Auxiliary quick floating device of water surface floating building and application method thereof

Abstract

The invention provides an auxiliary quick floating device of a water surface floating building and an application method thereof. The auxiliary quick floating device of the water surface floating building consists of water storing devices (1), vent pipe systems (2) and environmental water communicating pipe systems (3), wherein the vent pipe systems (2) and the environmental water communicating pipe systems (3) are connected with all the water storing device. The auxiliary quick floating device of the water surface floating building further comprises a main pipe for gathering all the pipe systems, a ventilation valve (4), outboard valves (5), communicating valves (6) on the both sides of the environmental water communicating pipe systems, and outboard pipes (7). The auxiliary quick floating device is applied to the large-size water surface floating building; and after the auxiliary quick floating device is constructed or grounded in the other conditions, the floating building realizes the quick secondary floatation through simple and easy operation. The auxiliary quick floating device can be directly applied to improvement and upgrade of a newly-built water surface building or the conventional building. The auxiliary quick floating device is simple in structure, can carry out quick floatation in a non-power driving manner, and has good social benefits.

Description

technical field [0001] The invention relates to a floating device and a using method thereof, in particular to an auxiliary fast floating device and a using method of a water surface floating structure. Background technique [0002] In the existing engineering equipment and engineering technology, once a floating structure such as a ship is stranded on the bottom and needs to be refloated, external auxiliary support such as tugboat dragging or self-spraying, air jetting, etc. are usually used. When external assistance is used, the effect is not necessarily obvious. For example, in a tidal shallow draft environment, the construction time limit is greatly limited, and the supporting facilities are also likely to encounter grounding on the bottom. However, methods such as self-spraying and air-jet have a huge impact on the energy consumption of the floating structure on the water surface and the operating environment such as noise, and the construction is difficult. [0003] F...

AI Technical Summary

Problems solved by technology

When external assistance is used, the effect is not necessarily obvious. For example, in a tidal shallow draft environment, the construction time limit is greatly limited, and the support facilities are also likely to encounter grounding on the bottom

However, self-spraying, air-jet and other methods have a huge impact on the energy consumption of floating buildings on the water surface and the operating environment such as noise, and the construction is difficult.

[0003] For existing engineering equipment and engineering applications, for floating structures on the water surface in an uncertain environment, it is difficult to achieve floating after sitting on the bottom, and the cycle is long

Moreover, it is basically impossible to solve the situation that requires frequent bottom->floating->bottom->floating, such as tidal flat operations in the intertidal zone.

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