Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Overwater operation platform
The invention relates to the technical field of water surface construction devices, in particular to an overwater operation platform which comprises an operation platform body with a supporting anchor pile mounted at the bottom, and further comprises a flow guide part mounted on the supporting anchor pile and comprising a flow guide main frame with a flow guide rear plate mounted on the rear side; the flow guide main frame comprises an inner ring plate with outer flow guide plates installed on the two sides, a flowing channel is formed between the inner ring plate and the outer flow guide plates, and a flow guide pipe is installed in the flowing channel. The flow guide rear plate comprises a pressing plate and two paddle plates rotationally mounted on the pressing plate; according to the overwater operation platform, impact erosion of sand-containing water flow to the supporting anchor piles can be reduced through the flow guide parts installed on the supporting anchor piles, the flow guide parts drive the rotating units and the paddle plates through kinetic energy of the water flow, and environmental protection and energy saving are achieved; the flow guide main frame and the flow guide rear plate are matched to stir water flow to flow to the two sides, the flowing path of gravel at the water flow position can be changed, gravel accumulation can be avoided, and the probability that the rear side supporting anchor pile is impacted by sand-containing water flow is reduced.
本发明涉及水面施工装置技术领域，具体涉及一种水上作业平台，包括底部安装支撑锚桩的作业台体，还包括：导流部，安装在支撑锚桩上，包括后侧安装有导流后板的导流主架；导流主架包括两侧安装有外导流板的内环板，内环板和外导流板之间设有流动通道，流动通道内安装有导流管；导流后板包括压板以及两个转动安装在压板上的划水板；该水上作业平台，通过安装在支撑锚桩上的导流部能够减少含砂水流对支撑锚桩的冲击侵蚀，该导流部通过水流的动能实现转动单元和划水板的驱动，环保节能；导流主架和导流后板配合能够将水流拨动后流向两侧，既能够改变水流处砂石的流动路径，也能够避免砂石堆积，减少了后侧支撑锚桩遭受含砂水流冲击的概率。
Overwater operation platform
The invention relates to the technical field of water surface construction devices, in particular to an overwater operation platform which comprises an operation platform body with a supporting anchor pile mounted at the bottom, and further comprises a flow guide part mounted on the supporting anchor pile and comprising a flow guide main frame with a flow guide rear plate mounted on the rear side; the flow guide main frame comprises an inner ring plate with outer flow guide plates installed on the two sides, a flowing channel is formed between the inner ring plate and the outer flow guide plates, and a flow guide pipe is installed in the flowing channel. The flow guide rear plate comprises a pressing plate and two paddle plates rotationally mounted on the pressing plate; according to the overwater operation platform, impact erosion of sand-containing water flow to the supporting anchor piles can be reduced through the flow guide parts installed on the supporting anchor piles, the flow guide parts drive the rotating units and the paddle plates through kinetic energy of the water flow, and environmental protection and energy saving are achieved; the flow guide main frame and the flow guide rear plate are matched to stir water flow to flow to the two sides, the flowing path of gravel at the water flow position can be changed, gravel accumulation can be avoided, and the probability that the rear side supporting anchor pile is impacted by sand-containing water flow is reduced.
本发明涉及水面施工装置技术领域，具体涉及一种水上作业平台，包括底部安装支撑锚桩的作业台体，还包括：导流部，安装在支撑锚桩上，包括后侧安装有导流后板的导流主架；导流主架包括两侧安装有外导流板的内环板，内环板和外导流板之间设有流动通道，流动通道内安装有导流管；导流后板包括压板以及两个转动安装在压板上的划水板；该水上作业平台，通过安装在支撑锚桩上的导流部能够减少含砂水流对支撑锚桩的冲击侵蚀，该导流部通过水流的动能实现转动单元和划水板的驱动，环保节能；导流主架和导流后板配合能够将水流拨动后流向两侧，既能够改变水流处砂石的流动路径，也能够避免砂石堆积，减少了后侧支撑锚桩遭受含砂水流冲击的概率。
Overwater operation platform
一种水上作业平台
WU JIUHAN (Autor:in) / QIAN CHAOHONG (Autor:in) / HUANG LIANGWEN (Autor:in) / LI ZHIZHONG (Autor:in) / TANG HU (Autor:in) / JIANG JUNLONG (Autor:in) / PENG XIANFU (Autor:in) / NIAN KAIBIN (Autor:in)
27.09.2024
Patent
Elektronische Ressource
Chinesisch
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