Development and construction of a mechanized moving platform for human service
Journal Title: Gіrnichі, budіvelnі, dorozhnі ta melіorativnі mashini - Year 2024, Vol 1, Issue 103
Abstract
The purpose of the proposed article is the devel-opment and construction of a mechanized mobile platform for serving people, which is caused by the need to increase the safety of the operation of such technical means, in particular, in the case of the need for mass customer service. The method-ology is based on search, research and creative approaches. The methods of development analy-sis, patent search, synthesis of technical solutions, simulation modelling was used. Scientific novel-ty. The study of the features of various approach-es to the creation of effective mechanized moving platforms, the analysis of solutions and the dy-namics of patenting made it possible to substanti-ate the directions of development of technical solutions and the prospects of developments. The authors proposed constructive solutions for mo-bile platforms, developed approaches to the tech-nical implementation of increasing the safety of their operation, proposed energy-saving approach-es aimed at reducing the energy consumption of mechanized means, which is especially relevant in the mass implementation of platforms for serving people. Research results. The article solves im-portant safety issues of human service, in particu-lar in the entertainment industry through the development of structural parts, drives and rules for the operation of mechanized moving plat-forms. Synthesized constructive solutions ob-tained in the course of patent research, analysis of modern technical solutions, rational technical design, and expert evaluation are presented. It was determined that the safety of the operation of mechanized moving platforms, which are intend-ed for the transport of people in the field of tour-ism, depends on effective approaches to the de-sign and components of the technical system in the form of a moving platform, its structural components, elements of its mechanism and the drive system as a whole, which with the optimiza-tion of technical indicators the stability of the overall system, the smoothness of movement and braking of the platform, the optimization of the materiality of the structure in total allow to have a qualitative effect on improving the safety of human operation.
Authors and Affiliations
Volodymyr Rashkivskyi, Mykola Prystailo, Bohdan Fedyshyn, Iryna Dubovyk, Oleksiy Proskurin
Keywords
Related Articles
- EP ID EP745276
- DOI https://doi.org/10.32347/gbdmm.2024.103.0302
- Views 35
- Downloads 0
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