With the continuous development of economy and society, people's demands for quality of life have increased significantly, and the requirements for vegetation have become more stringent. How to grow a good variety of plants has always been a topic of research. The microcontroller-based temperature and humidity monitor is of great significance to solve these problems. Because there are many tests are now completed under certain strict requirements, especially for the temperature and humidity requirements are higher, because most of the The temperature and humidity responses are all sensitive.
Using a single-chip design temperature and humidity monitor can timely and accurately reflect the indoor temperature and humidity changes. Various control methods such as raising the temperature to a specific temperature, cooling down to a certain temperature, maintaining a constant temperature within the upper and lower limits of the temperature, etc. are completed, and the same is true in terms of humidity control. The application of a temperature and humidity monitoring system to greenhouses undoubtedly provides a more suitable environment for plant life.
The SCM as the control core, using temperature and humidity measurement, communication technology, control technology and other technologies, temperature and humidity sensors as a measuring element, constitutes an intelligent temperature and humidity monitor. Can be divided into temperature and humidity measurement circuit, display circuit, sound and light alarm circuit, temperature and humidity control circuit. The main components used are cooling fans, heating devices, wet devices, moisture removal devices, red and green LED lights, and buzzer alarm devices.
The temperature and humidity monitor is mainly used to complete the accurate measurement of temperature and humidity and transform it into certain data information. This brings more convenience in the research, which is why it plays an important role in agricultural production. The digitized and intelligent temperature and humidity monitor is an automated process that processes the on-site analog quantity and converts it to a true value.
Using a single-chip design temperature and humidity monitor can timely and accurately reflect the indoor temperature and humidity changes. Various control methods such as raising the temperature to a specific temperature, cooling down to a certain temperature, maintaining a constant temperature within the upper and lower limits of the temperature, etc. are completed, and the same is true in terms of humidity control. The application of a temperature and humidity monitoring system to greenhouses undoubtedly provides a more suitable environment for plant life.
The SCM as the control core, using temperature and humidity measurement, communication technology, control technology and other technologies, temperature and humidity sensors as a measuring element, constitutes an intelligent temperature and humidity monitor. Can be divided into temperature and humidity measurement circuit, display circuit, sound and light alarm circuit, temperature and humidity control circuit. The main components used are cooling fans, heating devices, wet devices, moisture removal devices, red and green LED lights, and buzzer alarm devices.
The temperature and humidity monitor is mainly used to complete the accurate measurement of temperature and humidity and transform it into certain data information. This brings more convenience in the research, which is why it plays an important role in agricultural production. The digitized and intelligent temperature and humidity monitor is an automated process that processes the on-site analog quantity and converts it to a true value.
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