A steel platform system based on cloud intelligent construction

Abstract

The application relates to the technical field of building machines, and discloses a steel platform system based on cloud intelligent construction, which comprises a steel platform truss, a steel platform node and a large-stroke pushing mechanism. The top of the large-stroke pushing mechanism is connected with the steel platform node through a small-stroke excess pushing module. The steel platform node is provided with a longitudinal limiting excess groove below. The small-stroke excess pushing module comprises a connecting support, a small-stroke pushing mechanism, an excess lower closed limiting top block and an excess upper closed limiting top plate. The excess lower closed limiting top block is integrally formed with the connecting support. When the problem of inconsistent displacement is found within the excess range, the connecting node of the steel platform node and the large-stroke pushing mechanism will not generate pulling force, the two forces of the supporting force and the pulling force generated by the connecting node of the steel platform node due to the inconsistent lifting uniformity of the multiple large-stroke pushing mechanisms are avoided, and the safety problem caused by the uneven force of the steel platform is avoided.

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