设计和建造一艘能清除海洋垃圾的自动船

Reginald Hart, Tammunoipine Pollyn
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引用次数: 0

摘要

水体中有庞大的水生生态系统。任何高浓度的悬浮固体都会阻挡水下植被的光照,给水生生物带来许多问题,因此需要一种解决方案来清除水体中的这些垃圾。本项目设计和建造了一艘从海洋中清除废弃物的自动船,重点是开发一种稳健高效的原型解决方案,用于自主收集和管理海洋废弃物,从而为环境保护做出贡献。带有接收器的双通道遥控系统将使船只能够在预定路线上航行,利用专门机制识别和收集碎片,并返回指定的集合点。双通道遥控系统可实现精确的操纵性和对船只功能的控制。该项目旨在通过结合工程原理、螺旋桨、传送带、花纹磨机布置和轴来解决海洋污染的关键问题,同时展示遥控船在海洋环境管理方面的潜力。预期成果包括一个功能原型、全面的操作文件和初步性能评估,为在现实世界的海洋清洁行动中进行潜在的可扩展性和部署创造条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Construction of an Automated Boat that Removes Debris from the Ocean
Water bodies have a huge aquatic ecosystem within them. Any high concentration of suspended solids can cause numerous issues for aquatic life by blocking light from reaching submerged vegetation, hence there is a need for a solution to remove this debris from the water bodies. This project design and construction of an automated boat to remove debris from the ocean is focused on developing a robust and efficient prototype solution for autonomously collecting and managing marine Debris, thereby contributing to environment conservation. The two-channel remote control with receiver will enable the boat to navigate predefined routes, identify and collect debris using specialized mechanism and return to a designated collective point. The Two-Channel remote control system allows for precise maneuverability and control over the boat’s function. Through a combination of engineering principles, propellers, conveyer belt, tread mill arrangement and shafts. this project aims to address the critical issues of ocean pollution while showcasing the potential for remote controlled boat in maritime environmental management. The anticipated outcomes include a functional prototype, comprehensive operational documentation and preliminary performance assessments, setting the stage for potential scalability and deployment in real-world Ocean clean up initiative
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