Skip to content

Latest commit

 

History

History
42 lines (28 loc) · 2.19 KB

README.md

File metadata and controls

42 lines (28 loc) · 2.19 KB

Arduino project

total project

making and

  • matrials required ,
  • duration to make ,
  • tools names
  • comming soon

IPA Arduino Alarm Clock and OLED Display with Moving System Clocky

🕰️ Project Overview:

This project features an innovative alarm clock system built using Arduino, an OLED display, and a moving system called "Clocky." The combination of these components results in a unique and functional alarm clock with a visually appealing and interactive design.

📜 Key Features:

Arduino Microcontroller: The heart of the system, responsible for managing the alarm functionality, timekeeping, and user inputs.

OLED Display: Provides a clear and crisp visual interface to display the current time, alarm settings, and other relevant information. The OLED screen ensures readability and energy efficiency.

Moving System "Clocky": A playful and engaging feature that adds a dynamic element to the alarm clock. Clocky is designed to move or rotate, adding a fun twist to waking up and making the morning routine more exciting.

Alarm Functionality: Users can set alarms with custom times, and the system will notify them with a sound or movement when it's time to wake up.

Real-Time Clock (RTC): Ensures accurate timekeeping and allows the alarm to function reliably.

User Interaction: Easy-to-use interface for setting the time and alarm, including buttons or dials to adjust settings.

🔧 Technical Details:

Microcontroller: Arduino Uno/Nano Display: 0.96-inch OLED screen RTC Module: DS3231 or similar Actuator for Moving System: Servo motor or stepper motor Power Supply: Battery or USB power source 💡 Project Benefits:

Enhanced Wake-Up Experience: The moving system adds a unique, engaging element to the alarm clock, making it more effective in waking up users. Customizable: Users can adjust alarm settings and display preferences to suit their needs. Educational Value: Provides hands-on experience with Arduino, OLED displays, and real-time clocks. This project combines practical functionality with creative design, offering an innovative solution for a common problem. It showcases the versatility of Arduino and modern electronics in creating interactive and enjoyable everyday objects.