KR20040032729A - Antenatal training and remote medical treatment apparatus - Google Patents

Abstract

PURPOSE: An apparatus for antenatal training and remote medical treatment is provided to improve the effect of the antenatal training by providing a communication channel between an unborn child and a pregnant woman. CONSTITUTION: An antenatal training band(10) is comprised of a voice detector(20) and a sound source outputter(22). The voice detector(20) generates a voice detecting signal when voice of an unborn child and a pregnant woman is detected. The sound source outputter(22) outputs an oscillation to the abdomen of the pregnant woman. When the voice detecting signal is inputted from the voice detector(20) of the antenatal training band(10), a main controller(12) transmits it to an outside. When a bio-sound is transmitted from the outside, the main controller(12) outputs it to the sound source outputter(22). A remote controller(14) receives the voice detecting signal from the main controller(12) and generates a bio-sound corresponding to a pattern of the voice detecting signal to transmit it to the main controller(12).

Description

ANTENATAL TRAINING AND REMOTE MEDICAL TREATMENT APPARATUS}

The present invention relates to prenatal and telemedicine devices, and more specifically, the fetus and the mother make a comfortable nurturing environment of the fetus through the exchange of information with each other. The present invention relates to a prenatal and telemedicine device capable of realizing and remotely diagnosing the state of health of the mother and the fetus.

Previously, mothers knew everything as the best prenatal method that a mother could do by simply trying to listen to music such as classical music (prenatal music) or to listen to only good sounds for her fetus during pregnancy. .

However, in today's society, by ingesting milk instead of breast milk as a social environmental factor, the personality tends to be drastic and society becomes extreme due to individualistic and selfish educational environment, which can cause social problems.

In addition, modern society is so complex that there are many incidents and accidents, and through communication, the Internet, and the mass media, it is too easy to encounter the dark side of society, and there is a high risk of harming the mental health of the fetus and the mother.

That is, if information about the health of the mother and the fetus can be known in advance in real time or stored data, it is possible to prevent an emergency situation or disease of the mother and the fetus in advance, but the information on the mother and the fetus is accurately obtained. In some cases, the situation may threaten the health of the mother and fetus.

Therefore, to solve such a problem, the object of the present invention is to listen to the sound of nature and emotional music to the fetus equipped with a bio sound technology that can facilitate the conversation between mother and fetus IQ and EQ of the fetus To provide a prenatal and telemedicine device that develops mild personality and intelligence by developing.

Another object of the present invention was developed as a two-way dialogue system so that the mother and fetus can communicate with each other through the prenatal device and generate an audible frequency and deliver it to the mother's abdomen to obtain the same effect as the mother and fetus face to face. In particular, the sound of the fetus was developed so that the mother can hear, so that the mother learns the patterns of movements and reactions of the fetus, and provides a prenatal and telemedicine device incorporating bio sound technology to directly communicate with the mother.

Still another object of the present invention is to provide a prenatal and telemedicine device that maximizes the effect by reproducing the required music or message by storing a sound specially made to be suitable for prenatal and setting an operation time, or by repeating the reproducing.

Still another object of the present invention is to provide a prenatal and telemedicine device that can be downloaded and used in a sound package or software form by systematically and diversifying sounds that can be heard to the fetus according to the number of months of pregnancy.

Still another object of the present invention is to provide a prenatal and telemedicine device for storing fetal and mother's response data heart rate and body temperature change separately and using them as medical data.

Still another object of the present invention is to provide a prenatal and remote medical device for receiving fetal and maternal response data such as heart rate, temperature change data, etc. from a remote place using the Internet or a wireless communication network.

1 is a block diagram illustrating the concept of the prenatal and telemedicine apparatus according to the present invention;

2 is a system circuit block diagram showing in detail the configuration of the prenatal and telemedicine apparatus according to the present invention,

Figure 3 is a control flow diagram illustrating the main operation of the prenatal and telemedicine device in accordance with the present invention,

Figure 4 is a control flow diagram illustrating the additional operation of the prenatal and telemedicine device in accordance with the present invention,

Figure 5 is a control flow diagram illustrating a remote medical process through the prenatal and remote medical device according to the present invention,

6 is a diagram illustrating an example of a mother wearing a prenatal band in accordance with the present invention.

* Explanation of symbols for main parts of the drawing

10: Taegyo band 12: main control unit 14: remote control unit

16: external device 18: remote medical department 18b: medical terminal

20: voice detection unit 22: sound source output unit 24: body temperature detection unit

26: pulse detection unit 30: 1A / D conversion unit 32: the main government

34: 1st D / A converter 36: First amplifier 38: Transmitting and receiving switching unit

40: second A / D converter 42: second 2D / A converter 44: second amplifier

46: power supply 48: switch 50: memory

52: response controller 54: biosound generation unit 56: remote control unit

58: display unit 60: interface unit

The present invention relates to a prenatal and telemedicine device; A prenatal band (BAND) comprising a voice detector for generating a voice detection signal upon detecting the mother and the fetus and a sound source output unit for outputting a vibration sound to the abdomen of the mother; A main control device which transmits the voice detection signal to the outside when the voice detection signal is input from the voice detection unit of the prenatal band and outputs the sound source to the sound source output unit when receiving the bio sound from the outside; And a remote control device which receives the voice detection signal from the main control device, generates a bio sound corresponding to the pattern of the voice detection signal, and transmits the bio sound to the main control device.

With reference to the accompanying drawings, the prenatal and telemedicine device according to the present invention will be understood by the embodiments described in detail below.

1 is a block diagram illustrating the concept of the prenatal and telemedicine apparatus according to the present invention, Figure 2 is a system circuit block diagram illustrating a detailed configuration of the prenatal and telemedicine apparatus according to the present invention. 3 is a control flow diagram illustrating a main operation process of the prenatal and remote medical apparatus according to the present invention, and FIG. 4 is a view illustrating an additional operation process of the prenatal and remote medical apparatus according to the present invention. 5 is a control flow diagram illustrating a remote medical procedure through the prenatal and remote medical apparatus according to the present invention, and FIG. 6 is a diagram illustrating an example of a mother wearing a prenatal band according to the present invention. to be.

1 and 6, the prenatal and telemedicine apparatus according to the present invention is worn on the mother's abdomen 1 to detect the mother and fetus's voice, and to monitor the mother's body temperature and fetal pulse. A prenatal band 10 for detecting and outputting a vibrating sound to the fetus, a main control device 12 for amplifying a voice sense signal obtained from the prenatal band 10, body temperature and pulse rate, and the main control device 12 Remote control device 14 to remotely receive voice detection signals, body temperature and pulses from the device, store them in its own memory, and display them so that mothers or doctors can check them, and also use them for medical purposes, and Internet or wireless communication networks. Through receiving the body temperature and pulse data through the data analysis consists of a remote medical unit 18 that can diagnose the state of health of the mother and fetus.

In addition, the remote control device 14 is connected to an external device 16 such as a computer to transmit the body temperature of the mother or the fetal pulse, or to update or download the updated data in the form of a package. It is possible to use the detection data obtained from the mother and fetus as medical data.

According to such a configuration, the voice detection signal is transmitted from the bridge bridge 10 to the main control device 12, and the main control device 12 transmits the voice detection signal to the remote control device 14 and remotely control accordingly. When the device 14 generates a bio sound corresponding to the response pattern of the voice detection signal and transmits it back to the main control device 12, the main control device 12 transmits it to the sound source output unit. The vibration is applied to the mother's abdomen and the vibration is transmitted to the fetus in the belly.

Hereinafter, with reference to Figure 2 will be described in detail the configuration of the prenatal and remote medical care apparatus according to the present invention.

First, the prenatal band 10 is formed on one side of the belly band (2) to be worn on the mother's abdomen (1), the voice to generate a voice detection signal when the mother and fetus (3) voice is detected Detection unit 20, the sound source output unit 22 for outputting the vibration sound to the mother's abdomen to hear the fetus, the body temperature sensing unit 24 for detecting the body temperature of the mother, and detects the pulse of the fetus It consists of a pulse detection unit 26.

At this time, the voice detection unit 20 is made of a pickup (PICK-UP) sensor capable of extracting the breath and voice of the mother and fetus.

In addition, the sound source output unit 22 is composed of a vibrating element for generating an audible frequency to enable the transfer of sound close to nature.

And, although not shown in the figure may be further provided with a detection unit for detecting the heart sound (heart sound) of the fetus.

The prenatal band 10 having such a configuration can check the temperature of the mother and fetus, pulse, breath, heart sound, and voice, etc., thereby enabling accurate clinical grasp.

The presumptive band 10 is equipped with a vibration type speaker (not shown) or a general speaker (not shown) to transmit the vibration sound output from the sound source output unit 22 to the mother's abdomen 1 therein. The speaker may be surrounded by a sound absorbing member such as copper or silver or an alloy type sound absorbing member such that the speaker does not leak out of the mother's abdomen (1), or the space of the fiber layer may be configured such that the guiding band 10 has one or more fiber layers. It has a structure that can sufficiently provide the sound absorbing effect.

In addition, the guiding band 10 includes electronic component elements such as a voice sensing unit 20, a sound source output unit 22, a temperature sensing unit 24, a pulse sensing unit 26, and a main control device 12, which will be described later. One side of the presbytery band is formed in a zipper type so that the storage space is formed in the storage space (not shown) provided in the interior of the presumptive band.

In addition, the rear part of the guiding band 10, that is, the area in close contact with the mother's abdomen is preferably configured to further provide a fiber material capable of shielding electromagnetic waves in order to prevent the electromagnetic wave is absorbed into the human body.

Next, the main control device 12 detects a signal input from the pedometer band 10 and outputs a bio sound, and transmits and receives data with the remote control device 14.

The main control device 12 is a voice signal from the voice sensor 20 of the guiding band 10, a temperature from the body temperature sensor 24 and a pulse from the pulse sensor 26, that is, an analog signal. The first A / D converter 30 converts the voice detection signal and the sensing data such as pulse and body temperature into a digital signal, and receives various data from the first A / D converter 30 to perform internal calculations. A main controller 32 for outputting a control signal, a first D / A converter 34 for converting the sensed data converted from the main controller 32 into a digital signal to an analog signal, and outputting the analog signal; When the sensed signal is input to the main controller 32 from the first amplifier 36 to amplify the sensed data for transmission to the remote controller 14 and the voice detector 20 of the bridge band 10. The remote controller 14 converts the data into the transmission mode, and senses the voice of the overpass band 10. If the voice detection signal is not input from the unit 20, the transmission and reception switching unit 38 to switch to the data reception mode from the remote control unit 14, and if the analog data from the remote control unit 14 is received as a digital signal The second A / D converter 40 converting the signal to the main controller 32 and the second D / A converter for converting the bio sound converted into a digital signal from the main controller 32 into an analog signal. 42), a second amplifier 44 for amplifying the converted analog signal and outputting it to the sound source output unit 22, a power supply unit 46 for supplying power to each part of the main controller 12, And a switch unit 48 for turning on / off the power of the power supply unit 46 into the main control unit 12.

In this case, the power supply unit 46 uses a portable primary battery that is used for one time and disposed of like a battery, or is supplied with a separate external home power source and recharged through a charging device, such as a rechargeable battery that can be used semi-permanently. It is preferable to comprise a secondary battery.

In this way, the configuration of each part of the tracing band 10 is directly related to the signal input / output of the main control device 12 described above. Therefore, it is preferable to form the main controller 12 and the pedagogical band 10 integrally so as to be worn on the mother's abdomen 1.

Next, when the remote control device 14 receives data such as a voice detection signal, a pulse, and a body temperature from the main control device 12, the remote control device 14 generates a bio sound corresponding to the pattern of the voice detection signal and generates the main control device ( 12), in order to store the data received in this way in the memory unit 50 and use it as a medical material, it is connected to an external device 16 such as a computer to transmit and receive data.

Such a remote control device 14 is a memory unit 50 for storing the acoustic data for each pattern, acoustic data such as natural sounds and meditation sounds, such as waves and birds, as well as music such as classical music, and the main control device When receiving the voice detection signal from (12), the response controller unit 52 for comparing the signal pattern of the voice detection signal and extracting the appropriate sound data from the memory unit 50, and the bio sound according to the extracted sound data. Control operation for controlling the transmission of the biosound to the main control device 12 and storing the pulse and body temperature data in the above-described memory unit 50. Remote control unit 56 for storing the music data of a certain type and the mother himself owns the pulse and body temperature data calculated from the remote control unit 56, such as MP3 unit 57 Display unit 58 for display so that the company can easily check with the naked eye, and transfer the data stored in the memory unit 50 or received from the main control device 12 to an external device 16 such as a computer. Or an interface unit 60 for downloading updated data.

At this time, the memory unit 50, the sound data, such as music to be told to the fetus is limited in the capacity of the memory, so it is configured as a memory card free to replace so that the fetus can hear the sound of nature or music, etc. desirable.

In addition, the memory unit 50 stores sound data such as the music sound, the natural sound, and the meditation sound having a predetermined sound wave to relax the mind and body independently, or are combined according to a predetermined rule, and the sound data is provided in stages. The combined data is stored for output.

In addition, the remote control device 14 uses a predetermined transmission method such as CDMA, PDA, PCS, FM, RS232C, Ethernet, etc. to wirelessly remotely transmit data such as pulse and body temperature received from the main control device 12. The wireless communication unit 17 having is further configured.

On the other hand, the remote medical unit 18 is further provided with a remote medical unit 18 for diagnosing data such as pulse and body temperature from the remote control unit 14 at a remote location (eg, a hospital, etc.) deviated by a predetermined distance through the wireless communication unit 17. The medical treatment unit 18 is provided in the hospital 18a as shown in FIG. 2 and checks the received data so that the remote medical treatment is possible, and the medical terminal 18b and, optionally, a data storage unit for storing maternal and fetal data ( 18c).

And, the medical terminal 18b is of course to be performed using the same transmission protocol when transmitting and receiving data with the wireless communication unit 17.

The body temperature data or fetal pulse data detected by the prenatal band 10 may be stored in the memory unit 50 of the remote control device 14 or the data storage unit 18c of the remote medical unit 18 or the wireless operator ( It may be selectively stored in a separate storage medium provided in Figure 1). For example, the memory unit 50 of the remote controller 914 stores data received for each month, and the data storage unit 18c of the remote medical unit 18 stores data for each mother. In 14), the remote medical unit 18 is accessed, or the data stored in the remote medical unit 18 is accessed from the remote control device 14 to provide a structure for viewing the data.

Hereinafter, with reference to Figures 2 and 3 will be described the main operation process of the prenatal device according to the present invention.

First, when the switch unit 48 of the main controller 12 is turned on, the power supply of the power supply unit 46 drives the circuits throughout the main controller 32 such as the main controller 32. The power is turned on. In such a state, the voice detecting unit 20 of the prenatal band 10 attached to the mother's abdomen 1 detects the fetus and the mother's voice and outputs a voice detection signal (S100).

Since the voice detection signal is an analog signal, it is converted into a digital signal through the first A / D converter 30 and input to the main controller 32. The main controller 32 switches the internal switch (not shown) of the transmission / reception switching unit 38 to remotely transmit the voice detection signal to the remote control device 14 through the transmission line of the transmission / reception switching unit 38 accordingly. Switch to transmission mode. The main controller 32 converts the voice detection signal into an analog signal through the first D / A converter 34 and amplifies the voice detection signal through the first amplifier 36.

The amplified voice detection signal is transmitted to the remote control device 14 through the transmission line of the transmission and reception switching unit 38 in the state switched to the transmission mode (TX_MODE) (S102).

The remote control device 14 receives the voice detection signal in this way, which is input to the remote control unit 14.

In this way, the remote controller 14 operates by applying a control signal to the response controller 52 according to the received voice detection signal (S104).

Since the acoustic data for each pattern of the voice detection signal once received as described above is pre-stored in the memory unit 50, the response controller unit 52 outputs the acoustic data to the biosound generation unit 54. The sound source is extracted from the sound data to generate a bio sound (S106).

In this way, the bio sound generated by the remote controller 14 is received by the main control unit 32 of the main controller 12 without the detection signal from the voice sensor 20, that is, by the transmission / reception switch unit 38. When operating in the mode RX_MODE, it transmits to the main control device 12 (YES in S108). That is, when the transmission / reception switching unit 38 continuously receives the detection signal from the main control device 12 as the transmission mode, the transmission of the generated biosound must maintain the standby state for the time (S109).

In the case of switching to the reception mode, since the bio sound received from the remote controller 14 is an analog signal, the bio sound is converted into a digital signal through the second A / D converter 40 and input to the main controller 32. The main controller 32 converts such biosound into an analog signal through the second D / A converter 42 and amplifies it through the second amplifier 44.

Then, through the vibration element of the sound source output unit 22 of the guiding band 10 is converted into a vibration (振動) is applied to the mother's abdomen is the fetus feels such a vibration (S110).

On the other hand, with reference to Figures 2 and 4 will be described an additional operation of the prenatal and remote medical care apparatus according to the present invention.

First, in order to check the state of health of the mother and fetus, in addition to the voice sensing unit 20, the body temperature detecting unit 24 and the pulse detecting unit 26 for detecting the state of the mother and fetus are provided with a prenatal band 10. By detecting the body temperature and the fetal pulse from the mother (S120, S122).

Since the sensed data such as the detected body temperature and pulse are mostly analog signals, they are converted into digital signals through the first A / D converter 30 and input to the main controller 32, and from the main controller 32. The output sensed data is converted into an analog signal through the first D / A converter 34, amplified by the first amplifier 36, and transmitted to the remote controller 14 through the transmission line of the transmission / reception conversion unit 38. (S124).

Then, the remote control unit 56 of the remote control unit 14 receiving the sensing data from the main control unit 12 is stored in the memory unit 50.

At this time, it is preferable to store the accumulated pulse rate and body temperature change data in the memory unit 50, and to compare the data and the input sensing data to be used as more accurate clinical data when used as medical data. S128).

That is, the data stored in the memory unit 50 is output to the display unit 58 made of LCD (LCD) so that the mother or guardian and the doctor taking care of the mother can be checked to check the average pulse rate and body temperature. Done.

The sensed data is transmitted to the external device 16 through the interface unit 60 using the USB port of the external device 16 such as a computer, and utilized as cumulative data (S130, S132). .

On the other hand, according to the prenatal and telemedicine device of the present invention can be diagnosed from the remote state of maternal and fetal health will be described with reference to FIG.

As described above, in the state where the remote control device 14 receives the pulse rate and body temperature data of the mother and the fetus through the prenatal band 10 (S200), the remote medical care The control unit 56 transmits the detected data to the remote medical unit 18 through the wireless communication unit 17 (S200).

At this time, when the remote medical treatment is provided with a separate operation button not shown in the remote control device 14, it is preferable to enable the two-way data transmission with the remote medical unit 18.

However, if the remote medical care is not performed, only the additional process described in FIG. 4 is executed or the medical treatment is not performed (S220).

Subsequently, when the remote medical unit 18 receives the sensed data through the Internet network or the wireless communication network and displays the sensed data on the medical terminal 18b, the attending physician analyzes the data based on this, and optionally at least once. In the case of a mother receiving a remote medical examination, data stored in a data storage unit 18c or a separate storage medium (not shown) provided to a wireless operator or data about the mother and fetus stored in the memory unit 50 of the remote control device 14. Access to compare and analyze to diagnose the state of health (S206).

The diagnosed data is selectively stored in the data storage unit 18c (S208), and the result is transmitted to the main control device 12 in real time so that the mother can confirm it (S210, S212).

As described above, embodiments of the present invention have been described in detail, but the scope of the present invention is not limited thereto, and the scope of the present invention extends to the range substantially equivalent to one embodiment of the present invention.

As can be seen from the above description, according to the present invention, the fetus is equipped with a bio sound technology that allows the fetus to hear natural sounds and emotional music, and facilitates the conversation between the mother and the fetus. It has the effect of developing personality and intelligence.

In addition, there is an effect of maximizing the prenatal effect by storing the sound data specially made to be suitable for the prenatal, and setting the operating time to play the necessary music or message or by repeating the reproducing.

And, by forming a memory card that is easy to replace the memory, it is possible to hear a variety of sounds reflecting the pregnancy period and the growth rate of the fetus to the fetus.

In addition, the fetal and mother's response data pulse rate, body temperature changes can be stored separately and transmitted to external devices for use as medical data, and if the data is transmitted to a medical terminal such as a hospital through the Internet or wireless communication network, Data can be analyzed and diagnosed by the attending physician so that the mother and fetus can be identified in advance.

In addition, the presumping band according to the present invention is formed in a zipper type to accommodate the electronic control unit provided with a main control unit and various electronic elements and a storage space is formed in a predetermined portion, the presumping band, There is an effect that can be easily washed.

Claims (23)

A prenatal band (BAND) consisting of a voice detector for generating a voice detection signal upon detecting a mother and a fetus and a sound source output unit for outputting a vibration sound to the mother's abdomen; A main control device which transmits the voice detection signal to the outside when the voice detection signal is input from the voice detection unit of the prenatal band and outputs to the sound source output unit when the bio sound is received from the outside; And A remote control device which receives the voice detection signal from the main control device, generates a bio sound corresponding to the pattern of the voice detection signal, and transmits the bio sound to the main control device; Device. The method of claim 1, The prenatal and telemedicine device is characterized in that worn on the mother's abdomen. The method of claim 1, The prenatal and remote medical care device further comprises a; a body temperature sensing unit for detecting the body temperature of the mother and transmitting to the main control device. The method of claim 1, The prenatal and remote medical care device further comprises a; pulse detection unit for detecting the heartbeat of the fetus and transmits to the main control device. The method of claim 1, The prenatal band is one surface of the prenatal band such that the electronic unit (UNIT) including the body temperature detector, the pulse detector, the voice detector, the sound source output unit, and the main control unit can be stored and separated in a predetermined storage space inside the bridge. A prenatal and telemedicine device comprising a member such as a zipper or a Velcro tape. The method of claim 5, A part of the rear part of the taekwondo band in close contact with the mother abdomen is characterized in that consisting of a fiber material capable of electromagnetic shielding taekwondo and remote medical device. The method of claim 1, And a remote medical unit including a medical terminal and a data storage unit for receiving and diagnosing data such as a pulse and body temperature from the remote control at a predetermined distance away from the remote control device. Medical examination device. The method of claim 1, The sound source output unit is a prenatal and remote medical device, characterized in that composed of a general speaker or a vibration type speaker to output a vibrating sound that the fetus can feel. The method of claim 8, The speaker of the sound source output unit is surrounded by a sound absorbing member so that the vibration sound does not leak outside the mother's abdomen, or is mounted in a taekwondo band having one or more fiber layers, characterized in that configured to absorb the vibration sound using the space of the fiber layer. Prenatal and Telemedicine Devices. The method of claim 1, wherein the main control device, A first A / D converter for converting the voice detection signal into a digital signal when the voice detection signal is inputted from the voice detection unit of the prenatal band; A main controller for internally calculating and outputting a digital signal from the first A / D converter; A first D / A converter which receives the voice detection signal converted into the digital signal from the main controller and converts it into an analog signal; A second A / D converter for converting the bio sound from the remote controller into a digital signal and sending the bio sound to the main controller; A second D / A converting unit which converts the bio sound converted into a digital signal from the main controller into an analog signal and sends it to the sound source output unit; And a power supply unit for supplying power to the main control device. The method of claim 10, The power supply is a replaceable portable primary battery; taekgyo and remote medical device, characterized in that. The method of claim 10, The power supply unit is a secondary battery that can be used by charging and receiving a separate power; A prenatal and telemedicine device, characterized in that. The method of claim 10, A switch and remote medical device, characterized in that it further comprises; a switch unit for power input of the power supply. The method of claim 10, And a first amplifier for amplifying a signal when the voice detection signal output from the first D / A converter is transmitted to the remote control device. The method of claim 10, And a second amplifier for amplifying a signal when outputting the biosound output from the second D / A converter to the sound source output unit. The method of claim 1, The main control device is a prenatal and remote medical device, characterized in that formed integrally with the prenatal band. The method of claim 1, The main control unit transmits data to the remote control unit when a voice detection signal is input from the voice detection unit of the pretending band, and receives a biosound from the remote control unit when no voice detection signal is input from the voice detection unit. Transmitting and receiving switching unit that is switched to receive; Prenatal and remote medical device, characterized in that it comprises a further. According to claim 1, wherein the remote control device, A memory unit for storing acoustic data for each pattern; A response controller unit for extracting sound data from the memory unit according to a pattern of the voice detection signal when the voice detection signal is received from the main controller; A biosound generator for generating a biosound according to the sound data; And a remote control unit for controlling the transmission of the biosound to the main control device. The method of claim 18, And a display unit for displaying data remotely transmitted from the main control device. The method of claim 18, And an interface unit for transmitting the data remotely received from the main control device to an external device. The method of claim 18, The remote control device is a prenatal and remote medical care device, characterized in that it further comprises; MP3 unit for storing the mother and the music data of the predetermined format itself. The method of claim 18, And the remote control device further comprises a wireless communication unit having a predetermined transmission method so as to wirelessly remotely transmit data such as pulse, body temperature, etc. received from the main control device. The method of claim 18, The memory unit replaceable memory card; characterized in that consisting of taekgyo and remote medical device.