Fabricated bracket structure and low-carbon construction method of high-pier cast-in-place beam

The invention belongs to the technical field of bridge construction, and particularly relates to a low-carbon construction method for a fabricated bracket structure and a high-pier cast-in-place beam. For pier columns of cylindrical piers or rectangular hollow piers, vertical bearing force is provided for the whole construction platform in the mode that the hoop assemblies and the pre-buried climbing cones are matched with the brackets correspondingly, and bending stress of the assembly type bracket can be prevented through the mode that the bracket cross beams are connected with the hoop assemblies or the brackets through pin shafts. All components of the assembly type bracket bear axial stress, and the material strength of a construction platform is fully utilized. In the bracket structure, a pin shaft connection mode is adopted, and the position of a bracket inclined strut joint on a bracket cross beam can be adjusted according to actual construction conditions. After being used, the ...