Anti-transverse-wind fence for large-scale overwater platform

Abstract

The invention discloses an anti-transverse-wind fence for a large-scale overwater platform. The fence comprises a transverse wind guiding device and a column rod, wherein the transverse wind guiding device is arranged on the column rod and is connected with the column rod. According to the fence, a wind guiding empennage can guide the wind direction to be in the same direction, so that a vehicle is prevented from being influenced by strong wind when the vehicle runs on a bridge; the transverse wind guiding device on the fence can be freely contract and stretch through a reset device accordingto the size of the wind power, so that a part of the wind is blocked, and the influence of the strong wind on the running vehicle is reduced; a wind driven generator on the column rod can well utilizethe blown wind power to generate electricity, and store the electricity in a storage battery to be used by an alarm; the alarm can be used for broadcasting the existing condition of the wind to the vehicle which is running on the bridge through a loudspeaker and other sound amplifying devices at any time so as to remind a driver at every moment; a display screen is further arranged beside the alarm, the existing conditions of the time and the wind can be displayed on the display screen, if the alarm is broken, the drivers can judge the running speed through the data displayed on the display screen.

Description

technical field [0001] The invention relates to a ship dock device, in particular to a large-scale water platform anti-crosswind fence. Background technique [0002] Large ships, docks, water working platforms, sea roads, cross-river and sea roads, pontoon bridges and other water roads and bridges are relatively long, and the surrounding terrain, altitude, and water surface are relatively gentle, lacking wind-shielding terrain or obstructing objects, strong winds blowing, Parking or moving vehicles are easily affected by crosswinds, resulting in lateral drift, causing traffic accidents or car accidents, and harming people's lives and property. Many people have also thought about adding rigid windshield devices and have done it in practice. , but because the cross wind is too small, there is no meaning of existence. If the wind is too strong, the windshield device is easy to be blown away and damaged. Even if the windshield device is not damaged, it will cause great damage to...

AI Technical Summary

Problems solved by technology

However, the structure of the current windshield is relatively complicated, it is inconvenient to install and replace, and the windproof effect is not very obvious.

If the crosswind relief device is damaged, the drivers will continue to drive under the strong crosswind without knowing how strong the crosswind is, which makes it difficult to guarantee the safety of the train

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