DESIGN AND ANALYSIS OF AN AUTOMATIC DOOR USING AN ULTRASONIC SENSOR BASED ON ARDUINO UNO
Keywords:
Sensor, Automatic Door, Public Activities, Effective, EfficientAbstract
Rapid technological advancements are driving the pursuit of greater efficiency in everyday life. This is spurring progress and efficiency across various fields through human innovation and creativity. Technology is being used to create devices that function more effectively and efficiently. One example is the implementation of sensor-based automatic doors, which are increasingly found in public spaces, such as hospitals, convenience stores, and large shopping centers—with the aim of minimizing physical contact. This research focuses on designing a prototype for a residential-scale automatic door system utilizing an Arduino Uno-based ultrasonic sensor. This device has been customized and specifically designed to detect the presence of various objects and automatically control the opening and closing mechanism without manual intervention. Moreover, since people cannot avoid using doors in their daily lives, activities that are typically performed manually can be replaced by innovative doors capable of detecting human presence using sensors.
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References
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