JP3344484B2 - Prescription information management device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention transmits to a dispensing pharmacy, a patient, etc., prescription information of a drug to be administered to a patient issued by a doctor or a dentist of a medical institution for each medical treatment, thereby efficiently dispensing the prescription based on the prescription. The present invention relates to a prescription information management device which is executed in order to protect the privacy of patients.

[0002]

2. Description of the Related Art With the recent development of the Internet technology, network communication of various information has been performed in various office fields, and proposals have been made in the medical field, such as introduction of electronic medical records and network transmission of medical fee reimbursement statements. By the way.

With respect to prescriptions, for example, the development of a "prescription reservation reception system" (JP-A-9-245105) for selecting a dispensing pharmacy in a hospital and transmitting the contents of the prescription to the dispensing pharmacy has been implemented. Can efficiently perform dispensing without the patient having to wait a long time to receive the drug at the pharmacy.

[0004]

However, in the network communication, even if the information on the prescription is simply transmitted from the medical institution to the dispensing pharmacy, and the dispensing is performed, the prescription is converted into personal information that specifically indicates the contents of the disease. In spite of this, care must be taken with regard to the handling thereof. However, in reality, there have been few technical proposals from the viewpoint of privacy protection. That is, the prescription is personal information that should be provided to each individual patient from a medical institution, and its handling on a network should be performed with great care.

[0005] The present invention has been made in view of such circumstances, and a prescription information of a medicine to be administered to a patient issued by a doctor or a dentist of a medical institution for each medical treatment can be stored in a dispensing pharmacy,
An object of the present invention is to transmit the information to a patient or the like to efficiently perform dispensing based on a prescription, to thoroughly manage prescription information in communication, and to protect the privacy of the patient.

[0006]

In order to achieve the above-mentioned object, the present invention sets up a computer of a plurality of medical institutions, a computer of each patient, and a dispensing network server connected to a computer of a plurality of dispensing pharmacies by a communication line. Receiving device C for receiving prescription code data relating to prescription information of medicines to be administered to a patient issued by a doctor or a dentist of the medical institution for each medical treatment from a computer of the medical institution, and Transmitting means F1 for transmitting the prescription code data received by the receiving means C to a computer of a specific dispensing pharmacy among dispensing pharmacies controlled by the dispensing network server, and requesting execution of dispensing based on the prescription code data; This is a prescription information management device provided with:

The present invention is also directed to a prescription information management device set in a computer of a plurality of medical institutions, a computer of each patient, and a dispensing network server connected to a computer of a plurality of dispensing pharmacies by a communication line. Receiving means C for receiving prescription code data relating to prescription information of medicines to be administered to a patient issued by a doctor or dentist of the medical institution for each medical treatment from a computer of the medical institution, and transmitted from the computer of the medical institution to the patient's computer The physician or dentist of the medical institution performs prescription code data on prescription information of a drug to be administered to the patient for each medical treatment, and execution of dispensing based on the data at a specific dispensing pharmacy designated by the patient based on the data. Receiving means D for receiving the request from the patient's computer, and receiving means C A collation step E for collating each of the prescription code data received by the receiving means D, and in a state where the collation of each prescription code data received by the receiving means C and the receiving means D in the collation step E is confirmed, the patient Transmission means F2 for transmitting the corresponding prescription code data to the computer of the specific dispensing pharmacy to be designated and requesting the execution of the dispensing based on the prescription code data.
And a transmitting means G2 for transmitting information on the dispensing pharmacy requested to perform the dispensing by the transmitting means F2 to the patient's computer.

[0008] The present invention is also directed to a prescription information set in a computer of a patient who receives a medical treatment by a doctor or a dentist at a medical institution and receives a prescription for a drug administered from the doctor or dentist for each medical treatment. Receiving means K for receiving prescription code data relating to prescription information of medicines to be administered to a patient issued by a doctor or dentist of the medical institution for each medical treatment from a computer of the medical institution in the management apparatus; The received prescription code data is transmitted to a dispensing network server that manages and manages the computers of a plurality of dispensing pharmacies, and causes the dispensing network server to execute a comparison with prescription code data transmitted from a corresponding medical institution. Request from a dispensing network server to a specific dispensing pharmacy based on prescription code data And transmitting means L made as to be executed, in which a management device prescription information comprising.

Further, the present invention is connected to a computer of a plurality of medical institutions and a computer of a plurality of dispensing pharmacies by a communication line, and a patient issued by a doctor or a dentist of the medical institution from the computer of each medical institution for each medical treatment. Receiving prescription code data on prescription information of a drug to be administered to a dispensing network server that transmits a dispensing request for a drug based on prescription code data to a specific dispensing pharmacy computer, a dispensing pharmacy computer receiving the dispensing request The prescription information management device is a prescription information management device that includes prescription code data from the dispensing network server and a receiving unit M that receives a request to execute dispensing based on the data.

Further, the present invention is connected to a computer of a plurality of medical institutions and a computer of a plurality of dispensing pharmacies by a communication line, and a patient issued by a doctor or dentist of the medical institution for each medical treatment from the computer of each medical institution. The dispensing network server that receives the prescription code data on the prescription information of the drug to be administered to the computer of the specific dispensing pharmacy and transmits the dispensing request of the drug based on the prescription code data, the dispensed drug from the specific dispensing pharmacy In the prescription information management device set in the computer of the drug delivery organization that receives the delivery request to deliver the picked-up medicine at the address specified by the patient and at the specified date and time, the prescription code data and Accompanying the data, is the delivery address of the drug to the patient Receiving the delivery destination information, and receiving the pharmacy information on the address and location of the dispensing pharmacy that has executed the dispensing request corresponding to the prescription code data, picking up the dispensed drug at the dispensing pharmacy and delivering the drug to the patient. Receiving means O for receiving the execution request, and transmitting means P for transmitting a confirmation signal to the dispensing network server in a state where the execution of the delivery request received by the receiving means O is confirmed.
And a management device for prescription information.

[0011]

Embodiments of the present invention will be described below with reference to the accompanying drawings. As shown in FIG. 1, the prescription information management device according to the embodiment includes a computer 11 of a medical institution installed in a medical institution 1 such as a hospital, a clinic, a dental clinic, a pharmacist association in a specific area, and a headquarters of a specific pharmacy group. A dispensing network server 21 installed in an association of pharmacies around a specific medical institution; a dispensing pharmacy computer 41 (42, 42) that is controlled by the dispensing network server 21 and installed in each dispensing pharmacy 4 under its umbrella.
43 ... 4n), receiving medical treatment at the medical institution,
Owned by the patient's computer 31 held by the patient 3 receiving the prescription and the drug delivery organization 5 such as a transport company that picks up the medicine dispensed based on the prescription at the dispensing pharmacy 4 and carries out delivery to the corresponding patient 3 Are set in the computer 51 of the drug delivery organization.

The computer 11 of the medical institution has the transmitting / receiving device 11A and the memory 11B, the dispensing network server 21 has the transmitting / receiving device 21A and the memory 21B, the dispensing pharmacy computer 41 has the transmitting / receiving device 41A and the memory 41B, and the patient's computer. A transmission / reception device 31A and a memory 31B are provided on the computer 31 of the drug delivery organization.
B are provided respectively. Each computer 11, 21,
The management devices set to 31, 41, and 51 have different units, respectively, and will be described below.

[Computer of Medical Institution] The prescription information management device set in the computer 11 of the medical institution stores the prescription information of the medicine to be administered to the patient 3 issued by the doctor or dentist of the medical institution 1 for each medical treatment. Is provided as prescription data registration means A which is set as prescription code data X1 and registered in the memory 11B (see FIG. 4).
The prescription information includes patient data including patient name, insurer number, insurance type, personal burden ratio, age, gender, date of birth, etc., the insured name, the insured name, which are displayed on the prescription shown in FIG. Insured person data consisting of insurer number, medical institution name, address and name of medical institution, telephone number, medical institution data consisting of doctor or dentist in charge of prescription, public expenditure number and recipient number of public expenditure medical care Of public expenditure data, and the contents, types, amounts, dosage regimens (eg, within 30 minutes after meals three times a day) to be administered to the patient 3 concerning the contents of the prescription issued for each medical treatment, and the date of delivery of the prescription , Usage period, and allergy information of the three patients. The prescription data registration means A converts such data into code data as a series of data, and at that time, encrypts the data by a protocol set in advance.
The decoding may be performed by the computer 41 of the dispensing pharmacy among the following computers. That is,
The decryption is necessary only in the dispensing pharmacy that actually performs the dispensing, and in other computers, it is sufficient to simply use the data X1 as the collation data.

In the prescription information management device set in the computer 11 of the medical institution, the prescription code data X1 set in the prescription data registration means A
To the computer 3 of the patient corresponding to the data X1.
1, and the dispensing network server 2 for receiving similar code data from computers of a plurality of medical institutions
1, a transmission means B for transmitting to (1). In the embodiment, the transmitting means B is attached to the prescription code data X1 to be transmitted, and the collation data Pa1 corresponding to the data X1.
Is transmitted to the patient's computer 31 (see FIG. 2). On the other hand, to the dispensing network server 21, matching data Qa1 that matches or matches the matching data Pa1 is transmitted in correspondence with the data X1.

[Dispensing Network Server] The dispensing network server 21 is installed in, for example, a pharmacist association in a specific area, a headquarters of a specific pharmacy group, and an association of pharmacies around a specific medical institution, as described above.
A computer 11 of a plurality of medical institutions, a computer 31 of each patient, a computer 51 of a drug delivery organization, and computers 41 (42, 43,...) Of each dispensing pharmacy under the umbrella.
4n) and a communication line (for example, an Internet line). The prescription information management device set in the dispensing network server 21 includes prescription code data relating to prescription information of medicines to be administered to the patient 3 by the doctor or dentist of the medical institution 1 from the computer 11 of the medical institution for each medical treatment. Receiving means C for receiving X1 is provided. Prescription code data X1 and collated data Qa
1 is received by the transmitting / receiving device 21A,
Will be once registered and saved.

On the other hand, the prescription code data X1 transmitted from the computer 11 of the medical institution to the computer 31 of the patient and the specific dispensing pharmacy 4 designated by the patient 3 based on the data X1 are transmitted from the computer 31 of the patient.
The request for the execution of the dispensing is received by the consultation means D together with the collation data Pa1. Such data X
1 and Pa1 are also received by the transmission / reception device 21A and collation with the prescription code data X1 of the corresponding patient 3 registered in the memory 21B is performed (collation step E). Here, the collation is executed not only for the code data X1, but also for the collated data Qa1 and the collation data Pa1, and it is confirmed whether or not the two correspond or match.

Here, under the current pharmaceutical affairs legislation, it is prohibited to designate or select a pharmacy to be dispensed by the medical institution 1 irrespective of the intention of the patient 3. That is,
Since the request for dispensing based on the prescription must be based solely on the will of the patient 3 under the current law, the code data X1 is received from the patient's computer 31 as shown in FIG. The request for the execution of the dispensing is received by the receiving means D.
Therefore, in the management device of the dispensing network server 21, the pharmacy including the location (map information, etc.), business hours, pharmacist name, drug price (dispensing price), etc. of each dispensing pharmacy 4 that can be connected to the server 21 via a communication line. Disclose information,
Alternatively, a means for disclosing pharmacy information to be transmitted to the patient's computer 31 is provided (see FIG. 6). That is, the disclosure means H discloses, for example, pharmacy information on each dispensing pharmacy on a homepage, or transmits information on, for example, the nearest pharmacy of the patient 3 based on access from the computer 31 of the patient. . The patient's computer 31 selects a pharmacy to request dispensing based on the prescription code data X1 from such pharmacy information, and makes a request. The receiving means D of the dispensing network server 21 transmits the contents. Will be received. Further, in the management device, based on the pharmacy information disclosed by the disclosure means H, the patient 3 receives, from the computer 31 of the patient, instruction information regarding a dispensation based on the prescription information and a pharmacy that wants to receive the dispensed medicine. Means I (see FIG. 6) are also provided.
That is, the instruction information received by the receiving means I includes, together with the dispensing request to the dispensing pharmacy 4, the desired time for the patient to go to the pharmacy 4 to receive the medicine, and the like (see FIG. 2).

In this way, the dispensing request at the specific dispensing pharmacy 4 is received by the receiving means D and the receiving means I, and the collation of the code data X1 and the collation of the collated data Q21 with the collation data Pa1 in the collating step E are performed. After confirming the corresponding patient 3, the management device transmits the prescription code data X1 from the transmission / reception device 41A to the computer 41 of the specific dispensing pharmacy designated by the patient 3, and executes the dispensing based on the prescription code data X1. (Transmission means F2, see FIG. 6). At the same time, the transmitting means G of the management device informs the patient's computer 31 that the dispensing was performed to the dispensing pharmacy 4 designated by the patient 3.
2 (see FIG. 6), and the transmitting means G2 is connected to the dispensing pharmacy 4
, The dispensing network server 21 transmits a dispensing request to the pharmacy 4, and information on the acknowledgment that the acknowledgment has been received, or the pharmacy 4
Receiving time of medicine based on prescription code data X1 at
Information on the reception time zone is transmitted (see FIG. 2). Prior to this, information on such acceptance confirmation, drug reception time, and the like is received from the computer 41 of the dispensing pharmacy at the transmitting / receiving device 21A (see FIG. 2), and the received information on the acceptance confirmation is received from the medical institution. The dispensing network server 21 also transmits to the computer 11 (see FIG. 2), and stores the information of the dispensing pharmacy 4 that has performed dispensing based on the prescription code data X1 in the memory 11B of the computer 11 of the medical institution for confirmation. Like that.

When transmitting the prescription code data X1 and the request for the execution of the dispensing to the computer 41 of the dispensing pharmacy based on the transmitting means F2, the data to be verified Qb1 corresponding to the data is added together with this. To the computer 41 of the dispensing pharmacy (FIG. 2).
reference). On the other hand, the matching data Pb1 matching or corresponding to the data Qb1 to be compared is transmitted to the patient's computer 31 by the transmitting means G2 together with information on the dispensing pharmacy 4. These collation data Pb1
And the collated data Qb1 are stored in the dispensing pharmacy 4 to which the patient 3 corresponds.
This is checked when a drug is received based on the prescription code data X1, which will be described later in detail.

As the receiving means D receives a request for execution of dispensing based on the prescription code data X1 from the computer 31 of the patient, the patient 3 delivers the medicine to be dispensed at home or work. When information desiring delivery is transmitted to another place, the management device of the dispensing network server 21 receives the prescription code data X1.
In response to this, the transmission / reception device 21A receives the delivery destination information including the delivery destination address of the medicine to the patient 3. The management device stores the received delivery destination information in the memory 21B along with the code data X1, and transmits the information from the transmission / reception device 21A to the computer 51 of the drug delivery organization (see FIG. 2). The information to be transmitted includes, in addition to the code data X1 and the delivery destination information, pharmacy information on the address and location of the dispensing pharmacy 4 that has requested dispensing by the transmitting means F2, and corresponds to the dispensed medicine. A request for executing the pickup at the dispensing pharmacy 4 and the delivery to the patient 3 is transmitted by the transmission means J of the management device (see FIG. 6).

After transmitting the request for picking up the transmitted medicine and transmitting it to the patient 3 by the transmitting means J, information about the acceptance confirmation is received from the computer 51 of the drug delivery organization, and based on this information, the dispensing network is The management device of the server 21 sends the name of the drug delivery organization 5 to the computer 41 of the dispensing pharmacy, which transmits the dispensing execution request, along with the prescription code data X1, by the transmitting means F2, The drug delivery agency information including the pickup time is also transmitted. In addition, the address associated with the information on the dispensing pharmacy 4 is also picked up by the dispensing pharmacy 4 and sent to the patient's computer 31 transmitting the information on the dispensing pharmacy 4 by the transmission means G2. The delivery information including the name of the drug delivery institution that executes delivery of the drug and the delivery time of the drug is also transmitted (see FIG. 2).

The management device of the dispensing network server 21 uses the transmitting means J to transmit the computer 5 of the drug delivery organization.
First, when executing a request for picking up the dispensed medicine at the corresponding dispensing pharmacy 4, the collation data Pc1 corresponding to the medicine based on the prescription data X1 is transmitted together with the delivery institution information. On the other hand, when transmitting the prescription code data X1 and the drug delivery institution information to the dispensing pharmacy computer 41, the transmitting means F2 also transmits the matching data Pc1 or the matching data Qc1 corresponding to the matching data Pc1. I do. The collation data Pc1 and the collated data Qc1 are collated when the medicine delivery organization 5 picks up the medicine based on the prescription code data X1 to the corresponding dispensing pharmacy 4, which will be described later in detail. .

When transmitting the above information to the computer 51 of the drug delivery organization by the transmitting means J,
Further, the collation data Pd1 is transmitted together with the delivery destination information corresponding to the medicine based on the prescription code data X1. On the other hand, to the computer 31 of the patient, the data to be verified Qd1 is transmitted by the transmitting means G2 in addition to the prescription code data X1 and the information to be transmitted. The collated data Qd1 matches or corresponds to the collated data Pd1, and the drug delivery organization 5 picks up the medicine at the dispensing pharmacy 4 and further checks the patient 3
When the medicine is delivered to the address designated by the user, the verification data Pd1 and the verification target data Qd1 are verified, which will be described later in detail.

Under the current pharmaceutical affairs legislation, with respect to the prescription issued by the medical institution 1 as described above, the patient 3 himself selects and designates the dispensing pharmacy 4 based on the intention of the patient 3 and dispenses. Is about to be done. However, these legal regulations will be eased in the future, and when patient 3 is treated at medical institution 1,
A situation is conceivable in which the delivery of the medicine based on the prescription to the desired address or place of the patient 3 or the receipt of the medicine by the patient 3 at the pharmacy at the desired receiving place at the desired time can be freely accepted. In such a situation, the dispensing network server 21 is connected to the patient's computer 3 as shown in FIG.
The prescription code data X1 is received from the computer 11 of the medical institution based on the receiving means C without receiving the information on the dispensing execution at the specific dispensing pharmacy 4 based on the prescription code data X1 from the prescription code data X1. The transmitting means F1 of the device is configured to transmit a computer 41 (42, 4) of a specific dispensing pharmacy among the dispensing pharmacies 4 controlled by the server 21.
3, 4n) may be requested to execute dispensing based on the code data X1 (see FIG. 6). In this case, the dispensing network server 21 transmits the prescription code data from the computer 11 of the medical institution to the instruction information of the dispensing pharmacy where the patient 3 desires to receive the medicine and the delivery destination information when the patient 3 desires the delivery. X1 will be received. The patient 3 may transmit only such instruction information and delivery destination information from the patient's computer 31 to the dispensing network server 21 in association with the prescription code data X1.

Further, also in the management device of the dispensing network server 21, information on the dispensing pharmacy requested to execute dispensing by the transmitting means F1 is transmitted to the patient's computer 31 by the transmitting means G1 shown in FIG. 6 in a confirming manner. (See FIG. 3). At this time, the transmitting means G1 transmits the collation data Pb1 when receiving the medicine at the dispensing pharmacy 4 together with the pharmacy information, or the collated data Qd when receiving the medicine delivered by the medicine delivery organization 5.
1 may be transmitted (see FIG. 3). in addition,
The delivery information including the name of the drug delivery institution that executes delivery of the drug and the delivery time of the drug may be transmitted to the address specified by the patient 3.

As described above, when the pharmaceutical affairs legislation changes in the future, it is possible to cope with the system configuration of the dispensing network server 21 shown in FIG.
Are the same as in FIG. 2 and the description is omitted.

"Patient's Computer" A patient 3 who receives medical treatment from a doctor or dentist at a medical institution and receives a prescription (for example, a prescription shown in FIG. 5) of a drug to be administered from the doctor or dentist for each medical treatment. In this case, the computer 11 of the medical institution is accessed by the patient's computer 31 composed of, for example, a mobile phone or a mobile computer owned by the patient 3, and receives the information on the issued prescription.

That is, in the prescription information management device set in the patient's computer 31, the doctor 11 or the dentist of the medical institution 1 administers the medicine to be administered to the patient 3 from the computer 11 of the medical institution 1 to each patient. There is provided a receiving means K for receiving the prescription code data X1 relating to the prescription information (see FIG. 7). Here, in the system under the current pharmaceutical affairs legislation shown in FIG.
The transmitting device L is set in the management device set to 1 and the transmitting device L transmits the prescription code data X1 received by the receiving device K to the dispensing network server 21,
By causing the server 21 to execute collation with the prescription code data X1 transmitted from the corresponding medical institution, the dispensing network server 21 causes a specific dispensing pharmacy 4 to execute a dispensing request for a drug based on the prescription code data X1. (See FIG. 7). In this case, the patient's computer 31 accesses the dispensing network server 21 or receives from the dispensing network server 21 to receive disclosure of pharmacy information on the location and business hours of each dispensing pharmacy. Based on these disclosed pharmacy information, a specific pharmacy 4 for which a dispensing request is made is selected, and prescription code data X for the specific dispensing pharmacy 4 is selected.
The request to execute the dispensing based on No. 1 is transmitted to the dispensing network server 21. Further, the date and time of receiving the medicine at the pharmacy and other instruction information may be transmitted to the server 21.

In response to the dispensing execution request and instruction information transmitted in this way, the dispensing network server 21 receives information on the dispensing pharmacy regarding the place where the dispensing request was made, and the dispensing network server 21 accepts the dispensing of the pharmacy. The information on the confirmation and the reception time of the medicine is received by the transmission / reception device 31A.

In the system under the current pharmaceutical affairs legislation shown in FIG. 2, in the receiving means K, collation data Pa1 corresponding to the received prescription code data X1 is received from the computer 11 of the medical institution, accompanying the received prescription code data X1. Is done. The collation data Pa1 is temporarily stored in the memory 31B, and is transmitted to the dispensing network server 21 by the transmission unit L.
Is transmitted together with the dispensing network server 21 when the dispensing execution request is transmitted. In the dispensing network server 21, the computer 1 of the medical institution
The collation between the collation target data Qa1 accompanying the prescription code data X1 received from No. 1 and the collation data Pa1 is executed.

From the dispensing network server 21, FIG.
Alternatively, as shown in FIG. 3, the collation data Pb1 set by the server 21 corresponding to the pharmacy information is received by the transmitting / receiving device 31A, and the collation data Pb1 is temporarily stored in the memory 31B, and the patient 3 is dispensed to the dispensing pharmacy 4. When the received medicine is received, it is presented together with the prescription code data X1 to the computer 41 of the dispensing pharmacy by a method such as transmission, and collation with the collated data Qb1 is executed.

The dispensing network server 21 is also connected to the computer 51 of the drug delivery organization as shown in FIG. 2 or 3, and when the patient 3 receives a prescription at the medical institution 1, the patient 3 On the other hand, when requesting delivery of the medicine to the home or other address, or transmitting the execution of the dispensing request from the patient's computer 31 to the dispensing network server 21 by the transmission means L, the patient 3 receives the delivery address and the desired delivery time. May also be transmitted together with the delivery destination information to make a delivery request (see FIG. 2).

At this time, in addition to the information on the dispensing pharmacy 4 that performs dispensing based on the prescription code data X1, the dispensing pharmacy 4 picks up the patient's computer 31 from the dispensing network server 21 and designates the patient 3. Delivery information including the name of the drug delivery institution that executes the delivery of the drug, the delivery time of the drug, and the like is transmitted to the address, and is received by the transmitting / receiving device 31A of the patient's computer 31 so that the patient 3 confirms it. .

In addition, the collated data Qd1 is received from the dispensing network server 21 along with the delivery information, and is temporarily stored in the memory 31B. On the other hand, the drug delivery institution computer 51
Is matched with the data to be verified Qd1, or the corresponding verification data Pd1 is transmitted and temporarily stored in the memory 51B. Then, when the medicine is delivered to the patient 3 by the medicine delivery organization 5, the data to be verified Qd1 is presented together with the prescription code data X1 to the computer 51 of the medicine delivery organization by a method such as transmission, and the verification with the verification data Pd1 is executed. The Rukoto.

"Computer of dispensing pharmacy" In the prescription information management device of the computer 41 of each dispensing pharmacy under the umbrella of the dispensing network server 21,
Prescription code data X from dispensing network server 21
1 and a receiving means M for receiving a request to execute dispensing based on the data X1 (see FIG. 8). Receiving means M
In the request for the execution of the dispensing received by
In the state in which the receipt of the dispensing request is confirmed, the dispensing network server 21 is included in the management device.
Means N for transmitting a confirmation signal relating to acceptance confirmation to
(See FIG. 7).

In the receiving means M, the data X1 is attached to the received prescription code data X1.
, The collated data Qb1 set by the dispensing network server 21 is received. Received data to be verified Qb
1 is temporarily stored in the memory 41B. On the other hand, in the dispensing network server 21, the collated data Qb
The matching data Pb1 matching or corresponding to 1 is transmitted to the patient's computer 31. When the patient 3 arrives at the dispensing pharmacy 4 based on the prescription code data X1, the dispensing pharmacy computer 41 receives the prescription code data X1 from the patient's computer 31 and responds. The collation is performed on whether the data is the code data X1, and the collation data Qb1 stored in the memory 41B is collated with the presented collation data Pb1 to confirm whether or not the patient is three patients.

The pharmacist at the dispensing pharmacy 4 decrypts the prescription code data X1 and performs dispensing. The decryption protocol is determined in advance by the computer 11 of the medical institution.
And share it. Further, when dispensing, the allergy data of the patient 3 is confirmed, and it is also confirmed whether or not the medicine to be dispensed is appropriate.

When the medicine dispensing organization 5 picks up the dispensed medicine at the dispensing pharmacy 4, the receiving means M from the dispensing network server 21 receives the medicine dispensed based on the prescription code data X1. When the information on the name of the person 5 and the name of the person in charge and the date and time of picking up the medicine are received and these contents are confirmed in the dispensing pharmacy 4, a confirmation signal of acceptance confirmation is transmitted to the dispensing network server 21 by the transmission means N. I am trying to do it.

In the dispensing network server 21,
When the medicine to be dispensed is delivered to the patient 3, the collation data Pc1 corresponding to the medicine to be dispensed corresponding to the prescription code data X1 is transmitted to the computer 51 of the medicine delivery organization. On the other hand, from the dispensing network server 21 to the dispensing pharmacy computer 41, the collation data Pc1
Or the corresponding collated data Qc1 is also received by the receiving means M, and the collated data Qc1
c1 is temporarily stored in the memory 41B. Then, when the drug delivery organization 5 picks up the dispensed medicine to the dispensing pharmacy 4 based on the prescription code data X1, the computer 41 of the dispensing pharmacy stores the prescription code data X1 in the computer 51 of the drug delivery organization (actually, Is received from the mobile terminal owned by the delivery person of the drug delivery company 5) to check whether it is the corresponding code data X1 or not, and is stored in the memory 41B to store the checked data Qc.
The collation is performed with the collation data Pc1 presented as 1 to check whether or not the drug delivery organization 5 is the corresponding one.

The computer 41 of the dispensing pharmacy here
Is the collation data Pb1 from the patient's computer 31,
Also, the collation data Pc is sent from the computer 51 of the drug delivery organization.
1 is received, and collation with the collated data Qb1 or Qc1 is to be performed.
1 to the patient's computer 31 and the collated data Qc
1 may be transmitted to the computer 51 of the drug delivery organization, and the computers 31 and 51 may perform the collation.

[Computer of Drug Delivery Organization] In the dispensing network server 21, the dispensing is performed based on the prescription code data X1 for the patient 3 from the patient's computer 31 or directly from the medical institution's computer 11 as described above. Although a drug delivery request is to be received, in the prescription information management device set in the computer 51 of the drug delivery agency, the prescription code data X1 and the patient 3. Delivery destination information including a delivery destination address of the medicine to No. 3, the address and location of the dispensing pharmacy 4 that has executed the dispensing request corresponding to the prescription code data X1, and the pickup of the dispensed medicine at the dispensing pharmacy 4. Receiving means O for receiving a delivery execution request to the patient 3 is provided (see FIG. 9).

In the management device of the computer 51 of the drug delivery organization, such a delivery execution request is received by the receiving means O, and a confirmation signal is transmitted to the dispensing network server 21 in a state where the execution of the delivery request has been confirmed. (See FIG. 9).

The computer 51 of the drug delivery organization is installed at the headquarters of the company of the drug delivery organization 5 or the headquarters of the delivery union, and is a server connected to the dispensing network server 21 by a communication line. The delivery person who carries out the delivery also has a mobile terminal or a mobile phone connected to the server by a communication line, and the delivery person makes a request at the corresponding dispensing pharmacy 4 based on the instruction of the mobile terminal connected to the server. The pickup of the medicine and the delivery of the medicine to the patient 3 are executed.

In the management device of the computer 51 of the drug delivery organization, when picking up the medicine according to the prescription code data X1 at the dispensing pharmacy 4 according to the pharmacy information,
The prescription code data X1 received by the receiving means O and the prescription code data X stored in the patient's computer 31
A matching step Q for matching 1 may be provided (see FIG. 9). When a drug is picked up at the dispensing pharmacy 4, the prescription code data X1 is transmitted to the computer 41 of the dispensing pharmacy, and matching with the corresponding code data X1 stored in the memory 41B is performed.
1 may be executed.

Further, in the management device of the computer 51 of the drug delivery organization, when delivering the medicine according to the prescription code data X1 to the patient 3 according to the delivery destination information, the prescription code data X1 received by the receiving means O and the patient's A collation step R for collating the prescription code data X1 stored in the computer 31 may be provided (see FIG. 9).
Also, when delivering the medicine to the patient 3, the patient's computer 31
The prescription code data X1 may be transmitted to the patient's computer 31 so that the prescription code data X1 is compared with the corresponding code data X1 stored in the memory 31B.

The receiving means O receives the collation data Pc1 set by the dispensing network server 21 along with the received prescription code data X1, and this data Pc1 is temporarily stored in the memory 51B. On the other hand, in the dispensing network server 21, the collation data P
The collated data Qc1 that matches or corresponds to c1 is transmitted to the computer 41 of the dispensing pharmacy. Then, when the drug delivery organization 5 picks up the corresponding drug at the dispensing pharmacy 4, the collated data Q along with the prescription code data X1 is displayed on the mobile terminal owned by the delivery person.
c1 may be received from the computer 41 of the dispensing pharmacy, and the collation between the collation data Pc1 and the collated data Qc1 may be performed. The delivery terminal also transmits the collation data Pc1 together with the prescription code data X1 to the computer 41 of the dispensing pharmacy at the mobile terminal possessed by the delivery person, and causes the computer 41 of the dispensing pharmacy to execute the collation between the collation data Pc1 and the collated data Qc1. You may do so.

Further, the receiving means O receives the collation data Pd1 set by the dispensing network server 21 along with the received prescription code data X1, and this data Pd1 is temporarily stored in the memory 51B. On the other hand, in the dispensing network server 21, the data to be verified Qd1 that matches the data Pd1
Is transmitted to the patient's computer 31. When the medicine is picked up at the dispensing pharmacy 4 and the medicine is delivered to the corresponding delivery address of the patient 3, the collated data Qd1 is received from the patient's computer 31 together with the prescription code data X1 at the mobile terminal owned by the delivery person. The collation between the collation data Pd1 and the collated data Qd1 may be performed. Further, the collation data Pd1 may be transmitted to the patient's computer 31 together with the prescription code data X1 in the mobile terminal owned by the delivery person, and the collation data Pd1 may be collated with the data to be collated in the patient's computer 31. Good.

As described above, in the present embodiment, the prescription code data X1 set by the computer 11 of the medical institution is transmitted to the dispensing network server 21, the computer 31 of the patient, the computer 41 of the dispensing pharmacy, and the computer 51 of the drug delivery organization. Then, the data X1 is transmitted and the medicine is finally received under the patient 3. Therefore, it is possible to reliably provide the medicine based on the prescription to the patient while protecting the privacy of the patient without waiting for the patient 3 at the pharmacy 4 for a long time.

As described above, according to the present invention, the prescription information of the medicine to be administered to the patient issued by the doctor or dentist of the medical institution for each medical care is transmitted to the dispensing pharmacy, the patient, etc. To efficiently carry out dispensing based on
There is an effect that the communication management of the prescription information can be thoroughly performed and the privacy of the patient can be protected.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a connection configuration on a network of each computer in which a prescription information management device is set.

FIG. 2 is a block diagram showing contents of signals transmitted and received between computers according to an embodiment of the present invention.

FIG. 3 is a block diagram showing contents of signals transmitted and received between computers according to another embodiment of the present invention.

FIG. 4 is a flowchart showing an operation system of a computer of a medical institution.

FIG. 5 is an explanatory diagram showing a prescription converted into code data.

FIG. 6 is a flowchart showing an operation system of the dispensing network server.

FIG. 7 is a flowchart showing the operation system of the patient's computer.

FIG. 8 is a flowchart showing an operation system of a computer of the dispensing pharmacy.

FIG. 9 is a flowchart showing an operation system of a computer of the drug delivery organization.

[Explanation of symbols]

Reference Signs List 1 medical institution 3 patient 4 dispensing pharmacy 5 drug delivery institution 11 computer of medical institution 21 dispensing network server 31 computer of patient 41, 42, 43, 47 computer of dispensing pharmacy 51 computer of drug delivery institution 11A, 21A, 31A, 41A, 51A transmitting / receiving device 11B, 21B, 31B, 41B, 51B Memory X1 Prescription code data Pa1, Pb1, Pc1, Pd1 Verification data Qa1, Qb1, Qc1, Qd1 Verification data

Claims (27)

(57) [Claims] 1. A prescription information management device set in a dispensing network server connected to a computer of a plurality of medical institutions, a computer of each patient, and a computer of a plurality of dispensing pharmacies via a communication line. Receiving means C for receiving, from a computer, a prescription code data relating to prescription information of a medicine to be administered to a patient issued by a doctor or dentist of the medical institution for each medical treatment, and dispensing the prescription code data received by the receiving means C A prescription information management device, comprising: transmission means F1 for transmitting to a computer of a specific dispensing pharmacy among dispensing pharmacies controlled by the network server to request execution of dispensing based on prescription code data. 2. A prescription information management device set in a dispensing network server connected to a computer of a plurality of medical institutions, a computer of each patient, and a computer of a plurality of dispensing pharmacies via a communication line, Receiving means C for receiving prescription code data on prescription information on medicines to be administered to a patient issued by a doctor or dentist of the medical institution for each medical care from the computer, and transmitted from the computer of the medical institution to the patient's computer, A doctor or dentist at a medical institution requests a prescription code data relating to prescription information of a drug to be administered to the patient for each medical treatment, and a request at a specific dispensing pharmacy designated by the patient based on the data to execute dispensing based on the data. Receiving means D, receiving means C and receiving means D for receiving from a computer A collating step E for collating each of the prescription code data received by the medical device, and a specification specified by the patient in a state where the collation of each prescription code data received by the receiving means C and the receiving means D in the collating step E is confirmed. Transmitting means F2 for transmitting corresponding prescription code data to the computer of the dispensing pharmacy and requesting execution of dispensing based on the prescription code data
A prescription information management device, comprising: a transmission unit G2 that transmits information on a dispensing pharmacy requested to perform dispensing by the transmission unit F2 to a patient's computer. 3. The prescription information management device according to claim 2, wherein the pharmacy information on the location and business hours of each dispensing pharmacy connected to the dispensing network server via a communication line is disclosed based on access from a patient's computer. Alternatively, based on the pharmacy information disclosure means H to be transmitted to the patient's computer, and based on the pharmacy information disclosed by the disclosure means H, the patient wishes to receive the dispensed medicine based on the prescription information and the dispensed medicine from the patient's computer. Receiving means I for receiving instruction information relating to the pharmacy, based on the instruction information received by the receiving means I, requesting a computer of a dispensing pharmacy desired by the patient to execute dispensing by transmitting means F2, The request is sent to the patient's computer as accepted on the pharmacy's computer. And a prescription information management device for transmitting information on the acceptance confirmation of the pharmacy and the time of receiving the medicine by the transmission means G2. 4. The prescription information management device according to claim 2, wherein the receiving means C receives the collated data Qa1 set by the computer of the medical institution, together with the received prescription code data. The collation data Pa1 set by the computer of the medical institution is also received from the patient's computer, and in the collation step E, the collation of the collated data Qa1 and the collation data Pa1 is executed together. Information management device. 5. The prescription information management device according to claim 1 or 2, wherein the plurality of dispensing pharmacy computers connected to the dispensing network server by a communication line include a dispensing pharmacy belonging to a pharmacist's association in a specific area, and a specific pharmacy group. The dispensing pharmacy is a computer installed in each pharmacy around the specific medical institution, and the dispensing network server is a prescription information management device that supervises each of these computers. 6. The prescription information management device according to claim 1, wherein the prescription code data to be transmitted to the computer of the dispensing pharmacy based on the transmitting means F1 or F2 and a request for execution of dispensing, A prescription for transmitting the collated data Qb1 corresponding to the data to the computer of the corresponding dispensing pharmacy, and transmitting the collation data Pb1 corresponding to the collated data Qb1 to the patient's computer together with information on the dispensing pharmacy. Information management device. 7. A prescription information management system according to claim 1 or 2.
In dispensing equipment, the dispensing network server may also
Connected to a medical institution computer or patient
Based on the prescription code data received from the
Accompanying the request for the execution of the prescription
From the delivery address of the drug to the patient corresponding to the code data.
Receiving delivery destination information and prescription code data
And accompanying delivery destination information, and the transmission means F1 or
Is a dispensed drug requested by F2 to execute dispensing
Store pharmacy information about the address and location of the pharmacy
The corresponding dispensing drug of the dispensed drug sent to the computer
About pick-up at the station and delivery to patients
Transmission means J for transmitting a request for dispensing , and requesting for execution of dispensing by the transmission means F1 or F2.
For the dispensing pharmacy that you ordered, the prescription code data
Accompanying information is the name of the drug delivery institution,
Drug delivery agency information, such as on-time,
Transmitted to the pharmacy computer, dispensing pharmacies further it is transmitted to the patient's computer
At the dispensing pharmacy accompanying information about
Drug that is delivered to the address specified by the patient
Delivery information including the delivery institution name, delivery time of the drug, etc.
Prescription information to be sent to the patient's computer
Information management device. 8. The prescription information management device according to claim 7,
In the meantime, the dispensing is performed by the transmitting means J to the computer of the drug delivery organization.
Request for pickup at the corresponding dispensing pharmacy for the given drug
Upon execution, the collation data Pc1 corresponding to the drug is
Attached to the delivery agency information and sent to the drug delivery agency computer
Transmitted, whereas, the transmission unit F1 or F2, the pharmacy Con
Prescription code data and drug delivery agencies for pewter
When transmitting the information, the collation data Pc1
The corresponding collated data Qc1 is stored in the computer of the dispensing pharmacy.
At the same time, the drug is sent to the dispensing pharmacy by the drug delivery organization,
When picking up, the collation data Pc1 and the collated data
After checking the data Qc1, the drug is picked up.
A device for managing prescription information to be provided. 9. The prescription information management device according to claim 7,
In the meantime, the dispensing is performed by the transmitting means J to the computer of the drug delivery organization.
Requested pick-up at the corresponding dispensing pharmacy for the given drug
And distribute the picked-up drug to the corresponding patient.
When sending a request, check data Pd1 corresponding to the medicine
To the computer of the drug delivery organization by attaching the
Send, while sending drug delivery information to the patient's computer
At the time, the illumination corresponding to the collation data Pd1 is performed.
Combined data Qd1 is transmitted to the patient's computer for drug delivery
Institutions picked up at dispensing pharmacies and patients
When the medicine is delivered to the specified address, the collation data Pd1
And the data Qd1 to be verified,
A prescription information management device to be executed. 10. Medical treatment of a doctor or dentist at a medical institution
Received by the physician or dentist for each medical treatment
Installed on the patient's computer receiving the prescription
In the prescription information management device that is prescribed, from the computer of the medical institution doctor of the medical institution or
Treatment of drugs to be administered to patients issued by the dentist for each treatment
Recipient who receives prescription code data related to sticky note information
Step K and a plurality of prescription code data received by the receiving means K
Dispensing network that oversees and manages dispensing pharmacy computers.
The dispensing network server.
Prescription code sent from the corresponding medical institution
The dispensing network server
Drugs based on the prescription code data from the base to a specific dispensing pharmacy
And a transmitting unit L for executing the dispensing request . 11. A prescription information management device according to claim 10.
In the dispensing network server, the patient's computer
Access from the data and transmission to the patient's computer
More pharmacy information on the location and opening hours of each dispensing pharmacy
Transmitting means L based on the disclosed pharmacy information.
Select a specific pharmacy to request dispensing, and
Performing dispensing based on prescription code data for pharmacies
Send the request and the date and time the drug was received at the pharmacy
A prescription to be transmitted together with other instruction information
Note information management device. 12. A prescription information management device according to claim 10.
Dispensing request at the dispensing network server
Receive information about pharmacies from the dispensing network server
A device for managing prescription information. 13. A prescription information management device according to claim 10.
The dispensing request to the dispensing pharmacy by the transmitting means L
After that, the dispensing network server
Received information on the acceptance confirmation and the time of receiving the medicine
A device for managing prescription information. 14. A prescription information management device according to claim 10.
In the device, the patient's computer is
Prescription information that is a portable information terminal such as a computer or a mobile phone
Management device. 15. A prescription information management device according to claim 10.
The receiving means K adds the prescription code data to the received prescription code data.
The collation data Pa1 corresponding to the data is
Received from the institution's computer and
Data Pa1 is attached to the prescription code data by transmitting means L
And send it to the dispensing network server.
Server receives the data from the medical institution computer
Data to be verified accompanying the corresponding prescription code data
It is possible to execute the collation between Qa1 and the collation data Pa1.
Prescription information management device. 16. A prescription information management device according to claim 10.
In the dispensing network server, the drug delivery
Data server, the server will send the prescription code
Attached to the data is the delivery address and delivery of the drug to the patient
The delivery destination information consisting of the desired date and time is
The dispensing network server sends the dispensing based on the prescription information.
Other information about the pharmacy to run, peak in the pharmacy
Will be delivered to the address specified by the patient.
The name of the drug delivery institution to be executed, the delivery time of the drug, etc.
Prescription information management device that receives delivery information
Place. 17. A prescription information management device according to claim 16.
In the dispensing network server, the
Pewters at the corresponding dispensing pharmacy for the dispensed medicine.
Request, and distribute the picked-up medicine.
When requesting a drug delivery, a prescription code
Data and collation data Pd1 from the server to the drug delivery organization
On the other hand , while the dispensing network server sends the collation data
Prescription code data and collated data corresponding to Pd1
Qd1 is received and the drug delivery organization
When receiving a drug that has been
Collation data Pd1 and collation data Qd1
A prescription information management device that performs collation of a prescription. 18. Computers of a plurality of medical institutions,
Connected to multiple dispensing pharmacy computers via communication lines
The medical institution's computer is
Should be given to patients issued by the nurse or dentist for each treatment.
Receives prescription code data on prescription information for herbal medicines
And the prescription code date to a specific dispensing pharmacy computer
Dispensing network server that sends dispensing requests for drugs based on data
From the dispensing pharmacy receiving the dispensing request from the
In the management device for prescription information set in the prescription data, the prescription code data and
Receiving means for receiving a request to execute dispensing based on the data
M, a management device for prescription information. 19. A prescription information management device according to claim 18.
In the request for the execution of the dispensing received by the receiving means M,
Contains the date and time of receiving the patient's medication and other instructional information
Dispensing with confirmation of acceptance of dispensing request
The sender who sends a confirmation signal to the network server
A prescription information management device having a stage N. 20. An apparatus for managing prescription information according to claim 18.
The receiving means M adds the received prescription code data to the prescription code data.
Then, the collated data Qb1 corresponding to the data is adjusted.
Received from the dispensing network server and corresponding to the collated data Qb1, the dispensing network server
Verification data sent from the server to the patient's computer.
Data Pb1 and the patient uses the drug based on the prescription code data.
Received at the time of receipt, received the collated data Qb1 and collated data
Prescription information to be collated with the data Pb1
Information management device. 21. An apparatus for managing prescription information according to claim 16.
In addition , the dispensing network server may also
Prescription which is also connected to the data and received by the receiving means M
Delivery business for drugs that receive drugs dispensed based on code data
Information about the name of the person and
A device for managing prescription information to be trusted. 22. A prescription information management device according to claim 21.
In the dispensing network server,
The computer of the sending agency supports prescription code data.
The matching data Pc1 corresponding to the medicine to be dispensed is transmitted, while the dispensing network server sends the matching data Pc1.
The data to be verified Qc1 corresponding to Pc1 is received,
When the sending organization arrives to receive the drug corresponding to the dispensing pharmacy
The collation data Pc1 is received, and in addition to the prescription code data
Executes collation between collated data Qc1 and collation data Pc1
A device for managing prescription information. 23. Computers of a plurality of medical institutions,
Connected to multiple dispensing pharmacy computers via communication lines
The medical institution's computer is
Should be given to patients issued by the nurse or dentist for each treatment.
Receives prescription code data on prescription information for herbal medicines
And the prescription code date to a specific dispensing pharmacy computer
Dispensing network server that sends dispensing requests for drugs based on data
The dispensed medicine at the specific dispensing pharmacy.
Address that the patient picks up the picked-up medicine
Delivery of a drug that receives a delivery request for delivery at the specified date and time
Prescription information management device set in the computer of the institution
In the dispensing network server, the prescription code data list
Associated with the data from the delivery address of the drug to the patient.
Receiving the delivery destination information,
Address and location of the dispensing pharmacy that executed the dispensing request corresponding to the data
Received pharmacy information about the dispensed drug at the dispensing pharmacy
Receive a request to pick up and deliver to the patient
Acknowledgment of the receiving means O and the execution of the delivery request received by the receiving means O
Sends a confirmation signal to the dispensing network server
A prescription information management device comprising: 24. An apparatus for managing prescription information according to claim 23.
At the dispensing pharmacy related to the prescription code data
When picked up by the prescription received by the receiving means O
Code data and prescription code data for drugs to be picked up
Matching step Q to match the data with the prescription code data to the patient according to the delivery destination information.
At the time of delivery, the prescription code data received by the receiving means O
Prescription code data stored on the computer of the patient and the patient
And a matching step R for matching the prescription data. 25. An apparatus for managing prescription information according to claim 23.
In location, from the pharmacy network server of the pharmacy computer
In addition, it corresponds to the medicine dispensed according to the prescription code data.
The collated data Qc1 is transmitted, while the dispensing network server sends the collated data Qc1.
The matching data Pc1 corresponding to the data Qc1 is received.
Checking data when picking up the corresponding drug at a dispensing pharmacy
Data Pc1 to the computer of the dispensing pharmacy,
Data Qc1 and collation data Pc1
Device for managing prescription information. 26. A prescription information management device according to claim 23.
In the dispensing network server, dispensing is performed in a dispensing pharmacy.
For delivery to the corresponding patient
The collated data Qd1 is transmitted to the patient's computer, while the dispensing network server sends the collated data.
The collation data Pd1 corresponding to the data Qd1 is received and dispensed.
Pick up the medicine at the pharmacy, and based on the delivery destination information
When delivering medication to the patient's designated address, the patient's
It received the collation data Pd1 from over data, collated data Qd
Prescription to execute collation between 1 and collation data
Note information management device. 27. A prescription information management device according to claim 23.
The computer of the drug delivery agency is a mobile device with a communication function.
Prescriptions that are portable information terminals such as computers and mobile phones
Note information management device.