1. Flexible acceleration and deceleration control device:
In CNC processing, the system program is generally directly implemented by the system program. In this way, the system can be changed, and the CNC program can be modified by controlling control, so that ordinary users cannot make the CNC machines have the best acceleration performance according to their own wishes. To this end, we proposed a flexible deceleration control method based on the principle of database, which divided the acceleration and deceleration control into the description and execution of acceleration and deceleration, and separated from the system program. The software is designed with a general control channel that has nothing to do with the deceleration database, which can independently perform deceleration calculation and trajectory control.
2. Automatic acceleration control system for flexible CNC processing:
Establish acceleration curves, analytical curves, and non -analysis curves, and store them as a numerical table as templates as templates in acceleration and deceleration curve libraries.
3. Automatic deceleration control system for flexible CNC processing:
Accelerating control is stored in the form of a digital table in acceleration and deceleration curve libraries. Proper automatic deceleration control is essential for ensuring the dynamic performance of CNC machine tools. Based on the traditional automatic deceleration control, due to the lack of flexibility, it is difficult to ensure that the deceleration process is coordinated with the performance of the machine, and it is difficult to optimize the dynamic characteristics of the machine tool movement.
