Ship body self-adaptive stable platform with energy supply function

Abstract

The invention discloses a ship body self-adaptive stabilizing platform with an energy supply function. The ship body self-adaptive stabilizing platform comprises a supporting platform, a stabilizing platform, a self-adaptive adjusting device, a power generation device and fasteners, wherein the supporting platform is installed above the ship body, the stabilizing platform is installed above the supporting platform through the self-adaptive adjusting device, the self-adaptive adjusting device adjusts altitude and posture changes of the stabilizing platform in a self-adaptive mode according to the micro-amplitude movement of the supporting platform, the power generation device comprises a floating ball, a connecting rod and a conversion box, and the fastener is used for connecting the supporting platform with the ship body so as to provide fastening force far away from the ship body for the supporting platform. The ship body self-adaptive stabilizing platform is advantaged in that firstly, the altitude and posture changes of the stabilizing platform can be stabilized through the self-adaptive adjusting device, so jolt influence of waves on the ship body is effectively eliminated, secondly, kinetic energy of waves in the water can be converted into electric energy through the power generation device to be used by the self-adaptive adjusting device, and thereby fluctuation energy of the water is fully utilized.

Description

technical field [0001] The invention relates to the technical field of on-board platforms, in particular to a self-adaptive and stable platform for hulls with its own energy supply. Background technique [0002] With the development of society and economy, although the role of ships as a means of transportation has become weaker and weaker, they are still responsible for the important work of water transportation and defense. Due to the effect of waves, when the hull walks on the water, it will inevitably bump up and down, left and right, which will make passengers feel very seasick in severe cases, and some people who are not in good health may even affect their lives. In addition, when the hull needs to dock with the helicopter (rescue, abnormal landing, etc.), even if the deck of the hull is large enough, the helicopter cannot land on the hull because the hull is always in a bumpy state, and can only hover above the hull for a certain period of time. At a height, this ma...

AI Technical Summary

Problems solved by technology

Due to the effect of waves, when the hull walks on the water, it will inevitably bump up and down, which will make passengers feel very seasick in severe cases, and some people who are not in good health will even affect their lives.

In addition, when the hull needs to dock with the helicopter (rescue, abnormal landing, etc.), even if the deck of the hull is large enough, the helicopter cannot land on the hull because the hull is always in a bumpy state, and can only hover above the hull for a certain period of time. height, which prevents the perfect docking between the hull and the helicopter

Chinese patent CN106976566A discloses an aircraft take-off and landing platform that can automatically maintain the level and adjust the height, which can make the aircraft land on the water, but this aircraft take-off and landing platform will consume more energy during long-term work. If it is installed in On the hull, it will bring greater pressure on the energy supply of the hull, and the installation of this aircraft take-off and landing platform on the hull is also a complicated issue

Images