KR20020026073A - Apparatus and method for providing medical service using mobile communication system - Google Patents

Abstract

PURPOSE: A device for supplying a medical service using a mobile communication system is provided to receive patient information and a patient state from a mobile communication terminal, to transmit the information to a medical server, and to transmit a result of the medical server to the mobile communication terminal, so as to supply the medical service in real time at any places. CONSTITUTION: A patient information DB(113) stores patient information, a requested medical service, and information on a physician in charge, and accumulates patient state information to store the accumulated information. A general medical information DB(114) is distinguished by medical service kinds, and stores state information values of each medical service as well as measure data for patient corresponding to the values. An Internet connector(118) supplies an interface for transceiving data by connecting to a predetermined communication network. If the patient information and the patient state information are received, a controller(111) detects the measure data for patient based on the general medical information DB(114), and transmits the detected data through the Internet connector(118).

Description

Apparatus and method for providing medical service using mobile communication system {APPARATUS AND METHOD FOR PROVIDING MEDICAL SERVICE USING MOBILE COMMUNICATION SYSTEM}

The present invention relates to an apparatus and method for providing a medical service, and more particularly, to an apparatus and method for providing a medical service using a communication system.

In general, in order to receive medical services, a patient must visit a hospital or a public health center where a medical service is performed. Most of the patients who receive such medical services are basically patients, and nowadays, the use of specialized medical institutions for beauty is increasing. This is a phenomenon that has emerged as a common phenomenon as skin care or obesity management are often made through professional medical practice.

In addition, patients who receive medical services can be divided into patients who need hospital treatment, patients who require probation and patients who need hospitalization. Patients in need of outpatient treatment may be examined and provided with a medical service by an institution that regularly performs medical services while performing daily life. And those who require probation need hospitalization or hospitalization, depending on the condition. In addition, patients who require hospitalization are those who are seriously ill and need continuous observation. By the way, most of the patients who need the probation described above are usually inpatient treatment, but are often hospitalized due to stability problems. In addition, the above patients may need to be regularly examined 2-3 times a day, which may result in hospitalization. Examples include general hypertension patients or diabetics. Many of these patients may not be able to perform proper medical care in more urgent cases. Patients may also result in a large loss of the cost of hospitalization.

Therefore, there is a need for a method that enables remote medical care by directly connecting with a medical institution at a remote site.

On the other hand, as described above, the provision of medical services is not simply applied to patients. In other words, skin care and obesity management are also emerging as social issues, and after undergoing a medical examination by a professional medical institution, skin care and obesity management are performed. However, those who want to receive the skin care and obesity management also have a problem to go to a medical institution every time to be examined. In other words, unless it is a very serious case, people who go to the hospital must visit the hospital every time to find out their current state. Therefore, the demand for telemedicine in the skin care and obesity management is increasing.

Accordingly, an object of the present invention is to provide an apparatus and method for providing a medical service at a remote location.

Another object of the present invention is to provide an apparatus and method for providing a real-time medical service at a remote location.

It is still another object of the present invention to provide an apparatus and method for providing a real-time medical service using an internet communication system.

Still another object of the present invention is to provide an apparatus and method for providing a real-time medical service using a mobile communication system.

A system of the present invention for achieving the above objects is a system for providing a medical service to a patient in real time using a mobile communication system, receiving the patient information and patient status information from the mobile communication terminal to deliver to the medical server and A mobile communication system for delivering the result received from the medical server to the mobile communication terminal that has transmitted the patient information and the patient status information, and the current state of the patient using the patient information and the patient status information received through the mobile communication system. And a medical server outputting the result of the action to the mobile communication system.

In addition, by using a measuring device to check the status information of the patient required for the medical service requested by the patient can be configured to deliver the patient information to the mobile communication system by transmitting the patient's status information to the mobile communication terminal, the measuring device May be configured to be provided in the mobile communication terminal.

The medical server may be configured to deliver the result of the action through an email to a medical institution computer to which the attending physician of the patient to which the medical service is registered belongs, and the medical server may be configured to accumulate and store the result of the action. .

If the email is not sent to a medical institution, the medical server may be configured to deliver the result of the action via email to the attending physician's computer of the registered patient, or may be configured to perform both.

The medical server also;

When the result of the action requires an emergency, the medical server transmits the mobile communication terminal information and the connection request signal of the patient and the primary care physician to the mobile communication system, and the mobile communication system transmits the mobile communication terminal of the patient and the primary care physician. The mobile communication terminal can be connected.

When the mobile communication system requires a connection between the patient and the attending physician, the mobile communication system performs the same and provides the result to the medical server. The medical server receives the connection result when the mobile communication system requests the connection. It can also be configured to request a connection a set number of times.

In the above case, the medical server;

When the connection fails, if the connection is requested again, the connection is configured to wait after a predetermined time.

An apparatus of the present invention for achieving the above objects is a device for receiving information of the patient and patient status information using a predetermined communication network to provide information to the patient, the information of the patient, the requested medical service and the attending physician A patient information database for storing and accumulating patient state information, a general medical information database for storing the values of state information and corresponding patient action data for each of the medical services, and classifying the medical services. And a network connection unit for providing an interface for transmitting and receiving data by connecting to the predetermined communication network, and when receiving the patient information and patient status information, the received information based on the general medical information database. Detects the detected data; It consists of a control unit for performing control to transfer.

In addition, the control unit;

In the case of emergency patient detection result of the patient action data can be controlled to connect the patient and the attending physician through the communication network,

The communication network may be an internet network, a mobile communication network, or a public network.

A method of the present invention for achieving the above objects is a method for receiving information of a patient and patient status information using a predetermined communication network to provide information to the patient, when the patient status information is received through the communication network And matching the state information stored in the database of the requested medical service using the patient state information, and reading the patient action information according to the matched data and providing the patient to the patient using the communication network.

In addition, when the read patient action information is an emergency situation, it may further include a process for controlling the connection between the patient and the attending physician through the communication network, the communication network may be connected via a mobile communication network.

1 is a configuration diagram of a system for providing a telemedicine service to which the present invention is applied and a communication network to which the system is connected

2 is a control flowchart when transmitting patient information in a mobile communication terminal according to a preferred embodiment of the present invention;

3 is an internal block diagram of a medical server according to an embodiment of the present invention;

4 is a control flowchart for providing medical information when receiving patient information in a medical server according to an exemplary embodiment of the present invention.

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

1 is a configuration diagram of a system for providing a telemedicine service to which the present invention is applied and a communication network to which the system is connected. Hereinafter, with reference to Figure 1 will be described in detail the connection and the flow of data of the system for providing telemedicine services and the communication network to which the system is connected in accordance with the present invention.

In the present invention, it is divided into a doctor side and a patient side. And it is connected via a mobile communication network or the Internet network to connect the doctor side and the patient side. It is also provided with a server 100 for connecting the patient and the doctor. First, the connection configuration and connection to the patient side will be described. The patient can measure the desired symptom through a portable or predetermined fixed measuring device 50. Such measurements may generally be body temperature, blood sugar, obesity, blood pressure, and the like. In addition, the measuring devices may be configured to be embedded in the mobile communication terminal (1). That is, a device for checking body temperature or blood pressure, blood pressure blood sugar and obesity blood pressure may be provided inside the mobile communication terminal. Alternatively, the measuring apparatus may be accessoryized and used to change the shape of the mobile communication terminal into the form of a string to hang on the neck.

When the measurement is made through the measuring device 50 as described above, the measured data is transferred to the mobile communication terminal 1. The measurement device 50 and the mobile communication terminal 1 may be connected through a serial data line such as RS232C. In addition, when the data of the patient is measured, the mobile communication terminal 1 converts the signal into a signal for transmission to the medical server 100 and transmits the measured data through a wireless channel. The wireless data transmitted from the mobile communication terminal 1 is received by the base station (BTS) 2 and converted into data that can be processed by wire. The converted data is transferred to a mobile communication switching system (MSC) 4 through a base station controller (BSC) 2. The mobile communication system 4 converts the received data into data for transmission to the Internet network 10 when the received data is transmitted through the Internet network, and then converts the measured data into the medical server 100 through the Internet network 10. ) Can be delivered. In addition, the medical server 100 may be connected via the public network 20, not the Internet network 10, or may be configured to be directly connected to mobile communication switching systems. This is by design.

In addition, the base station controller 3 may be configured to transfer data directly to the medical server 100 through the Internet network 10, and a predetermined server (not shown in FIG. 1) connecting the base station controllers and the Internet network may be provided. It may be configured to connect to the medical server 100 through. As such, when data is delivered to the medical server 100, the medical server provides a corresponding service. In the case of non-urgent situation, for example, in the case of performing obesity-based services, the process of processing information on the current state and the like is transmitted to the mobile communication terminal 1, and the process of delivering data to the mobile communication terminal 1 This is done through an inverse process in which data is delivered to the medical server 100. On the other hand, in case of urgent need, for example, a hypertension patient, a message or a signal for urgent request is transmitted to the mobile communication switching system 5 in which the doctor corresponding to the patient, that is, the attending physician, is subscribed. In addition, when the mobile communication terminal is not registered to the attending physician or when the mobile communication service cannot be provided, data is transmitted to the doctor's computer 40 through the Internet network 10. It can be configured to deliver data as described above in all cases where an emergency or emergency is not required.

A process of generating a message in the medical server 100 and transmitting data to a primary care physician's mobile communication system is as follows. The medical server 100 accesses the mobile communication exchange system 5 of the attending physician and transmits a short message or an alarm message indicating an emergency to the address of the mobile communication terminal 8. The mobile communication switching system 5 then checks the position of the mobile communication terminal and transfers the data to the base station controller 6 in which the mobile communication terminal 8 is located, and the base station controller 6 is sent to the base station 7. Attempt to connect the call. Accordingly, the base station 7 may try to call the mobile communication terminal 8 and transmit a message. The mobile communication network may be configured as a mobile communication network capable of transmitting and receiving data measuring a patient's condition, for example, a system using IS-95 or a next generation mobile communication system such as IMT-2000 or UMTS. Can be used.

The mobile communication switching systems 4 and 5 may be connected to the medical server 100 directly or through an internet network 10 or a public network 20. In addition, when the immediate connection of the patient is required from the medical server 100, the phone number information of the mobile communication terminal for the patient and the attending physician may be received and the connection may be immediately performed through the mobile communication terminal between the patient and the attending physician.

In addition, since the medical server 100 is connected to the Internet network 10, general Internet subscribers can be configured to access basic information, and at the same time, the patient can directly connect through the Internet. That is, when the patient wants to connect directly, the patient's computer 30 is directly connected to the medical server 100 through the Internet network 10. In addition, the patient directly connected to the medical server 100 may log in with his or her ID, input data such as his or her condition, and check the prescription or connection with the attending physician.

2 is a control flowchart when transmitting patient information in a mobile communication terminal according to a preferred embodiment of the present invention. Hereinafter, a control process for transmitting patient information in a mobile communication terminal will be described in detail with reference to FIGS. 1 and 2.

In the following description, patient information generally refers to login information for accessing the medical server 100 and patient state information received through a measurement apparatus. In special cases, patient information and patient status information are distinguished and explained.

The mobile communication terminal 1 maintains the standby state in step 200. This waiting state generally refers to a condition requiring call reception or call reception and waiting for patient information transmission according to the present invention. The mobile communication terminal 1 maintains such a standby state and proceeds to step 202 to check whether patient information is required to be sent. The request for sending the patient information may be configured with a predetermined key in the mobile communication terminal, or may be configured to include the same in a menu. Alternatively, the measuring apparatus may be configured to transmit a signal for requesting transmission of patient information.

If the mobile communication terminal 1 is requested to send patient information, the mobile communication terminal 1 proceeds to step 204 and receives the measured data from the measuring device 50. This measured data depends on the measuring device. That is, as described above, data measured by the measuring device 50 among various types such as pulse, blood pressure, blood sugar, and body temperature are received. The mobile communication terminal 1 receives data through the serial communication port, and proceeds to step 206 to convert the data into transmission data. This conversion of data is configured differently according to the type of mobile communication network. In other words, if the packet data can be transmitted, the data is converted into packet data and transmitted. Otherwise, the packet data is transmitted as a short message or circuit data. In the following description, it is assumed that packet data transmission is possible. Accordingly, the mobile communication terminal 1 converts the received data into packet data for transmission in step 206 and then converts the received data into a wireless signal in step 208.

The data transmitted as described above is transferred to the medical server 100 through the process described with reference to FIG. 1. In operation 210, the mobile communication terminal 1 waits for a result of the patient information. This will be described as an example. When the patient requests the obesity management in the measuring device measures and transmits the necessary information such as the blood sugar value and body temperature pulse and the medical server 100 receives this data corresponding to the state, that is, the success of the diet, etc. It generates and transmits to the mobile communication terminal. On the contrary, if the patient is a blood pressure patient or a diabetic patient, and transmits the corresponding data, the medical server 100 checks whether the current state is an urgent situation and transmits a message according to the checked result or makes a call with the attending physician. To connect.

Accordingly, the mobile communication terminal 1 maintains the result standby state waiting for a result in step 210 after transmitting data in step 201. The mobile communication terminal 1 proceeds to step 212 and checks whether the result data is received through the radio signal. If the test result data is received, the process proceeds to step 214; otherwise, the process proceeds to step 216. When the mobile communication terminal 1 proceeds to step 216, the mobile communication terminal 1 checks whether a call is connected. If the call is connected as a result of the test proceeds to step 218, if the call is not connected continues to step 210. Accordingly, the mobile communication terminal must maintain a state of checking a packet channel and a paging channel requesting a call while waiting for a result.

When the result data is received in step 212, the transmitted message becomes a short message or a long message, and thus the mobile communication terminal 1 may receive data through the packet channel. Alternatively, delivery in a general short or long message may be configured to perform the same as a general text service. Therefore, upon receiving it, the mobile communication terminal 1 proceeds to step 214 and converts the received data to display the result data on a display unit such as a liquid crystal display panel.

On the other hand, when the medical server 100 requires an emergency, that is, when the call with the attending physician is connected to the attending physician and the channel. Therefore, if a call is requested as a result of the check in step 216, the mobile communication terminal 1 establishes a circuit channel for the call and proceeds to step 218 to perform a call. In other words, you can talk to your doctor.

3 is an internal block diagram of a medical server according to an exemplary embodiment of the present invention. Hereinafter, the internal configuration of the medical server and the operation of each configuration will be described in detail with reference to FIG. 3.

The controller 111 controls the overall operation of the medical server 100. A detailed description of the control operation of the control unit 111 will be described in more detail with reference to a control flowchart to be described later. The operator connection unit 112 provides an interface for receiving an operator computer or operator data for maintenance of the medical server 100. Therefore, the operator can receive the data input and store it or update it. The patient information database 113 stores information only for registered members, and the member information may store data in a form as shown in Table 1 below.

Patient name Resident registration number ID password Phone number Email Address Service name The name of the attending physician Doctor's phone number Physician's Email Address

As shown in Table 1 above, patient information should be retained. That is, the patient's name, social security number, registration ID, password, mobile phone number and e-mail address must be stored. It can also be configured to store medical insurance information. In addition, the subscriber can register a service to be provided. That is, when there are blood pressure and diabetes together, when diabetes and obesity are combined, or each service such as requiring only diet or skin care may be registered and a doctor may be set up according to the corresponding service. Such physicians may be able to connect with specialists in medical institutions available to patients in different regions. It must also store information about the attending physician. The information on the attending physician may be a name, a telephone number and an e-mail address of the mobile communication terminal.

In addition, the patient information database stores visual information of the data received from the patient, and output information or information relating to the attending physician using another table. This allows for ongoing management of the patient. In addition, the table stores an area for checking whether the data transmitted to the patient is delivered to the attending physician and a delivery method such as mobile communication or e-mail delivery.

The general medical information database 114 is used to match the received data with information according to the service when data is received from the patient. Therefore, information about each service should be stored. That is, in the case of the information about the diet, data for transmitting the diet state of the patient is stored according to the reception value of the blood sugar value, and when the threshold value is more than a predetermined threshold, a threshold value for connecting to the attending physician is set. It stores threshold data together with such matching information for other diseases such as blood pressure management or diabetes and has a predetermined threshold value. That is, the controller 111 is configured to connect this to the attending physician if the threshold value is more than a predetermined threshold. In addition, the provision information database 115 stores various data for providing for users connected through the Internet network 10.

The internet access unit 118 is connected to the internet network 10, and converts data into a necessary protocol in the Internet and transmits and receives it. That is, the server 100 may be connected to the mobile communication exchange system or the patient's computer terminal or the attending physician's computer through the Internet network 10. The mobile communication switching system connection unit 119 may be directly connected to the mobile communication system or connected to the public network 10. Therefore, in case of emergency of the patient, the doctor can directly connect with the terminal of the patient in real time using a mobile communication system.

4 is a control flowchart for providing medical information when receiving patient information in a medical server according to an exemplary embodiment of the present invention. Hereinafter, a control process for receiving patient information in a medical server according to the present invention will be described in detail with reference to FIGS. 1 to 4.

The control unit 111 of the medical server 100 maintains the standby state in step 300. The standby state is a generic term for a state of waiting from the Internet connection 118 and a state of waiting for reception of patient information from the mobile communication switching system connection 119 or of a connection for maintenance of an operator. The controller 111 maintains the standby state, and proceeds to step 302 to check whether the patient data is received. That is, patient information transmitted from the mobile communication terminal from the mobile communication exchange system access unit 119 or patient information received from the mobile communication exchange system through the Internet network 10 or logged in through a computer is stored. It is the process of checking whether it is received. 4 is a control flowchart according to a process in which data is generally received from a mobile communication terminal. Therefore, a separate control process will be described separately according to the internet connection.

The control unit 111 proceeds to step 304 when the patient data is received from the Internet access unit 118 or the mobile communication exchange system connection unit 119, and otherwise maintains step 300. In step 304, the controller 111 receives the received patient information and temporarily stores the received patient information in the RAM 117. In step 306, it is checked whether the correct patient information is received. That is, it is checked whether the patient's telephone number or the patient's ID and password or social security number have been correctly received. In the case of logging in through a computer, the log-in process is performed, so the process of step 306 is omitted. In addition, the mobile communication terminal 1 should store the information on the login in advance, and when receiving the patient's status information through the measuring device 50, should transmit the information of the patient with the pre-stored login data.

If the correct patient information is received in step 306, the controller 111 proceeds to step 310, otherwise proceeds to step 308 to perform error processing. The control unit 111 checks the requested service in step 310. That is, the user may request a predetermined service, that is, a service for diet or skin beauty or a specific disease, or may request information about all registered services. Therefore, when a specific service is required, the test is performed by matching the general medical information database 114 using the received patient state information. However, when all the services are required, if registered in at least two or more services, the service can be distinguished between services that can be examined with the information of the received patient and those that are not. If the service is available, the general medical information database 114 is examined and the matching data is temporarily stored in the RAM 117. In addition, the control unit 111 checks whether an emergency situation occurs as a result of the test for the service available for the service. As described above with reference to FIG. 3, in the case of a specific patient, a threshold value is exceeded and a connection with the attending physician is required.

In this case, the controller 111 proceeds to step 314 and, if otherwise, to step 318. First, the case where an emergency situation does not occur, that is, the case proceeds to step 314. If the emergency situation does not occur, the controller 111 proceeds to step 314 and provides the matched data through the reverse process of the received path. In this case, when a plurality of services are requested, a message indicating that the service cannot be generated is transmitted together with the service that cannot be matched. Therefore, when the mobile communication terminal 1 receives data to the Internet access unit 115 through the base station 2, the base station controller 2, the mobile communication switching system 4 and the Internet network 10, the control unit 111 ) Transmits a message to be transmitted to the number of the mobile communication terminal to the Internet access unit 115, and the Internet access unit 115 transmits data to the reverse process in which the patient information is transmitted through the mobile communication exchange system through the Internet network 10. Is delivered.

After the data is transmitted in this way, the controller 111 stores the data stored in the RAM 117 in the patient prescription table of the patient information database 113, and sends the stored data to an email address of the attending physician. Such email sending can be configured not to be unnecessary.

On the other hand, when proceeding from step 312 to step 318, the control unit 111 generates connection data. Such connection data can be provided by generating the phone number of the patient and the phone number of the attending physician shown in Table 1. In this case, the attending physician may be connected using a mobile communication exchange system directly connected to the medical server 100 through the mobile communication exchange system connection unit 119 regardless of the path where the data is received. That is, after providing the two telephone numbers to the mobile communication switching system, a connection is requested. Thereafter, the controller 111 proceeds to step 320. If the medical server 100 is not directly connected to the mobile communication switching system, it requires a connection between two terminals through the public network 20. Proceed to step 320.

The controller 111 waits for reception of the connection result data in step 302. The control unit 111 waits for the connection result data, and proceeds to step 322 to check whether the connection is successful. In other words, it is checked whether the connection result data is received from the mobile communication switching system or from the public network 20. If the test result connection is successful, the process proceeds to step 324 and stores the result data in the patient prescription table of the patient information database 113. You can also configure your doctor to send you status information by email.

On the contrary, if the connection between the patient and the attending physician fails, that is, if the process proceeds from step 322 to step 326, the counter is increased to step 328. The controller 111 checks whether the counter is greater than or equal to a predetermined value. If it is less than the predetermined number of times as a result of the inspection, the process waits for a predetermined time and then proceeds to step 318 again. In this case, if the predetermined number of times fails, the patient's status information may be configured to be transmitted to the attending physician's e-mail address.

As described above, there is an advantage in that the medical service can be provided without the patient directly looking for a medical institution. Therefore, in the case of patients who need continuous observation, there is an advantage that can continuously perform observation to the attending physician without being hospitalized as before. In addition, even if you receive services such as diet or skin care, there is an advantage that can be provided without having to look for a medical institution directly.

Claims (15)

An apparatus for providing information to a patient by receiving patient information and patient status information using a predetermined communication network, A patient information database that stores the patient's information, required medical services and the attending physician's information and accumulates the patient's status information; A general medical information database which is classified according to the type of medical service and stores a value of state information and corresponding patient action data for each medical service; A communication network connection unit for connecting to the predetermined communication network and providing an interface for transmitting and receiving data; When receiving the patient information and patient status information to the control unit for performing the control to detect the action data of the patient based on the general medical information database, and to transmit the detected data through the communication network connection unit Medical service providing apparatus using a communication system, characterized in that configured. The method of claim 1, wherein the control unit, The medical service providing apparatus using the communication system, characterized in that the control is performed so as to be connected between the patient and the attending physician through the communication network when the patient action data detection result. The method according to claim 1 or 2, Apparatus for providing a medical service using a communication system, wherein the communication network is connected through an internet network, a mobile communication network, or a public network. What is claimed is: 1. A method for providing information to a patient by receiving patient information and patient status information using a predetermined communication network, If the patient's status information is received through the communication network, matching the status information stored in the database of the requested medical service using the patient's status information; And providing patient information using the communication network and reading patient action information according to the matched data. The method of claim 4, wherein And if the read patient action information is an emergency, further comprising controlling a connection between the patient and the attending physician through the communication network. The method according to claim 4 or 5, The medical service providing method using a communication system, characterized in that the communication network is connected via a mobile communication network. In the system for providing a medical service to a patient in real time using a mobile communication system, A mobile communication system for receiving patient information and patient status information from a mobile communication terminal and transmitting the received patient information and patient status information to a medical server and transferring the result received from the medical server to the mobile communication terminal that has transmitted the patient information and patient status information; And a medical server configured to output a current state and a result of a patient to the mobile communication system using the patient information and the patient state information received through the mobile communication system. The method of claim 7, wherein Using a mobile communication system characterized in that for transmitting the patient information to the mobile communication system by transmitting the patient's status information to the mobile communication terminal using a measuring device that checks the patient's status information required for the medical service requested by the patient Health care delivery system. The method according to claim 7 or 8, Medical service providing system using a mobile communication system, characterized in that the measuring device is provided in a mobile communication terminal. The method according to claim 7 or 8, And the medical server transmits the result of the action through an email to a medical institution computer to which the attending physician of the patient to which the medical service is registered belongs. According to claim 7 or 8, And the medical server accumulates and stores the result of the action. The method according to claim 7 or 8, And the medical server delivers the result of the action through an email to the attending physician's computer of the registered patient. The method according to claim 7 or 8, When the result of the action requires an emergency, the medical server transmits the mobile communication terminal information and the connection request signal between the patient and the attending physician to the mobile communication system. The mobile communication system is a medical service providing system using a mobile communication system, characterized in that for connecting the mobile communication terminal of the patient and the mobile communication terminal of the attending physician. The method of claim 13, When the mobile communication system requires the connection between the patient and the attending physician, the mobile communication system provides the result to the medical server. The medical server provides a medical service providing system using a mobile communication system, characterized in that for receiving a connection result when requesting a connection to a mobile communication system and requesting a connection a predetermined number of times when the connection fails. The method of claim 14, The medical server provides a medical service providing system using a mobile communication system, if the medical server requests a connection after the connection fails, waiting for a predetermined time.