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Tagalog The CNC system of the CNC rolling and bending machine follows a series of complex steps and algorithms when interpreting the program to ensure precise control of the bending process of metal profiles. The following are the main steps for interpreting programs in CNC systems:
1. * * Read Program Code * *: The CNC system first reads the CNC program code transmitted through the computer. These codes are written by specialized CNC programming software based on machining requirements and the characteristics of metal profiles, including key parameters such as the path, speed, and feed of the tool or bending roller.
2. * * Code parsing * *: The system parses the read program code into a series of executable instructions. During the parsing process, the CNC system recognizes the syntax and logical structure in the code to ensure its correctness and executable performance.
3. * * Instruction Conversion * *: The parsed instructions are converted into machine language that the CNC system can understand and execute. This conversion process ensures that the instructions match the hardware and software platforms of the CNC bending machine to achieve precise control.
4. * * Path Planning * *: Based on the converted instructions, the CNC system generates a specific path plan. This includes determining the precise position, movement trajectory, and speed of the transmission roller and adjustment roller to ensure that the metal profile can be precisely processed according to the preset bending curvature and angle.
5. * * Parameter Setting and Adjustment * *: The CNC system sets corresponding machining parameters based on path planning, such as bending speed, feed rate, bending force, etc. During the machining process, the system will also adjust parameters based on real-time feedback data to compensate for possible errors or changes, and maintain machining accuracy and stability.
6. * * Output Control Signal * *: Finally, the CNC system converts the interpreted and converted instructions into control signals and outputs them to the execution mechanism of the CNC bending machine. These control signals directly drive components such as transmission rollers and adjustment rollers to move precisely according to predetermined paths and parameters, achieving precise bending of metal profiles.
Throughout the process of interpreting the program, the CNC system also relies on its internal hardware and software resources such as processors, memory, and algorithm libraries to ensure fast and accurate execution of the program. At the same time, the CNC system also has error detection and correction mechanisms, which can detect and handle possible errors or abnormal situations during program interpretation and execution, ensuring the reliability and stability of machining.
It should be noted that the specific explanation of program steps and algorithms may vary depending on different CNC systems and roll bending machine models. Therefore, in practical applications, it is necessary to refer to the corresponding CNC system documentation and the bending machine operation manual to understand the specific program process and requirements.
