ELECTRONIC SYSTEM OF MEDICAL EXAMINATIONS (ESME), METHOD OF PASSING THE EXAMINATION IN THE SYSTEM AND THE HARDWARE-SOFTWARE "TERMINAL" COMPLEX AS PART OF THE SYSTEM Russian patent published in 2021 - IPC A61B5/00 

Abstract RU 2743088 C1

FIELD: medical examinations.

SUBSTANCE: electronic system of medical examinations contains at least the following software and hardware complexes (SHC) functionally interconnected - at least one Terminal SHC designed for real-time automated-robotic examination by a person or a group of persons in a single electronic environment for information exchange, at least one Functional Workplace SHC located directly near or far from the Terminal(s) SHC designed to control inspection in a unified electronic environment for information exchange, and at least one common for all complexes of the Server SHC, which implements the functional interaction of software and hardware complexes of the system with each other in a single electronic environment for exchanging information in the cloud or the local network of the enterprise, designed to receive, send, store and process data of the examined person / group of persons, automatically prepare conclusions based on the results of the examination at the Terminal(s) SHC. In this case, the Terminal SHC includes at least a body, a touch screen, a module for identifying a person undergoing an examination, a video and audio support module, a screen handwritten signature module of an examined person, at least one module for collecting physiological and / or psychophysiological parameters of a person being examined, a built-in system unit with control software, which ensures the operation of the Terminal SHC modules in an automated mode according to preset algorithms according to the inspection script assigned by a specialist at the Functional workplace SHC. Functional workstation SHC includes at least an identification module, an information input module, an information output module and a system unit with control software, by means of which, according to predetermined algorithms, a script is assigned for an examination at the SHC Terminal(s), analysis by a specialist of physiological and / or psychophysiological indicators obtained at the SHC Terminal (s), automatic and / or manual assignment of access rights (access allowed / denied) to the examined person / group of persons based on the results of the analysis. The Server SHC includes server hardware and software. At the same time, all ESME SHC systems contain channel-forming equipment for two-way data exchange via wireless and / or wired communication between software and hardware complexes of the ESME system and Server SHC, as well as between Server SHC and the enterprise network and / or its databases. In addition, the ESME system may additionally contain at least one access control system designed for automated control of the access of a person or group of persons to a high-risk area in real time. The Access Control SHC contains at least a module for identifying a person by personal characteristics - an assigned access code and / or individual biometric characteristics, a controllable barrier, an online controller with control software that assesses the compliance of personal characteristics and / or individual biometric characteristics with the characteristics stored in own memory, or the memory of the Access Control SHC, or databases of the enterprise, real-time assessment of access rights (access allowed / denied), automatically and / or manually assigned to the Functional workplace SHC to the person examined at the Terminal(s) SHC / a group of persons capable of exchanging data with the Server SHC, an offline controller capable of receiving a signal from an online controller, providing control of the obstacle according to the specified algorithms, as well as channel-forming equipment for two-way data exchange via wireless and / or wired communication between the Access Control and other software and hardware complexes of the ESME system.

EFFECT: group of inventions provides increase in the process automation of admitting employees whose work activities are associated with servicing enterprises or areas requiring increased security to perform their work duties, increasing the process automation of medical examinations by these employees and the process of preparing the necessary documents, as well as increasing security by eliminating the "human factor" of these processes.

16 cl, 14 dwg

Similar patents RU2743088C1

Title Year Author Number
TELEMEDICINE TERMINAL FOR EXAMINATION AND TESTING OF WORKERS OF INDUSTRIAL AND TRANSPORT ENTERPRISES 2021
  • Tereshko Elena Alekseevna
  • Kharchenko Gennadij Aleksandrovich
RU2752453C1
METHOD OF REGULATING TECHNOLOGICAL PROCESS TAKING INTO ACCOUNT PSYCHOPHYSICAL STATE OF OPERATOR 2023
  • Vukolov Aleksandr Vladimirovich
  • Dolgii Aleksandr Igorevich
  • Zubkov Valerii Valerevich
  • Kudiukin Vladimir Valerevich
  • Kuzmin Vladislav Sergeevich
  • Khakiev Zelimkhan Bagauddinovich
RU2805761C1
PERSONALITY REMOTE IDENTIFICATION SYSTEM DURING ELECTRONIC SIGNATURE GENERATION 2014
RU2613033C2
MEASURING TERMINAL FOR REMOTE MONITORING OF RAILWAY TRANSPORT WORKERS 2019
  • Egorov Aleksej Igorevich
  • Kharchenko Gennadij Aleksandrovich
  • Veraksich Vladimir Vladimirovich
  • Maslov Aleksandr Alekseevich
RU2729713C1
MOBILE COMPLEX FOR MULTIBIOMETRIC REGISTRATION (VARIANTS) 2022
  • Sorokin Sergej Aleksandrovich
RU2806870C1
RADIO CHANNEL SYSTEM FOR REMOTE MONITORING OF HEALTH AND WORKING ACTIVITY OF EMPLOYEES OF INDUSTRIAL AND TRANSPORT ENTERPRISES 2020
  • Bondarik Aleksandr Nikolaevich
  • Ulyanov Vladimir Vladimirovich
RU2739126C1
SYSTEM AND METHOD OF CONTROL OF ACCESS TO TERRITORY 2017
  • Dzygar Andrej Vladimirovich
RU2676884C1
SYSTEM AND METHOD OF ORGANIZING ELECTRONIC ARCHIVE OF TECHNICAL DOCUMENTATION 2019
  • Ulyanin Oleg Vladimirovich
RU2711721C1
COMBINED SET OF CHECKPOINTS FOR THE PHYSICAL PROTECTION SYSTEM (PPS) OF CRITICAL FACILITIES WITH AUTOMATION OF ACCESS CONTROL AND MANAGEMENT PROCESSES 2022
  • Pervuninskikh Vadim Aleksandrovich
  • Ivanov Vladimir Eristovich
  • Bystrov Sergej Yurevich
RU2792788C1
SYSTEM FOR MONITORING AND MONITORING OF ROUTED VEHICLES 2018
  • Kulagin Aleksandr Sergeevich
RU2712404C2

RU 2 743 088 C1

Authors

Tugolukov Aleksandr Vladimirovich

Dates

2021-02-15Published

2019-12-09Filed