Design and implementation of embedded indoor intelligent temperature control system
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The document describes the design and implementation of an embedded indoor intelligent temperature control system. The system aims to address shortcomings of traditional centralized heating systems which continuously heat both when people are present and absent, wasting heat. The new system includes temperature detectors, Zigbee wireless transmission, an ARM controller, information display and input, heating control, and GSM wireless communications. It can make real-time adjustments to indoor temperature based on outdoor conditions and individual preferences to reduce heat consumption and improve quality of life.
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Design and implementation of embedded indoor intelligent temperature control system
- 1. DESIGN AND IMPLEMENTATION OF EMBEDDED INDOOR INTELLIGENT TEMPERATURE CONTROL SYSTEM ABSTRACT While vigorously promoting energy-saving and emission reduction, as well as the pursuit of high quality of life, the winter heating system shortcomings become increasingly apparent. Most of the countries now a day are utilizing centralized heating. Throughout the heating period, both day and night, indoor people and unmanned, the system continuous heating all the day. Heat transport system is constant, and cannot make the appropriate adjustments with the changes of indoor and outdoor temperature and the different requirements of individuals. This has resulted in a serious waste of heat and the heating is not humanistic and so on. With real-time detection of changes in indoor temperature, the system regulates the indoor temperature rationally. So it reduced the heat consumption and improved people's quality of life. System includes temperature detection, Zigbee wireless transmission, ARM controller, the information display and input, heating control, GSM wireless communications and so on. Temperature detection includes outdoor temperature detection, indoor temperature detection and heating temperature detection. In order to avoid cumbersome wiring, the temperature detection points wirelessly connect with ARM controller through the Zigbee technology.
- 2. BLOCK DIAGRAM SENSOR SECTION MONITERING SECTION