What it does
This is a modular intelligent cleaning equipment for ship hull surfaces, which can efficiently solve the problems of rust erosion and attachment of marine organisms such as oysters.
Your inspiration
My inspiration comes from the long-standing pain points in the field of shipping operations and maintenance: the surface of the ship is affected by rust erosion and the attachment of marine organisms such as oysters. Traditional cleaning methods have problems such as low efficiency, poor targeting, and easy damage to the ship. To solve these industry challenges, with the goal of "intelligence, efficiency, and adaptability", we have conceived an intelligent cleaning equipment for ship surfaces that integrates rust removal and oyster removal through modular design
How it works
This equipment integrates the functions of rust removal and oyster removal through modular design, and can intelligently adapt to the operation mode according to the surface condition of the ship, efficiently completing integrated cleaning and reducing damage to the ship's hull
Design process
1. Problem finding: Research has found that rust and oyster adhesion on the ship's hull are difficult to clean, and traditional methods are inefficient in damaging the ship. The goal of "intelligence, efficiency, and adaptability" has been determined. 2. Module division: Design rust removal and oyster removal modules, select appropriate technologies to achieve independent and combined operations. 3. Add intelligence: Install sensors to sense the condition of the ship, and use algorithms to automatically adjust cleaning parameters for precise operations. 4. Excellent structure: adapted to the curved surface of the hull, using lightweight and corrosion-resistant materials to reduce damage to the hull. 5. Testing, improvement, and optimization: Simulate and conduct actual testing, optimize modules, algorithms, and structures based on data, and polish the finished product.
How it is different
Compared with traditional cleaning methods, this equipment integrates rust removal and oyster removal through modular design, and is equipped with an intelligent system that automatically adapts to the ship's condition. It has higher operational efficiency, stronger targeting, and can reduce damage to the ship's hull, breaking through the limitations of low efficiency and easy damage to the ship's hull in traditional methods.
Future plans
The future plan is to continuously optimize the intelligent cleaning equipment on the surface of the ship, promote modular tool upgrades, and improve the accuracy of intelligent recognition and adaptation. Carry out multi scenario testing and improve the process of sea land collaborative operations. Expand functions, adapt to more ship types and marine facilities, reduce manual dependence, move towards a fully autonomous, efficient and environmentally friendly intelligent cleaning system, and assist in the intelligent upgrade of shipping operation and maintenance.
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