JP2001236395A - Paperless medical prescription system for prescription pharmacy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a medical prescription paperless system for a prescription pharmacy which enables a patient to receive medicine at the prescription pharmacy without bringing a prescription and can reduce the consumption of paper resources. SOLUTION: Prescription data on the patient and data for authentication are registered in a prescription and authentication database 16 on a Web server 15 at a hospital. When the patient tells the hospital where the patient had a clinical consultation to a pharmacist of the prescription pharmacy, the hospital URL of the patient is obtained by a pharmacy terminal 11 by using the Web server 13 of a provider or public institution and the Web server 13 of the hospital is accessed to confirm the patient by comparing data read out of a magnetic card by an authentication data reader 12 of the pharmacy terminal 11 with data for authentication in the prescription and authentication database 16. When the authentication is successful, the Web server 13 of the hospital takes prescription data out of the prescription and authentication database 16 and the pharmacy terminal 11 downloads the prescription data to prepare medicine for the patient.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention enables a patient who has been examined at a hospital to receive a dispensing without having to bring a prescription to a pharmacy when the patient wishes to do so. The present invention relates to a prescription paperless system in a dispensing pharmacy capable of suppressing paper consumption and eliminating wasteful consumption of resources.

[0002]

2. Description of the Related Art In a large hospital or the like where a pharmacy is installed,
A mechanism has been realized in which prescription data of a patient is acquired via an intranet or the like and is automatically dispensed. On the other hand, the division of medicine has progressed, and the number of individual practitioners who do not have a pharmacy has increased. At the time of accounting, a prescription is given to a patient, and the patient brings it to an arbitrary dispensing pharmacy to be dispensed. Along with this division of medicine, for example, JP-A-06-231151 discloses
It is disclosed that prescription information of a patient examined and prescribed at a medical institution is transmitted in advance to a dedicated out-of-hospital pharmacy desired by the patient, and the out-of-hospital pharmacy performs dispensing processing based on the prescription information.

[0003] In connection with such dispensing processing by an out-of-hospital pharmacy, Japanese Patent Application Laid-Open Publication No. H06-106060 aims to reduce the burden on doctors, prevent imprints, prevent loss of prescriptions, and reduce waiting time for patients.
In Japanese Patent No. 187383, a doctor registers an imprint in a file in advance by using an image reading device, inputs a doctor and patient code using a card reader, inputs prescription order information from an order input device, and stores the file in a file. Then, the prescription order information is edited by the processing section as a doctor code and a patient code key, and the doctor information and the patient information extracted from the file are edited into an out-of-hospital prescription output format, which is displayed on the order input device, and the doctor is confirmed. Ask. After that, the imprint taken out of the file is added to the out-of-hospital prescription using the doctor code as a key, and this out-of-hospital prescription is transmitted to the out-of-hospital prescription output device installed in the out-of-hospital pharmacy through the public network, and is printed by this out-of-hospital prescription output device. Out is disclosed.

As an example of transmitting prescription information to an out-of-hospital pharmacy through a public line network, Japanese Patent Application Laid-Open No. Hei 10-269298 discloses a method for transmitting prescription information handed to a patient as a result of treatment at a medical institution to an out-of-hospital pharmacy. Facsimile reception at the family pharmacy using the means for reading the `` family pharmacy card '' possessed by the patient using the means for reading in advance, reading the family prescription selected by the patient, reading and entering the prescription, and simultaneously storing and storing data. Discloses dispensing based on prescription data.

[0005] Further, in the prescription issuing business of a hospital,
JP-A-07-28901 discloses a doctor who issues a prescription in order to prevent unauthorized prescription issuance and ensure reliable and prompt delivery in the prescription transportation and transmission work to pharmacies and accounting departments. As a system for automatically distributing prescriptions to pharmacies and accounts without errors, a means for pre-registering and storing unique information in order to recognize unique information such as signatures and seals identifying doctors, and handwritten input information, It is disclosed that a function of judging the coincidence of information of means for registering and storing is provided.

However, in each of these cases, the prescription must be carried around, or the prescription must be printed out at an out-of-hospital pharmacy, and the amount of prescription (paper) used is considerable. . Japanese Patent Application Laid-Open No. 07-57002 discloses an example of a similar system for a nurse to avoid medication mistakes in a hospital and for eliminating waste of prescription instruction sheets. Although not a similar system, an example of a medical charge settlement system using a credit card is disclosed in Japanese Patent Application Laid-Open No.
No. 31,267.

[0007]

A first problem in using such a conventional out-of-hospital pharmacy is the inconvenience of carrying a prescription. The medicinal division of labor makes it possible to receive the prescribed medicine at any dispensing pharmacy near home, but hassle of having to receive a prescription at the hospital and take it to the dispensing pharmacy. There is. The second problem is waste of paper used as a prescription. Recent pharmacies often have their own management system, so even if you have a prescription, all the information on the medicine to be used etc. is done manually, and after the information input is completed, the prescription is discarded . Thus, using paper for information transmission can be said to be a waste of resources in the age of network development.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned conventional problems, and allows a medicine prescribed at a hospital to be received at a general dispensing pharmacy in a paperless manner, and is freed from the trouble of carrying a prescription and lost. This eliminates the need for consideration, etc., and also eliminates the need to print prescriptions while waiting for accounting at a hospital, thereby reducing administrative work, reducing patient load by reducing patient waiting time, and An object of the present invention is to provide a prescription paperless system in a dispensing pharmacy that can reduce waste of paper resources, reduce human errors, and provide a possibility of referring to past medication histories.

[0009]

In order to achieve the above object, a prescription paperless system in a dispensing pharmacy according to the present invention comprises an authentication data reading device for reading authentication data for authenticating a patient who receives a medicine, and an Internet. A hospital URL using a provider's web server that searches a hospital URL database in which hospital URLs are registered and provides a list of hospital URLs as contents
Providing means and a We of a hospital connected to the Internet for registering the prescription data of the patient and the authentication data of the patient receiving the dispensing in a prescription and authentication database
b. When the patient connected to the Internet and connected to the Internet and informed the pharmacist of the hospital where the patient who wished to be dispensed consulted a pharmacist, the search result of the hospital URL examined by the hospital URL providing means was input and the authentication data was entered. When the authentication of the patient who desires the dispensing by the reading device matches the authentication data of the patient registered in the prescription and authentication database by accessing the web server of the hospital, the prescription data is read from the prescription and authentication database. And a pharmacy terminal for downloading.

[0010] Therefore, after a patient who wishes to be dispensed receives a medical examination, when a pharmacist of a pharmacy receiving the medicine is informed of the hospital that has been examined, the pharmacy terminal notifies the hospital URL providing means of the hospital to notify the hospital. The hospital URL database is searched by the hospital URL providing means, and a list of hospital URLs is provided as contents to the pharmacy terminal. The pharmacy terminal matches the authentication of the patient who wants to be dispensed with the authentication data reading device from the contents of the list of the hospital URL and the authentication data of the patient registered in the prescription and authentication database by accessing the hospital Web server. Then, because it downloads the prescription data from the prescription and authentication database, the patient who wants to dispense can receive the medicine prescribed at the hospital at a general dispensing pharmacy without a paper, and the patient needs to bring a prescription. Eliminates complexity, eliminates the need to consider lost prescriptions, and eliminates the need to print out prescriptions due to waiting at the hospital for accounting, reducing administrative work and reducing patient waiting time. Of the patient and the waste of paper resources can be reduced.

[0011]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, an embodiment of a prescription paperless system in a dispensing pharmacy according to the present invention will be described with reference to the drawings. FIG. 1 is a system configuration diagram showing an overall configuration of a first embodiment of a prescription paperless system in a dispensing pharmacy according to the present invention. In the first embodiment shown in FIG. 1, the patient is connected to the Internet 17, receives medical treatment at a medical institution, authenticates a patient who wants to be dispensed, and stores it in the prescription and authentication database 16 by the Web server 15 of the hospital. A pharmacy terminal 11 for downloading registered prescription data is provided.

Also, a magnetic card as a recognition data recording medium for authenticating a patient (or the person who receives the medicine) who desires the dispensing, or an authentication data reading device 12 for reading a fingerprint for authenticating the patient, and the Internet 1
7 as a means for providing a hospital URL, a Web service provided by a provider or a public institution for searching for a hospital URL.
b server 13 (hereinafter referred to as the provider or public
b) and the hospital URL that registered the hospital URL
Connected to the database 14 and the Internet 17,
Web server 15 for hospital to provide prescription data
And a prescription and authentication database 16 for registering prescription data and authentication data.

The detailed internal structure of the pharmacy terminal 11 is shown in FIG.
Is shown in the block diagram of FIG. In FIG. 2, the pharmacy terminal 11 is connected to the Internet 17, and if a patient who wants to dispense tells a pharmacist of the hospital where he / she has been examined, he / she will be examined by a provider or a Web server 13 of a public agency. It is possible to search the URL of the hospital that has been set. Also, when accessing the Web server 13 of a provider or a public institution, authentication of the individual is required,
An authentication data read processing unit 21 is provided.

The authentication data reading processing means 21
An authentication data reading device 12 for reading authentication data from the prescription and authentication database 16 reads a magnetic card as a medical examination ticket or fingerprint information of the individual, and uses that information as an authentication process shown in FIG. To the means 42. Further, the pharmacy terminal 11 includes a prescription data acquisition processing unit 22. This prescription data acquisition processing means 22 is for downloading prescription data from the prescription and authentication database 16 after successful authentication. The prescription data acquisition processing unit 22 downloads the prescription data, and displays the acquired prescription data on a display unit (not shown) of the pharmacy terminal 11.

FIG. 3 shows the Web server 13 of the provider or public institution shown in FIG. This figure 3
According to this, the web server 13 of this provider or public institution has a UR of a hospital corresponding to the system of the present invention.
L is registered in the database 14 and includes the contents 31 provided by the hospital URL. Hospital U from pharmacy terminal 11
Corresponds to RL search.

Further, FIG. 4 shows details of the hospital Web server 15 in FIG. According to FIG.
When the web server 15 of the hospital is accessed from the pharmacy terminal 11, the authentication of the patient is performed by the authentication processing means 42. At this time, authentication data is received from the pharmacy terminal 11 for access right authentication. The determination as to whether the user is the principal is performed by the Web server 15 of the hospital collating with the authentication data in the database 16 registered by the authentication data registration processing unit 41 in advance.

When the patient is examined for the first time, the authentication data is read by the authentication data registration processing means 41 by the authentication data reader 12 using a magnetic card as a consultation ticket or the fingerprint of the patient who desires dispensing, that is, the fingerprint of the patient. It is read and registered in the prescription and authentication database 16. If the user can be confirmed, the prescription data extraction processing means 43 of the hospital Web server 15 reads the prescription data from the prescription and authentication database 16 and transmits it to the prescription data acquisition processing means 22 of the pharmacy terminal 11.

Next, the operation of the first embodiment of the present invention configured as described above will be described. First, the overall operation of the first embodiment will be described in detail with reference to the flowcharts of FIGS. FIG. 5 shows the flow of processing in the hospital. The reception at the hospital is not different from the normal processing procedure.

First, a patient is referred to a hospital (step S
1), a doctor consults the doctor (step S2), the doctor writes the prescription data in the medical chart, and the clerk inputs the prescription data to the prescription and authentication database 16 by the authentication data registration means 41, or the doctor directly The information is entered into the prescription and authentication database 16 (step S3). If the patient who wants to be dispensed is the first consultation hospital
(Step S4) As authentication data, the magnetic card data which is a consultation ticket at the time of paperwork is stored in the authentication data registration unit 41.
To register in the prescription and certification database 16 by
Alternatively, prescribe and authenticate the patient's fingerprint database 16
(Step S5). In this case, a prescription for accounting is unnecessary (step S6).

Next, the processing procedure of the dispensing pharmacy will be described. FIG. 6 is a flowchart showing the flow of processing in the dispensing pharmacy. First, at the dispensing pharmacy (Step S
7) The patient who wants to give the medicine tells the pharmacist of the hospital where he was examined. As shown in FIG. 3, the pharmacist searches and obtains the URL of the hospital by using the contents (hospital URL search content 31) provided by the provider or the public institution web 13 on the pharmacy terminal 11 (step S8), as shown in FIG. Access the Web server 15 of the target hospital (step S
9).

Next, the pharmacist performs authentication in order to identify the patient who desires the dispensing. Authentication method is pharmacy terminal 11
The authentication data reading device 12 connected to the device reads a magnetic card as a consultation ticket (step S10), and the data is registered in the prescription and authentication database of the hospital by the authentication data reading processing means 21 and the authentication processing means 42. It collates with the authentication data of the patient or reads the fingerprint and collates with the authentication data of the hospital database (step S11).

As a result of this collation, if the authentication of the patient who desires the dispensing succeeds, the prescription data is extracted from the prescription and authentication database 16 of the hospital by the prescription data extraction processing means 43, and the pharmacy terminal 11 receives the prescription data acquisition processing means. The prescription data is downloaded by 22 (step S12) and displayed on a display screen (not shown) of the pharmacy terminal 11, and the pharmacist dispenses the patient who desires dispensing (step S13). If the authentication of the patient who desires the dispensing fails, that fact is displayed on the display screen of the pharmacy terminal 11, and the access is stopped.

Next, individual processes of the first embodiment will be described in detail with reference to the flowcharts of FIGS. First, referring to a flow chart showing the flow of processing of the authentication data reading processing means 21 in the pharmacy terminal 11 in FIG. 7, the authentication data reading processing means 21 of the pharmacy terminal 11 Then, authentication data (magnetic card data or fingerprint data) is obtained using the command 12 (step S14).

The acquired authentication data is transferred to a hospital Web site.
It is transmitted to the authentication processing means 42 of the server 15 (step S
15). Thereby, the result of the authentication is confirmed, and if the authentication is OK (step S16), the prescription data acquisition processing means 2
2 is called (step S17). Also, as a result of authentication, authentication failure, or pharmacy terminal 1
If the user does not instruct prescription data download, a message indicating that access is not possible is displayed on the display screen.
(Step S18).

Next, referring to the flowchart of FIG. 8 showing the processing procedure of the prescription data acquisition processing means 22 in the pharmacy terminal 11, the prescription data acquisition processing means 22 in the pharmacy terminal 11 transmits the prescription data to the hospital Web server 15. Request (step S19). In response to this request, the prescription data is extracted from the prescription and authentication database 16 by the prescription data extraction processing means 43 of the hospital Web server 15 and transmitted to the pharmacy terminal 11 via the Internet 17. Thereby, the pharmacy terminal 11 receives the transmitted prescription data (step S20). The pharmacy terminal 11 displays the received prescription data on the next screen (step S21).

Next, referring to a flow chart showing the processing procedure of the authentication data registration processing means 41 in the hospital Web server 15 in FIG. 9, the patient who has been examined for the first time can confirm the access right of the hospital Web server 15. For,
The authentication data must be registered in the prescription and authentication database 16. Therefore, in the hospital, the data of the magnetic card as the consultation ticket is read using the authentication data reading device 12 (step S22), and the read authentication data is stored in the prescription and authentication database 16 by the authentication data registration processing means 41. It registers or reads the fingerprint information and registers it in the prescription and authentication database 16 (step S23).

Next, the hospital Web server 15 shown in FIG.
Referring to the flow chart showing the processing procedure of the authentication processing means 42 in the above, the authentication processing means 4 in the Web server 15 of the hospital receives the authentication data of the patient who desires the dispensing from the pharmacy terminal 11 (step S24). When the authentication processing unit 42 receives the authentication data, the authentication processing unit 42 checks the received authentication data with the prescription of the hospital Web server 15 and the authentication data registered in the authentication database 16 (step S25). That is, it is determined whether or not the matching authentication data exists.

As a result of this confirmation, if the authentication is successful (step S26), that is, if the authentication processing means 42 is confirmed to have the access right to the pharmacy terminal 11, the authentication processing means 42 succeeds in the pharmacy terminal 11. Notify (step S27). Within a certain period of time, the pharmacy terminal 11
If there is a transmission request for authentication data to the server 15 (step S28), the authentication processing means 42 calls the prescription data extraction processing means 43 (step S29), and the authentication processing means 42 It causes the data extraction processing means 43 to extract the prescription data. If the authentication fails or the pharmacy terminal 11 does not request transmission of prescription data within a certain time, the authentication processing means 42 notifies the authentication data reading processing means 21 of the pharmacy terminal 11 that access is not possible (step S30). .

Next, the hospital Web server 15 shown in FIG.
Referring to a flow chart showing the processing procedure of the prescription data extraction processing means 43 in FIG. 3, prescription data is extracted from the prescription and authentication database 16 (step S3).
1) Transmit the data to the prescription data acquisition processing means 22 of the pharmacy terminal 11 (step S32).

As is clear from the above, in the first embodiment, it is possible to receive a dispensing without having to bring a prescription to a dispensing pharmacy. By not using a prescription (paper), it is possible to eliminate waste of resources. The operation of a more specific embodiment of the present invention capable of achieving such effects will be described.

Now, as an example, consider a case where Mr. A receives a medical examination for the first time at Hospital B and receives medicine at Pharmacy C. A visits B Hospital. Complete the reception in the manner that is commonly practiced on a daily basis and receive a regular consultation. If, upon examination, a prescription for the drug is required, the physician will write the prescription on the chart. If a drug is prescribed after a consultation, the clerk enters the data into the prescription and authentication database 16 or
Alternatively, a doctor may directly enter prescription data into the prescription and authentication database 16 at the time of medical examination.

The input means and the input timing are not particularly defined. Mr. A completes the accounting in the usual way. However, no prescription is given. If the medicine is prescribed, the magnetic card or the fingerprint of the patient as a consultation ticket is registered in the prescription and authentication database 16 with a dedicated authentication data reading device at any time after the consultation until the accounting is completed. I do. Here, fingerprints are registered at the same time as accounting. In other words, at Hospital B,
It is assumed that fingerprints are used for authentication to obtain prescription data.

At the time of accounting, Mr. A is informed that the medicine is prescribed and that the medicine can be received at any dispensing pharmacy. At the same time, in order to obtain prescription data from a dispensing pharmacy, they are instructed to use a fingerprint to identify themselves. Register the fingerprint on the spot. For the fingerprint reading and data processing, a commercially available fingerprint reading device may be used. Reading is completed in an instant. Also,
The read data is instantly registered in the hospital's prescription and authentication database. A pays and leaves the hospital.

Mr. A visits a dispensing pharmacy “C pharmacy” near his home. The pharmacy terminal 11 of the pharmacy C is a general personal computer (hereinafter, referred to as a personal computer). The pharmacy terminal 11 does not need to be a special terminal for exclusive use. A fingerprint reader is connected to this personal computer. As above,
Fingerprint readers are commercially available. The pharmacy terminal 11 is connected to the Internet 17. A tells him that the medicine was prescribed at Hospital B. In order to access the hospital Web server 15 from the pharmacy terminal 11,
First, a hospital URL search is performed.

In this case, for example, it is assumed that a content provided by a major provider is a content called a hospital URL search. This content may be provided by a public organization such as a local government or an administrative organization. With this content, the URL of the hospital B is acquired. Next, pharmacy terminal 1
1 accesses the Web server 15 of the hospital B. Upon access, authentication data is required to confirm the identity of the user, and a fingerprint is input using a fingerprint reader provided in the pharmacy terminal 11. This input completes the processing instantly.

The Web server 15 of the hospital stores the pharmacy terminal 11
When the authentication data is received from, the fingerprint of Mr. A is detected from the fingerprint data registered in the prescription and authentication database 16, and it is checked whether the prescription data of Mr. A exists in the prescription and authentication database 16. If the prescription data of Mr. A does not exist (for example, it is determined that the prescription data does not exist if it has already been acquired), or if the fingerprint authentication fails to receive the medicine by mistake, access is not possible. The message is displayed on the display screen of the pharmacy terminal 11.

If the prescription data of Mr. A exists in the prescription and authentication database 16, the hospital Web server 15 notifies the pharmacy terminal 11 of a list of prescription data. In response to this notification, the pharmacy terminal 11 selects prescription data to be downloaded, and sends a transmission request to the hospital Web server 15. The hospital Web server 15 transmits the prescription data of Mr. A to the hospital.
Transmit to the pharmacy terminal 11. The pharmacy terminal 11 receives the prescription data. When the reception of the prescription data is completed, the pharmacy terminal 11 displays the prescription data on the screen of the pharmacy terminal 11.

The pharmacist at the pharmacy C dispenses after seeing the information and hands it over to Mr. A. For access on the Internet 17, a commercially available Web browser may be used, and access means is open to the public. Further, the received prescription data can be used not only for display on the screen but also for a pharmacy inventory management system or the like. Further, when combined with an automatic dispensing system or the like, dispensing errors can be eliminated. In addition, when combined with a customer management system, the past medication history and the current dispensing can be compared, and if there is a problem with the prescription, it is possible to immediately contact the hospital and have the prescription corrected.

[0039]

As described above, according to the present invention, a patient desiring dispensing accesses a Web server in a hospital from a pharmacy terminal after the authentication of the patient is established at the pharmacy terminal, and downloads the patient's prescription data. Now, you can go to a dispensing pharmacy without a prescription (paperless).
Accordingly, there is no need to bring a prescription to a dispensing pharmacy, and there is no need to use paper, so that waste of paper resources as a prescription can be eliminated. Also, for example, since it can be used in combination with an automatic dispensing system, dispensing can be performed without human intervention and human errors can be eliminated. The history can be referred to, and if there is a problem with the prescription, it is possible to change the prescription immediately by contacting the hospital, thereby preventing dispensing errors from occurring.

[Brief description of the drawings]

FIG. 1 is a system configuration diagram showing an overall configuration of a first embodiment of a prescription paperless system in a dispensing pharmacy according to the present invention.

FIG. 2 is a block diagram showing a configuration of a pharmacy terminal in the first embodiment of a prescription paperless system in a dispensing pharmacy according to the present invention.

FIG. 3 is a block diagram showing a configuration of a Web server of a provider or a public agency in the first embodiment of the prescription paperless system in the dispensing pharmacy according to the present invention.

FIG. 4 is a hospital Web in the first embodiment of a prescription paperless system in a dispensing pharmacy according to the present invention.
FIG. 2 is a block diagram illustrating a configuration of a server.

FIG. 5 is a flowchart showing the overall processing flow of a doctor in the first embodiment of the prescription paperless system in the dispensing pharmacy according to the present invention.

FIG. 6 is a flowchart showing an overall processing flow in the dispensing pharmacy in the first embodiment of the prescription paperless system in the dispensing pharmacy according to the present invention.

FIG. 7 is a flowchart showing a processing procedure of an authentication data reading processing means in a pharmacy terminal in the first embodiment of a prescription paperless system in a dispensing pharmacy according to the present invention.

FIG. 8 is a flowchart showing a processing procedure of a prescription data acquisition processing means in a pharmacy terminal in the first embodiment of a prescription paperless system in a dispensing pharmacy according to the present invention.

FIG. 9 is a flowchart showing a flow of an authentication data registration processing means in a hospital Web server in the first embodiment of a prescription paperless system in a dispensing pharmacy according to the present invention.

FIG. 10 is a flowchart showing a processing procedure of an authentication processing means in a hospital Web server in the first embodiment of the prescription paperless system in a dispensing pharmacy according to the present invention.

FIG. 11 is a flowchart showing a processing procedure of a prescription data extraction processing means in a Web server of a hospital in the first embodiment of the prescription paperless system in a dispensing pharmacy according to the present invention.

[Explanation of symbols]

11 pharmacy terminal, 12 authentication data reader, 13
... Web server of provider or public institution, 14 ...
... hospital URL database, 15 ... hospital Web server, 16 ... prescription data and authentication database, 17
... Internet, 21 ... Authentication data reading processing means, 22 ... Prescription data acquisition processing means, 31 ... Hospital U
RL-provided contents, 41: authentication data registration processing means, 42: authentication processing means, 43: prescription data extraction processing means.

Claims (10)

[Claims] 1. An authentication data reading device for reading authentication data for authenticating a patient who receives a medicine, and a hospital URL database connected to the Internet and registered with a hospital URL to provide a list of hospital URLs as contents. A means for providing a hospital URL using a web server of a provider, a web server of a hospital which is connected to the Internet and registers the prescription data of the patient and the authentication data of the patient receiving the dispensation in a prescription and authentication database; When connected to the Internet and telling the pharmacist the hospital where the patient who wants to be dispensed consulted,
The search result of the hospital URL examined by the providing means is input, the authentication data reading device is used to authenticate the patient who desires the dispensing, and the web server of the hospital is accessed to be registered in the prescription and authentication database. And a pharmacy terminal that downloads the prescription data from the prescription and authentication database when the authentication data of the patient matches, a prescription paperless system in a dispensing pharmacy. 2. The prescription paperless system in a dispensing pharmacy according to claim 1, wherein said authentication data reading device reads data of a magnetic card as a consultation ticket held by a patient. 3. The prescription paperless system in a dispensing pharmacy according to claim 1, wherein the authentication data reading device reads a fingerprint of a patient. 4. The authentication data reader according to claim 1, wherein the authentication data reader is equipped or connected to the pharmacy terminal.
A prescription paperless system in the dispensing pharmacy described. 5. The authentication data reading processing means for transmitting authentication data of a patient desiring dispensing read by the authentication data reading device to the web server of the hospital when accessing the web server of the hospital, 2. A prescription paperless system in a dispensing pharmacy according to claim 1, further comprising: prescription data acquisition processing means for downloading prescription data registered in the prescription and authentication database after establishing the authentication of the patient who desires the dispensing. . 6. The authentication data reading processing means, if the authentication of the patient who desires the dispensing fails, or if the download instruction of the prescription data is not issued within a predetermined time after the authentication is established, the authentication data reading processing means cannot be accessed. The prescription paperless system in a dispensing pharmacy according to claim 5, wherein a message is displayed. 7. A web server of the hospital, comprising: authentication data registration processing means for registering authentication data of a patient who desires the dispensing in the prescription and authentication database; and a pharmacy terminal when accessed from the pharmacy terminal. Authentication processing means for receiving the authentication data of the patient desiring the dispensing and comparing the data with the authentication data registered in the prescription and authentication database; and authenticating the patient desiring the dispensing by the authentication processing means. 2. A prescription paperless in a dispensing pharmacy according to claim 1, further comprising a prescription data extraction processing means for reading out prescription data registered in the prescription and authentication database and transmitting the prescription data to the pharmacy terminal when the prescription is established. system. 8. When the authentication of a patient who desires the dispensing fails, or when there is no request for transmission of prescription data from the pharmacy terminal within a predetermined time, the authentication processing means accesses the pharmacy terminal. 8. A prescription paperless system in a dispensing pharmacy according to claim 7, wherein a notification that the dispensing cannot be performed is sent to a pharmacy terminal. 9. The prescription paperless system in a dispensing pharmacy according to claim 1, wherein the pharmacy terminal is combined with an automatic dispensing system. 10. The prescription in a dispensing pharmacy according to claim 1, wherein the pharmacy terminal compares a past medication history of a patient who desires dispensing with a current dispensing in combination with a customer management system. Paperless system.