Technical method for finishing vertical lifting in integral translation process of building

Abstract

The invention provides a technical method for finishing vertical lifting in the integral translation process of a building, which belongs to constructional engineering. The method is characterized by obliquely cutting a building so that a lower walking rail of a building is translated from the original foundation near side to the new building foundation far side to achieve an oblique integral straight lower walking rail with designed height. The ascending or descending of the building are simultaneously finished in the translation process; and compared with the prior art, the invention avoids multiple procedures and processes of front or back vertical lifting of the integral translation of the building, has the obvious advantages of reasonable concept, simplified procedure, convenient operation, safety, stability, cost reduction, project period shortening, and the like and is especially suitable for a building integral translation case with a large specific value of translation distance to lifting amplitude, thereby having favorable popularization and use value.

Description

1. Technical field: [0001] The invention provides a technical method for completing vertical lifting during the overall translation process of a building, which belongs to construction engineering. 2. Background technology: [0002] In the prior art, the building is raised or lowered after the overall translation, which is completed by synchronous vertical pushing of multiple jacks. Although this technical solution is intuitive and obvious, and the lifting range is easy to control, it has the following deficiencies and defects. [0003] 1. During the process of jacking up or settling, the building is completely supported by jacks, which has poor stability and high risk, especially in case of unexpected bad weather factors. [0004] 2. The placement and operation of multi-heavy jacks not only has a large amount of engineering, but also has high technical content, many requirements and strict standards. [0005] 3. Due to the above reasons, the technical, manpower and materia...

AI Technical Summary

Problems solved by technology

[0003] 1. During the process of lifting or settling by the jack, the building is completely supported by the jack, which has poor stability and high risk, especially in case of unexpected bad weather factors

[0004] 2. The placement and operation of the multi-heavy jack not only has a large amount of engineering, but also has high technical content, many requirements and strict standards.

[0005] 3. Due to the above reasons, the technology, manpower and material resources of the project have been invested heavily, the construction period is long, and the cost is high, especially when the lifting and lowering range is large, and the above problems need to be completed in stages.

[0006] 4. Although this technology is easy to complete the vertical lifting of buildings, there are more difficulties, problems and risks in the process of vertical settlement of buildings.

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