A powerful, yet simple to build, solder fume extractor with a changeable active carbon filter
Literally a DIY fan glued to a hat
Made a fume extractor for my soldering setup powered by Raspberry Pi PICO
A powerful yet simple to build solder fume extractor. It features a changeable active carbon filter in a compact design.
Control a fan by getting closer to the sensor.
Auto-on smart fan using ultrasonic sensor and Arduino. Detects presence and spins fan via DC motor and L293D driver.
You can rotate the fan left and right, tilt it up and down, control the fan and rotation speed, and set start and end positions of rotation.
rspi-config got a new secret
It's a portable fume extractor for soldering
This article describes the High Voltage GreenPAK IC configured as an integrated smart PWM fan driver.
A Solder Fume Extractor with an active carbon filter that is powered from a 16850 rechargeable battery. It works up to 3 hours per charge.
A ultraviolet bug trap to rіd flying pests from your home in a non-toxic and sustainable way.
Revolutionizing home safety with a Matter SDK-integrated VOC alert & cleaning system, fostering safe and creative environments for families.
Control the fan with your hand
Fun-with-fans is the individual project of the IoT course of the master's degree in Engineering in Computer Science.
Made some edits to my previous LATTEintosh Project, added a dedicated cooling fan unit for cooling the LATTEPANDA SBC.
3-Wires/4-Wires FAN Control and Over Temperature Protection using LM35 and ATTiny13
Based on the time of day and temperature of my room, my fan will change speed to meet my desired comfortable temperature.
Automatically control PC fan speed based on temperature or manually set to 50, 75 or 100% duty cycle
Smart Bladeless Fan with Air Purification, Filter Monitoring & Home Assistant Integration using PSOC™ 6.
Little Fan upgrade for my Lattepanda 3 Delta
Home automation project creating device that allows ceiling fan to turn on and off through detection of certain thresholds of heat.
A fan that will not only cool you off but turn off automatically after a set time to save power and energy in case of being forgotten.
Project for Dr. Welsh's ENGI 301 Class at Rice University. By Nate Miller with assistance from Dr. Erik Welsh.
