Full-automatic translation device for buildings and construction method thereof

Abstract

The invention relates to a full-automatic translation device for buildings. A power system of the full-automatic translation device for the buildings comprises one group or a plurality of groups of thrust devices, the thrust devices are composed by connecting clamping oil cylinders and translation oil cylinders, and the horizontally arranged translation oil cylinders can clamp or loose lower trackbeams through the vertically arranged clamping oil cylinders. The structure is simple and convenient to operate, the full-automatic translation of the buildings is realized, the jacking balance and translation synchronicity of the buildings can be ensured, and safety and reliability are achieved. According to a building translation construction method, prefabricated fixed counter-force device steps are omitted, the clamping oil cylinders are used as movable counter-force devices, the translation oil cylinders drive the clamping oil cylinders to move while the cylinders are taken back, and thefull-automatic translation is realized. The jacking balance and translation synchronicity of the buildings can be ensured, and the building translation construction method is especially suitable forlong distance translation of the buildings.

Description

technical field [0001] The invention relates to the field of building displacement engineering, in particular to a fully automatic building translation device and a construction method thereof. Background technique [0002] Due to various reasons such as the expansion of municipal roads and the change of site use, it is often necessary to demolish or relocate buildings. Especially when it comes to cultural relics and historic sites, in order to protect the original appearance of the existing buildings, the buildings should be moved to other locations intact. Both require the use of building displacement technology. [0003] The displacement of buildings is similar to the horizontal transportation of large equipment, but the difference is that the anti-deformation ability of buildings is poor. Therefore, when moving buildings in translation, the buildings should be reinforced according to the actual situation, and then the underpinning beam system should be constructed under...

AI Technical Summary

Problems solved by technology

Although the movement of this reaction device is labor-saving than the aforementioned manual handling, there are still some shortcomings

First, the reaction device includes jacks and lifting equipment, as well as many other components, and the structure is very complicated

Second, when the reaction device is moved, the pin key on the second steel corbel must be hoisted first with a lifting device. After the reaction device moves in place, it is pinned to the lower track beam again, so the movement process of the reaction device is relatively cumbersome and inefficient

Third, there are many decomposed actions in the moving process of the reaction device, and the movement of the reaction device and the pushing action of the main jack are carried out separately, and they must cooperate with each other precisely. The accuracy of each action cycle must be ensured to make the entire building The process of moving objects is carried out smoothly, and the requirements for the realization of fully automatic control of buildings are relatively high, which lays hidden dangers for the smooth translation of buildings

Fourth, the reaction device is connected to the lower track beam through a pin shaft. When the building moves, the pin shaft may not be able to withstand the reaction force generated by the large driving force and break and fail.

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