Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Underwater stepping stone with aeration oxygenation structure
The underwater stepping stone with the aeration oxygenation structure comprises a foundation pile, the foundation pile is formed by combining two cylindrical bases side by side, and two pressurization assemblies and two aeration assemblies are arranged in the foundation pile; the pressurizing assembly comprises a hydraulic cavity formed in the foundation pile, a pressing plate matched with the hydraulic cavity and a transmission channel communicated with the bottom of the hydraulic cavity, and the pressurizing assembly is used for driving the oxygen aeration assembly to aerate water. According to the stepping stone, the pressing plate with the large area is arranged to serve as a pressurizing component, so that the stepping stone slightly moves downwards to cause flowing of water in the hydraulic cavity, pushing force is formed, the downward moving amplitude of the stepping stone assemblies is reduced, safety is improved, the two spaced stepping stone assemblies and the hinge rod form a pressing rod structure, and the pressing rod structure is more compact. The spaced stepping stone assemblies serve as fulcrums, the pressing plate is stressed at the center of the pressing plate, the probability that the edge of the pressing plate is abraded is reduced, and the service life of the pressing plate is prolonged.
本发明涉及一种带有曝气增氧结构的水中汀步，包括基桩，所述基桩由两个筒形基座并列组合而成，所述基桩的内部设置有两组增压组件与两组曝氧组件，所述增压组件包括设置在基桩内的液压腔、与液压腔适配的压板、与液压腔底部连通的传动通道，所述增压组件用于驱动曝氧组件向水中曝气。该汀步通过设置面积较大的压板作为增压部件，使得汀步略微下移即可造成液压腔中的水的流动，形成推动力，以此降低汀步组件下移的幅度，提高安全性，采用相间隔的两个汀步组件以及铰接杆形成压杆结构，通过间隔的汀步组件作为支点，使压板受力位于压板中心处，降低压板边缘被磨损的概率，提高其使用寿命。
Underwater stepping stone with aeration oxygenation structure
The underwater stepping stone with the aeration oxygenation structure comprises a foundation pile, the foundation pile is formed by combining two cylindrical bases side by side, and two pressurization assemblies and two aeration assemblies are arranged in the foundation pile; the pressurizing assembly comprises a hydraulic cavity formed in the foundation pile, a pressing plate matched with the hydraulic cavity and a transmission channel communicated with the bottom of the hydraulic cavity, and the pressurizing assembly is used for driving the oxygen aeration assembly to aerate water. According to the stepping stone, the pressing plate with the large area is arranged to serve as a pressurizing component, so that the stepping stone slightly moves downwards to cause flowing of water in the hydraulic cavity, pushing force is formed, the downward moving amplitude of the stepping stone assemblies is reduced, safety is improved, the two spaced stepping stone assemblies and the hinge rod form a pressing rod structure, and the pressing rod structure is more compact. The spaced stepping stone assemblies serve as fulcrums, the pressing plate is stressed at the center of the pressing plate, the probability that the edge of the pressing plate is abraded is reduced, and the service life of the pressing plate is prolonged.
本发明涉及一种带有曝气增氧结构的水中汀步，包括基桩，所述基桩由两个筒形基座并列组合而成，所述基桩的内部设置有两组增压组件与两组曝氧组件，所述增压组件包括设置在基桩内的液压腔、与液压腔适配的压板、与液压腔底部连通的传动通道，所述增压组件用于驱动曝氧组件向水中曝气。该汀步通过设置面积较大的压板作为增压部件，使得汀步略微下移即可造成液压腔中的水的流动，形成推动力，以此降低汀步组件下移的幅度，提高安全性，采用相间隔的两个汀步组件以及铰接杆形成压杆结构，通过间隔的汀步组件作为支点，使压板受力位于压板中心处，降低压板边缘被磨损的概率，提高其使用寿命。
Underwater stepping stone with aeration oxygenation structure
一种带有曝气增氧结构的水中汀步
HUANG ANHONG (Autor:in) / XU QIUGU (Autor:in) / WU HAIYAN (Autor:in) / JIANG KANGKANG (Autor:in) / YUAN LIANGDE (Autor:in)
05.09.2023
Patent
Elektronische Ressource
Chinesisch
STEPPING STONE PROCESSING METHOD AND THE STEPPING STONE USING NATURAL STONE
Europäisches Patentamt | 2021
STEPPING STONE PROCESSING METHOD AND THE STEPPING STONE USING NATURAL STONE
| Europäisches Patentamt | 2020