Precise feeding method for poultry house breeding and control system

Abstract

The invention belongs to the technical field of poultry breeding and feeding, and particularly discloses a precise feeding method for poultry house breeding and a control system. The feeding amount in each breeding grid is set according to the number of live poultry in each breeding grid of a breeding cage. By controlling the rotating speed of a walking stepping motor and the rotating speed of a feeding stepping motor, the walking stepping motor drives a skip car to walk at a constant speed, and the feeding stepping motor controls the rotating speed of an auger so as to control the feeding speed. The control system comprises a single-chip microcomputer used for controlling the rotating speed of the walking stepping motor and the rotating speed of the feeding stepping motor and a power supply circuit used for providing a power source. The control system is characterized in that the single-chip microcomputer is connected with a wireless communication circuit, a motion detection circuit, a plurality of stepping motor control circuits used for controlling the walking stepping motor and the feeding stepping motor, a position signal input circuit and an alarm signal output circuit. The precise feeding method for poultry house breeding and the control system have the advantage that differentiated and precise feeding for breeding can be carried out according to the number of live poultry in different feeding grids.

Description

technical field [0001] The invention relates to the technical field of poultry breeding and feeding, in particular to a precise feeding method and control system for poultry house breeding. Background technique [0002] In poultry house farming, the amount of food intake of live poultry will be controlled, especially in the breeding of chicken breeders and laying hens. The traditional control method is to manually adjust the distance between the outlet and the trough or Control the feed intake of the entire poultry house; the traditional control method has the problem of regional uneven discharge, because during the installation process, the terrain is uneven and the cage cannot be completely flat, so the feed trough and the discharge port The distance will also be uneven. Where the feeding trough is too high, there will be errors in the output compared with the place where the feeding trough is too low; in addition, although the number of live poultry in each breeding grid ...

AI Technical Summary

Problems solved by technology

[0002] In poultry house farming, the amount of food intake of live poultry will be controlled, especially in the breeding of chicken breeders and laying hens. The traditional control method is to manually adjust the distance between the outlet and the trough or Control the feed intake of the entire poultry house; the traditional control method has the problem of regional uneven discharge, because during the installation process, the terrain is uneven and the cage cannot be completely flat, so the feed trough and the discharge port The distance will also be uneven. Where the feeding trough is too high, there will be errors in the output compared with the place where the feeding trough is too low; in addition, although the number of live poultry in each breeding grid is the same at the initial stage of breeding, at this time each The feeding amount of the breeding grids is the same, but as the breeding progresses, some live poultry in individual breeding grids will die, which causes the number of live poultry in each breeding grid to be different. If the amount of feeding of the grid is inconvenient, there will be problems of uneven growth of live poultry

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