Water surface floater recovery ship

Abstract

The invention relates to a water surface floater recovery ship, comprising a ship body and a recovery system, wherein the recovery system comprises a recovery device, a storage device and a second hydraulic mechanism; the recovery device comprises a bearing frame, a recovery cabin, a recovery conveyance belt, a first driving device for driving the recovery conveyance belt and a first hydraulic driving mechanism for adjusting the height and angle between the recovery cabin and the water surface; the bearing frame, the recovery cabin, the recovery conveyance belt, the first driving device and the first hydraulic driving mechanism are fixedly arranged on the deck of a stem; the storage device comprises a storage cabin, a storage conveyance belt and a second driving device which are movably arranged on the ship body along a direction from ship head to ship tail of the ship body; the front end part of the storage cabin can be connected with the rear end part of the recovery cabin; the rear end part of the storage cabin extends out of a stern; the second driving device can be used for driving the storage conveyance belt to operate horizontally backwards and horizontally forwards; and the second hydraulic mechanism is used for driving the storage device to move. The water surface floater recovery ship has the characteristics of simple structure, large storage capacity and high unloading operation efficiency.

Description

technical field [0001] The invention relates to a harvesting ship used for harvesting floating objects on the water surface such as duckweed, floating branches, household garbage, aquatic plants on the water surface, and the like. Background technique [0002] At present, the floating debris harvesting ships widely used in rivers at home and abroad are generally divided into bucket type and conveyor belt type. Bucket-type collection ships operate with buckets, and the operation is discontinuous and low-efficiency. Therefore, the collection effect of dense floating objects is poor; the surface floating objects that conveyor belt-type collection ships can collect include both floating garbage and Ping, and after installing the harvesting scissors, it can also collect water hyacinth and other aquatic plants with intertwined rhizomes. The operation is continuous, and there are many types of collectibles. [0003] In the prior art, the conveyer-belt type collecting ship is forme...

AI Technical Summary

Problems solved by technology

The collection ship with this structure has the following disadvantages: (1) When the collection ship arrives at the shore for unloading, it needs to change the direction of bow and stern so that the delivery cabin at the stern end faces the shore, the actual operation is troublesome and the unloading takes a long time; (2) the storage The cabin is fixed between the collection cabin at the bow and the delivery cabin at the stern. When the volume of the hull is constant, the capacity of the storage cabin is limited; (3) Conveyor belts are required in the three cabins, and the structure is relatively complex

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