Inclination prevention supporting equipment for structure

Abstract

The invention discloses inclination prevention supporting equipment for a structure, and relates to the technical field of constructional engineering. The equipment comprises a supporting plate set and a bottom table; the supporting plate set comprises two supporting plates; an extensible plate is connected between the two supporting plates; one surface of the bottom table is connected with the supporting plates; a plurality of hydraulic supporting rods are connected to one surface of the supporting plate set; supporting blocks are connected with the output ends of the plurality of hydraulic supporting rods; a diagonal draw bar is connected with the other surface of the supporting plate set; the surface of one side of the bottom table is connected with a mounting plate; two ends of the diagonal draw bar are connected with the supporting plate set and the mounting plate respectively; a sliding rail is arranged on one surface of the bottom table; the bottom end of the supporting plate set is connected with a first extensible shaft; and one end of the first extensible shaft is connected with a sliding block. According to the inclination prevention supporting equipment for the structure, the supporting plate set is used for fixedly supporting a structure, the supporting plate set can transversely move through cooperation of the sliding block and a sliding rail, the equipment can effectively adapt to the actual supporting state of the structure, and the use requirements of structures of different forms and constructions are met.

Description

technical field [0001] The invention relates to the technical field of construction engineering, in particular to a support device for preventing inclination of structures. Background technique [0002] Structures mainly refer to the general designation of structural buildings with certain functions and auxiliary functions to the main building, except for generally clearly defined industrial buildings, civil buildings and agricultural buildings, etc., which are generally not suitable for people to live directly. Such as water towers, ponds, filter ponds, clarifiers, biogas digesters, etc. [0003] Due to the different use requirements of structures, the construction quality standards are usually different, and the construction and use environment of structures is usually relatively harsh, and the potential safety hazards will also increase after a certain period of use. For example, the outdoor use environment is affected by soil quality. Its firmness will be affected by co...

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Problems solved by technology

[0003] Due to the different use requirements of structures, the construction quality standards are usually different, and the construction and use environment of structures is usually relatively harsh, and the potential safety hazards will also increase after a certain period of use. For example, the outdoor use environment is affected by soil quality. Its firmness will be affected by corresponding adverse effects, such as inclination or even collapse. At present, there are insufficient protective measures for the use of structures. It is simply controlled by improving engineering quality standards, which does not have a certain preventive effect. The inclination of structures The situation lacks corresponding treatment measures, and there are many limitations

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