Remote automatic blue-green algae collecting device

Abstract

The invention discloses a remote automatic blue-green algae collecting device. The device comprises a rack, a buoy, a propeller, a blue-green algae adsorption mechanism, a blue-green algae separation mechanism, a dehydration mechanism and a collecting box, wherein the buoy is installed at the bottom of the rack to provide buoyancy for the device in water, the propeller is installed behind the rack to provide power for the device in water, a blue-green algae treatment cavity with an opening in the bottom is formed in the rack, the blue-green algae adsorption mechanism is arranged in the blue-green algae treatment cavity and used for adsorbing blue-green algae in water, the blue-green algae separation mechanism, the dehydration mechanism and the collecting box are sequentially arranged at the position, behind the blue-green algae adsorption mechanism, of the rack, the blue-green algae separation mechanism is used for separating the blue-green algae on the blue-green algae adsorption mechanism, and the separated blue-green algae falls into the collecting box after being dehydrated by the dehydration mechanism. The remote automatic blue-green algae collecting device integrates blue-green algae collecting and dehydrating functions, a storage battery serves as a power source, and the device can move on the water surface through remote control to complete blue-green algae collecting work, so that manual water operation is not needed, and the blue-green algae collecting efficiency is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of blue-green algae cleaning equipment, in particular to a remote automatic blue-green algae collection device. Background technique [0002] The eutrophication of water body is the chief culprit causing many domestic water quality problems. In summer, it is easy to cause large-scale blue-green algae outbreaks, which are called "green tides", and form a layer of blue-green and fishy-smelling floating foam on the water surface, called "water blooms". Because cyanobacteria particles are difficult to be digested by fish, it becomes an absolute dominant population, which has a serious impact on the water quality environment and aquatic organisms. The most existing method to improve the eutrophication of the water body is to use an aeration device to supply oxygen to the water body. In daily life, this kind of device is very common, but this treatment method has a drawback, it can only Treat the water quality i...

AI Technical Summary

Problems solved by technology

The most existing method to improve the eutrophication of the water body is to use an aeration device to supply oxygen to the water body. In daily life, this kind of device is very common, but this treatment method has a drawback, it can only Treat the water quality in the upper and middle layers of the water body, but the effect is not so obvious for the severe bottom area, which is a kind of improvement measure that treats the symptoms but not the root cause; the current domestic treatment and collection of cyanobacteria is through chemical means or manual salvage, but the cost is relatively high , The water operation is more difficult, the expected effect is not good and the efficiency is low

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