Aquatic weed transportation device for aquatic weed harvesting boat

Abstract

An aquatic plant transporter for an aquatic plant harvesting boat comprises a chain plate, chain wheels and chains. A motor drives the chain wheels to rotate and then drives the chain plate arranged on the chains to rotate. A plurality of water leakage holes are formed in the chain plate, and a plurality of plant leakage prevention mechanisms are arranged among the water leakage holes and are perpendicular to the chain plate. Each plant leakage prevention mechanism comprises a leakage prevention column or leakage prevention cone and a plurality of leakage prevention thorns arranged on the leakage prevention column or leakage prevention cone, and the leakage prevention thorns incline in the direction away from the plane of the chain plate. In the transporting process, aquatic plants which are cut off can be hung on the leakage prevention thorns and prevented from entering a water body along with water through the water leakage holes; when the leakage prevention thorns where the aquatic plants are hung bypass the chain wheels at the upper end along with rotation of the chain plate, the leakage prevention columns or leakage prevention cones face downwards, the leakage prevention thorns arranged on the leakage prevention columns or leakage prevention cones incline downwards, the aquatic plants separate from the leakage prevention thorns and fall into an aquatic plant collection device under the action of gravity, and therefore the problem that the aquatic plants return to the water body easily in the transporting process and cause secondary pollution is effectively solved.

Description

Technical field [0001] The invention belongs to the field of water area environmental protection machinery and equipment, in particular to a waterweed transportation device used for a waterweed harvester. Background technique [0002] With the development of the national economy, people's living standards have been continuously improved, environmental problems have become increasingly prominent, and the pollution of water resources has received more and more attention. The deterioration of the water quality of rivers and lakes has led to the flooding of aquatic plants, which has affected citizens' drinking water, environmental sanitation, and city appearance. In order to remove the flooded aquatic plants, there are two methods: manual salvage and mechanical operation. For manual salvage, this method of operation has high labor intensity, high risk factor, low efficiency, and harsh working environment. For mechanical operations, most of them are carried out by aquatic harvesting ...

AI Technical Summary

Problems solved by technology

For manual salvage, this operation method has high labor intensity, high risk factor, low efficiency, and harsh working environment; while for mechanical operations, most of them are carried out by waterweed harvesting boats. Compared with manual operations, it saves time and effort and has good results. Department of Favor

However, there are still many unsatisfactory places in the currently used waterweed cutting boats, such as the waterweed transportation device, which transports the cut waterweed to the collection box on the ship. It is also necessary to ensure that the aquatic plants cannot be mixed in the water and return to the water body during the drainage process, and that the aquatic plants can be smoothly separated from the transport device and entered into the collection box, and the aquatic plants themselves are small in size, soft and light in weight. This problem has not been effectively resolved for a while

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