Supporting system based on cloud intelligent construction: Fid-Bau Portal

Supporting system based on cloud intelligent construction

WANG YANG / LI YANG / LI SILIN / LIU YALING

The invention relates to the technical field of building machines, and discloses a supporting system based on cloud intelligent building, the supporting system comprises a supporting frame and a construction platform, the top of the supporting frame is slidably connected with a combined platform, and the combined platform comprises a modular travelling crane platform, a second climbing mechanism, a hoisting platform and a hoisting mechanism; the modularized travelling crane platform, the second climbing mechanism and the hoisting platform are fixedly connected to form an upper-layer lifting mechanism, and the horizontal area of the modularized travelling crane platform is larger than that of the hoisting platform; the distance between the modular travelling crane platform and a construction layer needs to be larger than the height of the prefabricated part, so that a travelling crane still needs to be released through a traction rope, and in order to avoid the problem that the efficiency is influenced by inaccurate positioning caused by shaking of the traction rope, the prefabricated part can vertically move to a designated position, and the assembly efficiency is improved; and the occupied time of the hoisting mechanism is short, the efficiency is maximized through cross operation, and automatic construction is met.

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支撑系统，包括支撑架和施工平台，所述支撑架的顶部滑动连接有组合平台，所述组合平台包括模块化行车平台、第二爬升机构、吊运平台、吊运机构，所述模块化行车平台、所述第二爬升机构、所述吊运平台固定连接组成上层升降机构，所述模块化行车平台的水平面积大于所述吊运平台的水平面积；模块化行车平台与施工层的距离需要大于预制件的高度，因此行车依然需要通过牵引绳释放，为了避免牵引绳晃动造成定位不准影响效率的问题，使预制件可以垂直运动至指定位置，提高装配效率，四个分区的交替作业，使吊运机构占用时间短，交叉作业将效率最大化，满足自动化施工。

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