A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
EXTENSION METHOD FOR UNDERWATER EXTENSION MEMBRANE
PROBLEM TO BE SOLVED: To provide an extension method for an underwater extension membrane, which prevents even undulations of a water bottom, a high flow rate, weather and ocean waves or the like from causing the underwater extension membrane to be subjected to high fluid resistance, and which enables easy installation.SOLUTION: In an extension method for an underwater extension membrane, a lower edge of the underwater extension membrane long in a lateral direction assumes an arch shape; a float is provided in an upper part of the underwater extension membrane; and fixation to an anchor is performed by an anchor wire from both side lower ends of the underwater extension membrane.
【課題】水底の起伏や高流速や風雨・波浪等によっても水中展張膜に大きな流体抵抗を受けず、かつ容易に設置可能とした水中展張膜の展張方法を提供するとこにある。【解決手段】横手方向に長い水中展張膜の下縁部をアーチ形とし、該水中展張膜の上部にフロートを設け、一方水中展張膜の両側下端部からアンカーワイヤーによってアンカーに固定する、水中展張膜の展張方法。【選択図】図２
EXTENSION METHOD FOR UNDERWATER EXTENSION MEMBRANE
PROBLEM TO BE SOLVED: To provide an extension method for an underwater extension membrane, which prevents even undulations of a water bottom, a high flow rate, weather and ocean waves or the like from causing the underwater extension membrane to be subjected to high fluid resistance, and which enables easy installation.SOLUTION: In an extension method for an underwater extension membrane, a lower edge of the underwater extension membrane long in a lateral direction assumes an arch shape; a float is provided in an upper part of the underwater extension membrane; and fixation to an anchor is performed by an anchor wire from both side lower ends of the underwater extension membrane.
【課題】水底の起伏や高流速や風雨・波浪等によっても水中展張膜に大きな流体抵抗を受けず、かつ容易に設置可能とした水中展張膜の展張方法を提供するとこにある。【解決手段】横手方向に長い水中展張膜の下縁部をアーチ形とし、該水中展張膜の上部にフロートを設け、一方水中展張膜の両側下端部からアンカーワイヤーによってアンカーに固定する、水中展張膜の展張方法。【選択図】図２
EXTENSION METHOD FOR UNDERWATER EXTENSION MEMBRANE
水中展張膜の展張方法
HATANO HITOSHI (author)
2015-09-28
Patent
Electronic Resource
Japanese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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