Experimental teaching platform based on intelligent home sensing and control
A technology of smart home and teaching platform, applied in the field of teaching, can solve the problems of non-expansion, high purchase and use costs, heavy workload of the controller, etc., and achieve the effect of simplifying control complexity, simplifying local equipment, and improving interactivity
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Embodiment 1
[0046] This embodiment elaborates in detail the overall architecture of an experimental teaching platform based on smart home perception and control and the introduction of each main module.
[0047] figure 1 It is an overall architecture diagram of an experimental teaching platform based on smart home perception and control in this embodiment.
[0048] An overall architecture diagram of an experimental teaching platform based on smart home perception and control disclosed in this embodiment includes a perception and control module, an intelligent gateway, a cloud platform server, and a user terminal module.
[0049] The perception and control module includes a main controller, an environmental data acquisition and control submodule, a display and alarm submodule, a voice recognition and synthesis submodule, and a network access submodule. The main controller chooses Atmega328 as the core AVR microcontroller Arduino; the environmental data acquisition and control sub-module i...
Embodiment 2
[0064] This embodiment elaborates the specific design and implementation of the perception and control module of the smart home experiment system. The perception and control module includes a main controller, an environmental data acquisition and control submodule, a display and alarm submodule, a voice recognition and synthesis submodule, and a network access submodule. The home environment information that the system needs to perceive includes: temperature, humidity, particulate matter in the air, gas, whether natural gas leaks, whether someone breaks in, power consumption, and light intensity. In order to better introduce the perception and control of the environmental information, the above environmental information is classified: the detection and display of temperature, humidity, and particulate matter in the air are classified as the comfort perception and control subsystem; Leakage and intrusion are classified as security perception and control subsystems; monitoring o...
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