Construction method and structure of landscape type wave wall

Abstract

The invention discloses a construction method and a structure of a landscape type wave wall. According to the construction method, water retaining walls capable of being overturned are arranged on the edges of dams on the both sides of a river, and the water retaining walls are erected to resist floods when the floods come; after the floods subside, the water retaining walls are put down to be used as road surfaces on the dams; a flood protection requirement is met through the water retaining walls capable of being overturned, and meanwhile the landscape requirement of the both sides of the river is met. A device constructed according to the construction method comprises a dam 1; a base 2 is arranged at the top of the dam; the side, close to the river, of the base is hinged to the bottom of the back-to-water side of a water retaining wall 3; a supporting device 4 is arranged on the base, and the supporting device is hinged to the top of the back-to-water side of the water retaining wall. According to the construction method and the structure of the landscape type wave wall, an existing method that dams are permanently heightened is replaced by the overturning type water retaining walls, the landscape of a riverway is not influenced, and the environment around the dams can also be improved; when the floods come, the dams do not need to be heightened temporarily by inputting a large quantity of labor and material resources; flood protection can be achieved within a short time; the water retaining walls can be hidden conveniently in the flood recession period, and maintaining and repairing are convenient.

Description

technical field [0001] The invention relates to a construction method and structure of a landscape type anti-wave wall, which belongs to the technical field of flood control in water conservancy projects. technical background [0002] With the people's ever-increasing material and cultural needs, the modern river management scheme has changed from the original traditional single pursuit of flood control needs to the current coordination of flood control and water environment. In recent years' river management, the high embankment height is often the key factor affecting the beauty of the river and the harmony between man and water. Mountainous rivers have the characteristics of low water level all year round, large flood flow and short duration in flood season. In order to pursue short-term flood control requirements The embankment built will isolate people's water activities for a long time, affect the beauty of the river, and violate the principle of harmony between man...

AI Technical Summary

Problems solved by technology

[0003] Rivers in many mountainous areas have been treated. As time goes by, the rivers gradually silt up, or the flood section of the river narrows due to human factors, and the original embankment height cannot meet the flood control requirements due to insufficient flood discharge capacity. Factors such as river buildings or river landscapes limit the permanent heightening of embankments. Before the flood season, a large amount of manpower and materials are often invested in temporary heightening of embankments, and it takes a long time. In addition, human and material resources in mountainous areas are scarce. In terms of time and efficiency Difficult to meet the conditions

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