KR101553908B1 - An apparatus for measuring and managing health by using smart phone case, and the method thereof - Google Patents

Abstract

The health state measuring apparatus and method using the smartphone case of the present invention includes a sensor for measuring health state information in a smartphone case and a health state information of the user collected through a sensor installed in the smartphone case (Ubiquitous Health) system that enables users to check and manage their health status anytime and anywhere by analyzing and analyzing them through an application program installed on a smart phone The present invention relates to a health status measuring method using a smartphone case that can be constructed, and to a method thereof and a method thereof.

Description

TECHNICAL FIELD [0001] The present invention relates to an apparatus and method for measuring and managing a health state using a smartphone case,

The present invention relates to an apparatus and method for measuring and managing a health state using a smartphone case, and more particularly, to a smartphone case having a sensor for measuring a user's health state, The health status information of the user is analyzed and analyzed through the application program installed on the smart phone to provide the user with health information including the blood circulation status such as the stress index, electrocardiogram and blood vessel elasticity and hardness, And more particularly, to a device and method for measuring and managing a health state using a smartphone case that enables a user to easily measure and manage his / her health state.

Blood pressure and heart rate are the most commonly used in diagnosing the health status of the human body. Background Art Conventionally, blood pressure values such as a systolic blood pressure and a diastolic blood pressure, which are extracted from a human body, and a pulse rate are widely used as an easy-to-measure indicator as one judgment material for grasping a physical condition. However, for more detailed health status measurements, it is necessary to measure metered quantities such as oxygen saturation and circulatory dynamics, including electrocardiogram, body fat and stress index, including viscous resistance of blood vessels.

Recently, the word "3B" is reappearing in the American medical community. 3B is the blood pressure, blood circulation, and blood composition (fat), which is an indicator of the health check, for example, if lifestyle-related diseases can be prevented before 3 B's are checked. Among these, blood pressure and fat are universal measurement methods that can be routinely measured in ordinary households, but blood flow and peripheral blood circulation have not been easily measured in ordinary households. If the peripheral blood circulation is not smooth, the cells will not be supplied with enough oxygen and nutrients as needed, resulting in organ and tissue changes, resulting in life-style diseases.

An Accelerated Photoplethysmo Graph is an example of the state of the peripheral blood circulation which can be evaluated. The volume change of the blood with respect to the fingertip, that is, the change of the fingertip of the fingertip, is referred to as a pulse wave pulse wave. This has been widely used worldwide since the first half of 1970 and has been widely used in the diagnosis of cardiovascular diseases and in the judgment of therapeutic effects. However, due to the lack of undulation of the wave inflection point, there were complicated problems in analysis and interpretation. As a result of further investigation of such problems, an accelerating pulse wave which is undifferentiated two times with a pulse wave pulse wave as a main axis has been devised. It is possible to more easily and simply analyze and analyze the waveform pattern through the acceleration pulse wave. It is possible to analyze the blood circulation state such as the elasticity and hardness of the blood vessel by the acceleration pulse wave, and it is possible to early diagnose various cardiovascular diseases such as atherosclerosis and peripheral blood circulation disorder.

The present invention provides a smartphone that can measure a health condition information such as an electrocardiogram and a pulse wave in a smartphone case so that an individual can check his or her own health condition on a smartphone of a person, (Ubiquitous Health) system that can receive medical and health care services anytime and anywhere.

The following describes briefly the prior art which exists in the technical field of the present invention, and then describes a technical matter that the present invention intends to differentiate from the prior art.

First, Korean Patent Registration No. 1249274 (Mar. 23, 2013) relates to a bio-signal self-diagnosis system using a smart phone. The bio-signal measured by a portable health condition meter is continuously stored in a smart phone received by a local communication network Describes a technique for generating diagnostic data after collecting a one-time bio-signal measured by a portable health condition meter.

Korean Patent Laid-Open Publication No. 2012-0129398 (November 28, 2012) relates to a health information monitoring service method using a smart phone. The health information of a subject measured through a health information measuring terminal is transmitted to a smart phone through a Bluetooth communication And transmitting health information received by the smartphone through a mobile communication network or a Wi-Fi network to a health management server, thereby enabling the health status of the subject to be grasped without regard to the place.

Korean Patent Laid-Open Publication No. 2013-0033073 (2013.04.03) relates to a system for inspecting pulse, anemia, blood vessel elasticity, and oxygen saturation using a smartphone, and is capable of detecting various kinds of pulses, anemia, blood vessel elasticity and oxygen saturation By allowing the user to directly confirm the waveform of the biometric information using the display device of the smartphone, the user can easily grasp his / her pulse, anemia, blood vessel elasticity and oxygen saturation through the smartphone And the like.

The prior art document has some similarities with the present invention in that the user can check health state information of the measured user through a smart phone. However, as in the present invention, a measurement sensor is installed in a case of a smartphone, and a pulse wave and an electrocardiogram The above prior art document is based on the object, structure and effect of the present invention in that it does not disclose a technique for measuring health status information and transmitting the measured health status information through communication between a smartphone case and a smartphone There is a difference.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-described problems, and it is an object of the present invention to provide a sensor for measuring health condition information including electrocardiogram and pulse wave of a user from a user's finger in a smartphone case, The present invention provides a health state measuring device and method using the smartphone case that enables the user to check his or her health state anytime and anywhere by transmitting the health information to the smartphone.

In addition, the present invention may be configured to obtain the waveform of the acceleration pulse wave from the pulse wave of the user's health state information measured in the smart case, to determine the health state of the blood circulation state such as the elasticity and hardness of the user's blood vessel according to the type of the acceleration pulse wave waveform The present invention provides a method for measuring health status using a smartphone case and a method thereof.

In addition, the present invention may be interpreted and analyzed by a health state measurement and management application program (app) installed on a smartphone in analyzing and analyzing health state information of a user measured in the smartphone case, And the management app can use the smartphone case to provide health management and stress relieving contents including game, graphic and exercise method suitable for the current health state of the user together with the health information of the analyzed and analyzed user, Apparatus and method therefor.

In addition, the present invention can transmit a user's health information analyzed and analyzed to a user-designated place including a hospital, a public health center, a doctor, a family, or a combination thereof to enable remote medical treatment, (Ubiquitous Health) system which can confirm the health status of a patient by using a smartphone case.

A smartphone case according to an embodiment of the present invention includes a sensor unit including a PPG sensor unit including a PPG measurement sensor and a PPG circuit, an ECG sensor unit including an ECG measurement sensor and an ECG circuit, or a combination thereof; An interface module for communicating with the smartphone, receiving power from the smartphone, or supporting an interface for a combination thereof; And a CPU for transmitting data of a user's pulse wave, electrocardiogram, or combination thereof measured through the sensor unit to a smartphone, analyzing the data through a health state measurement and management application installed in the smartphone, And provides information on his / her health condition.

In addition, the ECG sensor unit may further include a body impedance measuring circuit, and the body fat percentage of the user can be measured through the body impedance measuring circuit.

The interface module may include at least one of a short range wireless communication method including RFID, NFC, Bluetooth or a combination thereof, a docking method of connecting to a communication terminal of a smart phone including USB, or a combination thereof .

In addition, the health state measurement and management application receives user information including personal information and health state information of the user, analyzes the pulse wave and electrocardiogram results measured in the smartphone case based on the user information, and provides the result to the user And provides contents including a game, exercise method, image, music, text, or a combination of them to help improve health condition including heart health, vascular health and stress index according to the analyzed health state of the user Or transmit a pulse wave and an electrocardiogram measurement result to a place designated by the user including a hospital, a public health center, a doctor, a family member, or a combination thereof, or a combination thereof.

According to another aspect of the present invention, there is provided a method for measuring and managing health status using a smartphone case, the method comprising: receiving user information from a health status measurement and management application installed in a smartphone of a user; According to the selection of the health condition measurement menu including the electrocardiogram measurement and the pulse wave measurement in the health state measurement and management app, information on the electrocardiogram, pulse wave, or combination thereof measured through the measurement sensor attached to the back of the smartphone case Receiving a transmission; Analyzing data on the electrocardiogram, pulse wave, or combination thereof transmitted by the health state measurement and management application with reference to the received user information; And providing the user with information on the health state of the user according to a result of the analysis by the health state measurement and management app.

The smartphone case may further include a sensor unit including a PPG sensor unit including a PPG measurement sensor and a PPG circuit, an ECG sensor unit including an ECG measurement sensor and an ECG circuit, or a combination thereof; An interface module for communicating with the smartphone, receiving power from the smartphone, or supporting an interface for a combination thereof; And a central processing unit (CPU).

In addition, the ECG sensor unit may further include a body impedance measuring circuit, and the body fat percentage of the user can be measured through the body impedance measuring circuit.

The interface module may include at least one of a short range wireless communication method including RFID, NFC, Bluetooth or a combination thereof, a docking method of connecting to a communication terminal of a smart phone including USB, or a combination thereof .

In addition, the health state measurement and management application receives user information including personal information and health state information of the user, analyzes the pulse wave and electrocardiogram results measured in the smartphone case based on the user information, and provides the result to the user And provides contents including a game, exercise method, image, music, text, or a combination of them to help improve health condition including heart health, vascular health and stress index according to the analyzed health state of the user Or transmit a pulse wave and an electrocardiogram measurement result to a place designated by the user including a hospital, a public health center, a doctor, a family member, or a combination thereof, or a combination thereof.

The present invention relates to a health state measurement and management apparatus using a smartphone case, wherein a sensor capable of measuring a health state including a user's vital sign, an electrocardiogram and a pulse wave from a user's finger is installed in the smartphone case, The health status information of the user measured by the sensor is transmitted to the smartphone using a docking device between the phone case and the smart phone or a short distance communication including RFID, NFC and Bluetooth, Analyzing and analyzing the transmitted health state information and providing the result to the user, and further providing the health information of the analyzed and analyzed user to a health care center designated by the user (hospital, public health center, doctor, etc.) U-Health (Ubiqu) that allows users to check and manage their health status it is possible to construct an itus health system, and the application program provides a health management and stress relieving method including a game, an image, a music and a exercise method according to a user's health condition, It has the effect of taking appropriate measures for your health condition.

FIG. 1 is an exemplary view for explaining a health state measurement and management apparatus using a smartphone case according to an embodiment of the present invention; FIG.
FIG. 2 is an exemplary view for explaining a smartphone case according to an embodiment of the present invention; FIG.
FIG. 3 is an exemplary view for explaining a docking device of a smartphone case according to an embodiment of the present invention; FIG.
FIG. 4 is an exemplary view for explaining a health state measurement and management app according to an embodiment of the present invention; FIG.
FIG. 5 is a flowchart illustrating a method of measuring and managing a health status using a smartphone case according to an embodiment of the present invention. FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an embodiment of a health state measuring apparatus and method using the smartphone case according to the present invention will be described with reference to the accompanying drawings.

FIG. 1 is an exemplary view for explaining a health state measurement and management apparatus using a smartphone case according to an embodiment of the present invention.

As shown in FIG. 1, the health state measurement and management apparatus using the smartphone case 100 of the present invention includes a sensor for measuring health state information in a smartphone case, Analyzing and analyzing the health state information of the user collected through the installed sensor through the health state measurement and management application program (hereinafter referred to as "the application") 200 installed in the smart phone and providing the result to the user, (Ubiquitous Health) system that can check and manage their health condition.

More specifically, due to the development and popularization of smartphone technology these days, the smartphone is a home appliance that combines various functions that provide a lot of contents including life, medical, entertainment and information, It is evolving. As a result of the above, the smartphone has become a necessity that is always possessed by modern society people, and the accessories therefor are also developing. The present invention can provide a health condition measurement sensor in the smartphone case 100 suitable for such a situation so that if the user carries the smartphone only without having to carry the health condition measuring device separately, Is an idea that allows the user to check his / her health condition using the case 100. In addition, the present invention not only checks the health status, but also the user's health status information analyzed and analyzed by the health status measurement and management application 200 measured by the smartphone case 100 is stored in a hospital, a health center, a doctor, Or a combination thereof, to be transmitted to the user-designated place 300, or conversely, to search for the user's health information, thereby systematically managing the health of the user. Also, when the measured health state of the user is an emergency, it is also possible to transmit the rescue signal to the emergency center along with the user's location information.

The health information of the user measured by the health state measuring sensor of the smartphone case 100 includes an electrocardiogram, a pulse wave, a stress index, and the like. For reference, the stress index can analyze the degree of stress accumulated in the human body by analyzing the autonomic nervous balance in the measured pulse wave. The autonomic nervous balance is to determine the cumulative information of the stress only by the ratio between the degree of activity of the sympathetic nerve and the activity of the parasympathetic nerve.

As a result, the present invention relates to a smartphone case 100 including a sensor and a communication module capable of measuring a health state of a user including a pulse wave and an electrocardiogram, And provides the result to the user through the health state measurement and management application 200 so that the user can measure his / her health state anytime and anywhere and accordingly respond appropriately.

The smartphone case 100 of the present invention and the health state measurement and management application 200 will be described in detail with reference to FIGS. 2 to 4 below.

2 is an exemplary diagram illustrating a smartphone case according to an embodiment of the present invention.

As shown in FIG. 2, the smartphone case 100 of the present invention is attached to a smartphone to not only protect the smartphone, but also a sensor capable of measuring health information and transmitting the measured information to the smartphone It includes features. An electrocardiography (ECG) sensor unit 110, a PPG (photoplethysmography) sensor unit 120, a CPU 130, and a communication module 140.

The CPU 130 controls the ECG sensor unit and the PPG sensor unit to collect the electrocardiogram and the pulse wave of the user and transmit the collected electrocardiogram and pulse wave information to the smartphone through the communication module 140 . The CPU 130 is interlocked with the smartphone through the communication module 140. The CPU 130 is connected to the health state measurement and management application 200 installed in the smartphone and receives the commands inputted from the health state measurement and management application 200 Command).

The ECG sensor unit is for measuring an electrocardiogram of a user and includes an ECG measurement sensor 111 and an ECG circuit 112. The ECG measurement sensor 111 is attached to the back surface of the smartphone case of the present invention and is formed of a positive electrode and a negative electrode so that the user can easily bring the index finger of the left hand and the right hand into the + Electrocardiogram can be measured by dam. In the same manner as described above, the ECG sensor measures the heart rate, P wave (atrial systolic), QRS wave (ventricular systolic), and T wave (ventricular diastolic) of the user. In addition, the ECG sensor unit may further include a body impedance measuring circuit to measure the body fat percentage of the user.

The PPG sensor unit is a photoelectric pulse wave measuring unit for measuring a user's pulse wave, and includes a PPG circuit 122 and a PPG measurement sensor 121, like the ECG sensor unit. The PPG measurement sensor 121 is installed on the back surface of the smartphone case 100 of the present invention and is a single device different from the ECG measurement sensor 111. The structure is such that the user inserts the end portion of the index finger. The measuring method irradiates the LED light to the user's finger, measures the reflected light or the transmitted light of the finger portion by the LED light, and measures the user's pulse wave therefrom. The rate of absorption of light gives the maximum value of heart rate systolic blood pressure and the minimum value of diastolic blood pressure, so that the strength of heart beat, the elasticity of blood vessels and the amount of blood remaining can be grasped. In addition, cumulative stress, that is, the degree of resistance of the external environment, can be grasped as a change in pulse, and the heart rate distribution, sympathetic activity, parasympathetic state, and autonomic balance can be compared with the ages.

For example, the smartphone case 100 of the present invention includes the ECG sensor unit and the PPG sensor unit for measuring an electrocardiogram and a pulse wave, and the technology for each sensor unit is based on a technique Therefore, a detailed description of each sensor unit for measuring the electrocardiogram and the pulse wave will be omitted.

The communication module 140 is responsible for communication between the smartphone case 100 and the smartphone of the present invention. The communication module 140 transmits the health status information of the user measured by the smartphone case 100 to the smartphone, And provides a communication interface so that the smartphone case 100 can be interlocked with an application installed on the mobile phone 100. [

The communication method of the smartphone case 100 with the smartphone case 100 may use a local communication method including NFC, RFID, Bluetooth, or a combination thereof, or a communication method using the docking device of the present invention .

3 is an exemplary view for explaining a docking device of a smartphone case according to an embodiment of the present invention.

3, the docking device 150 of the present invention is a connection device for physically connecting the smartphone case 100 of the present invention to a smartphone coupled to the smartphone case so as to enable communication therebetween , And the connection method is a method using the USB port of the smartphone.

Meanwhile, in supplying power for driving the components of the smartphone case 100, a small lithium battery may be built in the smartphone case, and the smart phone case (not shown) may be connected to the docking device 150 100 may be supplied with the required power from the smartphone battery connected thereto.

For reference, the design of the smartphone case shown in Figs. 2 and 3 is only one embodiment for explaining the configuration of the smartphone case of the present invention, and it is not necessarily the design shown in Fig. Currently, there are many designs of smart phones and smartphones of various designs will be released in the future. Accordingly, the smartphone case of the present invention can be manufactured in a design suitable for each smartphone with the above-described configuration.

FIG. 4 is an exemplary diagram for explaining a health state measurement and management app according to an embodiment of the present invention.

As shown in FIG. 4, the electrocardiogram and the pulse wave are measured using the smartphone case of the present invention and the measurement result is confirmed through the health state measurement and management application 200 installed in the smartphone. A user who uses the smartphone case 100 of the present invention can download and install the health state measurement and management application 200 through a homepage of an app store or a smartphone case manufacturer.

The user can input user information including personal information including his / her age, sex, height and weight, and health information including EHR and PHR to the health state measurement and management application 200. It is possible to analyze the health status information measured in the smartphone case 100 according to the user based on the inputted user information.

In addition to the user information input function, the health state measurement and management application 200 provides functions including health state measurement, health state result display, health management content and health information sharing. The health state measurement includes an electrocardiogram measurement and a pulse wave measurement function, so that the user can perform a desired type of measurement. When the user selects the ECG or pulse wave measurement, the health state measurement and management application 200 provides the user with a description of the measurement method and guidance on measurement steps such as start of measurement, measurement, and completion of measurement, A control signal is transmitted to the blood pressure monitor 100 to perform ECG and pulse wave measurement.

After the electrocardiogram and the pulse wave measurement are completed, the user can check the analyzed and analyzed results of the measured electrocardiogram and pulse wave through the health status preview function. The health state measurement and management app 200 of the present invention analyzes and analyzes the electrocardiographic results to determine whether the user's arrhythmia, cardiac hypertrophy, congenital heart malformation, heart valve disease, myocardial disease, coronary artery disease, The user can be provided with diagnostic results on heart health conditions including heart disease. The health state measurement and management application 200 analyzes and analyzes a pulse wave result to provide a diagnosis result of a vascular health state including hypertension, diabetes, hyperlipidemia, arteriosclerosis, heart disease, peripheral blood flow disorder and stress index to a user . Further, an acceleration pulse wave waveform is extracted based on the measured pulse wave. The acceleration pulse wave waveform classifies blood vessel health into seven types from A to G in a large degree. For example, the ECG analysis method and the pulse wave analysis method use a conventional analysis method. The essential point of the present invention is that the health state measurement and management application 200 analyzes and analyzes ECG and pulse waves, So that detailed description of the analysis process will be omitted. As a result, the present invention can analyze and analyze the electrocardiogram and pulse wave result of the user measured in the smartphone case by the health state measurement and management application 200, and provide the result to the user.

In addition, the health state measurement and management app 200 of the present invention provides contents suitable for the heart state, the blood vessel state, and the stress index result of the user analyzed and analyzed as described above. The contents include games, exercise methods, images, music, articles and the like, and the user can manage his / her health condition by using the recommended contents according to his / her health condition. In addition to the passive prescription for recommending contents suitable for the user's health state, the health state measurement and management application 200 of the present invention transmits the health state of the user to a related institution including a specialized medical institution designated by the user, It is also possible to prescribe an accurate diagnosis according to the health condition.

That is, the health state measurement and management app 200 of the present invention provides a health information sharing function. Since the personal information of the user is included in the health information, sharing of the user's health information with an organization other than the user is limited to a user-designated organization set by the user. The user authority may be a medical institution such as a hospital and a public health center, a person such as a doctor and a family member, or a specific server and a database managing the user's EHR and PHR. However, when the measured state of the user is in an emergency such as an emergency, it is also possible to transmit the user's state information together with the location information to a nearby emergency room such as a hospital emergency room or 119.

Furthermore, by using the health information sharing function of the user, the user can implement a U-Health system that allows a user to receive a remote medical service from a doctor at any time. The medical condition measurement and management application 200 performs basic medical care through a video call with a doctor. The electrocardiogram and pulse wave are measured using the smartphone case 100 of the present invention and transmitted to a doctor. .

FIG. 5 is a flowchart illustrating a method for measuring and managing a health state using a smartphone case according to an embodiment of the present invention. Referring to FIG.

As shown in FIG. 5, the health state measurement and management method using the smartphone case of the present invention first installs a health state measurement and management app on a user's smartphone and inputs user information (S101). The user selects a health state measurement menu including electrocardiogram measurement and pulse wave measurement in the health state measurement and management application and measures the electrocardiogram and pulse wave by putting the index finger on the measurement sensor attached to the back side of the smartphone case (S102) . The smartphone case transmits the measured electrocardiogram and pulse wave information to the smartphone (S103). The health state measurement and management app interprets and analyzes the transmitted electrocardiogram and pulse wave information with reference to the inputted user information, and provides a user health state result to the user (S104). A content including a game, a exercise method, a video, a music, an article, or a combination thereof suitable for improving a health condition according to the user's health state is provided (S105). The health information of the user is transmitted to a place designated by the user including the hospital, the public health center, the doctor, and the family (S106).

As described above, by using the smartphone case and the health state measurement and management app of the present invention, users can easily check their health status at any time and anywhere and can cope with them without having to carry a separate medical instrument. In addition, And can implement a ubiquitous health system capable of remotely receiving medical care, communicating the health state of the patient to the family in real time, and storing and managing his or her own medical records.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be taken by way of limitation. I will understand that. Accordingly, the technical scope of the present invention should be defined by the following claims.

100: Smartphone case 111: ECG measurement sensor
112: ECG circuit 121: PPG measurement sensor
122: CPU (130) 130: CPU
140: Communication module 150: Docking device
200: Health measurement and management app 300: Custom place

Claims (9)

A sensor portion including a PPG sensor portion including a PPG measurement sensor and a PPG circuit, an ECG sensor portion including an ECG measurement sensor and an ECG circuit, or a combination thereof;
An interface module supporting communication with the smartphone and supporting an interface powered by the smartphone; And
A smartphone case including a CPU; And
And a smartphone for receiving data on a user's pulse wave or electrocardiogram measured through the sensor unit and analyzing the data through a health state measurement and management application to provide information on a health state of the user to the user,
The health state measurement and management application includes:
The user's information including the user's personal information and the health state information is received and analyzed on the basis of the received user information to analyze the pulse wave or electrocardiogram measured in the smartphone case and provide the result to the user, A content including a game, a exercise method, an image, a music, an article, or a combination thereof to help improve a health condition including a heart health, a vascular health or a stress index of a user, State measurement and management device. The method according to claim 1,
The ECG sensor unit includes:
And a body impedance measuring circuit, wherein the body fat percentage of the user can be measured through the body impedance measuring circuit. The method according to claim 1,
Wherein the interface module comprises:
A wireless communication method including at least one of RFID, NFC, Bluetooth or a combination thereof, a docking method of connecting to a communication terminal of a smart phone including USB, or a combination thereof. Device for measuring and managing health status using case. The method according to claim 1,
The health state measurement and management application includes:
Transmit pulse wave or electrocardiogram results to a user-specified location, including a hospital, health center, physician, family member,
The user's personal information and the health information of the user included in the PHR (Personal Health Record) are transmitted to the hospital,
When the health state of the user is an emergency, the user transmits the rescue signal to the emergency center designated by the user together with the current location information of the user,
Or a combination thereof. 2. The apparatus for measuring and managing health state using a smartphone case according to claim 1, A step of receiving user information from a health state measurement and management application installed in a user's smartphone;
An ECG sensor unit including a PPG sensor unit including a PPG measurement sensor and a PPG sensor, an ECG measurement sensor, and an ECG circuit in accordance with the selection of a health condition measurement menu including electrocardiogram measurement or pulse wave measurement in the health state measurement and management app, Or a combination thereof, an interface module that supports communication with the smartphone, an interface module that supports an interface powered by the smartphone, and an interface module that supports communication with the electrocardiogram or pulse wave measured through the smartphone case, Receiving information;
Analyzing health state of the user by referring to the received user information of the transmitted ECG data or pulse wave data by the health state measurement and management app; And
And providing the user with information about the health status of the user analyzed by the health state measurement and management app,
The health state measurement and management application includes:
The user's information including the user's personal information and the health state information is received and analyzed on the basis of the received user information to analyze the pulse wave or electrocardiogram measured in the smartphone case and provide the result to the user, A content including a game, a exercise method, an image, a music, an article, or a combination thereof to help improve a health condition including a heart health, a vascular health or a stress index of a user, How to measure and manage status. delete The method of claim 5,
The ECG sensor unit includes:
And measuring a body fat percentage of the user through the body impedance measuring circuit, wherein the body fat percentage is measured by the body impedance measuring circuit. The method of claim 5,
Wherein the interface module comprises:
A wireless communication method including at least one of RFID, NFC, Bluetooth or a combination thereof, a docking method of connecting to a communication terminal of a smart phone including USB, or a combination thereof. Measuring and managing health status using cases. The method of claim 5,
The health state measurement and management application includes:
Transmit pulse wave or electrocardiogram results to a user-specified location, including a hospital, health center, physician, family member,
The user's personal information and the health information of the user included in the PHR (Personal Health Record) are transmitted to the hospital,
When the health state of the user is an emergency, the user transmits the rescue signal to the emergency center designated by the user together with the current location information of the user,
Or a combination thereof. 2. The method of claim 1,

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