A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Dredged soil solidification ecological fish reef structure with silt reduction effect
The invention discloses a dredged soil solidification ecological fish reef structure with a silt reducing effect, and belongs to the technical field of ecological fish reefs, the dredged soil solidification ecological fish reef structure comprises an outer frame supporting mechanism, the outer frame supporting mechanism comprises a base plate, a silt removing plate and an inclined plate which form a trapezoidal structure, and a first dredged soil solidification block is arranged in the base plate; a second dredged soil solidification block body is arranged in the inclined panel piece, and a desilting pushing assembly is arranged on the inclined face of the inclined panel piece. By means of the dredging device, most structures are formed by machining dredged soil, and the dredged soil is taken from rivers and oceans, is used for the rivers and the oceans, is safe and environmentally friendly and has high ecological suitability for aquatic organisms; the impact force of water flow in the navigation channel is effectively utilized, sludge on the two sides of the navigation channel is prevented from being piled up year by year, siltation is reduced, the water level is prevented from rising, the navigation safety is improved, ecological balance is constructed on the two sides, the ecological environment of the water area can be effectively improved, the fish catch can be proliferated and increased, and the ecological function of the water area is improved.
本发明公开了一种具有减淤效果的疏浚土固化生态鱼礁结构，属于生态鱼礁技术领域，包括外框支撑机构，外框支撑机构包括底座板件、清淤板件和斜面板件,且构成梯形结构，底座板件内设置有第一疏浚土固化块体，斜面板件内设置有第二疏浚土固化块体，斜面板件的斜面上设置有清淤推动组件，通过本发明，实现了大部分结构均由疏浚土加工而成，由于疏浚土取自于河流及海洋，用于河流及海洋，安全环保，对于水生生物具有较高的生态适宜性，且有效的利用航道内水流的冲击力，防止航道两侧的淤泥逐年堆高，进行减淤，防止水位上升，提高了航行的安全性，并在两侧构建生态平衡，能够有效改善水域生态环境，亦可增殖和提高渔获量，提升水域生态功能。
Dredged soil solidification ecological fish reef structure with silt reduction effect
The invention discloses a dredged soil solidification ecological fish reef structure with a silt reducing effect, and belongs to the technical field of ecological fish reefs, the dredged soil solidification ecological fish reef structure comprises an outer frame supporting mechanism, the outer frame supporting mechanism comprises a base plate, a silt removing plate and an inclined plate which form a trapezoidal structure, and a first dredged soil solidification block is arranged in the base plate; a second dredged soil solidification block body is arranged in the inclined panel piece, and a desilting pushing assembly is arranged on the inclined face of the inclined panel piece. By means of the dredging device, most structures are formed by machining dredged soil, and the dredged soil is taken from rivers and oceans, is used for the rivers and the oceans, is safe and environmentally friendly and has high ecological suitability for aquatic organisms; the impact force of water flow in the navigation channel is effectively utilized, sludge on the two sides of the navigation channel is prevented from being piled up year by year, siltation is reduced, the water level is prevented from rising, the navigation safety is improved, ecological balance is constructed on the two sides, the ecological environment of the water area can be effectively improved, the fish catch can be proliferated and increased, and the ecological function of the water area is improved.
本发明公开了一种具有减淤效果的疏浚土固化生态鱼礁结构，属于生态鱼礁技术领域，包括外框支撑机构，外框支撑机构包括底座板件、清淤板件和斜面板件,且构成梯形结构，底座板件内设置有第一疏浚土固化块体，斜面板件内设置有第二疏浚土固化块体，斜面板件的斜面上设置有清淤推动组件，通过本发明，实现了大部分结构均由疏浚土加工而成，由于疏浚土取自于河流及海洋，用于河流及海洋，安全环保，对于水生生物具有较高的生态适宜性，且有效的利用航道内水流的冲击力，防止航道两侧的淤泥逐年堆高，进行减淤，防止水位上升，提高了航行的安全性，并在两侧构建生态平衡，能够有效改善水域生态环境，亦可增殖和提高渔获量，提升水域生态功能。
Dredged soil solidification ecological fish reef structure with silt reduction effect
一种具有减淤效果的疏浚土固化生态鱼礁结构
MA GUOQIANG (author) / PENG SHITAO (author) / JIANG WEI (author) / JIA JIANNA (author) / QIU NING (author) / DUAN XINYUE (author) / SHI QIRANG (author)
2024-05-10
Patent
Electronic Resource
Chinese
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