Solar aquatic plant harvester

Abstract

The invention discloses a solar aquatic plant harvester. The solar aquatic plant harvester comprises a solar powder system used for providing an energy source of the whole harvester, an aquatic plant cutting device and a water surface traveling mechanism. The solar power system comprises a double-buoy hull. A solar cell panel and a drive motor are installed on the double-buoy hull. A flow guide barrel and propellers are installed at the bottom of a stainless steel support. The aquatic plant cutting device comprises a floating device, a direct-current motor and mowing blades. The direct-current motor is installed on the floating device. The mowing blades are installed at the bottom of the floating device. The water surface traveling mechanism comprises a stainless steel connecting frame, a path control hole, a stainless steel wire and a fixing frame. The solar power system and the aquatic plant cutting device are connected to the two ends of the stainless steel connecting frame respectively. The stainless steel wire penetrates through a path control hole in the solar power system and a path control hole in the aquatic plant cutting device and is fixedly connected with the fixing frame located on the bank.

Description

technical field [0001] The invention belongs to the technical field of water weed salvage in lakes and rivers, and in particular relates to a solar water weed harvester suitable for controlling the height of submerged water weeds below the water surface. Background technique [0002] If the submerged aquatic plants in lakes and rivers are not controlled, they will grow rapidly and cover the water surface, and even block the river course and damage the landscape. The mechanized salvage and harvesting of aquatic plants is an important part of environmental governance and protection. At present, the common aquatic harvesting equipment on the market is powered by diesel engines. The whole boat is often bulky and heavy, and is only suitable for operations in deep water in rivers and lakes. It cannot be used for harvesting aquatic plants in shallow water areas. However, in common park landscape lakes or cities In the shallow water area of ​​the river, the water depth is often not ...

AI Technical Summary

Problems solved by technology

At present, the common aquatic harvesting equipment on the market is powered by diesel engines. The whole boat is often bulky and heavy, and is only suitable for operations in deep water in rivers and lakes. It cannot be used for harvesting aquatic plants in shallow water areas. However, in common park landscape lakes or cities In the shallow water area of ​​the river, the water depth often does not exceed 1.0m. There is a lack of aquatic plant harvesting equipment in the shallow water area on the market, relying on manual salvage, hard work, low efficiency, and high cost

[0003] At the same time, the existing aquatic plant harvesting equipment often uproots aquatic plants planted in the entire lake and river waters during the harvesting process, and brings up impurities such as root sediment, resulting in turbid water quality and seriously damaging the ecological environment at the bottom of the water body.

At present, for landscape water bodies such as parks and lakes, there is no lawn mowing machine that does not destroy the ecological environment at the bottom of aquatic plants and can control the growth height of submerged aquatic plants (such as bitter grass)

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