RU135898U1 - PERSONAL ELECTRONIC DEVICE OF THE PATIENT - Google Patents

Abstract

1. The patient’s personal electronic device with the function of receiving information from the patient’s diagnostic device and with the function of accessing the Internet and connecting to the cloud Internet service, including a registered personal account of the patient, characterized in that it is additionally equipped with digital photo and video recording, digital audio recordings with software for transcribing voice into electronic text and means for digital scanning of documents with software for converting documents to electronic text. 2. The device according to claim 1, characterized in that it is equipped with a protective electronic key of the patient. The device according to claim 1, characterized in that it is equipped with at least one protective electronic key of medical specialists. The device according to claim 1, characterized in that it is equipped with an autonomous unit for read-only memory of the factory personal number and a lock-unlock code. The device according to claim 1, characterized in that it is equipped with means of user identification by voice. The device according to claim 1, characterized in that it is equipped with means for identifying a user by fingerprint. The device according to claim 1, characterized in that it is housed in a housing with a lid and is equipped with means to block operation in the event of removal of the lid.

Description

The utility model relates to the field of mobile healthcare and can be used as a patient’s personal electronic device.

A device is known [RU 1814538, A3, АВВ 5/04, 05/07/1993], including electrodes, a preamplifier, a microprocessor, including upper and lower bound memory blocks, a comparison unit, an adjustable threshold block, an alarm signal generating unit, the output of which is included magnetic recorder and sound indication unit.

The disadvantage of this device is its relatively narrow functionality.

Also known is a complex [RU 94832, U1, АВВ 5/00, 06/10/2010], containing a personal interactive user module, which is a portable microprocessor device consisting of a microprocessor with permanent and random access memory and a graphic indicator connected to it, a digital functional keyboard, a real-time clock and a timer with autonomous power supply, a radio interface port, a module for transmitting and receiving over a cellular communication network, as well as a module for measuring physiological parameters connected to to a global interactive user module via a radio channel through a radio interface port, a signal wristband, which is a small-sized device consisting of a microprocessor controller with built-in memory and timer, sound and vibration indicators, an emergency call button for medical assistance, a GPS receiver and a radio interface port for communication with a personal an interactive user module, and a doctor’s smartphone, moreover, a personal interactive user module and a VR smartphone are connected by cellular mobile communication channels to a data reception / transmission server, which is connected to a data storage network and a complex management server, consisting of a personal settings module, one output of which is connected to a health monitoring planning module, and the second to an analytical module, Moreover, the health monitoring planning module is connected with a health monitoring timer, and the analytical module is connected via a communication channel to the emergency doctor call module, the automatic appointment module, and the mode Lemma calculating the allowable response time, and the module is connected to automatically assign a channel of communication with the module control health planning, and the module for calculating the allowable response time is connected to a communication channel with the doctor's reaction timer, which, in turn, is associated with a module of personal recommendations.

The disadvantage of this technical solution is also the relatively narrow functionality.

In addition, the technical solution according to the patent is known [RU 101347, U1, АВВ 5/02, 07/21/2010], containing a cardiac activity monitoring sensor, a respiratory activity monitoring sensor, a hemodynamic monitoring sensor, a data water block, a central computer, a microprocessor, at least one GSM mobile communication network that supports the transmission of a GPRS data packet (General Radio Service), as well as any positioning function in the PRCE (Positioning RadioCoordinating Function) radio system, a motor activity monitoring sensor, at least two GPRS modems designed for voice transmission and pake that data, a multi-channel microcontroller, an information display display, at least two mobile phones and a database, moreover, sensors for monitoring cardiac activity, respiratory activity, hemodynamics and motor activity, a data input unit are connected respectively to the first, second, third, fourth and the fifth inputs of the multichannel microcontroller, the input / output of the microprocessor is connected to the first input-output of the microcontroller, the input-output of the display is connected to the second input-output of the microcontroller As information, the input / output of the first GPRS modem is connected to the third input-output of the microcontroller, the set of all sensors for monitoring the activity and activity of the patient, the microprocessor, the data input unit, the multichannel microcontroller, the first GPRS modem and the information display are a mobile patient kit, the aggregate is not less than one mobile phone and / or modem GPRS forms a mobile communication kit, the input-output of the central computer is connected to the input-output of the GPRS modem of the mobile communication kit, all modem GPRS and mobile phones work in the field of coating at least one of the GSM mobile communication network between the database and mainframe installed a high-speed connection, and the patient confidant equipped with a set of mobile communications.

The disadvantages of this technical solution is its focus on the automatic receipt of operational information from various sensors of the device and for providing it to a health monitoring point for the purpose of identifying the boundary conditions of the body and taking urgent measures. This technical solution has relatively narrow functionality for the purposes of creating, storing and using other information created by specialists in medical institutions, relatively narrow functionality for the purpose of long-term storage and following of professional medical databases for a patient when changing providers of medical services throughout life, there is no division of the created database into the archive of long-term storage and into the operational database (information of the first contact), p provided by the patient to specialists during the first visit to the doctor in case of illness, there is no hardware ability to control the right of access for various persons to the patient databases created in the cloud and on the device using electronic keys like e-token, there is no way to authenticate the user making entries in the database data, on the device, on a digital key, on a voice, on a fingerprint, models of the forecast, prevention and diagnosis of diseases integrated from the system are not provided, from utstvuet function of the system and patient dialogue by brief electronic questionnaires health automatically. This narrows the functionality of this technical solution.

Closest in technical essence to the proposed one is a mobile consumer communication tool included in the system [RU 123649, U1, A61B 5/02, 01/10/2013], which contains sensors for monitoring the activity of the cardiovascular system, respiratory system, sensors of motor activity, a central computer , a computer database, at least one mobile communication network, any function for determining the location in the system of a medical emergency room, activity sensors and sleep phases, brain activity, sensors for non-invasive determination of sugar level in cro vi, blood cholesterol, hemoglobin in the blood and other laboratory parameters, sensors for monitoring weight, temperature, body position in space, sensors for monitoring the health status of the fetus in pregnant women, as well as other invasive and non-invasive sensors for monitoring the state of health and tracking the user, access point to the Internet through a mobile device of a user with access to the Internet, or through a basic device with the function of registering, recording and transmitting data from health monitoring sensors to the Internet, including If, via satellite, the monitoring sensors are integrated into at least one mobile diagnostic device, a cloud-based Internet service with a database of users and medical consultants, a digital archive, mathematical and statistical models for diagnosing diseases, including those based on electronic questionnaires and tests for the consumer, the forecast of life-threatening conditions by notifying the user of severe and significant deviations from the norm of the recorded parameters in offline mode via mobile means of communication consumer relations (smartphone, tablet computer, cell phone or other mobile means of communication), a personal computer and / or through active monitoring through a monitoring center, on-duty employees of which have an Internet access point and access to a user's personal account via a cloud service, while control over the health status of consumers is carried out continuously 24/7 (24 hours a day, 7 days a week) for a user who is in a state of connection to the system and in the system We are autonomous remote biomonitoring.

In addition, in this system, a mobile phone, a smartphone, an iPhone, a tablet computer, a personal computer, a laptop, or another user's computer or other mobile means of communication with Internet access, a cloud Internet service (special computer equipment - a server) are used as a consumer’s mobile communication tool and software) contains a single database of users, medical consultants (patient confidants), a basic device (router) with the function of recording, transmitting data to the Int Regardless of the coverage area of a mobile network and / or a smartphone or tablet computer of a user supporting mobile communication, working in the field of coverage of a mobile network, the user has access to the cloud Internet service through a registered personal account, a medical consultant through a registered doctor’s office, and also an employee of the monitoring center through the employee’s office, a digital archive on the cloud Internet contains information about the user (passport data, biometric indicators, anamnesis data a), as well as information about medical consultants, the digital archive contains information obtained as a result of active biomonitoring through biological sensors of the MRL for the entire time of using the system and service, the user’s biometric information contained in the digital archive is subjected to mathematical and statistical processing, including real-time, through integrated mathematical and statistical models for the diagnosis of chronic and acute diseases, prognosis and prevention of conditions and complications, the digital archive contains an archive of photographs of skin diseases and skin manifestations of other diseases of both the user (patient), which he can download via the Internet, and other photographic materials that are used as a reference, contains an algorithm for diagnosing skin diseases and skin manifestations other diseases of the user (patient) using a mathematical model based on artificial neural networks or other statistical and mathematical algorithms using The photo archive, screening and diagnosis of diseases in the cloud service are also carried out through electronic questionnaires and test tasks for the user, which he can receive in his personal account or on portable communication tools (for example, a smartphone, tablet computer, cell phone) having Internet access, in case of diagnosis of acute or chronic diseases or emergency conditions at the consumer (patient), the latter is sent a list of professional medical recommendations at the pre-medical level ne, mobile diagnostic devices containing sensors for monitoring the user's vital signs are portable, comfortable, can be mounted in the chest, wrist, behind the ear, in the abdomen of pregnant women or in another part of the body, can work outside the home, hospital or other in the room, as well as during sleep, a signal is generated by the sensor of a mobile diagnostic device in case of registration of a health hazard for contact with a patient and is carried out using a smartphone and / or cell phone the phone in automatic mode (text, sound notification) or semi-automatic (call of the duty operator of the monitoring center, the attending physician) mode, while the mobile diagnostic device itself can sound an alarm (sound, tactile and light alarm), after which the user can decide independently about calling an ambulance or seeking medical help, the signal of a threat to the health and / or life of the user, if any, is transmitted to the user's relatives, l to a doctor who’s connected to the service of the ambulance station, to the health monitoring center, the doctor (confid), on the initiative of the user, registers the doctor’s office in the cloud service and gets access to the user's personal account, in addition, the consultant doctor or doctor who is the user’s confidential , has access to personal information of the user, an archive of biometric information obtained as a result of active biomonitoring and can analyze this information, Internet consultations and give recommendations The digital archive contains data on normal, diagnostic and critical parameters, which are updated by scientific consultants as necessary, correspond to standard values for a population of a certain age, gender, living in a certain geographical area, software that connects the work of mobile diagnostic and other biophysical monitoring devices user parameters, can be integrated and be a software part of the operating system (Windows, Android, iOS, Linux, Windows Phone, etc. .) installed on a personal computer and / or other individual electronic device (eg, smartphone, tablet) of the user.

The disadvantage of the closest technical solution is its relatively narrow functionality, since it lacks the means to perform such important functions for an objective assessment of the patient’s condition and objective diagnosis, such as digital photo and video recording of medical factors and documents, digital audio recording of medical consultations, digital scanning medical documents, conversion of received medical documents into electronic text, etc.

The relatively narrow functionality of the closest technical solution is due, in particular, to the absence of the following functions:

- the ability to enter into the database information about the health and ill health of the patient (the subject of medical information) not only from personal mobile sensors for measuring the current parameters of his body, provided for in this decision, but also from existing medical information systems (MIS) of medical service providers, which, as a rule, they use different IIAs in the program sense;

- the ability to enter medical records in the form of oral and written information that occurs not in the physician’s personal office in the Internet service, but in the real specialist’s office when the patient visits a health care provider;

- the ability to enter the results of biochemical and other analyzes and images from diagnostic centers after they are visited by the patient;

- the ability to enter the results of the patient’s visits by the ambulance team.

A significant drawback of the closest technical solution is the lack of hardware and software to ensure that databases are not protected from unauthorized access by third parties, that is, to ensure the security of personal data of the patient who is the subject of medical information, lack of hardware and software and methods for managing access rights to make changes to personal database. At the same time, ensuring the security of personal data and regulating access to it is the most important task of any technical systems and users of personal data by virtue of the current Russian legislation and the legislation of all developed countries.

Another drawback of the closest technical solution, which determines its relatively narrow functionality, is the lack of scanning tools for handwritten records created by medical specialists in the performance of their functions in relation to the patient (subject of medical information) and the subsequent transformation of scanned documents into electronic texts, for example, Word format, as well as software for transcribing a recorded voice of a doctor into electronic text, for example, Word format.

The problem solved in the proposed utility model is to expand the functionality in the following areas:

- collection in a personal (personal) database of information about health and diseases created in different places by doctors (professional specialists) as a result of visits by the patient throughout his life to outpatient rooms and hospital facilities, visits to various emergency, diagnostic and specialized medical institutions ;

- extracting from the partial medical books and medical histories, extracts, epicrisis and other useful fragments from partial medical books and medical histories created in different medical institutions, which are combined into a comprehensive (continuous by geographic and historical coverage of life events, documented evidence) history of the patient is easily visible in As such, doctors are most likely to benefit;

- compiling all extracts, epicrisis and other useful fragments of numerous medical records into the “first contact block” of a personal database (operational database) and using this comprehensive and documented information block (consisting of a deep and reliable history of life and illness, from all analyzes and studies, from information about current diagnoses, from information about all prescriptions of medicines and procedures) during the first visit by the owner of the database of a medical specialist, which will reduce the risks of medical errors in the treatment of this patient and increase the overall effectiveness of medical care in the national health system;

- acceleration and facilitation of the doctor’s work during the patient’s reception by providing the doctor through reading from the patient’s mobile device systematic information of the “first contact”, as well as a professionally structured health complaint that the patient will fill out on this mobile device in advance, at home, using special interrogation pre-diagnostic program and with the possible use as an auxiliary information of data on the biophysiological parameters of the patient obtained akanune visit to the doctor using mobile device sensors;

- Giving the information collected in the long-term database of health and illness (medical archive), the properties of electronic hypertext, which allows, if necessary, to search in a multi-year database (medical archive) of information required by the doctor about the patient;

- long-term storage outside medical institutions and following the patient from one medical institution to another long-term stored personal database (medical archive), which creates a separate value for medical professionals due to the chronological continuity of the history of human diseases and the depth of the possible analysis of information about his health in some cases ;

- ensuring the reliability and good professional clinical practice in obtaining information collected in a personal database of patient health for use in various disputed cases outside medical institutions;

- ensuring the security and confidentiality of personal data in accordance with applicable laws on personal data.

The required technical result is to expand the functionality by introducing an additional arsenal of technical means to ensure the fulfillment of the functions formulated above.

The problem is solved, and the required technical result is achieved by the fact that the patient’s personal electronic device with the function of receiving information from the patient’s diagnostic device and with the function of accessing the Internet and connecting to the cloud Internet service, including the registered personal account of the patient, according to the proposed utility model, additionally equipped with digital photo and video recording, digital audio with software for transcribing voice into electronic tex and means digital scan documents received software converting documents into electronic text.

In addition, the required technical result is achieved by the fact that it is equipped with a protective electronic key of the patient.

In addition, the required technical result is achieved in that it is equipped with at least one protective electronic key of medical specialists.

In addition, the required technical result is achieved by the fact that it is equipped with an autonomous unit for read-only memory of the factory personal number and lock-unlock code.

In addition, the required technical result is achieved by the fact that it is equipped with means of user identification by voice.

In addition, the required technical result is achieved by the fact that it is equipped with means for identifying the user by fingerprint.

In addition, the required technical result is achieved by the fact that it is placed in a housing with a lid and is equipped with means to block operation in the event of removal of the lid.

The drawing shows a functional diagram of a personal electronic device of the patient with an illustration of his interaction with the diagnostic tools of the patient and the Internet.

In the drawing are indicated:

1 - patient diagnostic device with sensors for monitoring the condition of the patient;

2 - personal electronic device of the patient;

3 - communication channels;

4 - cloud Internet service;

5 - personal account of the patient;

6 - digital photo and video recording tools;

7 - means of digital audio recording with a software tool for transcribing voice into electronic text;

8 - means for digital scanning of documents with software for converting received documents into electronic text.

The patient’s personal electronic device 2 can be configured to receive information from the patient’s diagnostic device 1 and to access the Internet via communication channels 3 and connect to the cloud Internet service 4, including the registered personal account of the patient 5.

In addition, the patient’s personal electronic device 2 is equipped with means 6 for digital photo and video recording, means 7 for digital audio recording with software for transcribing voice into electronic text, means 8 for digital scanning of documents with software for converting received documents into electronic text.

In addition to the above, the personal electronic device 2 of the patient is equipped with software 9 for switching with medical information systems 10 for medical service providers and software 11 for converting electronic document formats. The patient’s personal electronic device 2 itself can be equipped with a protective electronic key of the patient, as well as at least one protective electronic key of medical specialists. It is also possible to equip the patient’s personal electronic device 2 with an autonomous permanent memory block of the factory personal number and blocking / unlocking code, user identification tools by voice and fingerprint, software for synchronizing the information stored in it with the information stored in the patient’s personal account of the cloud Internet service, and the patient’s personal electronic device 2 is housed in a housing with a lid and can be equipped with means to block operation in case of removal Cover Ia.

The personal electronic device of the patient operates as follows.

Consider its work on the example of its use in the information system of patients and specialists of medical institutions, which contains a diagnostic device 1 of the patient with sensors for monitoring the condition of the patient, which are mounted on the patient or are non-contact. Sensors are placed during the period of diagnostic studies, the patient's disease and in other emergency situations. In the absence of such circumstances, the sensors may be removed. The main elements of the system are a personal electronic device 2 of the patient with the function of receiving information from the diagnostic device 1 of the patient and with the function of accessing the Internet via communication channels 3 and connecting to the cloud Internet service 4, including the registered personal account of the patient 5. The most acceptable is its implementation in a small-sized tablet computer. Personal electronic device 2 of the patient is also equipped with means 6 for digital photo and video recording, means 7 for digital audio recording with software for transcribing voice to electronic text, means 8 for digital scanning of documents with software for converting received documents into electronic text. In addition to this, the personal electronic device of 2 patients is equipped with software 9 for switching with medical information systems 10 for medical service providers and software 11 for converting electronic document formats. The patient’s personal electronic device 2 itself can be equipped with a protective electronic key of the patient, as well as at least one protective electronic key of medical specialists. It is also possible to equip the patient’s personal electronic device 2 with an autonomous permanent memory block of the factory personal number and blocking / unlocking code, user identification tools by voice and fingerprint, software for synchronizing the information stored in it with the information stored in the patient’s personal account of the cloud Internet service, and the patient’s personal electronic device 2 is housed in a housing with a lid and can be equipped with means to block operation in case of removal Cover Ia.

The patient’s personal electronic device 2 is equipped with digital document scanning, color photo registration of documents with multi-sided illumination and high resolution images, digital audio recording of a doctor’s examination of a patient, means of inputting information by a patient and a doctor through multipoint contact, for example, with a touch screen of a personal electronic device of 2 patients, means of physical and software blocking of the mobile device when trying to disassemble it by the device owner either by a third party or by gaining unauthorized access to a stored database, by means of electronic authentication of a person who has access to make changes to previously created documents, by using an electronic key inserted into the device’s socket (s) with an electronic digital signature on it, by means of generating time stamps and reference to the time and place of electronic documents created by specialists. The personal electronic device of 2 patients is equipped with software that allows you to convert scanned and photographed documents from PDF and JPEG formats to electronic texts in Word formats, which allows you to synchronously transcribe (in a special way) voice-recorded human phrases into electronic devices, allowing you to identify and authorize the user of the device and him as a user of the closed zone of the service website or personal account of the patient (owner of the personal data) through an electronic key inserted into the device 2 connector before a secure database session in the cloud Internet service, which allows you to authenticate the user using the voice tag and / or fingerprint scan created by him during the working session, which allows you to translate specialized medical texts from one language into another language, which allows to identify diseases in accordance with the international classifiers of diseases (ICD-9.10), which provides for the familiarization of the doctor in the form of indelible contextual advertising recommended standards for the diagnosis and treatment of specific diseases. The Internet service allows you to enter two interconnected personal databases (online database and long-term medical archive) belonging to the subject of personal information from a personal electronic device 2 or in another accessible way and long-term “in the cloud” and provides creation, filling, synchronization with devices , protection against unauthorized access and the provision for use of these personal databases for an unlimited number of Internet service users.

Security features allow you to make a change to the database only after inserting, for example, into the USB connector of the personal electronic device 2, an electronic key on a physical medium that is issued by the system administrator only to doctors authorized by the system, but who does not have the owner of the personal electronic device 2 and database. Thus, the required solution is achieved to limit the patient’s ability to influence the content of the database, which among other solutions ensures its objectivity and professionalism.

The patient has the ability to enter information into the device database as follows:

- by automatically receiving data from installed sensors;

- by scanning medical documents made by medical specialists;

- by recording the voice of medical specialists in a voice recording system;

- by selecting the proposed answer options in the questionnaire program "complaining about" by clicking on the touch screen of a personal electronic device 2.

Personal electronic device 2 is equipped with a time generation module and a module for determining location by GPS / GLONASS satellite signals, which allows you to attach time and place data to all documents created as a result of using channels for inputting information into personal electronic device 2 at the time and place of such input .

Thus, due to the introduction of an additional arsenal of technical means (in particular, digital photo and video recording tools, digital audio recording tools with voice transcription software into electronic text, and digital document scanning tools with software for converting received documents into electronic text), in the proposed utility model the required technical result is achieved by expanding its functional capabilities, ensuring the implementation of such important functions for the object explicit assessment of the patient’s condition and objective diagnosis, such as collecting information from a wider range of sources, transferring this information via the Internet to the patient’s personal account with the aim of storing and updating the database of the patient and his state of health, protecting information and the possibility of only authorized extraction of information medical specialists.

Claims (7)

1. The patient’s personal electronic device with the function of receiving information from the patient’s diagnostic device and with the function of accessing the Internet and connecting to the cloud Internet service, including a registered personal account of the patient, characterized in that it is additionally equipped with digital photo and video recording, digital audio recordings with software for transcribing voice into electronic text and means for digital scanning of documents with software for converting documents in electronic text. 2. The device according to claim 1, characterized in that it is equipped with a protective electronic key of the patient. 3. The device according to claim 1, characterized in that it is equipped with at least one protective electronic key of medical specialists. 4. The device according to claim 1, characterized in that it is equipped with an autonomous unit for read-only memory of the factory personal number and lock-unlock code. 5. The device according to claim 1, characterized in that it is equipped with means of user identification by voice. 6. The device according to claim 1, characterized in that it is equipped with means for identifying a user by fingerprint. 7. The device according to claim 1, characterized in that it is housed in a housing with a lid and is equipped with means to block operation in the event of removal of the lid.

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