KR100205337B1 - N.c program simulation device and method - Google Patents

Abstract

This invention is N.C. As related to the simulation device of the program and its method, N.C. NC to operate the machine. A program stored therein, which executes an operation corresponding to data or an operating condition input through the input means, simulates a machining operation of the workpiece in a corresponding state, and outputs a screen to a selected condition; ; It is connected to the operation control means, comprising a data output means for outputting the processing state of the workpiece simulated according to each selected condition in a graphic corresponding to the selected output conditions, to process the desired workpiece by an automated process N. When developing a program to control the operation of the machine, you can simulate the operating state of the program in the computer state to check the machining state of the workpiece in multiple angles, and adjust the operating speed of the device for machining the workpiece in the simulation state. The user can easily check the machining process to be processed.

Description

N.C. Program simulation device and method

The present invention relates to a simulation device and method of the Numeric Control program. According to the program written before controlling the operation of the machine to produce the corresponding workpiece. NC to simulate the operating state of the machine in advance on the computer so that the state of the created program can be predicted. A simulation apparatus for a program and a method thereof.

In general, with the development of an automated process, many workpieces are processed into a shape or a form set by the automated process, so that the precision or speed of the workpiece can be improved.

Therefore, in order to machine a workpiece for use in an automated process, the first user is N.C. NC to control the operation of the machine. Create a program and enter the control data corresponding to each created program. Control the operation of the machine.

Therefore, each corresponding device operates according to the operation of the built-in control program, so that the workpiece can be machined to the desired state.

According to the control operation of the control program as described above. If the behavior of the machine is controlled, the correct NC. Accurate NC for the control operation of the machine. The program must be written.

Therefore, N.C. In order to check the state of a created program, the creator of a program conventionally first outputs a list of created programs, and then visually executes a primary search.

NC was created after the first search. N.C. using the program. The machine is running and NC is running. According to the operation of the machine, it is possible to actually check the machining status of the workpiece.

At this time, N.C. N.C. to search for the program. When the machine is operated, it is called a dry run because only the rough contour of the workpiece can be processed to predict the overall operating state.

However, N.C operated for the draw run operation as described above. If you search for errors in the program, you actually do Bad NC because the machine needs to operate. N.C. by program N.C. due to a malfunction of the machine. The problem is that the machine breaks down, causing huge economic losses.

Also malfunctioning N.C. The mother machine breaks down to the peripherals.

Therefore, even in the case of confirming the operating state by simulating a program created to prevent the above problems, conventionally, it is not possible to check the machining state processed by the operation of the program step by step. As can be confirmed, a problem arises in that it is not possible to accurately determine whether a workpiece in a desired state can be produced by a normal program operation.

Therefore, in order to check the correct operation status of the program, it is actually N.C. The problem arises because the machine must be operated.

Therefore, an object of the present invention is to solve the above-described conventional problem, and to drive a desired workpiece by an automated process. When developing a program to control the operation of the machine, NC's operating state can be simulated in the computer state so that the machining state of the workpiece can be checked from multiple angles. NC makes it possible to develop programs. It is to provide a simulation device for the program and a method thereof.

Another object of the present invention is to adjust the operating speed of the device for processing the workpiece in the simulation state, so that the user can easily check the machining process for each step to perform a quick and accurate error search operation N. It is to provide a simulation device for the program and a method thereof.

1 is an example of an NC according to an embodiment of the present invention. Is a block diagram of the simulation device for the program,

2 is N.C. in accordance with an embodiment of the present invention. Is a flow chart of the simulation method of the program,

(A)-(b) of FIG. 3 are N.C. This is the output state of the computer monitor according to the operation of the program.

The configuration of the present invention for achieving the above object comprises: input means for inputting a control command capable of controlling the operation of desired data or program; N.C. NC to operate the machine. A program stored therein, which executes an operation corresponding to data or an operating condition input through the input means, simulates a machining operation of the workpiece in a corresponding state, and outputs a screen to a selected condition; ; It is connected to the operation control means, and comprises a data output means for outputting the processing state of the workpiece simulated according to each selected condition in a graphic corresponding to the selected output condition.

The operation control means selects an executable file to be executed and executes an NC. After allowing the operation or editing of the program to run, NC. Whether to run the program, or developed NC. Choose whether to edit the program, When operating the program, select the condition and output condition of the simulation so that the machining operation of the workpiece can be simulated and output according to the selected simulation condition. When you edit a program, you can print out the initial screen for editing so that you can perform the editing operation. After saving the program, you can exit the editing operation.

In addition, the simulation condition and the output condition are modes for simulating only the operating state of the workpiece to be machined, or the workpiece to be processed, as well as N.C. It is possible to select whether the mode is to simulate the operating state of the machine, adjust the operating speed of operation, and select the output state to be output.

Another configuration of the present invention for achieving the above object is to select an executable file to run. Enabling operation or editing of the program; N.C. using input means. Whether to run the program, or developed NC. Selecting whether to edit the program; N.C. by selection operation by user. When operating the program, selecting simulation conditions and output conditions; Allowing the machining operation of the workpiece to be simulated and output according to the selected simulation condition; N.C developed by the selection operation by the user. When editing a program, outputting an initial screen for editing to perform an editing operation; Newly modified N.C. This includes saving the program and ending the letter operation.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an NC according to an embodiment of the present invention. 2 is a block diagram of a simulation apparatus for a program, and FIG. It is an operation flowchart of the simulation method of a program, and FIG.3 (a)-(b) are N.C. This is the output state of the computer monitor according to the operation of the program.

Referring to Fig. 1, the configuration of the present invention will be described. An input unit 11 for inputting a control command capable of controlling the operation of desired data or program, and NC. The program is built-in and executes the corresponding operation according to data or control command inputted through the input unit 11. An operation control unit 12 for operating the machine and outputting a simulation state, and a workpiece connected to the operation control unit 12 to be processed according to the operation of the operation control unit 12 and outputting a simulation process according to each selected condition. It consists of a computer monitor (13).

The operation of the present invention made as described above will be described with reference to FIGS.

First, when the power required for the operation of each device is supplied, it is developed. The operation of the operation control unit 12 is performed by a program to simulate the processing state of the workpiece through the data output unit 13.

When the operation of the operation control unit 12 starts (S10), an initial screen as shown in FIG. 3A is output through the computer monitor 13.

Therefore, the user selects each desired output condition from the initial screen output through the computer monitor 13 so as to execute a desired simulation operation.

Therefore, the user inputs the name of the work file so that the user can select the work file for the simulation operation (S11), and checks the input work file to select the corresponding work file (S12, S13).

When a job file to execute the simulation operation is selected as described above, the operation control unit 12 uses an input unit 11 such as a mouse or a keyboard to execute a simulation of an operation for processing a workpiece under a desired condition. Select each desired condition.

Therefore, the operation control unit 12 is stored in the memory of the current operation control unit 12 by the user. The display mode for executing the simulation operation of the workpiece by using the computer monitor 13 by the operation of the program is selected, or NC. It is determined whether an edit mode for modifying a program is selected (S14).

Therefore, when the operation mode selected by the user through the input unit 11 is an output mode, the operation control unit 12 determines whether a material mode for simulating the machining operation state of the workpiece to be processed is selected, or the workpiece As well as the processing state of N. Mr. N.C. operated by the program. It is determined whether an all mode capable of simulating the operating state of the machine is selected (S15).

When one of the desired modes is selected from the material mode and the all mode by the user, the user can enter the NC through the input unit 11. Select and enter the operating speed of the machine (S16).

In order to output the simulation operation through the computer monitor 13 at a desired angle, the user selects a desired output form using the input unit 11 (S17).

That is, as shown in FIG. 3, when the top view is desired, "TOP" is selected, when the front view is desired, "FRONT" is selected, and when the perspective view, "ISO" is selected.

When both the object to be output, the processing speed, and the output form are selected by the user, the operation controller 12 executes the corresponding operation according to each mode selected, and (b) and (c) of FIG. 3. In the same state, the simulation process is output through the computer monitor 13.

Therefore, the user can determine whether the machining operation currently being processed is being executed in a normal state by using the simulation operation output through the computer monitor 13.

In addition, the processing speed of the workpiece can be arbitrarily selected, so the status of each machining process can be judged to easily determine the position of the error. It is easy to modify the program.

However, if the machining operation state of the workpiece is not the desired state, the user may The program must be modified to achieve the desired machining behavior.

Therefore, the user selects the operation mode of the operation controller 12 as the edit mode in step S14.

When the operation mode of the operation control unit 12 is the edit mode by the user, the operation control unit 12 outputs the menu screen of the editing mode (not shown) through the computer monitor 13 (S19).

And by user. Allows editing of the corresponding part of the program (S20).

N. When the editing operation of the program is completed, it is edited according to the operation of the input unit 11 by the user. After storing the program (S21), the operation of the edit mode is terminated (S22).

Therefore, the newly revised N.C. Depending on the operation of the program, it is possible to re-execute the simulation operation of the workpiece.

Therefore, the effect of the present invention operating as described above is N.C. N.C. controls the behavior of the machine to achieve the desired workpiece. Developed by N.C., because the program's operating state can be simulated on a computer using computer graphics. The operating state of the program can be easily predicted.

Also N. The machining state of the workpiece simulated by the program's motion can be checked from different angles. Accurately determine the operating status of the program.

The user can select and operate the simulated motion speed arbitrarily. Therefore, the accurate machining status can be judged by the processing stage of the workpiece. The error occurrence part of the program can be judged easily and accurately.

And real nc. The wrong NC can be judged accurately without the machine being operated. N.C. by program It can prevent the huge economic loss caused by the machine malfunction.

Claims (7)

Input means for inputting a control command capable of controlling the operation of desired data or program; N.C. NC to operate the machine. A program stored therein, which executes an operation corresponding to data or an operating condition input through the input means, simulates a machining operation of the workpiece in a corresponding state, and outputs a screen to a selected condition; ; And data output means connected to the operation control means to output a processing state of the workpiece simulated according to each selected condition in a graphic corresponding to the selected output condition. Simulation device of the program. The NC control apparatus of claim 1, wherein the operation control means selects an executable file to be executed. After allowing the operation or editing of the program to run, NC. Whether to run the program, or developed NC. Choose whether to edit the program, When operating the program, select the condition and output condition of the simulation so that the machining operation of the workpiece can be simulated and output according to the selected simulation condition. When you edit a program, you can print out the initial screen for editing so that you can perform the editing operation. After the program has been saved, the editing operation can be terminated. Simulation device of the program. The N.C according to claim 2, wherein the simulation condition and the output condition are modes for simulating only the operating state of the workpiece to be machined, or N / C as well as the workpiece to be machined. N.C., characterized in that it is possible to select whether the mode to simulate the operating state of the machine, to control the operating speed of operation, and to select the output state to be output. Simulation device of the program. 4. The yen according to claim 3, wherein the mode for selecting the output state comprises a mode for outputting in a plan view state, a mode for outputting in a front view state, and a mode for outputting in a perspective view state. .Seed. Simulation device of the program. Select the executable file you want to run. Enabling operation or editing of the program; N.C. using input means. Whether to run the program, or developed NC. Selecting whether to edit the program; N.C. by selection operation by user. When operating the program, selecting simulation conditions and output conditions; Allowing the machining operation of the workpiece to be simulated and output according to the selected simulation condition; N.C developed by the selection operation by the user. When editing a program, outputting an initial screen for editing to perform an editing operation; Newly modified N.C. NC, characterized in that it comprises a step to end the editing operation after saving the program. How to simulate the program. 6. The method of claim 5, wherein the step of selecting the conditions and output conditions of the simulation is a mode for simulating only the operating state of the workpiece to be machined, or the workpiece to be processed as well as the NC. Selecting whether to be in a mode for simulating the operating state of the machine; Selecting an operating speed to be operated at a desired speed; Selecting an output state to be output and outputting the data to the corresponding state through the data output means. How to simulate the program. 6. The NC of claim 5, comprising a mode for outputting the output state in a plan view state, a mode for outputting in a front view state, and a mode for outputting in a perspective view state. How to simulate the program.