Water hyacinth combined salvage processing device

Abstract

The invention discloses a water hyacinth combined salvage processing device comprising a movable type water-surface working platform and an electric device, wherein a power propelling device is fixed on the movable type water-surface working platform, and the movable type water-surface working platform is sequentially provided with a salvage device, a dewatering device, a grinding device and a compression packing device, wherein the salvage device is arranged at the front end of the movable type water-surface working platform; the discharge end of the salvage device corresponds to the dewatering feed inlet of the dewatering device; the dewatering discharge outlet of the dewatering device corresponds to the feed inlet of the grinding device; the grinding discharge outlet of the grinding device corresponds to the compression feed inlet of the compression packing device; and the electric device is connected with the salvage device, the dewatering device, the grinding device and the compression packing device. The invention completes the processing process from salvage to dewatering, grinding, compressing and packing on one working platform and has the advantages of low cost, fast speed and large number of salvage and processing, decreased blind working area, low labor intensity, prolonged one-time shipping work period of a salvage ship and reduced direction cost of land transportation.

Description

technical field [0001] The invention relates to a mechanical salvage and disposal device, in particular to a water hyacinth combined salvage and disposal device applied on the water surface. Background technique [0002] Water hyacinth is a temperature-loving perennial aquatic plant that grows on the surface of the water with fast growth and strong fecundity. It grows in large quantities in rivers and lakes, causing channel blockage and lake surface siltation. Not only has it caused serious water pollution, but it has also affected the urban landscape. It has a profound and extensive negative impact on agricultural irrigation, transportation, and obstruction of flood discharge. It also destroys the balance of the water ecosystem due to water pollution. [0003] At present, the methods of controlling water hyacinth generally include manual salvage, chemical control and biological control, etc. Manual salvage is labor-intensive and slow in effect, and it is too late to clean ...

AI Technical Summary

Problems solved by technology

[0003] At present, the methods of controlling water hyacinth generally include manual salvage, chemical control and biological control, etc. Manual salvage is labor-intensive and slow in effect, and it is too late to clean up when it occurs in a large area; chemical control causes great damage to the water ecosystem, and the rotted water Gourds cause re-pollution of water environment; side effects of biological control methods on introduced alien species are unpredictable

[0004] In order to solve this problem, a water hyacinth salvage ship disclosed in the utility model patent with the publication number CN2605196, but the ship salvages the water hyacinth, and the follow-up treatment needs to be transported to other places for discontinuous disposal and increased transportation costs. , high labor intensity; the salvage treatment device disclosed by the utility model patents whose publication numbers are CN2763350 and CN201305844 can complete the salvage, crushing or cutting of water hyacinth, but still has the disadvantage of incomplete processing; the publication number is the invention patent disclosure of CN1522932 The water hyacinth salvage ship assembly line device first uses three high-pressure water guns to tear the large piece of water hyacinth in front of the hull into small pieces when working, which makes a lot of noise; there is no crushing step after salvage, and the subsequent crushing process is still required; the hull is a double body Ship, high cost, high cost

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