2results about How to "Good deformation control" patented technology

The invention relates to a parallel loading wing type large-span cantilever truss structure system and a mounting method thereof, the structure system is formed by connecting a plurality of loading wing type trusses which are arranged along the outer edge of a main body structure in parallel at intervals and unfolding wing type trusses on the outermost side in parallel, and the trusses are connected into a space whole through horizontal connecting components. The wing carrying type truss comprises a vertical bearing part and a horizontal overhanging part which are inclined from inside to outside, a wing carrying structure is formed, and overhanging loads are efficiently and obliquely transmitted to a main body structure. Reinforcing components such as three-fork web members are arranged at the ends of the wing-unfolding type trusses, and the rigidity of the ends is enhanced. The mounting method adopts sequential construction of pushing truss by truss from one end to the other end and synchronously connecting horizontal members. The problems that a traditional solid-web cantilever beam is huge in dead weight, insufficient in rigidity and large in building space occupation are solved, and the large-span solid-web cantilever beam has the advantages of being reasonable in stress, small in steel consumption, large in spanning capacity and wide in building space and is suitable for large-span cantilever buildings such as stadiums and terminal buildings.

The application discloses a steel cross-bracing axial force system for controlling deformation of a foundation pit lattice column and a construction method, relates to the technical field of deep foundation pit construction, and discloses a steel cross-bracing axial force system for controlling deformation of a foundation pit lattice column, which comprises a foundation pit enclosure structure, a lattice column and a steel cross-bracing servo axial force system. The lattice column comprises angle steels and patch plates. The steel cross-bracing servo axial force system comprises a steel sleeve box, a plug-in steel cross-bracing, a deformation monitoring sensor, a monitoring system and a hydraulic jack. The application has good deformation control effect and high precision, can prevent the weakening of vertical stress capacity caused by the deformation of the lattice column, ensures the stability of the foundation pit, and guarantees the safety of the foundation pit construction.