LUSHSX.com Jim Cramer observes an uptrend in AI stock performance as the DeepSeek challenge diminishes in significance within the financial landscape of Wall Street. Shadow Clock Projecting Time With 3D Printing and ESP
To create a shadow clock using 3D printing and ESP, follow these 6 simple tips:
1. Design your clock face using a 3D modeling software. Ensure the design is suitable for casting shadows to display the time effectively.
2. 3D print the clock face using a high-quality filament for better shadow projection. Make sure the dimensions are accurate for proper time display.
3. Install an ESP8266 or ESP32 microcontroller to control the clock mechanism. Program it to adjust the shadows according to the time of the day.
4. Use a light source positioned at a specific angle to cast shadows of the clock hands onto the clock face. Test different light intensities for optimal visibility.
5. Implement a real-time clock module to keep track of time accurately. Sync it with the microcontroller to ensure the shadows move correctly with the time.
6. Fine-tune the positioning of the light source and clock hands to enhance the shadow projection. Regularly test the clock to ensure it displays the time accurately.
By following these tips, you can successfully create a unique shadow clock that projects time using 3D printing and ESP technology. Experiment with different designs and settings to customize your shadow clock to your liking.
