Numerical Control System of Rolling Wheel Applicable to Ring Forging Equipment

Abstract

The invention relates to a rolling wheel numerical control system suitable for ring forging equipment, mainly used in ring forging machines, rolling machines and other equipment. The system includes a distance measuring submodule (1), a motor drive submodule (2) and a control submodule (3). One end of the distance measuring submodule (1) is fixed on a fixed shell on the ring forging machine, and the other end is Fixed on the guide rail slide plate (5) that drives the rolling wheel to move, the motor drive sub-module (2) is installed next to the hydraulic valve of the hydraulic transmission system of the ring forging machine, and is in contact with the slider of the hydraulic valve, driven by the motor The sub-module (2) is combined with the hydraulic drive system of the rolling wheel as a power source of the hydraulic drive system of the rolling wheel. The invention enables the rolling wheel to have self-sensing position and automatic control functions.

Description

(1) Technical field [0001] The invention relates to a system for automatically sensing and controlling the position of rolling wheels, which is mainly used in ring forging machines, rolling machines and other equipment. (2) Background technology [0002] For the processing of ring parts such as bearing rings and flanges, especially ring parts with larger diameters, equipment such as ring forging machines or rolling machines are key processing equipment in the production process. These devices are currently widely used in the field of machining. However, these equipment are especially vertical ring forging or rolling equipment. The up and down movement of the rolling wheel is mainly controlled by the operator through the pedal connected to the hydraulic valve or through the wheel connected to the mechanical drive mechanism of the rolling wheel. , which not only puts forward higher requirements on the skills of the operators, but also leads to low equipment production efficie...

AI Technical Summary

Problems solved by technology

However, these equipment are especially vertical ring forging or rolling equipment. The up and down movement of the rolling wheel is mainly controlled by the operator through the pedal connected to the hydraulic valve or through the wheel connected to the mechanical drive mechanism of the rolling wheel. , which not only puts higher requirements on the skills of the operators, but also leads to low production efficiency and high failure rate of equipment

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