Intelligent manufacturing system and method of motor punching and shearing workshop

Abstract

The invention relates to an intelligent manufacturing system and method of a motor punching and shearing workshop. The intelligent manufacturing system comprises a servo deflection feeding machine, wherein a discharging hole of the servo deflection feeding machine is connected with a feeding hole of a punching machine tool 1; a material positioned at the discharging hole of the punching machine tool 1 is grabbed to a conveying line 1 or a punching machine tool 2 by a mechanical hand 1; a material positioned at a discharging hole of the punching machine tool 2 is grabbed to a conveying line 2 by a mechanical hand 2; a mechanical hand 3 is arranged near the conveying line 1; the material positioned on the conveying line 1 is grabbed to a punching machine tool 3 by the mechanical hand 3; a mechanical hand 4 is arranged near a discharging hole of the punching machine tool 3; and the material positioned at the discharging hole of the punching machine tool 3 is grabbed to a conveying line 3by the mechanical hand 4. According to the intelligent manufacturing system and method of the motor punching and shearing workshop disclosed by the invention, an unmanned punching operation of an ironcore of a motor can be realized, and the workload is reduced while the risk is reduced at the same time; and meanwhile, through interaction of a PCS (Process Control System) and an upper-layer system, intelligent distribution of operations, automatic issuing of procedures, and real-time acquisition and interaction of data are realized, and intelligent manufacturing of the motor punching and shearing workshop is realized.

Description

technical field [0001] The invention relates to a system for intelligent manufacturing of small and medium-sized motors, and a punching and shearing method for electric motors based on the system. Background technique [0002] At present, there are mainly three schemes for the production of motor punching sheets: [0003] 1. The high-speed stamping method of the progressive die can realize the automatic stamping, automatic separation, automatic collection and pressing of the stator and rotor punches. Generally, it is only suitable for punching sheets with small specifications and large batches, and the investment cost is huge, and the mold replacement cycle is long. [0004] 2. One drop two process, the silicon steel coil is blanked by the punching machine into the stator and rotor discs, the stator and the rotor with sunflower lace are punched out of the stator and rotor discs, after the stator and rotor are separated, the stator is directly discharged, and the sunflower d...

AI Technical Summary

Problems solved by technology

It is suitable for large-scale stator and rotor punching, but the separation of stator discs and rotor discs, and the secondary stamping and loading and unloading of stators and rotors are all done manually, which is very inefficient and labor-intensive.

[0006] 4. The traditional processing technology is generally the automation of single or multiple machine tools, which cannot realize the interconnection between equipment and equipment and between equipment and systems

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