ECGEV

ecgev.mp4

ECGW.zip

PDF_ECGEV.zip

Altium_ECGEV.zip

PADS_ECGEV.zip

BOM_ECGEV.xlsx

92348

Desktop mini weather clock

This project uses Espressif's ESP8266 as the main controller to drive a 1.54-inch TFT LCD screen, and employs capacitive touch buttons, WS2812 LEDs, and a buzzer to create a popular WiFi weather clock desktop decoration. In addition to the standard weather clock functionality, this project also includes a photo album feature.

This project uses Espressif's ESP8266 as the main controller; please ensure you purchase the correct model
to drive a 1.54-inch TFT LCD screen.
It utilizes capacitive touch buttons, WS2812 LED lights, and a buzzer to create a popular WiFi weather clock desktop decoration.
In addition to the standard weather clock functionality, this project adds a photo album feature, allowing for one-click upload and deletion via a mini-program or webpage, further enhancing its practicality. Capacitive touch buttons are also added for switching interfaces, increasing ease of use and interactivity.
The addition of WS2812 LED lights adds a cool effect to the small TV, offering various ambient lighting effects: fixed color; fixed color breathing light; and fixed brightness gradient color. A buzzer is added to function as an alarm clock, a long-awaited and practical feature. It supports setting up to three alarms, each with options for: single alarm, weekday, and daily alarms, sufficient for daily use.
The CH340 chip is used for programming.


 
The following is the bill of materials.

 

3D Shell.rar

Gerber_Open Source ESP8266 Weather Clock WiFi Mini TV GIF Animation Custom Upload_2024-05-15.zip

PDF_Desktop Mini Weather Clock.zip

Altium Desktop Mini Weather Clock.zip

PADS_Desktop Mini Weather Clock.zip

BOM_Desktop Mini Weather Clock.xlsx

92349

ESP32 WiFi temperature and humidity ornament

A desktop ornament for temperature and humidity control that connects to WiFi using ESP32-C6.

The main control chip is ESP32-C6-MINI, used to connect to WiFi and obtain current weather and temperature changes. Before use, you need to pre-set the WiFi name (preferably without spaces, otherwise it won't connect), WiFi password, and location to obtain the current temperature and time.
The built-in AHT20 sensor detects the ambient temperature and humidity, providing a more accurate representation of perceived temperature and humidity.
The display uses an e-ink screen with a simple interface and low power consumption. Icons are sourced from the internet; the image is shown below.
The charging section uses a TP4056 charging/discharging chip to meet charging needs; the battery can be selected according to your requirements.
The casing can be designed to match the size of the e-ink screen price tag. The overall effect is shown below: