Torsion synchronous intelligent numerical control bender numerical control system

Abstract

The invention provides a torsion synchronous intelligent numerical control bender numerical control system comprising a HMI touch control screen, an external sensor, a power module, an optical coupling isolating module, a master controller, and an actuator. The external sensor comprises a switching power supply, an X encoder, a grating ruler, a switching signal sensor, and a pressure sensor. The master controller comprises a communication module, a storage module, a data processing module, a pulse control module, an encoder counting module, an I/O data module, and an AD input module. The actuator comprises an X-axis servo motor, a Y-axis servo motor, W-axis servo motor, and a digital signal output module. The torsion synchronous intelligent numerical control bender numerical control system fundamentally prevents a requirement for high technical level of operators in a bending process and is not required to correspond to angle relations of different material thicknesses with abstract numbers. A user may edit and input material information and to-be-bent angle information in a visualized manner.

Description

technical field [0001] The invention relates to a numerical control system of a torsion synchronous intelligent numerical control bending machine, which belongs to the technical field of numerical control systems. Background technique [0002] With the continuous improvement of product quality requirements in the sheet metal industry, the penetration rate of CNC bending machines in this industry is also increasing year by year. The traditional ordinary torque synchronous bending machines are complex in operation and rely heavily on the technical level of personnel. Difficult to achieve versatility of products makes it impossible to achieve large-scale batch production. Ordinary torque synchronous bending machine does not reflect the angle information of the processed parts intuitively in the production process. It depends on the blunt digital information to correspond to the corresponding angle. After a period of use and adjustment, the digital information will change to a c...

AI Technical Summary

Problems solved by technology

[0002] With the continuous improvement of product quality requirements in the sheet metal industry, the penetration rate of CNC bending machines in this industry is also increasing year by year. The traditional ordinary torque synchronous bending machines are complex in operation and rely heavily on the technical level of personnel. It is difficult to achieve universality of products, which makes it impossible to achieve large-scale mass production

Ordinary torque synchronous bending machine does not reflect the angle information of the processed parts intuitively in the production process. It depends on the blunt digital information to correspond to the corresponding angle. After a period of use and adjustment, the digital information will change to a certain extent. As a result, users need to frequently adjust the angle, which is very troublesome to use. At the same time, the positioning of the back gauge is also based on a simple positioning mechanism with a digital display or no quantification at all, which is extremely inconvenient and troublesome to use.

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