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    • 5. 发明授权
    • Method and apparatus for displaying segments of a ladder diagram which
turn on an operator specified relay
    • 用于显示梯形图的段的方法和装置,其启动操作者指定的继电器
    • US5126956A
    • 1992-06-30
    • US398398
    • 1989-08-25
    • Hidetsugu KomiyaShinichi Isobe
    • Hidetsugu KomiyaShinichi Isobe
    • G05B19/05
    • G05B19/056G05B2219/13048
    • An apparatus for displaying a ladder diagram in a numerical control system having a programmable sequence control function in which sequence processing is executed based on a sequence program to deliver commands from a numerical control device to a machine and signals from the machine to the numerical control device. A display unit displays the sequence program in the form of a ladder diagram made up of relays. The pictures of ladder diagrams in the sequence program which are displayed on a screen are generated by pattern and character information stored in a character generator. The identification of a relay of interest or the memory address storing the state of the relay is entered, an item of sequence data indicating the conditions which turn the relay on are selected, and a ladder diagram segments indicative of the conditions are displayed on the basis of the sequence data.
    • 一种用于在具有可编程顺序控制功能的数控系统中显示梯形图的装置,其中基于顺序程序执行顺序处理,以将命令从数控装置传送到机器,并将信号从机器传送到数控装置 。 显示单元以由继电器组成的梯形图的形式显示顺序程序。 显示在屏幕上的顺序程序中的梯形图的图像由存储在字符发生器中的图案和字符信息产生。 输入感兴趣的继电器的识别或存储继电器的状态的存储器地址,选择指示继电器接通的条件的序列数据项,并且基于该基础显示指示条件的梯形图段 的序列数据。
    • 6. 发明授权
    • Numerical control system
    • 数控系统
    • US4882670A
    • 1989-11-21
    • US49692
    • 1987-04-20
    • Shinichi IsobeMitsuto MiyataTakashi Yamauchi
    • Shinichi IsobeMitsuto MiyataTakashi Yamauchi
    • G05B19/18G05B19/414
    • G05B19/4147G05B2219/33161G05B2219/34076
    • The invention relates to a numerical control system equipped with a computerized man-machine interface controller (MMC unit) and including an NC unit (11), a programmable machine controller (13) for executing at least sequence control based on signals from the NC unit (11) and a machine tool (12), a computerized man-machine interface controller (14) having at least a CRT (14d) and a keyboard (14e), and a data exchange controller (15), wherein data are exchanged among the NC unit (11), programmable machine controller (13) and man-machine interface controller (14) under the control of the data exchange controller (15).
    • PCT No.PCT / JP86 / 00432 Sec。 371日期1987年4月20日 102(e)日期1987年4月20日PCT申请日1986年8月21日PCT公布。 第WO87 / 01215号公报 日期:1987年2月26日本发明涉及一种配备有计算机人机界面控制器(MMC单元)并包括NC单元(11)的数控系统,可编程机控制器(13),用于至少执行顺序控制 基于来自NC单元(11)和机床(12)的信号,具有至少CRT(14d)和键盘(14e)的计算机化人机界面控制器(14)和数据交换控制器(15) ),其中在数据交换控制器(15)的控制下,在NC单元(11),可编程机器控制器(13)和人机界面控制器(14)之间交换数据。
    • 9. 发明授权
    • Screw cutting control system
    • 螺丝切割控制系统
    • US4571687A
    • 1986-02-18
    • US395081
    • 1982-06-14
    • Hiroomi FukuyamaShinichi Isobe
    • Hiroomi FukuyamaShinichi Isobe
    • B23G1/16G05B19/18G06F15/46
    • B23G1/16G05B19/186G05B2219/45216Y10T408/172Y10T82/25
    • The present invention increases screw cutting accuracy and simplifies the control of a screw cutting control system which performs screw cutting through the use of a numerically-controlled machine tool. A tapper (TPP) connected to a spindle, holds a tap (TAP) in a manner to be movable in the axial direction of the spindle, transmits the rotation of the spindle to the tap (TAP) for a predetermined range of forward axial movement of the tap (TAP) and transmits the rotation of the spindle to the tap (TAP) when the spindle is reversed. During screw cutting, feed by a feed motor (SZ) stops after the tap (TAP) enters a workpiece and the screw cutting is effected by the thrust of the tap itself resulting from the rotation of the spindle. The sequence of screw cutting is commanded by one block of command data.
    • PCT No.PCT / JP81 / 00288 Sec。 371日期1982年6月14日 102(e)日期1982年6月14日PCT提交1981年10月16日PCT公布。 出版物WO82 / 01336 日本1982年4月29日。本发明提高了螺丝切割精度,简化了通过使用数控机床执行螺旋切割的螺旋切割控制系统的控制。 连接到主轴的分接器(TPP)以能够在主轴的轴向方向上移动的方式保持分接头(TAP),将主轴的旋转传递到分接头(TAP)一定范围的向前轴向移动 (TAP),并且当主轴反转时,将主轴的旋转传递到龙头(TAP)。 在螺旋切割期间,进给马达(SZ)进给后,分接头(TAP)进入工件后停止,螺丝切割由主轴旋转引起的丝锥本身的推力进行。 螺旋切割的顺序由一个命令数据块命令。
    • 10. 发明授权
    • Method of diagnosing a servomotor control circuit
    • 诊断伺服电动机控制电路的方法
    • US4496889A
    • 1985-01-29
    • US442425
    • 1982-11-17
    • Hiroomi FukuyamaShinichi Isobe
    • Hiroomi FukuyamaShinichi Isobe
    • G05B23/02G05B19/23G05B19/406G05B19/4062
    • G05B19/231G05B19/4062G05B2219/34448G05B2219/34466G05B2219/36551G05B2219/37541
    • A method of diagnosing a servomotor position control circuit which includes a pulse distributor for carrying out arithmetic operations for pulse distribution based on command data given by a control unit, a position detector for generating a positional pulse each time the servomotor rotates through a predetermined angular interval, an error storage unit for computing and storing the difference between the number of positional pulses generated by the position detector and the number of distributed pulses generated by the pulse distributor, and a D/A converter for converting the difference into an analog output, whereby the servomotor is controlled by the analog output from the D/A converter. The method comprises the steps of supplying a numerical value from the control unit to the pulse distributor to enable the latter to effect the arithmetic operations while the servomotor is being de-energized, reading a stored content of the error storage unit, supplied with the distributed pulses from the pulse distributor, into the control unit, and checking the servomotor position control circuit for normal and malfunctioning conditions by comparing the stored content as read by the control unit with the numerical value.
    • 一种诊断伺服电动机位置控制电路的方法,包括:脉冲分配器,用于根据由控制单元给出的命令数据执行用于脉冲分配的算术运算;位置检测器,用于每当伺服电机旋转预定角度间​​隔时产生位置脉冲 ,用于计算和存储由位置检测器产生的位置脉冲数与由脉冲分配器产生的分布脉冲数之间的差异的误差存储单元,以及用于将差值转换为模拟输出的D / A转换器,由此 伺服电机由D / A转换器的模拟输出控制。 该方法包括以下步骤:将来自控制单元的数值提供给脉冲分配器,以使得后者能够在伺服电动机断电的同时进行算术运算,读取存储分配的错误存储单元的存储内容 将来自脉冲分配器的脉冲输入到控制单元中,并且通过将由控制单元读取的存储内容与数值进行比较来检查伺服电动机位置控制电路的正常和故障状况。