A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel platform system based on cloud intelligent construction
The invention 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, and is characterized in that the top of the large-stroke pushing mechanism is connected with the steel platform node through a small-stroke allowance pushing module; a longitudinal limit allowance groove is formed below the steel platform joint, the small-stroke allowance pushing module comprises a connecting support, a small-stroke pushing mechanism, a lower allowance closed limit top block and an upper allowance closed limit top plate, and the lower allowance closed limit top block and the connecting support are integrally formed. When the problem of inconsistent displacement is found within the allowance range, the connection node of the steel platform node and the large-stroke pushing mechanism does not generate drawing force, and the situation that the connection node of the steel platform node generates two acting forces of supporting force and drawing force due to inconsistent lifting uniformity of a plurality of large-stroke pushing mechanisms is avoided; and the safety problem caused by uneven stress of the steel platform is avoided.
本发明涉及造楼机技术领域，本发明公开了一种基于云端智能建造的钢平台系统，括钢平台桁架、钢平台节点、大行程推送机构，所述大行程推送机构的顶部与所述钢平台节点之间通过小行程余量推送模块实现连接，所述钢平台节点的下方具有纵向限位余量槽，所述小行程余量推送模块包括连接支架、小行程推送机构、余量下封闭限位顶块、余量上封闭限位顶板，所述余量下封闭限位顶块与所述连接支架一体成型；针对位移不一致的问题在余量范围内发现时，钢平台节点与大行程推送机构的连接节点不会产生拉拔力，避免多个大行程推送机构提升均匀性不一致导致钢平台节点连接节点产生支撑力和拉拔力的两个作用力，避免钢平台出现受力不均造成的安全问题。
Steel platform system based on cloud intelligent construction
The invention 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, and is characterized in that the top of the large-stroke pushing mechanism is connected with the steel platform node through a small-stroke allowance pushing module; a longitudinal limit allowance groove is formed below the steel platform joint, the small-stroke allowance pushing module comprises a connecting support, a small-stroke pushing mechanism, a lower allowance closed limit top block and an upper allowance closed limit top plate, and the lower allowance closed limit top block and the connecting support are integrally formed. When the problem of inconsistent displacement is found within the allowance range, the connection node of the steel platform node and the large-stroke pushing mechanism does not generate drawing force, and the situation that the connection node of the steel platform node generates two acting forces of supporting force and drawing force due to inconsistent lifting uniformity of a plurality of large-stroke pushing mechanisms is avoided; and the safety problem caused by uneven stress of the steel platform is avoided.
本发明涉及造楼机技术领域，本发明公开了一种基于云端智能建造的钢平台系统，括钢平台桁架、钢平台节点、大行程推送机构，所述大行程推送机构的顶部与所述钢平台节点之间通过小行程余量推送模块实现连接，所述钢平台节点的下方具有纵向限位余量槽，所述小行程余量推送模块包括连接支架、小行程推送机构、余量下封闭限位顶块、余量上封闭限位顶板，所述余量下封闭限位顶块与所述连接支架一体成型；针对位移不一致的问题在余量范围内发现时，钢平台节点与大行程推送机构的连接节点不会产生拉拔力，避免多个大行程推送机构提升均匀性不一致导致钢平台节点连接节点产生支撑力和拉拔力的两个作用力，避免钢平台出现受力不均造成的安全问题。
Steel platform system based on cloud intelligent construction
一种基于云端智能建造的钢平台系统
XIA ZHENXING (author) / WANG YANG (author) / LI SILIN (author) / ZHAO SHIZHONG (author) / YU SHAOBAO (author) / ZHANG ZHIQIANG (author)
2024-07-12
Patent
Electronic Resource
Chinese
| European Patent Office | 2021
Supporting system based on cloud intelligent construction
| European Patent Office | 2024
Intelligent construction platform and installation method of intelligent construction platform
| European Patent Office | 2022
Intelligent well lid monitoring system based on cloud platform
| European Patent Office | 2022