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    • 1. 发明申请
    • NUMERICALLY CONTROLLED APPARATUS AND NUMERICAL CONTROL METHOD
    • 数字控制装置和数字控制方法
    • WO1994009418A1
    • 1994-04-28
    • PCT/JP1993001414
    • 1993-10-01
    • FANUC LTDSEKI, MasakiSUDO, MasakoMATSUURA, SyujiYAMAMURO, Kouji
    • FANUC LTD
    • G05B19/18
    • G05B19/4103G05B19/409G05B2219/35459G05B2219/50045
    • A numerically controlled apparatus adapted to be moved in parallel with or perpendicularly to a designated shape for the purpose of producing a simple prototype easily by using a multipurpose machine tool. A graphic storage means (1) is adapted to display guidance information on a display unit (16) through a graphic control circuit (15), and store linear and arcuate designated shapes inputted thereinto interactively through an operation of a keyboard (17) by an operator. When an interpolation means (2) has detected a pulse signal HP outputted from a manual pulse generator (41), it reads a change-over signal H/V which is outputted from a change-over means, and which commands either a parallel motion or a perpendicular motion. The interpolation means (2) then outputs an interpolation pulse CP corresponding to the pulse signal HP and cange-over signal H/V, in accordance with the designated shape stored in the graphic storage means (1), and sends this pulse CP to an axis control circuit (18).
    • 用于通过使用多用途机床容易地制造简单的原型的适于与指定形状平行或垂直移动的数字控制装置。 图形存储装置(1)适于通过图形控制电路(15)在显示单元(16)上显示引导信息,并且通过键盘(17)的操作以交互方式存储输入到其中的线性和弓形指定形状 运营商。 当内插装置(2)检测到从手动脉冲发生器(41)输出的脉冲信号HP时,它读取从转换装置输出的转换信号H / V,并且指示平行运动 或垂直运动。 插值装置(2)然后根据存储在图形存储装置(1)中的指定形状输出与脉冲信号HP和转换信号H / V相对应的内插脉冲CP,并将该脉冲CP发送到 轴控制电路(18)。
    • 4. 发明申请
    • METHOD FOR EDITING SHAPE
    • 编辑形状的方法
    • WO1992008174A1
    • 1992-05-14
    • PCT/JP1991001477
    • 1991-10-29
    • FANUC LTDSEKI, MasakiTAKEGAHARA, TakashiHAYANAGI, ShizuakiSUZUKI, Kohji
    • FANUC LTD
    • G05B19/405
    • G05B19/40935Y02P90/265
    • A method for editing shapes which can move and copy a shape easily and rapidly. A product is displayed on the screen of a display (14). The part to be moved or copied of the shape of the product and one of the shape elements constituting the shape part are selected with a cursor successively. Then, four arrows, representing the tangential and normal directions of the selected shape element respectively, are displayed on the screen. Also, the desired direction of movement of the shape part is selected by specifying an arrow on the screen with the cursor, and the desired quantity of movement is inputted via the keyboard (13). Then, a converting matrix which moves the shape part in the desired direction by the desired quantity, or copies the shape part to a place where the shape part is to be moved is determined. According to the converting matrix and the shape data which represents the shape part to be moved or copied, new shape data is calculated by a processor (10). The new shape data represent the shape part after moving or a shape part to be generated newly. Then, according to the new shape data and the shape data, which represents the shape part other than the shape part to be moved or copied or represents the whole of the shape of the product, the movement or copy of the shape is performed.
    • 6. 发明申请
    • NC DATA PREPARATION METHOD FOR CORELESS MACHINING IN WIRE CUT DISCHARGE MACHINING
    • 用于无线加工的NC数据准备方法在线切割放电加工中
    • WO1991004121A1
    • 1991-04-04
    • PCT/JP1990001185
    • 1990-09-17
    • FANUC LTDSEKI, MasakiTAKEGAHARA, TakashiMATSUNAKA, Toru
    • FANUC LTD
    • B23H07/06
    • B23H7/065B23H2600/12
    • This invention relates to a method of preparing NC data for coreless machining in wire cut discharge machining using an automatic programming apparatus. A programming apparatus which reads the profile (C1) of a machining area (A1), a wire connecting position (PO) and a maximum cut-in quantity from a PERT program prepares NC data for moving a wire from the wire connecting position (PO) to a machining area center position (P1) (S1) while effecting discharge machining, determines a spiral tool orbit consisting of circular orbits (PS1 ∩ PS3) each having a shape similar to a figure expressing the profile of the machining area and spaced apart mutually by a maximum cut-in distance and linear orbits connecting the adjacent circular orbits with one another and prepares NC data for making rough machining along the linear orbits and circular orbits inside a finish machining area inner peripheral curve (C2) (S2). When the NC data for making final rough machining along the inner peripheral curve is produced (S3), the cut-in distance from the circular orbit (C3) adjacent to the inner peripheral curve is limited to the distance between them. Finally, NC data for making finish machining along finish machining orbits (C4, C5, C1) outside the inner peripheral curve determined on the basis of a finish margin and the number of finishes in the PERT program is prepared (S4).
    • 7. 发明申请
    • NC DATA EDITION
    • NC数据版
    • WO1990015373A1
    • 1990-12-13
    • PCT/JP1990000745
    • 1990-06-07
    • FANUC LTDSEKI, MasakiTAKEGAHARA, TakashiARAKAKI, Takeshi
    • FANUC LTD
    • G05B19/403
    • G05B19/40931Y02P90/265
    • A method of editing NC data for correcting moving paths of an object to be controlled. Original data are read in a data conversion processing operation mode, and it is judged whether the original data can be processed in a conversion instruction block (S204). A mirror conversion instruction matrix (Mb) or a position conversion instruction matrix (Ma) is prepared in the conversion instruction block on the basis of the original data, and the current coordinate instruction value is calculated (S213). When a movement instruction block is selected, a current coordinate instruction value is sequentially calculated by a synthetic conversion instruction matrix M (S217). In a conversion instruction cancel block, the same synthetic conversion matrix as the preceding conversion matrix is obtained (S218), and only the conversion processing associated with the current conversion matrix is cancelled. After all the data blocks are converted, an operator draws a tool path on the basis of the current data and judges the necessity of further correction of the data.
    • 一种编辑用于修正被控制物体的移动路径的NC数据的方法。 在数据转换处理操作模式下读取原始数据,并且判断是否可以在转换指令块中处理原始数据(S204)。 基于原始数据,在转换指令块中准备镜像转换指令矩阵(Mb)或位置转换指令矩阵(Ma),并计算当前坐标指令值(S213)。 当选择移动指令块时,通过合成转换指令矩阵M顺序计算当前坐标指令值(S217)。 在转换指令取消块中,获得与前述转换矩阵相同的合成转换矩阵(S218),并且仅解除与当前转换矩阵相关联的转换处理。 在所有数据块被转换之后,操作员根据当前数据绘制刀具路径,并判断是否需要进一步校正数据。
    • 10. 发明申请
    • METHOD OF LOADING A SYSTEM PROGRAM
    • 装载系统程序的方法
    • WO1989008296A1
    • 1989-09-08
    • PCT/JP1989000211
    • 1989-03-01
    • FANUC LTDSEKI, MasakiTAKEGAHARA, TakashiMORISAKI, Kazuhiko
    • FANUC LTD
    • G06F09/06
    • G06F9/4401G06F9/24
    • To couple a separate CPU board (12) to an existing system (11), a shared RAM (13) is set to an execution start address of a CPU (12a) on the board (12), and the CPU (12a) is inhibited from starting the execution immediatly after the power is turned on. As the power is turned on, the CPU (11a) stores a system program (SPRM) for the existing system (11) from the external storage (11f) into a RAM (11c) based on an initializing program (PDLM) on the ROM (11b), an initializing program (PDLS) for a separate CPU (12a) is stored on the shared RAM (13), and then a wake-up signal (WKS) is sent to a separate CPU (12). The separate CPU (12) receives the above signal, reads the initializing program (PDLS) on the shared RAM (13) command by command, and loads its own system program (SPRS) onto the RAM (12b) based on the initializing program.
    • 为了将单独的CPU板(12)耦合到现有系统(11),共享RAM(13)被设置为板(12)上的CPU(12a)的执行开始地址,并且CPU(12a) 禁止在电源打开后立即开始执行。 当电源接通时,CPU(11a)基于ROM上的初始化程序(PDLM),将现有系统(11)的系统程序(SPRM)从外部存储器(11f)存储到RAM(11c) (11b)中,用于单独CPU(12a)的初始化程序(PDLS)被存储在共享RAM(13)上,然后将唤醒信号(WKS)发送到单独的CPU(12)。 单独的CPU(12)接收上述信号,通过命令读取共享RAM(13)命令的初始化程序(PDLS),并根据初始化程序将其自己的系统程序(SPRS)加载到RAM(12b)上。