| 摘要 |
<p>In the present invention, the shape of a bird′s beak such as a pelican, which is wide and enables a pelican to get a target and can be stretched, is applied to a vessel. The marine waste disposal vessel can easily collect waste in large quantities as the front part of the vessel is formed into a pelican beak shape, and can efficiently dispose marine waste as the lower part of the vessel by forming the lower part of the beak-shaped part of the vessel to be stretched when required like the lower part of a pelican beak or into a hydraulic type to enable the volume to be adjusted by multiple stages. As GPS (1-8) and an automatic cruising system (1-9) are mounted such that the marine waste disposal vessel automatically goes to areas producing a lot of waste, collects waste, moves to a near central disposal center, and then effectively separates and disposes waste. The marine waste disposal vessel collects marine waste through an inlet formed into a pelican beak shape, and transfers and stores waste such as plastic in the waste storage (1-3) by compressing waste through a metallic roller (1-2). Additionally, an independent power generation function is added to the pelican-shaped marine waste disposal vessel by new renewable energy. Therefore, the pelican-shaped marine waste disposal vessel using new renewable energy stores solar energy in a storage battery (1-10) by installing a thin-plate type silicon solar-cell panel (1-4) with excellent efficiency which is a dark sunlight absorbing device and a solar energy collecting device (1-12) on one side (1-5) of a Peltier effect device. Also, the pelican-shaped marine waste disposal vessel using the new renewable energy autonomously provides thrust using a temperature difference by arranging the Peltier effect device (1-5) to enable a heating plate to be in contact with the underside of a solar cell, and installing a coolant intake and a discharge pipe on the other side of the solar cell to flow cold seawater.</p> |
