Vertical rotating floating pier anti-collision device

Abstract

The invention discloses a vertical rotating floating pier anti-collision device, belonging to the technical field of bridge collision avoidance. The vertical rotating floating pier anti-collision device comprises three parts, namely a fixed pier, a floating flexible anti-collision body and a support structure, wherein the fixed pier arranged on a bank is fixedly connected with slope protection of the bank into a whole; the floating flexible anti-collision body is arranged at the center of a river close to a protected pier; the front end of the support structure is fixedly connected with the floating flexible anti-collision body, and the rear end of the support structure is connected with the fixed pier by virtue of a rotating structure; the floating flexible anti-collision body and the support structure which can float up and down along with the variation of water level are separated from the protected pier, and a gap which can cause the device to move up and down between the highest water level and the lowest water level is kept among the floating flexible anti-collision body, the support structure and the protected pier. The device disclosed by the invention is reasonable in design, has simple structure, can ensure a bridge and a ship not to be damaged by collision, is easy to maintain and has long service life.

Description

technical field [0001] The invention belongs to the technical field of bridge anti-collision, and in particular relates to an anti-collision device mainly used for bridge piers near banks on narrow river courses between mountains or bridge piers near shore non-navigable holes on special river sections. Background technique [0002] At present, most bridge piers in navigable rivers are not equipped with anti-collision devices. They only try to avoid making the piers in navigable waters or restrict navigable ships, and even improve the anti-collision ability of the piers themselves to prevent collision damage. These methods place additional constraints on the design of navigable vessels and bridges, and there is still a risk of damage to the piers in the event of a collision if the constraints fail. In the prior art, a small number of bridges have received anti-collision protection, but in these technologies, only simple anti-collision protection is provided for bridge piers i...

AI Technical Summary

Problems solved by technology

These methods place additional constraints on the design of navigable vessels and bridges, and there is still a risk of damage to the piers in the event of a collision in which the constraints fail

In the prior art, a small number of bridges have received anti-collision protection, but in these technologies, only simple anti-collision protection is provided for bridge piers in navigable waters. Anti-collision protection of near-shore non-navigable piers on special river sections

Moreover, the protection of this special near-shore pier is more difficult and the situation is more complicated

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