Yanshan University
huijie zhu

Through the modular combination of the two-piece hull water floating garbage can robot arm, a complete set of sea garbage disposal workflow is completed, so as to reduce manual disposal. This product is aimed at small garbage, oil slicks and other micro-substances, which are treated by water floating garbage cans. The water floating garbage cans can also be separated from the hull and used in narrow and inconvenient areas alone. For large garbage, it is treated by the main hull, transported to the interior of the hull by the front port of the ship, and transported to the storage bin at the stern after internal compression and packaging, finally, when the storage bin is full, the ship will be transported to the shore by the robotic arm to dispose of the packed garbage in the storage bin and transport it to the shore.
This product is mainly aimed at the phenomenon of marine pollution, garbage, oil slick, and algae flooding in the current society, which is difficult to deal with and time-consuming manually. For this product, water floating garbage cans are used to deal with small objects, and mechanical arms are used to transport and load garbage. In order to achieve the design that can better clean up marine pollutants and maintain the marine ecological environment to protect the important water resources of human beings. Design point: Most cleaners on the market are manual treatment or small cleaners, and manual use and post-garbage disposal lack consideration.
This product starts from the whole work flow and combines the main hull and water buoy to deal with different garbage. After collecting the garbage, it is compressed and packed inside the hull and enters the stern garbage storage compartment. After that, the mechanical arm will dispose the compressed garbage and place it at a designated place on the shore for disposal, thus reducing the trouble of post-disposal of garbage.