KR20210004350A - Total electronic prescription system - Google Patents

Abstract

The present invention relates to an integrated electronic prescription system, including: a hospital terminal configured to produce and issue an electronic prescription through a medical information system in a hospital; a drugstore terminal configured to activate the electronic prescription by an electronic prescription program and to check the electronic prescription through a drugstore request program; and a user′s electronic medium configured to receive the electronic prescription from the hospital terminal through an electronic medium and to transfer the information of the electronic prescription to the drugstore terminal, wherein the electronic medium may be any one selected from an open card, kiosk and a mobile medium; the open card is a card registered electronically in the hospital terminal and drugstore terminal under the agreement of the user, and is an electronic prescription sending-approving medium which allows electronic transfer of the electronic prescription from the hospital terminal to the drugstore terminal; and the mobile medium stores a hospital treatment application and transmission application therein, wherein the hospital treatment application receives the information of the electronic prescription from the hospital terminal, the transmission application transfers the information of the electronic prescription to the electronic prescription program of the drugstore terminal so that the electronic prescription may be transferred in an App-to-App mode, and the electronic prescription is activated through a kiosk so that the information of the electronic prescription may be transferred to the electronic prescription program of the drugstore terminal through the transmission application stored in the mobile medium.

Description

Integrated electronic prescription system {TOTAL ELECTRONIC PRESCRIPTION SYSTEM}

The present invention relates to an integrated electronic prescription system, and more particularly, to an integrated electronic prescription system for issuing and processing an electronic prescription by integrating an open card, a mobile and a kiosk.

When looking at the process of receiving a drug from an outpatient pharmacy by a patient customer who has completed treatment or examination at a conventional hospital, he or she uses an unmanned storage machine or receives a prescription from a manned storage counter, visits the pharmacy to receive the prescription, and then pays for the drug. Receive.

In addition, the pharmacy receives a prescription from a customer, prepares a drug, then pays, inputs a prescription with it, and uploads it to an authorized electronic document storage server along with information related to dispensing.

According to such a conventional method, there is a disadvantage in that it takes a lot of time from the customer's point of view to wait for a prescription to receive a prescription at an unmanned storage machine or a manned storage counter of a hospital, or to wait for a prescription to receive a prescription or to receive a drug at a pharmacy.

In addition, from the point of view of a pharmacy, work fatigue increases due to ancillary tasks other than dispensing, such as payment by card, inputting prescriptions, and uploading dispensing-related information, and the efficiency of the original dispensing operation decreases.

In addition, from the hospital's point of view, the introduction of an unmanned storage device and the management cost increases in printing and storing prescriptions.

In order to solve these problems, various methods and systems for implementing electronic prescriptions have been developed in recent years.

However, due to a practical problem, many electronic prescription systems have limitations in realization.

The main problem is that high-pass card holders use an open card for hospital treatment, but electronically, while pharmacies do not establish a system linked to open cards. The reality is that the system is used and pharmacies receive drugs through paper prescriptions as in the past.

In addition, as a mobile medical card app used for hospitals in issuing electronic prescriptions, the POS programs used in pharmacies vary from pharmacy to pharmacy, and due to compatibility issues, pharmacy prescriptions through issuing electronic prescriptions are not actually implemented.

Korean Patent Registration 10-1985011 Republic of Korea Patent Publication 10-2017-0127587 Korean Patent Registration 10-1496189

The technical problem to be solved by the present invention is to provide a positive effect of reducing time and cost to all three patients, hospitals, and pharmacies.

In addition, by using mobile apps, open cards, and kiosks, the goal is to enable the electronic prescription system to be practically implemented in any form.

However, the technical problem to be solved by the present invention is not limited to the above problem, and may be variously extended without departing from the spirit and scope of the present invention.

An integrated electronic prescription system according to the present invention for solving the above problem includes: a hospital terminal for generating and issuing an electronic prescription through a medical information system in a hospital; A pharmacy terminal that activates the electronic prescription by an electronic prescription program and checks the electronic prescription through a pharmacy billing program; And an electronic medium of a user that receives the electronic prescription from the hospital terminal through an electronic medium and transmits the electronic prescription information to the pharmacy terminal, wherein the electronic medium may be one of an open card, a kiosk, or a mobile device. , The open card is a card electronically registered with the user's consent to the hospital terminal and the pharmacy terminal, an electronic prescription transmission approval medium for electronically transferring the electronic prescription from the hospital terminal to the pharmacy terminal, and the mobile is a hospital A treatment app and a transmission app are stored, and the hospital treatment app receives the electronic prescription information from the hospital terminal, and the transmission app transfers the electronic prescription information to the electronic prescription program of the pharmacy terminal, and App-to- By transmitting the electronic prescription in an App method, and activating the electronic prescription through the kiosk, the electronic prescription information can be transferred to the electronic prescription program of the pharmacy terminal through a transmission app stored in the mobile.

Here, in the case of using the open card, the electronic prescription information is delivered to the designated pharmacy terminal by designating a pharmacy to deliver the electronic prescription information in advance, and in the case of using the kiosk or mobile, the electronic prescription It is possible to select a pharmacy to deliver the prescription information and transmit the electronic prescription information to the selected pharmacy terminal.

Here, the hospital treatment app is a mobile application networked with the hospital server, and the transmission app may be a mobile application that secures compatibility between the hospital treatment app and various pharmacy billing programs of the pharmacy terminal to deliver the electronic prescription information. have.

Other specific details of the present invention are included in the detailed description and drawings.

According to the embodiments of the present invention, the electronic prescription system can be realistically implemented by using a mobile app, an open card, and a kiosk to utilize the electronic prescription system in any form, thereby providing time for all three patients, hospitals, and pharmacies. It can provide positive effects of shortening and cost reduction.

However, the effects of the present invention are not limited to the above effects, and may be variously extended without departing from the spirit and scope of the present invention.

1 is a block diagram illustrating an outline of an integrated electronic prescription system according to the present invention.
2 is a block diagram of an integrated electronic prescription system according to the present invention.
3 is a process of implementing an electronic prescription through an open card in the integrated electronic prescription system according to the present invention.
4 is an App-to-App service implementation process in the integrated electronic prescription system according to the present invention.
5 is a process of issuing an electronic prescription in the integrated electronic prescription system according to the present invention.
6 is an electronic prescription pharmacy transmission and dispensing request process in the integrated electronic prescription system according to the present invention.
7 is a process for payment of drug fees in the integrated electronic prescription system according to the present invention.
8 is a diagram showing an automatic input linkage of a pharmacopeia program in the integrated electronic prescription system according to the present invention.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to the embodiments described below in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a variety of different forms, only these embodiments make the disclosure of the present invention complete, and common knowledge in the technical field to which the present invention pertains. It is provided to completely inform the scope of the invention to those who have, and the invention is only defined by the scope of the claims.

The terms used in this specification are for describing exemplary embodiments, and are not intended to limit the present invention. In this specification, the singular form also includes the plural form unless specifically stated in the phrase. As used in the specification, "comprises" and/or "comprising" refers to the presence of one or more other components, steps, actions and/or elements, and/or elements, steps, actions and/or elements mentioned. Or does not exclude additions.

Unless otherwise defined, all terms (including technical and scientific terms) used in the present specification may be used as meanings that can be commonly understood by those of ordinary skill in the art to which the present invention belongs. In addition, terms defined in a commonly used dictionary are not interpreted ideally or excessively unless explicitly defined specifically.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. The same reference numerals are used for the same elements in the drawings, and duplicate descriptions for the same elements are omitted.

1 is a block diagram illustrating an outline of an integrated electronic prescription system according to the present invention.

In implementing the present invention, the applicant of the present invention intends to assume that all possible types of electronic prescription systems must be implemented in reality.

Electronic prescription means an electronic prescription with a certified electronic signature according to the Electronic Signature Act. In other words, it refers to an electronic file in which the patient's prescription data is electronically signed with an accredited certificate in the hospital, and the electronic prescription service provides a prescription to a pharmacy without printing a paper prescription (or including a prescription that has been prewritten through a QR code). It is a service that eliminates waiting time at the pharmacy by transmitting the data and manages prescription information in real time.

Referring to FIG. 1, a route through which an electronic prescription can be received at a pharmacy and processed electronically can be identified.

When receiving treatment at a hospital and receiving patient prescription data, it can be divided into paper prescriptions and electronic prescriptions.

In the case of using the paper prescription, the paper prescription user 13b who directly receives the paper prescription from the hospital and the kiosk user 13a who outputs and uses the paper prescription from the kiosk using a kiosk linked to the hospital system may be used.

In the above two cases, it may be possible to send an electronic prescription phone call to the pharmacy 14 through the app provided by the present invention, or scan the QR code printed before the paper prescription to the pharmacy 14 It is possible to transmit.

In the case of using the electronic prescription, there may be a mobile user 12 having an app linked to a hospital system and an open card user 12 using an open card registered with prior consent so that the hospital system can be used.

The mobile user 13 can transmit the electronic prescription to the pharmacy 14 through the app, and the open card user 12 accepts the open card in advance with the pharmacy system, similar to the open card registered in the hospital system. It is possible to register and transmit the electronic prescription prescribed in the hospital through the open card through the POS terminal provided in the pharmacy 14.

Open cards, kiosks and mobiles are electronic media.

2 is a block diagram of an integrated electronic prescription system according to the present invention.

As shown in FIG. 2, the integrated electronic prescription system according to the present invention refers to a networked electronic prescription system between three parties of the hospital 11, the patients 12 and 13, and the pharmacy 14.

Patients 12 and 13 receive treatment and treatment in the hospital 11 and receive prescriptions for diseases.

The hospital 11 is establishing a medical information system 21, through which it maintains an EMR (Electronic Medical Record) for prescriptions, and provides an electronic prescription through an OCS (Order Communication System, prescription delivery system). Deliver. The electronic prescription may mean an electronic prescription with a certified electronic signature.

The electronic prescription is transmitted electronically from the hospital 11 to the pharmacy 14, and the route can be classified as follows.

First, in the case of the open card registered customer 12, the open card 23 (high pass card) refers to a card registered on the hospital electronic system for hospital treatment, and this open card 23 is used in advance on the hospital electronic system. Like registered in the pharmacy 14, it must be registered on the electronic system.

When the open card 23 is a card registered with the patient's prior consent in both the hospital 11 and the pharmacy 14, the electronic prescription is transmitted to the pharmacy 14 through the electronic prescription transmission module 22.

The open card (23) is a card that is electronically registered with the user's consent to the hospital (11) server and the pharmacy (14) terminal, and an electronic prescription that allows electronic prescriptions to be transferred electronically from the hospital (11) terminal to the pharmacy (14) terminal. It may have a role as a transmission authorization medium.

When registering as a patient with an open card (high pass) as a hospital member at the hospital (11), when registering, a card that automatically pays through personal credit information is registered, and the card is automatically paid when the treatment is completed, and when the payment is confirmed, the system The electronic prescription is automatically sent to the pharmacy of the consumer's choice. The pharmacy 14 is already registered as a member through personal credit information agreement with the pharmacy, payment is made with an already registered credit card, and then dispensed with an electronic prescription sent from the hospital.

At this time, the electronic prescription is limited to the case where payment of medical expenses (S1) is made through the open card 23, and the open card registered customer 12 designates a pharmacy during pre-registration, and the electronic prescription can be directly transmitted to the designated pharmacy 27. It is desirable to implement it.

When payment of medical expenses (S1) is made, prescription information delivery (S2) is automatically transmitted to the pharmacy 14 designated in advance (S3), and when a request for payment of medical expenses (S4) is made, the customer through the open card 23 You pay through your mobile app and receive the prepared medicine.

The prepared electronic prescription may be stored by attaching a pharmacist certificate to the cloud 29 server or an authorized electronic document archive.

In addition, the case of the general customer 13 can be divided into an electronic prescription transmission method using an unmanned kiosk (Kiosk, 24) and an electronic prescription transmission method through their own mobile.

In the case of using the unmanned kiosk 24, the unmanned kiosk 24 is an electronic device located in the hospital and linked to the hospital electronic system, and the general customer 13 pays the medical fee (S01) at the unmanned kiosk 24 , Prescription information is delivered to the unmanned kiosk 24 through the prescription transmission module 22 (S02), and the prescription can be checked through the unmanned kiosk 24 screen, and when printed, the prescription is printed as a paper prescription, but the customer himself The prescription data checked in this unmanned kiosk is scanned with a mobile app through a QR code, etc., and the electronic prescription information is delivered to the pharmacy 14 by selecting a pharmacy through the transmission app 26 on the mobile (S03, S04). I can.

When a request for drug payment (S05) is made, a mobile, kiosk or on-site payment is made, and the dispensed drug is received.

The prepared electronic prescription may be stored by attaching a pharmacist certificate to the cloud 29 or an authorized electronic document archive.

When using a mobile, mobile apps can be used, and mobile apps are divided into hospital treatment apps 25 and transmission apps 26.

The hospital treatment app 25 is connected with the hospital computer system to perform tasks related to waiting for a turn, confirming a medical appointment, waiting for a checkup, waiting for treatment, issuing a prescription, and claiming for loss insurance.

The transmission app 26 is a mobile app distributed by a service provider that provides an electronic prescription system separate from the hospital treatment app 25, and is connected to the hospital treatment app 25 and prescription programs used in pharmacies. It plays the role of a mobile app as a medium that can deliver electronic prescriptions in a -to-app method.

The general customer 13 receives the electronic prescription information through the hospital treatment app 25 through the electronic prescription delivery module 22 when the treatment reservation and payment payment (S01) through the hospital treatment app 25 ( S02).

The electronic prescription information received through the hospital treatment app 25 is transferred to the pharmacy 14 through the transfer app 26 again in an App-To-App method (S03), at this time, the pharmacy 14 is the transfer app 26 ) Through the customer can be directly selected (28).

When the pharmacy selection 28 is made, electronic prescription information is transmitted to the pharmacy 14 (S04), and when a request for payment of the drug fee (S05) is made, a mobile, kiosk or on-site payment is made, and the dispensed drug is received, The prepared electronic prescription may be stored by attaching a pharmacist certificate to the cloud 29 or an authorized electronic document archive.

The App-to-App method is a method in which electronic prescription information is transmitted to the hospital treatment app 25 -transfer app 26 -pharmacy terminal, and this may be a delivery method made based on the current medical law, pharmacist law personal information protection law.

Hospital treatment app 25 is subject to the medical law, and pharmacy terminals are subject to the pharmacy law, so the direct delivery of electronic prescriptions from the hospital terminal to the pharmacy terminal based on the medical law and the pharmacy law may cause a violation of the medical law and the pharmacy law. Therefore, it is possible to receive electronic prescription information from the hospital treatment app 25 through the transmission app 26 through the transmission app 26 as a medium, and also transmit the electronic prescription information to the pharmacy terminal through the transmission app 26. have.

The transmission app 26 is a mobile application stored in the patient's terminal, and may enable electronic transactions with hospitals under the premise of patient consent, and may also enable electronic transactions with pharmacies.

3 is a process of implementing an electronic prescription through an open card in an integrated electronic prescription system according to the present invention.

Referring to FIG. 3, an example of using the electronic prescription system by the open card customer 12 is shown.

The open card 23 is an electronic card registered in advance in the hospital server and the pharmacy server, and can be used for hospital treatment reservation, payment for medical treatment, prior consent for electronic prescription delivery to a pharmacy, and payment for drug costs.

The open card 23 is conventionally used to contain patient information for hospital treatment and is registered in the hospital server with consent, but in the present invention, the open card 23 is also registered in the pharmacy server to establish an electronic network system in both directions. To be able to do it.

Therefore, the open card 23 must be registered in advance (A) as a credit card.

The electronic prescription (32, strictly electronic prescription information) through the pre-registered open card 23 is delivered (B) to the pharmacy 14 designated by the customer through the mobile app.

In the pharmacy 14, preparation is made based on the received electronic prescription information, and when preparation is completed, the customer directly checks the contents such as notification of dispensing completion to the open card user 12 through the mobile app or through the notification talk 31. It sends information so that users can conveniently check it and provide information.

The open card user 12 can receive and check the dispensing completion notification through the mobile app, and also can receive payment details via SMS or notification talk 33, and check the usage history of the high pass card (34). have.

4 is an App-to-App service implementation process in the integrated electronic prescription system according to the present invention.

The App-To-App transmission method refers to a method in which one mobile app and another mobile app are interlocked to transmit specific data from one mobile app to another program in another location for processing.

In the present invention, the hospital treatment app 25-the transmission app 26-the POS billing program 36 is networked so that specific data can be transmitted and processed.

The reason why this approach is necessary comes from a practical problem.

The hospital treatment app 25 is called a mobile treatment card app, and is a mobile app for hospitals developed to allow patients to reserve treatment, pay treatment fees, and print prescriptions to receive treatment at the hospital even in reality.

However, such a hospital treatment app 25 is active in the hospital, but this mobile app is not compatible at the pharmacy, so it cannot be used at all, and it is impossible to deliver the prescription prescribed in the hospital to the pharmacy other than paper printing. .

In addition, it is of course possible to develop a pharmacy program that can be linked with the hospital treatment app 25, but since the pharmacy program itself is not unified, many silver pharmacy programs are used, so compatibility is not easy.

There are too many pharmacy billing programs 36 such as Palm IT3000, U-Pharm, E-Pharm, Palm Clinic, On-Pharm, With Farm, and Speed Farm.

For this reason, in the present invention, the transmission app 26 is developed to enable network linkage between the hospital treatment app 25 and the pharmacy billing program 36.

The transfer app 26 is linked with the hospital treatment app 25 and various pharmacy billing programs 36, so that mobile as a medium that can transmit electronic prescription information from the hospital treatment app 25 to the pharmacy billing program 36 It's an app.

The electronic prescription information 25a is transmitted from the hospital treatment app 25 to the transmission app 26 in an App-To-App method, and the electronic prescription information 26a from the transmission app 26 to the electronic prescription program 35 Is delivered.

The electronic prescription program 35 may display the electronic prescription 35a through program activation based on the received electronic prescription information.

Through this, the pharmacy can perform tasks (36a) such as confirming the dispensing request, sending the payment amount, waiting for payment completion, and notifying the dispensing based on the electronic prescription activated from the electronic prescription program 35 through the pharmacy claim program 36. do.

5 is a process for issuing an electronic prescription among the integrated electronic prescription system according to the present invention, FIG. 6 is a process for transmitting and requesting an electronic prescription for a pharmacy among the integrated electronic prescription system according to the present invention, and FIG. 7 is an integrated electronic prescription according to the present invention. It is a drug fee payment process in the system, and FIG. 8 shows a connection diagram of automatic input of a pharmacopeia program in the integrated electronic prescription system according to the present invention.

5 to 7, the hospital treatment app 25 receives a prescription from the medical information system 21 of the hospital 11 and stores it in the customer mobile 31, and the transmission app 26 stores the stored prescription. It is transmitted to the pharmacy 14 terminal.

In hospitals that do not provide the hospital treatment app 25, the transmission app 26 receives and integrates prescription data and prescription images directly from the medical information system 21 to form prescription information and transmits it to the pharmacy 14 terminal. You can do it.

In addition, these apps 25 and 26 may be integrated and installed on the customer mobile 31 or may be separately installed to be functionally separated.

The medical information system 21 is connected to an internal network through an https Restful API call, and can store customer information and prescription information in a database in the hospital.

In this embodiment, the prescription information may include a prescription in the form of an image and a QR code including prescription data.

The pharmacy 14 terminal is installed in an outpatient pharmacy, and the authorized electronic document storage server receives and stores information related to dispensing from the authorized pharmacy 14 terminal. Here, the information related to the dispensing may include the date of dispensing, the amount of dispensing, the pharmacist, the name and location of the pharmacy or medical institution prepared, the content when the prescription is changed or revised, and the content when the replacement is dispensed.

Referring to FIG. 5, a process of issuing an electronic prescription is shown.

Each hospital (11-1… 11-n) is provided with a medical information system 21 (EMR/OCS), and based on this, the user's mobile 31 is authenticated under encryption key authentication through a prescription processing relay server 22a. Electronic prescription information is delivered to

Encrypted electronic prescription (26a, strictly electronic prescription information) reads QR data, retrieves the hospital authentication prescription from the relay server, decrypts the hospital authentication prescription with the hospital authentication prescription encryption key, and encrypts the masked personal information through TLS communication section encryption. It is transmitted to the user's mobile 31 through.

The electronic prescription (26a) can be delivered from the hospital 11 to the mobile 31 through the hospital treatment app 25 in the user's mobile 31, and the hospital treatment app 25 is an electronic system of the hospital 11 It may be a mobile app associated with.

Referring to Figure 6, the electronic prescription pharmacy transmission and dispensing request process is shown.

The user receives the electronic prescription 26a from the hospital 11 through the hospital treatment app 25 of the mobile 31, and then sends the electronic prescription to the terminal of the pharmacy 14 through the transfer app 26 in the mobile 31. The prescription 26a can be transmitted.

The transmission app 26 may receive the electronic prescription 26a from the hospital treatment app 25 and transmit it to the pharmacy terminal, and when there is a drug fee payment request from the pharmacy terminal, the drug fee payment may be completed through the VAN company network.

Regardless of the type of pharmacy claim program 36 (pharmacy program) to be used, each pharmacy 14 terminal provides an electronic prescription 26a by a transmission app 26 and an electronic prescription program 35 that are compatible with the pharmacy claim program 36 to be used. Can be received and processed.

The pharmacy 14 terminal may transmit a drug fee payment request to the mobile 13a through the used pharmacy billing program 36, and may transmit a drug preparation completion message to the mobile 13a.

Referring to FIG. 7, a drug fee payment process is shown.

The user 12 may request an electronic prescription through the hospital treatment app 25 of the mobile in relation to the prescription data received by the hospital 11 (S21).

When payment of the hospital treatment fee is completed, the hospital 11 may transmit the electronic prescription information to the mobile of the user 12 through the medical information system 21 and the electronic prescription transmission module 22 (S22).

The user 12 uploads the electronic prescription information and transmits it to the prescription relay server through the transmission app 26 (S23), and the prescription relay server provides the electronic prescription information to the pharmacy 14 terminal (S24).

The pharmacy 14 terminal receives the electronic prescription information, checks it through the electronic prescription program 35 and the pharmacy claim program 36, and requests a drug fee payment request to the prescription relay server 15 according to drug dispensing (S25 ), the prescription relay server transmits the drug fee payment request data to the terminal of the user 12 (S26).

The user 12 completes the payment of the requested drug fee through the transmission app 26 (S27), and transmits the payment completion notification to the prescription relay server 15, and the prescription relay server 15 transmits the payment completion notification to the pharmacy ( 14) Transmit to the terminal (S28).

Subsequently, the pharmacy 14 prepares a drug corresponding to the electronic prescription, and transmits a notification of completion of the preparation to the prescription relay server 15 as soon as the preparation is completed (S29), and the prescription relay server 15 receives it from the user 12 Notify by mobile (S30).

Thereafter, the pharmacy 14 provides the drug to the user 12 (S31), and stores the electronic prescription in a cloud server or an authorized electronic document archive.

Referring to Figure 8, it is shown for the pharmacy billing program automatic input linkage.

The pharmacy 14 can be networked with the mobile of the users 12 and 13 under the environment provided by the electronic prescription platform 15, and the users 12 and 13 are unmanned kiosks 24 and mobile apps 25 and 26. , It may be linked to the pharmacy 14 terminal through the open card 31.

Each pharmacy 14 uses a variety of pharmacy billing programs 36, but for compatibility and delivery, the electronic prescription platform 15 provides a transfer app 26 separate from the hospital treatment app 25. I can.

As for the pharmacy billing program 36, palm IT3000 (361), u-palm 362, e-palm 363, palm clinic, on-farm, with farm, and speed farm 364 are mainly used.

The electronic prescription information (110a, 120a) is delivered in the App-To-App delivery method of the hospital treatment app 25 and the transmission app 26, so that the electronic prescription can be converted into data through the prescription relay server and confirmed. Billing, such as payment, may be processed through the pharmacy billing program 36.

Although the embodiments of the present invention have been described with reference to the accompanying drawings, those of ordinary skill in the art to which the present invention pertains can be implemented in other specific forms without changing the technical spirit or essential features. You can understand. Therefore, it should be understood that the embodiments described above are illustrative in all respects and not limiting.

10: service platform 11: hospital
12: open card user 13: mobile user
14: pharmacy

Claims (3)

A hospital terminal for generating and issuing an electronic prescription through a medical information system in the hospital;
A pharmacy terminal that activates the electronic prescription by an electronic prescription program and checks the electronic prescription through a pharmacy billing program; And
Including; an electronic medium of a user receiving the electronic prescription from the hospital terminal through an electronic medium and transmitting the electronic prescription information to the pharmacy terminal;
The electronic medium may be one of an open card, a kiosk, or a mobile,
The open card is a card electronically registered with the user's consent to the hospital terminal and the pharmacy terminal, and is an electronic prescription transmission approval medium for electronically transferring the electronic prescription from the hospital terminal to the pharmacy terminal,
The mobile stores a hospital treatment app and a transmission app, the hospital treatment app receives the electronic prescription information from the hospital terminal, and the transmission app delivers the electronic prescription information to the electronic prescription program of the pharmacy terminal. Transmit the electronic prescription in an App-to-App method,
By activating the electronic prescription through the kiosk, the electronic prescription information is delivered to the electronic prescription program of the pharmacy terminal through a transmission app stored in the mobile. The method of claim 1,
In the case of using the open card, a pharmacy to which the electronic prescription information is to be delivered is designated in advance, and the electronic prescription information is delivered to a designated pharmacy terminal,
In the case of using the kiosk or mobile, an integrated electronic prescription system for selecting a pharmacy to transmit the electronic prescription information through the transmission app and transmitting the electronic prescription information to the selected pharmacy terminal. The method of claim 1,
The hospital treatment app is a mobile application networked with the hospital terminal,
The transmission app is a mobile application that delivers the electronic prescription information by securing compatibility between the hospital treatment app and various billing and claiming programs of the pharmacy terminal, an integrated electronic prescription system.

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