An Optical Alignment Measurement Method Based on Rigid-Flexible Transformation Platform

Abstract

The invention discloses an optical alignment measuring method based on a rigid and flexible conversion platform. The method specifically comprises the steps that an optical alignment device comprising an alignment measuring and wireless transmitting unit (1), an alignment display unit (2), an LED lamp (4) and a wireless receiving and displaying unit (3) is set up; the alignment measuring and wireless transmitting unit (1) provides a measured data analysis result and sends alignment data information through a data receiving and sending module (15); the alignment display unit (2) provides a human-computer interface for display of optical alignment signals; the wireless receiving and displaying unit (3) performs remote display. By the adoption of the method, a lot of problems which cannot be solved in plumb bob alignment are avoided; moreover, alignment accuracy is high, observation speed is high, and optical alignment measuring can be adopted in any using environment requiring accurate measurement. The method can efficiently and quickly provide a favorable guarantee for quick transfer, transportation and other operation of large instruments and equipment.

Description

technical field [0001] The invention relates to an optical centering measurement method, in particular to an optical centering measurement method based on a rigid-flexible conversion platform. Background technique [0002] Centering measurement is to make the center of the measured object and the center of the measured object on the same vertical line. It is a basic operation method of measurement work. At present, there are mainly vertical ball centering method and optical plummet centering method. The vertical ball alignment method uses the vertical ball line as the extension of the vertical axis of the instrument, and uses the verticality of the vertical ball line under the action of gravity to measure. When using foot screws to level the instrument, it will not affect the position of the tip of the ball, so there is no so-called "anping damage to the center" phenomenon. The vertical ball alignment is often affected by various factors such as wind force and rack surface ...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an optical centering measurement method based on a rigid-flexible conversion platform to solve the problem of low centering accuracy and reliability of the previous vertical ball centering method

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