Mesa detection method and system for super large splicing platform

Abstract

The invention discloses a tabletop detection method for a super-large splicing platform. The tabletop detection method comprises the steps as following: detecting all subplatforms of the splicing platform one by one through automatic walking equipment with an inclination sensor and a step difference sensor, detecting the levelness of each subplatform each time, and detecting a step difference between one subplatform and two adjacent subplatforms respectively; and transmitting detection parameters to a main control unit, and performing data processing to obtain tabletop parameters of the splicing platform, wherein the two adjacent subplatforms are subplatforms in contact with two adjacent sides of the detected subplatform. The tabletop detection system integrates a detection trolley, a walking system, an inclination detection system, a step difference detection system and a data transmission system, and can quickly detect the inclination and the step difference of the splicing platform, so that the problems of high manual detection workload, large error and high possibility of error are avoided.

Description

technical field [0001] The invention relates to a table top detection method for a super large splicing platform. The invention also relates to a table top detection system for a super large splicing platform, in particular to the detection of the levelness and step difference of sub-platforms. Background technique [0002] The super-large splicing platform used for installation and debugging of large equipment is usually composed of several sub-platforms. The sub-platforms are usually in the shape of a cuboid, and each sub-platform needs to be equipped with a supporting foot structure. During the construction process of the splicing platform, the levelness and flatness of the splicing platform are mainly affected by the deformation of the foundation structure, the supporting foot structure and the table itself. As a result, the actual parameters of the splicing platform do not match the design parameters. In the later stage of the construction process, each The sub-platform...

AI Technical Summary

Problems solved by technology

Due to volume limitations, it is difficult to detect the levelness of large planes. For splicing platforms, it is only suitable for detecting the levelness of a single sub-table.

The step meter needs to detect the four sides separately. Therefore, there are problems such as huge workload, large errors caused by human factors, and easy mistakes in manual inspection, which seriously affects the accuracy and speed of detection, and will directly affect the construction quality of the splicing platform.

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