A submersible oil suction device

Abstract

The invention discloses a submersible oil suction device. The submersible oil suction device comprises an oil suction box, a rudder propeller is arranged at the bottom of the oil suction box, a steering servo motor is fixed in a steering chamber, a power control chamber is arranged at the top of the steering chamber, a storage battery and a wireless control module are arranged in the power controlchamber, a propeller is arranged on the right side wall of the oil suction box, an oil scraping motor chamber is arranged above the power control chamber, a water pump chamber is arranged on the right side of the oil scraping motor chamber, a rotating disc is located in an oil scraping cavity which is formed in an oil scraping floating cover, a filter box is fixed to the bottom surface of the water pump chamber, the storage battery is electrically connected with the power ends of the steering servo motor, an oil scraping motor, an oil pump, a drain pump and a propulsion motor, and the wireless control module is electrically connected with the signal control end of the steering servo motor. According to the submersible oil suction device, personnel or ships do not need to enter a pollutedwater area; the whole device is small and flexible, has little agitation influence on the water surface, can adapt to various water areas with harsh environments, and can remove oil dirt on the watersurface through remote control.

Description

technical field [0001] The invention relates to the field of environmental protection equipment, in particular to a submersible oil suction device. Background technique [0002] In the process of seaborne oil, environmental pollution such as oil leakage often occurs. The oil entering the sea on the sea surface first expands into a thin film on the ocean surface under the action of gravity, inertial force, friction force and surface tension, and then in wind waves and currents Under the action, it is divided into block or strip oil films of different sizes, which drift and spread with the wind, causing large-scale pollution. [0003] At present, in many sea surface degreasing processes, cleaning ships are often used. Operators often need to drive the cleaning ship into the polluted sea surface for decontamination. While decontaminating, the hull itself will also be polluted, and the decontamination personnel also need to In view of the hazards of pollutants, and the tonnage ...

AI Technical Summary

Problems solved by technology

[0003] At present, in many sea surface degreasing processes, cleaning ships are often used. Operators often need to drive the cleaning ship into the polluted sea surface for decontamination. While decontaminating, the hull itself will also be polluted, and the decontamination personnel also need to In view of the hazards of pollutants, and the tonnage of cleaning ships is generally large, it is difficult to clean up the oil pollution floating in the offshore or submerged reef areas, and when the cleaning ship enters the polluted sea area, the propeller of the hull will agitate the polluted sea surface, aggravating the pollution speed, therefore, we need a more compact and flexible sea surface oil suction device that can adapt to various sea environment

Images