KR20010068009A - A medical prescription transmitting system and medical prescription transmitting method - Google Patents

Abstract

PURPOSE: A system and method for transmitting a prescription based on a patient is provided to remove a wait time for a preparation of medicines by transmitting a prescription to a pharmacy selected by a patient through a manless terminal before the patient reaches to the pharmacy. CONSTITUTION: A hospital computation system(10) comprises a plurality of hospital terminals(120-1, 120-N) and a prescription transmission server(70). A kiosk system(20) performs an automatically transmitting of a function and comprises a CPU(221), a display(222), a card reader(223), a cash processing unit(224) and a communication module(228) for a network interface. A prescription relay system(40) relays a prescription to a pharmacy through a common communication network(30). A pharmacy managing system(50) comprises a pharmacy server(510) and a plurality of pharmacy terminals(520-1¯520-N). A delivery system(60) comprises a delivery server(610) and a plurality of delivery terminals(620-1¯620-N). In addition, a prescription transmitting server(70) and an electronic paying server(80) are provided.

Description

Patient-oriented prescription delivery system and prescription delivery method {A MEDICAL PRESCRIPTION TRANSMITTING SYSTEM AND MEDICAL PRESCRIPTION TRANSMITTING METHOD}

The present invention relates to a prescription delivery system and a prescription delivery method for delivering a prescription issued by a hospital to an external pharmacy, and in particular, when the patient directly selects a pharmacy that the patient wants to dispense from an unmanned terminal such as a kiosk, The present invention relates to a patient-centered prescription delivery system and a prescription delivery method capable of issuing a prescription while delivering some or all of prescription information issued by a doctor, patient information, and medicine and payment information to a pharmacy online.

Recently, as the new medical division of medicine is in full swing, there are several systems and methods for delivering prescriptions issued by doctors in hospitals to pharmacies. The reality is that it causes a lot of confusion and problems for hospitals, pharmacies) and customers (patients).

Hereinafter, various systems and methods related to various conventional prescription delivery systems and prescription delivery methods will be described, and problems thereof will be described in detail.

First, as shown in FIG. 11, a patient receives a prescription and visits a desired pharmacy to prepare a medicine.

In this method, the doctor must visit the pharmacy with the doctor's own prescription, which takes a long time to move to the pharmacy, as well as the pharmacist after the prescription is submitted to the pharmacy. It is inconvenient to wait for a long time during the dispensing time, and if the pharmacy visited by the patient does not have prescription drugs, the patient has to go to another pharmacy, The inconvenience of the patient is great, economic losses such as time wastage and transportation costs are increased, and there are various problems such as the possibility of arbitrary rise in preparations.

Second, there is a prescription delivery method using a fax (FAX) as shown in FIG.

In other words, after a patient receives a doctor's prescription at the hospital, the doctor-issued prescription is faxed to the desired pharmacy before the patient departs to the pharmacy to confirm that the patient has the desired medicine. It is a method of dispensing medicines by visiting the pharmacy in person.

This method has the advantage of eliminating the waiting time for the patient after arriving at the pharmacy, but it is necessary to install the fax separately, and the general public does not know how to use the fax and requires the help of a professional helper. Due to the frequent connection, due to the slow transmission speed, and after sending a prescription to confirm whether the prescription is reached, there is a lot of restrictions that the general public uses.

Also, faxes are not available in two-way conversations, so if the pharmacy does not have a prescription drug, you will not be able to reply to the patient in advance, and you will have to confirm by phone or go to the pharmacy without confirmation. If the patient has to visit several pharmacies are still uncomfortable. In addition, there is a possibility of error in dispensing due to the deterioration of the transmission data due to the aging of the fax.If the patient does not receive the medicine prepared by the pharmacy after sending the prescription to the pharmacy by fax, the cost of the pharmacy is incurred. Therefore, the pharmacy has the problem that both the patient and the pharmacy may suffer inconvenience and damage since there is a possibility of avoiding the drug even after receiving the prescription by fax.

Third, the hospital stores the doctor's prescription in a separate web server and publishes the prescription, and the patient visits the pharmacy desired and presents the prescription to the pharmacist. There is a way to download.

In this way, the prescription can be delivered electronically, but if there is no drug in the pharmacy, there is no alternative, it is not possible to shorten the waiting time, and the inconvenience of having to calculate the medicine separately, the server in the hospital There is a risk of information leakage by opening the program, so there is a difficulty in actual execution.

Finally, there is a way that doctors or hospital staff at the hospital can send prescriptions directly to the pharmacy of their choice via the Internet.

In this case, since the doctor or the hospital staff must send a prescription to each patient, inquiring the desired pharmacy, a time loss per patient is inevitable. In this case, there is a problem that can not confirm the situation.

In addition, in this case, since the drug code used in the hospital and the drug code used in the pharmacy are different from each other, there is a problem of generating a lot of time loss because the pharmacist must review the electronic prescription information each time the electronic prescription is received.

In addition, since this method simply transmits data, there is no way for the pharmacist to check whether the patient is visiting, so that the pharmacist avoids the preparation of the medicine before the patient visits the pharmacy. Since hospital personnel may only send prescriptions to certain pharmacies, there is a risk of collusion between the hospital and the pharmacy.

In addition, the above method cannot track the pharmacy that sent the prescription for each patient, so there is no countermeasure if a prescription is mistakenly mistaken. Since it is unknown, there is a difficulty in managing the patient.

In addition, in the conventional method as described above, since there is no means for delivering the medicine to the pharmacy, a variety of drugs corresponding to each patient's prescription must be ordered and provided in advance, which causes a large cost burden.

On the other hand, in all the methods described above, in the case of a prescription requiring injection, the patient has to go back to the hospital after receiving the medicine at the pharmacy, so that the patient's time and economic consumption increases, and the patient There is a risk of weakening accidents by transporting rosacea directly.

The present invention has been made in view of the above-mentioned, by displaying a pharmacy that can be prescribed prescription drugs through an unmanned terminal such as a kiosk, the patient selects the desired pharmacy and pays the drug costs, the prescription to the selected pharmacy In addition to the online delivery, the patient is issued a prescription separately so that the patient can receive the prescription immediately upon visiting the pharmacy and presenting the prescription, eliminating the waiting time for the patient and eliminating the prescription. Eliminates the inconvenience of having to visit the pharmacy, and provides pharmacy with a prepayment method to exclude the case where the patient who sent the prescription does not go to the medicine (loss of the cost of preparation). By sending a delivery request to a doctor, he can accept a variety of prescriptions without having to prepare a large amount of medicine in advance. Prescription and prescription delivery system that can deliver method that provides so has its purpose.

For example, the object of the present invention is to eliminate the possibility of drug-fixing by providing a selection means by which the patient can directly select a desired pharmacy.

In addition, the patient can receive the prescription immediately through a terminal such as a kiosk installed next to the storage window at the same time as storing the patient, reducing the travel distance to the pharmacy in the hospital and minimizing waiting time in the hospital, and pre-filling the prescription in advance. By passing the drug to your preferred pharmacy, the pharmacist will pre-fill the medicine before you arrive, eliminating the waiting time to arrive at the pharmacy and minimizing the inconvenience of visiting multiple pharmacies. There is that purpose.

In addition, at the hospital, a prescription tracking management system is provided so that the patient can know the pharmacy selected by the patient, so that if the prescription is wrong, the patient can notify the pharmacy and correct the prescription before the medicine is dispensed. Its purpose is.

Furthermore, in the pharmacy entrance, there is a method to secure the drug stably and promptly when needed without providing the prescribed drug in advance, thereby minimizing the inventory of the drug, and the pharmacy receiving the electronic prescription is automatically After searching the pharmacy inventory to determine if it can be dispensed, if there is no stock, you have to place an order using the drug code to order by logistics.However, if the drug is an insurance drug, you can use the drug code provided by the reviewer. In this case, since there is no standardized code, it must be converted into a common code, and the insurance drug code used by the pharmacy and the packing unit code used by the logistics are often different, so that the reference can be referred to. To ensure that the To provide a means for you to manage your credit limit, which has its purpose.

Another object of the present invention is to reduce the patient's time loss by having a pediatric patient, an elderly patient, a low frequency medicine prescription or a prescription prescribed when the prescription is delivered from the pharmacy as needed in the hospital In addition to providing a patient-centered prescription delivery method that can implement a delivery service to prevent the weakening accident that may occur as a patient directly transports the drug.

1 is an overall configuration diagram of a prescription delivery system for executing a patient-centered prescription delivery method according to the present invention,

2 is a H / W configuration of the kiosk system according to the present invention,

3 is a S / W configuration diagram of the kiosk system according to the present invention,

4 is a flowchart illustrating a procedure for issuing a prescription using a prescription delivery system and a prescription delivery method according to the present invention;

5 is an operation flowchart for explaining in more detail the prescription issuance procedure shown in FIG.

6 is a view showing the conversion and flow of prescription information according to the present invention,

7 is a S / W configuration diagram of a prescription delivery server according to the present invention;

8 is a pharmacy management information system S / W configuration diagram according to the present invention,

9 is a block diagram of the pharmaceutical logistics management information system S / W according to the present invention;

10A illustrates an example of a screen showing an identification step according to the present invention;

10B is a view showing an example of a screen showing a method of selecting a preparation method according to the present invention;

10c is a view showing an example of a screen showing a pharmacy selection step according to the present invention;

Figure 10d is a view showing an example of a screen showing a drug cost prepayment step according to the invention,

10E is a diagram showing an example of a screen showing a prescription issuing step according to the present invention;

11 is a flowchart illustrating a conventional manual prescription delivery system;

12 is a flowchart illustrating a conventional prescription delivery system by fax.

<Explanation of symbols for main parts of drawing>

10 --- hospital computerized system, 20 --- kiosk system,

30 --- public network, 40 --- prescription relay system,

50 --- pharmacy management system, 60 --- logistics system,

70 --- prescription delivery server, 80 --- electronic payment server,

90 --- financial institutions, 110 --- hospital servers,

120-1 ~ 120-N --- Hospital Terminal, 220, 220-1 ~ 220-N --- Kiosk,

221 --- central control unit, 222 --- display unit,

223 --- Card reader, 224 --- Cash processing unit,

225 --- fingerprint reader, 226 --- printer,

227 --- authentication module, 228 --- communication module,

229 --- Receipt Printer, 230-1 ~ 230-N --- Attracted Prescription Delivery Terminal,

410 --- prescription relay server, 420-1 ~ 420-N --- relay center terminal,

510 --- Pharmacy server, 520-1 ~ 520-N --- Pharmacy terminal,

610 --- Logistics Server, 620-1 ~ 620-N --- Logistics Terminal,

1101 --- hospital server I / F, 1102 --- hospital DB,

2201 --- Hospital Server I / F, 2202 --- Card Payment Lib,

2203 --- Prescription Specialist, 2204 --- Kiosk AP,

5010 --- prescription sending and receiving module, 5011 --- prescription receiving server,

5012 --- prescription remote control, 5013 --- EDI I / F,

5014 --- MSG I / F, 5015 --- Prescription DB,

5020 --- remote management module, 5021 --- automatic version management module,

5022 --- Automatic DB Management Module, 5023 --- Remote Management I / F,

5030 --- external network I / F module, 5031 --- custom I / F module,

5032 --- stock I / F module, 5033 --- EDI I / F module,

5034 --- Logistics I / F Server, 5040 --- Pharmacy AP,

5041 --- Drug DB, 5042 --- Customer DB,

6010 --- Pharmaceutical Order Transceiver Module, 6011 --- Receive Server,

6012 --- Safety Stock Management Module, 6013 --- EDI I / F,

6014 --- Pharmacy I / F Module, 6015 --- Account DB,

6016 --- stock DB, 6020 --- remote management module,

6021 --- Automatic Version Management Module, 6022 --- Automatic DB Management Module,

6023 --- remote management I / F, 6040 --- logistics AP,

6041 --- Drug DB, 6042 --- Customer DB,

6043 --- Unit Price DB, 7010 --- Program Manager,

7020 --- Professional Distribution Processor, 7030 --- Log Manager,

7031 --- Log DB, 7040 --- Hospital Network I / F,

7041 --- Hospital Server I / F, 7042 --- Kiosk I / F,

7043 --- DB I / F, 7050 --- external network I / F,

7051 --- HTML Converter, 7052 --- Email I / F,

7053 --- EDI I / F, 7054 --- MSG I / F,

7055 --- Pharmacy Status I / F, 7061 --- Drug DB,

7062 --- equivalent DB, 7063 --- member pharmacy DB,

8001 --- Card Payment Server, 8002 --- Credit Card DB.

A patient-centered prescription delivery system for the patient to directly select the desired pharmacy according to the present invention for achieving the above object, and automatically transfer the prescription to the selected pharmacy online: a hospital server and a hospital terminal installed in each sector A hospital computer system configured to include a separate prescription delivery server, which is provided with an IP address authorized to be accessible to the hospital server to protect all the information of the hospital, and to handle all the duties of the hospital; A central control unit, a screen display unit which simultaneously provides a screen display and a function of touching with a finger, a card reader for identification and receipt, a cash processor for processing cash, and a network interface for network connection A kiosk system having a communication module and performing a prescription automatic delivery function; A prescription relay system of a commercial telecommunications company that relays prescriptions to pharmacies and logistics via a public telecommunication network; A pharmacy management system having a separate pharmacy server and a pharmacy terminal for displaying a prescription to a pharmacist or a pharmacist performing a function of inputting a dispensing result, and installed in a pharmacy to perform all management tasks of the pharmacy; It has a separately installed logistics server that sends order information from the pharmacy and inventory status of drugs in the logistics to the pharmacy through the network, and a logistics terminal that performs the daily tasks of logistics and pharmacy management. Logistics systems installed in distribution centers, such as drug wholesalers; Program manager with various configuration information while controlling program start-up and termination, professional distribution processing unit distributing prescription transmission method according to pharmacy's reception method while distributing the text transmitted / received from inside and outside the hospital, and network error occurs during prescription transmission Then, the log data manager temporarily stores the prescription data in the log database and re-transmits when the network is normal, the hospital network I / F module for I / F with various computer equipment, and the external network I for changing the type of text according to the communication protocol. A prescription delivery server having a / F, connected to the kiosk through a network, and connected to the hospital computer system; It is configured to have an electronic payment server connected to a financial company for performing electronic payment.

In addition, a patient-centered prescription delivery method of directly selecting a desired pharmacy according to the present invention, and automatically transmitting the prescription online to the selected pharmacy includes: a patient directly inputs an ID number or social security number, or a hospital card such as a kiosk. Inserting the patient information into the terminal, and using the inputted patient information, a terminal such as a kiosk requesting medical information about the patient from the hospital server; and patient information of the patient from the DB of the hospital server; An identification step of confirming the identity with the help of menu-type information and voice guidance directly displayed on the screen of a terminal such as a kiosk by the patient consisting of transmitting medical information and prescription information; The terminal such as the kiosk requesting the prescription delivery server information about the drug indicated in the prescription, the prescription delivery server from the drug DB and the conversion DB the drug price and conversion data for the drug to the terminal such as kiosk In the step of transmitting, the terminal, such as kiosk using the data and prescription information received from the prescription delivery server to calculate the total drug value, and converting to the actual dosage unit of the drug to be prepared, common standard drugs for prescription drugs Converting the code into a code, displaying the prescription and the calculated drug value on the screen display, and when the patient presses the [OK] button, a terminal such as a kiosk displays a guide menu for selecting a medicine preparation method for the patient. A method of preparing a preparation method; In the above step, if the patient selects the pharmacy directly received by visiting the pharmacy, the terminal, such as a kiosk requesting the prescription delivery server information about the pharmacy holding the address of the patient or the prescribed medicines, and The prescription delivery server receives the request from the member pharmacy DB to search the pharmacy closest to the request conditions in a plurality of steps to guide the user to select the pharmacy in the pharmacy selection menu on the screen consisting of the step of guiding the picture on the screen display Pharmacy selection step; Drug costs storage method comprising a drug storage step selection step and a direct unmanned storage step; Requesting the electronic prescription transmission, the prescription delivery server requesting the electronic prescription information transmission to reduce the encryption according to the specified protocol, and to transmit from the external network I / F module via the specialized distribution processing module It converts the form according to the communication protocol applicable to the pharmacy and transmits it to the pharmacy management system of the pharmacy that is remotely connected to the network via the communication network. A prescription transmission step of transmitting the electronic prescription; A terminal such as a kiosk is provided with a prescription issuing step for automatically printing the details of the prescription and issuing it to the patient.

(Example)

(First embodiment)

Hereinafter, the configuration and the first embodiment of the present invention will be described in detail with reference to the drawings.

1 is a view showing the overall configuration of a prescription delivery system for executing a patient-centered prescription delivery method according to the present invention, the hospital computer system 10 for processing all the industrial duties of the hospital, and the automatic prescription delivery function A kiosk system 20 to perform, a prescription relay system 40 for relaying prescriptions to pharmacies and logistics via the public communication network 30, and a pharmacy management system installed in the pharmacy to perform all management tasks of the pharmacy (50) ), Connected to a series of kiosks 220-1 to 220-N, which are components of the kiosk system 20 through a network, a distribution system 60 installed in a distribution center such as a drug wholesaler, and the hospital computer system 10 It is configured to have a separately installed prescription delivery server 70 connected to the), and the electronic payment server 80 for performing the electronic payment is connected to the financial company (90).

Each component of the above-described prescription delivery system of the present invention according to the first embodiment of the present invention will be described in more detail.

First, the hospital computer system 10 shown in FIG. 1, although different for each hospital, is generally composed of a hospital server 110 and hospital terminals 120-1 to 120-N installed in each sector. In the present invention, in order to protect the general information of the hospital is configured with a separate prescription delivery server 70 is given an IP address (Address) authorized to access the hospital server 110.

The above-described prescription delivery server 70, as shown in Figure 7, controls the start and end of the program, while holding a program manager 7010 that holds a variety of configuration information, the full text transmitted and received from the hospital internal network and external network Professional distribution processing unit 7020 for dispensing a prescription transmission method according to the reception method of the pharmacy while accurately dispensing, and when transmitting a prescription using a network, if a failure occurs in the network, it is impossible to transmit the prescription data log database ( It is configured with a Log Manager (7030) for temporary storage in the Log DB (7031) and retransmitting when the network is normalized, and a hospital network (I) for I / F and various computer equipment (not shown). / F module 7040 is configured.

The hospital network I / F module 7040 records the pharmacy dispensing result in the hospital server 110 shown in FIG. 1, thereby providing a hospital server I / F 7041 having a function of recording the dispensing state and whether to substitute the dispensing agent. And a kiosk I / F 7042 which performs a function of exchanging patient information read from the hospital server 110 and information selected by the patient at the kiosk, and various databases for matching different information between the hospital and the pharmacy. Database (DB) I / F for I / F.

In addition, the external network I / F 7050 having a function of changing a specialized form according to the communication protocol, for I / F with pharmacies using various communication protocols, receives an email (E) through the HTML converter 7051. e-mail I / F module (7052) to convert the prescription to be sent to the member pharmacy to receive the mail (e-mail) to the HTML document, and to convert to EDI form in the case of pharmacies that want to send the electronic prescription in EDI form EDI I / F module (7053) having a function of authenticating the function to authenticate and forgery and tampering while encrypting the prescription and transmitting it by minimizing prescription data and transmitting it using a communication means of TCP / IP. Prescriptions are sent to pharmacies who want high-quality services with the ability to speed up, minimize disruptions, and encrypt prescriptions to know forgery and tampering. MSG I / F module (7054) for sending and pharmacy terminal that can not send the electronic prescription by periodically checking the operation state of the pharmacy terminal to check whether the electronic prescription can be received and transmit the result to the kiosk If the patient selects it is configured with a pharmacy status I / F module (7055) to inform the pharmacy is currently in a disabled state.

As the database DB used in the above-described prescription delivery server 70, a drug DB 7082 that stores price information for drug price calculation, and a conversion for converting different price calculation and prescription unit criteria between a hospital and a pharmacy DB 7062 and a member pharmacy DB 7003 storing a list of member pharmacies.

In addition, the kiosk system 20 that performs the automatic delivery of the prescription shown in Figure 1, the general patient or customers who do not know the computer easily to handle the work using the menu-based buttons appear on the screen and voice guidance anyone It is a cutting-edge system that adopts the next generation information processing system that can perform the work by touching the menu displayed on the screen with the finger, excluding the input method using the general keyboard which the existing PC has.

In order to implement the advanced information processing function as described above, the present invention employs the H / W configuration of the kiosk system 20 as shown in FIG.

That is, the H / W configuration of the kiosk system 20, the central control unit 221, the screen display unit 222 for simultaneously providing the screen display and the function to touch by touching the finger, for performing identification and storage The card reader 223, a cash processing unit 224 for processing cash, and a network interface communication module 228 for performing a network connection, and a printer 226 for performing prescription issuance And, if authentication of the issuing hospital is required, the authentication module 227 for performing physical authentication and the receipt printer 229 for performing receipt is installed as an additional component, fingerprint recognition, if necessary It is configured to additionally install a security module such as a device 225 or a surveillance camera.

The S / W configuration of the kiosk system 20 as described above, the information recorded in the hospital DB 1102 via the I / F module 1101 of the hospital server 110, as shown in FIG. Through the hospital server I / F module 2201 used to inquire or record the result, and through the I / F module 8001 of the electronic payment server 80, the credit card approval and cancellation function can be performed when storing the hospital expenses or paying the drug expenses. Card payment Lib module (2202) that can be performed, the prescription delivery server 70 and the prescription professional processing module (2203) to send and receive the necessary information, and provide the patient with the necessary information for each step of the care, unattended It consists of a kiosk AP (2204) that provides a variety of services, such as unattended payment, prescription delivery, appointment reservation, medical expenses storage, inpatient inquiry, hospitalization and hospital information to support the processing of the work.

On the other hand, the above-mentioned hospital server 110 is a system that manages all the tasks performed in the hospital, a comprehensive hospital information system composed of OCS, business, personnel, accounting system, DB (1102) of the hospital server 110 ), Patient medical records, prescription data and medical fee calculation information are recorded.

The prescription delivery server 70 manages the DB for the medicine price / conversion code / public code requested by the kiosk, and stores the electronic prescription information received from the kiosk through the external network in the pharmacy 50 or the prescription relay system 40. Function to feed back the status of the pharmacy management information system, to prevent hacking of the hospital network from the external network, and to transmit the patient prescription via the Internet, by encrypting the electronic prescription information, You can protect your information.

In addition, the communication network 30 shown in FIG. 1 can use all the TCP / IP networks, such as ADSL and Internet dedicated lines which a communication company provides, and a communication protocol.

In addition, the prescription relay system 40 shown in FIG. 1 is a relay system of a company that provides a commercial communication service, and is applied only when a prescription transmission service is performed via a communication line of these companies, and according to the present invention, 1 The primary prescription transmission method is a method of directly transmitting from the prescription delivery server 70 of the present invention to the pharmacy management system 50 or the logistics system 60 using the commercial communication network 30.

In addition, the above-described pharmacy management information system 50 shown in FIG. 1 can utilize the PC system and pharmacy software used in the existing pharmacy as it is, and in the present invention, in order to maximize the utilization effect of the system, It is configured with a separate pharmacy server 510 as shown, and a pharmacy terminal (520-1 ~ 520-N) to display the prescription contents to the pharmacist or to perform the function of the pharmacist to input the preparation results.

The S / W configuration of the pharmacy management information system 50 as described above, as shown in Figure 8, the prescription transmission and reception module 70 and the prescription transmission and reception module 5010 for transmitting and receiving a prescription and other information, and changes from time to time Logistics I / F providing I / F with the remote management module 5020 and the logistics system 60 having the function of updating a program to be updated and the function of remotely monitoring and controlling the status of the pharmacy management information system. Module 5030, a pharmacy AP 5040 that supports pharmacist operations such as prescription information management, inventory management, business management, EDI billing and drug management, a drug DB 5041 that stores various information related to drugs, and It consists of a customer DB5042 which stores customer information.

Hereinafter, the S / W configuration of the above-described pharmacy management information system 50 will be described in more detail.

That is, the prescription transmission and reception module 5010 shown in FIG. 8 has a function of receiving a prescription transmitted from the prescription delivery server 70, decrypting the encrypted prescription, and authenticating and automatically recording the prescription in the prescription DB 5015. Prescription receiving server 5011, the function of automatically turning on / off the prescription receiving server 5011 and the pharmacy PC, the function to automatically recover in the event of a network failure and backup communication line in the event of a failure of the pharmacy program Prescription remote control module 5012 having a function of automatically restoring the electronic device, an EDI I / F module 5013 for receiving an EDI type electronic prescription, an MSG I / F module 5014 for receiving an MSG type electronic prescription, and And a prescription DB management module 5022 for storing and storing the received electronic prescription.

In addition, the remote management module 5020, an automatic version management module 5021 for automatically updating the changed program at a predetermined time or a desired time, and automatic DB management for automatically updating the drug DB information that is changed from time to time automatically Module 5022 and remote management I / F.

Moreover, the logistics I / F module (external network I / F module; 5030) inquires about the current drug inventory status of the pharmacy and informs whether the drug is in stock for preparation according to the electronic prescription delivered from the hospital. Automatic ordering module (5031) that supports urgent orders, and checks the inventory held in the logistics to order regularly, and inventory that allows you to query the inventory information or EDI billing status of the pharmacy in the logistics I / F module 5032, EDI I / F module, and logistics I / F server.

In addition, the logistics management information system 60 shown in Figure 1, in order to maximize the utilization effect of the system, through the network to send the order information from the pharmacy and the inventory status of the drugs held in the logistics to the pharmacy separately Installed logistics server 610 and logistics terminals (620-1 ~ 620-N) that perform tasks such as ordering / ordering, medicine inventory / payment, accounting management, drug management and pharmacy management It is provided with.

The S / W configuration of the logistics management information system 60 as described above, the drug order transmission and reception module 6010 that provides a function that can be ordered through the electronic order the drugs required by the member pharmacy as shown in FIG. And, a remote management module 6020 having a function of updating a program and DB that changes frequently from time to time, and a function of remotely monitoring and controlling the status of the logistics management information system 60, and ordering / inventing / outgoing / accounting / membership to the person in charge. Logistics AP (6040) that supports operations such as pharmacy management and medicine electronic order, drug DB (6041) that stores all information related to drugs handled by logistics / pharmacy, customer DB (customer) that stores customer information DB 6042 and a unit price DB 6063 that stores weak value information.

The drug order transmission and reception module 6010 described above, the order receiving server module 6011 for receiving an electronic order received from the pharmacy management system 50, and to manage the safety inventory of the logistics to smoothly supply the ordered medicine Safety inventory management module (6012) that provides the function, EDI I / F module (6013) for receiving electronic orders in EDI format or sending drug transaction details, pharmacy I / I to query the pharmacy inventory and EDI billing status F module 6014, the client DB 6015 that provides information to prevent the occurrence of bad debts by storing information such as the basic information of the customer, network connection information and credit limit for the customer when an order is received, and a pharmacy It consists of a stock DB (6016) that allows you to query the inventory of logistics when ordering drugs.

In addition, the above-described remote management module 6020, the automatic version management module 6021 for automatically updating the changed program at a predetermined time or a desired time, and automatically for remotely updating the drug DB information that is changed from time to time DB management module 6022 and remote management I / F.

Next, data about various information used in the present invention will be described.

First, the following [Table 1], [Table 2], [Table 3] and [Table 4] shows a variety of information stored in the DB 1102 of the hospital server 110 according to the present invention, 1 is prescription information, [Table 2] is patient information, [Table 3] is the prescription drug details, [Table 4] is a detailed description of the prescription injection.

Prescription number Prescriber's License Number Type of insurance Patient's name Other insurance type Patient's Social Security Number Insurance Specialty Type Veteran number Nursing home symbol Medical Course Medical institution name Disease Classification Code 1 Medical institution phone number Disease Classification Code 2 Medical institution fax number Specific symbol Medical Institution E-mail Formulation Prescriber's Statement Notes for Formulation License type of prescription medical practitioner Period of use

Certificate number / Industrial establishment number Combination Symbol / Industrial Designated Medical Institution Symbol Name of Association / Business Name (Industrial) Combination Name of Insured / Worker Insured Social Security Number Relationship with Insured Disaster occurrence date

Salary / Non-pay Salary Drug Classification Code code Name of prescription medicine Drug Basic Content Unit of basic content Drug base dose Unit of basic capacity 1 dose Dose Unit Number of doses per day Total days usage

Salary / Non-pay Salary Injection prescription code Name of Injection Prescription Drug Basic Content of Injectable Drugs Unit of basic content Injectable Base Dose Unit of basic capacity 1 dose Dose Unit Number of doses per day Total days usage

In addition, Tables 5 and 6 describe in detail the drug price information of the drug DB 7041 of the prescription delivery server 70 and the conversion information of the conversion DB 7082 according to the present invention.

Drug Code Unit of Content EDI Code Standard quantity barcode Standard quantity unit product name Manufacturer Underwear / Outer / Injection Insurance cap, regular price Drug form Remarks Specially Managed Drugs Insurance start date Insurance Insurance end date Packing unit Date Modified Quantity Modification time

Hospital code EDI Code, Common Code Conversion

In addition, [Table 7], [Table 8] and [Table 9] shows a variety of information processed in the terminal 220, such as a kiosk according to the present invention, [Table 7] is the prepaid lead information received from the customer, [Table 8] is a combination of the drug DB 7081, the conversion DB 7072 and the prescription data of the prescription delivery server 70 and the drug cost calculation information that is the result of calculating the drug cost for the corresponding prescription, [Table 9] is the patient Detailed information about the selected pharmacy is displayed, showing detailed information about the selected pharmacy.

Payment guarantee Advance payment Credit card type Credit card number Credit card expiration date Credit card holder name Merchant number Approval number Approval date Installment Installment period

Kiosk ID Prescription ID Insurance price Insurance fee Uninsured Drug Price Uninsured subsidies Self-pay Insurance National burden Total amount of money Extra amount at night Surcharge amount when preparing holiday

Care organization symbol Pharmacy Name Pharmacy E-mail Pharmacist's Name Pharmacy phone number Pharmacy Fax Number How to Receive Drugs How to send a prescription

Next, with reference to Figures 4 and 5 will be described in detail the prescription issuance procedure using the prescription delivery system and the prescription delivery method according to the present invention.

First, the prescription delivery method according to the present invention, as shown in Figure 4, the identification step (S01) to confirm the identity of the patient directly with the help of the menu information and voice guidance displayed on the screen of the terminal, such as kiosk, Pharmacy method selection step (S02) of selecting a dispensing method, the pharmacy selection step of the patient directly selects a pharmacy to be dispensed from the pharmacy selection menu displayed on the screen (S03), drug preparation fee storage step (S04) for storing the drug preparation fee, It is provided with a prescription transmission step (S05) for transmitting the electronic prescription combining the prescription and preliminary payment data to the pharmacy directly selected by the patient, and a prescription issuing step (S06) for issuing the prescription to the patient.

Hereinafter, a process of performing each of the above-described steps according to the first embodiment of the present invention will be described in more detail.

Once the doctor's treatment for the patient is completed, the prescription is inputted into the existing prescription system, and the completed patient is moved to a terminal system such as a kiosk of the present invention installed in a hospital corridor or a storage window. Enter the patient ID or social security number used in the hospital according to the voice guidance, or use the hospital card that is issued and used in different forms depending on the hospital, such as IC type, MS type or barcode type, which stores the patient's identity information. By inserting in, the prescription delivery process of the present invention as shown in FIG. 5 is started.

For example, in the above-described identity verification step (S01), as shown in Figure 5, the patient directly enters the ID number or resident registration number used in the hospital, IC type, MS type or barcode type, etc. in which the identity information of the patient is stored. The patient card is inserted and used in different forms according to the hospital, and the patient information is inserted into the terminal such as the kiosk (S011), and the terminal such as the kiosk is connected to the hospital server using the patient information input in this step (S011). When requesting the medical information for the patient (110) (S012), from the DB 1102 of the hospital server 110 and the patient information and medical information of the patient in the form described in [Table 1] ~ [Table 4] It transmits prescription information such as prescription drugs and prescription injections (S013).

On the other hand, the patient checks this identity information and if there is no problem, press the [OK] button to perform the next process, if there is a problem to the hospital staff to go through the correction process.

10A shows an example of a screen showing an identification step S01 applied to the present invention.

Subsequently, the terminal such as a kiosk requests the prescription delivery server 70 information on the prescription drug indicated at step S021, and the prescription delivery server 70 corresponds from the drug DB 7081 and the conversion DB 7082. Drug price for the drug [Table 5] and conversion [Table 6] necessary data is transmitted to a terminal such as a kiosk (S022).

Next, a terminal such as a kiosk utilizes the data and the prescription information received from the prescription delivery server 70 to calculate the total drug value including the insurer, the noninsurer, the prepayment, the copayment, and the copayment. After converting to a pharmaceutical preparation unit (S023), and then converted to a standard drug common code for prescription drugs (S024), and then display the prescription and the calculated drug value on the screen display unit 222 (S025).

On the other hand, the patient checks the details and if there is no problem, press the [OK] button to perform the next step, if there is a problem to the hospital staff to go through the correction process.

In the above step, when the patient presses the [OK] button, the terminal such as a kiosk displays a guide menu for selecting the medicine preparation method to the patient (S026).

Here, the medicine preparation menu provides a variety of selection means, such as visits to nearby pharmacies, visits to member pharmacies, non-designated pharmacy (issued only prescription), in-house delivery.

10B shows an example of a screen showing a preparation method selection step S02 applied to the present invention.

In the step of selecting the preparation method (S02), if the patient selects the designated dispensing method to visit and receive the desired pharmacy directly, such as a visit to the pharmacy or member pharmacy visits nearby, proceed to step (S03), and do not specify a specific pharmacy If the non-designated method is selected, the prescription issuance process proceeds in step S06, and only the prescription is issued, and in the case of selecting the in-house courier, the drug cost prepayment step of step S04 is performed.

In addition, in the preparation method selection step (S02), when the non-designated method is selected, the prescription is not sent directly to the pharmacy, but is transmitted to the prescription relay server 40 of the communication company, and the patient at the pharmacy at the time the patient visits the pharmacy. Using the resident registration number or prescription number of the access to the prescription relay server 40 was carried out to download the prescription information.

In the step (S02), if the patient selects the pharmacy directly received by visiting the pharmacy, the terminal, such as kiosk to inform the prescription delivery server 70 about the pharmacy that holds the patient's address or prescription medicine The request is made (S031), the prescription delivery server 70 receives the request from the member pharmacy DB (7063) to search the plurality of pharmacies closest to the request conditions to guide the screen display unit 222 in the form of a picture (S032).

10C shows an example of a screen showing the pharmacy selection step S03 applied to the present invention.

On the other hand, when the patient selects the desired pharmacy from the pharmacy displayed on the screen display unit 222, the process proceeds to the prepayment stage (S04).

At this time, if the patient selects a home delivery service, if the patient selects a pharmacy and the computer fails and the prescription is not sent to the pharmacy, the retransmission function and the corresponding pharmacy are displayed on the screen to prevent the patient from waiting indefinitely. It additionally includes a function for deleting, and additionally includes a function for transmitting a prescription by fax when the prescription relay server can not transmit the prescription.

The above-described drug cost prepayment step (S04) is composed of a drug cost storage method selection step (S041) and a storage step (S042) for direct unmanned storage.

The drug cost storage method selection step (S041) is implemented according to a method specified by a hospital and a pharmacy, such as a method of making a credit payment using a credit card, direct bank transfer, or storing cash directly, and a payment method of a financial institution. .

FIG. 10D shows an example of a screen showing the drug cost prepayment step S04 applied to the present invention.

As described above, when the prepayment of the medication fee is completed, the terminal such as the kiosk, the patient information and the prescription information (a) received from the prescription delivery server 70 in step S02 as shown in FIG. And information and prescriptions converted into drug costs calculated by using drug price information and conversion information (b) of the medicines read from the drug DB 7081 and the conversion DB 7082 and the preparation units of the drugs actually prepared by the pharmacy. The information converted to the standard drug common code for the drug and the prepaid lead information (c) are recombined, converted into electronic prescription information (e), and requested to be transmitted to the prescription delivery server 70 (S051).

The prescription delivery server 70, which has been requested to transmit electronic prescription information, performs encryption according to a predetermined protocol (S052), and then transmits it from the external network I / F module 7050 via the specialized distribution processing module 7020. It converts the form according to the communication protocol corresponding to the pharmacy to be automatically transmitted to the pharmacy management system 50 of the corresponding pharmacy remotely connected to the network via the communication network 30 (S053).

Next, the terminal such as the kiosk automatically returns to the initial screen after performing the prescription issuing step (S06) which automatically prints the prescription details and issues them to the patient.

10E shows an example of a screen showing the prescription issuance step S06 applied to the present invention.

After the patient is issued a prescription through the above-described steps, the patient may go to the pharmacy of his choice and receive the medicine.

Meanwhile, when the electronic prescription information is transmitted to the pharmacy, the pharmacy management information system shown in FIG. 8 is converted into electronic prescription information transmitted in the EDI type (5013) or drug information used in the pharmacy transmitted in the MSG type (5014), Electronic prescription information converted to the common drug code is stored in the prescription DB (5015).

This converted prescription information can be used in a prescription management program in the pharmacy AP 5040 without a pharmacist's review, thereby eliminating the step of reviewing electronic prescription information or manually inputting the information, thereby fully automating the pharmacy's business process. Can be. In addition, upon receipt of the electronic prescription, the prescriptions are classified by usage and printed on a label, allowing pharmacists to directly refer to the label and apply the label directly to the medicine envelope. And automated.

When the dispensing is completed, the pharmacist can verify the drug costs in the pharmacy terminal (520-1 ~ 520-N) or guide the medication, thereby automating the entire pharmacy, such as reception / prescription input / review / preparation / medication guidance.

In particular, if it is not converted to the drug code used in the pharmacy, or converted to the common use code, because the pharmacists need to check the contents of the electronic prescription every day, a lot of unnecessary work enters, in the present invention as a drug code used in the pharmacy By converting (S024) or converting into a common code (S025) to display the pharmacists, the pharmacist is operated so that the contents of the electronic prescription do not have to be checked.

On the other hand, when the order I / F module 5031 in the external network I / F module 5030 receives an electronic prescription, it examines the list of prescription drugs included in the electronic prescription and checks whether the current pharmacy is in stock at the pharmacy. Inquiry from the drug DB (5041), if there is not enough inventory to query the inventory quantity held by the logistics to send an automatic order immediately, logistics, if necessary to check the adequacy of the order pharmacy inventory inquiry (5032) or pharmacy EDI billing status (5033) and the like to operate the order to accept.

In addition, the pharmacy management information system, as shown in Figure 6 is operated to transmit the pharmacy terminal status information (d) and the preparation result (e) to the terminal 20 and the hospital server 110, such as a kiosk, respectively.

On the other hand, if the patient chooses a delivery service, if the prescription is not delivered to the pharmacy properly, the delivery of the medicine may not be confused and the patient may have a problem waiting indefinitely in the hospital. The state is transmitted to a terminal such as a kiosk of a hospital (S07), and the selection window of the corresponding pharmacy in which the disorder is generated is made inactive so that the patient cannot select it.

In the logistics management information system shown in FIG. 9, when the pharmacy requests inventory inquiry for an order, the order receiving server module 6011 searches the drug DB 6061 and transmits the stock presence and quantity to the pharmacy, and logistics at the pharmacy. Supports ordering in consideration of stocks held by the company, and when the order is received from the pharmacy, the order receiving server module 6011 receives the order, and checks the adequacy of the inventory for the requested order in the drug DB 6061. At the same time, the credit limit of the pharmacy in the customer DB 6015 is checked to finally receive the order.

The safety inventory management module 6012 manages the received electronic order status by integrating it with the contents of a telephone order from an existing customer, and periodically uses the data to smoothly supply the ordered medicine and minimize inventory. The safety stock quantity is automatically updated and used when ordering from a pharmaceutical company.

In addition, the safety inventory management module 6012 periodically checks whether a minimum inventory to be held in the pharmacy is delivered before ordering it at the pharmacy, or by ordering it in advance with a pharmaceutical company to secure the stock so that the stock is out of stock at the pharmacy. It can minimize the occurrence, and submit the manual slip by periodically converting the transaction information with the pharmacy and the transaction information with the pharmaceutical company into the EDI type required by the government (6013) and transmitting it as electronic EDI data to the auditor. It is operated to eliminate the inconvenience.

The main features of the operation process of the present invention as described above are summarized below.

First, in the prescription delivery process, in order to accurately transmit the information required for the pharmacy to dispense, the drug code used in the hospital and the drug code used in the pharmacy are converted to the same, and the minimum prescription unit used differently by each hospital. Is converted to the unit used by the pharmacy, and if the drug code used in the hospital is different from the drug unit used in the pharmacy, the pharmacist electronically sends the correct data to the pharmacy by using the converted quantity in the conversion table. The contents of the prescription were reconfirmed and prepared so that the medicine price could not be calculated.

In addition, in the case of uninsured drugs used by hospitals, if the product code is not provided and the product name is sent to the pharmacy, the pharmacy must reconfirm the prescription each time and re-enter the manual manually if necessary. When prescribing drugs, the common codes of the conversion information shown in [Table 6] are converted and transmitted, thereby fundamentally solving the problems of inconvenience and weakening accidents caused by handwriting or recalculation.

On the other hand, in the case of a pharmacy, no matter how electronically the prescription is sent in advance, if the patient does not visit, the already prepared packaging must be dismantled, and powder prescription cannot be dismantled. Because of this reason, the pharmacy in the pharmacy is to be prepared after the patient arrives at the pharmacy because of this reason can not shorten the waiting time for the preparation of the electronic prescription delivery effect disappears, in the present invention to solve this problem, such as kiosk If the patient pays the drug price before the visit to the pharmacy, the pharmacist will take care of the prescription for the prepaid prescription. It was carried out to receive.

In addition, in the present invention, as shown in FIG. 6, by converting the selected pharmacy information, delivery means, drug cost calculation result and prepaid payment result and patient information and prescription information converted to electronic prescription information, re-verification in the pharmacy It is possible to minimize the unnecessary overhead and minimize the cost and to maximize the productivity by creating an environment that can be prepared without any audit work. It was used as data.

Moreover, in order to maximize the effect according to the embodiment of the present invention, some or all of the following functions may be additionally added to operate.

First, the display of all data is displayed using the touch screen, the user can easily operate the data by inputting all the data with the finger on the screen instead of the keyboard, and operating it according to the voice guidance. It was made.

Second, the identification of the patient may use a medical card or credit card or a medium recording a resident registration card or other identification information, and using a fingerprint recognition device 225 or a surveillance camera as shown in FIG. One or more security functions such as recognition can be applied to operate.

Third, the storage method is to allow the hospital to select various payment methods such as cash, credit card, cash card or other prepaid card.

Fourth, a search function for searching an optimal pharmacy on the server according to the patient's place of residence and the type of prescription drug was added.

Fifth, in order to prevent the weakening accidents caused by the division of medicine and to submit the year-end settlement, the doctor's signature is printed as an image so as to confirm the issuing hospital and prescription doctor, and the seal of the issuing hospital is sealed and issued. If the number of sheets is 2 or more, the physical authentication function, which is perforated and stapled, can be selectively applied in whole or in part according to the needs of the hospital so that the same document can be confirmed.

Second Embodiment

Since the configuration and implementation process related to the second embodiment of the present invention have already been described in the first embodiment, detailed description thereof will be omitted.

In the case of the prescription delivery system according to the first embodiment of the present invention described above, the information necessary for the patient is displayed on the screen on an unmanned guidance system such as the kiosk 220, and the tasks to be processed are provided in the form of a button menu. Providing the voice guidance, the patient is configured to proceed by touching the desired menu by hand, in this case, the elderly, the disabled or the general patient who do not know the computer may feel rejected in using the system according to the present invention. You may need help from a helper if you do not know how to use it.

Therefore, in the prescription delivery system using a decoy terminal according to the second embodiment of the present invention for solving the above problems, as shown in Figure 1 by using a terminal such as a PC, such as a conventional hospital terminal device By installing the manned prescription delivery system 230 that operates in the same manner as the unmanned program according to the present invention in each section of the hospital, the nurse or the like transmits the prescription to the pharmacy desired by the patient or stores the medicine value on behalf of the patient. I could do it.

In this case, the manned prescription delivery terminal required, using the hospital terminal 120 that was applied in the existing hospital as it is, to minimize the cost by developing only to install the program, the operation order or function of the kiosk of the present invention 220, such as an unmanned guidance system.

(Third Embodiment)

Since the structure and implementation process related to the third embodiment of the present invention have already been described in the first embodiment, detailed description thereof will be omitted.

In the prescription delivery method according to the first embodiment of the present invention described above, when the patient selects the pharmacy in the unmanned prescription machine, the patient needs to go through two or three steps to select the pharmacy, resulting in inconvenience to the patient. In addition, when the number of member pharmacies increases, there is a limit in displaying a large number of pharmacies in the form of images on a small screen, and the work processing time of the system becomes long, which acts as a factor that lowers the operation rate of the system.

Therefore, in the pharmacy selection method using the member pharmacy card according to the third embodiment of the present invention for solving the above problems, the pharmacy ID and the patient information is recorded in the pharmacy using the patient's own pharmacy By issuing and distributing the member pharmacy card, the patient can enter the desired pharmacy at once by inserting the member pharmacy card without selecting the pharmacy through complicated steps in an unmanned system such as a kiosk or a mandatory prescription issuing window.

In this case, in addition to the pharmacy ID and basic patient information, if a user adds various information such as the patient's social security number or the insured social security number, the patient information inquiry and pharmacy selection or appointment reservation and medical expenses account transfer can be made using the pharmacy card without using the hospital card. By processing such tasks at once, the use time can be shortened while improving the convenience of use.

(Example 4)

Since the configuration and implementation process related to the fourth embodiment of the present invention have already been described in the first embodiment, detailed description thereof will be omitted.

In the prescription delivery system according to the first and second embodiments of the present invention described above, when the prescription of the patient is transmitted to the pharmacy designated by the patient through an unmanned terminal or a manned terminal such as a kiosk, the prescription delivery server 70 After passing through), and deliver the prescription directly to the pharmacy through the communication network 30, and save the prescription delivery record for each prescription delivery, and later through the financial company 90 connected through the electronic payment server (80) It is configured to automatically charge prescription delivery fees and system usage fees to pharmacies or logistics.

However, in the above case, additional charges such as communication line fees and VAN companies or financial institutions' certification and transfer fees may be incurred in charging fees and system usage fees, which may cause deterioration of profitability of the operator. .

Therefore, in the electronic prescription delivery system and prescription delivery method through a communication provider according to the fourth embodiment of the present invention for solving the above problems, through a business alliance with an existing communication provider such as Korea Telecom or Dacom 1, it is connected to the prescription relay system 40 of the communication service provider, so that the prescription can be delivered via the relay system 40.

In this case, when the prescription delivery server transmits the electronic prescription data (d) of FIG. 6 created in the prescription delivery server 70 of the present invention to the prescription relay server 410 of the affiliated communication company (S053), the prescription relay of the communication company. The server 410 receives the full text and stores it in a separate place (S054), and then transmits it to the corresponding pharmacy (S055).

In the above case, all the communication line management and expenses in the transmission of the electronic prescription information are borne by the telecommunication company, and the prescription delivery fee and system fee are calculated by the prescription relay system 40 and collected by the customer in addition to the telephone fee. In addition, by collectively transferring to the prescription delivery service provider of the present invention, eliminating the burden of securing and maintaining the network and the cost of the communication line fee according to the prescription delivery, can solve the problem of collection of fees and system usage fee can achieve a significant improvement of the management effect. .

As described above, the present invention is not limited to the above-described embodiments, but can be carried out in various ways without departing from the object and background of the present invention.

For example, a doctor or pharmacist who is not a patient for prescription delivery may support a delivery service through the service program of the present invention to a pharmacy designated by the patient.

In addition, according to the contents of the prescription delivered to the pharmacy, the pharmacist presents the optimal preparation conditions, such as the type of drug, the unit price, and the efficacy of the pharmacy, so that the patient can select the pharmacy by directly viewing the preparation conditions presented by the various pharmacies. The system can be added as an additional service based on the automatic prescription delivery system of the present invention.

In addition, it is possible to select a pharmacy on the kiosk screen, and may only issue a prescription without delivering an electronic prescription, in this case, the pharmacy desired by the patient arbitrarily change, or the desired pharmacy in the neighborhood of the prescription delivery system of the present invention It can be applied even when it is not accepted.

In addition, the preliminary delivery can be implemented without the prepayment as prescribed by the hospital, the divided task processing system to process only the drug preparation application in the prescription delivery system of the present invention.

As described above, according to the present invention, the process of delivering the prescription from the hospital to the outpatient pharmacy is unattended, and at the same time, the patient directly selects the desired pharmacy, eliminating the interference of doctors, and dispersing the focus on the pharmacy. By doing so, the main purpose of the medical division can be fully achieved by eliminating the holding of medicines between the pharmaceutical divisions and the bias toward some pharmacies.

In addition, by delivering the contents of the prescription to the computer system, it is possible to prevent the weakening accidents caused by manual delivery or fax transmission, computerized management of all medical information, and tracking and management of the delivered prescription data is possible when the error of the prescription occurs Efficient management such as immediate modification and auditing is possible.

In addition, the patient can secure the right to select the desired pharmacy, transfer the prescription to the desired pharmacy in advance, pay the drug fee in advance, and then visit the pharmacy to visit several pharmacies because there is no medicine. Because you can receive your medications immediately without having to go to the hospital or wait for a long time at the pharmacy, you can minimize the time and money lost by the division of medicine.

In addition, in the case of a pharmacy, when a patient visits and presents a prescription, the patient inputs his management information system again, checks whether the medicine is in stock, and does not perform complicated manual work such as calculating the medicine value and preparing the medicine. By receiving the prescription electronically by the prescription delivery system of the drug, the drug can be prepared by referring to the delivered prescription data and the automatically calculated drug value, and if the patient receives the drug value in advance, the drug can be prepared in advance. It can enhance customer convenience service by eliminating patient's preparation waiting time, minimize the cost loss that can be caused by not finding medicine, and possesses prescription drugs through computer system connected to distribution center. If not, the patient can make an urgent order and receive a courier service before arriving. It can minimize the cost of drug costs, minimize the inventory of drugs through proper inventory management, and can automatically handle various tasks such as EDI automatic billing, streamlining the management of pharmacies and greatly reducing the cost of manual labor. Reductions can greatly improve pharmacy management.

Moreover, from the logistical point of view, it is possible to effectively cope with urgent orders from drugs, and to always keep the proper inventory of pharmacies at all times, thereby reducing the logistics cost by optimizing the drug delivery cycle and operating a comprehensive prescription delivery system. By securing a fixed amount, it is possible to increase stable sales, and by unifying the distribution system and prescribing the types of prescription drugs in advance, the economic burden of excessively unnecessary drugs can be greatly reduced, and the appropriate inventory level of pharmacies By supplying drugs in accordance with the pharmacy, the pharmacy can order more than previously needed drugs and return them after a certain period of time, which can drastically reduce the return rate, thereby minimizing cost loss and significantly improving the management effect.

Claims (19)

In the patient-centered prescription delivery system for the patient to directly select the desired pharmacy, and automatically transfer the prescription online to the selected pharmacy, It consists of a hospital server 110 and hospital terminals (120-1 ~ 120-N) installed in each sector, and received an IP address authorized to access the hospital server 110 to protect the overall information of the hospital And equipped with a separate prescription delivery server 70, the hospital computer system (10) for processing all the industrial affairs of the hospital, The central control unit 221, a screen display unit 222 which simultaneously provides a screen display and the function of touching with a finger, a card reader 223 for identification and storing, a cash processing unit 224 for processing cash And a kiosk system 20 having a network interface communication module 228 for performing a network connection, and performing a prescription auto-delivery function, Prescription relay system 40 of a commercial telecommunications company that relays prescriptions to pharmacies and logistics via the public communication network (30), A separate pharmacy server 510 and a pharmacy terminal (520-1 to 520-N) which allows the pharmacist to view the prescription contents or the pharmacist inputs the dispensing results, are installed in the pharmacy Pharmacy management system (50) to carry out all business operations of Separately installed logistics server 610 for transmitting order information from the pharmacy and the stock status of the drugs in the logistics to the pharmacy through the network, and the logistics terminal for performing routine tasks such as logistics and pharmacy management ( 620-1 to 620-N) and a distribution system 60 installed in a distribution center such as a drug wholesaler, The program manager 7010 having various configuration information while controlling the start and end of the program, the professional distribution processing unit 7020 for distributing the prescription transmission method according to the reception method of the pharmacy while distributing the text transmitted / received from the inside and outside of the hospital. Log network (7030) for temporarily storing prescription data in log database (7031) when network failure occurs during transmission and retransmitting when network is normalized, hospital network I / F module (7040) for I / F with various computer equipment And an external network I / F 7050 for changing the form of a text message according to a communication protocol, connected to the kiosks 220-1 to 220-N through a network, and connected to the hospital computer system 10. Separately installed prescription delivery server 70 and, Prescription delivery system, characterized in that it is provided with an electronic payment server 80 is connected to the financial company 90 to perform the electronic payment. The kiosk system 20 further includes a printer 226 for performing prescription issuance, an authentication module 227 for performing physical authentication, and a printer 229 for issuing a receipt. It is configured to include, if necessary, a prescription delivery system, characterized in that additional installation of a security module such as a fingerprint recognition device (225) or a surveillance camera. According to claim 1, The kiosk system 20, the hospital server I / F module (2201) for querying the information recorded in the hospital DB 1102 or record the results, credit card authorization and cancellation function Card payment Lib module (2202) that can be performed, prescription professional processing module (2203) that can exchange necessary information with the prescription delivery server 70, and kiosk AP (2204) for providing the patient with each step of the medical information Prescription delivery system, characterized in that further comprises. The pharmacy management information system of claim 1, wherein the pharmacy management information system 50, the prescription transmitting and receiving module 5010 for transmitting and receiving prescriptions and other information and the prescription delivery server 70, and updates the program, Remote management module 5020 to remotely monitor and control the status, logistics I / F module 5030 to provide I / F with the logistics system 60, prescription information management, inventory management, business management, EDI billing to pharmacists And a pharmacy AP 5040 for supporting duties such as drug management, a drug DB 5041 for storing drug information, and a customer DB 5042 for storing customer information. The prescription transmission and reception module 5010 of claim 4, wherein the prescription transmission and reception module 5010 receives and decrypts the prescription, and authenticates the prescription receiving server 5011 to automatically record in the prescription DB 5015, the prescription receiving server 5011 and the pharmacy Prescription remote control module 5012 for automatically turning on / off the PC, automatically recovering when a network failure occurs, and automatically recovering to a backup communication line in the event of a failure of a pharmacy program, and an EDI I / F module for receiving an electronic prescription of an EDI type ( 5013), a prescription delivery system comprising a MSG I / F module (5014) for receiving an electronic prescription of the MSG type, and a prescription DB management module (5022) for storing the received electronic prescription. The method of claim 4, wherein the remote management module 5020 is an automatic version management module 5021 for automatically updating the changed program, an automatic DB management module 5022 for automatically updating the drug DB information from the remote, and remote Prescription delivery system comprising a management I / F. The method of claim 4, wherein the logistics I / F module 5030 inquires the stock status of the pharmacy to indicate whether the drug is in stock, to make an urgent order if necessary, and to query the inventory held in the logistics Automatic order module (5031) that allows you to place an order, inventory I / F module (5032), EDI I / F module (5033), and logistics I to query the inventory information or EDI billing status of the pharmacy in the logistics Prescription delivery system characterized in that it comprises a / F server (5034). The logistics management information system according to claim 1, wherein the logistics management information system 60 updates the program and DB, and the medicine order transmission / reception module 6010, which allows the medicine to be ordered through an electronic order, and updates the program and DB. Remote management module (6020) to monitor and control the status of the remote control, logistics AP (6040) to support tasks such as ordering / inventory / receipt / accounting / member pharmacy management and pharmaceutical electronic order, drug DB to store the drug information And a customer DB 6062 for storing customer information, and a unit price DB 6063 for storing medicine value information. According to claim 8, The drug order transmitting and receiving module 6010 is an order receiving server module 6011 for receiving an electronic order received from the pharmacy management system 50 and a safety inventory management module for managing the safety stock ( 6012), an EDI I / F module (6013) receiving electronic orders in EDI format and sending drug transaction details, a pharmacy I / F module (6014) inquiring pharmacy inventory and EDI billing status, and information on customers Prescription delivery system characterized in that it comprises a customer DB 6015 to store and the inventory DB 6016 to query the inventory of the logistics. The system of claim 8, wherein the remote management module 6020 includes an automatic version management module 6021 for automatically updating a program, an automatic DB management module 6022 for automatically updating drug DB information remotely, and remote management. Prescription delivery system characterized in that it comprises an I / F (6023). The hospital network I / F module 7040 according to claim 1, wherein the hospital network I / F module 7040 records the pharmacy dispensing result in the hospital server 110 to record the dispensing state and whether to replace the dispensing agent. 7041), a kiosk I / F 7042 which performs a function of exchanging patient information read from the hospital server 110 and information selected by the patient at the kiosk, and various databases for matching different information between the hospital and the pharmacy. A prescription delivery system comprising a database I / F (7043) for I / F. According to claim 1, The external network I / F (7050), via the HTML converter 7051 converts the prescription into an HTML document to send an e-mail I / F module (7052), and the electronic prescription EDI form EDI I / F module (7053) having the function of converting the data and transmitting the prescription and encrypting the prescription so as to know whether there is forgery or tampering, and transmitting the prescription data by using a communication means of TCP / IP. MSG I / F module (7054) with the function of speeding up, minimizing the failure, encrypting the prescription, and authenticating it to know whether it is forged or tampered with, and periodically checking if the pharmacy is ready to receive an electronic prescription. Prescription delivery system characterized in that it comprises a pharmacy status I / F module (7055) to check, telling the disorder status of the pharmacy. According to claim 1, wherein the DB used in the prescription delivery server 70, the drug DB for storing the price information for the drug price calculation 7062, and converts different price calculation and prescription unit criteria between the hospital and pharmacy And a conversion DB 7082 and a member pharmacy DB 7013 storing a list of pharmacy pharmacies. According to claim 1, by using a terminal, such as a PC, such as a conventional hospital terminal device to install the manned prescription delivery system 230 in each section of the hospital to perform the same operation as the unmanned program, nurses, etc. to the patient's request According to the prescription delivery system utilizing a decoy terminal that allows the patient to transfer the prescription to the desired pharmacy or to store the drug price on behalf of. In the patient-centered prescription delivery method that the patient directly selects the desired pharmacy and automatically transfers the prescription online to the selected pharmacy, The patient directly enters an ID number or a social security number or inserts a hospital card into a terminal such as a kiosk to input patient information (S011), and a terminal such as a kiosk is input to the hospital server 110 using the inputted patient information. The patient comprising the step (S012) of requesting the medical information for the patient, and the step (S013) of transmitting the patient information and medical information and the prescription information of the patient from the DB 1102 of the hospital server 110 Identification step (S01) to confirm the identity with the help of the menu information and voice guidance directly displayed on the screen of the terminal such as kiosk, The terminal of the kiosk or the like requesting the prescription delivery server 70 the information on the prescription indicated in the prescription (S021), and the prescription delivery server 70 is a drug DB 7081 and a conversion DB 7082 Step (S022) of transmitting the drug price and conversion data for the medicine from the terminal to the kiosk, etc., the total drug value is calculated by using the data and prescription information received from the prescription delivery server 70, the terminal such as the kiosk And, the step of converting to the actual pharmaceutical preparation unit (S023), the step of converting the standard drug common code for prescription drugs (S024), the step of displaying the prescription and the calculated drug value on the screen display unit 222 ( S025) and, if the patient presses the [OK] button, a terminal such as a kiosk to display a guide menu for selecting a drug preparation method to the patient (S026), the method of preparation selection step (S02), In the step (S02), if the patient selects the pharmacy directly received by visiting the pharmacy, the terminal, such as kiosk to inform the prescription delivery server 70 about the pharmacy that holds the patient's address or prescription medicine Requesting step (S031), and the prescription delivery server 70 receives the request to guide the screen display unit 222 in the form of a plurality of pharmacies closest to the request conditions from the member pharmacy DB (7063) ( In the pharmacy selection menu shown on the screen consisting of S032) the pharmacy selection step for the patient directly selects the pharmacy to be dispensed (S03), Medicine preparations storage step (S04) consisting of drug storage method selection step (S041) and direct unmanned storage storage step (S042), Requesting an electronic prescription transmission (S051), and a prescription delivery server 70 that has been requested to transmit the electronic prescription information to shorten the encryption according to a predetermined protocol (S052), and the specialized distribution processing module 7020 It converts the form according to the communication protocol corresponding to the pharmacy to be transmitted among the external network I / F module 7050 via the communication network 30 and automatically to the pharmacy management system 50 of the corresponding pharmacy remotely connected to the network via the communication network 30. Prescription transmission step (S05) for transmitting the electronic prescription combining the prescription and prepaid material to the pharmacy directly selected by the patient consisting of the step (S053), and Prescription delivery method characterized in that it comprises a prescription issuing step (S06) that the terminal such as kiosk automatically prints the history of the prescription to issue to the patient. The method of claim 15, wherein step S051 is read from the patient information and the prescription information (a) received from the prescription delivery server 70 in step S02, and from the medicine DB 7081 and the conversion DB 7082. Drug cost calculated by using the drug price information and conversion information (b), the information converted into the pharmaceutical preparation units actually prepared by the pharmacy, and the information converted into the standard drug common code for prescription drugs and prepaid payment information Recombining (c) by recombining to convert the electronic prescription information (e) to a prescription delivery method, characterized in that for requesting transmission to the prescription delivery server (70). The method of claim 15, wherein the prescription transmission step (S05), if the prescription delivery server transmits the electronic prescription data (d) created in the prescription delivery server 70 to the prescription relay server 410 of the affiliate communication company (S053), The prescription relay server 410 of the communication company receives the full text and stores it in a separate place (S054), and then transmits to the corresponding pharmacy (S055) prescription delivery method characterized in that it was made. 16. The method according to claim 15, wherein the pharmacy issues and distributes the member pharmacy card, which records the pharmacy ID and the patient's information, to the patient who uses the pharmacy, thereby completing the complicated steps in an unmanned system such as a kiosk or a manned prescription issuance window. The method of prescription delivery by selecting a pharmacy using a member pharmacy card, characterized in that the pharmacy can be entered at a time by inserting a member pharmacy card without selecting a pharmacy. 16. The method according to claim 15, which is connected to the prescription relay system 40 of the affiliated communication service provider and delivers the prescription via the relay system 40. When the prescription delivery server (d) created by the prescription delivery server 70 transmits the prescription delivery server to the prescription relay server 410 of the affiliated communication company (S053), the prescription relay server 410 of the communication company receives the message. After storing in a separate place (S054), and transmitting to the pharmacy (S055), the electronic prescription delivery method through a carrier.