Building alternated foot type horizontal movement method

Abstract

The invention discloses a building alternated foot type horizontal movement method. The building alternated foot type horizontal movement method comprises the following steps that A, a plurality of foot walking devices are arranged at the bottom of a building tray which is about to be horizontally moved; B, the arranged foot walking devices are divided into the set A and the set B; and C, a hydraulic pump station and a synchronous control system are used for controlling the foot walking devices. By means of the method, the problem about stress concentration in the traditional jacking and traction technology is solved, the jacking force can be scattered through the foot type alternated horizontal movement method, and the horizontal motion precision of a building is guaranteed through multi-point control; by adoption of foot type alternated horizontal moving, the uneven sliding face can be avoided, and it is guaranteed that an upper building is integrally stable; during multi-direction horizontal movement, only the installing direction of the foot walking devices needs to be adjusted, and additional setting of jacking or traction points in the stress direction is not needed; and thefoot walking devices are self-balance systems, horizontal force generated to a sliding way beam and a pile foundation is low, and special treatment is not needed.

Description

technical field [0001] The invention relates to the field of building construction, in particular to an alternate walking translation method for buildings. Background technique [0002] At present, in the process of general building translation, the front side pulling method of the building or the building rear pushing method are adopted, and the horizontal pushing system and the vertical underpinning system of the two translation methods are arranged independently. The jacking system has only a few jacking reaction points on the same slideway, and the number of building jacking points is the same as that of slipping, so the force is relatively concentrated, which is unfavorable to the structure; the vertical underpinning system adopts rollers, fixed sliding feet, Movable sliding feet and other methods are subjected to jacking thrust and sliding to produce rolling or sliding translation. The direction during the translation process is determined by the push or pull position...

AI Technical Summary

Problems solved by technology

The direction during the translation process is determined by the push or pull position, and the direction control is poor

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