Cage raised pigeon automatic feeding device

Abstract

The invention discloses a cage raised pigeon automatic feeding device, which comprises a feeding vehicle and traveling guide rails, wherein the traveling guide rails are matched with the feeding vehicle, a following hopper is arranged on the feeding vehicle, a transition cavity is arranged between a material feeding door and a material discharge door of the following hopper, the material feeding door is connected with a material feeding door electromagnet, the material discharge door is connected with a material discharge door electromagnet, the material feeding door electromagnet is connected with a material feeding door proximity switch, the material discharge door electromagnet is connected with a material discharge door proximity switch, the material feeding door and the material discharge door are respectively provided with reset springs, the material feeding door proximity switch, the material discharge door proximity switch, the material feeding door electromagnet and the material discharge door electromagnet are connected with a control device, each group of pigeon cages are separated into a plurality of single-lattice pigeon cages, each single-lattice pigeon cage is provided with feeding troughs, the top of each group of pigeon cages is provided with a feeding sensing head corresponding to the proximity switches, the pigeon cages are arranged at two sides of the traveling guide rail. The cage raised pigeon automatic feeding device has the advantages that the work burden of raisers can be reduced, the feeding cost is reduced, the feeding efficiency is high, the quality of raised pigeons is good, the feeding scale can be improved, and the cage raised pigeon automatic feeding device is applicable to the culture of poultry including pigeons, chickens, quails and the like.

Description

technical field [0001] The invention relates to poultry breeding equipment, in particular to an automatic feeding device for caged meat pigeons. Background technique [0002] For many years, caged meat pigeons have been artificially fed with feed. This method is labor-intensive, time-consuming, inefficient, and has many feed losses and high costs. [0003] The self-service trough feeding that has appeared in recent years has a structure of setting a trough between each single or two pigeon cages. The main body of the trough is divided into upper and lower parts, and the upper part is a hopper for storage. The feed for pigeons can be eaten for two or three days. The lower part is a trough for the pigeons to eat. The breeder puts the feed into the hopper one by one. The feed automatically flows into the trough and maintains a certain amount for the pigeons to eat freely. This method saves a certain amount of time on the basis of manual direct feeding, but it is followed by va...

AI Technical Summary

Problems solved by technology

This method saves a certain amount of time on the basis of manual direct feeding, but it is followed by various disadvantages: First, because the feeder is stored for a long time, the pigeons are in a state of free feeding, and there is no need for feeding. Regularity, can not stimulate the appetite of the pigeons, resulting in a drop in feed intake; second, when the pigeons are sick and need to be treated by feeding medicine, mainly water or mixing materials, most of the medicines used to treat pigeon diseases require a short period of time. Let the pigeons finish eating within one hour, such as penicillin, the drug is only effective for one or two hours. Drinking water is a convenient and effective method. However, the current meat pigeon breeding uses automatic drinking water, and it takes half a day for the water to flow from the water tower to the water cup. , so the current equipment can't achieve the therapeutic effect; if the feed is used for drug administration, so this type of trough is fed with food for two or three days at a time, which is equivalent to abolishing the way of administering the feed. Once the pigeons get sick, the breeder will There is nothing to do; third, due to the long-term storage of feed in the trough, the feed cannot be found in time after being contaminated by pigeon manure, and the pigeons are prone to get sick after eating, and the internal structure of this type of trough is complicated, and it is extremely difficult to clean the trough after it is contaminated; fourth. , although this type of device saves a certain amount of time compared with simple manual feeding, it also needs to feed each pair of pigeons separately

Therefore, the automation degree of this current feeding device is relatively low, the investment in feeding pigeons is relatively large, the benefit of raising pigeons is still low, and the feeding scale is difficult to improve

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