A Port Garbage and Oil Stain Recovery Conveyor Belt Based on a Remote Cleaning Ship

Abstract

The invention provides a port garbage and oil pollution recovery conveyor belt based on a remote-controlled cleaning ship, which includes floating bodies, and a conveyor belt system is installed between the floating bodies. The lower end of the side three-way adapter is perpendicular to the second horizontal frame and is equipped with extrusion rollers. The outer end of the side three-way adapter is installed on the support frame through and installed between the synchronous wheels on the same side. It is connected by a double-layer synchronous belt. The double-layer synchronous belt is divided into upper and lower layers and connected to the outer conveyor belt and the inner conveyor belt respectively. Several partitions are fixed on the outer surface of the inner conveyor belt. The outer conveyor belt is an oil-absorbing cotton layer. The outer conveyor belt, located under the longitudinal frame, passes over the extrusion rollers. Through the technical solution of the present invention, the double-layer design of the recovery conveyor belt realizes the simultaneous recovery of garbage and oil pollution, which greatly improves the work efficiency, does not need to purchase additional oil pollution recovery equipment, reduces the company's operating costs, and improves economic benefits.

Description

technical field [0001] The invention relates to the technical field of cleaning ships, in particular to a port garbage and oil pollution recycling conveyor belt based on remote-controlled cleaning ships. Background technique [0002] Due to the frequent operation activities in the port area, some garbage such as plastic bags, wooden blocks, buoys, plastic bottles and sundries are floating on the sea. At the same time, in the port wharf area, the daily operation activities of ships may cause oily sewage or a small amount of oily pollution to leak, forming oily pollution on a certain range of water surface and polluting the marine environment. At present, most of these rubbish or oil stains are cleaned manually. The disadvantages of this method are: first, the labor intensity of the staff is relatively high, second, the work efficiency is relatively low, and third, there is a certain danger of people falling into the water. [0003] Existing remote control water surface clean...

AI Technical Summary

Problems solved by technology

At the same time, in the port wharf area, the daily operation activities of ships may cause oily sewage or a small amount of oily sewage to leak, forming oily pollution on a certain range of water surface, polluting the marine environment

At present, most of these garbage or oil pollution are cleaned manually. The disadvantages of this method are: first, the labor intensity of the staff is relatively high, second, the work efficiency is relatively low, and third, there is a certain risk of people falling into the water

The garbage recovery methods of the above two types of ships can only collect floating garbage, and cannot recover oil pollution on the sea surface. If oil pollution is to be recovered, another oil pollution recovery device is required

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