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    • 1. 发明授权
    • Numerical controller
    • 数控机
    • US08224478B2
    • 2012-07-17
    • US11585282
    • 2006-10-24
    • Kentaro FujibayashiMasahiko HosokawaShuji OgawaMasahiko Miyake
    • Kentaro FujibayashiMasahiko HosokawaShuji OgawaMasahiko Miyake
    • G06F19/00
    • G05B19/4148G05B2219/42124G05B2219/42126
    • A numerical controller that shortens time required for transferring control of a spindle between control systems. When the spindle control command is included, the command is carried out and information on designation of the spindle, commanded rotational velocity and direction is stored in a case of a velocity control mode, and information on designation of the spindle, commanded rotational position and velocity is stored in a case of a position control mode. When a command to cancel the control of spindle is read, the control of the designated spindle and also the stored information on the control status of the spindle are transferred to the other control system. A command to acquire the control of the spindle is read in a machining program for the other control system, the control of the designated spindle is started by the other control system according to the transferred control status of the spindle.
    • 一种数字控制器,缩短了在控制系统之间转移主轴控制所需的时间。 当包括主轴控制命令时,执行命令,并且在速度控制模式的情况下存储关于主轴指定旋转速度和方向的信息,以及关于主轴指定的旋转位置和速度的信息 存储在位置控制模式的情况下。 读取取消主轴控制的命令时,指定主轴的控制以及主轴控制状态的存储信息被传送到其他控制系统。 在另一个控制系统的加工程序中读取获取主轴控制的命令,根据主轴的传送控制状态,由另一个控制系统启动指定主轴的控制。
    • 2. 发明申请
    • Numerical controller
    • 数控机
    • US20070100493A1
    • 2007-05-03
    • US11585282
    • 2006-10-24
    • Kentaro FujibayashiMasahiko HosokawaShuji OgawaMasahiko Miyake
    • Kentaro FujibayashiMasahiko HosokawaShuji OgawaMasahiko Miyake
    • G06F19/00
    • G05B19/4148G05B2219/42124G05B2219/42126
    • A numerical controller capable of shortening time required for transferring control of a spindle between different control systems. It is determined whether or not a spindle control command is included in a machining program for one control system. If the spindle control command is included, the command is carried out and information on designation of the spindle and commanded rotational velocity and direction is stored in a case of a velocity control mode, and information on designation of the spindle and commanded rotational position and velocity is stored in a case of a position control mode. When a command to cancel the control of spindle is read, the control of the designated spindle and also the stored information on the control status of the spindle are transferred to the other control system. A command to acquire the control of the spindle is read in a machining program for the other control system is read, the control of the designated spindle is started by the other control system according to the transferred control status of the spindle. The processing is performed for the programs for all the control systems.
    • 一种数字控制器,能够缩短在不同控制系统之间转移主轴控制所需的时间。 确定在一个控制系统的加工程序中是否包括主轴控制指令。 如果包括主轴控制命令,则执行命令,并且在速度控制模式的情况下存储关于主轴的指定和指令的旋转速度和方向的信息,以及关于主轴的指定和指令的旋转位置和速度的信息 存储在位置控制模式的情况下。 读取取消主轴控制的命令时,指定主轴的控制以及主轴控制状态的存储信息被传送到其他控制系统。 在另一个控制系统读取的加工程序中读取获取主轴控制的命令,根据主轴的传送控制状态,由另一个控制系统启动指定主轴的控制。 对所有控制系统的程序执行处理。
    • 3. 发明申请
    • Numerical controller
    • 数控机
    • US20070073438A1
    • 2007-03-29
    • US11524385
    • 2006-09-21
    • Masahiko HosokawaShuji OgawaMasahiko Miyake
    • Masahiko HosokawaShuji OgawaMasahiko Miyake
    • G06F19/00
    • G05B19/4144
    • A numerical controller which has a plurality of command systems and controls a machine having a plurality of spindles, and in which a program can be prepared without taking account of the correspondence between the command systems and the spindles. The numerical controller has n number of command systems and controls a machine tool or the like that has n number of spindles and a required number of other axes. A signal indicative of the correspondence between each command system and a spindle is inputted from external signal input means to a selecting/switching section. The selecting/switching section selects, among the spindles 1 to n, a spindle of a destination such as a command S1 for spindle control outputted by each command system in response to the input signal by software processing. The position of a tool or a workpiece to be machined can be changed in accordance with a change of the correspondence between the command systems and the spindles.
    • 一种具有多个指令系统并控制具有多个主轴的机器的数值控制器,其中可以准备程序而不考虑指令系统和主轴之间的对应关系。 数值控制器具有n个指令系统,并且控制具有n个主轴和所需数量的其它轴的机床等。 指示每个指令系统与主轴之间的对应关系的信号从外部信号输入装置输入到选择/切换部分。 选择切换部根据软件处理对输入信号进行响应,从各轴1〜n中选择各指令系统输出的主轴控制指令S 1等目的地的主轴。 可以根据指令系统和主轴之间的对应关系的改变来改变要加工的工具或工件的位置。
    • 5. 发明授权
    • Numerical controller having control mode switching function
    • 具有控制模式切换功能的数字控制器
    • US07973509B2
    • 2011-07-05
    • US12269068
    • 2008-11-12
    • Masahiko HosokawaShuji OgawaKazuhiko Sonobe
    • Masahiko HosokawaShuji OgawaKazuhiko Sonobe
    • G05B19/18
    • G05B19/19G05B2219/42104
    • A pulse distribution unit notifies a mode control/instruction unit of an output start signal. The mode control/instruction unit outputs a mode setting signal, a speed command signal, and a compensation pulse to an axis control unit. In a position control mode, the mode control/instruction unit continues outputting the speed command signal to the axis control unit until the mode control/instruction unit receives the output start signal from the pulse distribution unit, and stops, up receiving the output start signal, outputting the speed command signal. The compensation pulse is output to the axis control unit to cancel the difference between a spindle position and the position control start reference position of the spindle. The axis control unit adds the compensation pulse to the position command signal of the spindle output from the pulse distribution unit and outputs the result to a servo control unit.
    • 脉冲分配单元向模式控制/指令单元通知输出开始信号。 模式控制/指令单元向轴控制单元输出模式设置信号,速度指令信号和补偿脉冲。 在位置控制模式中,模式控制/指示单元继续向轴控制单元输出速度指令信号,直到模式控制/指示单元接收到来自脉冲分配单元的输出开始信号,并停止接收输出开始信号 ,输出速度指令信号。 补偿脉冲输出到轴控制单元,以消除主轴位置与主轴位置控制开始基准位置之间的差异。 轴控制单元将补偿脉冲添加到从脉冲分配单元输出的主轴的位置指令信号,并将结果输出到伺服控制单元。
    • 6. 发明申请
    • NUMERICAL CONTROLLER HAVING CONTROL MODE SWITCHING FUNCTION
    • 具有控制模式切换功能的数控系统
    • US20090153092A1
    • 2009-06-18
    • US12269068
    • 2008-11-12
    • Masahiko HosokawaShuji OgawaKazuhiko Sonobe
    • Masahiko HosokawaShuji OgawaKazuhiko Sonobe
    • G05B7/02
    • G05B19/19G05B2219/42104
    • A pulse distribution unit notifies a mode control/instruction unit of an output start signal Sa that notifies of the start of output of a position command signal. The mode control/instruction unit outputs a mode setting signal, a speed command signal, and a compensation pulse Sc to an axis control unit. In a position control mode, the mode control/instruction unit continues outputting the speed command signal to the axis control unit until the mode control/instruction unit receives the output start signal Sa from the pulse distribution unit, and stops, up receiving the output start signal Sa, outputting the speed command signal. The compensation pulse Sc is output to the axis control unit to cancel the difference between a spindle position and the position control start reference position of the spindle. The axis control unit adds the compensation pulse Sc to the position command signal of the spindle output from the pulse distribution unit and outputs the result to a servo control unit.
    • 脉冲分配单元向模式控制/指示单元通知通知位置指令信号的开始输出的输出开始信号Sa。 模式控制/指令单元向轴控制单元输出模式设置信号,速度指令信号和补偿脉冲Sc。 在位置控制模式中,模式控制/指示单元继续向轴控制单元输出速度指令信号,直到模式控制/指示单元从脉冲分配单元接收到输出开始信号Sa为止,停止接收输出开始 信号Sa,输出速度指令信号。 补偿脉冲Sc被输出到轴控制单元,以消除主轴位置和主轴的位置控制开始基准位置之间的差。 轴控制单元将补偿脉冲Sc与从脉冲分配单元输出的主轴的位置指令信号相加,并将结果输出到伺服控制单元。
    • 7. 发明授权
    • Numerical control apparatus
    • 数控装置
    • US06829518B2
    • 2004-12-07
    • US10815663
    • 2004-04-02
    • Shuji OgawaHideo Ogino
    • Shuji OgawaHideo Ogino
    • G06F1900
    • G05B19/408G05B2219/33088G05B2219/33337
    • Any commands, selected in a program, are set as a reference time data command, an elapsed time data command and a time data command. The program is read and original processing of the commands is performed, and if the reference time data command is read, a time then is stored as a reference time. If the elapsed time data command is read, elapsed time from the reference time is acquired and stored as execution elapsed time. If the time data command is read, the time then is stored as an execution time. Thus, it is possible to easily check the execution time of any program command.
    • 在程序中选择的任何命令被设置为参考时间数据命令,经过时间数据命令和时间数据命令。 读取程序,执行命令的原始处理,并且如果读取参考时间数据命令,则将时间存储为参考时间。 如果读取了经过时间数据命令,则获取从基准时间起的经过时间并将其存储为执行时间。 如果读取时间数据命令,则将时间存储为执行时间。 因此,可以容易地检查任何程序命令的执行时间。
    • 8. 发明授权
    • Laser oscillator having a curved mirror with a through-hole
    • 激光振荡器具有带有通孔的曲面镜
    • US5317589A
    • 1994-05-31
    • US3725
    • 1993-01-13
    • Shuji OgawaShigenori Yagi
    • Shuji OgawaShigenori Yagi
    • H01S3/081H01S3/08
    • H01S3/0818
    • A laser oscillator includes a housing which seals a laser medium gas from the atmosphere, concave mirrors (or a set of concave and convex mirrors) positioned in the housing and having the laser medium gas therebetween, an apertured mirror positioned between the concave mirror and the other concave or convex mirror on a line connecting the spherical centers of the mirrors at a predetermined angle relative to the line, and a window through which a laser beam reflected by the apertured mirror is output from the housing. The apertured mirror has a curved reflective surface, thereby simplifying the optical system in the housing and increasing the system's reliability.
    • 激光振荡器包括:密封来自大气的激光介质气体的壳体,位于壳体中的凹面镜(或一组凹凸镜),其间具有激光介质气体;位于凹面反射镜和 在相对于线以预定角度连接反射镜的球面中心的线上的其它凹面或凸面镜,以及由孔径反射的激光束从壳体输出的窗口。 多孔镜具有弯曲的反射表面,从而简化了壳体中的光学系统并提高了系统的可靠性。
    • 10. 发明授权
    • Silent discharge type pulse laser device
    • 静音放电型脉冲激光装置
    • US4510606A
    • 1985-04-09
    • US387262
    • 1982-06-09
    • Shigenori YagiMasaki KuzumotoMasaaki TanakaShuji Ogawa
    • Shigenori YagiMasaki KuzumotoMasaaki TanakaShuji Ogawa
    • H01S3/097H01S3/0975H01S3/22
    • H01S3/0975
    • A silent discharge type pulse laser device having a pair of opposing electrodes, at least one of which is an electrode covered by a dielectric, which is mounted opposite to a metallic electrode with a silent discharge space in between, a laser resonator consisting of a total reflection mirror and a partial reflection mirror mounted opposite to each other with the silent discharge section in between, a source of high frequency voltage for supplying to the pair of electrodes a high frequency voltage having a predetermined period for silent discharge, and a controller for controlling the high frequency voltage from the source with respect to a first interval and a second interval that form a period longer than the period for silent discharge. The high frequency voltage is supplied to the silent discharge section at a first peak voltage value during the first interval and at a second peak voltage value during the second interval, wherein the second peak voltage value is sufficient to cause a discharge but insufficient to excite laser oscillation.
    • 一种无声放电型脉冲激光装置,具有一对相对的电极,其中至少一个是由电介质覆盖的电极,其与金属电极相对地安装,其间具有无声放电空间,激光谐振器由总计 反射镜和在其间具有静音放电部分的彼此相对安装的部分反射镜,用于向一对电极提供具有用于静音放电的预定周期的高频电压的高频电压源,以及用于控制 相对于第一间隔的来自源的高频电压和形成比静音放电的周期长的周期的第二间隔。 高频电压在第一间隔期间以第一峰值电压值提供给无声放电部分,并且在第二间隔期间以第二峰值电压值提供,其中第二峰值电压值足以引起放电但不足以激发激光 振荡。