Intelligent environment-friendly henhouse

Abstract

The invention discloses an intelligent environment-friendly henhouse which comprises a wireless sensing network system, coops, feeding systems, immunity systems, a temperature control system, a detecting system, an exhaust system, a control system and manure processing systems. The coops are arrayed in a chick rearing room at intervals. The two sides of each coop are provided with the corresponding feeding system and the corresponding immunity system surrounding the coop. The lower portion of each coop is provided with the corresponding manure processing system. The detecting system is arranged at one corner of the upper portion of the henhouse. The exhaust system is installed on the wall, opposite to a door, of the henhouse. The temperature control system is arranged on the top of the henhouse in a height-adjustable mode. The control system is installed in the henhouse and connected with the other systems through the Internet and controls the systems to run. Parameters of the henhouse can be preset, the other systems are controlled through the control system, manual operation is reduced, timely adjustment is ensured, the environment in the chick rearing room is kept stable, chicken manure can be automatically degraded, and zero emission and pollution prevention are achieved.

Description

technical field [0001] The invention belongs to the field of breeding equipment, in particular to an intelligent environment-friendly chicken coop. Background technique [0002] With the continuous expansion of the scale of chicken farming, the chicken industry is facing huge development space and there are more and more problems; the chicken breeding environment has a very important impact on the quality of chicken, especially the breeding temperature, humidity and environmental sanitation. Three aspects, the larger the breeding scale, the more difficult it is to control the breeding environment, and it is difficult to produce high-quality chicken on a large scale by relying entirely on manual control and management. At the same time, large-scale breeding increases the chances of disease in chickens, and also imposes a huge burden on artificial immunity. [0003] However, the existing chicken houses have a simple structure, or lack of temperature and humidity detection and...

AI Technical Summary

Problems solved by technology

[0002] With the continuous expansion of the scale of chicken farming, the chicken industry is facing huge development space and there are more and more problems; the breeding environment of chicken flocks is very important to the quality of chicken, especially the breeding temperature, humidity and environmental sanitation. In three aspects, the larger the scale of breeding, the more difficult it is to control the breeding environment, and it is difficult to produce high-quality chicken on a large scale by relying entirely on manual control and management.

At the same time, large-scale breeding increases the chance of disease in chickens, and also imposes a huge burden on artificial immunity

[0003] However, the existing chicken houses have simple structures, or lack of temperature and humidity detection and control systems, and no automatic treatment system for chicken manure; or lack of immune systems, manual vaccine feeding causes a great waste of manpower and time, and some chicken houses Although it has a temperature and humidity detection and control system, an automatic chicken manure treatment system, and an immune system, it lacks a central control system. Manual control and management will cause problems such as untimely regulation and uncoordination. If chicken manure cannot be cleaned automatically, it will seriously affect the breeding environment. and the surrounding environment are not conducive to the cleanliness and sanitation of the chicken house, and it is easy to increase the chances of several environmental conditions

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