Integral shift method for buildings

Abstract

The invention relates to an integral displacement method for a building, which comprises the steps of translating the building and jacking the building, wherein translating the building is to install hydraulic jacks with adequate quantity between an upper sliding beam which is used for supporting the building and a lower sliding beam which is used as a slideway, and to ensure that the building slides on the slideway along with the hydraulic jacks, and the building is kept steady by controlling hydraulic pressures of the hydraulic jacks at corresponding positions according to the level degree of the surface of the slideway during the sliding. The integral displacement method for the building overcomes the defects existing in the prior integral displacement method for the building, and has the advantages of ensuring that the building has steady movement, high movement speed and accurate movement; and the integral movement of the building by the method has low engineering cost, short period and high quality.

Description

technical field [0001] The invention relates to a whole building shifting method for moving integral objects from an old address to a new address. Background technique [0002] Moving a building as a whole from an old site to a new site generally involves translating and jacking the building. [0003] At present, rolling translation and bearing sliding translation are mainly used for translation of buildings. [0004] Such as figure 1 As shown, the upper roller 3 is installed between the upper sliding beam 1 (upper slideway) and the lower sliding beam (slideway) 2, and the rolling translation is to use the roller 3 on the upper and lower sliding beam 1, 2 to move the building forward. Roller can adopt roller or roller, because the manufacturing cost of roller is higher, technical requirement is also higher, so what adopt at present mostly is roller. [0005] The roller materials include steel pipes, steel pipes filled with high-strength concrete in the middle, and solid ...

AI Technical Summary

Problems solved by technology

Both solid steel rollers and concrete-filled steel tube rollers have their own advantages and disadvantages: steel rollers have high strength, are not easy to crush, have high rigidity, small deformation, small friction coefficient, and high recycling rate; Adaptive adjustments are made for changes in the clearance between the upper and lower slopes, and uneven force often occurs

[0017] But the disadvantage is that the friction coefficient is relatively large, and the friction coefficient is between 0.12 and 0.15. Due to the difference in static and dynamic friction resistance, the acceleration change at startup is larger than that at rolling, and translation needs to provide a large jacking force. The required upper and l

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