    • 10. 发明授权
    • Motor control system
    • 电机控制系统
    • US07248014B2
    • 2007-07-24
    • US10461331
    • 2003-06-16
    • Eiji GenmaYasusuke IwashitaHiroyuki Kawamura
    • Eiji GenmaYasusuke IwashitaHiroyuki Kawamura
    • G05B1/00
    • G05B19/19
    • A motor control system capable of securing stability and rapidity of motion even in a machine where the stability varies in accordance with a position of a driven member. The driven member and a motor for driving the driven member are operatively connected through a transmission mechanism including a nonlinear element such that a rate of change of the position of the driven member with respect to the position of the motor varies in dependence on the position of the motor. Optimum values of multiplier factors of operation constants with respect to the position of the driven member or the rotational position of the motor for the position control and the velocity control are stored in a data table. The values of the multiplier factors of the operation constants for a present position of the driven member or a present position of the motor are determined using the data table and the determined values of the multiplier factors are multiplied by reference operation constants to update the operation constants. The position and/or velocity control processing is performed using the updated optimum operation constants in accordance with the present position of the driven member or the present rotational position of the motor.
    • 一种电机控制系统,即使在稳定性根据被驱动构件的位置而变化的机器中,也能够确保运动的稳定性和快速性。 从动构件和用于驱动从动构件的电动机通过包括非线性元件的传动机构可操作地连接,使得从动构件相对于电动机位置的位置的变化率根据 电机。 相对于从动构件的位置的操作常数的乘数因子或用于位置控制的电机的旋转位置和速度控制的最佳值存储在数据表中。 使用数据表确定从动构件的当前位置的操作常数的乘数因子或电动机的当前位置的值,并将乘数因子的确定值乘以参考运算常数以更新运算常数 。 根据从动构件的当前位置或电动机的当前旋转位置,使用更新的最佳操作常数来执行位置和/或速度控制处理。