Method for deviation adjustment for detection of spatial position of steel belt roll system

Abstract

The invention relates to a method for deviation adjustment for detection of the spatial position of a steel belt roll system. A datum point R01 and a datum point R02 located on the portions, on the two sides of the roll system, of a device bearing the steel belt roll system and on the center axis of the roll system are selected; a total station is erected between the two datum points; the position of the total station is set to serve as an origin of space coordinates, the connecting line of the two datum points serves as the X direction, the Z direction is vertically upwards, and the coordinates of the datum point R01 and the datum point R02 are detected through the total station; a detected roll shaft is rotated, the space coordinates of at least three different rotation positions on one vertical section of the detected roll shaft are detected through the total station; the coordinates of the center of a circle where each point is located are obtained by a computer system, and therefore the space coordinates of each point on the central axis of a steel roll are obtained; the space coordinates of the points on the central axis of the detected steel roll are compared with the space coordinates of the points on the central axis at the steel roll standard position obtained in advance and the deviation directions and the deviation distances of the points on the central axis are obtained; according to the deviation directions and the deviation distances, space position adjustment is conducted on the detected steel roll.

Description

technical field [0001] The invention relates to a position detection and deviation adjustment method, in particular to a detection and deviation adjustment method for the spatial position of a steel belt roll system, belonging to the technical field of detection and deviation adjustment. Background technique [0002] Due to the uneven settlement of the equipment foundation for the coiling and conveying of the steel strip, the spatial position of the equipment deviates, causing strip deviation and wrinkling, seriously affecting product quality, and even causing downtime. [0003] In the prior art, for the adjustment of the levelness and verticality of the rolling system of the steel belt, the traditional detection method is mainly adopted by using detection tools such as a spirit level and a grating. The detection accuracy is low, and the adjustment accuracy is low. The effect of spatial position adjustment is not good, and the adjustment process is time-consuming and laborio...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved in the present invention is: the existing adjustment of the levelness and verticality of the rolling system of the steel belt mainly adopts the traditional way of artificially using detection tools such as level rulers and gratings for detection, and the detection accuracy is low. The accuracy is low, the effect of adjusting the spatial position of the rolling system is not good, and the adjustment process is time-consuming and laborious

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