JPH11164823A - Medical treatment management system and personal information card system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable a patient to be identified correctly, and its medical treatment history, etc., to be transmitted to a doctor exactly by filing iris data and the patient's clinical chart, etc., with correspondence. SOLUTION: In the first clinical examination, iris data and obtained from an image of the eye of a patient 1, and registered in a center system 6. Items described in the health insurance card 18 are registered as attribute data. The patient's chart is filed in the chart database 17, and displayed on the doctor side terminal 7 on a visit. On a visit of the patient 1, the checking processor 4 identifies the patient based on the iris data.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a medical management system that manages a procedure for applying for a patient's consultation and a medical treatment system in a medical institution, and a system for providing secure services to individuals including medical institutions. It relates to a personal information card system for securing.

[0002]

2. Description of the Related Art In general, when a patient first visits a medical institution, a medical application form and an insurance card are submitted, and a medical examination card is issued. Then, in the case of a return visit, submit the consultation card to the reception and wait for the turn to receive medical treatment. In a large-scale hospital, various information regarding such visit management of patients is input to a computer and managed.

[0003]

However, the conventional system as described above has the following problems to be solved. The health insurance card submitted at the first visit from the patient includes the name of the insured and dependents. Not only the person but also the family will be diagnosed using this insurance card. However, medical institutions cannot strictly confirm whether the person indicated on the insurance card is the patient. Also,
If you return to the hospital and receive an examination card, you will need to send your medical record to your doctor. Such a process was one of the very complicated tasks of a medical institution.

[0004] Similarly to a medical institution, in an institution that provides some kind of service to individuals widely, it is necessary to confirm whether or not the card holder who intends to make a credit transaction using a card or the like is the person himself. Not easy. That is,
It is not always easy to determine whether the signature written on the card side completely matches the signature written by the person who brought the card. On the other hand, as a method for this kind of identity verification, a system has been developed which acquires an image of an eye and uses iris data which is a characteristic part thereof (Japanese Patent Publication No. 5-84166). This method can be used for medical institutions or institutions for providing various services, because it can perform identity verification in the same way as fingerprints, and can also use a camera or the like to photograph an individual and immediately perform collation processing. Is possible.

[0005]

The present invention employs the following structure to solve the above problems. <Configuration 1> An iris data acquisition unit that acquires iris data of a patient, a patient terminal that inputs patient attribute data, a registration processing unit that transmits and registers the iris data and the attribute data to a center system, The center system includes an iris database that stores iris data of a registered patient, and a collation processing unit that verifies the identity of the patient by checking the image of the patient's eyes with the registered iris data when the patient comes to the hospital. A medical management system characterized in that:

<Structure 2> An iris data acquisition unit for acquiring iris data of a patient, a patient terminal for inputting attribute data of a patient, and a registration process of transmitting and registering the iris data and the attribute data to a center system Unit, the iris database storing the iris data of the registered patient on the center system side, and an identification number for identifying the iris data of the patient in the iris database when the registration processing unit executes the iris data registration process. , A card writer for recording on a consultation card, a card reader for reading out the identification number from the consultation card presented when the patient came to the hospital, and a corresponding iris data from a database based on the identification number, A collation processing unit that verifies the identity by collating the eye image with its iris data Medical management system, characterized in that.

<Configuration 3> An iris data acquisition unit for acquiring iris data of a patient, a card reader for reading attribute data of a patient from an insurance card, and transmitting and registering the iris data and the attribute data to a center system The registration processing unit, the iris database storing the iris data of the registered patient on the center system side, and the collation for verifying the identity by collating the image of the patient's eye with the registered iris data when the patient comes to the hospital. A medical management system comprising a processing unit.

<Configuration 4> An iris data acquisition unit for acquiring iris data of a patient, a card reader for reading attribute data of a patient from an insurance card, and transmitting and registering the iris data and the attribute data to a center system. A registration processing unit, an iris database that stores iris data of a registered patient on the center system side, and a registration processing unit that executes registration processing of iris data.
A card writer for recording an identification number for identifying the iris data of the patient in the iris database on a medical examination card, a card reader for reading the identification number from the medical examination card presented when the patient came to the hospital, and this identification number A medical management system comprising: a matching processing unit that reads out corresponding iris data from a database, checks a video of a patient's eye against the iris data, and performs identity verification.

<Structure 5> An iris data acquisition unit for acquiring iris data of a patient, a patient terminal for inputting attribute data of the patient, a card writer for writing the acquired iris data to an examination card, and A card reader that reads iris data from a consultation card,
A medical management system comprising: a collation processing unit for collating an image of a patient's eye with read iris data to confirm the identity of the patient.

<Structure 6> An iris data acquisition unit for acquiring iris data of a patient, a card reader for reading patient attribute data from an insurance card, a card writer for writing the acquired iris data to an examination card, A medical management system comprising: a card reader that reads out iris data from a medical examination card; and a matching processing unit that checks an image of a patient's eye against the read out iris data to confirm the identity.

<Arrangement 7> In any one of Arrangements 1 to 6, the center system may include, on the center system side, an iris database for storing iris data of a registered patient and a chart database for storing the patient's chart data. A medical management system comprising a physician-side terminal for displaying the patient's medical record data read from the medical record database when the verification processing unit confirms the identity of the patient when the patient comes to the hospital.

<Arrangement 8> In any one of Arrangements 1 to 6, when a patient comes to the hospital and his / her identity is confirmed by the collation processor, a consultation guide displaying information including a consultation method is printed. A medical management system comprising a patient-side terminal for issuing a medical certificate.

<Structure 9> Iris data of a card holder, attribute data relating to the card holder, information indicating a service provider that provides a service to the card holder, and information necessary for providing the service. I wrote it
A center system that holds a personal information card, attribute data about the card holder written on the personal information card, and information necessary for providing the service for each service provider; and the service provider provides services to the card holder. A card reader that reads out iris data and information necessary for providing a service from a personal information card when providing a personal information card, and a collation processing unit that verifies the identity of the card holder by comparing the image of the eye of the card owner with the read out iris data And transmits the information necessary for providing the service read by the card reader to the center system, and when the information is collated with the information necessary for providing the service held by the center system, accepts the check information and determines whether the transaction is possible. A personal information card system comprising: a transaction processing unit that determines

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below using specific examples. <Example 1> FIG. 1 is a block diagram showing a system of Example 1. This system is provided inside a medical institution, and as shown in the figure, an iris data acquisition unit 2 for acquiring iris data of a patient 1, a registration processing unit 3, a collation processing unit 4, a patient terminal 5, , Center system 6,
It comprises a doctor-side terminal 7 and the like. The iris data acquisition unit 2 includes a light 11 for photographing the patient 1, a camera 12, and a data processing unit 13 for analyzing the photographed image of the eye to acquire iris data. The interface (I / F) 14 connects the iris data acquisition unit 2, the registration processing unit 3, the collation processing unit 4, and the like to the center system 6.

The center system 6 is provided with a processing unit 15 for controlling the operation of the center system, an iris database 16, a chart database 17, and the like. Further, a doctor-side terminal 7 operated by a doctor is connected to the center system 6. The patient terminal 5 is operated by the patient 1,
Alternatively, it is a computer terminal that is operated by a receptionist to input items described on the insurance card 18 and other attribute data of the patient 1. Registration processing unit 3
Is a part for transmitting the iris data of the patient 1 to the center system 6 in a procedure described later and performing a registration process. When the patient 1 returns to the hospital, the matching processing unit 4 calls the iris data registered in the center system 6 and compares the iris data with the iris data acquired from the image of the eye of the patient 1 to confirm the identity. The iris database 16 stores iris data and attribute data relating to the patient. The medical chart database 17 is a storage device for storing a patient's medical chart.

In a large hospital, an iris data acquisition unit 2 is arranged at a reception or the like, and a registration processing unit 3 and a collation processing unit 4
Is placed near it. The patient side terminal 5 is arranged near the iris data acquisition unit 2, and when the patient 1 operates the patient side terminal 5 to input attribute data, for example,
It is configured to acquire iris data of a patient. A number of such iris data acquisition units 2 and patient-side terminals 5 are arranged at the reception, and
Connected to. When there are many doctors in charge, the doctor side terminal 7 is also arranged at a necessary place for each doctor in charge.

FIG. 2 is an explanatory diagram of iris data and chart data. FIG. 3A shows the format of data stored in the iris database 16 (FIG. 1). This data includes the iris data 20 and the patient's name 21, age 22, address 23, workplace 24, contact 25,
Data 2 indicating whether the acquired iris data is the right eye or the left eye
6 and data such as an identification iris ID number 27 used for an index of iris data and other data 28. Note that data other than the iris data 20 is referred to as attribute data.

FIG. 2B shows a chart database 17.
FIG. 1 shows a format of data stored in FIG. This data includes chart data 30, a doctor 31 in charge, medication contents 32, and a chart ID number 3 for identifying the chart.
3 and other 34 data. This data is usually issued for a patient at a medical institution, and is a digitized medical record in which a doctor records a medical treatment.

Next, the operation of the system of the first embodiment will be described. FIG. 3 shows a flowchart of the initial consultation registration process. First, the iris data registration processing at the time of the first consultation will be described using this flowchart. When the patient 1 shown in FIG. 1 stands in front of the patient side terminal 5 in order to operate the patient side terminal 5, the iris data acquisition unit 2 operates to capture an image of the eye of the patient 1 (step S1). ). Then, the data processing unit 13 acquires iris data from the image of the eye (step S2). The patient 1 presents the insurance card 18, and the attendant or the patient operates the patient terminal 5 to input necessary attribute data (steps S3 and S4). The registration processing unit 3 shown in FIG. 1 transmits the iris data thus obtained and the attribute data input from the patient terminal 5 to the center system 6. Processing unit 1 of center system 6
Reference numeral 5 stores the iris data in the format described in FIG. 2 in the iris database 16 and registers the iris database (step S5). Further, a required chart is created and registered in the chart database 17 (step S6). This medical chart is displayed on the doctor side terminal 7.

FIG. 4 shows a flowchart of the re-examination process. In the case of re-examination, medical treatment is started according to the procedure shown in FIG. First, in step S1, the patient presents the consultation ticket and stands before reception, and the iris data acquisition unit 2 (FIG. 1) captures an image of the eye (step S1). When the data processing unit 13 acquires the iris data in step S2, the collation processing unit 4 refers to the iris database 16 of the center system 6 in step S3. Then, a search is made for a match, and the result is obtained. If it is determined in step S4 that there is a match, the process proceeds to step S5, where necessary attribute data and chart data are read, and the patient is requested to select an examination method.

For example, when a patient requests a medical examination or medication, the patient's terminal 5 (FIG. 1) is operated to input the fact. In this case, on the display of the patient side terminal 5, for example, a guidance such as “Press the button 1 if you want a medical examination, press the button 2 if you want a medication” is displayed. Respond to them and tell them their wishes. As a result, when the doctor in charge and the waiting area are decided,
Using a printer or the like (not shown) provided on the patient side terminal 5, a consultation guide in which a consultation place, a medication place, a time, a reservation number, and the like are printed is issued. Further, a corresponding chart is read from the chart database 17 (FIG. 1), and an operation is performed so as to be displayed on the doctor-side terminal 7 of the doctor in charge (step S6).

<Effect of Embodiment 1> According to this embodiment,
The following effects are obtained. 1. At the first consultation, the iris data is registered, and at the return visit, the identity is confirmed using this iris data, so that only the person is definitely entitled to the examination and the right to request medication. Therefore, abuse of the health insurance card can be prevented. 2. Since the identification is performed by the iris data, the chart data is generated, and the chart data is displayed on the doctor's terminal, so that the chart issuing can be automated. If the doctor's terminal is configured so that the doctor fills in the necessary items on the medical chart, paperless medical charts can be achieved.

3. By storing all medical records of patients in the medical chart database, it is easy to check the medical treatment contents and medication contents of other doctors at general hospitals, etc.
More appropriate treatment can be performed. 4. By making the medical record paperless, the medical record is not unnecessarily taken out, and leakage of information on the patient's individual can be prevented.

5. If a medical examination ticket and the like are automatically issued together with the medical record, and the medical expenses calculation and the like are executed based on the items input to the medical record, the automation becomes possible and the burden on the staff is reduced. 6. Once the iris data is registered, it is not abused even if the insurance card is lost afterwards, and it is possible to prevent the insurance card from being transferred to another person.

[7] Since the user can be confirmed by the iris data and the necessary chart data can be called immediately, there is no need to issue a consultation ticket. Therefore, it is not necessary for the patient to have a medical examination ticket at all times, and the hospital can omit troublesome clerical work, thereby reducing costs. 8. If one medical record is set for each patient, it is possible to prevent overlapping of medications for patients who receive multiple medical treatments in one hospital.

<Example 2> In this example, in the system as shown in FIG. 1, an examination card is issued, and the iris data collation processing using the examination card is facilitated. FIG. 5 shows a system of a specific example 2 and an operation explanatory diagram. In the system of the specific example 2, a card writer 41 and a card reader 42 are added to the system shown in FIG. The other configuration is the same as that of FIG. 1 and therefore, the description is simplified. In this example, the examination card 8 is formed of a card that can magnetically record data, such as a cash card. A card writer 41 is provided for recording data on the examination card 8, and a card reader 42 is provided for reading data written on the examination card 8.

The operation of the second embodiment will be described. In the specific example 2, the iris data is acquired and the registration processing unit 3 performs the registration processing in the same manner as in the specific example 1. The registration processing unit 3 sends the iris data 20 to the center system 6 and executes a registration process. Attribute data is also sent to the center system 6 from a patient terminal (not shown). The center system 6 registers the iris data,
I serving as an index for reading out the corresponding iris data stored in the iris database 16 (FIG. 1)
The D number (identification number) 27 is sent to the card writer 41.
The ID number 27 is sent to the card writer 41 via the registration processing unit 3, but FIG. 5 shows that the ID number 27 is sent directly to the card writer 41 to clarify the role of each unit. .

When the card writer 41 records the ID number 27 on the examination card 8, the examination card 8 is handed to the patient. When the patient returns to the hospital, the examination card 8 is attached to the card reader 42, and the card reader 42
From the examination card 8. This ID number 27 is sent to the center system 6 via the collation processing unit 4. The center system 6 reads out the corresponding iris data 20 from the iris database based on the ID number and transfers it to the collation processing unit 4. The matching processing unit 4 includes the iris data acquired from the image of the patient's eye and the center system 6.
Is compared with the iris data 20 transferred from the server. If you are identified as yourself, you will be given a consultation.

<Effect of Specific Example 2> In the above example, since the examination card in which the ID number is written is issued to the system of the specific example 1, the center system 6 is to be collated by the ID number. The iris data can be sent to the matching processing unit. Therefore, only the comparison between the iris data and the iris data acquired from the image of the eye of the customer needs to be performed, so that the matching process is quick.
That is, as in the specific example 1, a procedure for collating the iris data acquired from the image of the customer's eye with all the iris data stored in the iris data file is not required, and the collation can be performed quickly.

In both the first embodiment and the second embodiment, the collation processing may be performed by the customer terminal or the collation processing unit 4 or may be performed by the center system 6. It is sufficient that the collation processing unit 4 receives the conclusion and can perform processing such as medical examination permission.

<Example 3> In the following example, a health insurance card is carded. FIG. 6 shows a system and operation explanatory diagram of the third embodiment. This system is also added to the system of the first embodiment to expand its function. Here, a card reader 43 for reading the insurance card 9 is provided. The insurance card 9 is composed of a magnetic record or an IC card in which items described on a generally used insurance card, that is, various personal information 45 of the person and family are written. The card reader 43 reads out the contents and transfers the attribute data 40 to the center system 6 at the time of the registration process.

That is, in the case of the specific example 1, the patient operated the patient terminal 5 shown in FIG. 1 to input various attribute data. In this specific example 3, the data recorded on the insurance card 9 is read by the card reader 43 and sent to the center system 6. Therefore, the items to be input by the patient are reduced, and the registration process at the first consultation is facilitated.

<Effect of Specific Example 3> As described above, since the content recorded on the insurance card 9 is automatically read by the card reader 43, a part of the attribute data is automatically sent to the center system. effective. Further, there is an effect that mistakes and the like when the patient operates the patient side terminal to input the attribute data can be prevented, and accurate chart data and the like can be generated.

<Embodiment 4> FIG. 7 shows a system and operation explanatory diagram of Embodiment 4. In this specific example, the function of the specific example 2 and the function of the specific example 3 are combined into a system. That is, when registering the first consultation, the insurance card 9 for inputting attribute data and the like is used, and the card reader 43 for reading the data is prepared. In the case of consultation, the consultation card 8 is used, and the ID number 27 is recorded here at the time of registration. The card writer 41 is used for recording. At the time of the visit, the card reader 42 reads the examination card 8 and sends the ID number 27 to the center system 6. Then, the center system 6 sends the corresponding iris data to the collation processing unit 4 and collates the iris data with the iris data acquired from the image of the patient's eye. When the identity is confirmed in this way, the consultation guide 51 is printed by the printer 50 based on the chart data and other data of the center system 6. In the consultation guide 51, for example, information for facilitating a consultation procedure for a consultation place, a medication place, and other various patients is written.

<Effects of Specific Example 4> In this specific example, as in the specific example 2, the comparison of the iris data is facilitated by the ID number of the consultation card. Makes typing easier.

<Examples 5 and 6> FIGS. 8A and 8B show a system and an operation explanatory diagram of Examples 5 and 6. FIG. In this system,
An ID number and iris data are stored in the examination card 8. The system is provided with a card writer 41 together with the registration processing unit 3. Then, when the patient acquires iris data from the image of the eye at the time of the first consultation, this is written to the consultation card 8 via the card writer 41. No iris data is stored on the side of the center system 6. When the necessary attribute data 40 is sent to the center system 6, the center system 6 returns the ID number 27. This ID number 27 is recorded on the examination card 8.
When the patient returns, the card reader 42 reads the ID number and iris data recorded on the examination card 8. The iris data is sent to the matching processing unit 4.
The matching processing unit 4 compares the iris data acquired from the image of the patient's eye with the iris data recorded on the examination card 8 to confirm the identity. If you are recognized as a person, you will be given a medical permit. Further, this ID number is transmitted to the center system 6 and used for the subsequent processing of the chart data and the like.

In the specific example 6, the insurance card 9
To facilitate the input of attribute data and the like as in the third embodiment. In addition to the ID number and iris data written on the examination card 8, various attribute data may be recorded as necessary. In particular, if data such as whether the iris data is the right eye or the left eye is also recorded on the examination card 8, the collation processing becomes easy. That is, if the examination card 8 has a sufficient recording capacity, the ID number, iris data, attribute data, and the like are stored, so that the chart data can be easily generated. Necessary items are additionally recorded in the medical chart data by a doctor and stored in the center system 6.

<Effects of Specific Examples 5 and 6> In the examples before Specific Example 4, the iris database was stored in the center system 6 side. However, when the examination card has a large storage capacity such as an IC card, the iris data of the person can be stored on the side of the examination card. As a result, the collation processing unit 4 can independently perform the identity verification without inquiring the center system 6 or the like. Therefore, for example, the configuration on the center system side is the same as that conventionally implemented, and there is an effect that a system can be constructed by newly providing only a part for obtaining iris data of a patient and a collation processing. Further, according to the specific example 6, a system that facilitates data input using an insurance card is realized.

<Embodiment 7> The above embodiment aims at providing services to patients at medical institutions. That is, after confirming the identity of the patient, a process of extracting necessary chart data and the like was performed. However, the above configuration is not necessarily limited to a medical institution, and can be widely applied to services for individuals and the like seeking business using cards and the like.

FIG. 9 is a diagram for explaining the contents of a personal information card owned by the individual. The personal information card 60 has an iris ID number 61 as shown in FIG.
Iris data 62, personal attribute data 63, holding qualification data 64, medical data area 65, bank data area 6
6, service use data 67 and the like.

The iris ID number 61 is an identification number of the card owner. The iris data 62 is data for personal identification acquired from the video of the eyes of the card owner as described above. The personal attribute data 63 includes various types of personal data such as, for example, name, date of birth, address, and work place. The possession qualification data indicates qualification data of a driver's license, a doctor, etc., and the date of acquisition. In this example, a qualification type, an acquisition date, an expiration date, and the like are stored. The medical data area contains the person's medical history,
A medical examination history, a clinic code, a medical code, a chart ID number, and the like are stored therein. This will give the cardholder what kind of illness in the past,
Information on what kind of prescription was given by which kind of doctor can be obtained. Inquiry to a clinic using a chart ID number or the like as a key also provides information such as necessary treatment history and medication history. Thus, no matter what kind of treatment the patient receives at any hospital, appropriate treatment can be requested from the relationship with past treatment.

In the bank data area 66, a bank code,
The data includes a passbook code, card data, account data, and the like, which serve as a so-called bank passbook and a cash card. In the service usage data 67, when the card holder receives various services, a code of a store that provides the services and the contents of the services are entered. In this example, information on a video or CD rental service, such as a rental shop code and rental contents, is entered. Further, a ticket store code, ticket reservation contents, and the like are recorded. Such a personal information card can use the iris data 62 to confirm the identity of the card owner, and can be used only by the individual.

Further, the contents recorded in the medical data area 65 can be used as a substitute for an examination card or the like when going to a hospital or the like. Further, the bank data area 66
By using the contents stored in the bank, it can be used as a medium for transaction in a bank such as a cash card or a passbook. Further, the service usage data 67 can be used for a card for using services in a rental shop, a ticket shop, and the like. In addition, using the personal attribute data 63, the holding qualification data 64, and the like, a so-called credit card and other functions can be provided. For this purpose, for example, a clinic code or a medical code in the medical data area, a bank code in the bank data area,
The rental store code, the ticket store code, and the like in the service usage data are each set to a unique code so that all of the organizations that provide services to the cardholder can be distinguished.

FIG. 10 is a block diagram of a specific system for using the personal information card as described above. This system includes a registration processing section 72 for performing registration processing for using the personal information card 71, a card writer 7
3. It comprises a card reader 74, a center system 75 for managing the registered items, and a service provider 80. The registration processing of the personal information card 71 can be performed in a limited place, and the service provider 80 is connected to the center system 75 by an arbitrary number. Information transmission between the two is performed via various networks.

First, when registering the personal information card 71, iris data is obtained from the image of the eye of the person concerned,
The information is recorded on the personal information card 71 via the card writer 73. Further, necessary registration data 90 is sent to the center system 75 and stored in the registration master database 77.
The center system 75 is configured to manage the registration master database 77 and the service provider side database 78 by the processing of the processing unit 76. At the time of registration, the card reader 74 uses the various types of personal information recorded in advance on the personal information card 71 as attribute data 91 as the center system 7.
Send to 5. Thus, the registration master database 77 is completed. This process is the same as in the first embodiment.
Note that the registration master database need only store the minimum necessary data for managing the personal information card.

On the side of the service provider 80, a card reader 81, a collation processor 82 and a transaction processor 83 are provided. The card reader 81 is for reading information from the personal information card 71 when the owner of the personal information card 71 offers a service to the service provider 80. The matching processing unit 82 is a card reader 81
Compares the read iris data with the iris data obtained from the image of the cardholder's eye, and performs identity verification. As a result of the identity verification, if it is determined that the owner is a valid owner, the transaction processing unit 83 starts. The card reader 81 reads necessary service usage data from the personal information card 71.
Then, when a predetermined service is executed, the transaction processing unit 83 sends the service usage data 93 to the center system 75.

The center system 75 is provided with a service provider database 78. Here, information necessary for providing a service, such as service usage data 93, is recorded. This may be recorded in any format for each service provider. Then, when the transaction is completed, the service usage data is sent to the center system 75, and is compared with the already recorded service usage data. For example, if there is a necessary record of the personal information and the like in the service provider database 78, this is compared with the contents of the currently read card. If the two match, there is no risk of tampering with the card, and the transaction is concluded.

For example, if the card owner rewrites the information written on the card with some malicious intent, the data does not match the data stored in the service provider database 78 in advance. In this case, the transaction is stopped assuming that a failure has occurred. Such data comparison is performed in the center system 75, and the check information 94 is sent to the transaction processing unit 83. This check information 94
The transaction processing unit 83 interrupts the transaction or advances the transaction depending on the content of the transaction. In this way, for example, even when the bank balance information is rewritten, the inconsistency with the data previously copied to the center system 75 can be detected, and the handling security of the personal information card 71 can be improved.
Such a center system 75 is preferably maintained by the nation or an agency commissioned by the nation, or an appropriate nationwide service organization.

<Effect of Specific Example 7> In this specific example, the iris data is used for personal identification, and the personal identification is performed, thereby ensuring high security in medical institutions, bank transactions, use of other services, and the like. Offer transactions and services to cardholders. This personal information card can be widely used for those using a data system stored in a government office, such as a resident's card or a seal certificate, payment of a qualification payment certificate, and various services.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a system of a specific example 1.

FIG. 2 is an explanatory diagram of iris data and chart data.

FIG. 3 is a flowchart of a first consultation registration process.

FIG. 4 is a flowchart of a re-examination process.

FIG. 5 is an explanatory diagram of a system and an operation of a specific example 2.

FIG. 6 is an explanatory diagram of a system and operation of a specific example 3;

FIG. 7 is a diagram illustrating a system and operation of a specific example 4;

FIG. 8 is an explanatory diagram of systems and operations of specific examples 5 and 6.

FIG. 9 is a diagram illustrating the contents of a personal information card.

FIG. 10 is a block diagram of a personal information card system of a specific example 7.

[Explanation of symbols]

 1 Patient 2 Iris Data Acquisition Unit 3 Registration Processing Unit 4 Collation Processing Unit 5 Patient Terminal 6 Center System 7 Doctor Terminal 16 Iris Database 17 Medical Record Database

Claims (9)

[Claims] An iris data acquisition unit for acquiring iris data of a patient, a patient terminal for inputting attribute data of a patient, a registration processing unit for transmitting and registering the iris data and attribute data to a center system. An iris database storing the iris data of the registered patient on the center system side, and a matching processing unit for verifying the identity by comparing the image of the patient's eye with the registered iris data when the patient comes to the hospital. A medical management system comprising: 2. An iris data acquisition unit for acquiring iris data of a patient, a patient terminal for inputting attribute data of a patient, a registration processing unit for transmitting and registering the iris data and the attribute data to a center system. The center system examines the iris database that stores the iris data of the registered patient and the identification number that identifies the iris data of the patient in the iris database when the registration processing unit executes the iris data registration process. A card writer for recording on a card, a card reader for reading the identification number from a medical examination card presented when the patient came to the hospital, and a corresponding iris data from a database based on the identification number, and reading of the patient's eye. A collation processing unit for collating the video with its iris data to confirm the identity Medical management system characterized by the following. 3. An iris data acquisition unit for acquiring iris data of a patient, a card reader for reading attribute data of a patient from an insurance card, and a registration process of transmitting and registering the iris data and the attribute data to a center system And an iris database storing the iris data of the registered patient on the center system side, and a collation processing unit for verifying the identity by collating the image of the patient's eye with the registered iris data when the patient comes to the hospital A medical management system comprising: 4. An iris data acquisition unit for acquiring iris data of a patient, a card reader for reading attribute data of a patient from an insurance card, and a registration process of transmitting and registering the iris data and the attribute data to a center system And an iris database that stores the iris data of the registered patient on the center system side, and an identification number that specifies the iris data of the patient in the iris database when the registration processing unit executes the iris data registration process. A card writer for recording on an examination card, a card reader for reading the identification number from the examination card presented when the patient came to the hospital, and a corresponding iris data from a database based on the identification number, A verification process that verifies the identity by comparing the eye image and its iris data A medical management system comprising: a medical department. 5. An iris data acquisition unit for acquiring iris data of a patient, a patient terminal for inputting attribute data of the patient, a card writer for writing the acquired iris data to a medical examination card, and an examination when a patient comes to the hospital. A medical management system comprising: a card reader for reading iris data from a card; and a collation processing unit for collating an image of a patient's eye with the read iris data to confirm the identity. 6. An iris data obtaining unit for obtaining iris data of a patient, a card reader for reading attribute data of the patient from an insurance card, a card writer for writing the obtained iris data to a medical examination card, and A medical management system comprising: a card reader for reading iris data from a medical examination card; and a collation processing unit for collating an image of a patient's eye with the read iris data to confirm the identity. 7. The medical system according to claim 1, wherein the center system includes an iris database for storing iris data of the registered patient and a chart database for storing the chart data of the patient. A medical management system, comprising: a doctor-side terminal for displaying a patient's medical record data read from the medical record database when an identity is confirmed by a collation processor when a patient comes to the hospital. 8. The medical examination guide according to any one of claims 1 to 6, wherein when the patient comes to the hospital and the identity is verified by the collation processing unit, the medical examination guide displaying information including the medical examination method is printed. A medical management system comprising a patient terminal for issuing. 9. An iris data of a card holder, attribute data relating to the card holder, information indicating a service provider providing a service to the card holder,
A center system that holds a personal information card in which information necessary for providing the service is written, attribute data about the card holder written in the personal information card, and information necessary for providing the service for each service provider A card reader that reads out iris data and information necessary for providing a service from a personal information card when a service provider provides a service to the cardholder; and an image of the cardholder's eyes and the read iris. A verification processing unit for verifying the identity by verifying the data; transmitting the information necessary for providing the service read by the card reader to the center system, and verifying the information with the information required for providing the service held by the center system. And a transaction processing unit for accepting the check information and judging whether or not the transaction is possible. Personal information card system.