WO2016079807A1

WO2016079807A1 - Prescription medicine selling system, prescription medicine selling method, program and information storage medium

Info

Publication number: WO2016079807A1
Application number: PCT/JP2014/080506
Authority: WO
Inventors: 真一今枝
Original assignee: 楽天株式会社
Priority date: 2014-11-18
Filing date: 2014-11-18
Publication date: 2016-05-26
Also published as: JPWO2016079807A1; JP5801015B1

Abstract

With regard to the purchase of medicine using an electronic prescription and e-commerce, the invention prevents the medicine being sold to a purchaser with no relationship to the patient for whom the prescription is intended. The prescription medicine selling system: receives, from a user, information which is linked to authentication information authenticating the user, and which represents an electronic prescription; executes a process to confirm whether or not the user information corresponding to the linked authentication information corresponds to patient information contained in the electronic prescription; and in accordance with the result of the confirmation process, controls the execution of a process of selling the medicine corresponding to the electronic prescription.

Description

Prescription drug sales system, prescription drug sales method, program, and information storage medium

The present invention relates to a prescription drug sales system, a prescription drug sales method, a program, and an information storage medium.

When a medicine is purchased after a patient visits a doctor, the doctor issues a paper prescription to the patient. The patient purchases the medicine described in the prescription by submitting the issued prescription to the pharmacy.

Patent Literature 1 receives a prescription from a doctor terminal every time medical care is completed, and instructs a pharmacy terminal about a prescription, a patient's name, whether delivery is specified, and a place to receive a medicine if medicine is provided in the prescription. It is disclosed.

Patent Document 2 discloses a system in which after a medical examination is performed by a remote use system, a dispensing and distribution center dispenses a medicine and delivers the medicine to a patient. The system includes a prescription collection / delivery server and a dispensing / distribution center. When the prescription collection / delivery server receives prescription information created by a doctor in the hospital from the hospital, the patient name and the nearest patient's name are stored in the patient management DB. The number of the dispensing and distribution center is acquired, and part or all of the prescription information and patient information is transmitted to the dispensing and distribution center.

JP 2003-108675 A JP 2002-279069 A

In recent years, digitizing prescriptions has been studied. Furthermore, when the prescription is digitized, it is conceivable that the user purchases the medicine written in the prescription by electronic commerce via the Internet. When a user purchases medicines by electronic commerce, one of the advantages is that there is flexibility in purchase procedures, timing of delivery of medicines, and the like.

However, on the other hand, it is not desirable to sell drugs to those who are not related to the patient for whom the electronic prescription is intended, so it is not possible to match the patient described in the electronic prescription with the person who submitted the prescription. Each of the patients listed on the electronic prescription and the drug purchaser must be verified. There is a concern that the verification process becomes complicated. In addition, since it is necessary to explain the contents and usage of the drug based on the user's personal information, medical condition, presence / absence of other drugs and usage history, etc., when the drug is delivered In practice, however, the timing of the purchase procedure is constrained by the timing at which the user can talk to the pharmacist, and the above-described advantages of electronic commerce may not always be obtained.

The present invention has been made in view of the above problems, and its purpose is to purchase a medicine using an electronic prescription and electronic commerce, without prejudice to the advantage of electronic commerce. It is to provide technology that prevents the sale of illegal drugs other than the purchase.

In order to solve the above problems, a prescription drug sales system according to the present invention includes prescription receiving means for receiving authentication information for authenticating a user and information indicating an electronic prescription from the user during one session. Prescription confirmation means for executing a process for confirming whether or not the user information corresponding to the authentication information corresponds to the patient information included in the electronic prescription, and the confirmation process by the prescription confirmation means According to the result of the control means for controlling the execution of the medicine sales process according to the electronic prescription during the session, means for storing information relating to the buying and selling of the medicine based on the electronic prescription linked to the electronic prescription, including.

The prescription drug sales method according to the present invention includes a step of receiving authentication information for authenticating a user and information indicating an electronic prescription from the user during one session, and a user corresponding to the received authentication information. A step of executing a process for confirming whether or not the information and the patient information included in the electronic prescription correspond to each other, and confirming whether or not the user information and the patient information correspond to each other In accordance with the result of the processing, there are included a step of controlling execution of a medicine sales process in accordance with the electronic prescription, and a step of storing information relating to the buying and selling of medicine based on the electronic prescription in association with the electronic prescription.

In addition, the program according to the present invention includes: prescription receiving means for receiving authentication information for authenticating a user and information indicating an electronic prescription from the user during one session; user information corresponding to the received authentication information; In accordance with the prescription confirmation means for executing processing for confirming whether or not the patient information included in the electronic prescription corresponds, and according to the result of the processing for confirmation by the prescription confirmation means, according to the electronic prescription The computer is caused to function as control means for controlling execution of the sales process of the medicine, and means for storing information relating to the buying and selling of the medicine based on the electronic prescription in association with the electronic prescription.

Moreover, the computer-readable storage medium concerning this invention stores the said program. *

ADVANTAGE OF THE INVENTION According to this invention, when purchasing a medicine by electronic commerce using an electronic prescription, the sales which the prescription is not made can be prevented without the process becoming complicated.

In one aspect of the present invention, the prescription drug sales system further includes a sales confirmation unit that executes a process for confirming whether or not a drug based on the electronic prescription has already been sold based on the information on the purchase and sale, The control means may perform control so that a medicine sales process corresponding to the electronic prescription is executed when it is confirmed that the medicine is not yet sold.

In one aspect of the present invention, the prescription drug sales system further includes means for receiving usage information indicating whether or not the electronic prescription is used by any pharmacy, and the control means is further configured to receive the usage information. You may control to perform the sales process of the medicine according to the said electronic prescription, when showing that the prescription is not used.

According to this aspect, it is possible to prevent the patient from purchasing the medicine described in the electronic prescription from the pharmacy a plurality of times, or the person impersonating the patient from purchasing the medicine.

In one aspect of the present invention, the prescription drug sales system includes: attribute acquisition means for acquiring patient attribute information related to the electronic prescription from storage means for storing user attribute information; and the electronic prescription read User attribute information is presented to the pharmacist, an explanation input from the pharmacist is received based on the presentation, and the explanation receiving means for storing the explanation in the storage means, and the prescription receiving means receives the electronic prescription. It may further include explanatory text output means for outputting the explanatory text to the user when the information shown is received.

In addition, the prescription drug sales system receives information on medicines and patients included in the electronic prescription separately from a transmission source different from the user before the information indicating the electronic prescription is acquired from the user by the prescription receiving unit. Pre-reception means, wherein the attribute acquisition means acquires patient attribute information related to the electronic prescription based on information about the patient received from a transmission source different from the user from a storage means for storing user attribute information Then, the explanatory note accepting means presents the information about the medicine received from the transmission source different from the user and the read attribute information of the user to the pharmacist, and is inputted from the pharmacist based on the presentation An explanatory note may be received, and the explanatory note may be stored in the storage means.

The prescription drug sales system further includes confirmation data receiving means for receiving confirmation data indicating that the user has confirmed the explanatory text, and responds to the electronic prescription by the control means when the confirmation data is received. Drug sales processing may be executed.

According to these aspects, the user can confirm the explanation of the pharmacist as in the actual pharmacy. In addition, by preparing and displaying a description of the medicine for the user in advance, it is possible to shorten the time until the user confirms the explanation of the pharmacist after transmitting the information indicating the electronic prescription. Instead, the user can freely select the timing of the purchase procedure.

In one aspect of the present invention, the prescription drug sales system further includes a generation unit that generates information for allowing a user to select a medicine specified by the electronic prescription from a plurality of options, and the control unit includes the sales process. The execution of the medicine sales process in accordance with the electronic prescription may be controlled based on the option selected by the user when executing.

According to this aspect, as a medicine corresponding to the electronic prescription, for example, when there is an original drug and a generic drug having the same component as that of the original drug, the selection can be made according to the user's request, and more actual A response close to a pharmacy is possible.

In one aspect of the present invention, information for causing the user to select one of the pharmacies that sell the medicine specified in the electronic prescription based on the information on the medicine contained in the electronic prescription and the inventory information of the pharmacy The control means may control execution of a medicine sales process corresponding to the electronic prescription based on a pharmacy that sells the medicine selected by the user.

According to this aspect, when the presence or absence of inventories of generic drugs or generic drugs corresponding to the electronic prescription is different in multiple pharmacies, or when other sales conditions are different, the user's preference is compared. It is possible to obtain an effect peculiar to online sales that a pharmacy to be purchased can be selected according to the situation.

In one aspect of the present invention, the prescription drug sales system delivers the drug at one time or divided into a plurality of times based on at least one of the drug information according to the electronic prescription and the user's request. A shipping schedule generation means for generating a schedule may be further included.

Furthermore, in one aspect of the present invention, the prescription drug sales system may further include a shipping management means for managing shipping of the medicine based on the generated shipping schedule.

Furthermore, in one aspect of the present invention, in the prescription drug sales system, the shipping management means is capable of stopping the shipping of the unshipped medicine based on the shipping schedule of the medicine and the user's desire. When the delivery of the medicine is stopped by the delivery management means, based on the delivery status, that part or all of the medicine sale is canceled as the update content of the information on the medicine sale based on the electronic prescription You may make it memorize | store in the means to memorize | store the information regarding the buying and selling of a medicine.

According to these aspects, it is possible to reduce the risk of accidents associated with taking medicines while reducing the amount of time the patient has to visit many times for difficult-to-preserve drugs or drugs that may cause accidents due to excessive drinking. . In addition, when surplus medicine is generated, it can be used effectively such as a pharmacy buying back undelivered medicine.

It is a figure which shows the structure of the prescription drug sales system concerning embodiment of this invention. It is a figure which shows an example of the hardware constitutions of the computer, electronic mall server, user terminal, and hospital server which are contained in a pharmacy system. It is a block diagram which shows the function which a prescription drug sales system implement | achieves. It is a figure which shows an example of the sales process of a prescription drug roughly. It is a sequence diagram which shows communication between the user terminal in the example of FIG. 4, an online shopping mall server, a pharmacy system, and a hospital server. It is a flowchart which shows the outline | summary of a process of an online shopping mall server. It is a figure which shows an example of a login screen. It is a figure which shows an example of user information. It is a figure which shows an example of a prescription transmission screen. It is a figure which shows an example of the information contained in an electronic prescription. It is a figure which shows an example of the information contained in an electronic prescription. It is a flowchart which shows an example of the process at the time of making a user select a medicine. It is a figure which shows an example of medicine kind information. It is a figure which shows an example of a pharmacy selection screen. It is a figure which shows an example of an order list screen. It is a figure which shows an example of an order detail screen. It is a flowchart which shows an example of the process at the time of confirming a sales situation. It is a figure which shows an example of an explanatory note input screen. It is a figure which shows an example of an explanatory note output screen. It is a figure which shows an example of a message confirmation screen. It is a flowchart which shows the outline | summary of the process which produces | generates a shipping schedule. It is a flowchart which shows an example of the process which produces the plan of a shipping schedule. It is a figure which shows an example of a shipping schedule confirmation screen. It is a figure which shows roughly another example of the sales process of a prescription drug. FIG. 25 is a sequence diagram illustrating communication among a user terminal, an online shopping mall server, a pharmacy system, and a hospital server in the example of FIG. 24. It is a figure which shows an example of a medicine detail screen. It is a figure which shows another example of an explanatory note output screen.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. About the structure which attached | subjected the same code | symbol, the overlapping description is abbreviate | omitted.

FIG. 1 is a diagram showing an example of a configuration of a prescription drug sales system according to an embodiment of the present invention. The prescription drug sales system includes a pharmacy system 1, an online shopping mall server 2, a user terminal 3, and a hospital server 4. These are connected via the network 5. The network 5 is, for example, a local area network or the Internet.

The pharmacy system 1 is a system composed of a server computer and a client computer. The pharmacy system 1 may be a server computer or a personal computer. The pharmacy system 1 exists for each pharmacy. Although only one pharmacy system 1 is shown in FIG. 1, a plurality of pharmacy systems 1 may actually exist. The pharmacy system 1 manages the drug inventory of the pharmacy and mediates the exchange between the pharmacist and the online shopping mall server 2.

The online shopping mall server 2 is a server computer. The online shopping mall server 2 executes a web server program (such as httpd), receives information from the user terminal 3 that executes the browser program via the Internet, and the user terminal 3 includes an image (screen) including buttons and character strings. Outputs information to display. Also, the online shopping mall server 2 outputs information for causing the user terminal 3 to select a pharmacy that sells the prescription drug, and provides information for selling the prescription drug to the pharmacy system 1 of the pharmacy selected by the user terminal 3. Send.

The user terminal 3 is, for example, a personal computer or a smartphone, transmits information input by the user to the online shopping mall server 2 or the like, receives information from the online shopping mall server 2 or the like, and displays and outputs an image corresponding to the information. Control the device to display. The hospital server 4 is a server computer. The hospital server 4 manages an electronic prescription (hereinafter referred to as an electronic prescription). Although the hospital server 4 exists for each hospital, one hospital server 4 may manage electronic prescriptions for a plurality of hospitals.

FIG. 2 is a diagram illustrating an example of a hardware configuration of the computer, the online shopping mall server 2, the user terminal 3, and the hospital server 4 included in the pharmacy system 1. Each of the computer, the online shopping mall server 2, the user terminal 3, and the hospital server 4 included in the pharmacy system 1 includes a processor 11, a storage unit 12, a communication unit 13, and an input / output unit 14.

The processor 11 operates according to a program stored in the storage unit 12. The processor 11 controls the communication unit 13 and the input / output unit 14. The program may be provided via the Internet or the like, or may be provided by being stored in a computer-readable storage medium such as a flash memory or a DVD-ROM. .

The storage unit 12 includes a memory element such as a RAM or a flash memory, and a hard disk drive. The storage unit 12 stores the program. The storage unit 12 stores information input from each unit and calculation results.

The communication unit 13 realizes a function of communicating with other devices, and is configured by, for example, a wired LAN integrated circuit. Based on the control of the processor 11, the communication unit 13 inputs information received from another device to the processor 11 or the storage unit 12 and transmits the information to the other device.

The input / output unit 14 includes a video controller that controls the display output device, a controller that acquires data from the input device, and the like. Examples of input devices include a keyboard, a mouse, and a touch panel. Based on the control of the processor 11, the input / output unit 14 outputs display data to the display output device, and acquires data input by the user operating the input device. The display output device is, for example, a display device connected to the outside.

Next, functions and processes realized by the prescription drug sales system according to the embodiment of the present invention will be described. FIG. 3 is a functional block diagram showing functions realized by the prescription drug sales system. The prescription drug sales system is functionally configured to include a receiving unit 50, a prescription confirmation unit 53, a sales control unit 54, a sales status confirmation unit 55, a selection information generation unit 56, a selection unit 57, a settlement processing unit 58, an explanation input unit 59, Explanation sentence output part 60, confirmation result acquisition part 61, dispatch schedule generation part 62, dispatch management part 63, prescription pre-reception part 64, attribute acquisition part 65, user information storage part 71, explanation sentence storage part 72, order information storage part 73. The receiving unit 50 includes a user authentication unit 51 and a prescription receiving unit 52.

Among these functions, the receiving unit 50, the user authentication unit 51, the prescription receiving unit 52, the prescription checking unit 53, the sales control unit 54, the sales status checking unit 55, the selection information generation unit 56, the selection unit 57, the settlement processing unit 58, Explanation sentence input part 59, explanation sentence output part 60, confirmation result acquisition part 61, dispatch schedule generation part 62, dispatch management part 63, prescription pre-reception part 64, attribute acquisition part 65, user information storage part 71, explanation sentence storage part 72, the order information storage unit 73 is realized by the processor 11 included in the online shopping mall server 2 executing the program stored in the storage unit 12 and controlling the communication unit 13 and the like. Here, the receiving unit 50, the prescription confirmation unit 53, the sales control unit 54, the selection information generation unit 56, the explanatory note input unit 59, the explanatory note output unit 60, the confirmation result acquisition unit 61, the order information storage unit 73, the prescription pre-reception Unit 64, attribute acquisition unit 65, shipping schedule generation unit 62, and shipping management unit 63 are respectively a prescription receiving unit, a prescription checking unit, a generating unit, a control unit, an explanatory text receiving unit, and an explanatory text output unit in the claims of the present application. , Confirmation data receiving means, storage means, prior receiving means, attribute acquisition means, shipping schedule generation means, and shipping management means. The sales status confirmation unit 55 corresponds to sales confirmation means and usage information receiving means in the claims of this application.

The prescription pre-reception unit 64 and the attribute acquisition unit 65 are realized by the processor 11 included in the computer included in the pharmacy system 1 executing the program stored in the storage unit 12 and controlling the communication unit 13 and the like. Alternatively, the functions related to the other online shopping mall server 2 may be similarly realized by the pharmacy system 1.

The receiving unit 50 includes a user authentication unit 51 and a prescription receiving unit 52, and receives user authentication information and information indicating an electronic prescription from a user during one session. Processing of the user authentication unit 51 and the prescription receiving unit 52 will be described later.

The user information storage unit 71 stores information for authenticating the user and information on the user's age, sex, and other attributes, and the explanatory note storage unit 72 stores the explanatory note information received from the pharmacist. The order information storage unit 73 stores order information regarding prescription drug orders received from the user. The order information is information on drug orders based on the electronic prescription, and is stored in the order information storage unit 73 in association with the electronic prescription. The order information includes status information indicating the progress of order processing. The status information includes information indicating whether or not the medicine based on the electronic prescription has been bought and sold (information relating to the buying and selling of the medicine). The user information storage unit 71, the explanatory text storage unit 72, and the order information storage unit 73 are realized, for example, centering on the storage unit 12 of the online shopping mall server 2. However, unlike the online shopping mall server 2, a database management program is executed. It may be realized by another server computer.

Further, the shipping management unit 63 may be realized by the processor 11 included in a computer different from the online shopping mall server 2 such as a computer included in the pharmacy system 1. Moreover, the online shopping mall server 2 may be eliminated, and the pharmacy system 1 may execute processing of all functions realized by the online shopping mall server 2 instead.

The pharmacy system 1 further includes a function of managing stock for each type of medicine in the pharmacy, and a function of outputting information necessary for delivering the medicine to the user, not shown. These functions are realized when the processor 11 or the like included in the pharmacy system 1 executes a program.

The user terminal 3 realizes a function of presenting a screen based on data received from the online shopping mall server 2 or the like and a function of transmitting information input by the user regarding the screen to the electronic shopping mall server 2 or the like. These functions are realized, for example, when the processor 11 or the like included in the user terminal 3 executes a program such as a browser and performs processing according to data received from the online shopping mall server 2 or the like. These functions may be realized by a dedicated application program instead of the browser.

The hospital server 4 receives an inquiry (not shown) that transmits information on an electronic prescription inputted by a doctor to the user terminal 3 or the pharmacy system 1 and whether the prescription drug for the electronic prescription is sold from the pharmacy system 1 or the like. Based on the function and information stored in the storage unit 12, whether or not the prescription drug is sold is returned to the pharmacy system 1 or the like, and the prescription applied to the electronic prescription when the prescription drug is not sold A function of storing information indicating that the medicine has been sold in the storage unit 12 is realized. These functions are realized by the processor 11 included in the hospital server 4 executing a program.

Next, an outline of a prescription drug sales process in an example of this embodiment will be described. FIG. 4 is a diagram schematically showing an example of a prescription drug sales process. In this example, first, a doctor issues an electronic prescription at the hospital (1. Prescription issuance), and the hospital server 4 transmits the issued electronic prescription to the user terminal 3 (2. Prescription transmission). Then, the user logs in to the prescription drug sales service provided by the online shopping mall server 2 using the user terminal 3 (3. login), and the user is associated with authentication information for authenticating the user to the online shopping mall server 2. Send electronic prescription (4. Send prescription). Then, the online shopping mall server 2 transmits information on a list of pharmacies that can sell medicines included in the received electronic prescription to the user terminal 3 (5. Pharmacy list presentation). The user selects a pharmacy included in the list, and the user terminal 3 transmits information on the selected pharmacy to the online shopping mall server 2 (6. Pharmacy selection). Then, the online shopping mall server 2 transmits an electronic prescription to the pharmacy system 1 corresponding to the selected pharmacy (7. prescription transmission), and a settlement process is executed. Then, the pharmacy system 1 inquires of the hospital server 4 that manages the prescription whether the electronic prescription is being used by another pharmacy or the like (8. Prescription usage status confirmation). Here, the use of an electronic prescription indicates a state in which a medicine based on this electronic prescription has already been sold or a state in which the medicine is being sold. When the prescription medicine by this electronic prescription is not used by other pharmacies, the explanatory text inputted by the pharmacist is transmitted to the user (9. explanatory text transmission). When the pharmacist confirms that the user has confirmed the explanation (10. Confirmation), the pharmacy sends the prescription drug to the user (11. Shipment).

FIG. 5 is a sequence diagram showing communication among the hospital server 4, the user terminal 3, the online shopping mall server 2, and the pharmacy system 1 in the example of FIG. FIG. 5 shows a time series of information exchanged between the hospital server 4, the user terminal 3, the online shopping mall server 2, and the pharmacy system 1. FIG. 6 is a flowchart showing an outline of processing of the online shopping mall server 2. Below, the function which the online shopping mall server 2 implement | achieves is demonstrated using the sequence diagram shown in FIG. 5, and the flowchart shown by FIG. 6 and another figure.

First, the hospital server 4 stores the electronic prescription input by the doctor in the storage unit 12, transmits the electronic prescription using the communication unit 13, and the user terminal 3 receives the electronic prescription.

The user authentication unit 51 is realized mainly by the processor 11, the storage unit 12, and the communication unit 13 included in the online shopping mall server 2. The user authentication unit 51 acquires the user authentication information by receiving the user authentication information from the user terminal 3, and authenticates the user who accesses using the user terminal 3 (step S101). In the example of FIG. 5, the following processing is executed. The user authentication unit 51 transmits information for displaying a login screen for inputting information necessary for authentication to the user terminal 3 operated by a user who accesses the online shopping mall server 2. Then, based on the transmitted information, the user terminal 3 outputs a login screen. When the user inputs information for authentication on the login screen, the user authentication unit 51 receives the input from the user terminal 3. User authentication information including information is received. The user authentication information is information that identifies a user who accesses the online shopping mall server 2 and later transmits information indicating an electronic prescription.

FIG. 7 is a diagram illustrating an example of a login screen. In the example of FIG. 7, the user inputs a user ID and password, and the user authentication unit 51 receives user authentication information including information indicating the user ID and password. Here, the user authentication information does not necessarily have to be a user ID and a password, but may be other information according to a method for authenticating the user. For example, the user authentication information may include a client certificate, or may include user biometric information such as a fingerprint. Also, a hash value may be stored as user authentication information in a browser cookie executed by the user terminal 3. When the user terminal 3 accesses the prescription drug sales service, the browser may automatically transmit the user authentication information. In this case, the user authentication unit 51 may authenticate the user based on the hash value without inputting a user ID or password.

Then, the user authentication unit 51 determines whether or not the user indicated by the user authentication information is a regular user based on the information indicating the password stored in the user information storage unit 71 and the information specifying the user. . If the user is an authorized user, the user authentication unit 51 assigns a session ID to the session that transmitted the authentication information, and returns the session ID to the user terminal 3. Thereafter, when transmitting information to the online shopping mall server 2, the user terminal 3 transmits this session ID together with the information. Note that the user authentication unit 51 stores the session ID in the storage unit 12 in association with the user ID. The session ID may be stored in a server different from the online shopping mall server 2. Further, before the user terminal 3 receives the electronic prescription, the user may be authenticated and the session ID and the user ID may be associated with each other.

Here, the session ID is information defining a communication session between the user and the online shopping mall server 2, and for example, a series of http communications having the same session ID are treated as the same session. For example, the application program may be realized by the session ID shown here, or may be realized by a communication protocol like a TCP session.

FIG. 8 is a diagram illustrating an example of user information. The user information for each user includes a user ID, a mail address corresponding to the user ID input by the user in FIG. 7, and a password. The user information also includes information such as the user's attributes such as name, date of birth, sex, insurer number, classification, allergy, medical history, side effect history, and the like. In the password item, data obtained by encrypting the password or a hash value of the password by a hash function is stored. The user information is information that is input before the user transmits information indicating the electronic prescription. However, the user information is appropriately maintained according to changes in the user's situation, and in principle, the user indicates information indicating the electronic prescription. Although the state of the user at the time of transmission is shown, a change in the user's situation may not be reflected in the user information. This attribute information is used as information that complements an answer to a question input at the time of purchase application, which will be described later.

The prescription receiving unit 52 is mainly realized by the processor 11, the storage unit 12, and the communication unit 13. After the user is authenticated, the prescription receiving unit 52 acquires an electronic prescription associated with the user authentication information from the user (step S102). In the example of FIG. 5, the prescription receiving unit 52 transmits information on a prescription transmission screen for causing the user terminal 3 to transmit an electronic prescription, and receives the electronic prescription transmitted from the user terminal 3 by a user operation on the prescription transmission screen. To do. Here, the user authentication information and the electronic prescription are associated by being received during the same session.

FIG. 9 is a diagram showing an example of a prescription transmission screen. The user terminal 3 displays the image shown in FIG. 9 on the display output device based on the information on the prescription transmission screen transmitted by the prescription receiving unit 52. When the user selects the electronic prescription file and presses the prescription transmission button, the user terminal 3 transmits the electronic prescription to the prescription receiving unit 52, and the prescription receiving unit 52 receives the electronic prescription together with information such as a session ID. To do. Here, the session ID is associated with the user, and the electronic prescription is associated with the session ID by transmitting the electronic prescription together with the session ID.

Note that the information indicating the electronic prescription received by the prescription receiving unit 52 from the user terminal 3 may not be the electronic prescription itself. For example, the information indicating the electronic prescription may be a prescription ID that identifies the electronic prescription. In this case, the prescription ID associated with the user authentication information is associated with the electronic prescription, and the prescription receiving unit 52 downloads the electronic prescription from the hospital server 4 based on the prescription ID. Further, the user authentication unit 51 and the prescription receiving unit 52 may receive the user authentication information and the electronic prescription at substantially the same timing. For example, information on a prescription transmission screen includes information for inputting a user ID and a password, and user authentication information and information indicating an electronic prescription are received in response to input on the screen. Information and information indicating an electronic prescription are received in the same session.

10 and 11 are diagrams showing examples of information included in the electronic prescription. The electronic prescription includes a prescription ID that identifies the electronic prescription, information on patient attributes, information on doctors and hospitals that created the prescription, information on prescription drugs, and a prescription issue date and expiration date. As can be seen from FIG. 10, the electronic prescription includes information on patient attributes, including name, date of birth, gender, insurer number, classification of insurer or non-supporter, patient code, and information on doctors and hospitals As a hospital code, hospital name, doctor name, doctor contact information. In addition, as can be seen from FIG. 11, as information on a prescribed drug, for each drug item, a change to a prescription drug, usage, the amount per time, the number of prescription days, the total amount of the drug, and a generic drug is prohibited. Information fields such as whether or not changeable flag, divisional shipment permission flag, and divisional medication restriction are included. The prescription drug column is information for specifying a drug, and the information may be a drug component and dosage form, or a drug trade name. The divided dosing restriction is an item indicating the maximum amount of medicine that can be administered at one time in divided shipment, and for example, in the case of a medicine that is difficult to store, the number of days is the number of days corresponding to the expiration date.

The prescription confirmation unit 53 is mainly realized by the processor 11 and the storage unit 12. Based on the user authentication information associated with the electronic prescription, the user information stored in the user information storage unit 71, and the electronic prescription, the prescription confirmation unit 53 adds the user information corresponding to the user authentication information and the electronic prescription. Processing for confirming whether or not the included patient information corresponds is executed (step S103). More specifically, first, the prescription confirmation unit 53 is transmitted together with the electronic prescription, and from the session ID that associates the user authentication information with the electronic prescription, the user ID associated with the session ID is stored in the storage unit 12. The user is specified by acquisition. And the prescription confirmation part 53 acquires the information of a name, a date of birth, sex, an insurer number, and classification from the user information which has the user ID, respectively, and the patient's name, date of birth, sex included in the electronic prescription, Check with the insurer number and category. If the collated information is more similar or matches than a predetermined level, the information of the user corresponding to the user authentication information (the user who transmitted the electronic prescription) and the patient information included in the electronic prescription are included. It is determined that it corresponds. In addition, the hospital code and the patient code are recorded in the user information, and the prescription confirmation unit 53 is described in the information and electronic prescription of the user who transmitted the electronic prescription by checking the hospital code and the patient code included in the electronic prescription. It may be determined whether the patient information corresponds.

The process for confirming whether or not the user information corresponding to the user authentication information in the prescription confirmation unit 53 corresponds to the patient information included in the electronic prescription is performed by an operator who operates the online shopping mall server 2. It may be a process of acquiring the result confirmed. For example, the prescription confirmation unit 53 generates information on a screen that displays the user information having the user ID specified from the session ID and the patient information included in the electronic prescription, and the operator uses the screen based on the screen. The prescription confirmation unit 53 may acquire the result of confirming whether or not the information of the patient corresponds to the information of the patient.

The sales control unit 54 is mainly realized by the processor 11 and the storage unit 12. Based on the result of the confirmation process by the prescription checking unit 53, the sales control unit 54 controls the medicine sales process corresponding to the electronic prescription to be executed. More specifically, when it is determined that the information of the user who transmitted the electronic prescription and the information of the patient correspond to each other (Y in step S104), the sales control unit 54 performs the subsequent processing, the selection information generation unit 56, a selection unit 57, a settlement processing unit 58, an explanatory text input unit 59, an explanatory text output unit 60, a confirmation result acquisition unit 61, a shipping schedule generation unit 62, a shipping management unit 63, and the like are started (step S105). . Further, the sales control unit 54 controls to proceed with the medicine sales process according to the electronic prescription based on the result of confirmation by the sales status confirmation unit 55, which will be described later.

The selection information generation unit 56 is realized mainly by the processor 11, the storage unit 12, and the communication unit 13. The selection information generation unit 56 generates information for allowing the user to select a medicine specified in the electronic prescription from a plurality of options. Each of the plurality of options includes a combination of one or more drugs.

Here, when a medicine is specified by a generic name in the medicine item included in the electronic prescription, there are often a plurality of different medicine products (types of medicine) identified by the generic name. A plurality of medicine products identified by their common names and different from each other generally include a starting drug and a generic drug. Original drugs are those that are first launched by companies that have patent rights in the drug products, and generic drugs are those that are sold by other companies after the lifetime of the patent has expired. Original drugs and generic drugs (also referred to as generic drugs) are each one of the types of drugs, and the brand names and marketing companies differ from each other, and the drug efficacy is compatible. There may be both a generic product and one or more generic products for a generic name drug, a generic product may not exist, or there may only be a generic product is there. Also, when a drug is specified by a drug product name (for example, a starting drug) in an electronic prescription, there may of course be one or a plurality of drug products (for example, a generic drug) that can replace the drug.

The selection information generation unit 56 includes, for example, a certain medicine item designated by a common name in an electronic prescription, and one of the above-described options includes a certain medicine product designated by the common name, and the other option is Generate information to include products of other drugs specified by generic names. Further, the selection information generation unit 56 may generate information such that one of the above-described options includes a starting drug, and the other options include a generic drug that is a substitute for the starting drug. In the latter case, the information generated by the selection information generation unit 56 is information for selecting either a starting drug or a later drug that is an alternative drug as a drug specified by the electronic prescription. Moreover, the selection information generation part 56 transmits the information toward the user terminal 3 operated by the user. In the example of FIG. 5, one of the aforementioned options includes a drug sold by one pharmacy, and another option includes a drug sold by another pharmacy. Therefore, the information is also information (corresponding to the pharmacy selection screen in FIG. 5) for causing the user to select one of the pharmacies that sell the medicine specified in the electronic prescription.

The selection unit 57 is mainly realized by the processor 11, the storage unit 12, and the communication unit 13. The selection unit 57 indicates information indicating whether the user has selected either the original drug or the generic drug and the pharmacy selected by the user with respect to the information for causing the user to select either the original drug or the generic drug. Information is acquired via the communication unit 13.

FIG. 12 is a flowchart showing an example of processing when the user selects a medicine. First, the selection information generation unit 56 transmits information requesting a list of drugs to each of the plurality of pharmacy systems 1 corresponding to the plurality of pharmacies, and the selection information generation unit 56 mainly receives the starting drug from each of the pharmacy systems 1. And a list of medicines mainly composed of generic drugs are acquired (step S201). This process corresponds to “drug list inquiry” in FIG.

When the pharmacy system 1 receives information requesting a list of medicines from the selection information generation unit 56, the pharmacy system 1 checks the medicine inventory information included in the medicine type information, and shows a list of combinations of medicines centered on the in-stock drugs. And a list showing combinations of medicines centered on generic drugs in stock. The pharmacy system 1 transmits the generated list to the selection information generation unit 56. Here, the selection information generation unit 56 included in the online shopping mall server 2 may perform the process in which the pharmacy system 1 generates the list instead.

FIG. 13 is a diagram showing an example of medicine type information. The medicine type information includes, for each medicine, a medicine ID, a medicine name, a general name, a subsequent classification, a minimum dosage limit, a maximum dosage limit, an inventory amount as inventory information, and a description of the medicine. The product name is the name of the drug named by the pharmaceutical company, the generic name corresponds to the ingredient or dosage form of the drug, and the generic name of the drug with the same ingredient or dosage form is the same regardless of the pharmaceutical company. The generic category indicates whether the drug is a generic or generic drug. The explanation includes text indicating precautions when taking the medicine. The minimum dose limit indicates the minimum amount of a drug that can be sent at one time, for example, in the case of split shipment, and the maximum dose limit indicates the maximum amount of a drug that can be sent at one time in days.

Then, the selection information generation unit 56 generates pharmacy selection screen data including an option including a list of drugs mainly composed of starting drugs and an option including a list of drugs mainly composed of generic drugs (step S202). The data of the selection screen is transmitted to the user terminal 3 (step S203). Here, the plurality of options may not necessarily include both the list of medicines made of the starting drugs and the list of medicines made of the subsequent drugs. In addition, the selection information generation unit 56 generates and transmits drug detail screen data indicating details of an option (corresponding to a drug list) instructed to be displayed by the user (step S204).

FIG. 14 is a diagram showing an example of a pharmacy selection screen. For each combination of pharmacy and original drug / generic drug (corresponding to options), the selection information generation unit 56 includes a list of drugs, a payment amount, and a “detail” button for an instruction to display details about this combination; Generate data to display a pharmacy selection screen containing. The list of drugs includes information on the brand name and total amount of each drug. The selection information generation unit 56 is different in service related to delivery from a pharmacy that has been designated as a family pharmacy by a user in advance from among a plurality of pharmacies, a pharmacy that has generated a list of drugs whose total payment is lower than the pharmacy, and the pharmacies. A pharmacy may be selected, and a pharmacy selection screen may be generated for the selected pharmacy. The information on the screen generated by the selection information generation unit 56 may be different from the pharmacy selection screen. For example, the selection information generating unit 56 may generate screen information including only a plurality of lists for one pharmacy such as a family pharmacy.

Based on the data of the transmitted pharmacy selection screen, the user terminal 3 displays the pharmacy selection screen on the display output device, and when the user presses the “detail” button, the details of the list of medicines for any pharmacy are displayed. When the display is instructed, the user terminal 3 transmits data indicating that the display of the details of the option has been instructed. And the selection information production | generation part 56 will produce | generate the data which display a medicine detail screen about the designated option, if the data about the instruction | indication of the display are received.

FIG. 26 is a diagram showing an example of a medicine detail screen. The selection information generation unit 56 transmits “details” of each medicine included in the list for this option, one or a plurality of questions, and information indicating that the user has selected this option to the user terminal 3. Data for displaying a medicine detail screen including a button is generated, and this data is transmitted to the user terminal 3. The selection information generation unit 56 acquires a question associated with each of the general names of the plurality of medicines included in the electronic prescription or each of the products (types) of the plurality of medicines included in the options. The selection information generation unit 56 deletes the duplication of the question and generates information on the question for the user. This question is about the user's attributes. When the selection information generation unit 56 can obtain the answer to the question from the user attribute information included in the user information (for example, age, gender, allergy history), the question about the attribute may be deleted. Questions that do not apply to the attributes (eg, sex) included in (eg, questions about pregnancy for men) may be deleted. Further, the data of the medicine detail screen includes data that causes the user terminal 3 to transmit information on answers to each question when the “purchase application” button is pressed.

The user terminal 3 displays the medicine detail screen on the display output device based on the transmitted medicine detail screen data, and the user presses the “purchase application” button, so that the details of the plurality of options are displayed. When the user terminal 3 selects to purchase a medicine for an option (a list of medicines for any pharmacy), the user terminal 3 transmits data indicating the selected pharmacy and the list of the selected medicines. The selection unit 57 receives the data indicating the selected pharmacy and the list of selected drugs (step S205). Then, an order for a prescription drug is received, and the sales control unit 54 stores order information about the list of corresponding drugs and information on answers to the questions in the order information storage unit 73. Here, before the order information is stored, it is also possible to further receive data on the destination and the settlement method from the user terminal 3 and store them in the order information. Further, the sales control unit 54 transmits a reception message indicating that the order has been received toward the user. An electronic prescription is transmitted to the selected pharmacy (step S206). The reception message may be screen information transmitted to the user terminal 3 or an e-mail addressed to the user.

Regarding the transmission of the electronic prescription, the electronic prescription may be transmitted directly to the pharmacy system 1 or a message that the order to the pharmacy is accepted is sent to the person in charge of the pharmacy, and the person in charge The pharmacy system 1 operated by may access the online shopping mall server 2 and obtain an electronic prescription.

FIG. 15 is a diagram showing an example of the order list screen. The order list screen is a screen that is displayed when the person in charge of the pharmacy accesses the online shopping mall server 2, and information on this screen is generated by the sales control unit 54. The sales control unit 54 generates information that causes the display output device to output a list of orders for the pharmacy as an order list screen. In the example of FIG. 15, the information includes, for each order, the date and time when the order was received, the order number identifying the order, the settlement method, the settlement status, the shipping status, and the prescription usage status information indicating the prescription drug sales status. Contains order list screen information.

When the person in charge at the pharmacy selects the order number, the sales control unit 54 transmits information on the order detail screen showing the details of the order to the computer (mainly the pharmacy system 1) operated by the person in charge. FIG. 16 is a diagram illustrating an example of an order detail screen. The information output by the order detail screen includes an electronic prescription, an answer to a user's question, a user's allergy history and side effect history, a payment method, a medicine destination, a payment status, a shipping status, and a prescription usage status. The information on the order detail screen corresponds to an electronic prescription transmitted from the online shopping mall server 2 in FIG. 5 to the pharmacy system 1.

The settlement processing unit 58 is realized by the processor 11, the storage unit 12, and the communication unit 13. The settlement processing unit 58 receives information (settlement request) indicating that the person in charge at the pharmacy has pressed the settlement request button on the order detail screen. When the payment processing unit 58 receives the payment request, the payment processing unit 58 executes the payment processing by the payment method (for example, credit card) designated by the user using the communication unit 13 and stores the result of the payment processing in the order information. The person in charge at the pharmacy confirms the result of the settlement process on the order list screen or the order detail screen. Note that the settlement process may be performed at any timing after the sales situation to be described later is confirmed and before the pharmacy performs shipping.

The sales status confirmation unit 55 is mainly realized by the processor 11, the storage unit 12, and the communication unit 13. The sales status confirmation unit 55 executes a process for confirming whether or not the medicine based on the electronic prescription concerning the order has already been sold. This process includes a process for confirming whether or not a drug based on the electronic prescription has already been sold in the prescription drug sales system, and a process for confirming whether or not another pharmacy has sold the drug for the electronic prescription. . Of the two types of processing of the sales status confirmation unit 55, the latter processing corresponds to the prescription usage status confirmation in FIG.

First, the former process of the two types of processes performed by the sales status confirmation unit 55 will be described. In this process, the sales status confirmation unit 55 confirms whether there is an order associated with the current electronic prescription in the order information storage unit 73. More specifically, after the processing of the prescription check unit 53 has been performed so far, the sales control unit 54 and the like store the order and the prescription ID of the electronic prescription in the order information storage unit 73 as order information. The sales status confirmation unit 55 confirms whether there is order information for an order that is different from the order corresponding to the reception of the current electronic prescription and includes the same prescription ID. Further, when the order information exists, the sales status confirmation unit 55 confirms whether or not the status included in the order information (information relating to buying and selling) indicates that the sales process is in progress. When this status indicates that the sales process is in progress, the sales status confirmation unit 55 determines that the medicine based on the electronic prescription is sold, or that another sales process of the medicine is in progress, and the prescription. The usage status is updated to “confirmed NG”. This process may be executed at any time before the electronic shopping mall server 2 receives the electronic prescription and before actually sending it out.

Next, the latter process among the two types of processes performed by the sales status confirmation unit 55 will be described. This latter process is a process of acquiring information indicating whether or not sales based on an electronic prescription have been made based on an inquiry to the hospital server 4. FIG. 17 is a flowchart showing an example of processing when confirming the sales status. When confirming the sales situation, first, the sales situation confirmation unit 55 transmits an inquiry request including a prescription ID to the hospital server 4 that manages the prescription using the communication unit 13, and takes an order from the hospital server 4. A sales situation is acquired about an electronic prescription (Step S301). The sales status is information indicating whether or not a drug is sold by any one of a plurality of pharmacies, in other words, whether or not an electronic prescription is used by any pharmacy. If the sales status indicates that no pharmacy sells the drug (Y in step S302), the sales status confirmation unit 55 transmits an update request including the prescription ID to the hospital server 4. (Step S303) The storage unit 12 included in the hospital server 4 updates the sales status of the electronic prescription for the order so that the sales status indicates that the pharmacy that accepted the order sells the drug. Further, the sales status confirmation unit 55 updates the status of the prescription usage status included in the order information to a status of “confirmed OK” indicating that the sales status can be confirmed and the sales process can proceed (step S304). On the other hand, if the sales status indicates that one of the pharmacies has sold the drug (N in step S302), the sales control unit 54 indicates that the sales process of the drug related to the electronic prescription cannot be performed. The prescription usage status included in the order information is updated to “confirmed NG” (step S305). The status of “confirmed NG” indicates that the electronic prescription is used for another pharmacy and the subsequent sales process cannot be performed in this system (this pharmacy). This status indicates that the medicine based on the electronic prescription has already been sold by another pharmacy or the sales process is in progress, and if the medicine is sold, the medicine is sold to the user twice.

The process of inquiring to the hospital server 4 whether or not the medicine based on the electronic prescription has already been sold is before confirmation of the explanatory text in FIG. 4 and FIG. Also good. For example, it may be after transmission / reception of explanation confirmation data, or may be immediately before transmission of shipping instruction information. In these examples, there is a greater risk that a plurality of orders will be processed in parallel for the same electronic prescription, but it is possible to prevent two or more shipments for the plurality of orders. Further, the program on the user terminal 3 side holds information indicating whether or not the electronic prescription is used, and the sales status confirmation unit 55 receives the information from the user terminal 3 instead of the hospital server 4 so that the prescription usage status is received. You may update the status. In this case, when sending an electronic prescription from the user terminal 3 to the online shopping mall server (4. Prescription transmission in FIG. 4), additional information indicating whether or not the electronic prescription is used may be added and sent. In this case, the sales status confirmation unit 55 of the online shopping mall server can confirm the sales status indicating whether the medicine for the electronic prescription has already been ordered by confirming the additional information.

When the status of the prescription usage status is updated to “confirmed OK”, the sales control unit 54 controls the execution of the sales process (process after determining the shipping schedule) according to the electronic prescription. The person in charge of the pharmacy may confirm the status of the prescription usage status on the order list screen or the order detail screen, and continue the operation related to sales. On the other hand, if the prescription usage status indicates that the medicine for the electronic prescription cannot be sold, the sales control unit 54 controls so that the processing for the sale cannot proceed thereafter, After receiving this status update, the person gives a refund as necessary.

The explanatory note input unit 59 is realized centering on the processor 11, the storage unit 12, and the communication unit 13. The explanatory note input unit 59 presents information related to the user who applied for the order to the pharmacist, and receives an explanatory note (corresponding to the explanatory note input data in FIG. 5) regarding the order input from the pharmacist of the pharmacy related to the order. The information about the user includes the attribute information included in the user information and the user attribute information included in the answer to the user's question, and the information about the user determines whether the pharmacist creates an explanation or the prescription is correct. Used when. The explanatory text input unit 59 stores the received explanatory text in the explanatory text storage unit 72 including the storage unit 12. In the example of FIG. 15, the processing of the explanatory note input unit 59 explains a request that the pharmacist of the pharmacy involved in the order presses the explanation button on the order detail screen, and the computer operated by the pharmacist starts to input the explanatory text. It starts when it is sent to the sentence input unit 59.

Further, the attribute acquisition unit 65 is realized centering on the processor 11, the storage unit 12, and the communication unit 13 included in the online shopping mall server 2. The attribute acquisition unit 65 acquires the patient attribute information related to the received electronic prescription from the user information storage unit 71 that stores the user attribute information. The explanatory note input unit 59 presents information relating to the user who applied for the order based on the attribute information of the patient to the pharmacist.

FIG. 18 is a diagram showing an example of an explanatory text input screen. The information on the explanatory note input screen allows the user to input the electronic prescription information concerning the order, the attribute information of the user who applied for the order included in the user information, and the subject and body of the explanatory message explained by the pharmacist to the user. Column information and button information for sending the input message to the explanation input unit 59. The explanatory note input unit 59 generates information on an explanatory note input screen including these pieces of information and transmits the information to the pharmacy system 1. The pharmacist refers to the electronic prescription displayed on the explanatory note input screen corresponding to the received information, the allergy history, medical history, and side effect history of the user, and inputs the subject and text of the explanatory message to the pharmacy system 1. When the pharmacist presses the transmission button, the pharmacy system 1 transmits an explanatory message to the explanatory text input unit 59. The explanatory note input unit 59 accepts the message and stores it in the explanatory note storage unit 72.

The explanatory note input unit 59 acquires items to be described in the explanatory note from the medicine type information in accordance with the medicine included in the electronic prescription, generates a draft of the explanatory note including the item, and stores the information on the explanatory note You may transmit the information of the explanatory note input screen including. For example, the explanatory text to the user may be input by the pharmacist correcting the explanatory text plan displayed in the text column of the explanatory text input screen.

The explanatory note output unit 60 is mainly realized by the processor 11, the storage unit 12, and the communication unit 13. When the explanatory text input unit 59 receives the explanatory text message, the explanatory text output unit 60 outputs an explanatory text (corresponding to the explanatory text data in FIG. 5) to the user who places the order.

FIG. 19 is a diagram showing an example of an explanatory text output screen. The information on the explanatory note output screen corresponds to the explanatory text data in FIG. 5, and the information on the explanatory note output screen generated and transmitted by the explanatory note output unit 60 includes the subject and body text of the explanatory note received by the explanatory note input unit 59. Information, information on a check box 31 arranged in accordance with a confirmation item included in the description, and information on a transmission button that causes the user terminal 3 to transmit description confirmation data indicating that the user has confirmed the description. . The explanatory note output unit 60 generates information on the explanatory note output screen so that the square symbol input on the explanatory note input screen is converted into the check box 31. When the user confirms the explanatory text output screen, checks the check box 31 and presses the OK button, the user terminal 3 transmits explanatory confirmation data indicating that the explanatory text has been confirmed. When the user does not check the check box 31 or when a character string is added to the explanatory text, a message of the added explanatory text is transmitted to the confirmation result acquisition unit 61.

The confirmation result acquisition unit 61 is realized centering on the processor 11, the storage unit 12, and the communication unit 13. The confirmation result acquisition unit 61 receives the explanation confirmation data transmitted from the user terminal 3, and updates the explanation status included in the order information related to the order to a status indicating that the explanation confirmation data has been received. As a result, information indicating that the explanation confirmation data has been received is stored in the order information storage unit 73. The person in charge at the pharmacy confirms the updated explanation status on the message confirmation screen, the order list screen, and the order detail screen (corresponding to the explanation status confirmation in FIG. 5), and continues operations related to sales.

FIG. 20 is a diagram illustrating an example of a message confirmation screen. In the message list column of the message confirmation screen, subject lines of all messages related to the order are arranged. When the explanation confirmation data is received, a character string (“user confirmed”) indicating that the explanation has been confirmed by the user is arranged in the message list column. In the message column, the body of the message selected from the messages in the list is arranged, and below the column, a “pharmacist confirmation” button to be pressed when the pharmacist confirms the message is arranged. When a new message button is pressed on the message confirmation screen, the explanatory note input unit 59 may further display an explanatory text input screen.

When the pharmacist presses the “confirm pharmacist” button, the sales control unit 54 updates the explanation status of the order information to “confirmed”. Accordingly, the sales control unit 54 advances the process of determining the shipping schedule.

Each of the shipping schedule generation unit 62 and the shipping management unit 63 is realized mainly by the processor 11, the storage unit 12, and the communication unit 13. The shipping schedule generating unit 62 generates a schedule for shipping the medicine once or divided into a plurality of times based on at least one of the medicine information included in the electronic prescription and the user's desire. For example, the shipping schedule generation unit 62 generates a shipping schedule plan based on the medicine information included in the electronic prescription, and outputs data indicating the generated schedule plan to the person in charge of the pharmacy (see FIG. 5). When the information indicating that the person in charge has approved the schedule is received, the shipping schedule generation unit 62 generates the approved schedule as an official shipping schedule for shipping the medicines for the electronic prescription.

In the following, the process for generating a shipping schedule will be further described. FIG. 21 is a diagram illustrating an overview of a process for generating a shipping schedule. First, the shipping schedule generation unit 62 permits the division shipping field of one or a plurality of drugs included in the electronic prescription, and determines the maximum dosage limit based on the drug type information for the drugs for which the division shipping is permitted. The number of days stored in the electronic prescription and the number of days for the electronic prescription divided dosage limit are obtained, and the minimum number of days acquired (hereinafter referred to as the maximum divided interval) is larger than the prescription number of days for the electronic prescription medicine. It adds to a division | segmentation object list | wrist (step S401). If there is a medicine belonging to the division target list (Y in step S402), a proposal of a shipping schedule for dividing and shipping the medicine is generated (step S403). Here, in the following, the number of days stored in the minimum dosage limit of the drug type information is described as the minimum division interval.

FIG. 22 is a flowchart showing an example of a process for creating a draft shipping schedule. The shipping schedule generation unit 62 sets a date (shortest shipping date) that can be shipped in the shortest delivery date of the medicine that exists in the electronic prescription and does not belong to the division target list (step S501). Next, the shipping schedule generation unit 62 obtains the minimum value of the maximum division interval for one or more drugs belonging to the division target list (step S502). Since this minimum value is likely to be an interval between adjacent shipping dates when performing divided shipping, it is described as a basic interval. Next, the shipping schedule generation unit 62 selects medicines that satisfy the condition that the basic interval value is greater than or equal to the minimum division interval and less than or equal to the maximum division interval from among the medicines belonging to the division target list. The shortest shipping date is set on the shipping date, and on the subsequent shipping dates, the date from the shortest shipping date until the number of prescription days elapses is set to the basic interval that is the interval from the previous shipping date (step) S503). Further, the shipping schedule generating unit 62 deletes the medicine for which the shipping date is set from the division target list (step S504).

Then, the shipping schedule generation unit 62 sets the condition that (n × basic interval) value (n is an integer of 2 or more) among the remaining medicines belonging to the division target list is not less than the minimum division interval and not more than the maximum division interval. Select the medicine to be filled, and set the shortest shipping date for the first shipping date for the selected medicine. For the subsequent shipping dates, the previous shipping date out of the dates from the shortest shipping date until the prescription days have passed A date at which the interval between and (n × basic interval) is set is set (step S505). Further, the shipping schedule generation unit 62 deletes the medicine for which the shipping date is set from the division target list (step S506). Then, when a medicine remains in the division target list, the shipping schedule generation unit 62 sets the first shipping date for the medicine as the shortest shipping date, and on subsequent shipping dates until the prescription days have elapsed from the shortest shipping date. The date at which the interval from the previous shipping date is the maximum division interval is set (step S507). As a result, a draft shipping schedule for each medicine is generated.

When the shipping schedule plan is generated, the shipping schedule generation unit 62 determines the amount to be sent on each shipping date for each medicine according to the shipping date included in the plan and the daily dose obtained from the electronic prescription. Calculate (step S404). In the example of the electronic prescription shown in FIG. 11, the daily dose is a value obtained by multiplying the number of times obtained from the usage of each day by the amount of one time. The shipping schedule generation unit 62 sets a value obtained by multiplying the daily dose by the interval between the current shipping date and the next shipping date as the amount to be sent on each shipping date, when there is a next shipping date. When there is no shipping date, a value obtained by subtracting the number of days between the first shipping date and the current shipping date from the prescription date is multiplied by the daily dose.

Then, the shipping schedule generation unit 62 generates and outputs data of the shipping schedule confirmation screen based on the determined shipping date for each medicine and the amount of medicine to be sent on the shipping date, and obtains approval from the pharmacist (step) S405).

FIG. 23 is a diagram showing an example of a shipping schedule confirmation screen. FIG. 23 is a shipping schedule corresponding to the case where the information on the medicine shown in FIG. 11 is included in the electronic prescription and the medicine shown in FIG. 16 is sold for the electronic prescription. While the prescription period is 10 days, the drug type information for the drug of “cough syrup A” and the divided dose restriction specified by the doctor are 7 days, and the drug type information for the drug of “Gastrointestinal drug B” is specified. Since the maximum number of days of dosing restriction is nine, in step S401, the medicines to be divided and dispatched are “cough syrup A” and “gastrointestinal medicine B”. In step S502, 7 days is determined as the basic interval, and even if these drugs are shipped at the basic interval, the conditions for medication restrictions are met. Ships after 7 days. In addition, the coating agent C that is not subject to split shipping is shipped only on the first shipping date. The information on the shipping schedule confirmation screen includes information on the shipping schedule determined in this way.

In addition, when the maximum division interval of the cough syrup A is 4 days and the minimum division interval of the gastrointestinal drug B is 5 days, the basic interval is 4 days. In the shipping schedule, the cough syrup A is shipped 4 days after the first shipping date, and the cough syrup A and the gastrointestinal medicine B (see step S504) are further shipped after 4 days.

Pharmacist confirms the shipping schedule that can be displayed on the shipping schedule confirmation screen, and approves this shipping schedule by pressing the confirmation button if there is no problem. When the confirmation button is pressed, the pharmacy system 1 transmits a schedule confirmation result (see FIG. 5) indicating that the pharmacist has confirmed the shipping schedule to the shipping schedule generation unit 62. Further, the shipping schedule generation unit 62 receives the schedule confirmation result. Then, the shipping schedule generation unit 62 saves the schedule approved by the received schedule confirmation result in the storage unit (step S406).

The shipping management unit 63 is mainly realized by the processor 11, the storage unit 12, and the communication unit 13. The shipment management unit 63 manages the delivery of medicines based on a delivery schedule for delivering medicines to a user in a plurality of times or a delivery schedule for delivering them in a batch. In the example of FIG. 21, after the shipping schedule is approved, the shipping status included in the order information is changed to “waiting for shipping” (step S408). In addition, the shipping management unit 63 transmits shipping instruction information to the pharmacy according to the shipping schedule and the current date (step S409).

The shipping instruction information may be, for example, an email that is transmitted to the pharmacy system 1 on the day or the previous day of each shipping date and includes information on the drug to be shipped on the shipping date. The pharmacist at the pharmacy sends the medicine based on this email. By this mail, the shipping management unit 63 manages the shipping of the medicine. In addition, the shipping instruction information may be shipping schedule information input to a delivery system included in the pharmacy system 1. In the prescription drug sales system according to the embodiment of the present invention, the sales contract for the prescription drug is established by the first shipment of the prescription drug.

If the pharmacist does not approve the shipping schedule displayed on the shipping schedule confirmation screen, the shipping schedule generation unit 62 may receive the schedule corrected by the pharmacist, and the shipping schedule may be the official shipping schedule. For example, in the example of FIG. 23, based on the shipping schedule confirmation result transmitted when the pharmacist presses the edit button, the shipping schedule generation unit 62 generates a screen that allows the pharmacist to input the corrected shipping schedule. The shipping schedule generation unit 62 receives the input shipping schedule. After that, the process after step S406 should just be performed. Further, the process for generating the shipping schedule and the process for the pharmacist to check the shipping schedule executed by the shipping schedule generating unit 62 may be performed when the pharmacist creates the explanatory text (or immediately before or after). . In this way, it is possible to shorten the time from when the user confirms the explanatory text until the shipment.

Note that the shipping schedule plan may not be generated by the shipping schedule generation unit 62. A shipping schedule desired by a user operating the pharmacy system 1 may be received, and the shipping schedule may be used as it is for shipping management.

Further, the shipping schedule generation unit 62 may generate a schedule without the approval of the person in charge based on the shipping schedule associated with the order information of past orders of the same user. More specifically, the shipping schedule generation unit 62 determines whether or not the type and amount of the medicine are the same in the order in which the user has purchased the medicine in the past. A schedule having the same shipping interval as the shipping schedule of past orders may be generated as a formal shipping schedule.

In step S402, if there is no medicine belonging to the division target list (N in step S402), the shipping schedule generation unit 62 provides information (for example, information on the screen) indicating that the medicines for the electronic prescription are to be shipped at once. When the information indicating that the pharmacist has confirmed it is received, the shipping management unit 63 sets the shipping status included in the order information stored in the order information storage unit 73 to “waiting for shipping”. (Step S408). Then, the shipping management unit 63 transmits the shipping instruction information to the pharmacy according to the shipping schedule and date (step S409).

It is possible to divide and ship medicines by the processing of the shipping schedule generation unit 62 and the shipping management unit 63. Among prescription drugs, there are drugs that are difficult to preserve, such as syrups, and drugs that may cause accidents due to excessive drinking such as psychotropic drugs. With these medicines, it is possible to suppress the occurrence of accidents due to deteriorated medicines and accidents due to excessive drinking of drugs even if the prescription period is extended at a time by split shipping. Also, it is possible to reduce the time and effort required for the patient compared with the case where the prescription period is shortened.

It should be noted that, for some of the prescription days, the doctor may be able to specify on the electronic prescription whether or not to stop taking the prescription drug at the patient's own judgment. In this case, the electronic prescription includes information indicating that one of the prescription drugs may be stopped, and the shipping management unit 63 of the online shopping mall server 2 sends the medicine based on the user's wish for the prescription drug. The shipping management unit 63 controls the pharmacy system 1 so as not to ship the medicine in the shipping schedule after receiving the shipping cancellation instruction information when the information for instructing cancellation (shipping cancellation instruction information) is received. It's okay.

Furthermore, when the shipment management unit 63 stops shipping the unshipped medicine due to the shipping cancellation instruction, the shipping management unit 63 uses the information indicating that a part or all of the sales of the medicine has been canceled to order the medicine sales. Information status information may be updated. The updated order information is stored in the order information storage unit 73.

This makes it possible to reduce the amount of extra medicine on the patient's hand if the disease is cured while taking the medicine after a doctor's visit. As a result, it is possible to substantially reduce medical costs and prevent accidents and frauds caused by possessing unnecessary medicines. In addition, with respect to an order in which the delivery of medicine is stopped and a part or all of the sales is canceled, the sales control unit 54 performs a refund or a point return based on the order information stored in the order information storage unit 73. May be performed. In this case, the sales control unit 54 performs control so that the sales status of the electronic prescription in the hospital server 4 remains information indicating that the electronic prescription has been used.

In connection with cancellation, there may be a case where an order is canceled by the user before the shipping status becomes “waiting for shipping”. In this case, when the sales status of the electronic prescription in the hospital server 4 indicates that the pharmacy indicates that the pharmacy has been used, the sales control unit 54 controls to update the sales status to indicate that it is not used. In this case, the user may use another pharmacy. If this cancellation is made and the settlement is completed, the sales control unit 54 performs a refund process.

Further, in the case where the order is canceled after the shipment status becomes “waiting for shipment” and before it is actually shipped, the sales control unit 54 provides the user with information indicating the reason together with the cancellation instruction. You may control whether to update the sales status of the hospital server 4 to unused according to the reason for the acquisition. In addition, the pharmacist may manually update the sales status of the hospital server 4 based on the judgment of the pharmacist who operates the pharmacy system 1. For example, if you have prescribed more drugs at another hospital and the drugs are no longer needed, the sales status will remain used, and if you just want to use other pharmacies, you can use other pharmacies Such a flexible response becomes possible.

In this way, the process of updating the sales status of the hospital server 4 related to the cancellation may be varied depending on the status of the shipment at the time of order cancellation.

In the description so far, the description data corresponding to the electronic prescription is performed after the user transmits the electronic prescription, but this may be performed before the electronic prescription is received from the user. Below, the operation | movement of the prescription pre-reception part 64 grade | etc., For that purpose, and the example of the flow of the prescription drug sale by a prescription drug sales system are demonstrated. Below, it demonstrates centering on difference with the example of FIG.

FIG. 24 is a diagram schematically showing another example of a prescription drug sales process. FIG. 25 is a sequence diagram showing communication among the user terminal 3, the online shopping mall server 2, the pharmacy system 1, and the hospital server 4 in the example of FIG. The example of FIG. 24 and FIG. 25 is an example in the case where a family pharmacy that a patient usually uses is registered in the hospital server 4 in advance and an electronic prescription is disclosed to the hospital server 4. .

In this case, when a doctor issues an electronic prescription at the hospital ("1. Prescription issuance" in FIG. 24), the hospital server 4 is information indicating an electronic prescription (in this example, a prescription ID, but an electronic prescription may also be used. ) To the user terminal 3 (“2. Prescription ID transmission” in FIG. 24, “Prescription ID” in FIG. 25) and the electronic prescription to the pharmacy system 1 (“3. Prescription transmission in FIG. 24). "," Electronic prescription "in FIG. 25). Then, the pharmacist who operates the pharmacy system 1 that has received the electronic prescription creates an explanatory text (“4. Create explanatory text” in FIG. 24).

・ Details will be given regarding the receipt of this prescription and the creation of explanations. The prescription pre-reception unit 64 is realized mainly by the processor 11, the storage unit 12, and the communication unit 13 included in the computer belonging to the online shopping mall server 2. The prescription pre-receiving unit 64 relates to medicines and patients included in the electronic prescription from a transmission source (hospital server 4 or pharmacy system 1) different from the user before the prescription receiving unit 52 acquires information indicating the electronic prescription from the user. Receive information. Here, the information about the medicine and the patient included in the electronic prescription may be the electronic prescription itself or information in another format. The method in which the online shopping mall server 2 receives information on medicines and patients included in the electronic prescription may be a method of directly transmitting the information from the hospital server 4 to the electronic shopping mall server 2, or the electronic shopping mall server. 2 may access the hospital server 4 periodically and download the electronic prescription when there is an electronic prescription for this pharmacy. Further, the computer belonging to the pharmacy system 1 further transmits the electronic prescription received from the hospital server 4 to the online shopping mall server 2, so that the prescription pre-reception unit 64 receives information on the medicine and patient included in the electronic prescription. Alternatively, the prescription pre-reception unit 64 may be realized by a computer belonging to the pharmacy system 1.

The attribute acquisition unit 65 is realized centering on the processor 11, the storage unit 12, and the communication unit 13 included in the online shopping mall server 2. The attribute acquisition unit 65 acquires the patient attribute information related to the electronic prescription received from the hospital server 4 that is a transmission source different from the user from the user information storage unit 71 that stores the user attribute information. More specifically, the attribute acquisition unit 65 obtains information about the patient included in the electronic prescription from the computer included in the pharmacy system 1 (for example, information specifying the patient such as a hospital code, a patient ID, an insurer number, and a name). The user attributes (for example, allergy history, side effect history, etc.) are acquired from the user information storage unit 71 based on the information related to the patient. At this time, the attribute acquisition unit 65 included in the online shopping mall server 2 may acquire an electronic prescription and store it in the storage unit 12.

Then, the explanatory note input unit 59 receives the user attribute information corresponding to the patient included in the electronic prescription and acquired by the attribute acquisition unit 65 and the received drug information from the pharmacist. The information on the explanatory note input screen is transmitted to input the explanatory note relating to the electronic prescription. The configuration of the explanatory note input screen is the same as the example of FIG. 18, and the explanatory note input screen is generated before receiving an order application from the user.

Then, the pharmacy system 1 stores the description in the online shopping mall server 2 (“description storage” in FIG. 24, “description input data” in FIG. 25). The process in which the explanatory note input unit 59 receives the explanatory text input data relating to the order input from the pharmacist of the pharmacy relating to the order is the same as the example of FIG.

FIG. 27 is a diagram showing another example of the explanatory note output screen. The explanatory note output screen shown in FIG. 27 is a screen for outputting the explanatory note created in advance and stored in the storage unit 12 by the explanatory note input unit 59. In the case where an explanatory note is created in advance, the explanatory note includes information on the attribute of the user and a check box 32 for inputting whether or not the information has currently changed. This check box 32 may be set for each item of information regarding the attribute. In this case, the state of the user can be confirmed more reliably. In order to display the explanatory note output screen shown in FIG. 27, the explanatory note input unit 59 includes an explanatory sentence including information regarding the attributes of these users and information indicating that the user has confirmed the information. Information on an explanatory note input screen including a template may be generated.

5 instead of the “medicine list inquiry” in the example of FIG. 5, the pharmacy system 1 may transmit an explanatory note and may also transmit drug type data that is a list of prescription drugs provided by the pharmacy. This list may be two types of lists: a list of original drug centers and a list of generic drug centers. The selection information generation unit 56 included in the online shopping mall server 2 may receive this medicine type data, and may also receive an electronic prescription and store it in the storage unit 12 or a database executed by another computer. . The selection information generation unit 56 also stores one or more lists of drugs included in the drug type data before the prescription receiving unit 52 receives the information indicating the electronic prescription. ) May be stored.

Then, the user logs in to the prescription drug sales service provided by the online shopping mall server 2 using the user terminal 3 (“6. Login” in FIG. 24, “Login screen” in FIG. 25, “User authentication information”). The process of the user authentication unit 51 is the same as the example of FIG. The user transmits a prescription ID associated with authentication information for authenticating the user to the online shopping mall server 2 (“7. Prescription ID transmission” in FIG. 24, “Prescription ID data” in FIG. 25). Then, the online shopping mall server 2 transmits information on one or more lists of medicines included in the received electronic prescription to the user terminal 3 (“8. Medicine type presentation” in FIG. 24, “Drug type selection” in FIG. 25). screen").

In the following, the process until the medicine type selection screen is generated after receiving the prescription ID will be described. After the user transmits a prescription ID that is information indicating an electronic prescription, the prescription confirmation unit 53 confirms whether the user authentication information associated with the electronic prescription corresponds to the patient information included in the electronic prescription. To execute the process. More specifically, the prescription checking unit 53 acquires information for identifying the user based on information that associates the user authentication information such as the session ID and the electronic prescription, and the user is transmitted from the pharmacy system 1 in advance and stored. It is determined whether or not the information specifying the electronic prescription (for example, prescription ID) matches the information specifying the prescription received by the prescription receiving unit from the user, and corresponds to the user authentication information if they match It is confirmed that the information of the user who performs and the information of the patient included in the electronic prescription correspond. And the sales control part 54 is controlled so that the sales process of the medicine according to an electronic prescription is performed based on the result of the process of the confirmation.

When the user information corresponding to the user authentication information corresponds to the patient information included in the electronic prescription, the selection information generation unit 56 receives the medicine received from the pharmacy system 1 based on the control of the sales control unit 54. Based on this list, information on a drug type selection screen, which is information for allowing the user to select either a starting drug or a generic drug, is generated. The drug type selection screen is a screen that allows the user to select which one of the list of the drugs centered on the starting drugs and the list of the drugs centered on the generic drugs among the pharmacies that have received the explanation in advance. For example, the medicine type selection screen is a screen obtained by removing the list of medicines for pharmacies other than the family pharmacy from the screen shown in FIG.

Then, the user selects one of the medicine lists included in the list, and the user terminal 3 transmits information on the selected list ("medicine type selection data" in FIG. 25) to the online shopping mall server 2 ( “9. Drug type selection” in FIG. 24). The selection unit 57 included in the online shopping mall server 2 receives the medicine type selection data, and the explanatory note output unit 60 transmits the explanatory note previously input by the pharmacist and stored in the storage unit 12 or the like to the user. ("10. Sending explanation text" in FIG. 24, "Explanation text data" in FIG. 25). The explanatory note output unit 60 outputs information on an explanatory note output screen as shown in FIG. 27 as a screen following the drug type selection screen in the same session as the drug type selection screen. Description of the generation of information on the explanatory note output screen is omitted.

When the user confirms the explanation, the confirmation result acquisition unit 61 receives information indicating that the user has confirmed (“explanation confirmation data” in FIG. 25), and the pharmacist confirms the information (“11 in FIG. 24). .Confirmation "," explanation status confirmation "in FIG. Since the processing of the confirmation result acquisition unit 61 according to this is the same as the example of FIG. Then, the pharmacy system 1 makes an inquiry to the hospital server 4 that manages the prescription by using this electronic prescription whether other pharmacies sell prescription drugs ("11. Prescription usage status confirmation" in FIG. 24) "Prescription usage status in FIG. Confirmation"). Here, the sales status confirmation unit 55 executes the same processing as in FIG.

When the prescription drug based on this electronic prescription is not sold by another pharmacy, the settlement processing unit 58 executes a settlement process, and the pharmacy sends the prescription drug to the user (“11. Shipment” in FIG. 24, FIG. 25 "shipping instruction information"). In FIG. 25, the settlement processing performed by the settlement processing unit 58, the sales status confirmation unit 55 confirms the prescription drug sales status, and the sales control unit 54 controls the sale of the medicine according to the confirmation result, or the shipping schedule. The processing for generating the shipping schedule by the generation unit 62 and the processing for managing the shipping by the shipping management unit 63 are the same as in the example of FIG. Since there is, detailed description is abbreviate | omitted.

When the prescription pre-reception unit 64 receives the electronic prescription before the user transmits the information indicating the electronic prescription, the pharmacist operating the pharmacy system 1 can input the explanatory text before the transmission. Thereby, it is possible to reduce the time from when the user applies for the purchase of a medicine by selecting the kind of medicine, etc. until the explanatory text is confirmed, and to improve the convenience for the user. In particular, if the pharmacist is not stationed at night and the user's application for the purchase of drugs and confirmation of explanations can only be performed at night, the time from application to shipping can be shortened by one day or more. It becomes possible.

In the examples of FIGS. 24 and 25, the online shopping mall server 2 exchanges with the user. However, these exchanges may be performed by a server computer included in the pharmacy system 1. In this case, a program for realizing the function of the online shopping mall server 2 is arranged in the pharmacy system 1 and is executed by a server computer included in the pharmacy system 1.

1 pharmacy system, 2 electronic mall server, 3 user terminal, 4 hospital server, 5 network, 11 processor, 12 storage unit, 13 communication unit, 14 input / output unit, 31, 32 check box, 51 user authentication unit, 52 prescription Receiving unit, 53 prescription confirmation unit, 54 sales control unit, 55 sales status confirmation unit, 56 selection information generation unit, 57 selection unit, 58 settlement processing unit, 59 explanatory text input unit, 60 explanatory text output unit, 61 acquisition of confirmation result Unit, 62 shipping schedule generation unit, 63 shipping management unit, 64 prescription pre-reception unit, 65 attribute acquisition unit, 71 user information storage unit, 72 explanation sentence storage unit, 73 order information storage unit.

Claims

Receiving means for receiving authentication information for authenticating the user and information indicating an electronic prescription from the user during one session;
Prescription confirmation means for executing a process for confirming whether or not user information corresponding to the received authentication information corresponds to patient information included in the electronic prescription;
Control means for controlling the execution of the medicine sales process according to the electronic prescription during the session according to the result of the confirmation process by the prescription confirmation means;
Means for storing information relating to the buying and selling of medicines based on the electronic prescription linked to the electronic prescription;
Including prescription drug sales system.
In the prescription drug sales system according to claim 1,
It further includes a sales confirmation means for executing a process for confirming whether the medicine based on the electronic prescription has already been sold based on the information on the buying and selling,
The control means controls to execute a medicine sales process according to the electronic prescription when it is confirmed that the medicine is not yet sold.
Prescription drug sales system.
In the prescription drug sales system according to claim 1,
Means for receiving usage information indicating whether the electronic prescription has been used by any pharmacy;
The control means, when the use information indicates that the electronic prescription is not yet used, to control the medicine sales process according to the electronic prescription,
Prescription drug sales system.
In the prescription drug sales system according to any one of claims 1 to 3,
Attribute acquisition means for acquiring attribute information of the patient related to the electronic prescription from a storage means for storing user attribute information;
Presenting the electronic prescription and the read attribute information of the user to a pharmacist, accepting an explanatory text input from the pharmacist based on the presentation, and storing the explanatory text in a storage means;
An explanatory text output means for outputting the explanatory text to the user when the receiving means receives the information indicating the electronic prescription; and
Prescription drug sales system.
In the prescription drug sales system according to claim 4,
Before receiving the information indicating the electronic prescription by the receiving means from the user, it has a prior receiving means for separately receiving information on a medicine and a patient included in the electronic prescription from a transmission source different from the user,
The attribute acquisition means acquires patient attribute information related to the electronic prescription based on information about the patient received from a transmission source different from the user from a storage means for storing user attribute information,
The explanatory note accepting unit presents information related to the medicine received from a transmission source different from the user and the read attribute information of the user to a pharmacist, and an explanatory text input from the pharmacist based on the presentation And store the explanation in the storage means.
Prescription drug sales system.
In the prescription drug sales system according to claim 4 or 5,
Confirmation data receiving means for receiving confirmation data indicating that the user has confirmed the explanatory text;
When the confirmation data is received, a medicine sales process according to the electronic prescription by the control means is executed,
Prescription drug sales system.
In the prescription drug sales system according to any one of claims 1 to 6,
Generating means for generating information for allowing the user to select a medicine specified by the electronic prescription from a plurality of options;
The control means controls the execution of the medicine sales process according to the electronic prescription based on the option selected by the user when the sales process is executed.
Prescription drug sales system.
In the prescription drug sales system according to any one of claims 1 to 6,
Generating means for generating information for allowing the user to select one of the pharmacies selling the medicine specified in the electronic prescription based on the information on the medicine contained in the electronic prescription and the inventory information of the pharmacy; In addition,
The control means controls execution of a medicine sales process according to the electronic prescription based on a pharmacy that sells the medicine selected by a user.
Prescription drug sales system.
In the prescription drug sales system according to any one of claims 1 to 8,
A shipping schedule generating means for generating a schedule for shipping the medicine in one time or divided into a plurality of times based on at least one of medicine information corresponding to the electronic prescription and a user's desire;
Prescription drug sales system.
In the prescription drug sales system according to claim 9,
A delivery management means for managing delivery of the medicine based on the generated delivery schedule;
Prescription drug sales system.
In the prescription drug sales system according to claim 10,
The shipping management means is capable of stopping the shipping of the unshipped medicine based on the shipping schedule of the medicine and the user's wish,
When the delivery of the medicine is stopped by the delivery management means, based on the delivery status, that part or all of the medicine sale is canceled as the update content of the information on the medicine sale based on the electronic prescription Memorize it in the means of memorizing information related to drug sales
Prescription drug sales system.
Receiving authentication information for authenticating the user and information indicating the electronic prescription from the user during one session;
Executing a process for confirming whether or not the user information corresponding to the received authentication information corresponds to the patient information included in the electronic prescription;
Controlling the execution of a medicine sales process according to the electronic prescription during the session according to a result of a process for confirming whether the user information corresponds to the patient information;
Storing information relating to the buying and selling of medicines based on the electronic prescription linked to the information indicating the electronic prescription or the electronic prescription;
Prescription drug sales method including.
Receiving means for receiving authentication information for authenticating the user and information indicating the electronic prescription from the user during one session;
Prescription confirmation means for executing processing for confirming whether or not user information corresponding to the received authentication information corresponds to patient information included in the electronic prescription; and
Control means for controlling the execution of the medicine sales process according to the electronic prescription during the session according to the result of the process for confirmation by the prescription confirmation means,
Means for storing information relating to the buying and selling of medicines based on the electronic prescription linked to the information indicating the electronic prescription or the electronic prescription;
As a program to make the computer function as.
Receiving means for receiving authentication information for authenticating the user and information indicating the electronic prescription from the user during one session;
Prescription confirmation means for executing processing for confirming whether or not user information corresponding to the received authentication information corresponds to patient information included in the electronic prescription; and
Control means for controlling the execution of the medicine sales process according to the electronic prescription during the session according to the result of the process for confirmation by the prescription confirmation means,
Means for storing information relating to the buying and selling of medicines based on the electronic prescription linked to the information indicating the electronic prescription or the electronic prescription;
An information storage medium for storing a program for causing a computer to function as a computer.