KR20020062904A - Self diagnostic apparatus and remote diagnostic system and method using the apparatus - Google Patents

Abstract

PURPOSE: A self diagnosis apparatus and remote diagnosis system and method is provided to enable a user to easily measure a body temperature, a pulse, a blood pressure, a blood sugar, an electrocardiogram and a body fat by attaching a corresponding measurement device on, to transmit the measured body data to a connected computer or clinic, and to enable the clinic to diagnose the user at a remote place while remotely controlling the self diagnosis apparatus. CONSTITUTION: The apparatus comprises a measurer connector(4), a menu operation module(6), a display(8), a memory(10), a communication module(12), a remote controller(14) and a controller(16). The measurer connector(4) attachably connects to body data measurer for measuring a body temperature, a pulse, a blood pressure, a blood sugar, an electrocardiogram and a body fat, a microphone for consulting with a doctor, an electronic stethoscope and a camera for observing a skin or an oral cavity. The menu operation module(6) includes operation keys for operating each measurer, the microphone and the camera or outputting the measured data stored at the memory(10). The operation method for the keys can be checked on the display(8). The display(8) displays instructions needed for measuring the body data, and the measured body data. The memory(10) stores the measured data. The communication module(12) connects to a user computer, transmits the stored measured data to a server of a clinic or receives various control signals from the user computer. The remote controller(14) enables the clinic to control each measurer connected to the measurer connector(4), and to receive real time body data according to an operation of the clinic for performing a remote diagnosis for the user at a remote place.

Description

Self diagnostic apparatus and remote diagnostic system and method using the apparatus

The present invention relates to a self-checking device that can measure the health of a person, and more specifically, the user can easily connect the biometric information such as body temperature, pulse rate, blood pressure, blood sugar, electrocardiogram, body fat, etc. The present invention relates to a self-test apparatus capable of measuring.

In addition, the present invention relates to a remote medical care system and a medical treatment method using a self-examination device that allows a medical institution connected online to remotely control a self-examination device and receive and receive measured biometric information.

In general, in order to receive medical care, a patient must visit a hospital in person and meet with a doctor to receive various medical care. However, since the hospital's office hours coincide with those of the office workers, office workers who are connected to the workplace often do not visit the hospital and go to the hospital after the disease progresses. In addition, if there are no hospitals in condominiums, highway rest areas, aircrafts and ships at a distance, patients who originate in these places have to take a painful body and go to a hospital at a distance, which places a lot of time and space restrictions.

In order to solve this problem, the doctor inquiries using the bulletin board or e-mail, etc., and the doctor's treatment method were operated on the Internet. However, there is still a problem that such a treatment method is difficult for a computer or a complicated device to be used by an elderly person who does not know the computer and the Internet, and because the doctor cannot clearly understand the patient's condition, there is still a problem of not being able to perform professional care. It was.

On the other hand, when a doctor examines a patient, biometric information such as body temperature, pulse rate, blood pressure, blood sugar, electrocardiogram, and body fat is essential.However, in order to measure such biometric information, it may be checked only at a place where predetermined medical equipment is installed. There was a disadvantage.

The present invention has been made in order to solve the above problems, the object of the present invention can be easily measured by connecting the detachable biometric information, such as the body temperature, pulse, blood pressure, blood sugar, electrocardiogram, body fat of each measuring device The present invention provides a self-test apparatus.

Another object of the present invention is to provide a self-examination apparatus which is remotely controlled from a computer connected to the self-examination apparatus or a medical institution connected online, and provides the measured biometric information to the connected computer or the medical institute.

Another object of the present invention is to provide a user's health status by receiving biometric information such as body temperature, pulse rate, blood pressure, blood sugar, electrocardiogram and body fat checked in the self-examination apparatus by using a computer connected to the self-examination apparatus. It is to provide a self-check system that can be managed continuously.

Still another object of the present invention is to provide a remote medical system and a medical treatment method for allowing a medical institution to remotely control a self-examination device by remotely controlling the self-examination device by connecting to a self-examination device or a user's computer connected online. have.

1 is a perspective view of a self-checking device according to an embodiment of the present invention.

2 is a block diagram of a self-test apparatus according to an embodiment of the present invention.

3 is a block diagram of a member computer in accordance with the present invention.

4 is a block diagram of a remote diagnosis system according to the present invention.

5 is a block diagram of a medical server according to the present invention.

6 is a block diagram of a medical institution according to the present invention.

7 is a flowchart illustrating a self-examination process using a member computer according to an embodiment of the present invention.

8 is a flowchart illustrating a remote diagnosis process according to an embodiment of the present invention.

Figure 9a is a medical examination screen of the member computer according to an embodiment of the present invention.

Figure 9b is a medical examination screen of a medical institution according to an embodiment of the present invention.

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

2: Self-checking device 4: Meter connection part

6: menu operation unit 8: display unit

10 memory unit 12 communication unit

14: remote control unit 16: self-test device control unit

20: member computer 22: self-test device connection

24: self-test device control unit 26: Internet communication unit

28: video and voice management unit 30: medical server

32: member management module 34: medical institution management module

36: video sound management module 38: biometric information management module

40: payment module 42: communication module

In order to achieve the above object, the self-examination apparatus of the present invention includes a biometric information measuring instrument for checking biometric information such as body temperature, pulse rate, blood pressure, blood glucose, electrocardiogram, medical imaging camera, a microphone for communication with a doctor, and an electronic stethoscope. A meter connection part detachably mounted; A menu operation unit for selectively controlling the biometric information measuring instrument, a medical imaging camera, a microphone, an electronic stethoscope, and the like; A display unit for displaying the biometric information measured by the biometric information measuring device on a screen; A memory unit which stores the biometric information measured by the biometric information measurer in a biometric information DB; A communication unit connected to a wired / wireless internet communication or a member computer (PC) to transmit the measured biometric information and to receive a control signal from the member computer; When a control signal is input from the member computer connected to the communication unit, the remote control unit for allowing the member computer to control the operation of the biometric information measuring device connected to the measuring instrument connection unit, and transmits the measured biometric information in real time; And it characterized in that it comprises a control unit for controlling the flow of various data. At this time, the computer connected to the self-test device is preferably equipped with a video communication camera.

In addition, the present invention is a self-examination system consisting of a self-examination apparatus, a member computer connected to the self-examination apparatus, the member computer is connected to the self-examination apparatus and the self-examination device connecting portion for controlling the communication of various data, including biometric information; ; A self information device control unit controlling a measurement of the biometric information meter inserted into the self examination device; And a health check unit which stores the biometric information provided from the self-checking device in a biometric information DB and processes and provides the biometric information in numbers and graphics. At this time, the member computer is connected to a medical server or a medical institution through the Internet Internet communication unit for transmitting and receiving various information and the video and audio medical management unit connected to the medical institution in real time to perform remote medical consultation using a video or white board It may include.

In addition, the present invention is a remote medical system consisting of a self-checking device, a medical server receiving the biometric information received from the self-checking device by wired / wireless communication and a medical institution connected to the medical server via wired / wireless to analyze the biometric information. The medical server includes a member management module that registers a user who wants to receive a remote medical examination using a self-checking device as a member and stores and manages it in a member information DB; A medical institution management module that registers a doctor who can treat a user registered as a member in real time as a medical institution, and stores and manages the data in a medical institution DB; A payment module for storing the number or time of treatment when a member is remotely treated through a medical institution in a member information DB and calculating a payment amount accordingly; A communication module connected to a self-examination apparatus and a medical institution by wire or wireless to provide and manage biometric information, and to manage a medical institution by remotely connected to a member's self-examination apparatus or a computer through the Internet; And it characterized in that it comprises a control module for controlling the data flow between each module of the medical server.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the self-checking device according to the present invention, the Internet diagnostic system and diagnostic method using the same.

1 is a perspective view of a self-checking device according to an embodiment of the present invention, Figure 2 is a block diagram of a self-checking device according to an embodiment of the present invention, Figure 3 is a block diagram of a member computer according to the invention 4 is a block diagram of a remote diagnosis system according to the present invention, FIG. 5 is a block diagram of a medical server according to the present invention, FIG. 6 is a block diagram of a medical institution according to the present invention, and FIG. 8 is a flowchart illustrating a self-diagnosis process using a member computer according to an embodiment, FIG. 8 is a flowchart illustrating a remote diagnosis process according to an embodiment of the present invention, and FIG. 9A illustrates an embodiment of the present invention. 9 is a medical screen of a medical institution according to an embodiment of the present invention.

As shown in FIG. 1 and FIG. 2, the self-examination apparatus 2 includes a measuring instrument connection unit 4, a menu operation unit 6, a display unit 8, a memory unit 10, a communication unit 12, and a remote operation unit 14. ) And the control unit 16.

Looking at the self-examination device (2) in detail, the measuring connector (4) has a biometric information measuring the user's body temperature, pulse, blood pressure, blood sugar, etc., a microphone for consulting with an online doctor, an electronic stethoscope and a doctor A medical imaging camera (USB camera) for detaching the skin, oral cavity, etc. in detail is installed.

The menu operation unit 6 is composed of various operation keys for outputting biometric information stored in various measuring instruments, microphones, medical imaging cameras, and memory units that the user wants to check. Can be checked with The menu operator 6 may include an input key for inputting a user's name, gender, weight, height, and the like.

The display unit 8 displays instructions necessary for measuring biometric information in letters and numbers, and displays biometric information measured by various biometric information measuring instruments on a display screen. In this case, the display screen displays the biometric information individually or together with the measurement time as a whole.

The memory unit 10 stores and manages the biometric information input by the user and the biometric information measured using various biometric information measuring instruments in the biometric information DB 18.

The communication unit 12 is composed of an internet communication unit for wired / wireless internet communication and a computer communication unit for connecting to a member computer (PC), and the biological information stored in the biometric information DB 18 through an internet communication unit or a computer communication unit is It transmits to the medical server 30 or the member computer 20, and receives various control signals from the member computer. This communication unit 14 preferably uses an RS232 communication port for transmitting the measured information. In this case, when the self-examination apparatus 2 is connected to the member computer 20, the biometric information is transmitted to the member computer 20, and connected to the medical server 30 through wired / wireless internet connected to the member computer 20. To receive remote medical care.

The remote control unit 12 allows the external medical institution 50 to control the operation of the biological information measuring instrument connected to the measuring device connecting portion 4 of the self-examination apparatus 2 and the biological information measured according to the operation of the medical institution 50. It manages to send a medical examination in real time. That is, the user of the self-examination apparatus communicates with the medical institution 50 through the communication unit 12 and connects various biometric information measuring instruments to the measuring instrument connection unit 8 according to the instructions of the medical institution 50, and the self-examination apparatus 2 in the medical institution. By measuring the biometric information, the measured biometric information is transmitted to the medical institution.

The controller 16 controls the flow of various data including biometric information.

Meanwhile, as shown in FIG. 3, the member computer 20 connected to the self-examination apparatus 2 is connected to the self-examination apparatus 2 to connect the self-examination apparatus 2 to control communication of various data including biometric information. And, the self information device control unit 24 for controlling the measurement of the biometric information inserted into the self-examination device, the bio-information provided from the self-examination device is stored in the bio-information DB (29) and the bio-information number, Health check unit 25 to provide a graphic processing, the medical server 30 or the medical institution 50 is connected to the Internet through the Internet communication unit 26 and the medical institution to send and receive a variety of information, and in real time video or It includes a video and voice medical management unit 28 for performing remote medical consultation using a white board. The member computer checks the user's health status by checking the biometric information of the user on a daily, weekly or monthly basis and displaying the stored biometric information in numbers, graphics, and the like. When abnormalities occur in the measured biometric information, it is possible to immediately identify abnormalities in the physical condition.

On the other hand, referring to Figure 4 of the Internet diagnostic system using the self-test device of the present invention, the member through the wired / wireless communication line using a member computer connected to the self-test device (2) or self-test device (2). The medical server 30 is accessed and the medical institution 50 capable of real-time medical care is searched. The medical server 30 connects the member's computer 20 and the searched medical institution 50 in real time. The medical institution 50 controls the member's self-checking device 2 to measure biometric information and to treat the member through the measured biometric information and images.

Looking at the medical server in detail with reference to Figure 5, medical server 30 is a member management module 32, medical institution management module 34, video voice management module 36, biometric information management module 38, payment module ( 40), a communication module 42 and a control module 44, and interlocked with various databases 46-48.

The member management module 32 registers a user who wishes to receive remote medical care using the self-examination apparatus 2 as a member and stores and manages the information in the member information DB 46. At this time, the member is not limited to the owner of the self-examination apparatus 2, and when registering, the member registers ID, password, name, gender, address, etc. as basic items.

The medical institution management module 34 receives a doctor who can practice in real time as a medical institution 50 and stores and manages the medical institution information DB 47. The medical institution information DB 47 can check whether the medical institution can be treated in real time. On the other hand, the registered medical institution (50) performs medical care while remotely controlling the measured biometric information or self-test device while communicating with the member in real time by wired or wireless communication.

The video and voice management module 36 supports moving images and voices from the medical institution 50 and the video camera mounted on the member and the medical institution 50 during the remote medical treatment by using the member computer 20, and provides an image or related information about the biological information. Support and manage the whiteboard function used to describe the material. On the other hand, the microphone and the electronic stethoscope mounted on the member computer 20 can be mounted on the self-test device (2).

The biometric information management module 38 stores and manages the consultation result of the member's remote medical care obtained through the remote medical care in the biometric information DB 48. At this time, the consultation result is based on the biometric information measured while communicating with the member through wired / wireless communication, and the doctor's findings and diagnosis may be added as necessary.

The payment module 40 stores the number or time of treatment when the member is remotely treated through the medical institution 50 in the member information DB 44, and calculates the payment amount accordingly. Meanwhile, the calculated settlement amount is notified to the member periodically, and the member pays the settlement amount through unpaid deposit, credit card, e-money, etc., and the medical institution 50 pays the medical expenses from the settlement amount paid from the member. It is provided.

The communication module 42 is connected to the member computer 20 and the medical institution 50 to which the member's self-examination device 2 or the self-examination device 2 is connected via wire or wirelessly to manage remote medical care in real time. do. In this case, when the medical server 30 is connected to the communication unit 12 of the self-examination apparatus, the biometric information is transmitted through the self-examination apparatus 2, and the member computer 20 connected with the self-examination apparatus is the medical server 30. When connected to the member computer 20 receives the biometric information.

In addition, the control module 44 controls the data flow between the modules 32 to 42 of the medical server 30.

Meanwhile, as shown in FIG. 6, the medical institution 50 communicates with a member computer 20 connected to the Internet via the medical server 30 to support moving images and voice for remote medical care, and to provide biometric information provided to the member. Video voice communication management unit 52 that supports and manages the whiteboard function used in the description of the image or related data, and the self-monitoring device remote control unit for controlling the self-examination device 2 of the member connected to the Internet in real time ( 54) and a medical institution communication unit 56 connected to the medical server 30 and the member's self-examination apparatus 2 or the member computer 20 to which the self-examination apparatus is connected to control and manage the transmission or reception of various types of information. A medical institution controller 58 for controlling the data flow in the medical institution 50 is included. On the other hand, the medical institution 50 includes a biometric information DB (60) for storing the biometric information provided from the member's self-examination device (2) or member computer 20.

Hereinafter, a self-diagnosis process using a member computer will be described with reference to FIG. 7.

When the user of the self-examination apparatus diagnoses using the member computer, first, the communication unit 12 of the self-examination apparatus is connected to the self-examination apparatus connection unit 22 of the member computer, and the self-examination apparatus control unit 24 is executed. The screening device can be controlled (step S702).

When the self-examination apparatus 2 is connected to the member computer 20, the user's name is selected from among the users registered in the member computer 20 or the self-examination apparatus 2 (step S704). At this time, in the case of a new user, a name, gender, weight, height, and the like are input.

The user who selects his or her name connects the biometric information measuring device which checks the body temperature, pulse rate, blood pressure, blood sugar, electrocardiogram, etc. to the measuring device connecting part 4 of the self-examination device 2, and measures the biometric information accordingly. And the like are calculated (step S706).

The biometric information measured and calculated as described above is stored in the biometric information DB 29 of the member computer and compared with the biometric information previously checked to check the user's health abnormality (step S708). In this case, the checked biometric information is displayed on the display screen as shown in FIG. 9A as a number or a graph, so that the user can easily check the bio information. In addition, the method of measuring the user's biometric information to check whether there is an abnormality of health using a member computer connected to the self-examination device in real time using the bio-information checked in real-time or the self-examination device not connected to the member computer The biometric information stored in the DB may be checked using biometric information.

Meanwhile, a remote diagnosis process using a member computer according to an embodiment of the present invention will be described with reference to FIG. 8.

When the user of the self-examination apparatus wants to receive a remote diagnosis using the member computer, first, the communication unit 12 of the self-examination apparatus is connected to the self-examination apparatus connection unit 22 of the member computer, and the self-examination apparatus controller 24 is connected. By executing, it is possible to control the self-checking device (step S802).

When the self-examination apparatus 2 is connected to the member computer 20, the user's name is selected from among the users registered in the member computer 20 or the self-examination apparatus 2 (step S804). At this time, in the case of a new user, a name, gender, weight, height, and the like are input.

When the remote diagnosis is to be received from the medical institution 50, the member logs in by accessing the medical server 30 through the Internet communication unit 28 of the member computer (step S806).

When the user is connected to the medical server 30 as described above, the medical server 30 confirms whether the user is a registered member, and recommends member registration with a message indicating that the user is not available (step S808). ).

In the case of the member, the member searches and selects the medical institution 50 in the field to be treated in real time from the medical institution registered in the medical institution information DB 47 of the medical server 30 (step S810). In other words, if a member wants to receive medical treatment, he / she searches for and selects an institution that can be treated in real time from a medical institution registered as internal medicine. To select. On the other hand, if all medical institutions to be treated are in the medical treatment can be reconnected after a certain time or may be terminated after applying for an appointment.

When the member selects a medical institution, the medical server 30 connects the medical institution 50 to the member computer 20 in real time so as to perform remote medical treatment (step S812).

On the other hand, the medical institution 50 provides instructions to the member for medical treatment using a video camera and a microphone, and provides biometric information in real time by controlling the member's self-checking device when biometric information is needed. (Step S814). On the other hand, a medical imaging camera (USB camera) for observing the treatment site, such as skin, oral cavity in detail can be mounted on the member computer 20 or the measuring device connecting portion 4 of the self-examination device. At this time, the medical institution can check the body temperature, pulse, blood pressure, blood sugar, electrocardiogram, body fat and the like by remotely controlling the member's self-checking apparatus using the treatment screen as shown in FIG. 9B. As described above, when the medical institution controls the self-examination apparatus and measures the biometric information, the measured biometric information is output to the member computer as shown in FIG. 9A and can be treated by the medical institution using a video and a white board.

When the treatment is finished, the medical institution 50 transmits the fact that the treatment is completed to the operation server 30, and stores the biometric information and the medical history in the biometric information DB of the medical server (step S816). Therefore, the member can continue to receive medical care next time by referring to the biometric information and medical history stored in the medical server.

On the other hand, the payment module 38 of the medical institution records the member's medical time in the member information DB 44 and calculates the payment amount (step S818).

When the member pays the calculated payment amount by bankbook, credit card, e-money, etc., the medical server 30 provides the medical expenses 50 to the medical institution 50 from the payment amount (step S820).

Although a preferred embodiment of the present invention has been described in detail above, if a person having ordinary knowledge in the art to which the present invention pertains, such as connecting a medical server directly to a self-examination device and performing remote medical examination, is defined in the appended claims. It will be appreciated that various modifications or changes can be made in the present invention without departing from the spirit and scope of the invention.

As described in detail above, the self-examination device of the present invention has the advantage that the user can easily measure and manage the biometric information such as body temperature, pulse rate, blood pressure, blood sugar, electrocardiogram, body fat, etc. by detachably connecting each measuring device. have.

In addition, the user of the self-examination device can continuously manage the user's health by receiving biometric information such as body temperature, pulse, blood pressure, blood sugar, electrocardiogram and body fat checked by the self-examination device using a computer connected to the self-examination device. There is an advantage to that.

In addition, when the user of the self-examination apparatus selects a medical institution online by accessing a medical server through the Internet, the selected medical institution has the advantage of remotely controlling the user's self-examination apparatus to receive and receive biometric information in real time.

In addition, by connecting the medical camera and the electronic stethoscope to the self-examination device, there is an advantage that can more accurately treat the patient's condition through the image examination and electronic stethoscope to the minute area, such as skin, oral cavity according to the instructions of the medical institution.

Claims (8)

A biometric information checker that checks biometric information such as body temperature, pulse rate, blood pressure, blood sugar, electrocardiogram, a medical imaging camera, and a microphone and stethoscope connected to a doctor and a stethoscope; A menu operation unit for selectively controlling the biometric information measuring instrument, a medical image camera, a microphone and a stethoscope; A display unit displaying the biometric information measured by the biometric information measuring device on a screen; A memory unit which stores the biometric information measured by the biometric information measurer in a biometric information DB; A communication unit connected to the outside through wired / wireless Internet communication or connected to a member computer (PC) to transmit the measured biometric information to an external or member computer and to receive a control signal from the member computer; When a control signal is input from the member computer connected to the communication unit, the remote control unit for controlling the operation of the biometric information measuring device connected to the measuring device connecting unit, and transmits the measured biometric information in real time; Self-checking device comprising a control unit for controlling the flow of various data. In the self-check system, consisting of a member computer connected to the self-test device, The member computer A self-examination device connection unit connected to the self-examination device to control communication of various data including biometric information; A self-information device control unit for controlling the measurement of the biometric information measuring device inserted into the self-examination device; And a health comparison unit for storing the biometric information provided from the self-checking device in a biometric information DB and processing the biometric information in numbers and graphics. The image of claim 2, wherein the member computer is connected to a medical server or a medical institution through the Internet to transmit and receive various information, and an image connected to the medical institution to perform remote medical consultation using a video or a white board in real time. Self-diagnosis system further comprising a voice care management unit. A self-examination apparatus, a member computer connected to the self-examination apparatus to control the self-examination apparatus, a medical institution for remotely treating the member computer, and a medical connection for connecting the self-examination apparatus or member computer to a medical institution by wire or wirelessly. In the remote check system consisting of a server, The medical server A member management module that registers and manages a user who wishes to receive remote medical examination using the self-checking device as a member; A medical institution management module for registering and managing a doctor capable of consulting in real time as a medical institution; A video and voice management module for supporting a moving picture and a voice from a video camera mounted at a member and a medical institution during a remote medical treatment, and for supporting and managing a white board function used when describing an image or related material for biometric information; A biometric information management module for storing and managing a consultation result of a member's remote medical examination obtained through a remote medical examination; A payment module for calculating a payment amount according to the number or time of treatment when the treatment is performed remotely through the medical institution; Communication module for connecting the member's self-checking device or member computer and the medical institution by wire or wireless to manage the medical institution to be connected to the member's self-checking device or computer to perform remote medical care; And a control module for controlling the data flow between the respective modules of the medical server. The method of claim 4, wherein the self-test device A biometric information checker that checks biometric information such as body temperature, pulse rate, blood pressure, blood sugar, electrocardiogram, a medical imaging camera, and a microphone and stethoscope connected to a doctor and a stethoscope; A menu operation unit for selectively controlling the biometric information measuring instrument, a medical image camera, a microphone and a stethoscope; A display unit displaying the biometric information measured by the biometric information measuring device on a screen; A memory unit which stores the biometric information measured by the biometric information measurer in a biometric information DB; A communication unit connected to the outside through wired / wireless Internet communication or connected to a member computer (PC) to transmit the measured biometric information to an external or member computer and to receive a control signal from the member computer; When a control signal is input from the member computer connected to the communication unit, the remote control unit for controlling the operation of the biometric information measuring device connected to the measuring device connecting unit, and transmits the measured biometric information in real time; Telemedicine system comprising a control unit for controlling the flow of various data. The member computer according to claim 4 or 5, wherein the member computer A self-examination device connection unit connected to the self-examination device to control communication of various data including biometric information; A self-information device control unit for controlling the measurement of the biometric information measuring device inserted into the self-examination device; An internet communication unit connected to the medical server or a medical institution via the Internet for transmitting and receiving various information; Remote medical system comprising a video voice medical management unit connected to the medical institution to perform a remote medical consultation using a video or a white board in real time. The method of claim 4 or 5, wherein the medical institution It communicates with the member computer or the self-examination device connected to the Internet via the medical server, supports moving picture and voice for remote medical care, and provides a white board function used for explaining images or related data about biometric information provided from the member. Video and voice communication management unit for supporting and managing; A self-checking device remote control unit for controlling the self-checking device of the member connected to the Internet in real time; A medical institution communication unit connected to the medical server and a member's self-checking device or a member computer to control and manage transmission or reception of various types of information; And a medical institution controller for controlling data flow in the medical institution. In the remote examination method comprising a self-examination device, a medical server receiving the biometric information input from the self-examination device through wired / wireless communication and a medical institution connected to the medical server via wired / wireless to perform remote medical care. Connecting the self-test device to a member computer; Selecting a user's name from a member computer or a user registered in the self-examination apparatus when the self-examination apparatus is connected to the member computer; Accessing a medical server through a member computer and logging in to a member; Searching for and selecting a medical institution in a field to be treated in real time from a medical institution registered in the medical server when connected to the medical server; When the member selects a medical institution, the medical server connecting the medical institution to the member computer in real time to perform a remote medical treatment; The medical institution instructs the member to perform a medical treatment using a moving image and a voice; and if biometric information is needed, remotely controlling the member's self-checking device to receive and receive biometric information in real time; When the medical treatment is finished, the medical institution transmits the fact that the medical treatment is completed to the operation server, and stores the biometric information and medical history in the medical server; The medical institution records the medical time and details of the member and calculates the payment amount; The member pays the calculated payment amount, and the medical server comprises the step of providing a medical fee from the payment amount to the medical institution.