Construction method of maintainable assembly type floating equipment foundation

Abstract

The invention provides a construction method of a maintainable assembly type floating equipment foundation. The construction method comprises the following steps that S1, peripheral reverse ridge construction is conducted; S2, foundation structure layer construction is conducted; S3, surveying and setting out are conducted, and a vibration isolation layer is installed; S4, a sound insulation layer is installed; S5, a hoistable floating platform is manufactured; S6, the floating platform is hoisted; S7, an assembly type strip-shaped foundation is manufactured; S8, the assembly type strip-shaped foundation is hoisted; S9, a TEL spring shock absorber, a drainage hose and horizontally-arranged springs are installed; S10, a channel steel frame is installed; and S11, equipment is installed and debugged. The maintainable assembly type floating equipment foundation is high in sound insulation and shock absorption capacity, good in waterproof performance and easy to overhaul.

Description

technical field [0001] The invention relates to the technical field of floating equipment foundations, in particular to a construction method for maintainable assembled floating equipment foundations. Background technique [0002] As an important part of the building's function, the equipment room generates noise all the time. In traditional construction methods, the equipment foundation of the machine room is directly set on the concrete foundation on the floor, or directly on the floor with a layer of elastic sound insulation layer mainly made of mineral wool, and the concrete foundation is set on the top. Both methods exist. obvious flaws. The first traditional method has poor sound insulation performance, which is likely to cause resonance between the foundation and the floor, and poor comfort in use; although the second method has improved sound insulation and vibration reduction effects, its effect is limited, waterproof performance is poor, and maintenance costs are ...

AI Technical Summary

Problems solved by technology

In traditional construction methods, the equipment foundation of the machine room is directly set on the concrete foundation on the floor, or directly on the floor with a layer of elastic sound insulation layer mainly made of mineral wool, and the concrete foundation is set on the top. Both methods exist. Obvious defect

The first traditional method has poor sound insulation performance, which is likely to cause resonance between the foundation and the floor, and poor comfort in use; although the second method has improved sound insulation and vibration reduction effects, its effect is limited, waterproof performance is poor, and maintenance costs are high.

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