JPS59127107A - Three-dimensional processing machine - Google Patents

Abstract

PURPOSE:To attain the processing by controlling both design and processing machine after setting various functions into the basic soft ware by means of a CPU having a display and a keyboard. CONSTITUTION:A CPU1 is provided with a CPU main body 1a, a display 1b, a keyboard 1c and a floppy disk 1d. The output of the CPU1 is supplied to a control part 2 containing pulse signal generating circuits 2a-2d for five output signals of different functions and a relay output circuit (e) which drives a spindle 12. The pulse signal output of the part 2 is supplied to a servo part 3 containing drivers 3a-3d, and the output signal of the part 3 drives pulse motors PMX-PMC of a mechanical part 4 which performs a three-dimensional action. It is possible to perform freely a process from designing through processing with operation of the keyboard 1c.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides C! This invention relates to a device for designing on a PH display by operating a keyboard and processing the design in a dual-time manner.

Conventionally, this type of processing equipment is of NO control type, and 1
The software is compatible with one product, the number of program steps is large, and the program content is limited to a combination of a circle and a top line.
One drawback was that the design drawings had to be completed in every detail during the design process.

In order to solve these drawbacks, the present invention uses a CPU with a display and a keyboard, incorporates various functions into the basic CPH software, and adds various external curves to the program and design. It is easy to change from one software, it is possible to create a series of basic design patterns, and when designing, you can use the keyboard while displaying the design on the display. What you designed is
Processing can be done in dual time. Same design design,
The present invention will be explained in detail below with reference to the drawings.

FIG. 1 shows the configuration of the present invention, in which the OI'U section 1 includes an OPU main body 1a, a display 16. keyboard IC
1 floppy disk 1d, and the output of this CPU section is a first floppy disk 1d for generating five output signals each having a different function. Second. Third and fourth pulse signal generation circuits 2α
, 2b, 2c.

2d and relay output circuit 2 for driving the spindle.
The four pulse signal outputs of the control section 2 are inputted to a control section 2 consisting of a first . Second. Third. Fourth driver 3a, 3b.

The drive output signals of the drivers 3a, 3b, 3c, and 3d are input to the servo section 3 consisting of servo sections 3e and 3d, and the drive output signals of the drivers 3a, 3b, 3c, and 3d are inputted to the servo section 3 consisting of the servo section 3 and the servo section 3. , FMXSPMY, FMZ and FMO are the second
The pulse motor PMX drives the X-axis table 6, the pulse motor PMY drives the Y-axis table 7 located above the X-axis table 6, and the pulse motor PMX drives the Y-axis table 7 located above the X-axis table 6. The pulse motor FMZ drives the z-axis lever 9, which moves around one fulcrum 8α of the two-axis lever support 8 fixed to the Y-axis table 7, and the pulse motor PMO drives the workpiece set. Sanuru jig board 10
is attached to drive the rotary table 11.

Note that tools for machining are attached to the z-axis lever 9. The spindle 12, which is one of these tools, is
Driven by the output signal of the relay output circuit 2e of the control section 2, the workpiece mounted on the jig board 10 is machined into the shape shown on the display 1b.

As described above, according to the present invention, everything from design to processing can be performed freely using the OPU with a single keyboard operation, and any three-dimensional processing and design can be easily performed.

Therefore, it can fully meet the current demands for high-mix, low-volume production.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the configuration of this apparatus, and FIG. 2 is a perspective view showing an automatic processing machine showing an embodiment of the mechanical section 4. As shown in FIG. 1,,CPU section 1α,,0PTT main body 1b0. Display IC0, keyboard 1d0. Floppy disk20. Control section ``e2bg2c, 2d0. Pulse signal generation circuit 2e0. Relay output circuit 36. Servo section 36 * 3 b e 3 (j * 3 d
*, Driver 40. Mechanical part 50. automatic processing machine 60
．． x-axis table 70. Y-axis table 80. Z-axis lever support 8t0L0. Z-axis lever fulcrum 90. z-axis V par
100. Jig board

Claims (1)

[Claims] 11. Provided on the processing machine. fC, three pulse motors arranged in mutually different orthogonal configurations for three-dimensional machining, and a pulse motor for rotating the workpiece;
A processing tool, a servo section for controlling each of these pulse motors, a control section for applying an input signal to this servo section, and a CPU 1 for inputting a program signal to this control section. A keyboard for controlling this CPH is provided, and by controlling arbitrary coefficients input to this CPH, each of the pulse motors is controlled and arbitrary three-dimensional machining is performed. Machine.