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iothings:proiecte:2022sric:smart-room-monitoring-and-control-system [2023/06/02 06:01] claudiu.pumnea [Bibliography] |
iothings:proiecte:2022sric:smart-room-monitoring-and-control-system [2023/06/02 09:11] (current) claudiu.pumnea [Code description] |
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| * EspWROOM32: Microcontroller that integrates Wi-Fi (802.11 b/g) and Bluetooth (dual mode version 4.2) capabilities. It serves as the core of the project, enabling data collection from sensors and transmitting the it to a database through requests. Additionally, the ESP32 is responsible for controlling various components of the system, such as managing lights and outlets in the kitchen. | * EspWROOM32: Microcontroller that integrates Wi-Fi (802.11 b/g) and Bluetooth (dual mode version 4.2) capabilities. It serves as the core of the project, enabling data collection from sensors and transmitting the it to a database through requests. Additionally, the ESP32 is responsible for controlling various components of the system, such as managing lights and outlets in the kitchen. | ||
| + | === Hardware setup === | ||
| + | |||
| + | {{ :iothings:proiecte:2022sric:hardwaresetup.jpeg?300 |}} | ||
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| These technologies form the foundation of the project, combining front-end (HTML, CSS, React), back-end ( Nest.js), and database (PostgreSQL) components to create a comprehensive web application with enhanced functionality and a reliable data storage system. | These technologies form the foundation of the project, combining front-end (HTML, CSS, React), back-end ( Nest.js), and database (PostgreSQL) components to create a comprehensive web application with enhanced functionality and a reliable data storage system. | ||
| - | ===== Code description ===== | + | ===== Code ===== |
| ==== Used Libraries ==== | ==== Used Libraries ==== | ||
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| ===== Demo ==== | ===== Demo ==== | ||
| - | In the demo, the main page of the web app will be showcased, featuring the date pickers that allow users to select a specific time range for data visualization. To illustrate the control system, a light bulb will be connected to the relay by connecting the positive terminal of the outlet to the positive terminal of the bulb. This way we will have the ability to control the light bulb directly from the web app interface. We will be able to switch the relay on or off, thereby controlling the power supply to the light bulb in real-time. | + | In the demo, the main page of the web app will be showcased, featuring the date pickers that allow users to select a specific time range for data visualization. To illustrate the control system, a light bulb will be connected to the relay by connecting the positive terminal of the outlet to the positive terminal of the bulb. We will be able to switch the relay on or off, thereby controlling the power supply to the light bulb in real-time. |
| Links: | Links: | ||
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| * Relays: https://www.galco.com/comp/prod/relay.htm | * Relays: https://www.galco.com/comp/prod/relay.htm | ||
| * RestApi: https://www.restapitutorial.com/lessons/httpmethods.html | * RestApi: https://www.restapitutorial.com/lessons/httpmethods.html | ||
| - | * | + | |
