KR20020078225A - System and method for diagnosing remotely using iris, sclera, retina information and strorage media having program source thereof - Google Patents

Abstract

PURPOSE: A remote diagnosis service system and method is provided to enable a user to take a picture of an eyeball, to receive data on the eyeball, namely data on the iris, the pupil and the retina, to analyze the data on the eyeball for checking a health state of the user, and to offer the health state data to the user over a network. CONSTITUTION: The method comprises steps of receiving a picture-taking request signal from a picture-taking terminal(S100), transmitting an identification number to the picture-taking terminal and storing the identification number at an identification number management database(S110), receiving the identification number and data on the eyeball whose picture is taken by the picture-taking terminal(S120), analyzing the received data on the eyeball and storing the identification number and the analysis result at a user management database(S130), enabling the user to input the identification number at a user terminal for receiving the health data(S140), then checking if the input identification number is normally approved(S150), transmitting an error message to the user terminal in a case that the input identification number is not approved(S155), and transmitting the health state data, extracted from the user management database, to the user terminal(S160).

Description

Remote medical system and method using iris, pupil, and retina information and recording medium storing program source thereof

The present invention relates to a telemedicine system and method using iris, pupil, retina (hereinafter referred to as 'eye') information, and a recording medium storing a program source thereof.

More specifically, the remote control using the iris, pupil, retina information that receives the user's eye information captured by the photographing terminal through a communication network, and analyzes, and provides the user with information on the health status of the user according to the analysis result It relates to a recording medium storing a treatment system and method and a program source thereof.

With the rapid increase in the use of Internet communication, various IT (Informaion Technology) technologies have been developed through the Internet communication network, allowing remote medical care through video communication with a doctor through a terminal connected to the communication network without going directly to a medical institution. . However, such remote medical care can only accurately determine the state of health of the user only by talking to the user, and thus, accurate diagnosis cannot be made, and the scope of diagnosis can be limited.

Accordingly, the necessity of a telemedicine system that can diagnose a user's health state more accurately by analyzing photographed information by photographing a part of a user's body part has emerged.

The present invention has been made to solve the above problems, the present invention analyzes the user's photographed iris, pupil, retinal information to inform the user of the health state of the user, so that the user knows the health state without going to the medical institution The purpose of the present invention is to provide a remote medical system and method using iris, pupil, and retinal information to support the information, and a recording medium storing the program source.

In order to achieve the above object, according to an embodiment of the present invention, when photographing a body part in one or more photographing terminals and transmitting the photographed information to a telemedicine server through a communication network, the telemedicine server analyzes the photographing information. In the remote care system that provides the user with information on the health status of the user according to the information analyzed, the remote care server, the user through the photographing terminal, the iris, pupil, retina (hereinafter referred to as 'eye') ) To transmit the unique number assigned to each user to the photographing terminal, and receiving the eye photographing information and the unique number of the user from the photographing terminal and providing the analysis result according to the eye photographing information to the user. Provides a remote medical care system using information on the iris, pupil, and retina.

In order to achieve the above object, according to an embodiment of the present invention, when at least one photographing terminal photographs a body part and transmits photographed information to a telemedicine server through a communication network, the photographing information is transmitted from the telemedicine server. A remote medical service providing method for providing a user with information on a user's health condition according to the analyzed information, the method comprising: (a) a unique number assigned to each user when the user intends to photograph the eye through the photographing terminal; Iris, pupil, retinal information, characterized in that it comprises the step of transmitting to the photographing terminal, receiving the eye photographing information and the unique number of the user from the photographing terminal and providing the analysis result according to the eye photographing information to the user It provides a remote medical service providing method using.

In order to achieve the above object, according to another embodiment of the present invention, when photographing a body part in one or more photographing terminals and transmitting the photographed information to a telemedicine server through a communication network, the photographing information is transmitted from the telemedicine server. In a recording medium storing a program for a remote medical service providing method for providing a user with information on a user's health status according to the analyzed information, (A) a user to photograph the eye through the recording terminal And transmitting the unique number assigned to each user to the photographing terminal, receiving the eye photographing information and the unique number of the user from the photographing terminal, and providing the analysis result according to the eye photographing information to the user. Remote medical care service room using iris, pupil, and retina information A program for providing a recording medium stored.

1 is a schematic configuration diagram of a remote medical care system using the iris, pupil, retinal information of the present invention

2 is a configuration diagram of a photographing terminal that is a part of FIG. 1;

3 is a configuration diagram of a remote care server which is a component of FIG. 1;

4 and 5 are views for explaining the state of health according to the pupil taken

6 is a flowchart illustrating a method for providing a remote medical care service using iris, pupil, and retina information of the present invention.

<Explanation of symbols for the main parts of the drawings>

2: communication network

10: shooting terminal 11: unique number receiving unit

12: image input unit 12a: light source supply unit

12b: pupil guidance means 13: photographing information and unique number transmission unit

14: output unit 15: iris pattern character management unit

16: Key input 17: Shooting information DB

18: Character Information DB

20: remote care server 21: unique number management module

22: eye information analysis module 23: health information providing module

24: outpatient care support module 25: unique number information DB

26: analysis information DB 27: user information DB

30: user terminal

40: treatment center server

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Hereinafter, a remote medical care system and method using the iris, pupil, and retinal information (hereinafter, referred to as 'eye') and the computer program of the present invention, a plurality of shooting terminals are connected to a communication network and are photographed through the shooting terminals. According to a preferred embodiment of the present invention, a computer network system in which a telemedicine server that receives received eye information and provides analyzed information to a user is connected to the communication network.

In addition, the preferred embodiment of the present invention includes embodiments such as a computer system and a computer program product programmed to execute the method of the present invention. According to an embodiment of the computer system, a set of instructions relating to a computer program source designed to execute a telemedicine method using the iris, pupil, and retina information resides in one or more memories (RAM), and the set of instructions It can be stored as a computer program product on a recording medium such as, for example, a hard disk, until needed by the system.

1 is a schematic configuration diagram of a remote medical care system using iris, pupil, and retinal information of the present invention, and FIGS. 2 and 3 are schematic diagrams of a photographing terminal and a remote care server, which are some components of FIG. 1.

Referring to FIG. 1, the remote medical care system using the iris, the pupil, and the retina information of the present invention has one or more photographing terminals 10 and a remote medical care server 20 connected to a communication network 2, and a user. Is connected to the user terminal 30 and the treatment center server 40 that can be provided with the diagnosis result.

First, the photographing terminal 10 is preferably installed in a place where users can easily contact. In particular, it may be effective to allow users to use the photographing terminal 10 during a waiting time by installing at a place where a long time should be waited for processing a task such as a general public place, a pharmacy, a lounge, a hot spring, a bank, a convenience store, a bookstore, and the like. .

Referring to FIG. 2, the photographing terminal 10 includes a unique number receiving unit 11 for receiving a unique number from a remote medical treatment server 20, an image input unit 12 for photographing an eyeball of a user, and the image input unit ( 12) the photographing information and the unique number transmitting unit 13 for transmitting the eye information and the unique number received from the remote medical care server 20 to the remote medical care server 20, the communication network 2 Of course, the communication interface (not shown) is included because data must be transmitted / received.

In addition, the photographing terminal 10 prints a homepage address and / or a photographed iris graphic image for providing the user with a unique number and the unique number, and provides the user with information about the state of health of the user. It further includes an output unit 14 to.

The output unit 14 is generally equipped with a printer.

When the user generates a shooting start request signal for starting eyeball shooting by operating the key input unit 16 included in the shooting terminal 10, the shooting start request signal is transmitted to the remote medical care server 20. The remote treatment server 20 transmits one unique number from the unique number information DB 25 to the photographing terminal 10 to which the photographing start request signal is transmitted.

The unique number is a number assigned to identify each user when a user photographed through the photographing terminal 10 is subsequently provided with information on a state of health. The photographing terminal 10 receives one or more unique numbers from the remote medical server 20 and stores them in a DB (not shown) to detect one from the DB and give them to the user when a photographing start request signal is generated. Whenever the shooting start request signal is generated, there is a method of transmitting the shooting start request signal to the remote medical care server 20 and assigning a unique number received from the remote medical care server 20 to the user.

The image input unit 12 includes a light source supply unit 12a that irradiates an infrared ray and visible light to an object (a user) at the time of photographing, and pupil inducing means 12b for inducing the movement of the pupil to photograph the user's eye in various directions. do.

Conventional iris cameras have a problem that light is irradiated only in a certain direction when shooting, and comprehensive shooting using visible light and infrared light is not made, and an accurate degree of bending is not clearly known. Because of the mobilization of instruments and other equipment there is a costly problem.

However, the image input unit 12 of the photographing terminal 10 applied to the present invention takes a photograph in several stages.

In particular, the photographing terminal 10 is usually installed in a predetermined partition (shooting place) so as to block the external light to some extent. In the shooting place, the light source supply unit 12a changes the brightness of the light step by step. In the first shooting, the lighting is removed to completely darken the shooting place, and in the second shooting, the lighting is gradually brightened. do. The first photographing and the second photographing information are stored in the photographing information DB 17.

The light source supply unit 12a moves the illumination from the left to the right or from the right to the left during the second photographing, in order to capture the change of the blood vessel state and the curvature of the left and right pupil pattern.

In addition, the image input unit 12 of the photographing terminal 10 further includes a pupil inducing means 12b. When the pupil inducing means 12b moves from one side to the opposite side, the pupil of the user moves the pupil inducing means ( As you move along 12b), you can take a sign of the sclera.

In this case, the first photographing is a front photographing, and photographed by irradiating infrared light from the light source supply unit 12a, and the second photographing is photographed by irradiating visible light from the light source supply unit 12a.

The pupil inducing means 12b is a light for guiding the user's eyes, and when the pupil inducing means 12b moves from 0 degree to 180 degrees during the second photographing, the video information and 0 degrees 10 degrees 20 degrees Information photographed in the direction of 30 degrees .... 180 degrees is sequentially stored in the photographing information DB 17.

During the second shooting, the light source supply unit 12a emits visible light gradually from weak light to strong light. The reason for this is that the condition of the disease is changed according to the nerve response, so that the photographing information when the pupil is contracted or expanded. May serve as important information in diagnosing spinal nerve test.

As described above, the photographing information photographed by various processes is stored in the photographing information DB 17. At this time, the photographing information is stored in correspondence with a unique number, and the telemedicine server 20 through the photographing information and the unique number transmitting unit 13. Is sent.

The photographing terminal 10 further includes an iris pattern character manager 15 and a key input unit 16. The pattern of the iris is varied, and each person has its own characteristics. The iris pattern character manager 15 characterizes the photographed iris pattern into a flower pattern, a root stem pattern, a sun pattern, a leaf pattern, and provides the user with the character. In the character information DB 18, the photographed iris pattern and the character pattern which characterizes each pattern are corresponded and stored, and the character information is provided at the request of the user.

When the user transmits the character request signal through the key input unit 16, the character is output through the output unit 14 together with the unique number and the homepage address.

The user can keep the character corresponding to his or her iris information by carving the output character shape into weights such as necklaces and bracelets.

Referring to FIG. 3, the remote medical server 20 photographs a unique number management module 21 for transmitting a unique number to be assigned to a user to a photographing terminal 10 to which a photographing start request signal is transmitted, and photographed eyeball information. Eye information analysis module 22 for receiving and analyzing from the terminal 10 and the health information providing module 23 for providing the analyzed health information to the user.

The unique number management module 21 includes a unique number information DB 25 and, as described above, transmits the unique number to the photographing terminal 10 in real time or distributes one or more unique numbers to each photographing terminal 10. Can be.

The eyeball information analysis module 22 analyzes the photographing information transmitted from the photographing terminal 10 through the analysis information DB 26.

First, comparing the degree of contraction between the pupil (the pupil) and the sclera can identify acute and subacute and chronic diseases.In particular, various shapes of the pupil compress the part of the spinal nerve by abnormal neurons or nerves. Or sympathetic excitement, adrenaline secretion, drug addiction, and the like. In this case, the shape of the pupil is identified by the illumination using the light and the surrounding contrast and design the appropriately deformed Hanning window function (circular + Hanning window function) and then Inverse Fourier transform by multiplying the Fourier transform value of Equation 1 by the Fourier transform value of the inverted result of the original image, it is possible to find the center of the pupil at once in the entire image.

When the center shape of the pupil is an ellipse, the xy orthogonal plane is converted to the r-θ plane, and the outline of the pupil is found by using the least square method (the data is directly input and calculated on the fly). It is possible to make data of all the pupil shapes.

[Equation 1]

Another method is to set (b) any two points on the pupil boundary with respect to the acquired pupil image (a) and name each of them S (x_1, s_2) and E (x_2, y_2), and the two points A vertical bisector is drawn on a straight line connecting S and E so that the point of intersection with the arc SE is C (x_3, y_3), and the center of the circle I (x_0, y_0) is defined by the following equation 2].

[Equation 2]

Then, the center points of the plurality of circles are extracted along the pupil boundary, and the center points of the circle whose radius is within the constant class range from the center points of the plurality of circles are x_0i, y_0i to the i th circle of the i th circle. Center) to determine the weighting centers of the pupils (x_p, y_p) as shown in Equation 3 below.

[Equation 3]

Secondly, from the weighting centers of the pupils (x_p and y_p), Equation 5 and Equation 6 are obtained through Equation 4 below, and a new center is determined. Equation 6] is repeated several times to determine the final pupil center from the boundary of the pupil.

[Equation 4]

[Equation 5]

Where x_pm is , y_pm is ,

[Equation 6]

In addition, the eyeball information analysis module 22 calculates an iris boundary from a formula for specifying the pupil boundary, calculates an iris center from a formula for determining the pupil center, and obtains suitable iris boundary points obtained as a result of each calculation. The iris radius is calculated by averaging the distance from the center of the iris to each boundary point.

The retina can find out the short-term and long-term health status through blood vessels and colors. The retina receives vein pattern images of the retina and generates data using a CCD sensor or an IR sensor. The input vein pattern is converted into the frequency domain to use the texture, which is a unique pattern appearing in the frequency domain. In other words, the retina is reconstructed without additional work such as segmentation or sessionization of the original image data with a threshold value (analytic method that calculates the time or cost required for the work by drawing a complex work at each work step using a computer). By using the vein pattern image as a gray level image, the maximum possible information is utilized.

In order to achieve the above object, an automatic setting step of a processing area for an input image, a fast Fourier transform step for a set processing area, and a block and texture feature extraction step in the transformed frequency domain are performed. The pattern is analyzed by converting the retinal vein pattern image into a frequency domain and forming a feature waveform by dividing the texture in the frequency domain into small blocks and extracting basic features.

Looking at the health state according to the shape of the pupil with reference to Figures 4 and 5 as follows.

If the shape of the pupil is cut off, as shown in Fig. 4a), there is a possibility of cervical spinal subluxation 1, headache, migraine, nervousness, insomnia, unstable blood pressure, dizziness, depression, fatigue, nervous breakdown. Phenomena, likelihood of suicide and inability to erect men.

On the left side of Fig. 4A), the pupil of the left eye represents the pupil of the right eye.

If the shape of the pupil taken is cut in the lower (base) central part as shown in Fig. 4b), there is a possibility of lumbar subluxation, discharge is very weak, headache, flat foot, lower extremity glaze, joint, prostate problem, Symptoms of uterine bleeding, ovarian tumors, etc.

If the shape of the pupil is cut off as shown in Figure 4c), there is a possibility of cervical spine 1-3 and thoracic spine 1, 8 subluxation, vision impairment, digestive problems, tumors of the thymus It appears in the right pupil, it shows the state of congestion of the liver, and the shape of the upper nose of the left pupil is cut off, indicating the imbalance of hormone.

When the shape of the taken pupil is cut in the lower nasal direction as shown in FIG. 4D), there is a possibility of subluxation of the lumbar spine and the lumbar spine, gynecological diseases and sexual disorders appear, and bladder weakness, arthritis, and rheumatism.

If it appears only on the right side, there are problems such as prostate and impotence, and when it appears only on the left pupil, it indicates weakness of the bladder and sexual over-excitation.

When the shape of the pupil taken is cut in the direction of the upper temporal bone as shown in Figure 4e), there is a possibility of cervical spine 1-5 subluxation, showing the possibility of hearing impairment, mental deafness, tumor of the cerebral hearing site. Aneurysms or benign glioma (tumors consisting of tissues expressing the stage of neuroglial development) often occur.

If the shape of the pupil is cut off in the direction of the lower temporal bone as shown in Fig. 4f), there is a possibility of subluxation of thoracic vertebrae 1-4, 6, and 7, arm and shoulder weakness, muscle spasm, and digestive system disorders. The back appears and the right pupil only means swelling, and only the left side indicates the weakness of the heart and diaphragm.

If the shape of the pupil is cut off in the middle nasal direction as shown in Fig. 4g), there is a possibility of subluxation of cervical spine 1 and thoracic spine 1-4, asthma, bronchitis, heart attack, lung weakness, and nervous gastroenteritis. And so on. Difficulty breathing with mental disorders is also present. If only appears in the right pupil means hysteria (histeria), the shape of the middle nasal cavity of the left pupil is cut to indicate the disease of the lungs, heart.

If the shape of the pupil taken is cut in the direction of the central temporal bone as shown in Figure 4h) there is a possibility of subluxation of thoracic spine 3-7, suggesting breathing, spinal weakness, heart and circulation weakness and spasms. The weakness of training also appears.

When the shape of the pupil taken is a form in which the temporal bone and the nose are cut off (church bell tower type) as shown in FIG.

If the shape of the pupil taken is a shape in which the lower temporal bone and the nasal direction are cut as shown in FIG. 4J), it is considered to be formed at severe sexual dysfunction due to syphilis.

FIG. 5 illustrates a case where the pupil has an elliptical shape, and when the shape of the photographed pupil is an ovary in which the right pupil is inclined to the left as shown in FIG. 5A, neurological asthma, bronchial problems, and the like appear.

When the shape of the photographed pupil is an oval shape in which only the left pupil is inclined, as shown in FIG. 5B, muscle pain, spinal cord neuropathy, pituitary gland, and thyroid dysfunction appear.

If the shape of the pupil is a vertical ovoid, as shown in Figure 5c) there is a high possibility of depression, circulatory disease, suicide attempts, according to Dr. Joseph Tech.

If the shape of the pupil is a horizontal ovary as shown in Figure 5d) there is a high risk of thyroid dysfunction, cerebral bleeding or infarction.

When the shape of the pupil taken is an ovate with both sides tilted to the right as shown in FIG. 5E), symptoms such as cerebellar abnormality, equilibrium center stimulation, urinary-genital disease, and right paralysis appear.

If the shape of the pupil is ovate with both sides inclined to the left as shown in FIG. 5F), there is a possibility of left paralysis, sexual dysfunction, abnormal sexual life potential, and stroke.

When the shape of the pupil taken is an ovary in which both sides are inclined in opposite directions as shown in FIG. 5G, brain seizures occur, muscle cramps, and anxiety.

If the shape of the pupil is ovate with both sides inclined in the same direction as in Fig. 5h), weakness of the lower limbs, muscle spasms occurring at the bottom of the hip, thyroid or parathyroid dysfunction appear.

When the shape of the pupil taken is in the form of inverted water droplets as shown in FIG. 5I, organs such as the stomach, the large intestine, the bladder, and the uterus may be sewage.

When the shape of the pupil taken is cut as in the upper temporal bone and the lower nose as shown in FIG. 5J, there is a possibility of weak sexual function or premature erectile dysfunction.

Health information such as the data regarding the shape of the pupil and symptoms corresponding to each pupil shape are stored in the analysis information DB 26, and when the eye information photographed from the photographing terminal 10 is transmitted, the eye information The information analyzed using the analysis information DB 26 in the analysis module 22 is stored in the user information DB 27, in which case a unique number transmitted together with the eyeball information assigned to the user is stored together.

The information stored in the user information DB 27 is provided to the user at the request of the user, and the health information providing module 23 detects the user's information from the user information DB 27 at the request of the user. to provide.

The health information providing module 23 may produce and operate a homepage so that users may conveniently be provided with information on their health status.

The homepage includes an input field for the user to input a unique number, and when the user enters the unique number and clicks a button for execution, information about the state of health of the user stored in correspondence with the unique number is stored in the user information DB. It is detected at 27 and presented to the user terminal 30.

When the user wants to be diagnosed by the medical institution once again with the medical condition information presented above, when the patient requests outpatient medical treatment through the homepage, the outpatient medical care module 24 receives the eye information transmitted from the photographing terminal 10. Transfer to the outpatient treatment center server (40).

The treatment center server 40 refers to a server managed and operated by an institution such as a hospital or a clinic in partnership with the remote treatment server 20, and the treatment center server 40 is referred to as the remote treatment server ( Result information on the eye information received from 20), that is, the opinion of the attending physician is transmitted to the remote medical care server 20.

The side operating the treatment center server 40 delivers the eye information received from the remote treatment server 20 to the doctor in charge so that an accurate diagnosis can be made.

FIG. 6 is a flowchart illustrating a method for providing a remote medical care service using iris, pupil, and retina information of the present invention. Referring to FIG. 6, a process of providing medical care services to users in the remote medical care server 20 is illustrated. This will be described with reference.

First, a photographing start request signal is received from the photographing terminal 10 (S100), and a unique number is transmitted to the photographing terminal 10 which transmitted the photographing start request signal (S110). The unique number is stored in the unique number information DB (25) of the remote medical treatment server 20, the unique number management module 21 is a unique number from the unique number information DB (25) when the recording start request signal is transmitted Is detected and transmitted to the photographing terminal 10.

When the photographing is completed in the photographing terminal 10, a unique number and photographed eyeball information are transmitted from the photographing terminal 10 (S120). The eyeball information analysis module 22 analyzes the received photographing information (S130) and stores the unique number and the analyzed information in the user information DB 27.

When a unique number is input to receive the information analyzed from the user terminal 30, that is, information on a health state (S140), it is determined whether the inputted unique number is a unique number suitable for a specified format (S150). Then, the information on the health state corresponding to the inputted unique number is detected from the user information DB 27 and provided to the user terminal 30 (S160).

If the unique number entered by the user is not suitable for the designated format, an error message is presented to the user terminal 30 (S155).

The present invention is not limited to the embodiments described above, and various modifications and changes can be made by those skilled in the art, which are included in the spirit and scope of the present invention as defined in the appended claims.

As described above, in the present invention, when the user photographs the iris, the pupil, and the retina by using the photographing terminal, the user analyzes the photographed information and provides the user with information about the state of health of the user. Not only can reduce the hassle of doing, but also can provide convenience to the user.

Claims (32)

When at least one photographing terminal photographs a body part and transmits the photographed information to a telemedicine server through a communication network, the telemedicine server analyzes the photographing information to provide information on the health status of the user according to the analyzed information. In the remote medical care system to provide, The remote medical care server, When the user wants to photograph the iris, pupil, and retina (hereinafter referred to as 'eye') through the photographing terminal, a unique number assigned to each user is transmitted to the photographing terminal, and the user's eye photographing information from the photographing terminal. Remote medical system using the iris, pupil, retina information, characterized in that to receive a unique number and provide the analysis results according to the eye shooting information to the user. The method of claim 1, wherein the telemedicine server, Unique number management module for transmitting a unique number to the shooting terminal when the eye shooting start request signal from the shooting terminal; An eyeball information analyzing module for analyzing the eyeball shooting information when the eyeball shooting information and the unique number are transmitted from the photographing terminal; The health information providing module provides the health status information to the user requesting the health status information of the user analyzed by the eye information analysis module, and receives the unique number from the user and provides the health status information corresponding to the unique number. Telemedicine system using the iris, pupil, retina information, characterized in that. The method of claim 2, wherein the eyeball information analysis module, Telemedicine system using iris, pupil, retinal information, characterized in that it comprises an analysis information DB stored in correspondence with the pattern appearing in the fiber tissue of the iris and the health status information according to the characteristics of the pattern for the analysis of the eye information . According to claim 2 or 3, wherein the unique number management module, Remote medical system using the iris, pupil, retina information, characterized in that to transmit a plurality of unique numbers to each of the recording terminal before the recording start request signal from the recording terminal. The method of claim 1 or 2, wherein the telemedicine server, Remote medical care system using the iris, pupil, retinal information, characterized in that it further comprises an outpatient care support module for transmitting the eye shooting information to the treatment center to receive the treatment result from the treatment center at the request of the user . The method according to any one of claims 1 to 3, When the user inputs the unique number assigned to the eye when the photographing terminal in the photographing terminal receives the user's health status information corresponding to the unique number from the remote treatment server further comprises a user terminal for presenting to the user Telemedicine system using intraocular, pupil, and retinal information. The method of claim 4, wherein When the user inputs the unique number assigned to the eye when the photographing terminal in the photographing terminal receives the user's health status information corresponding to the unique number from the remote treatment server further comprises a user terminal for presenting to the user Telemedicine system using intraocular, pupil, and retinal information. The method of claim 5, When the user inputs the unique number assigned to the eye when the photographing terminal in the photographing terminal receives the user's health status information corresponding to the unique number from the remote treatment server further comprises a user terminal for presenting to the user Telemedicine system using intraocular, pupil, and retinal information. The method of claim 2, wherein the telemedicine server, Unique number information DB for storing a plurality of unique numbers; And a user information DB storing the unique number received from the photographing terminal and the eye photographing information and health state information of the user corresponding to the unique number. The method according to claim 1 or 2, wherein the photographing terminal, A unique number receiving unit which transmits the eye photographing start request signal to the telemedicine server according to a user's eye photographing request and receives a unique number from the telemedicine server and presents it to the user; An image input unit for photographing the eyeball of the user; Telemedicine system using the iris, pupil, retina information, characterized in that it comprises a photographic information and the unique number transmitting unit for transmitting the photographed eye information and unique number to the remote medical server. The method of claim 10, wherein the image input unit, A light source supply unit which irradiates an infrared ray and visible light to an object (a user) during imaging; Telemedicine system using the iris, pupil, retinal information, characterized in that it comprises a pupil inducing means for inducing the movement of the pupil to photograph the user's eye in various directions. The method of claim 10, wherein the photographing terminal, Remote medical system using the iris, pupil, retina information, characterized in that it further comprises an output unit for outputting the homepage address and / or photographed iris graphic image providing the unique number and health status information given to the user. The method of claim 10, wherein the photographing terminal, Character information DB that characterizes unique patterns of various iris patterns and stores them in correspondence with the iris patterns; And Using the iris, pupil, retina information, characterized in that it further comprises an iris pattern character management unit for detecting the character information according to the iris pattern photographed at the request of the user from the character information DB to be output by the output unit Telemedicine system. The method of claim 11 or 12, wherein the photographing terminal, Character information DB that characterizes unique patterns of various iris patterns and stores them in correspondence with the iris patterns; And Using the iris, pupil, retina information, characterized in that it further comprises an iris pattern character management unit for detecting the character information according to the iris pattern photographed at the request of the user from the character information DB to be output by the output unit Telemedicine system. When at least one photographing terminal photographs a body part and transmits the photographed information to a telemedicine server through a communication network, the telemedicine server analyzes the photographing information to provide information on the health status of the user according to the analyzed information. In the remote medical service providing method to provide, (a) when a user wants to photograph the eyeball through the photographing terminal, transmits a unique number assigned to each user to the photographing terminal, and receives the eye photographing information and the unique number of the user from the photographing terminal; Telemedicine service providing method using the iris, pupil, retina information, characterized in that it comprises the process of providing the analysis results to the user. The method of claim 15, wherein the (a) process, (a1) transmitting a unique number to a corresponding photographing terminal when an eye photographing start request signal is generated from the photographing terminal rotor; (a2) analyzing the eyeball photographing information when the eyeball photographing information and the unique number are transmitted from the photographing terminal; (a3) providing the health state information to the user requesting the health state information of the user analyzed above, and receiving a unique number from the user and providing health state information corresponding to the unique number Remote medical care service method using the iris, pupil, retina information. The method of claim 16, wherein (a2) is, Telemedicine service using iris, pupil, and retina information characterized by analyzing eye photographing information using an analysis information DB stored in correspondence with a pattern appearing in the iris fiber tissue and health state information according to the characteristic of the pattern How to Provide. The method of claim 15 or 16, wherein the step (a), (a4) Remote medical service using the iris, pupil, retina information characterized in that it further comprises the step of transmitting the eye photographing information to the treatment center at the request of the user to receive the treatment result from the treatment center How to Provide. The method of claim 16, wherein (a2) is, Method for providing a remote medical service using the iris, pupil, retina information, characterized in that for storing the unique number received from the photographing terminal and eye shooting information and health state information of the user corresponding to the unique number in the user information DB. The method according to claim 15 or 16, (b1) transmitting the eye photographing request signal to the telemedicine server according to a user's eye photographing start request signal and receiving a unique number from the telemedicine server and presenting it to the user; (b2) photographing the eyes of the user; (b3) Remote medical service providing method using the iris, pupil, retina information comprising the step of transmitting the photographed eye information and the unique number to the remote treatment server. The method of claim 20, wherein (b2) is, (b2-1) irradiating infrared and visible light to the object (user) during the imaging; (b2-2) Remote medical service providing method using the iris, pupil, retina information comprising the step of inducing the movement of the eye to photograph the user's eye in various directions. The method of claim 20, (b4) Providing a remote medical service using the iris, pupil, and retina information further comprising the step of outputting a homepage address and / or a photographed iris graphic image that provides the unique number and health status information assigned to the user. Way. The method of claim 22, (b5-1) characterizing unique patterns of various iris patterns and storing the iris patterns in character information DBs corresponding to the iris patterns; (b5-2) Remote medical service providing method using the iris, pupil, retina information characterized in that it further comprises the step of detecting and outputting the character information according to the iris pattern photographed at the request of the user from the character information DB . When at least one photographing terminal photographs a body part and transmits the photographed information to a telemedicine server through a communication network, the telemedicine server analyzes the photographing information to provide information on the health status of the user according to the analyzed information. In the recording medium storing the program for the remote medical service providing method to provide, (A) When a user wants to photograph the eyeball through the photographing terminal, transmits a unique number assigned to each user to the photographing terminal, and receives the eye photographing information and the unique number of the user from the photographing terminal. A recording medium storing a program for a remote medical service providing method using the iris, pupil, retinal information, characterized in that it comprises a process for providing the analysis results to the user. The process of claim 24, wherein the process (A) (A1) a process of transmitting a unique number to a corresponding photographing terminal when an eye photographing start request signal is generated from the photographing terminal; (A2) analyzing eyeball shooting information when the eyeball shooting information and the unique number are transmitted from the photographing terminal; (A3) providing the health state information to the user requesting the health state information of the user analyzed in the above, and receiving a unique number from the user, comprising the process of providing health state information corresponding to the unique number Recording medium storing a program for providing a remote medical care service using the iris, pupil, retina information. The process of claim 25, wherein the (A2) process, Telemedicine service using iris, pupil, and retina information characterized by analyzing eye photographing information using an analysis information DB stored in correspondence with a pattern appearing in the iris fiber tissue and health state information according to the characteristic of the pattern Recording medium that stores the program for the provision method. The process of claim 24 or 25, wherein the process (a) (A4) Remote medical service using the iris, pupil, retinal information, characterized in that it further comprises a process for transmitting the eye photographing information to the treatment center to receive the treatment result from the treatment center at the request of the user Recording medium that stores the program for the provision method. The process of claim 25, wherein the (A2) process, Method for providing a remote medical service using the iris, pupil, retina information characterized in that the unique number received from the photographing terminal and the eye shooting information and health state information of the user corresponding to the unique number is stored in the user information DB. Recording medium where program is stored. The method of claim 24 or 25, (B1) a process of transmitting the eye photographing start request signal to the telemedicine server according to a user's eye photographing start request signal and receiving a unique number from the telemedicine server and presenting it to the user; (B2) the process of photographing the eyeballs of the user; (B3) a recording medium storing a program for a remote medical service providing method using iris, pupil, and retina information, comprising the process of transmitting the photographed eye information and the unique number to the remote treatment server. The method of claim 29, wherein the (B2) process, (B2-1) a process of irradiating the object (user) with infrared light and visible light during imaging; (B2-2) A recording medium storing a program for a method for providing a remote medical service using iris, pupil, and retina information, comprising a process of inducing the movement of the pupil to photograph the eyeball of the user in various directions . The method of claim 29, (B4) providing a remote medical care service using iris, pupil, and retina information, further comprising a process of outputting a homepage address and / or a photographed iris graphic image providing a unique number and health status information assigned to a user; The recording medium storing the program for the method. The method of claim 31, wherein (B5-1) a process of characterizing unique patterns of various iris patterns and correspondingly storing the iris patterns in the character information DB; (B5-2) The remote medical service providing method using the iris, pupil, retinal information, characterized in that it further comprises a process for detecting and outputting the character information according to the iris pattern photographed at the request of the user from the character information DB The recording medium storing the program for.