Three-body rescue unmanned ship with flexible T-shaped wings and design method of three-body rescue unmanned ship

Abstract

The invention discloses a three-body rescue unmanned ship with flexible T-shaped wings. The three-body rescue unmanned ship comprises a three-body ship body, a flexible T-shaped wing stabilization device, a comprehensive integrated rescue system and a control system. The triple-hulled boat body is composed of a small-waterplane main boat body and conventional slender side bodies, and flexible T-shaped wing stabilization devices are arranged outside the upper portions of the head portion and the tail portion of the main boat body; a comprehensive integrated rescue system is arranged on a deck above the triple-hulled vessel body and can carry out remote comprehensive rescue on people falling into water; the control system comprises a water-jet propeller, an energy cabin and a controller which are arranged at the tail end of the main boat body and in a deck cabin at the tail of the upper portion of the three-body boat body respectively, and all the devices are connected with the controller to achieve remote control. The invention further provides a design method. The resistance performance of the triple-hulled vessel is improved, additional thrust is provided while the pitching stabilization effect is improved, rapidity and seaworthiness of the triple-hulled vessel are improved, and meanwhile the triple-hulled vessel serving as a carrier can be used for efficiently and safely completing sea rescue operation.

Description

technical field [0001] The invention relates to a boat, in particular to a three-body rescue unmanned boat with flexible T-shaped wings and a design method thereof. Background technique [0002] At present, with the gradual development of marine resources by human beings, the maritime transportation business is booming, accompanied by continuous occurrence of marine accidents, and various complex and dangerous shipwreck scenes have brought huge challenges to the life safety of rescuers. The emergence of rescue unmanned boats provides a good solution for this, and the three-body unmanned boat has become the best choice for rescue boats with its large deck area, excellent stability and maneuverability. However, due to the obvious defects and deficiencies in the pitching aspect of the three-body unmanned boat, its comfort and seaworthiness are difficult to meet high requirements, and it will even cause secondary injuries to the rescued personnel. Therefore, the reduction of the...

AI Technical Summary

Problems solved by technology

However, T-shaped wing, as a kind of ship appendage, will bring certain additional resistance when the ship sails, especially when the ship sails at low speed, which will affect the speed of the ship and waste the energy of the ship.

[0004] In addition, the existing rescue unmanned boats are all miniaturized, and the rescue function is relatively single. Most of them can only deliver life-saving equipment to the drowning person, or can drag a single drowning person back to the boat or the shore. This rescue is less efficient

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