Reed harvesting boat

Abstract

The invention relates to a reed harvesting boat comprising a boat body and a boat body propulsion unit. Particularly, the reed harvesting boat further comprises a reed harvesting device, a reed smashing and compressed bundling device and a storing device arranged on the boat body sequentially from a prow to a stern, the reed harvesting device comprises a harvesting frame, a cutting device, reed dividing and supporting devices and a harvesting conveying belt, the upper portion of the harvesting frame is connected with the front side of the prow, the cutting device is arranged on the lower portion of the cutting frame, the reed dividing and supporting devices are arranged on two sides of the harvesting frame, and the harvesting conveying belt is used for conveying harvested reeds to the reed smashing and compressed bundling device. The reed harvesting boat is particularly suitable for harvesting reeds in intertidal zones and shallow waters on the wet lands, high in harvesting efficiency, and capable of completing integrated operations of harvesting, conveying, bundling, piling and transferring.

Description

technical field [0001] The present invention relates to a reed harvesting vessel. Background technique [0002] Reed is an important raw material for papermaking and biomass power generation in my country. my country is rich in reed resources, which are distributed in almost every province. From a national perspective, although the output of reeds is very large, it is very difficult or costly to harvest reeds (most of the reeds in our country grow in the reed grass swamps of river beaches and swamps, where there is a lot of water and mud feet are deep. Coupled with wind blowing, insect damage, vine entanglement, etc., the reed stems are interlaced and lodging. Harvesting itself is very difficult, and the transportation, bundling, and transshipment of reeds after harvesting further exacerbate the difficulty of reed harvesting, and the cost of reed harvesting High), and the level of harvesting mechanization is low (so far, various reed harvesters such as backpack, hand-held,...

AI Technical Summary

Problems solved by technology

From a national perspective, although the output of reeds is very large, it is very difficult or costly to harvest reeds (most of the reeds in our country grow in the reed grass swamps of river beaches and swamps, where there is a lot of water and mud feet are deep. Coupled with wind blowing, insect damage, vine entanglement, etc., the reed stems are interlaced and lodging. Harvesting itself is very difficult, and the transportation, bundling, and transshipment of reeds after harvesting further exacerbate the difficulty of reed harvesting, and the cost of reed harvesting High), and the level of harvesting mechanization is low (so far, various reed harvesters such as backpack, hand-held, traction and self-propelled generally have low operating efficiency, single function, and strict operating environment requirements. It is suitable for land operations, and there is nothing to do with the reeds on tidal flats, swamps, and water surfaces, and the operation effect is poor, etc.), so that large areas of reeds are either too late to harvest or are abandoned because they cannot be harvested or because the harvesting cost is too high

In addition to the fact that abandoned reeds cannot be used as resources and cause waste, there are also many problems in the treatment of these abandoned reeds: if they are set on fire and burned, it will obviously cause water and air pollution and waste of resources, and if they are not treated, they will be left to themselves. If the reeds are extinct, the perennial dry reeds will not only pose a fire safety hazard, but also affect the growth of new reeds. The rotten reeds will also generate methane and cause wetland degradation.

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