Development of hardware and software of the complex for hypoxytherapy

Abstract

<p><em>The object of research is medical hardware and software for carrying out hypoxytherapy. One of the more problematic areas is the automation of assessing the condition of hemodynamics and the patient's respiratory system during sessions.</em></p><p><em>During the development of the complex for carrying out hypoxytherapy, modern hardware (oxygen, carbon dioxide, pulse oximetry, etc.) and software methods for filtering signals are used. When developing software for medical staff, modern tools and programming technologies (C#, MySql, CLIPS) are used.</em></p><p><em>A fundamentally new automated software and hardware complex designed to diagnose and treat patients is obtained. This is due to the fact that the proposed complex has a number of features for the implementation of its main blocks. In particular, the automated workplace of a specialist in hypoxytherapy is a dynamic expert system that receives data from the microcontroller in real time during sessions, so expert evaluation is done immediately. The system has a complete knowledge base for assessing diagnostic sessions and procedures for patients who already have developed hypoxia (e. g., with chronic obstructive pulmonary disease) and without it.</em></p><p><em>This ensures:</em></p><ul><li><em>the possibility of obtaining the values of the patient's condition indicators (heart rate, blood saturation, respiration volume, respiratory rate, minute respiration volume) and the composition of the inhaled gas mixture (concentration of oxygen and carbon dioxide);</em></li><li><em>provision of expert evaluation of the patient's condition.</em></li></ul><p><em>In comparison with the known hypoxicators (Borey, AltiPower, CellAir One, ReOxy, etc.) developed hypoxicator provides such advantages:</em></p><ul><li> <em>automated diagnostics and evaluation of the effectiveness of hypoxytherapy course;</em></li><li><em>small overall dimensions for convenient use even at home;</em></li><li><em>low and affordable cost of the complex for private and public hospitals, polyclinics, medical centers and sports complexes.</em></li></ul>

Authors and Affiliations

Volodymyr Slipchenko, Liubov Poliagushko, Viacheslav Kotunov

Keywords

Related Articles

Study of the induction motor electric drive efficiency in transients during their acceleration

<p><em>The electric drive with a squirrel-caged induction motor working in frequent start-stop modes is the object of this study. These drives have wide applications nowadays, such as in electric vehicles and hybrid elec...

The use of audit as a tool for strategic control of marketing activities of Polish enterprises

<p><em>The paper is focused on marketing audit within the marketing system control. Marketing audit is one of the tools applied to assess and improve the use of marketing in corporate activity.</em></p><p><em>One of the...

Investigation of backgrounds for the innovative development of the hospitality industry in various regions of Ukraine

<p class="20"><em>The object of the research is a complex of theoretical and practical aspects of hotel and restaurant management organization in various regions of Ukraine. The biggest problems are the lack of strategic...

Development of a methodology for creating adaptive energy efficiency clusters of the architecture and construction industry

<p><em>The object of research is the process of creating adaptive clusters of energy efficiency in the architecture and construction industry. Today, it is important to solve infrastructural problems of energy saving; th...

The analysis of methodical approaches of the risk assessment organization

<p class="20CxSpFirst"><em>The object of research is methods of approach to risk assessment, each organization independently develops and implements. The author provides practically gained experience in an international...

Download PDF file
  • EP ID EP527369
  • DOI 10.15587/2312-8372.2018.128802
  • Views 133
  • Downloads 0

How To Cite

Volodymyr Slipchenko, Liubov Poliagushko, Viacheslav Kotunov (2018). Development of hardware and software of the complex for hypoxytherapy. Технологический аудит и резервы производства, 2(2), 22-28. https://europub.co.uk/articles/-A-527369