The temperature and humidity sensor is a sensor device developed for livestock and poultry breeding to control and adjust the temperature in the chicken house, and can be a system for intelligent real-time monitoring and control. The temperature and humidity sensor uses environmental data and information in the chicken coop to guide users in correct breeding management. The temperature and humidity sensor environmental monitoring system can be applied to the field of animal husbandry. It provides timely scientific basis for monitoring and management measures in places that require special environmental requirements. At the same time, the mobile APP of the management system realizes automatic monitoring.
1.The characteristics of the temperature and humidity sensor system for intelligent breeding of the Internet of Things are as follows:
1.1 Focus on real-time and intelligent monitoring-the Internet of Things, sensor network, and automation technology are fully integrated applications, online perception of the "temperature and health status" in the chicken house, and the remote monitoring function timely responds to the abnormal chicken growth environment in the chicken house.
1.2 Uniform and three-dimensional breeding data-comprehensively integrate various agricultural related information (monitoring data of chicken coops, price information of livestock and poultry, temperature and humidity information of chicken coops, employment information, etc.) to make the information related to farmers' production and life comprehensive , Integration.
1.3 Efficient temperature and humidity sensor management and control-process technology, mobile phone mobile APP real-time monitoring and monitoring technology, to ensure that farmers can fully understand the growth environment of the chicken house at home, improve production efficiency, and realize efficient agriculture.
1.4 Digitalization of temperature and humidity sensors-rich expert knowledge base, supplemented by expert online consultation function, allows farmers to interact with experts in real time.
1.5 Mobile phone mobile APP information platform-to build a breeding information online website platform to facilitate farmers to query various information related to breeding life.
2. Function introduction of temperature and humidity sensor system for Internet of Things breeding:
2.1. The temperature and humidity sensor can collect and record the temperature, humidity, carbon dioxide concentration, illuminance and other parameters in the chicken house in real time online, and display and record and store real-time digital, graphic and image methods.
2.2. The temperature and humidity sensor can set the parameter alarm limit of each monitoring point, and automatically send an alarm signal when the monitored point data is abnormal. Alarm methods include: live multimedia sound and light alarm, network client alarm, telephone voice alarm, mobile phone SMS alarm, etc. Upload alarm information and perform local and remote monitoring. The system can notify different personnel on duty at different times.
2.3. It can link related equipment. When an over-limit alarm occurs, the exhaust fan or wet curtain can be activated according to the preset linkage equipment.
2.4. The monitoring software adopts a standard full Chinese graphic interface, real-time display and record the environmental parameters and curve changes of each monitoring point, according to historical data, statistics of the maximum, minimum and average values.
2.5. Powerful data processing and communication capabilities. Using computer network communication technology, any computer in the local area network can access the monitoring system, check the monitoring data changes of the monitoring points online, and realize remote monitoring. The system can not only monitor in the duty room, but also the leader can easily view the monitoring data in his own office.
2.6. The preparation of the control software adopts software engineering management, which is extremely open and expandable. Due to the system design concept of hardware function softwareization, and the system hardware modularization and communication network design, the system can upgrade the software functions as needed And expand the type of hardware.
2.7. The interface is reserved during system design, and software and hardware equipment can be added or removed at any time. The system only needs to make a few changes, which can be completed in a short time. New content can be added at any time according to user needs.
3. Application of temperature and humidity sensor system for Internet of Things breeding
3.1 Evaluation of heat preservation and moisturizing performance in livestock and poultry breeding houses;
3.2 Monitoring and management of greenhouse, temperature and humidity in livestock and poultry breeding houses;
3.3 Temperature and humidity monitoring and management in livestock and poultry breeding houses;
3.4 Monitoring and management of temperature and humidity in the hatching room in livestock and poultry breeding houses
3.5 Environmental monitoring and management in livestock and poultry breeding houses;
3.6 Temperature and humidity monitoring and management required by other fields of livestock and poultry industry.
