KR20160146455A - The bio-signal system and method for mother and the fetus using vital signal sensing module which is applied energy harvesting and interworking with life log smartphone application - Google Patents

Abstract

In the smart phone, the bio-signal detection module using n number of electrodes to which the event log (n number of log information including walking, position change, speed change, call log, sensing log) and energy harvesting technique is applied, The bio-signal detection module monitors and stores the vital signs of pregnant women and fetus for n seconds and sends the same to the smart phone through the short distance wireless network to transmit the transmitted vital sign log (N number of information including electrocardiogram, heart rate, fetal electrocardiogram, fetal heart rate, heart sound, fetal heart sound) to the smartphone and the cloud server. In addition, the bio-signal detection module converts log images composed of images, images and subtitles and visualizes the converted log images and logs in smartphone application and cloud server to automatically record health management and life of pregnant women, fetus and individual, thereby increasing the quality of life.

Description

TECHNICAL FIELD The present invention relates to a system and method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied. applied energy harvesting and interworking with life log smartphone application}

The present invention relates to a system and method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique linked to an event log of a smart phone is applied. More specifically, in a smartphone, a biometric signal detection module that uses n event logs (n log information including walking, position change, speed change, call log, sensing log) and energy harvesting technology, And fetal vital signs for n seconds and transmits them to a smartphone through a short-range wireless network to transmit the transmitted biological signal logs (electrocardiogram, heart rate, fetal electrocardiogram, fetal heart rate, heart sound, fetal heart sound, Information) is stored in a smart phone and a cloud server, and converted into a log image composed of images, images, and subtitles, and the converted log image and each log are visualized in a smart phone application and a cloud server to manage health and life of a pregnant woman, Which is linked to the event log of the smartphone that can improve the quality of life by automatically recording Providing physiological signal of the pregnant woman and fetus are applied putting technique using the biological signal sensing module to a system and a method thereof.

Due to the development of digital tools, life-blogging and life-logging are becoming easier, especially with the development of smartphones. Modern people share life and blogs that share personal digital material with others. They share moments and memories that are fun in space like blogs, Twitter, and Facebook, and modern people share memories, (Life-logging) is recorded in a space such as a digital diary, a photo album, a memo, a store, etc. so that only the individual's income and expenses can be seen by the individual. Various types of life blogging and life logging services have been proposed and disclosed.

    As a first prior art, Korean Patent Laid-Open Publication No. 10-2013-0018468 (published on February 25, 2013) discloses a method of recording daily life records by capturing a facet, , A state, a biometric information, and the like is stored in an application memory, and a function of supporting data logging and memory sharing is proposed.

    As a second prior art, Korean Patent Registration No. 10-0971474 discloses a method in which a plurality of multimedia content DBs generated in a portable terminal are collectively uploaded to a server and relocated and stored in a mobile diary contents DB in the form of a web page, Discloses a system and a method for providing a mobile diary service that provides a multi-content one-post function of viewing diary contents or posting a plurality of diary contents to another website requested by a user in a web environment.

However, the first and second prior arts are technologies applied when generating data in a portable terminal, or disclose techniques and services for transferring data generated in a batch to a server to rearrange data to fit the contents of the web service only,

In bio-signal detection module using event log (walking, position change, speed change, call log, n log information including sensing log) and energy harvesting technology, (N-pieces of information including electrocardiogram, heart rate, fetal electrocardiogram, fetal heart rate, heart sound, fetal heart sound, voice, and image) transmitted by a smart phone through a short- Phone, and cloud server, and converts the converted log image and each log into a smart phone application and a cloud server to automatically record the health care and life of the pregnant woman, the fetus and the individual. And energy harvesting technology in conjunction with event log of smart phone which can improve the quality of life. A system and method for providing a biological signal of a pregnant woman and a fetus using a vital sign sensing module have not been disclosed or proposed.

Accordingly, the present invention provides a bio-signal detection module using n number of electrodes to which an energy harvesting technique is applied and event log (n log information including walking, position change, speed change, call log, sensing log) The fetal bio-signal is monitored and stored for n seconds and transmitted to the smartphone through the short-range wireless network to transmit the transmitted biomedical signal log (ECG, heart rate, fetal ECG, fetal heart rate, heart sound, fetal heart sound, Information) is stored in a smart phone and a cloud server and converted into a log image composed of images, images and subtitles, and the converted log image and each log are visualized in a smart phone application and a cloud server to provide healthcare and living of pregnant women, Energy Habes linked with event log of smartphone that can improve the quality of life by automatically recording Technology has been applied has a purpose to provide a physiological signal of the pregnant woman and the fetus provided with biological signal sensing module system and a method thereof.

According to another aspect of the present invention, there is provided a bio-signal providing system for a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied,

(a) Event log data collected and stored by the device / sensor / software of the smartphone, and stored in the monitoring and storage unit through n electrodes in the bio-signal detection module, A log data storage unit having a function of storing and managing bio-signal log data and c log image data transmitted through the log data storage unit;

(b) a c video conversion module having a function of encoding and storing event log data and biometric signal log data as video, image, and subtitle into a c-log image data in a video format of a smart phone, and A c log visualization module having a function of visualizing in a smartphone application, a biometric authentication module in which n electrocardiographic information and NFC information collected in the biometric signal detection module are combined, and a c operation management module A management module;

(c) Sensing module with sensing function of smartphone's device / sensor / software and short-range communication Communicate biosignal monitoring and storage command with biosignal detection module through one of Bluetooth / Wi-Fi / NFC A c information management module including a biometric information collection execution module and a data backup management module having a function of backing up a log data storage unit to a server;

(d) a control unit for storing the bio-signals in the monitoring and storing unit through n electrodes and controlling the bio-signal detecting module, and a controller for controlling the bio-signal detecting module, and a Bluetooth or Wi-Fi / A biological signal detection module including a power supply unit for supplying power to n electrodes using a single or a plurality of electromagnetic induction devices;

(e) an S communication module having a function of synchronizing the operation management module, the log data storage and the backup data storage via the network, and the event log data and the biosignal log data of the backup data storage as video / image / A server system including a s video conversion module having a function of encoding and storing a moving image, and a s management module including a soul log visualization module having a function of visualizing each log data and the biometric signal log data on the web;

The present invention provides a bio-signal providing system for a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied.

The bio-signal detection module includes:

(a) includes n electrode connector module, display device

(b) A plurality of designs including a form that can be attached to or detached from a smartphone case, a form to hang on a neck, a form to be worn on a wrist, a camera device with an antenna rod attached or not attached, and an input /

(c) The camera unit is mounted on an antenna rod or a multi-joint type support, which can be rotated up and down and left and right, and the support is provided in a form to adjust the direction and angle length. It is preferable that a small gear that is operated by a gear motor is provided and that the operation is controlled by both a manual and an automatic biometric information acquisition execution module of the smartphone.

According to another aspect of the present invention, there is provided a method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied,

(a) collecting / storing the event log data 121 in the log data storage unit 120 after detecting the event of the device / sensor / software 110 by the detection module 141;

(b) a step (s13) of monitoring and storing a bio-signal through a camera device or n electrodes to a control unit of the bio-signal detection module in the bio-information log collection execution module 142 and A step (s14) of storing in the data storage unit (120);

(c) In the case of transmitting a bio-signal using the electromagnetic induction device 452, a step (s15) in which an electromagnetic field is induced by approaching the smartphone and the bio-signal detection module within 10 cm or less and an electromagnetic wave is collected from the electromagnetic induction device to generate power (S16) of supplying power to the n-electrode and controller 430 storage unit 420 and the monitored biometric information in the log data storage unit 129;

(d) backing up (S18) the log data storage unit 120 to the backup data storage unit 215 through the data backup management module 143;

(e) synchronizing the s log management module and the c log management module with the s communication module

step;

The present invention provides a method for providing a living body signal of a pregnant woman and a fetus using a living body signal sensing module to which an energy harvesting technique associated with an event log of a smart phone is applied.

According to another aspect of the present invention, there is provided a method for providing electrocardiogram of a fetus and a pregnant woman using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied,

n electrodes are attached to the heart and abdomen in real time, and the signal data of the measured bio signal is stored, so that the signal data of the heart position and the signal data measured at the abdomen are mixed with the signal data measured at the heart position When measured, it removes the signal data measured at the heart position from the measured data and displays it in the smartphone application. The measured signal data is converted into a sound file, and the bio signal is stored in the monitoring and storing unit through n electrodes A control unit for controlling the bio-signal detection module, and a power supply unit for supplying power to n electrodes by using a single or a plurality of short-range or multiple units of Bluetooth / Wi-Fi / NFC and battery or power supply unit and short- Through a bio-signal detection module including a power supply unit The smartphone of the event log and in connection energy harvesting technique according to claim applied to it is desirable to provide further including providing physiological signal of the pregnant woman and the fetus using the biological signal sensing module method.

According to another aspect of the present invention, there is provided a system and method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied,

The biomedical signal measured at the heart position is the electrocardiogram of the pregnant woman. When the signal data measured at the heart position and the mixed signal data measured at the heart position are measured, the signal data measured at the heart position is removed from the measured data, Displaying the ECG in the application;

Transmitting the measured bio-signal to a wearable device composed of Bluetooth / Wi-Fi, a vibrator, a sensor, and a power source through a short distance communication unit of Bluetooth / Wi-Fi / NFC;

The bio-signal detection module using the energy harvesting technology, which is associated with the event log of the smartphone, which is characterized in that the measured bio-signal is indicated by LED, the red color is dangerous, the blue color is good, And a fetal biological signal providing system and a method thereof.

The present invention provides a system and method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique in conjunction with an event log of a smartphone according to the present invention is applied, has the following effects.

    First, according to the present invention, event log data of various formats generated / stored at the time of smartphone event and data obtained by monitoring the biometric information of the pregnant woman and the fetus for n seconds are converted into a single video form and stored / (1 person, 2 people, and 3 person viewpoints) by providing the convenience of health data management and improving the quality of life by providing a personal life log recording system.

    Second, the present invention automatically provides event log data and biometric information data generated from a smart phone, various life log video contents in which map information / place / place information / time information in which position information / position of the biometric information data is displayed, Depending on the purpose of use, various services such as personal healthcare / life diary / schedule management / money account / household / school notice / point / coupon service can be provided on one platform.

    Third, the present invention can improve the quality of life of a user by continuously managing the health of users by utilizing various sensors of the bio-signal detection module.

    Fourth, the present invention automatically provides map information / place / place information / time information and attribute information in which log information of generated log data is displayed, so that it can be used for publicity / advertisement / event / discount coupon To the customers, which can increase the profit of the online / offline companies.

1 is a view for explaining a configuration of a system for providing a biological signal of a pregnant woman and a fetus using a biological signal detection module to which an energy harvesting technique associated with an event log of a smartphone is applied, according to an embodiment of the present invention.
FIG. 2 is a view for explaining various forms of a bio-signal detection module to which an energy harvesting technique associated with an event log of a smartphone according to an embodiment of the present invention is applied.
3 is a view for explaining a method of providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smartphone according to an embodiment of the present invention is applied.
4 is a view for explaining a method of providing electrocardiogram of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smartphone according to an embodiment of the present invention is applied.
FIG. 5 is a view for explaining a system and method for providing a biological signal of a pregnant woman and a fetus using a living body signal detection module to which an energy harvesting technique associated with an event log of a smartphone according to an embodiment of the present invention is applied.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, when it is determined that a detailed description of related art or configuration may unnecessarily obscure the gist of the present invention Therefore, the detailed description will be omitted, and the following terms are defined in consideration of the functions of the present invention, and this may vary depending on the intention or custom of the user, the operator, and the like. The present invention is based on the description of the system for providing a bio-signal of a pregnant woman and a fetus using the bio-signal detection module to which the energy harvesting technique is applied, and the method thereof.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a system and method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone according to a preferred embodiment of the present invention is applied will be described in detail with reference to the accompanying drawings. Explain.

       1 is a view for explaining a configuration of a system for providing a biological signal of a pregnant woman and a fetus using a biological signal detection module to which an energy harvesting technique associated with an event log of a smartphone is applied, according to an embodiment of the present invention.

Referring to FIG. 1, in a system for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone according to the present invention is applied,

(a) Event log data 121 collected / stored in the device / sensor / software 110 of the smart phone and n electrodes in the bio-signal detection module are stored in the monitoring and storage unit and stored in the Bluetooth / Wi-Fi / A log data storage 120 having a function of storing and managing bio-signal log data 122 and c log image data 123 transmitted through short-distance communication, which is one of the NFCs;

(b) a c-motion image conversion module 131 having a function of encoding and storing the event log data and the biometric signal log data as c / o log image data 123 in the video format as a video / image / A c log visualization module 132 having a function of visualizing data and log data in a smartphone application, a biometric authentication module 133 in which n electrocardiographic information and NFC information collected by the biometric signal detection module are combined, A c management module (130) including a c operation management module (134) having a function to perform the operation;

(c) a sensing module 141 having a sensing function of a device / sensor / software of the smartphone and a short range communication 350. The living body signal sensing module is connected to the living body signal sensing module through the c communication part 145, which is one of Bluetooth, Wi- A c information management module 140 including a biometric information collection execution module for transmitting a monitoring and storing command of a signal and a data backup management module having a function of backing up a log data storage to a server;

(d) a control unit 430 for storing the bio-signals in the monitoring and storing unit 420 through the n electrodes 410 and controlling the bio-signal sensing module, and a control unit 430 for controlling the bio- And a power supply unit 450 for supplying power to n electrodes using a single or a plurality of batteries or a power supply unit 451 and a short distance communication unit electromagnetic induction unit 452. The bio- and;

(e) an S communication module 210 having a function of synchronizing the s operation management module, the log data storage unit 120 and the backup data storage unit 210 through the network 300, and the event log data of the backup data storage unit A s-video conversion module 221 having a function of encoding and storing biometric signal log data as a video, an image, and a subtitle in a server, and a s-log visualization module 221 having a function of visualizing the biometric signal log data and each log data on the web. A server system (200) including a management module (220) including a management module (223);

The present invention provides a bio-signal providing system for a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied.

The smartphone 100 combines the advantages of a mobile phone and a personal digital assistant (PDA), integrating data communication functions such as calendar management, fax / transmission, and reception / Internet access to a mobile phone function, A handheld device capable of installing, adding, or deleting various applications (applications) of a user as desired, accessing the Internet directly using a wireless Internet, and accessing various applications using various browsing programs, Based wireless communication device and a wearable device.

The device / sensor / software 110 includes being able to generate event log data on a smart phone, including those that are built in and developed in the smartphone. The types are gyroscope sensor, geo-magnetic sensor, accelerometer, G-sensor, light sensor, proximity sensor, , A digital compass, a GPS sensor and a camera device and a communication device, a photographing device, a mounted device and an application program.

The event log data 121 may include at least one of a photograph, a moving picture, a voice recording, an instant message, a text message, a push message, a call history and a history / Phone number / email / missed phone recording / schedule / memo / location log / download data / terminal log data / data sensed by the sensor.

The occurrence of the event includes the operation of the device / sensor / software automatically or manually in the smartphone.

The bio-signal log data 122 includes an electrocardiogram, a fetal electrocardiogram, a heart rate, a blood pressure, a diabetic level, a humidity, a body temperature, sensor, a geo-magnetic sensor, an accelerometer, a G-sensor, a light sensor, a proximity sensor, a digital compass, A plurality of the plurality of GPS sensors and an image taken by the camera device 410.

FIG. 2 is a view illustrating various forms of a bio-signal detection module to which an energy harvesting technique in conjunction with an event log of a smartphone according to the present invention is applied.

2, the bio-signal detection module includes:

(a) n electrode connector module 471, and display device 472

(b) a form 473 in which a smartphone case is removably attachable and a form 461 in which a neck 461 is attached, a form 474 in which a wrist is fitted, and a form 459 in which a camera device 460, And an input / output device 470 composed of a microphone speaker

(c) The camera device 460 is mounted on the antenna rod shape 475 or the articulated type support 475, and is vertically and horizontally rotatable, and the support rod is provided in a form capable of adjusting the direction and the angular length, Type support hinge can be manual and automatic, and a small gear is provided that is operated by a gear motor when it is automatic, and the operation is controlled by both the manual and automatic biometric information collection execution module 142 of the smartphone do.

The camera device 460 further includes a flushing device.

FIG. 3 is a view for explaining a method of providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smartphone according to an embodiment of the present invention is applied.

Referring to FIG. 3, in a method of providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied,

(a) collecting / storing the event log data 121 in the log data storage unit 120 after detecting the event of the device / sensor / software 110 by the detection module 141;

(b) a step (s13) of monitoring and storing a bio-signal through a camera device or n electrodes to a control unit of the bio-signal detection module in the bio-information log collection execution module 142 and A step (s14) of storing in the data storage unit (120);

(c) In the case of transmitting a bio-signal using the electromagnetic induction device 452, a step (s15) in which an electromagnetic field is induced by approaching the smartphone and the bio-signal detection module within 10 cm or less and an electromagnetic wave is collected from the electromagnetic induction device to generate power (S16) of supplying power to the n-electrode and controller 430 storage unit 420 and the monitored biometric information in the log data storage unit 129;

(d) backing up (S18) the log data storage unit 120 to the backup data storage unit 215 through the data backup management module 143;

(e) synchronizing the s log management module and the c log management module with the s communication module

step;

The present invention provides a method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied.

4 is a view for explaining a method of providing electrocardiogram of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied, according to an embodiment of the present invention.

Referring to FIG. 4, in a method of providing electrocardiogram of a pregnant woman and a fetus using a bio-signal detection module using an energy harvesting technique in conjunction with an event log of a smart phone, n electrodes are attached to the heart and abdomen, The signal data of the bio-signal is stored to remove the signal data measured at the heart position from the measured data when the signal data of the heart position and the signal data measured at the abdominal region are mixed with the signal data measured at the heart position A controller for controlling the bio-signal detection module and a Bluetooth / Wi-Fi / Wi-Fi controller for storing bio-signals in the monitoring and storing unit through n electrodes and converting the measured signal data into a sound file, NFC Single or multiple local communicator, battery or power supply and short range And an energy harvesting technique in connection with an event log of a smart phone, which comprises providing a bio signal through a bio signal detecting module including a power source for supplying power to n electrodes using a single or a plurality of bridal electromagnetic induction devices, And provides a method of providing a bio signal of a pregnant woman and a fetus using the applied bio signal detection module.

FIG. 5 is a view for explaining a system and method for providing a biological signal of a pregnant woman and a fetus using a living body signal detection module to which an energy harvesting technique associated with an event log of a smartphone according to an embodiment of the present invention is applied.

5, a system and method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied,

The biomedical signal measured at the heart position is the electrocardiogram of the pregnant woman. When the signal data measured at the heart position and the mixed signal data measured at the heart position are measured, the signal data measured at the heart position is removed from the measured data, Displaying the ECG in the application;

Transmitting the measured bio-signal to a wearable device composed of Bluetooth / Wi-Fi, a vibrator, a sensor, and a power source through a short distance communication unit of Bluetooth / Wi-Fi / NFC;

The bio-signal detection module using the energy harvesting technology, which is associated with the event log of the smartphone, which is characterized in that the measured bio-signal is indicated by LED, the red color is dangerous, the blue color is good, And a fetal biological signal providing system and method therefor.

       It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims.

100: Smart terminal
110: Device / Sensor / Software
120: log data storage unit
130: c management module
140: c Information Management Module
145: c communication section

200: Server
210: s communication module
215: Backup data storage unit
220: s management module
400: biological signal detection module
410: n electrodes
420:
430:
440:
450:
460: Camera device
470: input / output device

Claims (5)

In a bio-signal providing system for a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique linked to an event log of a smart phone is applied,
(a) Event log data collected and stored by the device / sensor / software of the smartphone, and stored in the monitoring and storage unit through n electrodes in the bio-signal detection module, A log data storage unit having a function of storing and managing bio-signal log data and c log image data transmitted through the log data storage unit;
(b) a c video conversion module having a function of encoding and storing event log data and biometric signal log data as video, image, and subtitle into a c-log image data in a video format of a smart phone, and A c log visualization module having a function of visualizing in a smartphone application, a biometric authentication module in which n electrocardiographic information and NFC information collected in the biometric signal detection module are combined, and a c operation management module A management module;
(c) Sensing module with sensing function of smartphone's device / sensor / software and short-range communication Communicate biosignal monitoring and storage command with biosignal detection module through one of Bluetooth / Wi-Fi / NFC A c information management module including a biometric information collection execution module and a data backup management module having a function of backing up a log data storage unit to a server;
(d) a control unit for storing the bio-signals in the monitoring and storing unit through n electrodes and controlling the bio-signal detecting module, and a controller for controlling the bio-signal detecting module, and a Bluetooth or Wi-Fi / A biological signal detection module including a power supply unit for supplying power to n electrodes using a single or a plurality of electromagnetic induction devices;
(e) an S communication module having a function of synchronizing the operation management module, the log data storage and the backup data storage via the network, and the event log data and the biosignal log data of the backup data storage as video / image / A server system including a s video conversion module having a function of encoding and storing a moving image, and a s management module including a soul log visualization module having a function of visualizing each log data and the biometric signal log data on the web;
And a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied. The method according to claim 1,
The bio-signal detection module includes:
(a) includes n electrode connector module, display device
(b) A plurality of designs including a form that can be attached to or detached from a smartphone case, a form to hang on a neck, a form to be worn on a wrist, a camera device with an antenna rod attached or not attached, and an input /
(c) The camera unit is mounted on an antenna rod or a multi-joint type support, which can be rotated up and down and left and right, and the support is provided in a form to adjust the direction and angle length. And a small gear which is operated by a gear motor when it is automatic is provided, and the operation further includes control by both the manual and automatic biometric information collection execution modules of the smartphone. A method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied,
(a) collecting / storing event log data in a log data storage unit after detecting a device / sensor / software event by a detection module;
(b) instructing the control unit of the biometric signal detection module to monitor and store the biometric signal through the camera device or n electrodes in the biometric information log collection execution module, and storing the biometric signal in the log data storage unit through the local communication unit;
(c) When a biological signal is transmitted using an electromagnetic induction device, a step of inducing an electromagnetic field within a distance of 10 cm or less between a smartphone and a bio-signal sensing module, and a step of generating a power by collecting electromagnetic waves from the electromagnetic induction device, And supplying power to the control unit storage unit local communication unit and storing the monitored biometric information in the log data storage unit;
(d) backing up the log data storage unit to the backup data storage unit through the data backup management module;
(e) synchronizing the s log management module and the c log management module with the s communication module
step;
A method for providing a bio-signal of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied In a method for providing electrocardiogram of a pregnant woman and a fetus using a bio-signal detection module to which an energy harvesting technique associated with an event log of a smart phone is applied,
n electrodes are attached to the heart and abdomen in real time, and the signal data of the measured bio signal is stored, so that the signal data of the heart position and the signal data measured at the abdomen are mixed with the signal data measured at the heart position When measured, it removes the signal data measured at the heart position from the measured data and displays it in the smartphone application. The measured signal data is converted into a sound file, and the bio signal is stored in the monitoring and storing unit through n electrodes A control unit for controlling the bio-signal detection module, and a power supply unit for supplying power to n electrodes by using a single or a plurality of short-range or multiple units of Bluetooth / Wi-Fi / NFC and battery or power supply unit and short- Through a bio-signal detection module including a power supply unit The smartphone of the event log and in connection energy harvesting technique according to claim applied the method further includes the provided biometric signal of the pregnant woman and the fetus using the biological signal sensing module method. A system and method for providing a bio signal of a pregnant woman and a fetus using a bio signal detection module to which an energy harvesting technique in connection with an event log of a smart phone is applied,
The biomedical signal measured at the heart position is the electrocardiogram of the pregnant woman. When the signal data measured at the heart position and the mixed signal data measured at the heart position are measured, the signal data measured at the heart position is removed from the measured data, Displaying the ECG in the application;
Transmitting the measured bio-signal to a wearable device composed of Bluetooth / Wi-Fi, a vibrator, a sensor, and a power source through a short distance communication unit of Bluetooth / Wi-Fi / NFC;
The bio-signal detection module using the energy harvesting technology, which is associated with the event log of the smartphone, which is characterized in that the measured bio-signal is indicated by LED, the red color is dangerous, the blue color is good, And a fetal biological signal providing system and method thereof.

Images