Aquaculture feeding system

Abstract

The invention provides an aquaculture feeding system. The aquaculture feeding system comprises: a feeding module, an information acquisition module, an information input module, a data processing module and a feedback module. The feeding module is used to deliver the feed to a culture pond. The information acquisition module is used to acquiring water temperature information, and water quality parameter information such as dissolve oxygen information, ammonia nitrogen, and nitrite. The information input module is used to input corresponding information. The data processing module processes thecorresponding information. The feedback module is used to feed back the feeding situation of the aquatic product and acquire real-time feeding information of the aquatic product. According to the invention, the dissolved oxygen and the water temperature are combined with the food intake of the aquatic product, and the amount of feed that should be delivered is calculated according to the real-time water temperature and the dissolved oxygen, so that the problems of excessive feed, feed waste, water pollution and fish diseases and the like can be avoided; and the feeding situation of a fish group can be monitored in real time through the feedback module, the feed amount can be adjusted, and scientific and precise feeding can be achieved.

Description

technical field [0001] The invention relates to the technical field of aquaculture, in particular to an aquaculture feeding system. Background technique [0002] For the aquaculture industry, water temperature and dissolved oxygen are very important. Proper water temperature and oxygen content are conducive to the growth and survival of aquatic products, because water temperature and oxygen content affect the appetite and food intake of aquatic products. In the traditional aquaculture industry, an aerator is usually used to add oxygen to the culture pond to increase the dissolved oxygen content in the water. When the oxygen content in the water is low or the temperature is low or high, the appetite of aquatic products is generally reduced. If the same amount of feed is put into the breeding pond, the feed will not be eaten up, and the excess feed will be wasted. Affect the water quality, even, the appetite of some aquatic products is less affected, then the excess feed will...

AI Technical Summary

Problems solved by technology

When the oxygen content in the water is low or the temperature is low or high, the appetite of aquatic products is generally reduced. If the same amount of feed is put into the breeding pond, the feed will not be eaten up, and the excess feed will be wasted. Affect the water quality, even, the appetite of some aquatic products is less affected, then the excess feed will be eaten, resulting in overeating, indigestion, and fish disease. For the above-mentioned problems, has there been any corresponding proposal in the prior art? the solution