KR-20260062436-A - Intelligent Dynamic Control System for Integrated Livestock House Environment Management

Abstract

The present invention relates to an intelligent dynamic control-based integrated management system for complex environments in livestock barns that monitors various environmental factors (temperature, humidity, gas concentration, fine dust, etc.) inside the barn in real time and automatically controls the optimal environment based on this data. This system utilizes an intelligent dynamic control algorithm to analyze the interactions between environmental factors and provides an optimal rearing environment for livestock by adjusting ventilation, heating and cooling, humidification, and dehumidification devices in real time. This system enables long-term environmental improvement and energy savings through big data analysis, and provides cloud-based remote monitoring and control functions, allowing users to manage livestock barn environments anytime and anywhere. Furthermore, it offers flexible control tailored to the rearing stages of various livestock species and can be applied to diverse livestock environments, such as pig and chicken coops. Through the present invention, stress on livestock can be reduced, productivity improved, and energy saving can contribute to reducing operating costs in the livestock industry and improving the environment.

Inventors

• 유지경
• 김유빈
• 조윤녕

Assignees

• 에스엠티정보기술(주)

Dates

Publication Date

20260507

Application Date

20241029

Claims (4)

1. In an intelligent dynamic control-based livestock barn complex environment integrated management system, A complex environmental sensor network that monitors various environmental factors such as temperature, humidity, gas concentration, and fine dust inside the livestock barn in real time, and An intelligent dynamic control algorithm that automatically controls the internal environment of the livestock barn by analyzing monitored data, and A control device that provides an optimal rearing environment for livestock by adjusting the operation of ventilation, heating and cooling, humidification, and dehumidification devices in real time according to the above algorithm, and A big data-based analysis module that stores and analyzes collected data to predict future environmental changes, and A livestock barn complex environment integrated management system characterized by including a user interface that transmits the above data to a cloud server, allowing the user to remotely monitor and control it.
2. A livestock barn complex environment integrated management system according to claim 1, wherein the intelligent dynamic control algorithm derives optimal control conditions by setting different weights of environmental factors according to the livestock rearing stage.
3. A livestock barn complex environment integrated management system according to claim 1 or 2, wherein the complex environment sensor network includes a wireless communication module that detects environmental elements such as temperature, humidity, ammonia, CO2, and fine dust in real time and transmits data to a central server.
4. A livestock barn complex environment integrated management system according to claim 1 or 2, characterized in that the system includes a prediction model that adjusts the internal environment in advance by linking external weather data.

Description

Intelligent Dynamic Control System for Integrated Livestock House Environment Management Intelligent Dynamic Control System for Integrated Livestock House Environment Management The present invention relates to a system that monitors various environmental factors within a livestock barn in real time and automatically controls the environment based on this, and to a technology that integrally manages the complex environment of a livestock barn through intelligent dynamic control. Traditional livestock management systems have relied primarily on temperature control without comprehensively considering other environmental factors (humidity, ventilation, gas concentration, etc.). Consequently, there have been limitations in controlling the internal environment of livestock barns, leading to the emergence of a need for integrated management of key factors affecting livestock growth and productivity. While smart livestock management systems combined with ICT technology are currently being developed, systems capable of dynamically controlling complex environmental factors in real time are still lacking. The present invention installs sensors capable of detecting environmental factors such as temperature, humidity, gas concentration, and fine dust inside a livestock barn, and processes the data collected from the sensors on a central server. The processed data is analyzed by an intelligent dynamic control algorithm, and based on the results, ventilation devices, heating and cooling devices, and humidification/dehumidification devices are automatically controlled. This control is customized according to the structure of each barn, the type of livestock, and the growth stage. In addition, this system provides a user-controlled interface that enables switching between automatic and manual control. Data is stored on a cloud server and can be utilized for long-term analysis and improvement of the livestock facility environment. This invention can be applied to smart livestock barn management systems in the livestock industry and can make a significant industrial contribution, particularly in the operation of large-scale livestock barns, through efficient environmental control and energy saving effects. Furthermore, it can contribute to improving the quality of livestock products and increasing productivity through environmental monitoring and control.