Hull for water surface garbage collection

Abstract

The invention belongs to the field of water surface garbage collection, and particularly relates to a hull for water surface garbage collection. The hull comprises a hull body, a supporting ring, a mesh bag, supporting sleeves, retracting mechanisms, heating closing mechanisms, a line winding wheel and a connecting rope, wherein the hull body is of a double body type, the supporting ring is supported in the middle space of the hull body through the three supporting sleeves, the supporting sleeves are nested on the supporting ring and are in rotary fit with the supporting ring, and the mesh bagwith a closed end is wound around the supporting ring. Since the collected garbage is not loaded in the garbage collection process, the hull does not have the capacity limit and does not have the situation of returning for unloading. Thus, the hull can carry out all-weather garbage salvage operation within the permissible range of a solar energy storage power unit of the hull, and the garbage collection efficiency of the hull is relatively high.

Description

technical field [0001] The invention belongs to the field of water surface garbage collection, in particular to a hull used for water surface garbage collection. Background technique [0002] Floating garbage on the water surface has become one of the main pollutants that damage the water environment and the quality of water sources. The cleaning and collection of garbage on the water surface has become an urgent problem to be solved in environmental protection. Surface garbage collection ships emerged as the times require, and marine surface garbage collection ships are generally driven by solar energy in order to ensure their operating time and garbage collection efficiency. As long as the weather is good, the garbage ship powered by solar energy can carry out garbage collection operations on the water for a long time around the clock. However, traditional water surface garbage collection ships pile up garbage in the hull during the process of collecting surface garbage, ...

AI Technical Summary

Problems solved by technology

However, traditional water surface garbage collection ships pile up garbage in the hull during the process of collecting surface garbage, which makes the load on the hull increase with the collection of garbage

When the load of the garbage collection ship reaches a certain value, it must return to the voyage for unloading, and return to the designated sea area for garbage salvage. It takes a long time to go back and forth, resulting in low efficiency

At the same time, as the garbage collection operation proceeds, the increase in the load on the hull will also increase the energy consumption of the garbage collection ship itself. The limited capacity of the solar energy storage power device configured on the hull itself will affect the efficiency of garbage salvage to a certain extent. If it is carried out around the clock for a long time, the salvage of garbage on the water surface at night will be limited

[0003] If a solar energy storage power device with a larger capacity is equipped to adapt to nighttime operations, it will lead to an increase in the cost of the equipment, thereby increasing the cost of garbage collection

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