Automatic feeding system for fishpond breeding

Abstract

The invention relates to an automatic feeding system for fishpond breeding. The automatic feeding system for fishpond breeding comprises a standing column structure, a monitoring transverse rod, a panorama camera device and an automatic spraying device, wherein the standing column structure is composed of a left standing column and a right standing column, and the left standing column and the right standing column are arranged on the two sides of the maximum width position of the radial direction length on the fishpond water surface respectively; the monitoring transverse rod is supported by the standing column structure to cross over the maximum width position of the radial direction length on the fishpond water surface, and the height of the monitoring transverse rod away from the fishpond water surface is dynamically adjustable; the panorama camera device is used for horizontally conducting panoramic image collection for a fishpond located under the monitoring transverse rod to obtain and output real-time panoramic images; the automatic spraying device extracts corresponding-volume edible feed from a feed storage tank to spray the edible feed on the fishpond water surface basedon the analysis result of the immediate fish-body quantity of the real-time panoramic images. By means of the automatic feeding system for fishpond breeding, artificial feeding work of fishpond breeding can be replaced with the automatic feeding system, and the operating cost of fishpond breeding is reduced.

Description

technical field [0001] The invention relates to the field of aquaculture, in particular to an automatic feeding system for fish pond aquaculture. Background technique [0002] A fish pond refers to a place for fishing or raising fish, especially the inner compartment of the fish pond or the purse seine that traps the fish. Generally, an ideal fish pond requires a large area, deep water, sufficient light, unobstructed water source, fertile water quality, and convenient transportation, so as to facilitate the growth of fish, increase the yield, and facilitate production management. [0003] Specifically, qualified fish ponds should meet the following conditions: [0004] 1. Area and water depth. The size and depth of the pond have a very close relationship with the level of fish production. Production practice has proved that the area of ​​a fish pond should be 4-10 mu, and the water depth should be 2-3 meters. The area of ​​the fingerling pond can be less than 5 mu, and t...

AI Technical Summary

Problems solved by technology

[0008] If the fish pond culture wants to obtain a sufficiently high economic return, timely feeding of the fish body in the fish pond is the most critical point. In addition to wasting labor costs, the feeding staff cannot determine the number of fish in the fish pond, and naturally cannot accurately determine the v

Images