After all, a clock in itself has a very clean, orderly design, even if there is nothing clean or orderly about the room it lives in. You can go big and bold with color and materials, or keep it neutral while still adding visual interest to the space. So if you need to liven up those walls, a great contemporary wall clock can fill that negative space without making it feel overly designed. But even if your favorite clock requires a horizontal surface, its valuable function is worth some real estate on your side table. And anyone with kids knows that hanging decorative items out of reach is one of the pillars of maintaining your sanity. Plus, they can be added to a gallery wall with some mirrors for some eclectic variety. If you’re trying to decorate a small room, wall clocks don’t take up valuable shelf space. Along with scented candles or bold area rugs, minimalist clocks are great for people who want to add functional finishing touches to their space without overrunning it with random tchotchkes. MDF boards, ~30.5 cm by 30.Whether time is your best friend or worst enemy, a sleek, modern wall clock will help you keep close tabs on it even if your phone isn’t within arm’s reach. RGB addressable LEDs (WS2812), 60 per meter, 2 meters roll Bill Of Materials Electronics Designation It is, of course, possible to ditch that code entirely and use ESPHome or MicroPython instead. It runs a web server though a WiFi captive portal in order to easily configure the clock from a computer or smartphone, and perform OTA firmware update ( demo video). The provided source code is using Arduino IDE with the arduino-esp32 library and a few others. You can oviously choose to customize any of the provided templates to eg create a different faceplate, or adapt the frame to your specific needs (change the LED layout, add extra sensors, etc). The schematics and instructions for assembly are located in the electronics subdirectory. There is also an RTC module to keep track of time, and a light sensor (LDR). The electronics revolve around a WiFI enabled ESP32 development board and a matrix of 114 LEDs made from an LED strip.The templates and assembly instructions are located in the frame subdirectory. It has little wells for each LED to channel the light to the letters on the faceplate. It holds everything together and most importantly the LED matrix. If could also be done with CEC or 3d printing. The frame is a sandwich of laser-cut MDF boards.The templates and instructions are located in the faceplate subdirectory. The faceplate is a glass panel from a cheap picture frame, that is spray painted on its back, then laser etched to mark the letters.The project's hardware can be broken down in 3 major elements: It is not technically challenging if you have basic soldering skills (and access to a laser cutter), but it does take time on both fronts. The largest square that can be cut in an Epilog Mini laser cutter is approximately 30x30cm, so the clock is designed around that constraint.īuilding the clock from scratch involves mostly laser cutting and soldering. This project was designed for the tools available in our makerspace. This one requires a laser cutter but promises a very clean result and is quite cheap to make (about 50 €) while being feature packed with its 11x10 RGB LED matrix, RTC module (time setting survives power loss), light sensor, WiFi connectivity and more. Another take on the classic DIY word clock.
0 Comments
Leave a Reply. |