Energy self-supply device for collection and purification of pelagic seawater

Abstract

The invention discloses an energy self-supply device for collection and purification of pelagic seawater. The device comprises a water storage traveling mechanism, a pressure-resistant solar power generation driving mechanism, a water quality intelligent detection filtering mechanism, two six-mouth water-pumping mechanisms and two arc-shaped protection mechanisms, wherein the water storage traveling mechanism comprises an electric energy storage block, a seawater storage tank, an underwater propeller and four clamping claw assemblies, the pressure-resistant solar power generation driving mechanism comprises a plurality of solar cell panels, a cell panel steering assembly and an electric power output component, and the water quality intelligent detection filtering mechanism includes a waterquality detecting mechanism and two water quality composite double-layer filtering mechanisms; and each water quality composite double-layer filtering mechanism includes an AI intelligent engine component, a first-stage rotator, a first-stage water quality filter net, a second-stage rotator and a second-stage water quality filter net. Not only can automatic collection and purification of the seawater be achieved, but also the water quality of a sea area can be evaluated and determined, so that effective first-hand data for marine protection and detection is provided.

Description

technical field [0001] The invention relates to the technical field of seawater collection and purification equipment, in particular to an energy self-supply type open sea seawater collection and purification device. Background technique [0002] Seventy percent of the earth's surface is covered by oceans, which have a great impact on human living conditions. At present, the places where seawater is used most are aquariums, marine biological cultivation, and high-end marine environment research experiments, which have many requirements for seawater quality, chemical elements, PH value, osmotic pressure, etc. However, due to the heavy metal and various garbage pollution in the seawater in the offshore area, the water quality is poor, and the PH value and osmotic pressure do not meet the requirements. In many cases, it cannot be directly used for the cultivation and experimental research of marine organisms. And deep sea to transport seawater to the inland, not only the trans...

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Problems solved by technology

However, due to the heavy metal and various garbage pollution in the seawater in the offshore area, the water quality is poor, and the PH value and osmotic pressure do not meet the requirements. In many cases, it cannot be directly used for the cultivation and experimental research of marine organisms. And deep sea to transport seawater to inland, not only the transportation cost is high, the timeliness is poor, and seawater collection is easily affected by weather conditions, there are many uncontrollable factors, but the current seawater collection and purification devices are mostly single-function mechanical equipment, which can only be carried out simply Seawater purification or attaching to ships to provide energy for seawater collection, seawater collection depth is low, collection volume is small, purification ability is weak, purification degree is single, and it cannot be filtered according to the required seawater quality requirements, resulting in seawater collection and purification. The quality of seawater cannot meet the relevant requirements. At the same time, the mechanical design structure also tends to simply collect shallow surface seawater or the purification design cannot meet the multi-directional needs for seawater collection and purification.

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