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Intelligent control-type cage lighting system and cage structure

A lighting system and intelligent control technology, applied in the field of poultry breeding, can solve the problems of limited light source lighting range, easy to be affected by cage layout, wind blowing, troublesome assembly and maintenance of LED light pipes, etc., to promote growth rate, The effect of increasing utilization

Inactive Publication Date: 2016-12-07
ZHONGSHAN GLAMOR OPTOELECTRONICS TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, in farms, poultry are kept in closed or semi-closed cages, and it is difficult to obtain uniform and regular light.
Existing farms use hanging light bulbs or LED light tubes to illuminate poultry. These light sources have a limited lighting range and are easily affected by cage layout and wind (for hanging light bulbs). The assembly and maintenance of LED light tubes is also relatively troublesome. ; Some cages in farms adopt trapezoidal structure, which makes it difficult to achieve high-density breeding
And the lighting system of the existing farms does not consider the change of light, especially according to the change of the average value of sunlight, it is not conducive to the growth and development of poultry to rely solely on the light to be on or off

Method used

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  • Intelligent control-type cage lighting system and cage structure
  • Intelligent control-type cage lighting system and cage structure
  • Intelligent control-type cage lighting system and cage structure

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0031] Applied to cages with one or more layers of structure, it includes several LED light strips 1 arranged on each floor of the cage, a controller 2 connected to the LED light strips 1 and a power supply, the controller 2 includes a control part 21 and The driving part 22, the control part 21 simulates the mean value change or the mean value proportional change in different periods of sunlight to adjust the required light color temperature and brightness. The light color temperature and brightness are both adjusted gradually. The color spectrum adjustment of the LED light strip 1 includes two modes of yellow light and white light. The LED strips 1 are driven by the driving part 22 , and the driving part 22 includes a color temperature adjustment circuit 221 and a light intensity adjustment circuit 222 .

[0032] The controller 2 is arranged on the side of the cage, and is connected to the LED light strip 1 through wires, and is provided with an operation panel or a communic...

Embodiment 2

[0035] The difference from the first embodiment above is that the controller 2 includes a master controller 201 arranged in the monitoring center and a slave controller 202 arranged beside the cage, and the master controller 201 and the slave controller 202 are wirelessly connected. connection or via RS485 bus connection. The main controller 201 is provided with an operation panel or / and a communication module for wireless access and control of the smart terminal 3. The slave controller 202 includes a control part 21 and a drive part 22. The control part 21 simulates the average value of sunlight in different periods The required light color temperature and brightness are adjusted by the change or the average value is changed in proportion. The light color temperature and brightness are both gradually adjusted. The control part 21 also adjusts the color spectrum of the LED strip 1. Two modes of white light. These LED light strips 1 are driven by the drive part 22, the drive p...

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PUM

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Abstract

The invention provides an intelligent control-type cage lighting system. The intelligent control-type cage lighting system is characterized by comprising a plurality of LED lamp strips which are distribute at various layers of the cage, a controller connected with the LED lamp strips, and a power supply, wherein the controller comprises a control part and a drive part; the control part simulates mean changes or mean geometric changes of the sunlight at different periods to adjust the required light color temperature and brightness; and the drive part drives execution of these LED lamp strips. Meanwhile, the invention further provides a cage structure with the intelligent control-type cage lighting system. The LED lamp strips provided by the invention simulate the mean changes or mean geometric changes of the sunlight at different periods for adjustment, so that the poultry is uniformly and regularly illuminated and is closer to the sunrise and sunset state of primitive life. Furthermore, LED light is gradually adjusted, so that the poultry is not frightened due to sudden turn-on / turn-off, and healthy growth, development and egg laying of the poultry are promoted.

Description

technical field [0001] The invention relates to an intelligent control cage lighting system and a cage structure, which are applied to poultry breeding occasions such as broilers. Background technique [0002] Illumination is an important environmental factor affecting the growth, development and egg production of poultry. Uniform and regular light can promote the development of the central and peripheral immune organs of young poultry, improve the survival rate of young poultry; it can improve the feed conversion rate and growth rate of meat poultry; it can improve the egg production level of poultry. However, in farms, poultry are kept in closed or semi-closed cages, and it is difficult to obtain uniform and regular light. Existing farms use hanging light bulbs or LED light tubes to illuminate poultry. These light sources have a limited lighting range and are easily affected by cage layout and wind (for hanging light bulbs). The assembly and maintenance of LED light tubes...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H05B33/08A01K31/00A01K31/06A01K31/18H05B44/00
CPCY02P60/52
Inventor 孔令华赵江平丁孝君黄炳强
Owner ZHONGSHAN GLAMOR OPTOELECTRONICS TECH
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