GPS (global positioning system) navigation based intelligent feeding and spraying system and device

Abstract

The invention discloses a GPS (global positioning system) navigation based intelligent feeding and spraying system and device, and belongs to the field of aquaculture equipment. A main controller receives a task and an instruction inputted by a man-machine interaction subsystem, and controls a feed subsystem to execute feed action; the feed subsystem feeds back feed information to the main controller, and the feed information is displayed to the man-machine interaction subsystem; a hull controller receives hull movement information inputted by a hull and a movement subsystem and controls the hull to move, and a feeding (spraying) subsystem executes feeding (spraying) action under an instruction of the hull controller; the feeding (spraying) subsystem feeds back feeding (spraying) information to the hall controller; the main controller and the hull controller are wirelessly connected through a communication subsystem. Labor intensity of aquaculture farmers is lowered greatly, accurate feeding of feed and uniform spraying of medicine are realized, use efficiency of the feed and medicine is improved, impact of aquaculture on the environment is reduced, and the system and device is particularly applicable aquaculture of shrimps and crabs.

Description

technical field [0001] The invention relates to a system and device for feeding and applying medicine, more particularly, to an intelligent system and device for feeding and applying medicine based on GPS navigation. Background technique [0002] Feeding feed is an important job in aquaculture, and it takes the most labor. There are two main feeding methods: manual throwing and bait casting. Manual throwing can only rely on manual rowing for manual throwing. Using this operation method to throw bait results in uneven throwing, high labor intensity and low efficiency. Machine casting is also commonly used to feed feed with fixed feeders. For large-area ponds, it is necessary to disperse and install several feeders, and it is necessary to continuously replenish feed to the feeders, which still has a strong labor intensity. For shrimp and crab, because their biological habits are different from fish, shrimp and crab farming must be evenly scattered in the whole pond. At prese...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to overcome the shortcomings of existing aquaculture feed feeding and drug spraying, the existing low level of automation of feeding and drug application devices, and the need to rely on manual labor to complete feeding and drug application, and to provide an intelligent feeding and drug application based on GPS navigation. Medicine system and device, adopting the technical scheme of the present invention, not only greatly reduces the labor intensity of farmers, but also realizes precise feeding of feed and uniform spraying of medicine, greatly improves the use efficiency of feed and medicine, and reduces the impact of aquaculture on the environment. The impact of increasing production and reducing costs, especially suitable for aquaculture where shrimp and crabs move slowly

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