Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Flood disaster flood season self-signal conditioning protection cofferdam wall
The invention discloses a flood disaster flood season self-signal conditioning protection cofferdam wall, and relates to the technical field of flood disaster prevention. The wall comprises a wall base, the outer surface of a mounting rotating shaft is fixedly connected with a movable wall body, both ends of the mounting rotating shaft are movably connected with flywheel blocks, the middle positions of the tops of the sides close to each other of fixed wall bodies are fixedly connected with limiting wheels, the side, far away from the mounting rotating shaft, of the movable wall body is rotatably connected with steering wheels at the positions close to fixed wall bodies, the outer surfaces of the limiting wheels are fixedly connected with protective flood discharge nets, the sides, close to the movable wall body, of the protective flood discharge nets are movably connected with tightening mechanisms, and the wall base is fixedly connected with a flow diverting mechanism on the back surfaces of the fixed wall bodies. By means of the water-soluble tightening mechanisms, the wall body can be controlled in real time, buffering is carried out when the wall body is opened by using magnetic force at the same time, damage to the surrounding is reduced by obstructing getting close of creatures through the point discharge phenomenon, and the service life of the whole wall body is protected.
本发明公开了一种洪涝灾害汛期自我信号调节保护围堰墙,包括墙基,所述安装转轴外表面固定连接有活动墙体,所述安装转轴两端均活动连接有飞轮块,所述固定墙体相互靠近的一侧顶部中间位置均固定连接有限制轮,所述活动墙体远离安装转轴的一侧且靠近固定墙体的位置均转动连接有转向轮,所述限制轮外表面固定连接有防护泄洪网,所述防护泄洪网靠近活动墙体的一侧均活动连接有绷紧机构,所述墙基位于固定墙体背面固定连接有分流机构。本发明涉及洪涝灾害防御技术领域。通过水溶绷紧机构从而对墙体进行实时的操控,同利用磁力进行墙体开启时的缓冲,通过尖端放电现象,阻隔生物靠近,降低洪涝灾害对周围的损坏,保护墙体整体的使用寿命。
Flood disaster flood season self-signal conditioning protection cofferdam wall
The invention discloses a flood disaster flood season self-signal conditioning protection cofferdam wall, and relates to the technical field of flood disaster prevention. The wall comprises a wall base, the outer surface of a mounting rotating shaft is fixedly connected with a movable wall body, both ends of the mounting rotating shaft are movably connected with flywheel blocks, the middle positions of the tops of the sides close to each other of fixed wall bodies are fixedly connected with limiting wheels, the side, far away from the mounting rotating shaft, of the movable wall body is rotatably connected with steering wheels at the positions close to fixed wall bodies, the outer surfaces of the limiting wheels are fixedly connected with protective flood discharge nets, the sides, close to the movable wall body, of the protective flood discharge nets are movably connected with tightening mechanisms, and the wall base is fixedly connected with a flow diverting mechanism on the back surfaces of the fixed wall bodies. By means of the water-soluble tightening mechanisms, the wall body can be controlled in real time, buffering is carried out when the wall body is opened by using magnetic force at the same time, damage to the surrounding is reduced by obstructing getting close of creatures through the point discharge phenomenon, and the service life of the whole wall body is protected.
本发明公开了一种洪涝灾害汛期自我信号调节保护围堰墙,包括墙基,所述安装转轴外表面固定连接有活动墙体,所述安装转轴两端均活动连接有飞轮块,所述固定墙体相互靠近的一侧顶部中间位置均固定连接有限制轮,所述活动墙体远离安装转轴的一侧且靠近固定墙体的位置均转动连接有转向轮,所述限制轮外表面固定连接有防护泄洪网,所述防护泄洪网靠近活动墙体的一侧均活动连接有绷紧机构,所述墙基位于固定墙体背面固定连接有分流机构。本发明涉及洪涝灾害防御技术领域。通过水溶绷紧机构从而对墙体进行实时的操控,同利用磁力进行墙体开启时的缓冲,通过尖端放电现象,阻隔生物靠近,降低洪涝灾害对周围的损坏,保护墙体整体的使用寿命。
Flood disaster flood season self-signal conditioning protection cofferdam wall
一种洪涝灾害汛期自我信号调节保护围堰墙
WANG QINGXUAN (Autor:in)
25.08.2020
Patent
Elektronische Ressource
Chinesisch
FLOOD DISASTER RESISTING FACILITY WITH FLOOD RESISTING WALL
Europäisches Patentamt | 2021
|Cofferdam protection structure for flood detention area construction and construction method
Europäisches Patentamt | 2023
|Water retaining cofferdam for flood control and emergency rescue
Europäisches Patentamt | 2021
|