JP2001128958A - Iris-iridology health diagnosis management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent erroneous diagnosis by capturing a change in an iris pattern by data processing technology, not by visual observation in health diagnosis using an iris pattern and easily manage the data obtained by such health diagnosis. SOLUTION: This system is provided with a data acquiring part 3, data registration parts 42, 52, 53, data collating parts 41, 51, a collation result output part 6 and a terminal unit 40, in which iris data are obtained from an iris pattern, the data are registered by each person acquiring the data, the iris data are registered as iridology data by each acquiring person, and the subsequently obtained iris data and iridology data are collated with the previously registered iris data, iridology data and iridology data for diagnosis to execute health diagnosis of a specified data acquiring person.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an iris / iridology health diagnosis management system for analyzing a iris pattern of an animal such as a human (hereinafter simply referred to as a human) by data processing using a computer or the like to perform a health check. It is.

[0002]

2. Description of the Related Art Iridology (iris analysis) is a technique for observing and analyzing the iris (iris) of the human eye to diagnose the health condition of the human. About 200 years ago, Hungary It is a science that has been contributing in the fields of disease prevention and natural remedies, and is also expected from the perspective of preventive medicine.

[0003] Iridology presupposes that the iris represents the physical condition of the person from birth to the present. In other words, the iris of the human eye shows the health state of the tissues and all organs of the human body, and it is possible to diagnose the human health state by observing and analyzing changes in the pattern that appears in each part of the iris. Stand in the view.

Conventionally, this analysis has been performed by visually observing left and right irises by an iridologist.
Alternatively, it was performed by taking a picture of the iris and visually observing it, and the analysis result was used to diagnose the human health condition.

[0005]

However, the conventional analysis technique is performed by visually observing a change in the iris pattern as described above, and often relies on memory and feeling. For this reason, even if the symptom on the area of the iris of about 80 square millimeters is inspected using a magnifying glass, an error in observation of a change in the pattern or a memory error occurs, and the analysis is not properly performed. There have been problems such as the inability to correctly determine the disease and erroneous diagnosis.

The present invention has been made to solve the above-mentioned problems of the prior art.

[0007]

The present invention employs the following structure to solve the above-mentioned problems. <Arrangement 1> A camera, an iris data acquisition unit that acquires iris data from an iris pattern photographed by the camera, an iris data registration unit that registers iris data from the iris data acquisition unit for each person to be acquired,
An iridology data registration unit for registering iris data from the iris data acquisition unit as iridology data for each of the subjects, and a diagnosing iridology for performing analysis and diagnosis by iridology from the iridology data A diagnostic iridology data registration unit for registering data, and comparing the raw iris data from the iris data acquisition unit with the iris data registered in the iris data registration unit to determine a subject of the raw iris data. An iris data matching unit to be specified, iridology data based on the raw iris data of the acquiree specified by the iris data matching unit, and iridology data registered in the iridology data registration unit of the person; At least one of the diagnostic idling data registered in the diagnostic idling data registration unit. An idler data collating unit for collating with any one of the idrological data and performing a health check of the person; an output unit for outputting collation and diagnosis results in the idrological data collating unit; An iris / iridology medical examination management system, comprising: a terminal for registering and managing data.

<Structure 2> In the iris and eyelidology medical examination management system according to claim 1, a plurality of terminals are provided, and all or a part of each data registration unit is located at a position distant from each terminal. And data registered in the registration unit are centrally managed by a computer that can be operated by each terminal and is a higher-level device of each terminal. system.

<Structure 3> In the iris / iridology medical examination management system according to claim 1, the iris data registration unit and the iridology data registration unit are provided in a portable storage medium, and these registration units are provided. Wherein the data transfer between the iris and the other parts is performed by a reader / writer of the storage medium.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to the drawings. In each drawing, the same reference numerals indicate the same or corresponding parts. << Example 1 >><Structure of Example 1> FIG. 1 is a block diagram showing Example 1 of an iris / iridology health diagnosis management system according to the present invention.

The system of the present invention captures the characteristics of an iris image of a person to be diagnosed as data to diagnose a health condition. In this case, the system receives an image of a human iris 2 (iris image) taken by a camera 1. An iris data acquisition unit 3 that obtains iris data for health check determination, and a system body 10 that receives and registers iris data from the iris data acquisition unit 3 and performs collation and diagnosis described below.
And a terminal 40 for controlling the iris data acquisition unit 3 and the system body 10.

The system main body 10 includes an iris data registration unit 42, an iridology data registration unit 52, a diagnostic iridology data registration unit 53, and iris data / iridology data (hereinafter referred to as iris / iridology data). The registration control unit 4, the iris data matching unit 41, the iridology data matching unit 51, and the matching result output unit 6 are provided. The system main body 10 uses, for example, a personal computer or the like.

Here, the iris data registration unit 42 converts the iris data obtained by converting the iris image (pattern) into attribute data of the person (attribute data of a person to be diagnosed described later).
And a registration unit that stores the information in association with.

The iridology data registration unit 52 is a registration unit that stores iridology data (the iris data for diagnosis determination). Iridology data
Here, it is associated with the idling attribute data for health check determination (physical examination result data of the person's doctor at the time of acquiring the iris data and various physical data such as body temperature, pulse, blood pressure, etc. representing the person's physical condition). The result is stored in the idle data registration unit 52.

The diagnostic idling data registration unit 53
It is a registration unit that stores diagnostic idling data that is associated with an iridological chart that supports a doctor's diagnosis and the form of a symptom. Specifically, the above-mentioned diagnostic eyelidology data includes data on all the organs studied by the eyelidology, their symptoms, their morphology, their locations, etc. (Iridology) in order to identify the diagnosis results of those who have come to the diagnosis. In this case, the diagnostic irid data register 53 stores the iris data (iridological data) in association with the iris data for diagnosis determination.

The iris / iridology data registration control unit 4 is a control unit for controlling registration, collation processing, collation, diagnosis result output processing, and the like of iris data, iridology data, and diagnostic iridology data. It comprises a program for executing processing, an interface for inputting and outputting various signals and data, and the like.

The iris data collating unit 41 compares the new iris data acquired from the iris data acquiring unit 3 with the iris data read from the iris data registering unit 42 for individual collation. is there.

The eyelid data collating unit 51 performs collation,
A comparison unit for comparing and diagnosing by comparing the idleness data read from the idleness data registration unit 52 with the diagnosis idleness data read out from the diagnosis idleness data registration unit 53 for diagnosis. . The collation result output unit 6 is an output unit that outputs the collation and diagnosis results by the collation units 41 and 51.

<Operation of Specific Example 1> Next, the operation of the specific example 1 will be described. First, to obtain iris data, the camera 1 obtains an image signal of the iris 2. In order to obtain an image of the iris 2 with good contrast, the illumination 20
Irradiates the iris 2 with light. As a light source of the illumination 20,
For example, glare can be avoided by selecting a light source having a red or near-infrared wavelength.

An image signal of the iris 2 obtained from the camera 1 is sent to an iris data acquisition unit 3. The iris data acquisition unit 3 extracts an iris pattern of a diagnosis subject who is a subject from an image signal of the iris 2 and acquires the iris pattern as iris data.

The obtained iris data (raw iris data) is compared with a plurality of iris data previously registered in the iris data registration unit 42 in the iris data collation unit 41 to register the diagnosis subject. Check that you are the correct person. Thereby, the visit history and medical history of the diagnosis target person are specified.

Next, the acquired iris data (iridology data) is stored in an iridology data collating unit 51, and the iris data of the subject to be diagnosed registered in the iridology data registration unit 52 in advance. Compare with As a result of this comparison, when a new symptom appears in the diagnosis subject, or when the diagnosis subject is the first consultation, the iridological data collating unit 51 uses the diagnostic iridological data registration unit 53 The diagnosis result of the person to be diagnosed is specified by comparing it with the diagnostic idling data, and is displayed on the verification result output unit 6.

As described above, the system main body 10 accepts a certain amount of the obtained iris data for one person and performs registration processing, and performs collation and diagnosis processing based on the iris data.

Next, the registration processing of the iris / iridology data will be described with reference to FIG. First, step S20
In step 1, the camera 1 and the iris data acquisition unit 3 acquire iris data of a person to be diagnosed. In step S202, the terminal device 40 is operated to acquire attribute data of a diagnostic subject to be registered (hereinafter referred to as diagnostic subject attribute data). The diagnosis subject attribute data includes, for example, name, age, gender, medical history, and the like.

In step S203, a correspondence table is created in which the diagnosis subject attribute data and the iris data are associated with each other. According to this correspondence table, when the iris data is acquired, the attribute data (diagnosis subject attribute data) of the person can be associated and referred to. Each time the iris data of the diagnosis subject is obtained as the iridology data, it can be added as diagnosis subject attribute data.

In step S204, the iris data is registered in the iris data registering section 42 together with the correspondence table, and the iris data is stored in the iris data registering section 52 together with the above-described iris attribute data for health check determination as iridological data. register. The iris / iridology data registration control unit 4 controls these series of registration processes.

Next, the collation processing of iris / iridology data will be described with reference to FIG. First, step S30
In step 1, iris data of a person to be diagnosed is obtained. The acquisition method is exactly the same as in the iris data registration process described above.

In step S302, the iris data registered in the iris data registration section 42 is sequentially read out and collated. In step S303, the collation and diagnosis results are output from the collation result output unit. Here, the collation is performed by data matching between digitally encoded iris data. If the data matches at a certain ratio or more, a collation result is obtained that both data are "the same data", and otherwise, "there is no same data".

In step S304, it is determined whether or not the output of the collation result is "the same data".
If the output is not “N”, that is, the output is “same data”, it means that the patient is a first-time visitor, and step S30
In step 5, the iris data of the person acquired in step S301 is registered in the iris data registration unit 42, and the process proceeds to step S306.

If the result of the determination in step S304 is "Y",
That is, when the output is "same data",
That person is a continuation of the consultation. Therefore, in step S306, the registered idler data is read out, and collation and diagnosis are performed.

As a method for judging a health check on the basis of iris data and iridology data, for example, a method described in the document
“British iris” by idology, James & Sheelagh Colton
chart ”(Figure 15. The Britishiris chart on p34 and p35)
For example, a chart in which a human organ is associated with each part of the iris is used.

Although the contents of this chart differ depending on the creator of the chart, here, the chart shown in FIG.
2 illustrates a simplified iridology chart as shown in FIG. The outermost numerical value in the chart shown in FIG. 4 indicates the angle on the iris. 0 ° indicates a direction at 12 o'clock with respect to the iris. The chart shows representative organs and their positions in 30 ° increments. The parts common to the left and right eye irises are the pupil, stomach, intestine, brain, feet, and skin.

For the comparison of the iris data and the iridology data in steps S302 and S306, here, a known iris recognition technique (see Japanese Patent Publication No. 5-84166, Japanese Patent Publication No. 8-504979, etc.). Is used.

FIG. 5 is a flow chart showing an example in which the symptom of the individual is examined based on the pattern presented by the iris and the site thereof, and the health check is determined. Step S501
First, the average density of the color of the entire iris is extracted, and it is checked whether the entire iris is changing brightly or darkly.

Next, in step S502, the level of the tissue density of the iris of both eyes is examined. This inspection is performed by observing a change in the continuity of the iris structure in the radial direction, whether or not the iris structure has relaxed and a new crack has occurred.

In steps S503 and S504, the positions of dark and light portions on the iris pattern are inspected. Each position on the iris pattern is associated with each organ of the body as shown in FIG.

Returning to the description of FIG. 3, in step S306, the registered ID data is read out and collation and diagnosis are performed. In step S307, the collation and diagnosis results are output from the collation result output unit 6 Is done.
In this example, an output such as “brighter” or “darker” is obtained as a change in the average density of the color of the entire iris as a matching result, and points, lines, rings, Patterns such as speckles and fogging are obtained as an output together with their densities such as “bright white pattern” and “deep black pattern”.

This output is determined in step S308,
If it is determined that “the same data does not exist”, that is, the symptom of “N” is not recognized, in step S309, for example, a message “abnormal” is displayed and the diagnosis ends.

On the other hand, if it is determined that the symptom of "Y" is recognized, the collation result output unit 6 displays the details of the symptom in step S310. For example, as a change in the average density of the color of the entire iris, "brighter" refers to diseases such as bronchitis, gout, rheumatism, and "darkness" refers to metabolic disorders, fire extinguisher disorders, blood related disorders, etc. Diagnosed as predisposed. In addition, as a form of the symptom appearing on the iris, it is diagnosed that there is a tendency to have a disease or disorder of an organ corresponding to the position of the symptom. Then, such a collation / diagnosis result and its treatment method are displayed on the collation result output unit 6.

<Effects of Specific Example 1> According to Specific Example 1, changes in the iris pattern are performed not by visual observation but by data processing technology, and are performed without relying on memory or feeling. And so on, and the disease can be determined correctly and there is an effect that erroneous diagnosis does not occur. In addition, there is an effect that data relating to such a medical examination can be easily managed.

In particular, according to the present invention, the present invention can be applied to many diseases for which initial diagnosis is difficult with conventional diagnostic prescriptions. For example, pancreatitis is said to be a sign of the bladder, but it is difficult to diagnose it in the initial diagnosis with the conventional technology, and it is not always possible to diagnose the cause of many headache symptoms in the initial diagnosis. Met. However, according to the present invention, iris data is registered and managed as data that can be diagnosed by iridology,
The new iris data of those who came to the diagnosis can be newly obtained, and the health diagnosis can be made easily and without errors, so that it can be applied not only to the initial diagnosis of the above-mentioned pancreatitis and headache symptoms but also to any disease prevention and natural remedies, and to human preventive medicine Has the effect of being able to contribute significantly.

Since the data amounts of the iris data and the iridology data themselves are small, the system body 1
Even when the computer 0 is configured using a computer having a size similar to that of a personal computer, registration and collation of iris data and iridology data of a large number of persons to be diagnosed can be performed.

<Example 2><Structure of Example 2> FIG. 6 is a block diagram showing Example 2 of the iris / iridology health diagnosis management system according to the present invention. This specific example 2 is a system suitable for performing iris / iridology health diagnosis management on a nationwide scale.

As shown in the figure, here, a hospital A1, a hospital A2, a hospital-related facility B1, and a medical data registry C1 scattered throughout the country are connected to a host computer 100 via a communication line 101. Each system in the hospital A1, the hospital A2, the hospital-related facility B1, the medical data registry C1, and the like has the same or partially the same configuration as the system shown in FIG. 1. Here, the system of the hospital A1 is an example. This will be explained. The medical data registry C
... are facilities for collectively registering and managing all medical data of hospitals A ... and hospital-related facilities B ... nationwide.

A local network 50 connected to the communication line 101 is laid in the hospital A1, and terminals 40a1, 40a2, and 40a3 are connected to the local network 50. Further, the iris data acquisition unit 3 is connected to the terminal 40a1. A plurality of iris data acquisition units 3 are provided here, each of which is separately connected to the camera 1 that photographs the iris 2.

The terminal 40a2 has a collation result output unit 6,
The iris / iridological data collating unit 61 and the iris / iridological data registering unit 62 are connected. The iris / iridology data matching unit 61 is a data matching unit obtained by combining the iris data matching unit 41 and the irisological data matching unit 51 in FIG. The iris / iridology data registration unit 62 is a data registration unit obtained by combining the iris data registration unit 42, the iridology data registration unit 52, and the diagnostic iridology data registration unit 53 in FIG.

On the other hand, the host computer 100 is connected to an iris / iridology data registration control unit 4, an iris data registration unit 42, an iridology data registration unit 52, and a diagnostic iridology data registration unit 53. .

<Operation of Specific Example 2> The iris / iridology data registration unit 62 in the hospital A1 has an iris data registration unit 42, an iridology data registration unit 52, and a diagnostic eye connected to the host computer 100 in advance. Necessary data from the lidology data registration unit 53 is the communication line 1
01 and 50 in that order. That is, hospital A1
When the reception is completed, the person is identified by the iris data before the diagnosis by the doctor is started, the necessary data is transferred to the iris / iridology data registration unit 62, and the operation file for data registration is formed. Is done.

The data collation for the eyelidology medical examination is performed as follows. First, a camera 1
When the iris 2 of the person to be diagnosed is photographed, the photographed image is sent to the iris data acquisition unit 3, where the iris data is obtained, and the obtained iris data is transmitted to the terminal 40a1.
Sent to

The terminal 40a1 transmits the iris data via the private network 50 to another terminal 40b,
Send to 40c. At the same time, the terminal 40a1 is
Send a verification request to.

The terminal 40a2 sends the received iris data to the iris / iridological data collating unit 61, and refers to the iris / iridological data registering unit 62, where the iris / iridological data collating unit 61 The received iris data is collated with the registered iris / iridology data. The result of matching by the iris / iridology data matching unit 61 is output from the matching result output unit 6. Note that the collation result output unit 6 displays the symptom of the person, as in the specific example 1, and further displays the collation and diagnosis results and the treatment method.

<Effects of Specific Example 2> According to Specific Example 2, in addition to the effects described in Specific Example 1, registered data such as iris data and iridological data can be centrally managed in one place or several places. There is also an effect.

<< Embodiment 3 >><Structure of Embodiment 3> FIG. 7 is a block diagram showing Embodiment 3 of the iris / iridology health diagnosis management system according to the present invention. This specific example 3 exemplifies a system in which the host computer 100 collectively and centrally manages iris data, iridological data, diagnostic iridological data, diagnostic subject attribute data, and diagnosing iridological attribute data. ing.

As shown in the figure, here, the system of the hospital A2 has an iris data acquisition section 3 for acquiring iris data by taking in an image of the iris 2 taken by the camera 1, and a terminal 40b1 for receiving iris data. The iris / iridology data collating unit 61 and the collation result output unit 6 are connected to the terminal 40b1. The terminal 40b1 is connected to the host computer 100 via the communication line 101.

The host computer 100 is connected to an iris / iridology data registration control unit 4, an iris data registration unit 42, an iridology data registration unit 52, and a diagnostic iridology data registration unit 53. The iris / iridological data registration control unit 4 registers the iris data, the iridological data and the diagnostic iridological data, and further registers the diagnostic subject attribute data and the diagnosing iridological attribute data. Will be

<Operation of Specific Example 3> When performing a health check,
When an iris 2 of a person to be diagnosed is photographed by a doctor or the like with the camera 1, the photographed image is sent to the iris data acquisition unit 3, where iris data is obtained, and the obtained iris data is sent to the terminal 40b1. .

The terminal 40b1 sends the iris data to the iris / iridology data collating unit 61. At the same time, the terminal 40b1 sends a request to transmit iris data to the host computer 100.

The host computer 100 is connected to the communication line 1
All data registered in the iris data registration unit 42, the iridology data registration unit 52, and the diagnostic iridology data registration unit 53 are transmitted to the communication line 101 in response to the transmission request transmitted via the communication line 101. Via terminal 4
Send to 0b1.

The terminal 40b1 is the iris data (iridology data) acquired by the iris data acquisition unit 3.
The iris data and the iridology data received from the host computer 100 are collated in the same manner as in the first embodiment. The collation and diagnosis results are output from the collation result output unit 6 as in the first embodiment.

<Effects of Specific Example 3> According to the specific example 3, in addition to the effects described in the specific example 1, the iris data, the eyelid data, the diagnostic eyelid data, the diagnosis subject attribute data, and the health Since the idling attribute data for diagnosis determination is collectively and centrally managed on the host computer 100 side, there is also an effect that data management efficiency is high.

Since the iris / iridology data collating unit 61 is provided on the terminal 40b1 (hospital A2) side, the calculation load on the host computer 100 can be reduced.
Furthermore, compared to the above-described specific example 2, there is no need to provide the iris / iridology data registration unit 62 on the terminal 40b1 side, so that the configuration of the terminal 40b1 (hospital A2) side can be simplified.

<< Embodiment 4 >><Structure of Embodiment 4> FIG. 8 is a block diagram showing Embodiment 4 of the iris / iridology health diagnosis management system according to the present invention. This specific example 4 is a memory card 8 which is a portable data readable and writable storage medium for securing the security and privacy of various data of a person to be diagnosed.
1 shows an example of a system for recording iris data, iridology data, diagnosis subject attribute data, and iridology attribute data for health check determination.

As shown in the figure, here, a plurality of cameras 1, a plurality of iris data obtaining units 3 each of which is individually connected, and a terminal 40 c 1 to which the iris data obtaining unit 3 is connected are provided. Have been. Terminal 40c1
Are connected to the iris / iridology data collation unit 61, the diagnostic iridology data registration unit 53, the collation result output unit 6, the iris / iridology data registration control unit 4, and the card reader / writer 83.

The card reader / writer 83 is a memory card 8
1 for reading and writing data, here, iris data, iridology data, diagnosis subject attribute data, and iridology attribute data for health check determination. Data registration processing is controlled.

The memory card 81 is composed of, for example, a magnetic card or an IC card, and has an iris / iridology data registration unit 62 inside. If the memory card 81 is a magnetic card, the iris / iridology data registration unit 62 is formed of a magnetic stripe, and if the memory card 81 is an IC card, it is formed of an IC memory.

The memory card 81 is carried by the person to be diagnosed, and its iris / iridology data registration unit 6
Reference numeral 2 stores the iris data, iridology data, diagnosis subject attribute data, and iridology attribute data for health check determination of the subject.

<Operation of Specific Example 4> When performing a health check,
When the iris 2 of the person to be diagnosed is photographed by the doctor 1 or the like with the camera 1, the photographed image is sent to the iris data acquisition unit 3, where the iris data is obtained, and the obtained iris data is sent to the terminal 40c1. . Terminal 40c1
Sends the iris data to the iris / iridology data collation unit 61.

On the other hand, the memory card 81 is inserted into the card reader / writer 83 by the person to be diagnosed who owns it or by a doctor or the like received from the person to be diagnosed, and the iris / iridology data registration unit 62 The iris data and the iridology data registered in the. The read iris data and the iridological data are compared with the iris / iridological data collating unit 61.
Sent to

Iris / Iridology data collation unit 61
Then, the iris data (iridology data) acquired by the iris data acquisition unit 3 is compared with the iris data and iridology data read by the card reader / writer 83 in the same manner as in the first embodiment. If necessary, the comparison is made with the diagnostic idler data read from the diagnostic idler data registration unit 53. The collation and diagnosis results are output from the collation result output unit 6 as in the first embodiment.

It is desirable that the registration and management issuance of the memory card 81 be performed by a dedicated system so that it can be used at any facility having a system that can operate the card reader / writer 83.

<Effect of Specific Example 4> According to the specific example 4, in addition to the effects described in the specific example 1, there is also an effect that the security of various data of the person to be diagnosed can be ensured and the privacy can be protected.

[Brief description of the drawings]

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

FIG. 2 is a flowchart illustrating a process of registering iris / iridology data in the above system.

FIG. 3 is a flowchart for explaining a comparison process of iris / iridology data.

FIG. 4 is an explanatory diagram of an example of an idle log chart used for a health check by the system of the present invention.

FIG. 5 is a flowchart for explaining a health check determination process in a health check using the above-mentioned Iridology chart.

FIG. 6 is a block diagram showing a specific example 2 of the system of the present invention.

FIG. 7 is a block diagram showing a specific example 3 of the system of the present invention.

FIG. 8 is a block diagram showing Example 4 of the system of the present invention.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Camera 10 System main body 2 Iris 20 Illumination 3 Iris data acquisition part 4 Iris / Iridology data registration control part 40, 40a1, 40a2, 40a3, 40b1, 40
c1 terminal 41 iris data collating unit 42 iris data registering unit 50 premises network 51 iridological data collating unit 52 iridological data registering unit 53 diagnostic iridological data registering unit 6 collation result output unit 61 iris / iridology Data (iris data / iridological data) collating unit 62 iris / iridological data (iris data / iridological data) registering unit 81 memory card 83 card reader / writer 100 host computer 101 communication line A1, A2 hospital B1 hospital related Facility C1 Medical Data Registry

Claims (3)

[Claims] 1. An iris data acquisition unit for acquiring iris data from an iris pattern photographed by the camera, an iris data registration unit for registering iris data from the iris data acquisition unit for each person to be acquired. An iridology data registration unit for registering the iris data from the iris data acquisition unit as iridology data for each of the subjects, and a diagnosis irid for performing analysis and diagnosis by iridology from the iridology data. A diagnostic iris log data registration unit for registering log data, and a user of the raw iris data obtained by comparing raw iris data from the iris data acquisition unit with iris data registered in the iris data registration unit. An iris data collating unit that identifies the Iridology data based on the raw iris data of the acquirer, the iris data registered for the iris data registration unit for that person, and the diagnosis iris log registered for the diagnosis iridology data registration unit. An idler data collating unit for collating at least one of the data with the idrological data and performing a health check of the person; And a terminal for performing registration and management operations of the data. 2. The iris / iridology medical examination management system according to claim 1, wherein a plurality of terminals are provided, and all or a part of each data registration unit is located at a position distant from each terminal via a communication line. An iris / iridology health examination management system, wherein data registered and connected to the registration unit is centrally managed by a computer which can be operated by each terminal and is a higher-level device of each terminal. 3. The iris / iridology medical examination management system according to claim 1, wherein the iris data registration unit and the iridology data registration unit are provided in a portable storage medium. The data transfer to and from each unit other than the above is performed by a reader / writer of the storage medium.