CREATION OF A REMOTE MEASUREMENT AND CONTROL SYSTEM USING AN HC-SR04 ULTRASONIC SENSOR AND A MICROSERVICE ENGINE BASED ON THE ARDUINO PLATFORM

Abstract

This article will discuss the principles of operation of the HC-SR04 ultrasonic sensor and the microservice motor, which are widely used on the Arduino platform. The methods of measuring distance using an ultrasonic sensor will be described and the possibilities of controlling the microservice engine based on the data obtained will be analyzed. The article is intended for readers interested in creating automated and intelligent systems using the Arduino platform. A key part of the research is the integration of the two components into an autonomous system. Based on the distance data received from HC-SR04, an algorithm for automatic servo positioning will be developed. For example, a servomachine can rotate a sensor to scan a space or control a mechanical shutter that is triggered when an object is detected at a given distance. This work serves as the basis for the development of more complex projects such as autonomous robots, smart home systems and industrial automation devices.