Multifunctional movable breeding device and method for crab pond

Abstract

The invention provides a multifunctional movable breeding device and method for a crab pond. The device comprises a floating boat, a vibrating automatic bait feeding device, an oxygenation and water moving and walking device, a water quality detection device, a control box and a mobile terminal controller. The vibrating automatic bait feeding device, the oxygenation and water moving and walking device, the water quality detection device and the control box are installed on the floating boat. The vibrating automatic bait feeding device, the oxygenation and water moving and walking device and the water quality detection device are connected with the control box. The control box obtains information of sensors and cameras and can transmit the information to a mobile terminal in time, a user can start an oxygenation machine according to a detection result to adjust the dissolved oxygen amount of the pond or schedule workers to adjust the pH value of pond water, the automatic bait feeding device can be started in the process that the floating boat moves to detect water quality so as to feed crabs in the pond, and automatic intelligent breeding is achieved.

Description

technical field [0001] The invention relates to a multifunctional mobile culture device and method for crab ponds, and is especially aimed at the crab cultivation technology of monitoring crab pond water quality, dissolved oxygen, remote control aeration, and positioning feeding by using a mobile phone. Background technique [0002] At present, due to the lack of automated devices and the particularity of crab farming, the feeding method is mainly to manually feed the crab ponds in a large area and fully covered, which increases the cost of farming. On the other hand, water quality monitoring is very important for crab breeding. It mainly detects the pH and dissolved oxygen of water quality. The amount of oxygen does not fully reflect the water quality of the crab pond. In recent years, many scientific researchers have carried out automation and intelligent transformation of crab breeding technology and equipment, such as patent 201520747500.1 "a multifunctional shrimp and ...

AI Technical Summary

Problems solved by technology

Due to the high requirements of crabs on water quality and feed and the limitations of manual operation in the growth process, the adoption of the above-mentioned technical scheme to cultivate crabs has the following problems: (1) crabs are burrowing animals, and they like to live in the bottom of the pond where aquatic plants are luxuriant. , and the moving ability of the crab is poor, the above invention cannot feed at a fixed point according to the position of the crab

(2) The amount of dissolved oxygen in the pool water affects the metabolism of crabs. Currently, the commonly used oxygenation methods include chemical oxygenation, mechanical oxygenation and biological oxygenation. However, the existing oxygenation methods and oxygenation equ

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