KR102626457B1 - Method and system for providing digital therapeutic portal service - Google Patents

Abstract

The present invention relates to a method of providing a digital therapeutic portal service. In the present invention, when the medical fee is paid, the user terminal transmits the payment information to the hospital server, and when the hospital server receives the payment information, it generates and issues a receipt and prescription, and the hospital server provides information about the digital treatment to the digital treatment portal server. A request step, a digital therapy portal server generates a URL for providing a digital therapy-related application to the user terminal, and a step of transmitting the generated application URL to the user terminal, and the user terminal relates to a digital therapy product through the received URL. Download the application and log in, request provision of a digital treatment to the digital treatment portal server, and when the digital treatment portal server receives the provision request, requesting the hospital server to inquire prescription information for the patient; and the hospital server Upon receiving an inquiry request, it includes the steps of searching for prescription information for the patient, transmitting the searched prescription information to the digital treatment portal server, and creating an electronic prescription according to the searched prescription information by the digital treatment portal server.

Description

{Method and system for providing digital therapeutic portal service}

The present invention relates to a method and system for providing a digital treatment portal service, and in particular, a method for providing a digital treatment portal service that enables prescription, download, authentication, and usage history management related to digital treatment products by standardizing data between multiple hospitals and digital treatment product developers. and systems.

Digital therapeutics are not drugs, but refer to software such as apps, games, VR, and metaverse that are aimed at preventing, managing, and treating diseases. It can play a variety of roles, including assisting hospital treatment, improving medication compliance, lifestyle management, online consultation, real-time notifications, education, and collecting and analyzing patient condition data. It is classified into alternative and complementary types depending on its effectiveness, with the former being used alone. It is a type that produces therapeutic effects when used independently or in combination with existing treatments (medicines and medical devices). The latter type cannot be used alone and functions to increase the effect of existing treatments. It has the advantage of having less toxicity and side effects than general treatments, and no manufacturing, transportation, or storage costs, enabling mass supply and lowering medical costs. Rather than relying solely on the patient's explanation, doctors can treat patients based on data stored in digital therapeutics and follow up the prognosis of patients with chronic diseases over a long period of time by continuously monitoring the patient's condition and medication use. Another great advantage is that a small number of doctors can manage a large number of patients non-face-to-face, beyond physical and time limitations. Although the digital treatment market is growing rapidly, there are no portal services that provide services that provide digital treatment software, certification, or manage treatment use history.

As a prior patent, there is Patent No. 10-1262234 (Web-based software distribution system and method), but it only discloses a method of creating and distributing a package to distribute and manage web-based software.

The problem that the present invention aims to solve is to provide a method and system for providing a digital treatment portal service that provides convenience to patients through prescription, download, authentication, and use history management related to digital treatment products through data standardization.

In the method of providing a digital therapeutic portal service according to an embodiment of the present invention, when the medical fee is paid, the user terminal transmits payment information to the hospital server, and when the hospital server receives the payment information, it generates and issues a receipt and prescription, and the hospital server A step of requesting guidance on a digital treatment product from a digital treatment portal server, generating a URL for the digital treatment portal server to provide a digital treatment related application to the user terminal, and transmitting the generated application URL to the user terminal; The user terminal downloads the digital treatment related application through the received URL, logs in, requests the digital treatment portal server to provide a digital treatment, and when the digital treatment portal server receives the provision request, the hospital server provides a prescription for the patient. In the step of requesting information inquiry, when the hospital server receives the inquiry request, it searches prescription information for the patient, transmits the searched prescription information to the digital treatment portal server, and the digital treatment portal server follows the searched prescription information. It includes the step of generating an electronic prescription.

The digital treatment portal service provision system according to an embodiment of the present invention includes a user terminal that transmits payment information to the hospital server when the medical fee is paid, downloads a digital treatment related application and requests provision of a digital treatment, and payment information from the user terminal. Upon receipt, a receipt and prescription are created and issued, a hospital server requests guidance on digital treatments from the digital treatment portal server, a URL is created to provide digital treatment related applications to the user terminal, and the generated application URL is sent. A digital treatment portal server that transmits to the user terminal, generates an electronic prescription according to the retrieved prescription information, transmits the generated authentication code to the user terminal, and transmits the electronic prescription including the authentication code to the digital treatment product development server, and authentication It includes a digital treatment product developer server that receives an electronic prescription containing a code, generates and provides a digital treatment including an authentication code.

According to the present invention, it is convenient for users to download, authenticate, pay, and check usage history in order to use digital therapeutics. In addition, it is easy to manage digital treatment history data through data standardization among multiple hospitals and digital treatment product developers.

In addition, data information according to the price of digital therapeutics is automatically linked with the HIRA, the upper organization, so patients can easily check payment information.

Figure 1 is a flowchart explaining a method of providing a digital therapeutic portal service according to an embodiment of the present invention.
Figure 2 is a flowchart explaining a method of providing a digital therapeutic portal service according to another embodiment of the present invention.
Figure 3 is a configuration diagram illustrating a digital therapeutics portal service provision system according to an embodiment of the present invention.
Figure 4 is a flowchart explaining the operation method of the data standardization unit according to an embodiment of the present invention.

Specific structural or functional descriptions of the embodiments according to the concept of the present invention disclosed in this specification are merely illustrative for the purpose of explaining the embodiments according to the concept of the present invention. They may be implemented in various forms and are not limited to the embodiments described herein.

Since the embodiments according to the concept of the present invention can make various changes and have various forms, the embodiments will be illustrated in the drawings and described in detail in this specification. However, this is not intended to limit the embodiments according to the concept of the present invention to specific disclosed forms, and includes all changes, equivalents, or substitutes included in the spirit and technical scope of the present invention.

The terms used in this specification are only used to describe specific embodiments and are not intended to limit the invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this specification, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in this specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings attached to this specification.

Figure 1 is a flowchart explaining a method of providing a digital therapeutic portal service according to an embodiment of the present invention.

Referring to Figure 1, when a patient pays the medical fee after receiving hospital treatment through the user terminal 200 (S101), the payment information is transmitted to the hospital server 300 (S103). When the hospital server 300 receives payment information, it generates and issues a receipt and prescription (S105). The hospital server 300 requests information about the digital treatment product from the digital treatment portal server 100. The digital therapy portal server 100 generates a URL for providing a digital therapy-related application to the user terminal (S109) and transmits the generated application URL to the user terminal 200 (S111).

The user terminal 200 downloads a digital treatment related application through the received URL, logs in (S113), and requests the digital treatment portal server 100 to provide a digital treatment (S115). Upon receiving the request, the digital treatment portal server 100 requests the hospital server 300 to query prescription information for the patient (S117). Upon receiving the inquiry request, the hospital server 300 searches for prescription information for the patient (S119) and transmits the searched prescription information to the digital treatment portal server 100 (S121). The digital treatment portal server 100 creates an electronic prescription (S123). The electronic prescription is created by receiving prescription information received from the hospital server, and can be provided in the form of an electronic prescription from the hospital server, or in the form of an image file or document file. The digital treatment portal server 100 stores the generated electronic prescription in the storage unit and manages the original and copy separately through management of delivery and output to prevent duplicate issuance of electronic prescriptions.

The digital treatment portal server 100 generates digital treatment guide information according to the electronic prescription (S125). The digital treatment portal server 100 provides the generated digital treatment guide information to the user terminal 200 and requests payment (S127). At this time, the corresponding medical fee is reflected from the HIRA server and payment is requested.

The user terminal 200 makes a payment through the application (S129) and transmits the payment information to the digital therapy portal server 100 (S131). When the digital therapy portal server 100 receives payment information, it generates an authentication code (S133). At this time, the authentication code consists of a paired first authentication code and a second authentication code. The digital therapy portal server 100 transmits the first authentication code to the user terminal 200 (S135). The digital treatment portal server 100 transmits an electronic prescription including the second authentication code to the digital treatment development server 400 (S137), and the digital treatment product development server 400 creates a digital treatment including the second authentication code. (S139). At this time, the patient number, hospital institution number, and prescription code number are transmitted along with the second authentication code, and can be provided in QR format. In addition, data standardization is performed through interface communication between the digital treatment portal server and the digital treatment product developer server, and interface communication between the digital treatment portal server and the hospital server.

The digital treatment product developer server 400 provides a digital treatment product to the digital treatment portal server 100 (S141), and the digital treatment portal server 100 provides a digital treatment product to the user terminal 200 (S143). When the user terminal 200 receives the digital therapeutic agent, it performs authentication using the previously received first authentication code (S145). In other words, the authentication code (encryption key) is a pair, and when different data are matched, the user is judged to be an unauthorized user, a warning notification appears, and the digital treatment product cannot be executed. The digital therapy is implemented so that it can be executed only after authentication is completed. For example, the user terminal can perform authentication by entering a password when setting the lock button, but this is not limited.

In the present invention, the digital treatment portal server 100 includes a digital treatment standard treatment service system that provides an electronic prescription issuance inquiry service, a digital treatment use history inquiry service, and a digital treatment approval service. The digital treatment portal server (100) is a digital treatment supply that provides additional services such as electronic prescription inquiry, digital treatment search and inquiry, digital treatment purchase, digital treatment download, service use history inquiry, customer center and usage guide, and actual loss insurance claim. Includes system.

In the present invention, the digital therapy portal server 100 also provides authentication of user usage rights based on prescription and payment, and whenever a new function is added to the digital therapy software, usage explanation and version management are possible. In addition, when using treatment software, it is possible to process related statistical data for similar treatment software. We help guide patients through treatment through a recommendation service. Additionally, you can obtain information about the relevant treatment software through the evaluation and review module. In addition, the digital therapy portal server 100 can also provide related papers and clinical trial information, as well as information on sales and approvals from the domestic Ministry of Food and Drug Safety/US FDA. In addition, the digital treatment portal server 100 provides data information according to price, and is linked to the HIRA, a higher-level organization, so that patients can more easily check payment information. Registered treatment software can be issued subscription gift certificates, allowing limited preview of digital treatment services in a virtual environment. If it is determined that the treatment is effective when used in advance (one-time use), a prescription can be formally requested from the linked hospital server. In addition, each digital treatment software generates a unique encryption key when issuing a prescription for a digital treatment on the hospital server. Based on this value, an access password or product number is entered. Based on this, the paid service period is extended and disposal is processed. Allows you to do

In addition, the digital treatment portal server 100 serves as a medium for reading standardized data between the hospital server and the digital treatment product developer server, and is an analysis tool that can exchange requests from the hospital server for various formats of history data generated. can be provided.

Figure 2 is a flowchart explaining a method of providing a digital therapeutic portal service according to another embodiment of the present invention. Figure 2 relates to an embodiment of utilizing the usage history when there is already a history of downloading and using a digital therapeutic agent. Referring to Figure 2, when the user terminal 200 executes and uses a digital therapy product (S201), the usage history is transmitted to the digital therapy portal server 100 (S203). The digital therapy portal server 100 stores the usage history (S205) and checks whether the usage period has expired (S207). The digital treatment portal server 100 informs the user terminal 200 of the expiration date, and the user terminal 200 requests the digital treatment portal server 100 to provide usage history (S211). The digital treatment portal server 100 requests the hospital server 300 to check the medical history (S213), and the hospital server 300 responds to the digital treatment portal server 100 with the results of the medical treatment history search (S215). The digital treatment portal server 100 searches the usage history (S217) and transmits the search results to the hospital server 300 (S219). An interface is provided to query the patient's digital treatment use history information stored on the hospital server, and a data-linked screen according to standard specifications to check the patient's digital treatment use history on the hospital server and a report according to hospital server specifications are provided. to provide.

The hospital server 300 prescribes a digital treatment (S221) and requests payment from the user terminal 200 (S223). The user terminal 200 pays the medical fee (S225) and transmits the payment information to the hospital server 300 (S227). The hospital server 300 creates and issues a receipt and prescription (S229). The user terminal 200 logs in to the application (S231) and requests the digital treatment portal server 100 to provide a digital treatment (S233). Upon receiving the request, the digital treatment portal server 100 requests the hospital server 300 to query prescription information for the patient (S235). When the hospital server 300 receives an inquiry request, it searches the prescription information for the patient (S237) and transmits the searched prescription information to the digital treatment portal server 100 (S239). The digital treatment portal server 100 creates an electronic prescription (S241). The digital treatment portal server 100 generates digital treatment guide information according to the electronic prescription (S243). The digital treatment portal server 100 provides the generated digital treatment guide information to the user terminal 200 and requests payment (S245). The user terminal 200 makes a payment through the application (S247) and transmits the payment information to the digital therapy portal server 100 (S249). When the digital therapy portal server 100 receives payment information, it generates a pair of authentication codes (S251). The digital treatment portal server 100 transmits the first authentication code to the user terminal, and the digital treatment portal server 100 transmits an electronic prescription including the second authentication code to the digital treatment development server 400 (S255). The digital treatment product developer server 400 generates a digital treatment product including a second authentication code (S257). The digital treatment product developer server 400 provides a digital treatment product to the digital treatment portal server 100 (S259), and the digital treatment portal server 100 provides a digital treatment product to the user terminal 200 (S261). When the user terminal 200 receives the digital therapeutic agent, it performs authentication using the previously received first authentication code (S263). The digital therapy is implemented so that it can be executed only after authentication is completed.

Figure 3 is a configuration diagram illustrating a digital therapeutics portal service providing system according to an embodiment of the present invention. Referring to FIG. 3, the digital treatment portal service providing system 10 consists of a digital treatment portal server 100, a user terminal 200, a hospital server 300, and a digital treatment product developer server 400.

The digital treatment portal server 100 includes an electronic prescription generation unit 110, a guidance information generation unit 120, an authentication code generation unit 130, a history management unit 140, a data standardization unit 150, and a storage unit 160. , it consists of a communication unit 170 and a control unit 180.

The electronic prescription generation unit 110 receives prescription information received from the hospital server and generates an electronic prescription. It can be provided in the form of an electronic prescription from the hospital server, or in the form of an image file or document file. The electronic prescription generation unit 110 stores the generated electronic prescription in a storage unit and manages the original and copy separately through management of delivery and output to prevent duplicate issuance of electronic prescriptions.

The guidance information generator 120 generates a URL for providing a digital therapy-related application to the user terminal and transmits the generated application URL to the user terminal.

When the authentication code generator 130 receives payment information, it generates an authentication code. At this time, the authentication code consists of a paired first authentication code and a second authentication code.

The history management unit 140 stores the usage history of the digital therapeutic agent received from the user terminal and checks whether the usage period has expired. The history management unit 140 informs the user terminal of the expiration date, and the user terminal requests the digital therapy portal server to provide usage history. The history management unit 140 requests the hospital server 300 to check the medical history and receives the medical history search results from the hospital server. The history management unit 140 searches the digital treatment use history and transmits the search results to the hospital server.

The data standardization unit 150 performs data standardization through interface communication between the digital treatment portal server and the digital treatment product developer server, and interface communication between the digital treatment portal server and the hospital server. The data standardization unit 150 creates a data source, which can be easily created through an SQL query creation guide and converted to standard data through an API builder, followed by repeated verification.

The storage unit 160 stores the generated electronic prescription and authentication code, and stores the digital treatment use history for each user. The communication unit 170 performs wired and wireless communication between the user terminal and the digital therapy developer server through a communication module.

The control unit 180 includes an electronic prescription generation unit 110, a guidance information generation unit 120, an authentication code generation unit 130, a history management unit 140, a data standardization unit 150, a storage unit 160, and a communication unit ( 170) Control each configuration.

Figure 4 is a flowchart explaining the operation method of the data standardization unit according to an embodiment of the present invention.

Referring to Figure 4, the data standardization unit builds an application server (S401). Develop an API (S403) and analyze HTTP requests (S405). At this time, the application server can be built with IIS, Tomcat Tuxedo, Entra, etc., but is not limited to this. The API is a REST API and can be implemented in .Net ASP, Java, and C languages.

Afterwards, information is received from the EMR DB, a data source is created (S407), and business logic is developed (S409). Afterwards, the SQL statement is called, query results are collected, and an HTTP response is created (S413). If the test meets the criteria, it ends, or if it does not meet the criteria, it goes back to the business logic development stage.

The present invention has been described with reference to the embodiments shown in the drawings, but these are merely exemplary, and those skilled in the art will understand that various modifications and other equivalent embodiments are possible therefrom. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the attached registration claims.

10; Digital therapeutic portal service provision system
100; Digital therapeutics portal server 110; Electronic prescription generation unit
120; Guide information generation unit 130; Authentication code generator
140; History Management Department 150; Data Standardization Department
160; storage unit 170; Ministry of Communications
180; Control unit 200; User terminal
300; hospital server 400; Digital therapy developer server

Claims (5)

In the method of providing digital therapeutics portal service,
When the medical fee is paid, the user terminal transmits the payment information to the hospital server. When the hospital server receives the payment information, it generates and issues a receipt and prescription, and the hospital server requests information about the digital treatment product from the digital treatment portal server. ;
A digital treatment portal server generating a URL for providing a digital treatment related application to the user terminal and transmitting the generated application URL to the user terminal;
The user terminal downloads the digital treatment related application through the received URL, logs in, requests the digital treatment portal server to provide a digital treatment, and when the digital treatment portal server receives the provision request, the hospital server provides a prescription for the patient. Requesting information inquiry;
When the hospital server receives an inquiry request, it searches prescription information for the patient, transmits the searched prescription information to the digital treatment portal server, and generates an electronic prescription according to the searched prescription information by the digital treatment portal server;
The digital treatment portal server generates digital treatment guide information according to the generated electronic prescription, provides the generated digital treatment guide information to the user terminal and requests payment, and the user terminal makes payment through the application and provides payment information. transmitting to the digital treatment portal server, and the digital treatment portal server generating an authentication code upon receiving the payment information; and
The digital treatment portal server transmits the generated authentication code to the user terminal, transmits the electronic prescription including the authentication code to the digital treatment development server, and the digital treatment product development server receives the electronic prescription including the authentication code and sends the electronic prescription including the authentication code to the digital treatment product development server. comprising generating a therapeutic agent,
The authentication code consists of a paired first authentication code and a second authentication code,
A method of providing a digital therapeutic portal service, characterized in that the first authentication code and the second authentication code are a pair.


delete delete According to paragraph 1,
The digital treatment product developer server provides the digital treatment product to the digital treatment portal server, the digital treatment portal server provides the digital treatment product to the user terminal, and when the user terminal receives the digital treatment product, authentication is performed using a previously received authentication code. A method of providing a digital therapeutics portal service further comprising.
In the digital therapeutic portal service provision system,
When the medical fee is paid, the user terminal transmits the payment information to the hospital server, downloads an application related to the digital treatment, and requests provision of the digital treatment;
A hospital server that receives payment information from the user terminal, generates and issues a receipt and prescription, and requests information about digital treatments from the digital treatment portal server;
Generate a URL to provide a digital therapy-related application to the user terminal, transmit the generated application URL to the user terminal, generate an electronic prescription according to the retrieved prescription information, and transmit the generated authentication code to the user terminal, A digital treatment portal server that transmits an electronic prescription including an authentication code to a digital treatment development server; and
It includes a digital treatment product developer server that receives an electronic prescription including an authentication code, generates and provides a digital treatment including an authentication code, and
The authentication code consists of a paired first authentication code and a second authentication code,
A digital therapeutic portal service providing system, characterized in that the first authentication code and the second authentication code are a pair.

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