Silencing and wave-proof wall structure

Abstract

The invention discloses a silencing and wave-proof wall structure. The structure comprises a dam foundation, the surface, adjacent to water, of the dam foundation is a slope, a plurality of inclined rubber pads are arranged on the surface, adjacent to the water, of the dam foundation, the inclined rubber pads are arranged in parallel at equal intervals, and the inclined rubber pads are connected to a steel plate under the inclined rubber pads through shafts; uniformly distributed through holes are formed in the inclined rubber pads, and the top ends of every adjacent inclined rubber pads are connected through springs; and a wave-proof wall body is arranged on the top of the surface, adjacent to the water, of the dam foundation, the surface, adjacent to the water, of the wave-proof wall body is an arc surface, and the top of the surface, adjacent to the water, of the wave-proof wall body is provided with a semi-arc-shaped wave-proof cover with an upward opening. The structure is novel in design and simple in structure; and the structure can effectively buffer the impact force of waves so that the safety and stability of the dam foundation can be protected, the structure can also play a role in absorbing noise, and the service life is long.

Description

technical field [0001] The invention relates to the technical field of water conservancy engineering, in particular to a sound-absorbing and anti-wave wall structure. Background technique [0002] In order to prevent seawater waves from crossing the crest of the dam, anti-wave walls are generally installed on the top of the dam. Most of the existing anti-wave walls adopt vertical wall structures. This structure collides with the waves head-on, and often splashes high waves and water mist. Under the action of the wind, the waves and water mist will still cross the top of the wall, which will have an adverse impact on the environment behind the dam. If this type of vertical anti-wave wall is to be used to completely prevent waves, the anti-wave wall must be built very high. Like this project cost will improve greatly, has increased cost. Moreover, the impact of the existing vertical anti-wave wall with waves also produces a lot of noise. [0003] Further, the existing dams a...

AI Technical Summary

Problems solved by technology

[0002] In order to prevent seawater waves from crossing the crest of the dam, anti-wave walls are generally installed on the top of the dam. Most of the existing anti-wave walls adopt vertical wall structures. This structure collides with the waves head-on, and often splashes high waves and water mist. Under the action of the wind, the waves and water mist will still cross the top of the wall, which will have an adverse impact on the environment behind the dam. If this type of vertical anti-wave wall is to be used to completely prevent waves, the anti-wave wall must be built very high. In this way, the project cost will be greatly improved, increasing the cost

Moreover, the existing vertical anti-wave wall will generate a lot of noise when it collides with waves.

[0003] Further, the existing dams are not equipped with protective devices, and the waves will hit the dams head-on. Under the continuous washing of the waves, the dam structure will be gradually damaged, resulting in dangerous situations

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