Shock absorption foundation structure of device and construction method of shock absorption foundation structure

Abstract

The invention discloses a shock absorption foundation structure of a device and a construction method of the shock absorption foundation structure. By means of the shock absorption foundation structure, the shock absorption effect can be improved, and maintenance expenses can be reduced. The shock absorption foundation structure comprises a foundation layer, a filling layer, shock absorbers and a secondary foundation. Shock absorption grooves are formed in the foundation layer. The installation faces of the shock absorbers are arranged on foundation bottom plates of the shock absorption grooves. The filling layer is arranged on the inner walls and the foundation bottom plates of the shock absorption grooves. Shock absorption faces lower than the shock absorbers are filled with the portions, above the foundation bottom plates, of the filling layer. An installation groove is formed by the filling layer. The secondary foundation is arranged in the installation groove and located on the shock absorption faces of the shock absorbers. It is ensured that the construction method includes the following steps that firstly, the foundation layer is poured, and the shock absorbers are arranged on the foundation layer; then, a waterproof layer and the filling layer are sequentially constructed, and a reinforcing steel bar framework can be installed on the filling layer; and then, the secondary foundation is formed through pouring. By means of the shock absorption foundation structure and the construction method of the shock absorption foundation structure, the shock absorption effect of a shock absorption foundation can be improved, and the maintenance cost and the construction cost can be reduced.

Description

technical field [0001] The design of the invention relates to the technical field of shock-absorbing foundations, in particular to a shock-absorbing foundation structure for equipment and a construction method for the shock-absorbing foundation structure for equipment. Background technique [0002] It is well known that it is unavoidable for mechanical equipment in industrial production to vibrate during operation, and vibration beyond the bearing capacity will cause great harm to the equipment itself, and will also cause noise pollution to the surrounding environment. The traditional method of shock absorption for equipment is to directly install shock-absorbing rubber pads on the foundation surface or install steel brackets with shock absorbers. However, the traditional shock-absorbing methods have poor shock-absorbing effects. [0003] Since the damping equipment is installed on the foundation, during the installation of the mechanical equipment, it is first necessary to ...

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Problems solved by technology

[0002] It is well known that it is unavoidable for industrial production of mechanical equipment to generate vibration during operation, and vibration beyond the bearing capacity will cause great harm to the equipment itself, and will also cause noise pollution to the surrounding environment

The traditional method of shock absorption for equipment is to directly install shock-absorbing rubber pads on the foundation surface or install steel brackets with shock absorbers. However, the traditional shock-absorbing methods have poor shock-absorbing effects.

[0003] Since the shock absorbing equipment is installed on the foundation, during the installation of mechanical equipment, it is necessary to first install and align the shock absorbing equipment, and then install and align the mechanical equipment on the shock absorbing equipment, so the installation is complicated

At the same time, the shock absorption equipment is installed on the foundation, which is easily corroded by pollutants in the external environment and has a short service life.

Since the shock absorbing equipment is set on the foundation and exposed to the outside world, it is easily disturbed by external conditions

At the same time, when installing shock absorbing equipment on the foundation, the corresponding shock absorbing device is installed at each support point of the mechanical equipment. Since the shock absorbing equipment installed at each point cannot guarantee the consistency of the shock absorbing effect, it may cause various mechanical equipment. Inconsistencies in the damping effect of the installation fulcrum will cause damage to mechanical equipment

[0004] To sum up, the traditional shock absorption method has poor shock absorption effect, and requires frequent maintenance at the same time, and the maintenance cost is high

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