RU2741049C1 - Computing device for informing patients (versions) - Google Patents

Abstract

FIELD: computer equipment.SUBSTANCE: technical result is achieved by a computing device for informing patients containing a patient recording module configured to: on the basis of the received schedules of work of medical workers formation of patient's recording to group of medical workers, in which each medical worker corresponds to one of patient's appointments and which enables the identified patient to perform said group of medical applications for a given period of time, connecting to a communication module for sending an information message to an identified patient, generated on the basis of said formed record, connection to the operation schedules module to detect changes in the schedule of each medical worker from a group of medical professionals in a formed patient record with the possibility of creating an updated record of the identified patient to a group of medical workers based on said detected changes.EFFECT: technical result consists in providing the possibility of accelerating the patient's electronic record to the medical staff in accordance with the patient's medical prescriptions.8 cl, 1 dwg

Description

FIELD OF TECHNOLOGY

The present invention relates to computer technology used in the field of medicine, in particular to automated medical information systems, even more specifically to computing devices for informing patients.

LEVEL OF TECHNOLOGY

Nowadays, due to the continuous acceleration of the pace of life, it is becoming increasingly important to raise awareness of clients, including in the provision of medical services.

One illustrative example of a computing device for informing patients is described in US patent No. 5077666 (published December 31, 1991). In particular, US Pat. No. 5,077,666 discloses a computing device for informing patients, comprising: a medical record module configured to manage electronic medical records of patients; a communication module for interacting with the user, configured to exchange data with the medical records module and the work schedules module and providing the user with the ability to enter groups of medical appointments in the patient's medical records and the ability to fill out the work schedules of medical workers; and a patient recording module adapted to manage patient records to medical professionals.

It should be noted that the use of a computing device for informing patients described in US patent No. 5,077,666 in a medical clinic results in the patient having to spend a lot of time coordinating with the authorized employees of that clinic the date / time of the passage of medical workers or specialists of a particular medical profile, or a certain specialty (for example, a therapist, surgeon, urologist, endoscopist, ultrasound specialist, etc.) of this clinic in accordance with the medical prescriptions recorded in its electronic medical record, while the medical workers agreed in this way are not always optimally allocated in time and are not always the most conveniently selected for a specific patient of the clinic, especially if this patient does not have any preferences or requirements regarding qualifications, work experience, gender, appointment time and / or the like. designated healthcare professional.

In addition, each patient of a medical clinic using the computing device of US Pat. No. 5,077,666 does not receive a notification / message that the patient has agreed at least one healthcare professional of that clinic to attend at the agreed date / time. In particular, such notifications / messages could be very useful for a patient of the clinic undergoing a prescribed due diligence, in which the patient needs to visit a whole group of appointed health workers, with some of these appointed health workers having to visit at certain times and / or a certain order, which additionally complicates the initial agreement on the date / time of the patient's visit to such medical workers and, accordingly, requires the patient to spend more time and effort on such agreement.

Thus, there is an obvious need for further improvement of computing devices for informing patients, in particular, to optimize the passage of the appointed medical workers of the clinic in time and to improve the information of patients about the agreed date / time of visits of the appointed medical workers of the clinic.

Consequently, the technical problem solved by the present invention consists in providing a computing device for informing patients, which at least partially eliminates the above-mentioned disadvantages of the known computing device for informing patients, which consist in the non-optimal distribution in time of the passage of the assigned medical workers by the patient and ineffective of patients on the agreed date / time of the passage by the patient of the appointed medical personnel.

DISCLOSURE OF THE INVENTION

The above technical problem is solved in one aspect of the present invention, according to which a computing device for informing patients is provided, comprising:

communication module for interaction with the user,

a medical record module for managing electronic medical records of patients, configured to exchange data with the communication module to enable the user to enter at least one group of medical appointments in at least one of the medical records of patients,

a work schedule module for managing electronic work schedules of medical workers, configured to exchange data with the communication module, allowing the user to fill in at least one work schedule of a medical worker,

a patient recording module for managing patient records to medical professionals, configured to perform at least the following operations:

obtaining, from the medical record module, at least one group of medical appointments from at least one medical record, ensuring the identification of the patient associated with each of the received groups of medical appointments,

obtaining, from the module of work schedules, work schedules of medical workers for each medical appointment in each of the received groups of medical appointments corresponding to the identified patient,

formation, on the basis of the obtained work schedules of medical workers, a patient's record to a group of medical workers, in which each medical worker corresponds to one of the patient's appointments and which allows the identified patient to complete the specified group of medical appointments for a given period of time, connection to the communication module for referral to the identified patient an information message generated on the basis of the specified generated record,

in this case, the patient recording module is additionally configured to be connected to the work schedule module to detect changes in the work schedule of each medical worker from the group of medical workers in the generated patient record, with the possibility of creating an updated record of the identified patient to the group of medical workers taking into account these identified changes.

The above technical problem is also solved in another aspect of the present invention, according to which a computing device for informing patients is provided, comprising:

a communication module for interacting with a user, configured to receive at least one group of medical appointments from at least one medical record of a patient and to receive at least one work schedule of a medical professional,

a patient recording module for managing patient records to medical professionals, configured to be connected to the communication module to receive from it specified medical appointments and specified work schedules of medical personnel and with the ability to perform at least the following operations:

identification of the patient associated with each of the received groups of medical appointments,

formation, on the basis of the obtained work schedules of medical workers, a patient's record to a group of medical workers, in which each medical worker corresponds to one of the patient's appointments and which allows the identified patient to complete the specified group of medical appointments for a given period of time, connection to the communication module for referral to the identified patient an information message generated on the basis of the specified generated record,

at the same time, the patient recording module is additionally configured to be connected to the work schedule module to detect changes in the work schedule of each medical worker from the group of medical workers in the generated patient record, with the possibility of creating an updated record of the identified patient to the group of medical workers taking into account the indicated identified changes ...

The above technical problem is also solved in some other aspect of the present invention, according to which a computing device for informing patients is provided, comprising a processor configured to perform at least the following operations:

obtaining at least one group of medical appointments from at least one medical record of the patient,

obtaining at least one work schedule of a medical professional,

identification of the patient associated with each of the received groups of medical appointments,

formation, on the basis of the received work schedules of medical workers, a patient's record for a group of medical workers, in which each medical worker corresponds to one of the patient's appointments and which allows the identified patient to complete the specified group of medical appointments for a given period of time,

sending to the identified patient an information message generated on the basis of said generated record, and

identification of changes in the work schedule of each medical worker from a group of medical workers in the formed patient record, ensuring the possibility of creating an updated record of the identified patient to the group of medical workers, taking into account the indicated identified changes.

The proposed variants of the computing device for informing patients provide each technical result in the form of minimizing the time or accelerating the electronic recording of the patient to the medical workers of the clinic in accordance with the medical prescriptions of the patient, in particular due to the fact that the proposed device contains a work schedule module for managing electronic work schedules of medical workers , and the patient's record to medical workers is generated by the patient record module automatically, taking into account the work schedules of specific medical workers.

In addition, the proposed variants of the computing device for informing patients also provide each additional technical result in the form of optimization of visits by the patient to appointed medical specialists in a given time scale. In particular, the visit to the clinic becomes more comfortable for the patient in terms of time, and the time spent by the patient on fulfilling his medical appointments is minimized, in particular by minimizing the number of individual visits to the clinic by the patient for the appointment of the appointed medical worker, while minimizing and the duration of the patient's fulfillment of his medical appointments, since, for example, at least some of the appointed medical personnel can be passed on the same day in a row or with minimal intervals between visits. This additional technical result is achieved due to the fact that the patient recording module in each of the proposed variants of the computing device forms, according to the patient's prescriptions, an entry to those medical workers, the combination of which allows the patient to complete some of the appointments or all of them for the required period of time, for example, for the minimum period of time.

In addition, the proposed versions of the computing device for informing patients each provide one more additional technical result in the form of a decrease in the amount of computer resources, namely, the resources of the RAM and processor resources allocated by the computing device during the formation operation, through the patient recording module, recording the patient to the group medical workers, which is due to the use in the patient recording module of work schedules of not all medical workers of the clinic, but only those related to the patient's medical appointments.

Another additional technical result provided by each of the proposed variants of the computing device for informing patients is to increase the information content of the data sent to the patient in the form of a message from the informing module, since this message in the computing device according to the present invention contains data on the record immediately to a group of medical workers suitable for all medical prescriptions of the patient.

Another additional technical result, provided by each of the proposed variants of the computing device for informing patients, is to reduce the amount of computer resources, namely the resources of RAM and processor resources allocated by the computing device for generating an information message and sending it to the patient, and is due to the fact that the informing module generates and sends only one summary information message containing information about the record to each medical worker of the clinic from the group of medical workers corresponding to all medical appointments of the patient.

In one of the embodiments of the present invention, the patient recording module in the computing device is further configured to obtain data on patient preferences and / or data on the patient's occupancy, ensuring that said information is taken into account when generating a record of an identified patient to a group of medical workers or ensuring the creation of an updated record of an identified patient. patient to a group of medical professionals based on the specified information.

The ability to take into account the patient's preferences and / or data on his employment when forming a patient's record to the clinic's medical workers also makes an additional contribution to optimizing the patient's visits to appointed medical specialists in a given time scale, and also makes it possible to further increase the information content of the data sent to the patient in the form of a message from informing module.

In yet another embodiment of the present invention, the patient recording module is further configured to periodically connect to the work schedules module to detect changes in the work schedule of each medical professional from the group of medical workers in the generated patient record, so that an updated record of the identified patient can be created to the group of medical workers with taking into account these identified changes.

In another embodiment of the present invention, the communication module further provides the user with the ability to connect to the patient recording module to supplement the generated patient record with data indicating the passage of at least one medical professional from the specified group of medical workers and / or the patient's passing at least one medical worker from the specified group of medical workers.

In some embodiments of the present invention, the patient recording module is further configured to, upon detecting changes in at least one of the specified work schedules of medical workers, generate an updated record of the identified patient taking into account the detected changes, data about passed medical workers and / or data about missed medical workers who supplemented the generated record of the identified patient, ensuring that an updated message is sent to the identified patient.

The ability to take into account changes in the work schedules of medical workers and data on passed medical workers and / or data on missing medical workers in the patient's record allows to increase the efficiency of informing the patient, and also makes it possible to further increase the information content of the data sent to the patient as a message from the informing module, since they represent up-to-date information about the current status or progress of the patient's assigned medical staff of the clinic and reflects changes in the schedule of work of the clinic's medical staff, which the patient has yet to go through in accordance with his record. In addition, it also contributes further to optimizing patient visits to designated healthcare providers over a given timescale.

In addition, the ability to send the patient an updated message, taking into account the detected changes in the work schedules of the clinic's medical staff, which the patient has yet to undergo, and information about the patient's progress in the assigned medical personnel, also allows to reduce the amount of computer resources, namely RAM and processor resources. resources allocated by the computing device for generating an updated information message and sending it to the patient, which is due to the fact that the informing module generates and sends only one summary information message containing information about the record to each medical worker of the clinic from the group of medical workers corresponding to all medical appointments of the patient , and teaching all changes in the work schedules of the clinic's medical workers and the progress of the patient's assigned medical workers.

In other embodiments of the present invention, when a user is connected via a communication module to a medical record module for entering additional medical appointments into the medical record of an identified patient obtained when the patient visits at least one medical professional from a group of medical workers corresponding to the generated record, the recording module patients are additionally configured to perform the following operations: (i) connect to the medical records module to receive from it the specified additional medical appointments from the patient's medical record; (ii) connecting to the work schedules module to receive from it the work schedules of medical professionals for each of the patient's additional medical appointments; (iii) supplementing the generated patient record, based on the received work schedules of medical professionals, with an additional group of medical professionals, allowing the patient to fulfill at least some of the additional medical appointments or at least some of the additional medical appointments and remaining medical appointments in the group of medical appointments, the corresponding generated patient record, for a given period of time, ensuring the formation of an updated patient record; (iv) sending to the patient a message generated based on the received updated patient record.

The possibility of supplementing the patient's record with an optimally formed group of new medical workers, additionally appointed during the patient's medical appointments, also makes an additional contribution to the optimization of the patient's visits to appointed medical specialists in a given time scale, and also makes it possible to further increase the information content of the data sent to the patient in the form messages from the informing module, and to reduce the amount of computer resources, namely, the resources of RAM and processor resources allocated by the computing device for the formation of such an updated information message, supplemented by new medical workers whom the patient will visit in the course of continuing to fulfill his assignments, and his direction to the patient.

In still other embodiments of the present invention, the computing device further comprises a billing module adapted to be connected to the patient recording module to receive data on completed medical workers from it and to issue at least one invoice to the patient based on the received supplemented medical data. workers.

BRIEF DESCRIPTION OF DRAWINGS

The accompanying drawing, which is shown to provide a better understanding of the essence of the present invention, forms a part of this document and is included in it to illustrate the following options for implementation and aspects of the present invention. The accompanying drawing, in conjunction with the following description, serves to explain the essence of the present invention.

In the drawing - FIG. 1 is a block diagram of a patient information system according to the present invention.

CARRYING OUT THE INVENTION

Some examples of possible embodiments of the present invention are described below, however, it should not be considered that the following description defines or limits the scope of the present invention.

To automatically inform each patient of a medical clinic about an appointment with a group of medical workers of the clinic in accordance with a group of medical appointments formed by related medical appointments, determined or established by one of the medical workers within the framework of, for example, a comprehensive medical examination or examination / treatment program for a patient of the clinic in connection with his particular clinic visit, the patient information system shown in FIG. one.

The patient information system shown in FIG. 1, allows each patient registered with a medical clinic to be sent a summary information message in the form of an electronic message (e-mail) to at least one e-mail address, an e-mail in at least one of the well-known social networks (for example, Vkontakte, Facebook , classmates, etc.), email messages in at least one of the well-known messaging systems (messengers such as ICQ, "Skype", "WhatsApp", "Telegram", etc.), SMS messages via to at least one phone number, MMS messages to at least one phone number, etc., containing information about the appointment to each medical worker of the clinic from the group of medical workers corresponding to all medical appointments of the specified patient. Thus, the summary information message sent to a specific patient in the clinic contains many records, each of which corresponds to a specific healthcare professional from the group of appointed healthcare professionals that the patient needs to visit or stayed to visit as part of his examination in accordance with his group of medical appointments, and at least contains the full name of a particular medical worker, his medical profile or specialization and the time / date of his visit. In addition, at least one of the records in the summary information message may additionally contain information about the level of education of the medical worker, information about the work experience of the medical worker, the number of the office in which the medical worker is receiving, information about the necessary preliminary preparation of the patient before visiting the medical worker. and / or the like.

Terminology

In the context of this document, unless explicitly stated otherwise, the term "healthcare professional" means a doctor or medical professional of a specific medical profile or a specific medical specialty (for example, a therapist, otolaryngologist, pulmonologist, massage therapist, osteopath, acupuncture, orthopedist, surgeon, urologist, proctologist , traumatologist, ophthalmologist, dentist, endoscopist, physiotherapist, uzist, cardiologist, radiologist, family doctor, laboratory diagnostics doctor, hematologist, operating surgeon, etc.), who study the state of the human body, identify human diseases, diagnose diseases, their treatment and prevention.

In the context of this document, unless clearly indicated otherwise, the term "medical purpose" means a single recommendation by a medical professional to seek the advice of some other medical professional, donate biological material (for example, blood, feces, urine, saliva, etc.) examination, undergo an invasive / non-invasive diagnostic study of the state of the body (for example, ultrasound, MRI, CT, X-ray, electrophoresis, angiography, etc.), visit the operating surgeon for surgery, visit the doctor for mechanical or other sessions effects on human tissues and organs, etc.

In the context of this document, unless explicitly stated otherwise, the term “user” means a clinic's healthcare professional or any authorized clinic administrator who has been assigned the appropriate access rights by the system administrator to maintain patient records and / or schedule healthcare professionals.

Patient information system

The patient information system shown in block diagram form in FIG. 1 comprises a computing device 100 for informing patients, a clinic user device 300 communicating with the computing device 100 using the Internet network 500, a patient user device 200 communicating with the computing device 100 using the Internet network 500, and a patient user device 400 communicating with the computing device 100 using the cellular network 600. All data streams transmitted from the patient user device 200 and patient user device 400 must be associated, respectively, with a unique identifier assigned to the patient user device 200 , and a unique identifier assigned to patient user device 400, where computing device 100 must be preprogrammed or configured to identify data streams from Patient user devices 200, 400, based on unique identifiers contained in these data streams and previously known to computing device 100.

It should be noted that each of the patient user devices 200, 400 and the clinic user device 300 may be, but are not limited to, a smartphone, cell phone, tablet, laptop, netbook, desktop computer, server, or the like.

In one embodiment, the patient user device 200 and the patient user device 400 may both be communicatively connected to the computing device 100 using a cellular network 600 and / or the Internet 500.

In yet another embodiment of the present invention, patient user device 200 may be communicatively connected to computing device 100 using a cellular network 600, and patient user device 400 may be communicatively connected to computing device 100 using Internet network 500.

In another embodiment of the present invention, the clinic user device 300 may be wired to communicate with the computing device 100.

It should also be noted that the patient user device 200, the patient user device 400, and the clinic user device 300 are shown in FIG. 1 by way of example only, that is, it should not be considered that the possible implementation of the patient information system is limited to the example shown in FIG. 1, it should be clear to those skilled in the art that a patient information system may comprise two or more patient user devices like patient user device 200, as well as two or more patient user devices like patient user device 400, and two and more clinic user devices like clinic user device 300.

Computing device for patient information

The patient information computing device 100 shown in FIG. 1 as part of a system for informing patients, is designed to generate the above-described summary information message and send or send it to the appropriate patient in the clinic and is essentially a hardware-software complex implemented as a general-purpose computer having the structure described below, well known to specialists in this the field of technology.

In particular, a general-purpose computer typically contains a central processing unit, system memory, and a system bus, which in turn contains various system components, including memory associated with the central processing unit. The system bus in such a general purpose computer comprises a memory bus and a memory bus controller, a peripheral bus, and a local bus configured to interoperate with any other bus architecture. System memory contains read-only memory (ROM) and random access memory (RAM). The main input / output system (BIOS) contains the basic procedures that transfer information between the elements of such a general-purpose computer, for example, at the time of loading the operating system using ROM. In addition, a general-purpose computer contains a hard disk for reading and writing data, a magnetic disk drive for reading and writing to removable magnetic disks, and an optical drive for reading and writing to removable optical disks such as CD-ROMs, DVD-ROMs, and other optical information carriers, however, other types of computer carriers can be used, made with the possibility of storing data in machine-readable form, for example, solid-state drives, flash cards, digital disks, etc., and connected to the system bus through a controller. In a general-purpose computer, a hard disk drive, a magnetic disk drive, and an optical drive are connected to the system bus through a hard disk interface, a magnetic disk interface, and an optical drive interface, respectively. Drives and corresponding computer storage media are non-volatile storage media for computer instructions, data structures, program modules and other general-purpose computer data. A general-purpose computer has a file system that stores a recorded operating system, as well as additional software applications, other software modules, and program data. The user has the ability to enter commands and information into a general-purpose computer using known input devices such as a keyboard, mouse, microphone, joystick, game console, scanner, etc., and these input devices usually connect access to the computer general purpose serial port that is in turn connected to the system bus, but they can also be connected in other ways, such as a parallel port, game port, or universal serial bus (USB). A monitor or other type of display device is also connected to the system bus through an interface such as a video adapter. In addition to the monitor, the personal computer may be equipped with other peripheral output devices such as speakers, a printer, and the like. A general-purpose computer is capable of operating in a networked environment, and a network connection can be used to connect to one or more remote computers. Network connections can form a local area network (LAN) and a wide area network (WAN). Such networks are usually used in corporate computer networks and intranets of companies, while they have access to the Internet. In LANs or WANs, a general-purpose computer is connected to a local network via a network adapter or network interface. In networking, a general-purpose computer can use a modem, network card, adapter, or other means of communicating with a wide area network such as the Internet, and these communications are connected to the system bus through a serial port. It should be noted that the ROM of a general-purpose computer, or at least any one of the above-described computer-readable media that can be used in a general-purpose computer, can store computer-readable instructions that can be accessed by the central processor of that general purpose computer, while execution of these computer readable instructions on a general purpose computer may cause the CPU to execute various procedures or operations described later in this document.

In one embodiment, patient information computing device 100 may be a single computer server, such as a Dell ™ PowerEdge ™ server running an Ubuntu Server 18.04 operating system. In addition, in other embodiments of the present invention, the computing device 100 for informing patients can be made in the form of a desktop personal computer, laptop, netbook, smartphone, tablet, and other electronic computing device suitable for solving the tasks at hand.

In other embodiments, patient information computing device 100 may be any other set of hardware, software, or firmware that is appropriate for the task at hand.

In some embodiments of the present invention, the patient information system may comprise at least two computing devices, similar to the patient information computing device 100, wherein the below-described functionality of the patient information computing device 100 may be split between the at least two as desired. computing devices, each of which, for example, can be made in the form of a separate computer server.

Computing device 100, as shown in FIG. 1 comprises a communication module 10, a medical record module 20, a scheduling module 30, a patient recording module 40, and a local data store 60, which are configured to communicate with each other via a communication bus 50 to which they are all connected.

In one embodiment of the present invention, computing device 100 may also include a separate analysis module (not shown) for analyzing patient messages connected to communication module 10 with the ability to receive user messages from the patient user device 200 and / or patient user device 400. the analyzing module must be pre-programmed or configured to process messages from patients of different types (SMS messages, MMS messages, emails (email), messages in a clinic group in at least one of the social networks, messages in at least one from messengers, etc.) from each of the patient user devices 200, 400 to understand the format of describing these patient messages. In particular, it should be noted that the data stream received by the communication module 10 in the computing device 100 when the patient transmits its message using the patient user device 200 or patient user device 400 contains not only the patient message text itself, but also the message identification data describing the transmitted patient message, such as the date and time of dispatch, the identity of the sender, the identity of the recipient, the identity of the source (i.e., the identity of a social network, messenger, etc.), and / or other necessary attributes of such transmitted patient messages. Upon receipt of such a patient message, the analyzing module processes the received patient message to extract the message text and at least some of the above-described identification data describing this received patient message, at least for the subsequent correlation of the received patient message with a specific patient of the clinic, to which electronic medical record. The patient message received by the analyzing modules from the communication module 10 can be correlated with a specific patient of the clinic by, for example, comparing the phone number, email address, account in a social network or messenger and / or the like, extracted by the analyzing module from the received message the patient, with the corresponding information stored, for example, in the local data storage 60 and set in accordance with the unique identifier of the patient of the clinic, which allows, based on the unique identifier of the patient, to identify the patient of the clinic to whom the received message was sent. Subsequently, the analyzing module performs intellectual analysis of the message text extracted from the received patient message in order to obtain from it at least information about the patient's occupancy and / or information about the patient's preferences using an appropriate list of keywords known to the analyzing module. In addition, the analyzing module can be programmed or configured to recognize or identify the format of the description of the data stream received by the communication module 10 from each of the patient user devices 200, 400, while the analyzing module can be preprogrammed in such a way that it knows the unified data description format, which is the textual data description format. Thus, in the case where the analyzing module detects that the received data stream is described using a data format other than the unified data description format known to the analyzing module, i.e. text format of the data description, then this analyzing module converts this data stream from the identified format into the specified unified data description format using at least one conversion method known to him, for the implementation of which this analyzing module is preprogrammed, while choosing one or more conversion methods depends on the identified data description format. In particular, if the analyzing module has revealed that the received data stream is essentially a voice / audio message and / or a video / video stream, then this analyzing module converts the specified voice / audio message and / or video / video stream into text, which essentially represents is the patient's text message above. To convert voice / sound into text, the analyzing module can be preprogrammed to carry out at least one of the following conversion methods: known temporal dynamic algorithms, known methods of context-sensitive classification based on the extraction of individual lexical elements from the speech stream, such as phonemes and allophones, with their subsequent unification into syllables and morphemes, known methods of discriminant analysis based on Bayesian discrimination, methods based on hidden Markov models, methods based on neural networks, etc. To convert a video / video stream into text, the analyzing module can be preprogrammed to use, for example, the "Virtual Audio Cable" software product, which is one of the known transcription tools. In one embodiment of the present invention, the analysis module can be divided into several separate analysis modules or data preprocessing modules for processing patient messages, each of which can be configured to implement at least some of the above-described functionality of the analysis module.

In the case when the analyzing module reveals that the received data stream is described using a unified data description format known to the analyzing module, i.e. text format of the data description, this analysis module immediately proceeds to the implementation of the above-described mining of the message text based on the known list of keywords.

In some embodiments of the present invention, the patient information system may further comprise a separate patient message base that is external to the computing device 100 and into which patient messages from patient user devices 200, 400 can be recorded in a text format, data descriptions mapped to with auxiliary identification data describing these patient messages, for example, date and time of dispatch, sender ID, recipient ID, and / or the like. In this embodiment of the present invention, the analyzing module in the computing device 100 is configured to access, by means of the communication module 10, to which the analyzing module is connected via the communication bus 50, to such an external database of patient messages with the possibility of obtaining from it the necessary text messages of the patient for a predetermined period of time (the last few minutes, hours, days, weeks, months, etc., depending on the tasks) for their subsequent processing, which consists in carrying out the above-described intellectual analysis of the message text based on a known list of keywords known to the analyzing module.

In other embodiments of the present invention, the patient information system may further comprise a separate patient message base that is external to the computing device 100 and into which patient messages from patient user devices 200, 400 can be recorded in their native format, data descriptions supplied in matching with supporting identification data describing these patient messages, such as the date and time of dispatch, sender ID, recipient ID, and / or the like. In this embodiment of the present invention, the above-described analysis module in the computing device 100 is configured to access, by means of the communication module 10, to which this analysis module is connected via communication bus 50, to such an external database of patient messages with the possibility of obtaining from it at least one necessary message of at least one patient for a given period of time (the last few minutes, hours, days, weeks, months, etc., depending on the tasks set) for their subsequent processing, the features of which were described above, depending on the identified data description format.

In another embodiment of the present invention, the above-described functionality of the analyzing module, as disclosed in the above-described additional embodiments of the present invention, can be implemented by the patient recording module 40 connected to the communication module 10 via the communication bus 50, when forming a patient record to a group clinic's medical staff, the features of which will be described below.

Local data storage

The local data store 60 shown in FIG. 1 in the computing device 100, is intended to store executable instructions that can control the operation of at least the communication module 10, the medical record module 20, the schedule module 30 and the patient recording module 40, as well as storing various other data used in the operation of the computing device 100, in particular patient medical records data, data of medical workers' work schedules, data on medical profiles of medical workers of a clinic, data on groups of acceptable medical appointments, data of information messages for patients about an appointment to a group of medical workers of a clinic, and / or the like.

It should be noted that the data on the known medical profiles of the clinic's medical personnel stored in the local data store 60 contains a separate set of data for each medical profile, with each known medical profile being associated with a unique medical profile identifier.

The data on the groups of acceptable medical appointments stored in the local storage 60 of the data contains a separate set of data for each group of acceptable medical orders available to healthcare professionals with a specific medical profile, with each group of acceptable medical orders associated with at least a unique identifier group of acceptable medical appointments and a unique identifier of the medical profile and contains a specified set of acceptable medical appointments, each of which is mapped to a unique identifier of the acceptable medical purpose and the unique identifier of the group of acceptable medical purposes.

The data of the work schedules of medical workers stored in the local data storage 60 contains a separate set of data for each work schedule of the medical worker, containing at least information about the planned work schedule of this health worker, containing a set of individual time periods, for each of which it is indicated, leads whether this healthcare professional is admitting patients to the clinic or not, with each clinic healthcare professional being assigned a unique healthcare professional ID and a unique medical profile ID.

It should also be noted that the data of the patient's medical records stored in the local data storage 60 contains a separate set of data for each medical record created or generated for the corresponding one of the patients of the clinic, while the specified set of data of the patient's medical record at least contains data on at least one group of medical appointments of the patient and data about at least one record of the patient to the group of medical workers. Each group of medical appointments in the patient's medical record can be fully executed, at least partially executed, or not fully executed. Each patient's medical record is mapped to the corresponding unique patient ID assigned to the patient of the clinic, on which the electronic medical record of the patient was entered, each group of patient medical prescriptions in the patient's medical record is mapped to the unique identifier of the patient's medical prescription group and the unique patient identifier each patient medical assignment in a patient medical assignment group is mapped to a unique patient medical assignment identifier, a unique patient medical assignment identifier, and a unique patient identifier, with each patient record to a medical professional group being mapped to at least a unique patient identifier. In addition, each patient's medical record additionally contains auxiliary patient identification data, such as, for example, the patient's e-mail address (e-mail), the patient's contact number, information about the patient's social media accounts, information about the patient's accounts in messengers and / or the like, mapped to at least a unique patient identifier.

The data of information messages for patients about the appointment to a group of medical workers of the clinic, stored in the local storage 60 clinic staff is assigned at least a unique patient identifier.

In addition, the local data storage 60 can store data about the medical staff of the clinic, containing a separate set of data for each medical worker of the clinic, with each medical worker of the clinic being assigned to a unique identifier of the medical worker assigned to the medical worker when he was hired. to the clinic, and a unique identifier of the medical profile.

The local data store 60 can also store patient preference data, patient occupancy data, clinic administration data, patient message data, and / or the like, each of which is mapped to at least a unique identifier. the patient.

In addition, the local data storage 60 contains data on the patient's medical record template, data on the schedule template of a healthcare professional, and data on the information message template. If necessary, the local data storage 60 can also store data on the master schedule template of the clinic's medical staff, data on the templates of various statistical reports, data on the templates of various summary reports, and / or the like.

The local data store 60 also contains data on the access rights of the clinic staff, in particular, the medical staff of the clinic and / or the administrative staff of the clinic, who provide at least some members of the clinic staff with certain possibilities to read / write data stored in the local data store 60, in particular data of patients' medical records, data of work schedules of medical workers, data on the medical profiles of medical workers in the clinic, data on permissible medical appointments, data on medical workers in the clinic, and / or the like.

In one embodiment, the local data store 60 may further comprise patient billing template data, billing data in which each bill is mapped to at least a unique patient identifier, and patient contract template data, and data on concluded contracts, in which each contract is associated with at least a unique patient identifier, etc.

In other embodiments of the present invention, the local data store 60 may additionally store patient message data in a text format, such as SMS messages, electronic messages (e-mails), voice messages, video messages, recordings of patient conversations with an operator or clinic healthcare professional, patient messages left on the website of the clinic, and / or the like, each of these data being associated with at least a unique identifier of the patient.

In some embodiments of the present invention, the local data storage 60 in the computing device 100 may contain one or more databases, each configured to store in them at least one isolated group or collection of data from the above groups or collections of data used in the operation of the computing device 100, for example, a database of patients' medical records, a database of work schedules of medical workers of a clinic, a database of information messages for patients, a database of medical workers of a clinic, a database of medical profiles of medical workers of a clinic, a database of groups of permissible medical appointments and / or other databases for storing other of the above data used in the operation of the computing device 100.

In other implementations, computing device 100 may use at least one separate remote data store (not shown) to store at least a portion of the above-described data groups or all of these data groups used in the operation of computing device 100, in particular medical data. patient records, data of schedules of medical workers, information messages for patients and / or other of the above-described data used in the operation of the computing device 100, while to the specified separate remote data storage module 20 of medical records, module 30 of schedules and / or module 40 patient records in computing device 100 can be accessed using communication module 10, which can be configured to connect to these isolated remote data stores by wired and / or wireless means.

In some other embodiments of the present invention, computing device 100 may comprise at least one local data store and at least one remote data store (not shown) each for storing at least one group of data from the above-described groups of data used in operation. computing device 100, where the local data stores can each be connected to the medical record module 20, the scheduling module 30 and / or the patient recorder module 40 using the communication bus 50, and the remote data stores can each be wired and / or wirelessly connected with a medical record module 20, a scheduling module 30 and / or a patient recording module 40 using communication module 10. Thus, for example, an embodiment of the present invention is possible in which the computing device 100 contains a single local data store 60 storing, for example, solely data from patient medical records, and several remote data stores storing other groups of data used in the operation of the computing device 100. , for example, a remote data store for storing data of medical workers' work schedules, a remote data store for storing data about the medical profiles of clinic doctors, a remote data store for storing data on groups of acceptable medical appointments, etc.

In one embodiment of the present invention, at least one of the aforementioned groups of data used in the operation of the computing device 100, in particular, patient medical records, data of medical workers' schedules, and / or the like, may be stored in a corresponding isolated local a data store (not shown) other than the local data store 60 and connected via a communication bus 50 to a medical record module 20, a schedule module 30 and / or a patient recorder module 40, which in turn are configured to connect to any from such isolated local data stores with the provision of extracting the necessary data from them.

Local storage 60 may be implemented, for example, as one or more known physical machine-readable media for long-term storage of data. In some embodiments, local storage 60 may be implemented using a single physical device (e.g., one optical storage device, magnetic storage device, organic storage device, disk storage device, or other type of storage device), and in other embodiments local storage 60 may be implemented using two or more known storage devices.

Communication module

The communication module 10 shown in FIG. 1 within the computing device 100 has a wireless connection via the Internet 500 with the patient's user device 200 and the clinic's user device 300 with the ability to exchange data with them. Thus, the communication module 10 can be used, for example, to transmit electronic messages (e-mail) to the patient user device 200, having a predetermined description format known to the computing device 100, or to receive electronic messages from the patient user device 200 (e-mail ), the text of which can be recognized by the computing device 100. In addition, the communication module 10 can be used to receive from the user device 300 of the clinic, for example, input data, user commands and / or user requests, as well as for transmission to the user device 300 of the clinic, e.g. system responses / confirmations, requested data, and / or the like.

In addition, the communication module 10 has a connection, via the cellular network 600, with the patient user device 400 with the possibility of exchanging data with it, for example, for transmitting and / or receiving SMS messages and / or MMS messages from the patient user device 400 based on the patient's contact number, each of such transmitted SMS and / or MMS messages having a predetermined description format known to the computing device 100.

In one embodiment, the communication module 10 may be wired to a patient user device 200, a patient user device 400, and / or a clinic user device 300, such as a coaxial cable, twisted pair cable, fiber optic cable, or other physical connection, with the possibility of receiving data from them, while the user devices 200, 400 of the patient can be each stationary computer installed in the patient's ward in the clinic. In this embodiment, the communication module 10 can be implemented as a network adapter provided with the necessary connectors for connecting physical cables of the required types depending on the types of physical connections used to provide communication with the patient user device 200, patient user device 400 and / or user device 300 of the clinic.

In yet another embodiment of the present invention, the communication module 10 may be wirelessly connected to a patient user device 200, a patient user device 400, and / or a clinic user device 300, for example via a WiFi link, a "3G", communication lines based on "LTE" technology, etc. In this embodiment, the communication module 10 can be implemented as a network adapter in the form of a WiFi adapter, 3G adapter, LTE adapter, or other wireless adapter, depending on the type of wireless link used to communicate with the patient user device 200, patient user device 400 and / or clinic user device 300.

The communication module 10 in the computing device 100 may also be a known communication device such as a transmitter, receiver, transceiver, modem and / or network interface card for communicating with external devices of any type via a wired or wireless communication network, for example using a network connection. Ethernet, digital subscriber line (DSL), telephone line, coaxial cable, cellular telephone system, etc.

In the above-described embodiments of the present invention, in which all groups of data used in the operation of the computing device 100, or at least part of them, are stored in at least one separate remote data storage, the communication module 10 can be configured to connect to the specified at least at least one remote data storage to obtain from it the necessary data used in the operation of the computing device 100, for example, data on medical records of patients, data on work schedules of medical workers, data on medical workers in a clinic, data on medical profiles of medical workers in a clinic, data on groups of acceptable medical appointments, informational messages for patients about the appointment to a group of medical workers of the clinic and / or the like.

In some embodiments of the present invention, the communication module 10 in the computing device 100 may be further configured to communicate with at least one remote data source storing at least some data from patient medical records data, healthcare worker schedule data, clinic medical workers, data on medical profiles of clinic medical workers, data on groups of acceptable medical appointments, data information messages for patients about an appointment to a group of clinic medical workers and / or other data used in the operation of the computing device 100, or with the ability to connect to such a data source with the provision of obtaining from it the data necessary for the purpose of the computing device 100 for informing patients. A remote computing device, cloud storage, server, host, domain, database, program, site, or the like can be used as such a remote data source.

Medical records module

The medical record module 20 shown in FIG. 1 as part of the computing device 100, is connected, via a communication bus 50, to a communication module 10 with the possibility of exchanging data with it and is intended for managing electronic medical records of patients or maintaining such electronic medical records of patients.

Medical record module 20 may be implemented, for example, as a single separate processor, such as a general-purpose processor or a special-purpose processor (eg, digital signal processor, ASIC, etc.).

The medical record module 20 is configured to access the local data store 60 (depending on the implementation, as described above in this document, to a separate local data store using the communication bus 50 and / or a remote data store using the communication module 10) or the possibility of communicating with it using the communication bus 50 with the provision of extracting data from it about the template of the patient's medical record for creating or generating, for a new patient of the clinic, with whom a contract for the provision of medical services was concluded, an individual electronic medical record, put in compliance with with at least a unique patient identifier initially assigned to this new patient, and initially filled in by at least one user with general information about the specified patient, for example, by entering or recording the patient's full name, date of birth of the patient, address of registration or residence of the patient, contact telephone patient's number, information about the patient's chronic diseases and / or the patient's operations, information about the patient's accounts in social networks, information about the patient's accounts in messengers and / or the like, and with the subsequent recording or saving of the data of the created electronic medical record of the patient , all information in which is at least delivered in accordance with the assigned unique identifier of the patient, in the local data storage 60 (depending on the implementation option, as described above in this document, in a separate local data storage using the communication bus 50 and / or remote data store using communication module 10).

The medical record module 20 is also configured to access the local data store 60 (depending on the implementation, as described above in this document, to a separate local data store using the communication bus 50 and / or a remote data store using the communication module 10) or the possibility of communicating with it using the communication bus 50 with the provision of extracting data from the patient's medical record for a specific patient based on the unique identifier of the patient to supplement the specified patient's medical record with new information or add new information to it, in particular new sets or groups of medical appointments , new personal information about the patient and / or the like, as well as to clarify or change in the patient's medical record at least one of the previously added or entered information, in particular the existing aggregates or groups of medical appointments, the available personal information about the patient, and / or the like

Thus, the communication module 10 allows at least one user using the clinic user device 300 equipped with standard input / output means to transmit the corresponding user control commands from the clinic user device 300 to the medical record module 20, providing the user with access to the functionality of the module. 20 medical records, which makes it possible for the user, through his user device 300 of the clinic, to create an electronic medical record of the patient for a new patient of the clinic and the possibility of subsequent maintenance / filling or editing by the user, through his user device 300 of the clinic, this created medical record of the patient, in particular a medical professional can add a group or groups of medical appointments to the patient's electronic medical record.

It should be noted that the medical record module 20 is capable of processing many different user control commands in real time received by the medical record module 20 from a variety of different user devices, similar to the clinic user device 300, while the medical record module 20 also allows each user of such a user device clinics essentially supplement and / or edit medical records of at least two different patients of the clinic in parallel or simultaneously.

In other words, at least one medical professional of the clinic, with the proper access rights, the data about which can be stored in the local data storage 60, which the medical record module 20 can access or with which the medical record module 20 can communicate using communication buses 50 upon receipt of a request from the clinic user device 300 (depending on the implementation, as described above in this document, may be stored in a separate local data store, to which the medical record module 20 can be accessed or with which the medical module 20 can communicate using the communication bus 50, and / or stored in a remote data store that the medical record module 20 can access or with which the medical record module 20 can communicate using the communication module 10), can be added to or written to electronic medical record of the patient new group of honey medical appointments in the form of new related medical appointments (for example, gastroenterologist consultation, blood test, urinalysis and feces analysis, ultrasound of the abdominal organs, gastroscopy, etc.) determined or set by a healthcare professional through, for example, the clinic user device 300, based on the results of the patient's visit to this medical professional, which in reality may correspond to a comprehensive medical examination that the patient was recommended to undergo and prescribed by the medical professional, or the examination / treatment program of the patient in connection with his specific visit to the clinic and the alleged disease.

It should also be noted that in order to determine or establish specific medical appointments when forming a new group of medical appointments of a patient, the medical worker sends, through the user device 300 of the clinic connected to the communication module 10, a corresponding request to the module 20 of medical records to gain access to the local data storage 60 or establishing a connection with him, while the specified request is matched with the unique identifier of the medical professional and the unique identifier of the medical profile of the medical professional. This allows the healthcare professional to obtain, through the clinic user device 300, a group of acceptable healthcare appointments based on the unique medical profile ID, from which the healthcare professional can select the required or recommended medical appointments, each with its own predefined unique patient medical purpose identifier and which will be a part of the specified formed group of patient's medical appointments, while when the medical worker approves the formed group of patient's medical appointments, it is assigned a unique identifier of the patient's medical appointments group. A medical professional, if necessary, can form in the above-described way several groups of medical appointments for one patient of the clinic, in particular two or more groups of medical appointments of a patient, both within the framework of one visit by the patient of this medical professional, and within the framework of several visits by the patient of this medical professional. including when the patient fulfills medical appointments from another group of medical appointments, defined or established by the same medical professional or another medical worker, while all formed groups of medical appointments of the patient will be entered or added to the patient's medical record based on the unique identifier of the patient.

In the event that a healthcare professional has added or recorded, through, for example, the user device 300 of the clinic, a new group of medical appointments in the form of new associated medical appointments in the patient's medical record, the corresponding data of this patient's medical record stored in the local data storage 60 ( depending on the implementation, as described above in this document, in a detached local data store and / or remote data store).

It should be noted that the saved updated patient medical record is mapped to the unique patient ID, the new patient medical assignment group added to the patient medical record is mapped to the unique patient identifier and the unique patient medical assignment group identifier, and each patient medical assignment is mapped to the newly added patient medical assignment group is mapped to the patient's unique medical assignment ID, the patient's unique medical assignment group identifier, and the patient's unique identifier.

It should also be noted that a patient's medical record may simultaneously contain a plurality of patient medical assignment groups defined or set by at least one medical professional of the clinic, each of said plurality of patient medical assignment groups being assigned with its own unique identifier of the patient medical assignment group, and unique identifier of the patient and has a different execution status, which affects whether it will be taken into account in the formation, by means of the patient recording module 40, of the patient's record to the group of medical workers of the clinic, which will be described in more detail below. In particular, at least some of the patient’s medical prescription groups have yet to be fulfilled by the patient (have the status of unfulfilled), some groups of the patient’s medical prescriptions have already been completed by the patient (have the status completed), and some other groups of the patient’s medical prescriptions are still only partially completed by the patient (have the status performed at least in part), wherein the desired group of medical appointments of the patient can be highlighted or identified in said plurality of groups of medical appointments of the patient based, in particular, on its unique identifier of the group of medical appointments of the patient.

In some embodiments of the present invention, medical appointments in a patient's medical record can be entered or recorded through the clinic user device 300 by a user who is a medical professional who has been visited or visited by a clinic patient, or an authorized clinic administrator, and he may not use a group of admissible medical appointments, data about which is stored in the local data storage 60, and can indicate these medical appointments of the patient solely in accordance with his professional knowledge.

In addition to updating the corresponding patient medical record data stored in the local data storage 60, when at least one user adds or adds at least one new medical assignment group to at least one of the patient medical records, the medical record module 20 can automatically install communication with the patient recording module 40, or can be connected to it, based on the corresponding system request for data transmission, with the provision of transferring or sending data of groups of medical appointments of patients to the patient recording module 40 for their subsequent processing in it in the manner described below.

Work schedules module

The schedules module 30 shown in FIG. 1 as part of the computing device 100, is connected via a communication bus 50 to a communication module 10 with the possibility of exchanging data with it and is intended for managing electronic work schedules of medical workers in a clinic or maintaining such electronic work schedules for medical workers.

The schedule module 30 may be implemented as a single separate processor, such as a general-purpose processor or a special-purpose processor (eg, digital signal processor, ASIC, etc.).

The operating schedule module 30 is configured to access the local data store 60 (depending on the implementation, as described above in this document, to a separate local data store using the communication bus 50 and / or a remote data store using the communication module 10) or the possibility of communicating with it using the communication bus 50 with the provision of extracting data from it about the template of the work schedule of the medical worker to create or generate, for each medical worker in the clinic with whom the employment contract was concluded, an individual electronic work schedule, set in accordance with at least with a unique identifier originally assigned to this medical professional and a unique identifier for the medical profile that the said medical professional has. Each created or generated individual electronic work schedule of a medical worker is initially filled in by at least one user, through the user device 300 of the clinic, with known information about the planned work schedule of this medical worker, containing a set of separate time periods, for each of which it is indicated whether this medical or not a patient reception worker in a clinic (for example, any label can be used that reflects the employment of a medical professional in a particular separate time period and is known at least one of the other functional modules of computing device 100). In addition, the personal work schedule of a medical worker may additionally contain auxiliary information about the work of this medical worker, for example, information about the time / date of work of a medical worker, information about the dates of visits by medical workers to lectures / seminars / conferences and other training events, information about the days absence of a medical worker due to approved time off, information about the days of absence of a medical worker due to illness, information about the dates of stay of a medical worker on vacation, and / or the like. Subsequently, the data of the created electronic work schedule of the medical worker, which is delivered in accordance with the assigned unique identifier of the medical worker, is recorded or stored in the local data storage 60 (depending on the implementation option, as described above in this document, is stored in a separate local data storage, which the schedule module 30 can access or with which the schedule module 30 can communicate using the communication bus 50, and / or is stored in a remote data store that the schedule module 30 can access or with which the schedule module 30 can establish communication using the communication module 10).

The work schedule module 30 is also configured to access or communicate with the local data storage 60 using the communication bus 50 to retrieve data from the work schedule of a health worker for a specific health worker based on the unique identifier of the health worker to supplement the specified work schedule with new ones. information or the introduction of new information into it, in particular new information regarding the work schedule of this medical worker, as well as to clarify or change in the medical worker's work schedule at least one of the previously added or entered information due to, for example, the occurrence of vital factors that impede the exit medical worker to the workplace, in particular due to illness of a medical worker, illness of a relative of a medical worker, illness of a child of a medical worker, and / or the like.

In the event that at least one user has added, clarified and / or changed, through the user device 300 of the clinic, at least some information in the work schedule of at least one medical worker of the clinic, the corresponding data is updated in the work schedule of the corresponding medical worker, stored in the local data store 60 (depending on the implementation option, as described above in this document, in a separate local data store and / or remote data store). It should be noted that each saved updated schedule of a healthcare professional is mapped to at least a unique healthcare professional ID and a unique healthcare professional medical profile ID.

It should be noted that the scheduling module 30 allows the processing of many different user control commands from many different user devices, such as the clinic user device 300, in real time, while the scheduling module 30 also allows each user of such a clinic user device to simultaneously fill in and / or edit the work schedules of at least two different health professionals in the clinic. In addition, the work schedule module 30 can be further configured to create a consolidated work schedule for the clinic's medical workers, which simultaneously presents the work schedules of all or at least a part of the clinic's medical workers, based on the corresponding data of the medical workers' work schedules stored in the local storage 60 data that the schedule module 30 can access using the communication bus 50.

Thus, the communication module 10 enables at least one user using the clinic user device 300 equipped with standard input / output means to transmit the corresponding user control commands from the clinic user device 300 to the schedule module 30, providing the user with access to the functionality of the module 30 work schedules, which allows the user, through his user device 300 of the clinic, to create an electronic work schedule of the medical worker for each medical worker of the clinic and the ability to be maintained / filled in or edited by the user, through his user device 300 of the clinic, this created work schedule of the medical worker, in particular, by entering into the electronic work schedule of a medical worker information about the work schedule of this medical worker. In other words, the user, with the proper access rights, the data about which is stored in the local data store 60 (depending on the implementation option, as described above in this document, can be stored in a separate local data store, to which the medical record module 20 can access or with which the medical record module 20 can communicate using the communication bus 50, and / or are stored in a remote data store that the medical record module 20 can access or with which the medical record module 20 can communicate using the module 10 communication), which can be accessed by the schedule module 30 using the communication bus 50, can update the healthcare professional's electronic schedule with new information about the healthcare professional's schedule, for example, within a new work month or new work week, with the provision of updating the corresponding data of the work schedule of a medical worker, with corresponding to this healthcare professional and assigned according to the unique identifier of this healthcare professional and the unique identifier of this healthcare professional's medical profile.

Patient recording module

The patient recorder 40 shown in FIG. 1 as a part of the computing device 100, is connected via a communication bus 50 to a communication module 10 with the possibility of exchanging data with it and is intended for managing electronic records of clinic patients to clinic medical workers or maintaining such electronic records of clinic patients to clinic medical workers.

The patient recorder 40 may be implemented as a single separate processor, such as a general purpose processor or a special purpose processor (eg, digital signal processor, ASIC, or the like).

In order to provide the ability to manage or maintain patient records to medical staff of the clinic, the patient recording module 40 is configured to perform at least the following operations: (1) obtaining, from the module 20 medical records, at least one group of medical appointments from at least one medical record providing identification of the patient associated with each of the received groups of medical appointments; (2) obtaining, from module 30, work schedules, work schedules of medical professionals for each medical assignment in each of the received medical assignment groups corresponding to the identified patient; (3) formation, on the basis of the received work schedules of medical workers, a patient's record for a group of medical workers, in which each medical worker corresponds to one of the patient's appointments and which allows the identified patient to fulfill the specified group of medical appointments for a given period of time; (4) connection to a communication module for sending to an identified patient an information message generated based on said generated record.

To carry out the above-described operation (1), the patient recording module 40 receives a request from the medical record module 20 for data transmission with the subsequent permission of the specified data transmission, which leads to the automatic transmission or sending by the medical card module 20 of the medical records of the medical appointment groups of the patients of the clinic to the patient recording module 40 as a result of which the patient recording module 40 can obtain data about at least one group of medical appointments of the patient from at least one medical record of the patient, for example, it can obtain two new groups of medical appointments from one medical record of the patient, one new group of medical appointments from another the patient's medical record and another new group of medical appointments from another patient's medical record.

In one embodiment of the present invention, the patient recording module 40 may be configured to connect to or communicate with a local data store 60 (depending on the implementation, as described above in this document, a separate local data store to which the module 40 patient records can be accessed or with which the patient recorder 40 can communicate using the communication bus 50, and / or a remote data store that the patient recorder 40 can access or with which the patient recorder 40 can communicate using communication module 10) using the communication bus 50 to retrieve at least one new group of medical appointments from at least one corresponding medical record of the patient based on the unique identifier of the group of medical appointments of the patient known or made known to the patient recorder module 40.

In another embodiment of the present invention, the patient recorder 40 may be configured to periodically send a request to the medical record module 20 to obtain unique medical assignment group identifiers for new clinic patient medical assignment groups added or recorded in patient medical records for a given period. time, for example, for the period of time elapsed since the sending of the medical record module 20 of the last such request, for example, to receive.In this embodiment, the patient recording module 40 may subsequently connect to the local data storage 60 or establish communication with it (depending on the implementation , as described above in this document, can connect to or communicate with a separate local data store using communication bus 50 and / or connect to or communicate with a remote data store using communication module 10) using using the communication bus 50 to retrieve at least one new group of medical appointments from at least one corresponding medical record of the patient based on the obtained unique identifiers of the groups of medical appointments.

In yet another embodiment of the present invention, the patient recording module 40 may be further configured to send a request to the medical record module 20 to retrieve the necessary groups of medical appointments from the patient medical records. In this embodiment, the scheduling module 30, upon receiving a request from the patient recorder 40, can connect to or communicate with a local data store 60 (depending on the implementation, as described above in this document, it can connect to a separate local data storage or establish communication with it using the communication bus 50 and / or connect to a remote data storage or establish communication with it using the communication module 10) using the communication bus 50 to retrieve from it at least one group of medical appointments at least from one medical record, based, in particular, on the unique identifiers of the medical profile. Subsequently, the medical record module 20 transmits or directs the retrieved patient medical records corresponding to the above-described request of the patient recorder 40 to the patient recorder 40.

Subsequently, the patient recording unit 40, when performing the above-described operation (1), identifies the patient associated with each of the received groups of medical appointments, based on the unique identifier of the patient, with which the specified group of medical appointments is assigned.

Thus, the patient recording module 40 may, for example, detect or detect that one identified patient of the clinic corresponds to two groups of medical assignments among the received groups of medical assignments, another patient of the clinic of patients corresponds to one group of medical assignments among the received groups of medical assignments, and still one patient of the clinic corresponds to one more group of medical appointments among the received groups of medical appointments.

To perform the above-described operation (2), the patient recording module 40 sends a request to the scheduling module 30 to send or send it the schedules of medical workers for each medical appointment in each of the received medical appointment groups corresponding to the patient identified when the patient recording module 40 performs the operation. (one). Thus, since each medical assignment in each received medical assignment group, mapped to the unique identifier of the medical assignment group and the unique identifier of the patient, is assigned to the unique identifier of the medical profile, and each schedule of the medical worker stored in the local data storage 60, to which the schedule module 30 has access via the communication bus 50, is mapped to the unique identifier of the healthcare professional and the unique identifier of the medical profile, then the patient recording module 40 receives or receives from the schedule module 30 for each medical appointment from a specific of the received group of medical appointments only those work schedules of medical workers that are assigned to the same unique medical profile identifier as the specified medical appointment, i.e. work schedules of all medical professionals with a specific medical profile. In other words, if a specific medical appointment in the received group of medical appointments essentially corresponds, for example, to the recommendation of a medical worker to do a gastroscopy, then the patient recording module 40 will receive, from module 30 work schedules, the work schedules of all gastroscopists of the clinic (medical workers of the clinic, medical profile which is gastroscopy).

In one embodiment of the present invention, the patient recording module 40 may be configured to connect to or communicate with a local data store 60 (depending on the implementation, as described above in this document, a separate local data store to which the module 40 patient records can be accessed or with which the patient recorder 40 can communicate using the communication bus 50, and / or a remote data store that the patient recorder 40 can access or with which the patient recorder 40 can communicate using communication module 10) using the communication bus 50 to retrieve the health care workers' schedules for each medical appointment in each of the received medical appointment groups corresponding to the identified patient, based in particular on the unique medical profile identifier.

In other embodiments of the present invention, the patient recorder 40 may be further configured to send an appropriate request to the schedule module 30 to obtain the required schedules of medical professionals from it. In this embodiment, the scheduling module 30, upon receiving a request from the patient recorder 40, can connect to or communicate with a local data store 60 (depending on the implementation, as described above in this document, it can connect to a separate local data storage or communicate with it using the communication bus 50 and / or connect to or communicate with the remote data storage using the communication module 10) using the communication bus 50 to retrieve from it the schedules of health workers for each medical appointment in each from the obtained groups of medical appointments corresponding to the identified patient, based in particular on the unique identifier of the medical profile. Subsequently, the schedule module 30 transmits or sends the retrieved healthcare workers' schedules corresponding to the above-described request from the patient recorder 40 to the patient recorder 40.

Subsequently, when performing the above-described operation (3), the patient recording module 40 analyzes the obtained schedules of the medical workers for each medical appointment contained in each of the groups of medical appointments corresponding to each of the identified patients, and recruits or selects for each group of medical appointments the identified patient a group of medical professionals, each of which corresponds to one of the patient's appointments in a specified group of medical appointments and whose work schedules, in combination with each other, allow this identified patient to complete the specified group of medical appointments for a given period of time (for example, 5 working days, one calendar week, one calendar month, etc.) or a minimum period of time, followed by the formation of a record of an identified patient to a recruited or selected group of medical workers. Each generated record to a recruited or matched group of medical professionals corresponding to the identified patient is stored by the patient recorder 40 in a local data store 60 (depending on the implementation option, as described above in this document, in a separate local data store using communication bus 50 and / or a remote data storage using the communication module 10) into a specific medical record corresponding to the unique identifier of the identified patient.

Subsequently, when performing the above-described operation (4), the patient recorder 40 accesses the local data storage 60 (depending on the implementation option, as described above in this document, to the separate local data storage using the communication bus 50 and / or remote storage data using the communication module 10) or establishes communication with it using the communication bus 50 with the provision of extracting from it a template of an information message for generating or generating, using the data of the generated record of an identified patient to a group of medical workers, an information message for this identified patient, when Thereby, the patient recorder 40 stores each generated information message corresponding to the identified patient in a local data store 60 (depending on the implementation option, as described above in this document, in a separate local data store using communication bus 50 and / or remote data storage using communication module 10) in accordance with at least a unique identifier of the identified patient.

Further, when performing the above-described operation (4), the patient recording module 40 also accesses the local data storage 60 (depending on the implementation option, as described above in this document, to a separate local data storage using the communication bus 50 and / or a remote data storage using the communication module 10) or establishes communication with it using the communication bus 50, ensuring that at least one of the auxiliary identification data of the identified patient is retrieved from it, for example, at least one of such data as an email address (e- mail), contact number, social network account, messenger account, etc., based on the unique identifier of the identified patient and is connected to the communication module 10 for sending or transmitting, through the communication module 10, the generated information message to the identified patient based on the specified extracted auxiliary identities fication data corresponding to the identified patient. It should be noted that each such informational message contains, among other things, information about the date / time of the visit of each of the medical workers in the group of medical workers corresponding to the group of medical appointments of the identified patient. Thus, the patient recording module 40, for example, can transmit, via the communication module 10, the generated information message to the patient user device 400 using the cellular network 600, for example, in the form of an SMS message or MMS message to at least one identified telephone number. patient, and / or to the patient's user device 200 using the Internet 500, for example, in the form of an electronic message (e-mail) to at least one e-mail address of the identified patient, an electronic message in at least one of the well-known social networks (for example , Vkontakte, Facebook, classmates, etc.), in which the identified patient is registered, email messages in at least one of the well-known messaging systems (messengers such as ICQ, Skype, WhatsApp, Telegram, and the like) in which the identified patient is registered, and / or the like.

In one of the embodiments of the present invention, within the framework of the above-described operation (4), the patient recording module 40 may be further configured to access the local data storage 60 (depending on the implementation, as described above in this document, to the separate local storage data using the communication bus 50 and / or remote data storage using the communication module 10) or the ability to communicate with it using the communication bus 50 to receive or retrieve from it patient preference data and / or patient occupancy data corresponding to the identified patient based on the unique identifier of the identified patient. In this embodiment, the patient recorder 40 may be further configured to account for this information, ie, patient preference data and / or patient occupancy data, when generating an identified patient to a group of healthcare professionals.

In another implementation, the patient recorder 40 may be further configured to access the local data store 60 (depending on the implementation, as described hereinabove, to a separate local data store using the communication bus 50 and / or a remote store data using the communication module 10) or the ability to communicate with it using the communication bus 50 to receive or extract from it data about patient preferences and / or data on patient occupancy corresponding to the identified patient, based on the unique identifier of the identified patient and data about the records patient to healthcare professional groups corresponding to the identified patient, based on the unique identifier of the identified patient, ensuring the creation of an updated record of the identified patient to the group of healthcare professionals or updated records of the identified patient to the appropriate groups of medical workers based on the specified information (in accordance with operation (4) in the above description) and, if necessary, with the provision of referral, via the communication module 50, to the identified patient of the updated information message generated based on such an updated record. In this embodiment of the present invention, each updated record to a group of medical professionals corresponding to the identified patient is stored by the patient recorder 40 in a local data store 60 (depending on the implementation, as described above in this document, in a separate local data store using a bus 50 communication and / or remote data storage using the communication module 10) into a specific medical record corresponding to the unique identifier of the identified patient.

In some embodiments of the present invention, the patient recorder 40 may be further configured to periodically connect, via the communication bus 50, to the schedule module 30 to detect changes in the schedule of each medical professional from the medical group in the generated patient record, allowing an updated record of the identified patient to the group of medical workers taking into account the indicated identified changes (in accordance with operation (4) in the above description) and, if necessary, with the provision of referral, via the communication module 50, to the identified patient of the updated information message generated on the basis of such updated record. In this embodiment, the patient recorder 40 sends a corresponding request to the scheduling module 30 to obtain from it the schedule of each medical professional from the medical group in the generated patient record based on at least the unique identifier of the said medical professional. Thus, the scheduling module 30, when it receives a request from the patient recorder 40, can connect to or establish connections with the local data storage 60 (depending on the implementation option, as described above in this document, it can connect to a separate local storage data or establish communication with it using the communication bus 50 and / or connect to a remote data storage or establish communication with it using the communication module 10) using the communication bus 50 to extract from it the work schedule of each medical worker from the group of medical workers in the formed patient records based on at least a unique identifier of said healthcare professional. Subsequently, the work schedule module 30 transmits or sends the extracted work schedules of medical workers corresponding to the above-described request of the patient recording module 40 to the patient recording module 40, which, if it detects changes in the work schedule of at least one of the medical workers included in the group of medical workers from the generated patient record, creates (in accordance with operation (4) in the above description) an updated record of the identified patient to the group of medical workers, taking into account the specified identified changes. In this embodiment of the present invention, each updated record to a group of medical professionals corresponding to the identified patient is stored by the patient recorder 40 in a local data store 60 (depending on the implementation, as described above in this document, in a separate local data store using a bus 50 communication and / or remote data storage using the communication module 10) into a specific medical record corresponding to the unique identifier of the identified patient. In one variation of this embodiment, the patient recording module 40 can independently connect to or communicate with a separate local data store using communication bus 50 and / or connect to or communicate with a remote data store using communication unit 10) using communication bus 50 to extract from it the necessary work schedules of medical workers, as described above, for subsequent detection of changes in them, ensuring the possibility of creating an updated record of the identified patient to the group of medical workers taking into account the indicated identified changes, as described above.

In other embodiments of the present invention, the communication module 10 may further provide the user with the ability to connect to the patient recording module 40 to supplement the generated patient record with data indicating the passage of at least one medical professional from the group of medical workers corresponding to the specified generated patient record and / or the patient passes at least one medical professional from the specified group of medical personnel corresponding to the specified generated patient record. Thus, for example, a medical professional whom a patient must pass in accordance with his record to a group of medical professionals corresponding to the group of medical appointments of this patient, after or during the admission of this patient, can supplement, via the user device 300 of the clinic connected to the recording module 40 patients using the communication module 10, the specified record of the patient in his medical record with data indicating the passage of this medical worker, or data on the patient's admission of this medical worker (non-attendance). The patient recorder 40, upon receiving a request from the user device 300 of the clinic to add a patient record to a group of medical workers, connects to or establishes connections with the local data storage 60 (depending on the implementation option, as described above in this document, it can connect to a separate local data store or establish communication with it using the communication bus 50 and / or connect to a remote data store or establish communication with it using the communication module 10) using the communication bus 50 to retrieve data on the patient's record to the medical group workers.

In other embodiments of the present invention, the patient recorder 40, upon detecting changes in at least one of the schedules of medical workers included in the medical team in the generated patient record, may be further configured to generate an updated identified patient record generated as described above. taking into account the indicated detected changes, as well as data on passed medical workers and / or data on missing medical workers, which could supplement the generated record of the identified patient in some of the above-described embodiments of the present invention, while ensuring that the identified patient is sent an updated message generated by the above-described way.

In some other embodiments of the present invention, when a user is connected, via the communication module 10, to the medical record module 20 to enter into the medical record of the identified patient additional medical appointments obtained when the patient visits at least one medical professional from the group of medical workers corresponding to the generated record the patient recording module 40 is further configured to perform the following operations: (i) connecting to the medical record module 20 to receive said additional medical appointments from the patient's medical record; (ii) connecting to the module 30 work schedules to receive from it the work schedules of medical professionals for each of the patient's additional medical appointments; (iii) supplementing the generated patient record, based on the received work schedules of medical professionals, with an additional group of medical professionals, allowing the patient to fulfill at least some of the additional medical appointments or at least some of the additional medical appointments and remaining medical appointments in the group of medical appointments, the corresponding generated patient record, for a predetermined period of time, ensuring the generation of an updated patient record, and (iv) sending to the patient an updated message generated based on the received updated patient record.

In other embodiments of the present invention, the patient recording module 40, when generating a new patient record to a group of medical workers in accordance with the above-described operation (4), may additionally access the local data storage 60 (depending on the implementation option, as described above in this a document to a separate local data store using the communication bus 50 and / or a remote data storage using the communication module 10) or to establish communication with it using the communication bus 50 to obtain or retrieve from it the available data on patient records to medical groups, corresponding to the identified patient, based on the unique identifier of the identified patient, ensuring that this information is taken into account when forming the specified new record of the identified patient to the group of medical workers. In other words, in this embodiment of the present invention, the patient recording module 40 may take into account, when creating a new patient record for a group of medical professionals in accordance with the new group of medical appointments of the patient, the potential employment of the patient by the passage of medical workers in the framework of the patient performing another group of medical appointments which will allow, if a patient has several groups of medical appointments, to prevent the possibility of registering a patient at the same time for the same date to different medical workers in the framework of performing different groups of medical appointments. In addition, in one of the variations of this embodiment of the present invention, the patient recording module 40 may take into account at least one of the following data when generating a new patient record for a group of medical workers: (i) available data on patient records for groups of medical workers corresponding to the specified the patient and stored in the local data store 60 (depending on the implementation, as described above in this document, in a separate local data store or remote data store); (ii) data on patient preferences; (iii) patient employment data; (iv) data on changes in the work schedules of medical workers from the group of medical workers, corresponding to the generated patient record; (v) data on the passage of patients of at least one medical worker from the group of medical workers corresponding to the generated patient record; and / or (vi) data on the patient missing at least one medical worker from the group of medical workers corresponding to the generated patient record. In addition, in yet another variation of this embodiment of the present invention, the patient recording module 40 may generate a summary information message based on a new patient record for a group of medical professionals and at least one previously generated record of this patient for a group of medical workers, in particular data about medical workers that the patient has to pass within each of the previously formed records, while as the patient passes through the medical workers from the group of medical workers corresponding to the new patient record, and / or the patient passes through the medical workers from the group of medical workers corresponding to the previously formed patient records, the patient record module 40 may generate an updated summary information message based on the specified medical personnel passed.

In some other implementation, the patient information computing device 100 may further comprise a billing module configured to connect to the patient recorder module 40 to receive data from the patient record module and to issue at least one invoice to the patient based on the received data. about completed medical workers, who can supplement the patient's record to the group of medical workers.

According to one embodiment of the present invention, the medical record module 20 can be divided into several independent modules, each of which can perform at least one of the above-described functionality inherent in the medical record module 20, and which can be configured to communicate with each other. the other and the rest of the functional modules of the computing device 100 using a communication bus 50, in particular with a communication module 10, a schedule module 30 and / or a patient recording module 40.

In accordance with another embodiment of the present invention, the schedule module 30 may be divided into several independent modules, each of which may perform at least one of the above-described functionality inherent in the schedule module 30 and which may be configured to communicate with each other. the other and the rest of the functional modules of the computing device 100 using the communication bus 50, in particular with the communication module 10, the medical record module 20 and / or the patient recording module 40.

According to another embodiment of the present invention, the patient recorder 40 may be divided into several independent modules, each of which may perform at least one of the above-described functionality of the patient recorder 40 and which may be configured to communicate with each other. and the rest of the functional modules of the computing device 100 via a communication bus 50, in particular with a communication module 10, a medical record module 20 and / or a schedule module 30.

According to some other embodiment of the present invention, at least part of the above-described functionality inherent in the medical record module 20, the schedule module 30 and / or the patient recording module 40 may be implemented as a separate functional sub-module or functional block included in the corresponding one of the modules 20, 30, 40. Thus, the medical record module 20 may contain several of its sub-modules, each of which implements at least one of the above-described functionality inherent in the medical record module 20, the schedule module 30 may contain several of its sub-modules , each of which implements at least one of the above-described functionality inherent in the operating schedule module 30, and the patient recording module 40 may contain several of its sub-modules, each of which implements at least one of the above-described functionality inherent in module 4 0 patient records.

According to some embodiments of the present invention, the medical record module 20 and / or the schedule module 30 may be embedded as functional sub-modules or functional blocks in the patient recorder 30, whereby in such an embodiment of the present invention, the schedule module 30 may further have the above-described functionality of the medical record module 20 and / or the schedule module 30.

In accordance with other embodiments of the present invention, the computing device 100 for informing patients may comprise a single patient recording module (also called a processing module or informing module) having all of the above-described functionality inherent in the medical record module 20, the schedule module 30, and the module 40 patient records.

In accordance with other embodiments of the present invention, computing device 100 for informing patients may include a communication module for interacting with a user, configured to receive at least one group of medical appointments from at least one medical record of a patient and to receive at least one graph the work of a medical worker, and a patient recording module configured to be connected to the communication module to receive from it the specified medical appointments and the specified work schedules of medical workers and having the above-described functionality inherent in the patient recording module 40.

In accordance with some other embodiments of the present invention, patient information computing device 100 may comprise a processor or computing unit having all of the functionality described above for medical record module 20, schedule module 30, and patient recorder module 40.

In accordance with another aspect of the present invention, there can be provided a computing device for informing patients, comprising:

a communication module for interacting with a user, configured to receive at least one group of medical appointments from at least one medical record of a patient and to receive at least one work schedule of a medical professional,

a patient recording module for managing patient records to medical professionals, configured to be connected to the communication module to receive from it specified medical appointments and specified work schedules of medical personnel and with the ability to perform at least the following operations:

identification of the patient associated with each of the received groups of medical appointments,

formation, on the basis of the obtained work schedules of medical workers, a patient's record to a group of medical workers, in which each medical worker corresponds to one of the patient's appointments and which allows the identified patient to complete the specified group of medical appointments for a given period of time, connection to the communication module for referral to the identified patient an information message generated based on the specified generated record.

In accordance with another aspect of the present invention, there can be provided a computing device for informing patients, comprising: a processor configured to perform at least the following operations:

obtaining at least one group of medical appointments from at least one medical record of the patient,

obtaining at least one work schedule of a medical professional,

identification of the patient associated with each of the received groups of medical appointments,

formation, on the basis of the received work schedules of medical workers, a patient's record for a group of medical workers, in which each medical worker corresponds to one of the patient's appointments and which allows the identified patient to complete the specified group of medical appointments for a given period of time,

sending to the identified patient an information message generated on the basis of said generated record.

The presented illustrative embodiments, examples and description serve only to provide an understanding of the claimed technical solution and are not limiting. Other possible options for implementation will be clear to the specialist from the description provided. The scope of the present invention is limited only by the attached claims.

Claims (31)

1. Computing device for informing patients, containing: communication module for interaction with the user, a medical record module for managing electronic medical records of patients, configured to exchange data with the communication module to enable the user to enter at least one group of medical appointments in at least one of the medical records of patients, a work schedule module for managing electronic work schedules of medical workers, configured to exchange data with the communication module, allowing the user to fill in at least one work schedule of a medical worker, a patient recording module for managing patient records to medical professionals, configured to perform at least the following operations: obtaining, from the medical record module, at least one group of medical appointments from at least one medical record, ensuring the identification of the patient associated with each of the received groups of medical appointments, obtaining, from the module of work schedules, work schedules of medical workers for each medical appointment in each of the received groups of medical appointments corresponding to the identified patient, formation, on the basis of the received work schedules of medical workers, a patient's record for a group of medical workers, in which each medical worker corresponds to one of the patient's appointments and which allows the identified patient to complete the specified group of medical appointments for a given period of time, connection to the communication module for sending to the identified patient an information message generated on the basis of the specified generated record, while the patient recording module is additionally configured to connect to the work schedule module to detect changes in the work schedule of each medical worker from a group of medical workers in the generated patient record with ensuring the possibility of creating an updated record of the identified patient to a group of medical workers, taking into account the specified identified changes. 2. The computing device according to claim 1, in which the patient recording module is additionally configured to obtain data on patient preferences and / or data on the patient's occupancy, ensuring that said information is taken into account when forming a record of an identified patient to a group of medical workers or ensuring the creation of an updated record identified patient to a group of medical professionals based on the specified information. 3. Computing device according to any one of claims. 1, 2, in which the communication module additionally provides the user with the ability to connect to the patient recording module to supplement the generated patient record with data indicating the passage of at least one medical worker from the specified group of medical workers and / or the patient passing at least one medical worker from the specified group of medical workers. 4. The computing device according to claim 3, in which the patient recording module is further configured to, upon detecting changes in at least one of said work schedules of medical workers, generate an updated record of the identified patient taking into account the detected changes, data on the passed medical workers and / or data on missed medical workers, who supplemented the generated record of the identified patient, ensuring that the updated message is sent to the identified patient. 5. The computing device according to claim 1, in which, when connecting, through the communication module, the user to the medical records module for entering additional medical appointments into the medical record of the identified patient obtained when the patient visits at least one medical worker from the group of medical workers corresponding generated record, the patient recording module is additionally configured to perform the following operations: connecting to the medical record module to receive from it the specified additional medical appointments from the patient's medical record, connecting to the module of work schedules to receive from it the work schedules of medical workers for each of the patient's additional medical appointments, supplementing the formed patient record, based on the received work schedules of medical workers, by an additional group of medical workers, allowing the patient to fulfill at least some of the additional medical appointments or at least some of the additional medical appointments and remaining medical appointments in the group of medical appointments corresponding to the generated record the patient, for a given period of time, ensuring the formation of an updated patient record, sending to the patient a message generated based on the received updated patient record. 6. The computing device according to claim 3, further comprising a billing module adapted to be connected to the patient recording module to receive data on completed medical workers from it and to issue at least one invoice to the patient based on the received supplemented data on medical workers. 7. Computing device for informing patients, containing: a communication module for interacting with a user, configured to receive at least one group of medical appointments from at least one medical record of a patient and to receive at least one work schedule of a medical professional, a patient recording module for managing patient records to medical professionals, configured to be connected to the communication module to receive from it specified medical appointments and specified work schedules of medical personnel and with the ability to perform at least the following operations: identification of the patient associated with each of the received groups of medical appointments, formation, on the basis of the received work schedules of medical workers, a patient's record for a group of medical workers, in which each medical worker corresponds to one of the patient's appointments and which allows the identified patient to complete the specified group of medical appointments for a given period of time, connection to the communication module for sending to the identified patient an information message generated on the basis of the specified generated record, while the patient recording module is additionally configured to connect to the work schedule module to detect changes in the work schedule of each medical worker from a group of medical workers in the generated patient record with ensuring the possibility of creating an updated record of the identified patient to a group of medical workers, taking into account the specified identified changes. 8. Computing device for informing patients, containing a processor configured to perform at least the following operations: obtaining at least one group of medical appointments from at least one medical record of the patient, obtaining at least one work schedule of a medical professional, identification of the patient associated with each of the received groups of medical appointments, formation, on the basis of the received work schedules of medical workers, a patient's record for a group of medical workers, in which each medical worker corresponds to one of the patient's appointments and which allows the identified patient to complete the specified group of medical appointments for a given period of time, sending to the identified patient an information message generated on the basis of said generated record, and identification of changes in the work schedule of each medical worker from a group of medical workers in the formed patient record, ensuring the possibility of creating an updated record of the identified patient to the group of medical workers, taking into account the indicated identified changes.

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