Abstract
The flatness of the seismic isolation support skeleton plate determines the seismic isolation performance of the seismic isolation support, and in view of the limitations of the traditional measurement method in the engineering field, the use of laser sensor and computer-related processing technology is proposed to solve the problem of flatness measurement of the seismic isolation support skeleton plate. The laser sensor measurement can obtain the data of the skeleton plate plane, and use the relevant tools to calculate the difference between the maximum offset value and the minimum offset value from each measurement point to the ideal plane to obtain the flatness value. The experimental results show that the flatness measurement method of seismic isolation support skeleton plate based on laser sensor can quickly and accurately complete the measurement of skeleton plate flatness, with low requirements for engineering application environment and good measurement stability.
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