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Artificial aquatic plant used for hydraulic engineering and river dike
An artificial aquatic plant used for hydraulic engineering is characterized by comprising a body (1), a pipe cavity (11) and liquid (10); the body (1) is columnar and has toughness or flexibility; the pipe cavity (11) is located in the body; the liquid (10) is sealed and loaded in the pipe cavity (11); the volume of the liquid (10) is smaller than the effective volume of the pipe cavity (11). A river dike is characterized by including the artificial aquatic plants; the artificial aquatic plants are densely and fixedly distributed on the surface of the river dike, the river bottom of the river section corresponding to the river dike and the junction zone of the surface of a river dike project and the river bottom. The artificial aquatic plant and the river dike are low in manufacturing cost and can effectively reduce water flow impact and turbulent flow impact, and a dike body can be effectively protected.
Artificial aquatic plant used for hydraulic engineering and river dike
An artificial aquatic plant used for hydraulic engineering is characterized by comprising a body (1), a pipe cavity (11) and liquid (10); the body (1) is columnar and has toughness or flexibility; the pipe cavity (11) is located in the body; the liquid (10) is sealed and loaded in the pipe cavity (11); the volume of the liquid (10) is smaller than the effective volume of the pipe cavity (11). A river dike is characterized by including the artificial aquatic plants; the artificial aquatic plants are densely and fixedly distributed on the surface of the river dike, the river bottom of the river section corresponding to the river dike and the junction zone of the surface of a river dike project and the river bottom. The artificial aquatic plant and the river dike are low in manufacturing cost and can effectively reduce water flow impact and turbulent flow impact, and a dike body can be effectively protected.
Artificial aquatic plant used for hydraulic engineering and river dike
ZHU MINGDE (author)
2015-11-18
Patent
Electronic Resource
English
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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