BG3393U1 - System for servicing of medical facilities and medical equipment suppliers - Google Patents

Abstract

This utility model relates to a system for servicing of medical facilities and medical equipment suppliers, which will find application in medicine and trade and in particular for diagnosing, monitoring and treatment of patients. The system for servicing of medical facilities and medical equipment suppliers comprises a module for entering of patient data (1), bidirectionally connected with a data base server for research, treatment and results (2). The data base server for research, treatment and results (2) from its side has connection to a module for patients (5) to a module for hospital personnel (6) and to a module for making predictions (3) connected to the module for hospital personnel (6). The data base server for research, treatment and results (2) and the module for making predictions (3) have connection to a module for confidentiality of data (4), which is connected to a module for manufacturers and distributors of medical equipment (7), as the module for manufacturers and distributers of medical equipment (7) is bidirectionally connected to a module for hospital personnel (6), whereby the module for patients (5), the module for hospital personnel (6) and the module for manufacturers and distributors of medical equipment (7) have bidirectional connection via a graphical user interface to the electronic user devices (8).

Description

Field of technology

The utility model refers to a system for servicing medical establishments and suppliers of medical equipment, which will find application in medicine and trade, and in particular in the diagnosis, monitoring and treatment of patients.

BACKGROUND OF THE INVENTION

U.S. Pat. No. 20190198169 discloses a medical service system comprising a bidirectional patient data input module connected to a server and a database for tests, treatments and results. The server is a database for research, treatment and results has a connection to the module for patients, to the module for hospital staff and to the module for making forecasts, which is connected to the module for hospital staff.

The known system has limited possibilities in terms of the information provided, as it is closed only between the hospital staff and the patient.

Technical essence of the utility model

The task of the utility model is to create an advanced system that has improved and enhanced functionality, providing comprehensive information according to the needs of the user.

The problem is solved by means of a system for servicing medical institutions and suppliers of medical equipment, including a module for entering patient data, connected in both directions to a server, a database for research, treatment and results, and the server is a database for research, treatment and results. connection to a patient module, to a hospital staff module and to a forecasting module that is connected to the hospital staff module.

According to the utility model, the server is a database for research, treatment and results and the forecasting module is linked to a data privacy module, which is connected to a module for manufacturers and distributors of medical equipment, such as the module for manufacturers and distributors of medical equipment. equipment is connected bidirectionally to the hospital staff module, where the patient module, the hospital staff module and the medical equipment manufacturers and distributors module have a two-way connection via a graphical user interface to electronic user devices.

The system for servicing medical institutions and suppliers of medical equipment is an advanced product that reduces the burden on doctors in diagnosing and prescribing a therapeutic plan, optimizing the use of equipment in hospitals and protecting the personal data of patients. The ability for communication between hospital staff and suppliers of medical equipment provided by the system has a number of advantages over known systems in the field such as: will reduce equipment maintenance costs, will give better results from its use, will increase the qualification of staff in hospitals, will reduce equipment accidents and improve clinical outcomes when testing new equipment. The system of servicing medical institutions and suppliers of medical equipment provides automated access to patients to their files, which in turn will reduce the cost of hospital administration. The system will improve the treatment of patients, as they will have an increasing automatic accuracy of the recommended treatments and their predicted results due to the use of self-learning models in the module for making forecasts. The system of servicing medical institutions and suppliers of medical equipment will reduce the burden on physicians in diagnosing and prescribing a treatment plan, as physicians will be able to use previous data from similar cases in their assessment.

Explanation of the attached figure

The utility model is explained in the attached figure 1, which presents a schematic diagram of the system for servicing medical institutions and suppliers of medical equipment.

5189 Descriptions to utility registration certificates № 01.2 / 31.01.2020

Examples of implementation of the utility model

Figure 1 shows that the system for servicing medical institutions and providers of medical equipment includes a module for entering patient data 1, connected in both directions to a server with a database for research, treatment and results 2. The server with a database for research, treatment and results 2 in turn has a connection to the patient module 5, to the hospital staff module 6 and to the forecasting module 3, which is connected to the hospital staff module 6. The server for research, treatment and results database 2 and the forecasting module 3 is connected to a data confidentiality module 4, which is connected to a module for manufacturers and distributors of medical equipment 7, the module for manufacturers and distributors of medical equipment 7 is connected in both directions to the module for hospital staff 6 , where the module for patients 5, the module for hospital staff 6 and the module for manufacturers and distributors of medical equipment 7 have a two-way connection through graphical user interface to electronic consumer devices 8.

Application of the utility model

The system for servicing medical institutions and suppliers of medical equipment facilitates the rapid service of patients within a multi-profile hospital (including an emergency center), while providing useful information to its users.

Upon admission of each patient, his indicators are measured and the data from the measurements, as well as his personal data are entered through the module for entering patient data 1 into a neural network located on the server with a database for research, treatment and results 2, trained with the database of previous cases of patients with similar characteristics - for example, the same or similar demographics, the same or similar measurements of weight, heart rate, blood pressure, blood tests or pre-hospital symptoms. Based on the historical data, the system for making forecasts 3 of the system is able to recommend to the attending physician a diagnostic scheme, as well as to recommend possible treatment, which he can access through the module for hospital staff 6. After confirmation of treatment - or introduction of another therapeutic scheme, another neural network-based algorithm calculates the probability of each of the four possible outcomes — improvement without change, deterioration, or terminal outcome.

The service system of medical institutions and providers of medical equipment allows the documentation of treatment until the patient's discharge, thus enriching its own database and improving the accuracy of predictions such as the recommended treatment regimen and the patient's developmental horizon. Additionally, the system allows communication between medical equipment manufacturers and medical staff for optimal use of medical equipment in the hospital. Each of the patient files supports different formats of medical equipment photos (the most popular format is DICOM), and these photos can be shared with medical equipment manufacturers. Shared personal data is limited by data privacy module 4 so that patient privacy is guaranteed.

From the point of view of the manufacturer of medical equipment, he receives through a module for manufacturers and distributors of medical equipment 7 data on the number of procedures performed in the hospital. Thus, the manufacturer of medical equipment can decide whether to offer promotional packages of equipment or consumables that exactly meet the current needs of the hospital.

At the end of treatment, patients are able to view their profile through the module for patients 5 and download copies of tests, diagnosis and treatment (summary epicrisis).

Users of the system, depending on their role, have predefined access to the module for patients 5, to the module for hospital staff 6 or the module for manufacturers and distributors of medical equipment 7, which have a two-way connection via a graphical user interface to electronic consumer devices 8 to the individual user, such as a doctor, distributor, patient or others. According to the needs of individual users, the system for servicing medical institutions5190 Descriptions to certificates for registration of utility models № 01.2 / 31.01.2020 and suppliers of medical equipment visualizes the data in a convenient form to serve the purposes of the individual user.

Claims (1)

Claims 1. A system for servicing medical establishments and providers of medical equipment, including a module for entering patient data, connected in both directions to a server with a database for research, treatment and results, the server with a database for research, treatment and results connected to patient module, to a hospital staff module and to a forecasting module connected to the hospital staff module, characterized in that the server with a database for research, treatment and results (2) and the forecasting module ( 3) have a connection to a data confidentiality module (4), which is connected to a module for manufacturers and distributors of medical equipment (7), as the module for manufacturers and distributors of medical equipment (7) is connected in both directions to the module for hospital staff (6), wherein the module for patients (5), the module for hospital staff (6) and the module for manufacturers and distributors of medical equipment (7) have a two-way connection through a graph user interface to electronic consumer devices (8).