KR20150096130A - System for personal health care solution based on smartphone - Google Patents

Abstract

The present invention relates to a smartphone based personal health care system. Conventionally, the personal health care system has disadvantages of being cumbersome, expensive and incapable of performing mutually linked analysis or providing information since the system requires installation of various types of devices and app applications for a user to use multifunctions in a single configuration so a smartphone is connected to one personal health care system such as a body fat measuring device, low frequency therapeutic apparatus, body temperature measurer, pulse wave measurer, blood glucose monitoring device, etc. The present invention is configured in a method such that: an app application for selecting and controlling health care modules including body fat measurement, body temperature measurement and low frequency output and analyzing and displaying measurement guidance and measurement result is installed to a smartphone; multiple personal health care system modules including body fat module, body measurement module and low frequency output module are mounted to a multi health care terminal which is connected to the smartphone; and data of low frequency output control, exercise therapy and diet therapy can be provided by individually using or analyzing linked information by selecting a mode.

Description

[0001] The present invention relates to a smartphone-based personal healthcare system,

The present invention relates to a smartphone-based personal healthcare system, and more particularly, to a healthcare device that is detachable to a smartphone, and a plurality of healthcare measurement modules including a low-frequency therapy device module, a body fat measurement module, and a body temperature measurement module are installed And a smartphone-based personal health care system capable of controlling a healthcare device, measuring biometric information, and analyzing information using an app application of a smartphone.

The portable bio-information measuring device is used for attaching or attaching an electrode pad or a sensor device to a body and measuring the body fat, blood alcohol concentration, blood pressure, pulse, blood sugar, cholesterol, iron level, liver blood, blood flow, Healthcare devices for self-health screening are known.

As described in Korean Patent Laid-Open Nos. 10-2006-0009035 and 10-2005-0099780 and registered utility model No. 20-0305406, the limitation of biometrics is limited to pulse or blood pressure, Requires an external device such as a bracelet or band for contact with the human body of the sensor, as shown in the existing portable device or as shown in Publication No. 10-2006-0009035.

On the other hand, there is a low-frequency therapy device that provides low-frequency stimulation in the healthcare device. It is usually used as one of the physical therapy devices. It is used to help the treatment by preventing the degeneration of muscles or blood circulation do. A low-frequency stimulator connected to a smartphone is known from Korean Patent No. 10-1277465 (Feb. 17, 2013). This low-frequency stimulator is a smartphone capable of performing low-frequency stimulation with high voltage and low current, A low-frequency stimulator is connected.

However, the conventional portable bio-information measuring device and the low-frequency stimulator connected to the smartphone are capable of performing only one function of the measuring device for attaching / detaching to / from the smartphone. In order to use the low- Module, a blood pressure measurement module is required for blood pressure measurement, and a body fat measurement module is required for body fat measurement.

As a result, the conventional healthcare devices, which are conventionally used in connection with a smartphone, are each configured to implement only one function. The healthcare devices include a plurality of healthcare devices, It is troublesome and complicated that a large number of devices must be provided.

Korean Unexamined Patent Application Publication No. 10-2006-0009035 (2006.01.27) "Mobile communication terminal using biometrics" Korean Patent No. 10-1277465 (June 17, 2013) "A low-frequency stimulator connected to a smartphone"

In the present invention, a body fat measuring device, a blood pressure measuring device, a body temperature measuring device, and a low-frequency therapeutic device module are installed in a single healthcare device connected to a smartphone so that various functions of a personal healthcare measurement analysis function can be selectively used To provide a smartphone-based personal healthcare system.

In addition, the present invention is intended to provide a more accurate and various personal health information by analyzing measurement information of healthcare modules and using the collected information as mutual link information.

A smartphone-based personal healthcare system according to the present invention comprises:

A smartphone installed with an app application for analyzing and displaying mode selection, control, and measurement results of a personal health care module including body fat measurement, body temperature measurement, and low frequency output control;

A body fat measurement module connected to the smartphone for controlling mode selection, output and measurement through the app application, for outputting and measuring an electric signal for measuring body fat by connecting a measurement pad and a low frequency electrode pad, A plurality of personal healthcare modules including a body temperature measuring module and a low frequency output module for outputting a low frequency electric stimulation signal are included and a mode is selected and controlled through the app application .

The server further includes a server that is connected by the app application. The server receives user information, measured body fat information, and body temperature information, and provides the guide information on exercise therapy and diet therapy through analysis. .

The app application installed in the smartphone includes:

As a multi-health care app application downloaded and installed from a server,

 An up / download control unit for controlling up / download with the server;

A mode selector for providing an icon for selecting a body fat measurement, a body temperature measurement, a low frequency output mode, and controlling a mode selection of the multi-health care terminal according to a selected mode;

A usage guide unit for graphically displaying on the screen the modeling character of the human body, a position and an electrode pad attaching position for measuring body fat and outputting low frequency waves;

A measurement analysis unit for receiving and analyzing information measured from a multi-healthcare terminal and displaying measurement results;

An information providing unit for uploading measurement analysis information of the measurement and analysis unit to a server and managing the uploaded measurement information by a personal information history and downloading and providing customized exercise therapy dietary information provided from a server;

And automatically sets a reference database for a low-frequency output electrode pad attachment position, a low-frequency output frequency, an output strength, and a time for each low-frequency output electrode pad position based on the body fat measurement analysis information of the measurement and analysis unit, And a low frequency output control unit for controlling the low frequency output mode of the multi-health care terminal.

The multi-health care terminal includes:

A smartphone connection port for connecting the smartphone with data input / output enabled;

A plurality of pairs of electrode pads connected to the body fat measurement module and including an electrode pad for measuring an amount of body fat and an electrode pad for reception and a pair of electrode pads connected to the low frequency output module for providing electric stimulation by a low- A plurality of electrode ports for connecting the electrode pads of the plurality of electrode pads;

And a power port for receiving operation power within the multi-health care terminal.

The multi-health care terminal includes:

An A / D converter for inputting / outputting data to / from the smartphone; a power input unit receiving power from a smartphone;

A microprocessor communicating with an app application of a smartphone through the A / D converter to selectively control body fat measurement, body temperature measurement, low frequency output mode, and transmit measurement information to an app application of a smartphone;

A mode controller for switching body fat measurement, body temperature measurement, and low frequency output mode by the microprocessor;

A body fat measurement module including a signal output unit for selectively outputting a signal for measuring body fat through an electrode pad and a signal measurement unit for receiving a measurement signal detected through an electrode pad;

A body temperature measuring module including a body temperature measuring unit and a temperature sensor for selectively measuring body temperature through the mode control unit;

A low frequency control unit for selectively generating a low frequency signal for low frequency treatment by the mode control unit, a frequency generation unit for controlling a low frequency frequency of the low frequency control unit, and a signal output unit for outputting the low frequency output generated by the low frequency control unit to the electrode pad And a control unit.

The power input unit of the multi-

And receives the external power through the power supply of the smart phone or the external power input port to supply the operating power of the multi-health care terminal.

The power input unit of the multi-

And the power input through the external power input port is supplied to the battery charging power source of the smart phone.

The temperature sensor of the body temperature measurement module may include a temperature sensor installed on the outer surface of the multi-health care terminal or a body temperature measurement port connected to the body temperature measurement unit. The temperature sensor may be provided at the distal end, And a measurement probe.

In the multi-health care terminal,

And a plurality of display LEDs for displaying the selected module and operation status through the mode control unit.

According to the present invention, a plurality of personal healthcare functions can be selectively implemented by connecting one multi-healthcare terminal to one smartphone. That is, the present invention can selectively use body fat measurement, body temperature measurement, and low frequency output function with only one terminal, thereby reducing the cost of a personal healthcare apparatus and providing convenience of use. In addition, the present invention can be selectively used by incorporating a plurality of personal care modules in a single terminal, so that it is possible to analyze and control individual health care functions and to provide information by link analysis, It is possible to provide a variety of personal healthcare information measurement and analysis, and various information using the same, more than conventional personal healthcare devices.

1 is a schematic diagram of a smartphone-based personal healthcare system in accordance with the present invention;
2 is a detailed block diagram of a smartphone-based personal healthcare system according to the present invention.
3 is a detailed block diagram of a multi-health care app application of a smartphone according to the present invention.

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

FIG. 1 is a schematic diagram of a smartphone-based personal healthcare system according to the present invention. FIG. 2 is a detailed configuration diagram of a smartphone-based personal healthcare system according to the present invention. This is a detailed configuration diagram of the Care App application.

A smartphone-based personal healthcare system according to the present invention comprises:

A smartphone 10 including a mode selection and control of a plurality of healthcare modules including body fat measurement, body temperature measurement and low frequency output, and an app application 20 for analyzing and displaying usage guidance and measurement results;

A body fat measurement module 150 for outputting and measuring an electric signal for measuring body fat by connecting electrode pads, a body temperature measurement module 160 for body temperature measurement, and a low frequency output module 170 for outputting a low frequency electric stimulation signal A plurality of healthcare modules including a plurality of healthcare modules including a plurality of healthcare modules connected to the smartphone 10 for controlling output and measurement by mode selection through the application 20 and transmitting measurement information to a smartphone, (100).

The present invention further includes a server 30 connected on-line by the app application 20. Guide information for body fat measurement, body temperature measurement and low frequency output is stored in the server 30, (10), receives user information, measured body fat information, and body temperature information from the user's smartphone (10) and provides guide information on personalized exercise therapy and diet therapy to the corresponding smartphone .

The app application 20 installed in the smartphone 10 is a multi-healthcare application app downloaded and installed from the server 30,

 An up / download control unit 21 for controlling up / download with the server 30;

A mode selection unit 22 for providing an icon for selecting a body fat measurement, a body temperature measurement, and a low frequency output mode, and controlling a mode selection of the multi-health care terminal 100 according to a selected mode;

A usage guide unit 23 for guiding the usage method and the procedure for each mode selected by the mode selection unit 22 and graphically displaying on the modeling character of the body the position of attachment of the electrode pad for body fat measurement and low frequency output, Wow;

A measurement analyzer 24 receiving and analyzing the measured information from the multi-healthcare terminal 100 and displaying the measurement result;

The measurement analysis information of the measurement and analysis unit 24 is uploaded to the server 30 to be managed by the personal information history and the information providing unit for downloading and providing the customized exercise therapy diathesis information provided from the server 30 25,

Based on the body fat measurement and analysis information of the measurement and analysis section 24, automatically sets a preset database for the low-frequency output electrode pad attachment position, the low-frequency frequency for each low-frequency output electrode pad position, And a low frequency output control unit 26 for controlling the low frequency output mode of the multi-health care terminal 100 through the use guide unit 23.

2 is a block diagram of a smartphone-based personal healthcare system according to the present invention.

The multi-health care terminal (100)

An A / D conversion unit 110 for inputting / outputting data to / from the smartphone 10; a power input unit 120 receiving power from the smartphone 10;

And controls the body fat measurement, body temperature measurement, and low frequency output mode by communicating with the app application 20 of the smartphone 10 through the A / D converter 110. In addition, A microprocessor (130) for transmitting to the application (20);

A mode controller 140 for switching body temperature measurement, body temperature measurement, and low frequency output mode by the microprocessor 130;

A signal output unit 151 selectively controlled through the mode control unit 140 to output a signal for measuring body fat through the electrode pad 200 and a signal measurement unit 130 receiving a measurement signal detected through the electrode pad 200. [ A body fat measurement module 150 including a body fat measurement module 152;

A body temperature measurement module 160 including a body temperature measurement unit 161 and a temperature sensor 162 for selectively controlling the body temperature by the mode control unit 140;

A low frequency controller 171 selectively controlled by the mode controller 140 to generate a low frequency signal for low frequency treatment, a frequency generator 172 for controlling a low frequency frequency of the low frequency controller 171, and a low frequency controller 171 And a signal output unit 173 for outputting the low frequency output generated from the low frequency output terminal to the electrode pad.

In addition, the multi-health care terminal (100)

A smartphone connection port 101 for connecting the smartphone 10 so as to enable data input / output;

An electrode pad for receiving an electric signal for measurement of body fat and an electrode pad connected to the body fat measurement module 150 for reception and a pair of electrode pads connected to the low frequency output module to provide electric stimulation by a low frequency output A plurality of electrode ports 102 connecting the plurality of electrode pads 200 to each other;

And a power port 104 for receiving operation power from the outside of the multi-health care terminal 100.

The microprocessor 130 further includes a memory slot 180 for storing user information, body fat measurement information, body temperature measurement information, and low frequency output information in the external memory 181 under the control of the microprocessor 130 do.

The memory slot 180 is formed by installing one or both of an SD memory slot and a micro memory slot.

The power input unit 120 of the multi-

And receives power from the power source of the smartphone 10 or the external power input port 104 to supply the operating power of the multi-healthcare terminal 100.

In addition, the power input unit 100 of the multi-

And the power input through the external power input port 104 is supplied to the battery charging power supply of the smartphone 10. [

The temperature sensor 162 of the body temperature measurement module 160 has a temperature sensor installed on the outer surface of the multi-health care terminal 100 or a temperature measurement port connected to the body temperature measurement unit 161, And a body temperature measuring probe provided at a distal end portion of the body temperature measuring probe and detachable from the body temperature measuring port.

In the multi-health care terminal 100,

And a plurality of display LEDs for displaying the selected module and the operation status through the mode control unit 140. In addition,

The body-fat measurement module 150, the body temperature measurement module 160, and the low-frequency output module 170 are exemplified as the smartphone-based multi-health care system according to the present invention. However, the present invention is not limited to this, Module, a pulse wave measuring module, and the like. The measuring device known as a personal health care device may be modularized and mounted in the multi-health care terminal 100 of the present invention, so that measurement and control can be performed by mode selection . In addition, the app application 20 can control the output in conjunction with a plurality of measurement information so that it can be used effectively.

For example, one of the functions of the present invention is to measure body fat by body parts, attach a low-frequency output electrode pad to a part requiring an intensive diet, and apply electric stimulation to the body part.

For this purpose, it provides partial position measurement information for body fat measurement and analyzes the measured information to provide information such as low frequency output position and low frequency output intensity and time. In case of no user selection, low frequency output intensity And time are automatically controlled.

Such information is systematically databaseed in advance on the basis of expert analysis and experimentally obtained data of the expert in the server 30, and is downloaded to the user's smartphone so that the low-frequency output control of the user is performed.

The multi-healthcare terminal 100 is configured to receive power from the smartphone 10 and perform basic operations. The smartphone connection port 101 is configured as a USB port so that the smartphone 10 can be connected to the USB port and data can be input together with the data communication. The microprocessor 130 controls the mode selection, the output control, and the measurement information transmission / reception control under the control of the app application 20 of the smartphone 10. The mode control unit 140 includes a body fat measurement module 160, The module 160 and the low frequency output module 170 may be selected and connected to the microprocessor 130 to perform measurement and output control.

The body fat measurement module 150 generates a measurement signal of a specific frequency and outputs the measurement signal to one of the electrode pads in the signal output unit 151 and receives a signal received through the other electrode pad, The body fat measurement is performed by measuring the impedance of the received signal relative to the signal. The impedance measured by the microprocessor 130 may be analyzed and provided as body fat information. Preferably, the body fat information is analyzed based on the impedance measured by the app application 20 installed in the smartphone 10, It is processed as body fat measurement information at that position. The present invention can analyze and provide the body fat index, the muscle mass, the fat mass, the BMI index, and the obesity degree according to the user's personal information (age, sex, height, weight) and measured impedance information.

The body temperature measuring module 160 may include a body temperature measuring probe connected to the body temperature measuring unit although the temperature sensor 162 may be exposed on the surface of the multi-health care terminal 100 to measure the body temperature, The temperature of the body can be measured by using a probe.

The low frequency output module 170 controls the low frequency generation frequency in the frequency generation section 172 and generates a low frequency signal according to the frequency and the output intensity under the control of the frequency generation section 172 in the low frequency control section 171 And outputs it through the electrode pad in the signal output unit 173. [

The low frequency output module 170 is configured to be automatically controlled by the low frequency output frequency, the intensity of the output, and the output time controlled by the app application 20 of the smartphone 10.

Accordingly, the user can adjust the frequency and intensity time of the electric stimulation through the app application 20 of the smartphone 10. In the automatic mode, the user is controlled by preset default information, The frequency of the low frequency output, the intensity of the output, the time, and the like are automatically set for each site according to the measured body fat percentage for each site so that the low frequency output module 170 is controlled.

The low-frequency output according to the present invention applies low-frequency electrical stimulation by attaching an electrode pad to each part of the body such as a neck, a shoulder, a biceps, a waist, a thigh, a calf and the like and obtains a massage, acupressure, So that a plurality of stages (for example, steps 1 to 10) can be set by differentiating the output intensity according to the output intensity and time, and the low frequency output information of the user is stored and managed as history information can do.

In the present invention, the memory slot 180 is provided to detach the external memory 181, and the microprocessor 130 stores usage information for each mode, and stores information on the measured information and low frequency output information Make history information available.

The app application 20 of the smartphone 10 downloads and installs the multi-health care app application from the server 30 and the up / download control unit 21 controls the up / down of the information. When the corresponding application 20 is executed, the mode control unit 22 first provides a mode selection icon so that the user can select the mode selection icon. When the user selects a desired mode, the mode selection unit 22 outputs the corresponding mode selection and corresponding mode control signal to the multi-health care terminal 100, and the usage guide unit 23 guides the usage method of the selected mode do. Accordingly, in the multi-healthcare terminal 100, the currently selected module is displayed through the LED, and the user connects the electrode pad to the corresponding port to attach the electrode pad to the body part to use as a body fat measurement or a low frequency output function.

When the position of each part of the body is to be specified such as body fat measurement and low frequency output, the method of use is to graphically display the position and order of the electrode pad on the character modeled on the human body, Provide information.

In response to such instructions, the user attaches the electrode pad 200 connected to the multi-healthcare terminal 100 to the guided position to start the measurement or to start the low-frequency output, and the corresponding mode operation is performed.

The measurement analysis unit 24 analyzes and stores the body fat percentage at the position according to the impedance measured at the time of measuring the body fat, and when the body fat measurement for a plurality of necessary parts is completed, Or other comparative analysis information.

The low frequency output control unit 26 automatically selects and sets the position of the low frequency output electrode pad for low frequency output of the corresponding region by selecting a region requiring low frequency treatment and automatically sets the output frequency, the output intensity, and the output time .

According to the present invention, the body fat of each part of the body is measured, and the electrode pad position by the low frequency output is automatically selected by the measured sieve-spun ratio at each position, and the frequency, intensity and time are automatically set so that the low- Therefore, it can be used for intensive diet of each part of the body.

In the case of the low frequency output module, the low frequency output manual mode can be selected under the control of the mode selection section 22. In the manual mode, the frequency, output intensity, time So that the low frequency output can be controlled.

10: Smartphone 20: App App
21: up / download control unit 22: mode selection unit
23: Usage guide part 24: Measurement analysis part
25: Information providing unit 26: Frequency output control unit
30: a server 100: a multi-healthcare terminal
101: Smartphone connection port 102: Electrode pad connection port
104: external power connection port 110: A / D conversion section
120: Power input unit 130: Microprocessor
140: Mode control unit 150: Body fat measurement module
151: Signal output unit 152: Signal measurement unit
160: body temperature measurement module 161: body temperature measurement section
162: Temperature sensor 170: Low frequency output module
171: Low frequency control unit 172:
173: Signal output section 180: Memory slot
181: external memory 200: electrode pad

Claims (14)

In a personal healthcare system connected to a smartphone,
A smartphone 10 equipped with an app application 20 for selecting and controlling a mode for a plurality of personal health care systems including body fat measurement, body temperature measurement, and low frequency output, and analyzing and displaying measurement guidance and measurement results;
A body fat measurement module 150 for outputting and measuring an electric signal for measuring body fat by connecting electrode pads, a body temperature measurement module 160 for body temperature measurement, and a low frequency output module 170 for outputting a low frequency electric stimulation signal A plurality of personal healthcare modules including a plurality of personal healthcare modules installed therein and connected to the smartphone 10 to control output and measurement by mode selection through the app application 20 and transmit measurement information to a smartphone, And a care terminal (100).
The method according to claim 1,
In the multi-health care terminal 100,
A blood glucose measurement module, and a pulse wave measurement module.
The method according to claim 1,
The server 30 further includes a server 30 connected by the app application 20. Guide information for body fat measurement, body temperature measurement, and low frequency output is stored in the server 30 and provided to the user's smartphone 10 And receives user information, measured body fat information, body temperature information from the user's smartphone 10, and provides guidance information on customized exercise therapy and diet therapy to the corresponding smartphone 10 by analysis. Smartphone-based personal healthcare system.
The method according to claim 1,
The app application (20)
As a multi-health care application application downloaded and installed from a server 30 capable of online connection with a smartphone,
An up / download control unit 21 for controlling up / download with the server 30;
A mode selection unit 22 for providing an icon for selecting a body fat measurement, a body temperature measurement, and a low frequency output mode, and controlling a mode selection of the multi-health care terminal 100 according to a selected mode;
A usage guide unit 23 for guiding the usage method and the procedure for each mode selected by the mode selection unit 22 and graphically displaying on the modeling character of the body the position of attachment of the electrode pad for body fat measurement and low frequency output, Wow;
And a measurement analysis unit (24) receiving and analyzing the measured information from the multi-healthcare terminal (100) and displaying the measurement result.
5. The method of claim 4,
The app application (20)
The measurement analysis information of the measurement and analysis unit 24 is uploaded to the server 30 to be managed by the personal information history and the information providing unit for downloading and providing the customized exercise therapy diathesis information provided from the server 30 25. The smartphone-based personal healthcare system of claim < RTI ID = 0.0 > 1, < / RTI >
5. The method of claim 4,
The app application (20)
Based on the body fat measurement and analysis information of the measurement and analysis section 24, automatically sets a preset database for the low-frequency output electrode pad attachment position, the low-frequency frequency for each low-frequency output electrode pad position, Further comprising a low frequency output control unit (26) for providing a low frequency output mode through the use guide unit (23) and controlling a low frequency output mode of the multi health care terminal (100).
The method according to claim 1,
The multi-health care terminal (100)
An A / D conversion unit 110 for inputting / outputting data to / from the smartphone 10; a power input unit 120 receiving power from the smartphone 10;
And controls the body fat measurement, body temperature measurement, and low frequency output mode by communicating with the app application 20 of the smartphone 10 through the A / D converter 110. In addition, A microprocessor (130) for transmitting to the application (20);
A mode controller 140 for switching body temperature measurement, body temperature measurement, and low frequency output mode by the microprocessor 130;
A signal output unit 151 selectively controlled through the mode control unit 140 to output a signal for measuring body fat through the electrode pad 200 and a signal measurement unit 130 receiving a measurement signal detected through the electrode pad 200. [ A body fat measurement module 150 including a body fat measurement module 152;
A body temperature measurement module 160 including a body temperature measurement unit 161 and a temperature sensor 162 for selectively controlling the body temperature by the mode control unit 140;
A low frequency controller 171 selectively controlled by the mode controller 140 to generate a low frequency signal for low frequency treatment, a frequency generator 172 for controlling a low frequency frequency of the low frequency controller 171, and a low frequency controller 171 And a signal output unit (173) for outputting the low frequency output generated by the low frequency output unit to the electrode pad.
8. The method of claim 7,
The multi-health care terminal (100)
A smartphone connection port 101 for connecting the smartphone 10 so as to enable data input / output;
An electrode pad for receiving an electric signal for measurement of body fat and an electrode pad connected to the body fat measurement module 150 for reception and a pair of electrode pads connected to the low frequency output module to provide electric stimulation by a low frequency output A plurality of electrode ports 102 connecting the plurality of electrode pads 200 to each other;
And a power port (104) for receiving operation power from the outside of the multi-health care terminal (100).
8. The method of claim 7,
The multi-health care terminal (100)
And a memory slot 180 for storing user information, body fat measurement information, body temperature measurement information, and low frequency output information under the control of the microprocessor 130 in the external memory 181. [ Phone-based personal healthcare system.
10. The method of claim 9,
The smartphone-based personal healthcare system of claim 1, wherein the memory slot (180) comprises an SD memory slot and / or a micro memory slot.
8. The method of claim 7,
The power input unit 120 of the multi-health care terminal 100,
And is configured to receive power from the power source of the smartphone (10) or the external power input port (104) to supply the operating power of the multi-healthcare terminal (100).
12. The method of claim 11,
In addition, the power input unit 100 of the multi-
And to supply the power input through the external power input port (104) to the battery charging power of the smartphone (10).
8. The method of claim 7,
The temperature sensor (162) of the body temperature measurement module (160)
A temperature sensor installed on the outer surface of the multi-health care terminal 100 or a temperature measurement port connected to the body temperature measurement unit 161, the temperature sensor being installed at the distal end of the body temperature measurement port, Further comprising a smartphone-based personal healthcare system.
8. The method of claim 7,
The multi-health care terminal (100)
And a plurality of display LEDs for displaying the selected module and the operation status through the mode control unit 140. The smartphone-based personal healthcare system of claim 1,

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