Full-automatic intelligent turning system and turning method

Abstract

The invention relates to a full-automatic intelligent turning system and a full-automatic intelligent turning method. The turning system comprises a sensor calibration system, a turning power system, a parallel sampling system, a phase identification system, a real-time display system, a data filtering system and a data processing system, wherein the sensor calibration system is connected with the turning power system; the turning power system is connected with the parallel sampling system; the parallel sampling system is connected with the phase identification system and the real-time display system respectively; the phase identification system is connected to the data processing system; and the data filtering system is arranged between the data processing system and the real-time display system. According to the turning method, a sensor is used for identifying the phase of a light band and measuring displacement, and an automatic turning mode of any turning angle and any point number is adopted, so that rich measured data is obtained, and a turning process is continuous. The system and the method are irrelevant to relationships among the turning point number, the phase and turning rotating speed, and are wide in application range and high in measurement accuracy and turning efficiency; the requirements of high-accuracy continuous turning of any point number can be met; and the measurement accuracy is remarkably improved.

Description

technical field [0001] The invention relates to the technical field of power systems, in particular to a fully automatic intelligent cranking system and a cranking method. Background technique [0002] At present, there are many ways of turning the car at home and abroad. There are several situations: one is to rely on a large number of manpower to directly drive the rotor under the command of a unified command; the other is to drive the crane to drive the steel wire rope around the rotor; Electric cranking driven by coil charging. But their common disadvantages are: inaccurate measurement, unable to adjust in one step, resulting in repeated and ineffective labor, high labor intensity, low work efficiency, complicated site layout, and certain problems in safety production and labor quality. The traditional cranking method prevents the rotor from rotating in a free state, and it is in a fully free state at the stop point, which affects the accuracy of the measurement data. W...

AI Technical Summary

Problems solved by technology

But their common disadvantages are: inaccurate measurement, unable to adjust in one step, resulting in repeated and ineffective labor, high labor intensity, low work efficiency, complicated site layout, and certain problems in safety production and labor quality.

[0005] (2) The reliability of traditional measurement methods is relatively low

The same dial indicator, each person’s measured data is more or less different because of different feelings, and sometimes the measurement results are very different due to these measurement differences

[0006] (3) The traditional measurement method has fewer measurement points

Due to the readings of the dial indicator, the current measuring points of the cranking are generally 8 points of equiangularity, and the measurement results are a bit rough.

[0007] (4) The stop point of the traditional measurement method is not accurate

But their foundations are all based on equiphase 8-point or 16-point cranking data, so it seems helpless for cranking data of any phase and any number of points

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