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    • 2. 发明专利
    • NUMERICAL CONTROLLER
    • JPH03196309A
    • 1991-08-27
    • JP20186390
    • 1990-07-30
    • FANUC LTD
    • NAGAMINE AKIRAKAWAMURA HIDEAKIMIYATA MITSUTO
    • B23Q15/00G05B19/4155
    • PURPOSE:To eliminate the need of modification of software by providing a macro-processing means for reading modal information by using a system variable and executing a prescribed numerical control processing in accordance with a macro-instruction read out in accordance with its contents. CONSTITUTION:The controller is provided with a macro-processing means 27 for reading out a system variable contained in a macro-instruction from a variable memory 28 when the macro-instruction is called from a macro- registration memory 24, reading modal information by using this system variable and executing a prescribed numerical control processing in accordance with the macro-instruction read out of the macro-registration memory 24. In such a state, a prescribed user macro is called by a user macro call instruction from the macro-registration memory 24, and at the time of executing the macro- processing in the macro-processing means 27, the state quantity of a numerical controller or a machine tool corresponding to the system variable is read, and in accordance with a function instruction prescribed by the system variable, a system state is discriminated, and a necessary numerical control processing function is selected and executed. In such a way, modification of software becomes unnecessary.
    • 6. 发明专利
    • NUMERICAL CONTROL SYSTEM
    • JPS62169208A
    • 1987-07-25
    • JP1127786
    • 1986-01-22
    • FANUC LTD
    • NAGAMINE AKIRAKAWAMURA FUMIO
    • G05B19/18B23Q15/00
    • PURPOSE:To easily thread-cut a work surface perpendicularly to this surface by detecting a turning command to control the first and second turning means and turning a tool at commanded angles to X and Y axes. CONSTITUTION:A numerical control device consists of a microprocessor 1, a memory 2 of a control program or the like, a keyboard 4, axial control parts 5A-5Z, driving circuits 6A-6Z, a turning mechanism 13, etc., and a work 10 placed on a table 9 is worked with a head 11. Motors 7X and 7Y move the work 10 and a tool 12 relatively in X and Y-axis directions respectively, and a motor 7Z moves them in the axial direction of the tool, and motors 7A and 7B turn the motor 7Z or the like around a root P in X and Y-axis directions. The turning command in numerical information is detected and the tool 12 is turned at commanded angles in X and Y-axis directions, and the work is holed perpendicularly to the work surface though the working surface of the work 10 is not parallel with the X-Y plane.
    • 9. 发明专利
    • DEVICE FOR COMPENSATING POSITION OF SHEAR POINT OF TOOL IN NUMERICAL CONTROL MACHINE TOOL
    • JPS6085852A
    • 1985-05-15
    • JP19220183
    • 1983-10-14
    • FANUC LTD
    • NAGAMINE AKIRAINOUE TAKESHITORIYAMA SHIYUUJI
    • B23Q15/28G05B19/408
    • PURPOSE:To make it possible to automatically compensate the length of the front end part of a cutting tool to aim at facilitating the preparation of instruction programs, by providing means for compensating the instruction value of tool-feed with the use of the length of the front end part of the tool which is stored in a memory in accordance with the tool number thereof. CONSTITUTION:A control circuit 30 receives tape instructions TP which is therefore decoded, and sets a moving instruction value in the drilling direction of a tool once onto a register 34, but if a tool number is instructed by the instructions TP, the control circuit devlivers the compensating data of tool length and the data of front end part length of the tool, which are stored in an address area in a memory 33 corresponding to the tool number to an adder 35. Therefore, the adder 35 addes both compensating data together to obtain the compensating data of position of the shear point of the tool. Further, a shear point compensating circuit 36 compesates an instruction value which is set in accordance with the compensating data, and sets the thus compensated value onto a register 34. In accordance with the content set on register, distributing pulses DP are fed to a Z-axis motor control circuit. Thus, even if tools having different front lengths of their front end parts are used, the instruction values by programs may be always made equal to the effective depths, thereby it is possible to facilitate the preparation of programs.