Wave-resistant yacht

Abstract

The invention discloses a wave-resistant yacht. The wave-resistant yacht comprises a yacht body, a propeller, an engine, a balance adjusting plate and at least two wave-resistant plates, wherein the engine is arranged on the yacht body and connected with the propeller; the propeller is mounted above a rudder; the balance adjusting plate is arranged below the rudder; the wave-resistant plates are arranged on the two sides of the yacht body through supporting rods; the upper ends of the supporting rods are connected to boards on the two sides of the yacht body; and the wave-resistant plates are supported under the bottom of the yacht body through the lower ends of the supporting rods. According to the wave-resistant yacht, the wave-resistant plates sunk below the bottom of the yacht body are connected to the boards on the two sides of the yacht body, and when meeting wind waves, the yacht is supported on the waves as the yacht runs with a high speed and water current is pushed by the wave-resistant plates without interruption to generate an upward buoyancy force, so that the impact force of the waves on the yacht in the driving process can be reduced, even the yacht is not affected by the waves, and further, that the yacht can run stably without vibration.

Description

technical field [0001] The invention relates to the field of ships, in particular to an anti-wave speedboat. Background technique [0002] Speedboats are currently one of the most efficient means of water transportation. The speedboat is composed of the hull, propeller, steering wheel, engine and other components. But existing known speedboat itself has many deficiencies, and also can run into many problems during driving, for example: the shortcoming of speedboat is that hull is light, draft is shallow, poor stability. When the speedboat encounters wind and waves, on the one hand, the running resistance of the speedboat is large and the energy consumption required is large, which affects the speed of the speedboat; on the other hand, the speedboat is shaken and bumpy due to the impact of waves, which may easily cause passengers to fall , seasickness and other problems, and more seriously, they pose a threat to the safety of personnel, equipment and speedboats. When the s...

AI Technical Summary

Problems solved by technology

But there are many deficiencies in the existing known speedboat itself, and also can encounter many problems in the running process, for example: the shortcoming of speedboat is that hull is light, draft is shallow, poor stability

When the speedboat encounters wind and waves, on the one hand, the running resistance of the speedboat is large and the energy consumption required is large, which affects the speed of the speedboat; on the other hand, the speedboat is shaken and bumpy due to the impact of waves, which may easily cause passengers to fall , seasickness and other problems, and more seriously, it poses a threat to the safety of personnel, equipment and speedboats

When the speedboat encounters wind and waves and runs at high speed, its disadvantages of poor stability are particularly prominent, and the safety hazard is higher. Therefore, it is necessary to make improvements to the speedboat to improve the safety performance of driving.

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