An automatic hand wash dispenser built with Arduino, ultrasonic sensor, and a water pump serves the purpose of providing a touchless and hygienic solution for dispensing soap or sanitizer when users place their hands under the dispenser. Here are the key aspects of its purpose: Touchless Operation: The primary purpose of the automatic hand wash […]
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A floor cleaning machine built with Arduino incorporates the use of Arduino microcontrollers to automate and control various functions of the cleaning process. The primary purpose of such a machine is to leverage the capabilities of Arduino technology to enhance the efficiency, automation, and customization of floor cleaning operations. Here are key aspects of the
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A water turbine is a mechanical device designed to harness the kinetic energy of flowing water and convert it into useful mechanical or electrical energy. The primary purpose of water turbines is to generate power through the rotation of their blades or runner in response to the force of moving water. These turbines are commonly
A geostationary satellite, also known as a geosynchronous satellite, serves a vital role in modern telecommunications and Earth observation. Positioned in orbit approximately 35,786 kilometers (22,236 miles) above the equator, a geostationary satellite orbits the Earth at the same rotational speed as the planet. This unique characteristic allows the satellite to remain fixed relative to
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A hemodialyzer, commonly known as a hemodialysis machine or hemodialysis unit, serves a critical purpose in the field of medical treatment for individuals with impaired kidney function. The primary goal of a hemodialyzer is to perform hemodialysis, a life-sustaining process that mimics the natural function of the kidneys in filtering and purifying the blood. Patients
An automatic water dispenser, enhanced by Arduino technology and intelligent sensors, redefines the act of water access with a touchless and precise approach. Its core purpose lies in providing users with a hygienic experience, seamlessly detecting containers or hands through infrared or ultrasonic sensors and activating the Arduino-controlled system for dispensing water. The dispenser’s design,
A dancing robot, powered by Arduino and dynamic actuators, serves as a captivating fusion of technology and artistic expression. Its primary purpose is to entertain and engage audiences by translating programmed movements into a rhythmic dance performance. The Arduino microcontroller orchestrates the coordination of motors, servos, or other actuators, enabling the robot to execute a
