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In the present work, a study of the loading of a robotic palletized module was carried out by simulation with the Solidworks software program. The technical characteristics of both the purchased robo-car and the constructed palletized module for transport services for the benefit of small and large livestock farms are presented. The method by which the simulation was performed is described and a structural diagram is presented. The properties and parameters of the material used-Aluminum 6063-T3, from which the construction will be made-are defined. The static load of the palletized module was investigated at two different forces-490 N (the load capacity of the robo-car according to technical characteristics after reversing the weight of the structure) and 2500 N (the load capacity of the electric motor that raises and lowers the transported load). For both forces, the load in the folded and unfolded state is simulated. The values of the measured parameters-strain, stress and displacement (URES) for the various positions and loads of the construction are presented in tabular form. [ABSTRACT FROM AUTHOR]

This article presents a Artie Max educational mobile robot can be used as an educational tool from an early age, with the goal of experimental learning and a project-based learning process. The main point is an algorithm for creating a letter from a child, using educational robot Artie Max. They need to create a word from different letters. The students will be working in a team. [ABSTRACT FROM AUTHOR]

This article presents a model of a cyber-physical system designed to control a smart farm. An overview of modern software technologies used to control Cyber-physical systems is presented. Communication technologies used in remote control systems and in particular, web technologies for data transition are considered. Modern platforms and software frameworks for realization of web services and provision of functions for remote control and monitoring have been studied. Based on the conducted research, a specialized model of Cyber-physical system has been developed and presented, which would meet the needs and criteria for management of smart farms. Based on the presented model, experiments were performed with different temperature sensors and humidity sensors. The results of the experiments show that the developed system has the necessary functionality and performance to cope with the tasks. [ABSTRACT FROM AUTHOR]