Generator rotor shaft end face marking system and working method thereof

Abstract

The invention belongs to the technical field of laser marking, and provides a generator rotor shaft end face marking system and a working method thereof. The system comprises an industrial personal computer, a bar code scanner, a motion control card, a servo driver, an electric lifting platform, a horizontal sliding platform, a laser marking card, a laser generator and a galvanometer scanning system, wherein the industrial personal computer is connected with the bar code scanner through a serial port/USB; the industrial personal computer is connected with the motion control card through a serial port; the motion control card is connected with the servo driver; the servo driver is connected with the electric lifting platform and the horizontal sliding platform through cables; the industrialpersonal computer is connected with the laser marking card through a PCI/USB interface; and the laser marking card is connected with the laser generator and the galvanometer scanning system through cables. The generator rotor shaft end face marking system can effectively realize automatic control and data information management, reduce manual intervention, ensure the data uniqueness of a rotor shaft and improve the production efficiency.

Description

technical field [0001] The invention belongs to the technical field of laser marking, and in particular relates to a marking system for the end face of a generator rotor shaft and a working method thereof. Background technique [0002] At present, many generator manufacturing enterprises pay more and more attention to the marking of parts, so as to facilitate the traceability management of all parts produced. The rotor shaft is the core component of the generator, but few companies have complete production specifications for it. At the same time, since the rotor shaft has many specifications, the design of the tooling is relatively complicated, and the degree of automation and information management is low. After the operator is fatigued from long-term work, it is easy to make mistakes or miss marks on the end face of the rotor shaft. None of the above situations can meet the increasing requirements of users for mass production, automation efficiency, information management...

AI Technical Summary

Problems solved by technology

The rotor shaft is the core component of the generator, but few companies have complete production specifications for it

At the same time, since the rotor shaft has many specifications, the design of the tooling is relatively complicated, and the degree of automation and information management is low. After the operator is fatigued from long-term work, it is easy to make mistakes or miss marks on the end face of the rotor shaft.

None of the above situations can meet the increasing requirements of users for mass production, automation efficiency, information management, security and data traceability

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