KR20120076652A - System and method of remote medical treatment - Google Patents

Abstract

PURPOSE: A remote image diagnosis device and method are provided to help a doctor in a specific hospital diagnose the condition of a patient by sending an image of the patient to a remote image diagnosis device in the specific hospital. CONSTITUTION: Remote diagnosis devices of local diagnosis institutions(100) identify patients and collect images of affected areas of the patients and the basic conditions of the patients. A remote image diagnosis device receives RFID tag information, the basic conditions, and the images from the remote diagnosis devices and diagnoses the condition of the patients from the received data.

Description

Remote imaging system and method {SYSTEM AND METHOD OF REMOTE MEDICAL TREATMENT}

The present invention relates to a remote video medical care system and method, and more particularly, to provide a RFID tag by linking a remote medical care device provided in a plurality of local medical institutions with a remote video medical care device in a specific hospital based on IP (Internet Protocol). The present invention relates to a remote video medical treatment system and a method in which a patient who visits a local medical institution and requests remote medical care can receive consultation and medical care remotely with a doctor of a specific hospital without directly visiting a specific hospital.

Recently, the broadcasting environment is changing due to the development of technology and changing demands of viewers. In other words, the broadcast environment has been developed such as the conversion from analog broadcasting to digital broadcasting, and the broadcasting media are diversified mainly from terrestrial waves to cables and satellites.

The Internet Protocol TV (hereafter called IPTV) broadcasting was created in line with this.

IPTV broadcasting service is a service that allows viewers and broadcasters to interact with each other, rather than unilaterally transmitting programs like conventional broadcasting. To this end, the broadcasting station additionally produces contents provided with interactive functions in addition to the program and provides them to the viewer, and the viewer requests and receives the desired contents through a return channel.

As such, due to the advantages of IPTV, which is bi-directional, various existing services, which have been recently implemented through a PC capable of internet communication, have been integrated into the IPTV service.

Accordingly, the present invention is to provide a bi-directional medical care service free from time and space constraints by integrating the remote medical care service implemented through cable TV or the Internet to IPTV.

The present invention has been made by the above necessity, by interlocking the telemedicine device provided in the local medical institution and the remote image medical treatment device in a specific hospital based on IPTV (Internet Protocol Television) to identify the patient through the RFID in the local medical institution The purpose of the present invention is to provide a remote video medical examination system and method for providing a video of a patient photographed by a camera to a remote video medical examination device in a specific hospital to treat a patient's condition through the captured video.

To this end, according to the first aspect of the present invention, the remote imaging system according to the present invention, a local medical institution remote medical examination device for collecting a patient's basic image and the image of the patient to identify the patient through the RFID; Receives patient's RFID tag information, basic state, and captured image based on IP based from the local medical institution's remote medical examination device, and examines the patient's state through the received data, and the diagnosis result and prescription according to the diagnosis result And a remote video medical examination apparatus for transmitting to the medical examination apparatus.

According to a second aspect of the present invention, a remote medical care device of a local medical institution according to the present invention includes a remote medical care device provided in a medical institution of each region, the RFID reader for identifying a patient; Basic information measuring device for measuring the basic state, including blood sugar, blood pressure, lung oxygen amount of the patient; A medical examination camera for photographing the affected part of the patient; And receiving and collecting data from the RFID reader, the basic information measuring instrument, and the examination camera, and the personal information of the patient identified through the RFID reader when requesting a remote medical treatment to a specific hospital, and the basic state measured by the basic information measuring instrument. It characterized in that it comprises a telemedicine set-top box for providing information and the image taken by the examination camera to the remote imaging device of the specific hospital based on the IP.

According to a third aspect of the present invention, a remote imaging apparatus according to the present invention includes a data transmitting and receiving unit for receiving a remote medical care request from each local medical institution based on IP and receiving basic state information and a captured image of a patient; An examination camera remote control unit configured to remotely control the direction change and magnification of the examination camera provided in each of the local medical institutions; The patient's condition is monitored while monitoring the photographed image received through the data transmission and reception unit, and if an image of another part of the patient is needed, the camera is controlled through the remote camera for examination and the diagnosis result of the examination is received through the data transmission and reception unit. A remote image treatment unit provided to a local medical institution or a terminal device of a patient; A remote prescription management unit for issuing a prescription based on a diagnosis result treated by the remote image medical examination unit and providing the prescription to a local medical institution or a patient terminal device; And an integrated DB for storing and managing the patient's basic state information, the photographed image, the diagnosis result, and the prescription for each patient.

According to a fourth aspect of the present invention, a remote image medical treatment method according to the present invention comprises the steps of identifying a patient through RFID tag recognition in each local medical institution; Measuring a patient's basic condition at the local medical institution and requesting medical treatment from a specific hospital; Storing basic state information of the patient received from the local medical institution in a specific hospital in an integrated DB; When the remote medical treatment between the local medical institution and a specific hospital is started, generating an image of the patient at the local medical institution and providing the image to the specific hospital based on an IP; Treating the condition of the patient through an image provided from the local medical institution and the basic condition of the patient; And providing a diagnosis result and a prescription to the patient.

According to the present invention, a patient can visit a local medical institution (a private hospital or a public health center) to remotely consult with a doctor of a university hospital without visiting the university hospital, thereby increasing the convenience of the patient. . In particular, patients with chronic diseases that require continuous care and management have the effect of being able to visit a nearby medical institution and receive medical care from a particular hospital without directly visiting a remote hospital.

In addition, it is possible to solve the inconvenience of having to wait for an appointment for the treatment of a specific hospital, the patient can receive the treatment at the desired time and place, free from time and space constraints.

In addition, it is possible to receive prescriptions or drug delivery services remotely, thereby reducing expenses and saving time and effort for pharmacy visits.

In addition, since data is transmitted and received based on IP, it is easy to identify and manage a local medical institution.

1 is a diagram showing a network configuration of a remote video medical examination system according to an embodiment of the present invention.
Figure 2 is a detailed view of the remote medical care device in the local medical institution according to an embodiment of the present invention.
Figure 3 is a detailed view of the remote imaging device within the hospital in accordance with an embodiment of the present invention.
4 is a display example of a display screen according to an exemplary embodiment of the present invention.
5 is a flowchart illustrating a remote video medical treatment method using RFID and IPTV according to an embodiment of the present invention.
FIG. 6 is a flowchart specifically illustrating the telemedicine step of FIG. 5. FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The configuration of the present invention and the operation and effect thereof will be clearly understood through the following detailed description. Before describing the present invention in detail, the same components are denoted by the same reference symbols as possible even if they are displayed on different drawings. In the case where it is judged that the gist of the present invention may be blurred to a known configuration, do.

1 is a diagram illustrating a network configuration of a remote video medical examination system according to an exemplary embodiment of the present invention.

The remote video medical examination system according to an embodiment of the present invention is an IPTV-based remote video medical examination apparatus connected to a local medical institution remote medical examination apparatus 100 through a plurality of local medical institution remote medical examination apparatuses 100 and an IP-based communication network 200. 300.

In addition, a drug delivery service device 400 which delivers a pharmaceutical preparation according to a doctor's prescription by courier in connection with an IPTV-based remote image medical examination device 300, and a patient terminal device which allows a patient to directly check the result of treatment. 500 may further include.

The local medical institution remote treatment apparatus 100 is a medical treatment apparatus constructed based on IPTV in a medical institution in each region. Medical institutions in each region include private hospitals and health centers located in each region.

The local medical institution remote medical examination apparatus 100 recognizes a patient through an RFID tag, and the basic state information of the patient and the affected image are acquired through the IP-based communication network 200 so as to recognize the patient's status at a remote medical institution. Provided to the remote image examination apparatus 300.

To this end, the local medical institution remote examination apparatus 100 may be provided with a medical examination camera for photographing the affected part of the patient and generating the affected part image. In addition, by assigning a unique IP address for each remote medical care device 100 of the local medical institution and requesting remote medical care of a patient to a specific hospital at a remote location, the IPTV-based remote video medical care device 300 checks the IP address and the medical institution of a certain area. I can understand it. The detailed configuration thereof will be described in detail with reference to FIG. 2.

The communication network 200 refers to a network that provides a service by communicating with a wired or wireless network between a plurality of local medical institution remote medical examination apparatuses 100 and an IPTV based remote image medical examination apparatus 300.

In particular, a communication network 200 that enables communication between a plurality of local medical institution remote medical examination apparatuses 100 and an IPTV-based remote image medical examination apparatus 300 may use an internet network that is connected based on IP. In addition, the communication network 200 that enables communication between the IPTV-based remote video medical examination device 300 and the patient terminal device 500 may be a wired Internet network, wirelessly connected through a mobile communication network (CDMA, W-CDMA, etc.) It may include a data network (internet network, IMS, etc.), or an internet network connected through short-range communication such as Bluetooth or Wi-Fi.

IPTV-based remote imaging device 300 is a medical device provided in a small number of specific hospitals, such as university hospitals or hospitals that are proficient in a specific event (orthopedics, dentistry, ophthalmology, cancer, joints, etc.).

The IPTV-based remote video medical examination apparatus 300 provides basic IPTV service, performs communication with a plurality of local medical institution remote medical examination apparatuses 100 based on IP, and remotely from a local medical institution remote medical examination apparatus 100 in any region. When the medical request is requested, an image of the affected part of the patient is received from the local medical institution remote examination apparatus 100, and the medical condition of the patient is remotely treated through the received image. The diagnosis result is then provided to the local medical institution remote examination apparatus 100 or the terminal device 500 of the patient.

In addition, the IPTV-based remote image examination apparatus 300 may issue a prescription for the diagnosis result, and may request the delivery of the pharmaceutical preparation for the prescription issued in association with the drug delivery service device 400.

When the drug delivery service device 400 receives a delivery request from the IPTV-based remote imaging apparatus 300, a medicine is provided based on a prescription and provides a service of directly delivering the medicine to a local medical institution or a patient.

The drug delivery service device 400 may be carried in a specific hospital, or may be performed by a separate pharmacy, a pharmaceutical company, or the like, or may be linked with a local medical institution remote care device 100.

The patient terminal device 500 is a personal terminal possessed by each patient, and may receive a diagnosis result or a prescription from the IPTV-based remote image medical examination device 300. In addition, if an advance reservation for future medical appointments and hospital visits is concluded through the IPTV-based remote video medical examination device 300, a schedule notification message for this may also be received.

In addition, when the patient terminal device 500 installs a medical care related application linked to the IPTV-based remote image medical examination device 300, the patient's blood sugar, blood pressure, and the amount of lung oxygen, such as basic information or previously received data, are received at a specific hospital. You can check at any time by accessing, and if you have applied for drug delivery, you can also query the current location of drug delivery.

The patient terminal device 500 according to an embodiment of the present invention is provided with a communication unit capable of interfacing with the IPTV-based remote video medical examination apparatus 300 through the communication network 200 and provided by the IPTV-based remote video medical examination apparatus 300. Any terminal capable of displaying medical results or prescriptions can be applied regardless of the terminal type. For example, it may be a mobile terminal, PDA, notebook, navigation, PMP, smart phone, electronic dictionary and MP3.

Figure 2 is a detailed view of the remote medical care device in the local medical institution according to an embodiment of the present invention.

As shown, the local medical institution remote treatment apparatus 100 according to an embodiment of the present invention is a set-top box 110 for telemedicine, basic information measuring device 120, RFID reader 130, a medical camera 140, A display screen (not shown) and the like.

The basic information measuring device 120 measures basic conditions such as blood sugar, blood pressure, lung oxygen amount, and weight of the patient through the blood sugar device 122 and the blood pressure monitor 124.

The RFID reader 130 identifies the patient through an RFID tag. In other words, if a unique RFID tag is issued for each patient and recognized, the patient's personal information such as the patient's name, gender, address, social security number, etc. can be confirmed. The patient's personal information may be built in a local medical institution's telemedicine device or in an integrated DB of a specific hospital.

As such, patient identification through RFID is to store and manage medical data for each patient during remote medical examination.

Examination camera 140 is a photographing means for generating a wound image by photographing the patient's condition so that the patient can be treated at a remote location, a general camera 142 for photographing the general situation and the overall state of the patient, skin diseases, etc. If a detailed image of a specific lesion is required, the camera may further include a high performance camera 144 that captures the corresponding area in more detail. Examination camera 140 is capable of changing the direction and magnification according to the position, affected part of the patient. This can be automatically adjusted through the local medical institution remote treatment device 100 or can be adjusted directly by the user. Alternatively, it may be controlled remotely through the IPTV-based remote video medical examination apparatus (300 of FIG. 1) in a specific hospital that is remote.

The telemedicine set-top box 110 is provided with a cradle that can receive data from the basic information measuring device 120, including a blood sugar device 122, a blood pressure monitor 124, etc. Zigbee (zigbee), Bluetooth (bluetooth), RFID And a short range communication unit capable of collecting blood sugar and blood pressure data through short range communication. In addition, the telemedicine set-top box 110 performs communication with the communication network (200 of FIG. 1) based on the IP, and the RFID reader 130, the examination camera 140, and the display screen (not shown) It may include an interface unit for transmitting and receiving data between each other.

Therefore, the telemedicine set-top box 110 receives data from the basic information measuring unit 120, the RFID reader 130, and the examination camera 140, stores the data in a memory, and performs an IPTV-based remote image medical examination device during the telemedicine ( The data is transmitted based on IP in 300 of FIG. 1.

In addition, the telemedicine set-top box 110 may perform a medical appointment in consideration of the time zone and the time zone desired by the patient in the remote hospital. When the medical appointment is input, the remote medical set-top box 110 transmits the notification information to the corresponding IPTV-based remote image medical examination apparatus 300 of FIG. 1.

In FIG. 2, the RFID reader 130 is illustrated in a form provided separately from the remote medical set-top box 110, but is not limited thereto. The RFID reader 130 may be integrated into the remote medical set-top box 110.

3 is a detailed view of a remote imaging device within a hospital at a remote location according to an exemplary embodiment of the present disclosure.

Remote IPTV-based remote image medical examination device 300 according to an embodiment of the present invention is a telemedicine set-top box 310, a doctor recognition camera 320, integrated with an application for providing IPTV-based medical services DB 330 and display screen 340 are included.

The doctor recognition camera 320 photographs the medical doctor and provides the patient of the local medical institution to check the medical doctor who cares for the medical doctor.

The integrated DB 330 integrates and stores all data related to the treatment such as personal information and basic state information of the patient to be remotely treated, medical records, and prescriptions. The patient's personal information includes a patient's name, gender, address, social security number, RFID tag information, and the like, and the basic state information includes information about a patient's basic state such as blood sugar, blood pressure, and lung oxygen through a basic information meter. .

The telemedicine set-top box 310 transmits the image captured by the doctor recognition camera 320 to a local medical institution remote medical examination apparatus (100 of FIG. 1) through an IP network, and the local medical institution remote medical examination apparatus (FIG. 1). When data is received from the 100), it is stored in the integrated DB 330 and performed based on the data stored in the integrated DB 330 when performing remote medical examination. Then, the remote diagnosis is stored in the integrated DB (330) to manage for each patient.

In order to implement the above configuration, the remote medical set-top box 310 may include a data transmission / reception unit 311, a medical camera remote control unit 312, a remote image medical examination unit 313, a remote prescription management unit 314, and the like. have. These components can be linked to each other through one application.

The data transmission / reception unit 311 receives the personal medical information, the basic state information, the image information photographed through the examination camera, etc. together with the remote medical care request from the local medical institution remote medical care device (100 of FIG. 1). The data transmission / reception unit 311 transmits an image captured by the doctor recognition camera 320 to a local medical institution remote treatment apparatus (100 of FIG. 1), and transmits a remote medical treatment result to a local medical institution remote treatment apparatus (FIG. 1). 100) or the patient terminal device (500 of FIG. 1).

The examination camera remote control unit 312 adjusts the direction change, magnification, etc. of the doctor recognition camera 320, and remotely adjusts the direction change, magnification, etc. of the examination camera installed in the local medical institution. This can be applied additionally when the doctor requires a delicate image when the doctor visits the doctor.

The remote image management unit 313 manages the appointment schedule reserved by the remote medical device of the local medical institution, and if an image of another part is needed as an enlarged image of the patient while treating the patient from the image taken through the examination camera. And capture and store the image used for diagnosis in the integrated DB 330.

And, the remote image treatment unit 313 stores and manages the details of consultation with the patient during the treatment and the treatment result in the integrated DB (330). Records of consultations with patients may be further managed by recording.

The remote prescription manager 314 issues a prescription (prescription) prescribed based on the result of the doctor's treatment and issues it to a local medical institution or a patient terminal device. And the stored prescription is stored and managed in the integrated DB (330). At this time, all the medical data stored in the integrated DB 330 can be stored and managed by mapping with the RFID tag information for each patient.

As shown in FIG. 4, the display screen 340 includes an image 340b of a medical doctor photographing a doctor recognition camera and images of a patient photographed through a general or high performance medical examination camera at a local medical institution. The basic information 340a of the patient is displayed on one screen. Therefore, the medical doctor monitors the display screen 340 while the medical examination is performed. If the medical camera is further required to be adjusted, the medical doctor remotely controls the medical camera.

The display screen 340 illustrated in FIG. 4 may be similarly applied to the display screen of the remote medical examination apparatus 100 of FIG. 1.

In addition, the display screen 340 of the IPTV-based remote image medical examination apparatus 300 may further include a display area for inputting a diagnosis result while the medical doctor monitors the captured image. In this case, a display area showing a diagnosis result may also be displayed on a display screen of the remote medical examination apparatus of the medical institution in a partial area, or may be displayed through a pop-up form or screen switching.

Next, a method of performing a remote image examination using a telemedicine system having the above configuration will be described with reference to FIGS. 5 and 6.

5 is a flowchart illustrating a remote image medical treatment method using RFID and IPTV according to an exemplary embodiment of the present invention.

First, referring to FIG. 5, a remote image medical treatment method according to an exemplary embodiment of the present invention provides a remote consultation initial step (S110) of preparing an initial data for a patient for remote medical examination (S110), and consultation and medical treatment remotely based on a captured image. The remote treatment step (S120) may be divided into a remote prescription step (S130) for issuing a prescription and providing a drug delivery service based on the result of the treatment.

In the initial telemedicine initial step (S110), when a patient who has received an RFID card (patient management card) visits a local medical institution, the local medical institution remote medical care apparatus 100 confirms the patient through RFID tag recognition (S111).

In addition, the local medical institution remote examination apparatus 100 measures basic conditions such as blood sugar, blood pressure, lung oxygen amount, and weight of the patient through the basic information measuring instrument (S112).

In addition, the local medical institution remote medical examination apparatus 100 schedules the remote medical treatment in consideration of the time zone where the remote medical treatment of a specific hospital is possible or the time desired by the patient (S113).

Thereafter, the local medical institution remote medical examination apparatus 100 transmits the personal information and the basic state information of the patient to the IPTV based remote image medical examination apparatus 300 along with the reservation information (S114).

Then, the remote IPTV based remote image examination apparatus 300 of the remote place stores the reservation information, the personal information of the patient, the basic state information, etc. in the integrated DB (S115).

In this case, the personal information of the patient transmitted from the local medical institution remote medical examination apparatus 100 to the IPTV-based remote image medical examination apparatus 300 may be RFID tag information itself or personal information of a patient mapped to the RFID tag. In the case where the personal information of the patient is personal information, the local medical institution remote medical examination apparatus 100 should have personal information, which is mapped with the RFID tag information for each patient, in advance in the database. Alternatively, in association with the integrated DB of the IPTV-based remote video medical examination device 300 may extract and send the corresponding personal information in advance.

Next, in the remote medical care step (S120), the IPTV-based remote video medical care device 300 starts the medical care by running the IPTV-based application at a scheduled time with the local medical institution remote medical care device 100 (S121).

Subsequently, the local medical institution remote examination apparatus 100 transmits the photographed image of the patient and the photographed image to the IPTV-based remote image examination apparatus 300 through the examination camera (S122, S123).

The IPTV-based remote image examination apparatus 300 remotely manages based on the captured image, and transmits the diagnosis result to the local medical institution remote examination apparatus 100 or to the patient terminal apparatus 500 (S125, S126). ).

In the remote prescription step (S130) after the treatment, the IPTV-based remote image medical examination device (300) issues a prescription based on the diagnosis result (S131), and stores the issued prescription in an integrated DB and then the local medical institution remote treatment device ( 100 or may be transmitted to the patient terminal device 500 (S132, S133).

Thereafter, the IPTV-based remote image examination apparatus 300 may request the drug delivery service to the drug delivery service device 400 according to a patient's request (S134).

The requested drug delivery service device 400 directly delivers the medicine to a specific hospital or a local medical institution, or a patient, after the medicine is prepared as a prescription stored in the integrated DB (S135).

Through this process, patients can get medical care without time and space constraints without visiting the remote hospitals. In certain hospitals, patients can be actively accommodated to expand the interactive services. .

FIG. 6 is a flowchart illustrating the telemedicine step of FIG. 5 in detail, and illustrates a specific operation process of the telemedicine step.

First, an IPTV-based remote image medical examination apparatus may photograph a medical doctor through a doctor recognition camera and transmit the photographed image to a local medical institution remote medical examination apparatus to display on the display screen (S201, S202).

Subsequently, the IPTV based remote image medical examination apparatus receives an image captured by the local medical institution remote medical examination apparatus and displays the received image on the display screen of the IPTV based remote image medical examination apparatus (S203).

At this time, the IPTV-based remote imaging device can determine the patient's condition by remotely adjusting the examination camera of the remote medical device of the local medical institution when the enlarged image of the affected part of the patient is needed.

In other words, when a medical doctor requests a photo capture by remotely controlling a high performance examination camera of a local medical institution through an IPTV based remote image medical examination device, a remote medical examination device of a local medical institution captures an image taken by a high performance camera and automatically performs an IPTV based operation. Send to a remote imaging device. Then, the IPTV-based remote video medical examination device can display the image on the display screen after transmission is completed and automatically store it in the integrated DB.

Thereafter, the medical doctor performs a remote image medical examination while monitoring through the displayed display screen (S204).

Thereafter, the IPTV-based remote video medical examination device transmits the details of the medical treatment to the remote medical device or the patient terminal device of the local medical institution, so that the patient can check the medical result (S205).

Afterwards, the IPTV-based remote video medical examination apparatus guides the appointment of a medical treatment or a hospital visit when there is a need for further medical treatment (S206).

The foregoing description is merely illustrative of the present invention, and various modifications may be made by those skilled in the art without departing from the spirit of the present invention. That is, the telemedicine image service according to the present invention has been described to be performed based on IPTV. However, the present invention is not limited thereto and may be implemented through an IP-based general network. Accordingly, the embodiments disclosed in the specification of the present invention are not intended to limit the present invention. The scope of the present invention should be construed according to the following claims, and all the techniques within the scope of equivalents should be construed as being included in the scope of the present invention.

Conventional telemedicine service is available only if the person who can handle the PC by implementing through the Internet in conjunction with a general PC and difficult to service in conjunction with the university hospital, the present invention is based on the IPTV service, the local medical institution and the university hospital mutual By interworking, general users (patients) can easily access and patients can consult with the doctors of university hospitals without visiting the university hospitals, and based on IP, it is easy to identify and manage local medical institutions. It works. In addition, it is possible to receive prescriptions or drug delivery services remotely, which can reduce costs and save effort and time for pharmacy visits. Can be.

100: local medical institution remote treatment device 200: communication network
300: IPTV based remote imaging device 400: drug delivery service device
500: patient terminal 110: set-top box for remote treatment
120: basic information meter 122: blood sugar
124: blood pressure monitor 130: RFID reader
140: medical examination camera 142: general camera
144: high performance camera 310: set-top box for telemedicine
320: pseudo-recognition camera 330: integrated DB
340: Display screen 311: Data transmission and reception unit
312: examination camera remote control unit 313: remote image medical examination unit
314: remote prescription management

Claims (14)

A local medical institution remote medical examination apparatus for identifying a patient through RFID and collecting images of the patient's affected part and a basic condition of the patient;
Receives patient's RFID tag information, basic state, and captured image based on IP based from the local medical institution's remote medical examination device, and examines the patient's state through the received data, and the diagnosis result and prescription according to the diagnosis result Remote video medical examination device transmitting to medical examination device
Remote imaging system comprising a. The method of claim 1,
Drug delivery service device for delivering a pharmaceutical preparation to a patient issued by the remote imaging device
Remote imaging system, characterized in that it further comprises. The method of claim 1,
A patient terminal device receiving and displaying a diagnosis result and a prescription which have been examined through the remote image medical examination device
Remote imaging system, characterized in that it further comprises. Telemedicine device provided in medical institutions in each region,
An RFID reader for identifying a patient;
Basic information measuring device for measuring the basic state, including blood sugar, blood pressure, lung oxygen amount of the patient;
A medical examination camera for photographing the affected part of the patient; And
Receives and collects data from the RFID reader, basic information measuring device and medical examination camera, and personal information of the patient identified through the RFID reader when requesting a remote medical treatment to a specific hospital, and basic state information measured by the basic information measuring device. And a telemedicine set-top box for providing an image captured by the examination camera to a remote image medical examination device of a specific hospital based on IP.
Remote medical care device of a local medical institution comprising a. The method of claim 4, wherein
The examination camera
A general camera to take a picture of the patient,
If a magnified image of a specific lesion is required, additionally includes a high-performance camera for capturing the detail in detail.
Remote medical device of the local medical institution, characterized in that the user can arbitrarily change the direction and magnification of each camera. A data transmitting / receiving unit configured to receive a remote medical care request from each local medical institution and receive basic condition information and a captured image of a patient;
An examination camera remote control unit configured to remotely control the direction change and magnification of the examination camera provided in each of the local medical institutions;
The patient's condition is monitored while monitoring the photographed image received through the data transmission and reception unit, and if an image of another part of the patient is needed, the camera is controlled through the remote camera for examination and the diagnosis result of the examination is received through the data transmission and reception unit. A remote image treatment unit provided to a local medical institution or a terminal device of a patient;
A remote prescription management unit for issuing a prescription based on a diagnosis result treated by the remote image medical examination unit and providing the prescription to a local medical institution or a patient terminal device; And
Integrated DB for storing and managing the basic status information of the patient, images taken, diagnosis results and prescriptions for each patient
Remote imaging device comprising a. The method according to claim 6,
A remote image further comprising a display screen displaying basic state information and a photographed image of the patient received through the data transmitting and receiving unit, and displaying in real time an image changed according to a direction change and a magnification adjustment of the examination camera. Medical examination device. The method according to claim 6,
The remote prescription management unit
And a drug delivery service device for requesting and managing drug delivery in association with a drug delivery service device which is prepared and delivered according to the prescription. IP-based remote video services,
Identifying a patient through RFID tag recognition at each local medical institution;
Measuring a patient's basic condition at the local medical institution and requesting medical treatment from a specific hospital;
Storing basic state information of the patient received from the local medical institution in a specific hospital in an integrated DB;
When the remote medical treatment between the local medical institution and a specific hospital is started, generating an image of the patient at the local medical institution and providing the image to the specific hospital based on an IP;
Treating the condition of the patient through an image provided from the local medical institution and the basic condition of the patient;
Providing the patient with the diagnosis result and prescription
Remote imaging treatment method comprising a. The method of claim 9,
In the process of measuring the basic condition of the patient, the remote imaging examination method comprising at least one of blood sugar, blood pressure, lung oxygen amount, body weight of the patient. The method of claim 9,
The process of generating an image of the patient in the local medical institution,
Remote imaging method comprising the two cameras to take a picture of the entire image of the patient, and to enlarge the affected part of the patient to take a picture taken. The method of claim 9,
In the process of examining the condition of the patient, if you want to take a more detailed picture of the affected state of the patient, the remote medical examination method, characterized in that the remote control of the camera of the local medical institution in the specific hospital. The method of claim 9,
Providing the diagnosis result and the prescription to the patient,
And transmitting the diagnosis result to the local medical institution or to the terminal device of the patient. The method of claim 9,
Providing a drug delivery service for delivering the prescription according to the prescription at the request of the patient
Remote imaging method, characterized in that it further comprises.

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