Ключевое слово: «automation»

Automation and robotization of production are becoming key factors in modern industry, promising increased productivity, reduced costs and improved product quality. This article discusses the benefits of robotization, such as optimizing work processes and improving product quality. The significance and relevance of the topic lies in the fact that robotization and automation have the potential to radically change production processes and the economic landscape. Finding a balance between the use of new technologies and maintaining jobs is becoming a critical issue for society and business. A review of robotics and automation in modern manufacturing shows that automation is no longer just a means to reduce costs and increase productivity. It has become a fundamental component of the strategic development of companies that strive to remain competitive in a rapidly changing market and technological innovation.

Robotics and labor automation continue to exert a significant impact on society, presenting new opportunities and sparking complex debates about the future of the workforce and socio-economic structure. In recent years, there has been active development in robotic systems that not only perform routine and hazardous tasks but also exhibit capabilities in handling more intricate and intellectual functions. Concurrently, the automation of work processes may lead to job reductions and alterations in the skill and competency requirements for workers. This article explores the latest advancements in robotics and automation, discussing their potential influence on society in the coming years. Special attention is given to inno-vative technologies such as artificial intelligence, machine learning, and cognitive robotics, which have the potential to substantially broaden the applications of automation and reshape our perception of the roles of humans and machines in the modern world.

This article discusses the problem of late notification of the flood situation in the region and proposes a project-a system for measuring the water level in reservoirs for monitoring flood situations. The system consists of several parts: a water level meter for monitoring flood situations based on ultrasonic sensors, a module for receiving and transmitting data from monitoring systems taking into account locations without GSM coverage based on RF modules, a base station for data transmission using cloud technology, a web page, as well as a script for reading and processing data from the database data. In this work, schematics of the entire hardware part of the system were implemented and programs for microcontrollers of the corresponding parts were developed, including a data output site. The paper also presents the result of testing a prototype with the implementation of key functions of the system.

This article discusses the problem of late notification of the flood situation in the region and proposes a project-a system for measuring the water level in reservoirs for monitoring flood situations. The system consists of several parts: a water level meter for monitoring flood sit-uations based on ultrasonic sensors, a module for receiving and transmitting data from monitoring systems taking into account locations without GSM coverage based on RF modules, a base station for data transmission using cloud technology, a web page, as well as a script for reading and pro-cessing data from the database data. In this work, schematics of the entire hardware part of the system were implemented and programs for microcontrollers of the corresponding parts were developed, including a data output site. The paper also presents the result of testing a prototype with the implementation of key functions of the system.

Energy forests are an important part in the modern energy industry, as their use as supports for overhead lines can contribute to a long service for the benefit of people. The creation of energy forests is a complex technical process, thanks to which the supports for overhead lines will not be exposed to external influences, which will lead to their long service and eliminate the need for frequent repairs and replacement of overhead line supports. An energy forest plant is necessary in the conditions of the North, where temperature variations can reach critical 80-90 degrees Celsius, resulting in dramatic annual (seasonal) changes in the soil and environment. The introduction of automation in such plants will make it possible to produce a certain quality of supports quickly and smoothly.