Overview of the Flux Capacitor Alarm Clock
The Flux Capacitor Alarm Clock is a unique device that combines the iconic design of the flux capacitor from the movie Back to the Future with a modern alarm clock. When the alarm goes off, it randomly plays sounds from the soundtrack of the movie. It also features a web portal that allows users to configure the clock’s settings.
Components of the Flux Capacitor Alarm Clock
The Flux Capacitor Alarm Clock consists of several components, including LEDs, coils, diffusers, and STL files. The LEDs are placed in the plate with the insides facing outwards. The coils and diffusers are then mounted behind the plate, with numbers to help identify them easily.
Assembly of the Flux Capacitor Alarm Clock
The assembly of the Flux Capacitor Alarm Clock begins with placing the LEDs in the plate. Once the LEDs are in place, they are welded together. The coils and diffusers are then placed behind the plate and welded in place. The code for the web portal is also entered, allowing users to configure the clock’s settings.
Testing the Flux Capacitor Alarm Clock
Once the Flux Capacitor Alarm Clock is assembled, it is tested to ensure that it is working properly. The alarm is set for 8:12 PM, and when it goes off, it randomly plays sounds from the soundtrack of Back to the Future. The web portal is also tested to ensure that it is working correctly.
Overview
This tutorial will guide you through the process of assembling a Flux Capacitor Alarm Clock. The clock is powered by an ESP32 microcontroller, and features a display, MP3 player, and three buttons.
Installing the Components
To begin, you will need to install the components of the clock. Start by gluing the electrodes into the diffusers. Then, assemble the components together, ensuring that the electrodes are placed on top. After that, connect the four wires to the display: CLK, DIO, GND, and 5V. Next, connect a small speaker to the MP3 player, as well as the power supply and the wires to the ESP32.
Wiring the Buttons
The clock features three buttons: SETUPSTOP, MINUTE, and TIME. The SETUPSTOP button is used to set the time, and it features a LED. Connect the C to the VCC with a red wire, and the NO to the ESP32 input. Add a pull down resistor, which should be connected to a black wire and all the other Gnds. The MINUTE and TIME buttons do not feature a LED.
The Flux Capacitor Alarm Clock is a unique and innovative device that can be used to set an alarm for a specific time. This tutorial will provide a step-by-step guide on how to assemble the clock and set the alarm.
Gathering the Components
The components required to assemble the Flux Capacitor Alarm Clock include a button, a resistor, a 6.3mm wire, a 2mm thick plexiglass, a frame, a display, a SETUP button, and a small seal.
Connecting the Wires
The first step is to connect the button to the ESP32 before connecting it to the 5V and GND. The resistor should then be connected directly to GND. The 6.3mm wire should be connected to the ESP32’s 26 and 34 inputs.
Assembling the Clock
The next step is to assemble the clock by placing the display and SETUP button in the frame and securing it with the small seal. The 2mm thick plexiglass should then be placed over the display.
Connecting the ESP32
The final step is to connect the ESP32 to the power supply by connecting one wire to GND and one to the 5V. The two wires should then be connected to the MINUTE and TIME buttons.
Setting the Alarm
Once the clock is assembled, the alarm can be set by pressing the MINUTE and TIME buttons. The alarm can be stopped by pressing the second button.
Gathering the Necessary Components
The Flux Capacitor Alarm Clock requires a few components to be assembled. Firstly, the wires needed for the project must be collected. This includes the green and blue wires, which will be connected to the ESP, as well as the black and red wires, which will be used to connect the speaker. Additionally, a plate, an MP3 player, a case, a screen and a SETUP button are also needed.
Connecting the Components
Once all the components have been gathered, they must be connected. The green and blue wires should be connected to the ESP, while the black and red wires should be connected to the speaker. The plate should then be placed in the case, followed by the screen and SETUP button.
Welding the Components
The next step is to weld the components together. This should be done at the resistance level, and the MINUTE and TIME buttons should be placed on top. The speaker should then be placed in the plate.
Connecting the Wires
The remaining wires should then be connected. This includes connecting the black and red wires together, as well as connecting the small Wago terminal blocks. Once this is done, the ESP32 can be connected and the program can be launched.
Your wifi credentials and the time zone. The code will then be ready to run.
Overview of the Flux Capacitor Alarm Clock
The Flux Capacitor Alarm Clock is a device that combines the convenience of a modern alarm clock with the cutting-edge technology of a flux capacitor. This device is capable of connecting to a home wifi network and playing mp3 files from an SD card. It also features a time display with adjustable brightness and a snooze function.
Setting Up the Flux Capacitor Alarm Clock
The first step in setting up the Flux Capacitor Alarm Clock is to place all the mp3 files on the SD card and configure the wifi. To do this, open one of the codes provided and enter the SSID and wifi password into the variables at the top of the code. Additionally, set the time zone, speaker volume, brightness of the time display, and snooze time. Once these settings are complete, the code is ready to run.
Using the Flux Capacitor Alarm Clock
Once the Flux Capacitor Alarm Clock is set up, it is ready for use. To activate the alarm, press one of the two buttons located on the device. The alarm will sound and the time display will light up. To turn off the alarm, press either button again. The snooze function can be activated by pressing one of the buttons while the alarm is sounding. This will cause the alarm to sound again after the snooze time has elapsed.
Setting Up the Flux Capacitor Alarm Clock
The Flux Capacitor Alarm Clock is a great way to add a unique and stylish touch to your home. This tutorial will guide you through the setup process, from connecting the components to setting the time and alarm.
Connecting the Components
The first step is to connect the components. Start by connecting the ESP32 to the MP3 player. Then, enter your SSID and password into the ESP32. Make sure to enclose them in quotation marks. Next, check that the correct COM port is selected in the Tools menu.
Uploading the Program
Once the components are connected, it’s time to upload the program. Select the ESP32 Dev Module in the Tools menu, then click Upload. The program will be sent to the ESP32.
Testing the Components
Now it’s time to test the components. Insert the SD card into the MP3 player and restart. If the sound works, then the components are connected correctly.
Setting the Time and Alarm
The next step is to set the time and alarm. Use the buttons on the ESP32 to adjust the hour, minutes, and alarm settings. Once the time and alarm are set, the Flux Capacitor Alarm Clock is ready to use.
Finishing Touches
The final step is to add the finishing touches. Print out labels for the components and stick them on. This will make the Flux Capacitor Alarm Clock look even more stylish.
With these steps, you should now have a fully functional Flux Capacitor Alarm Clock. Enjoy!
This tutorial has provided a step-by-step guide to assembling a Flux Capacitor Alarm Clock. You should now have a better understanding of the components and wiring required to build the clock. With this knowledge, you can now begin to construct your own Flux Capacitor Alarm Clock.
The Flux Capacitor Alarm Clock is a convenient and easy-to-use device that combines modern technology with the convenience of an alarm clock. With the ability to connect to a home wifi network and play mp3 files, this device is sure to make waking up in the morning a little easier.
