TW202000125A - Method for smart detection system of human body cardiovascular and physiological information and device thereof capable of obtaining personal physiological information and physiological function information in daily life for statistical analysis of big data for reference in healthcare - Google Patents

Abstract

The present invention provides a method for smart detection system of human body cardiovascular and physiological information and device thereof. The method comprises the following steps: a step of a user being attached with a smart apparatus; a step of the smart apparatus using a physiological information unit to detect human body physiological information of the user; a step of an information communicating unit receiving and transmitting the human body physiological information; a step of a calculation unit receiving and calculating the human body physiological information provided by the information communicating unit to obtain calculation result information of the human body physiological function information to be supplied to the information communicating unit; a step of an identity recognition data information for at least including recoding and supplying identity recognition data of the user; and a step of an information collection center receiving the information and identity recognition data transmitted from the information communicating unit and analyzing information received within a period of time to obtain an analysis result and supplying the analysis result to the information communicating unit according to the identity recognition data.

Description

Method and device for intelligent detection system of human cardiovascular and physiological information

The invention relates to a human physiological information detection and recording system, in particular to a method and device for a smart detection system applied to human cardiovascular and physiological information.

The electrocardiogram is one of the ways to check the cardiovascular. The electrocardiogram made during the health examination is usually a "static electrocardiogram". It is an immediate and short-term examination. The result obtained reflects the situation at the time of the examination. Sexual heart disease or a situation where the degree of the disease is good or bad may not be revealed at the time of the examination. Therefore, the immediate and short-term electrocardiogram cannot be used as the basis for 100% diagnosis. For example, people with coronary artery disease may have normal ECG at rest, but when exercising, oxygen demand will increase, so that clinically asymptomatic coronary artery disease will appear, so if necessary, further exercise ECG , 24-hour ECG or long-term ECG and other high-level ECG. To lengthen the recording time of the electrocardiogram, to evaluate the heart rate and rhythm of the subject under the long-term daily activities, rest and sleep of the subject, in order to increase the chance of finding problems, the subject must Wear a small battery-powered instrument that can record ECG signals. Electrode patches and wires are also attached to the body. After the end, medical examiners and physicians retrieve and analyze the records of the small instrument to understand the heart rate and rhythm. This way The Holter Monitor (Holter Monitor) is a portable monitor. The electronic signal of heart activity is transmitted to the monitor through the electrode patch and then recorded on a magnetic tape or memory card.

The subject's Holter Monitor inspection method is to increase the chance of discovering cardiovascular problems. Whether it is performed in a hospital clinic or at home, avoid getting wet on the electrode patches, leads and monitors. Whether the electrode patch is fastened or not, it is an uncomfortable and inconvenient way for the examinee.

Furthermore, physiological information and physiological function information in daily activities are indicators of human health. With the vigorous development of electronic technology and Internet technology, if daily physiological information such as heart rate and blood oxygen can be obtained in daily life , Blood pressure, or body temperature, etc. and personal physiological function information such as mental status analysis, sympathetic nerve function analysis, parasympathetic nerve function analysis, deep sleep analysis, shallow sleep analysis, respiratory status analysis, body temperature analysis, heart rate analysis, blood pressure analysis or blood pressure Oxygen analysis, in addition to real-time detection of human physiological problems and preventive measures, in the future can also do statistical analysis of big data and provide it to individuals, as a reference in health care, it is an unfinished goal , Further, collect everyone's physiological information and physiological function information, do statistical analysis of larger data.

The main purpose of the present invention is to provide a method and device for intelligent detection system of human cardiovascular and physiological information, which can obtain personal physiological information and physiological function information in daily activities for statistical analysis of big data and For medical reference.

The secondary purpose of the present invention is to provide a method and device for intelligent detection system of human cardiovascular and physiological information, which can instantly obtain personal physiological information and physiological function information in daily activities for real-time detection of human body Prevention of physiological problems before they happen.

The reason is that, in order to achieve the aforementioned objective, the present invention provides a method and apparatus for a smart detection system of human cardiovascular and physiological information. The method includes the following steps: a user attaches a smart device; the smart device borrows A sensing physiological information unit detects the user's human physiological information step; a communication information unit receives and transmits the step including the human physiological information step; a calculation unit receives and calculates the human physiological information provided by the communication information unit to obtain the human physiological Steps of providing calculation result information of functional information to the communication information unit; an identification data message is used to include at least the step of recording and providing the user's identification data; an information collection center is used to receive the information transmitted by the communication information unit And identification data, and is used to analyze the information received during a period to obtain an analysis result, and to provide the foregoing analysis result to the communication information unit step according to the identification data.

The following is a preferred embodiment of the present invention, and further detailed description will be given in conjunction with the drawings as follows:

(12)‧‧‧Smart device

(14)‧‧‧Communication Information Unit

(16)‧‧‧Calculation unit

(22)‧‧‧Induction physiological information unit

(50)‧‧‧User

(51)‧‧‧Identification data message

(42)‧‧‧ Information Collection Center

501‧‧‧A user attaches a smart device

502‧‧‧The smart device uses a sensing physiological information unit to detect the user's human physiological information

503‧‧‧ A communication information unit receives and transmits the steps containing the human physiological information

504‧‧‧A calculation unit receives and calculates the human physiological information provided by the communication information unit, and obtains the calculation result information of the human physiological function information and provides it to the communication information unit

505‧‧‧Identification data message is used to contain at least the steps of recording and providing the identification data of the user

506‧‧‧ An information collection center is used to receive the information and identification data transmitted by the communication information unit, and to analyze the information received during a period to obtain an analysis result, and to provide the foregoing according to the identification data Analyze the results to the communication information unit

The first figure is a schematic diagram of the device of the present invention.

The second figure is a schematic diagram of the implementation steps of the present invention.

Please refer to the first figure, the method and device for intelligent detection system of human cardiovascular and physiological information disclosed in the present invention, the device at least includes a smart device (12), a communication information unit (14), a calculation unit ( 16).

The smart device (12) can be equipped with a bracelet for a functional garment, a bracelet or a functional garment, and is provided with a sensing physiological information unit (22) on it, and a user (50) wears it in daily activities Or attach to the smart device (12).

The sensing physiological information unit (22) is used to detect and provide the physiological information of the user (50). The sensing physiological information unit (22) can be set as a temperature sensor, a blood pressure sensor, and a heartbeat measurement sensor Device, motion sensor, gravity sensor, cardiac electrophysiological sensor, or any combination of the foregoing, the human physiological information is heart rate, blood oxygen, blood pressure, body temperature, cardiac electrophysiological activity information, or any combination of the foregoing.

The communication information unit (14) can be set as a smart phone, tablet or desktop computer including an APP application, which includes the sensing physiological information unit (22) in an electrical manner such as Internet or wireless connection , Used to receive and transmit physiological information containing the human body.

The calculation unit (16) is electrically connected to the communication information unit (14), such as the Internet or wirelessly, to receive and calculate the physiological information of the human body provided by the communication information unit (14) to obtain the information of the physiological function of the human body The calculation result information is provided to the communication information unit (14). The calculation unit (16) is obtained by a method including calculation, data processing, automatic reasoning, information processing, cardiac electrophysiological activity information processing, and any combination of the foregoing The calculation result information; the human physiological function information includes mental state analysis, sympathetic nerve operation analysis, parasympathetic nerve operation analysis, deep sleep analysis, shallow sleep analysis, respiratory status analysis, body temperature analysis, heart rate analysis, blood pressure analysis, blood oxygen analysis , ECG analysis or any combination of the foregoing.

Further, the communication information unit (14) is used to further drive the communication information unit (14) to output a warning message for the driven object when it is judged that the received information cannot meet the safety regulations. The warning message includes at least light and sound , Vibration, text, graphics, or any combination of the foregoing to prevent the user (50) from life-threatening life-threatening health problems in daily life.

Further, the driving object further includes a notification information unit for the notification information unit to learn that the user (50) cannot physiologically meet the safety regulations and prevent it in time.

The notification information unit can be set to another smartphone, another tablet computer, another desktop computer, or any device with information notification function. The notification information unit can include relatives and friends of the user (50) , Attending physician or medical institution.

Furthermore, an identification data message (51) is provided on the smart device (12) or the communication information unit (14), and the identification data message (51) is used to include at least records and provide the user (50) Identification information.

Furthermore, the communication information unit (14) is equipped with at least an information collection center (42) such as a cloud platform, a database, a medical center, or any combination of the foregoing to collect the user (50) or other users Human physiological information, human physiological function information or the aforementioned combination for calculation, storage and/or analysis of big data; the information collection center (42) is electrically connected to the communication information unit (14), such as the Internet or wirelessly Other communication information units, used to receive information and identification data transmitted by the communication information unit (14) or other communication information units, and used to analyze the information received during a period to obtain an analysis result such as human physiological information analysis and /Or human physiological function information analysis, etc., and used to provide the aforementioned analysis results to the communication information unit (14) or other communication information units according to the identification data; the medical center can be set as a doctor outpatient center system or a hospital information system .

The aforementioned device of the present invention can be a wireless internet function through wireless communication service technology such as 3G, 4G or 5G.

In the aforementioned device of the present invention, the communication information unit (14) further includes a global positioning system (GPS, Global Position System) with a satellite positioning function for knowing the precise position of the user (50).

The aforementioned device of the present invention, wherein the communication information unit (14) further includes a human-machine interface such as a touch screen or a plurality of buttons equipped with a screen for input operation and viewing of human physiology including at least the user (50) Information or information on human physiological functions.

The aforementioned device of the present invention, wherein the sensing physiological information unit (22) is described as follows: heart rate sensor products on the market can detect heart rate, which calculates the corresponding heart pulse frequency and heart rate variation by the transmission and reception of light , Sympathetic nerve function and/or parasympathetic nerve function, etc.

The market has applied optical physiology (PPG) sensing technology and electrocardiogram (ECG) sensing technology, and there are wearable blood pressure sensors, blood oxygen sensors or cardiac electrophysiological sensors.

Regarding body temperature sensing, a skin contact temperature sensor can be used.

Regarding human body turning, a gravity sensor (G-sensor) can be used.

In the aforementioned device of the present invention, regarding the wireless transceiver mode, Bluetooth Low Energy (BLE) or Sub1G (frequency band below 1 GHz) can be used to achieve the goal of more power saving, cheaper and simpler.

Please refer to the second figure. The method and device for a smart detection system of human cardiovascular and physiological information disclosed in the present invention include the following steps: The user (50) attaches to the smart device (12) step 501.

The smart device (12) uses the sensing physiological information unit (22) to detect the human physiological information of the user (50) step 502.

The communication information unit (14) receives and transmits the human body physiological information step 503.

The calculation unit (16) receives and calculates the human physiological information provided by the communication information unit (14), and obtains calculation result information of the human physiological function information and provides it to the communication information unit (14) at step 504.

In the aforementioned method of the present invention, step 504 includes the step of the communication information unit (14) outputting a warning message for the driven object when the communication information unit (14) determines that the received information cannot meet the safety regulations.

In the aforementioned method of the present invention, the driving object further includes a notification information unit for the notification information unit to know that the user (50) cannot comply with the safety specification steps.

The aforementioned method of the present invention further includes the identification data message (51) for at least including recording and providing the user's identification data step 505 and the information collection center (42) for receiving the communication information unit (14) ) Transmitted information and identification data, and used to analyze the information received during a period to obtain an analysis result such as human physiological information analysis and/or human physiological function information analysis, etc., and used to provide the aforementioned according to the identification data Analyze the results to the communication information unit (14) step 506.

501‧‧‧A user attaches a smart device

502‧‧‧The smart device uses a sensing physiological information unit to detect the user's human physiological information

503‧‧‧ A communication information unit receives and transmits the steps containing the human physiological information

504‧‧‧A calculation unit receives and calculates the human physiological information provided by the communication information unit, and obtains the calculation result information of the human physiological function information and provides it to the communication information unit

505‧‧‧Identification data message is used to contain at least the steps of recording and providing the identification data of the user

506‧‧‧ An information collection center is used to receive the information and identification data transmitted by the communication information unit, and to analyze the information received during a period to obtain an analysis result, and to provide the foregoing according to the identification data Analyze the results to the communication information unit

Claims (17)

A device for intelligent detection system of human cardiovascular and physiological information, which at least includes: a smart device provided with a sensing physiological information unit for detecting and providing a user attachment Human physiological information of the smart device; a calculation unit, which is used to receive and calculate the human physiological information provided by the sensing physiological information unit to obtain the calculation result information of the human physiological function information, the calculation unit adopts Calculation, data processing, automatic reasoning, information processing, cardiac electrophysiological activity information processing, and any combination of the foregoing to form the calculation result information; a communication information unit whose electrical connection includes the sensor The physiological information unit and the calculation unit are used to receive and transmit the physiological information including the human body, and to receive and determine the physiological function information including the human body. The device of the intelligent detection system for human cardiovascular and physiological information as described in item 1 of the patent scope, wherein the communication information unit is used to further drive the communication information unit when it is judged that the received information cannot meet the safety regulations A warning message is output for the driven object. The warning message includes at least a group selected from the group consisting of light, sound, vibration, text, graphics, and any combination of the foregoing. The device of the intelligent detection system for human cardiovascular and physiological information as described in item 2 of the patent scope, wherein the driving object further includes a notification information unit for the notification information unit to know that the user cannot meet the safety regulations . For example, the device of the intelligent detection system for human cardiovascular and physiological information as described in item 1, 2 or 3 of the patent scope, wherein the communication information unit further includes an identification data message and an information collection center; the identification data The message is used to at least record and provide the user's identification data; the information collection center is electrically connected to the communication information unit, used to receive the information and identification data transmitted by the communication information unit, and used to analyze An analysis result obtained during the period of the information received, and used to provide the aforementioned analysis result to the communication information unit according to the identification data. The device for intelligent detection system of human cardiovascular and physiological information as described in items 1, 2 or 3 of the patent scope, wherein the sensing physiological information unit includes a sensor selected from a temperature sensor, a blood pressure sensor, and a heartbeat measurement sensor Sensor, motion sensor, gravity sensor, cardiac electrophysiological sensor, and any combination of the foregoing, the human physiological information system at least includes electrophysiological activities selected from heart rate, blood oxygen, blood pressure, body temperature, and heart Information and any combination of the foregoing, the body physiological function information includes selected from the group consisting of mental status analysis, sympathetic nerve function analysis, parasympathetic nerve function analysis, deep sleep analysis, shallow sleep analysis, respiratory status analysis, body temperature analysis, Heart rate analysis, blood pressure analysis, blood oxygen analysis, electrocardiogram analysis and any combination of the aforementioned groups. The device of the intelligent detection system for human cardiovascular and physiological information as described in item 4 of the patent scope, wherein the sensing physiological information unit includes a temperature sensor, a blood pressure sensor, a heartbeat measurement sensor, a motion sensor , A gravity sensor, a cardiac electrophysiological sensor, and any combination of the foregoing, the human physiological information system includes at least information selected from heart rate, blood oxygen, blood pressure, body temperature, electrophysiological activity of the heart, and any of the foregoing A group formed by a combination, the human physiological function information includes selected from mental state analysis, sympathetic nerve function analysis, parasympathetic nerve function analysis, deep sleep analysis, shallow sleep analysis, respiratory status analysis, body temperature analysis, heart rate analysis, blood pressure Analysis, blood oxygen analysis, electrocardiogram analysis, and any combination of the aforementioned groups. The device of the intelligent detection system for human cardiovascular and physiological information as described in item 4 of the patent scope, wherein the information collection center is configured to include a combination selected from a cloud, a database, a medical center and any combination of the foregoing The formed group. The device of the intelligent detection system for human cardiovascular and physiological information as described in item 6 of the patent scope, wherein the information collection center is set to include a combination selected from a cloud, a database, a medical center and any combination of the foregoing The formed group. A method for intelligent detection system of human cardiovascular and physiological information, which includes at least the following steps: (a) a user attaches a smart device step; (b) the smart device detects the user through a sensing physiological information unit Human physiological information steps; (c) a communication information unit receiving and transmitting the steps containing the human physiological information; (d) a calculation unit receiving and calculating the human physiological information provided by the communication information unit to obtain the calculation of the human physiological function information The result information is provided to the communication information unit step. The method of intelligent detection system for human cardiovascular and physiological information as described in item 9 of the patent scope, wherein the calculation unit uses electrophysiological activity information selected from the group consisting of calculation, data processing, automatic reasoning, information processing, and heart The method of processing and any combination of the aforementioned combinations can be used to obtain the calculation result information. The method for intelligent detection system of human cardiovascular and physiological information as described in item 9 of the patent scope, wherein step (d) further includes that when the communication information unit determines that the received information cannot meet the safety regulations, the driver includes the The communication information unit outputs a warning message for the driven object. The warning message includes at least a group selected from the group consisting of light, sound, vibration, text, graphics, and any combination of the foregoing. The method for intelligent detection system of human cardiovascular and physiological information as described in item 11 of the patent scope, wherein the driving object further includes a notification information unit for the notification information unit to know that the user cannot meet Safety specification steps. The method for intelligent detection system of human cardiovascular and physiological information as described in any one of the patent application ranges from 9 to 12 further includes: an identification data message for at least recording and providing the user's identification data Step; an information collection center is used to receive the information and identification data transmitted by the communication information unit, and to analyze the information received during a period to obtain an analysis result, and to provide the aforementioned analysis result based on the identification data Give the communication information unit steps. The method of intelligent sleep detection system for human health physiological information as described in any one of the patent application ranges from 9 to 12, wherein the sensing physiological information unit includes a temperature sensor, a blood pressure sensor, a heartbeat measurement sensor, A group consisting of a motion sensor, a gravity sensor, a cardiac electrophysiological sensor, and any combination of the foregoing, the human physiological information system at least includes electrophysiological activity information selected from heart rate, blood oxygen, blood pressure, body temperature, and heart The group formed by any one of the foregoing combinations, the human physiological function information includes selected from mental state analysis, sympathetic nerve function analysis, parasympathetic nerve function analysis, deep sleep analysis, shallow sleep analysis, breathing state analysis, body temperature analysis, heart rate analysis , Blood pressure analysis, blood oxygen analysis, electrocardiogram analysis and any combination of the aforementioned groups. The method of a smart sleep detection system for human health physiological information as described in item 13 of the patent scope, wherein the sensing physiological information unit includes a temperature sensor, a blood pressure sensor, a heartbeat measurement sensor, a motion sensor, Gravity sensor, cardiac electrophysiological sensor, and any combination of the foregoing, the human physiological information at least includes electrophysiological activity information selected from heart rate, blood oxygen, blood pressure, body temperature, heart and any of the foregoing The group formed by the combination, the human physiological function information includes selected from the group consisting of mental status analysis, sympathetic nerve function analysis, parasympathetic nerve function analysis, deep sleep analysis, shallow sleep analysis, respiratory status analysis, body temperature analysis, heart rate analysis, blood pressure analysis , Blood oxygen analysis, electrocardiogram analysis and any combination of the aforementioned groups. The method for intelligent sleep detection system of human health physiological information as described in any one of the patent application scopes 9 to 12, wherein the information collection center is set to include a cloud, a database, a medical center and the aforementioned A group formed by any combination. The method of intelligent sleep detection system for human health physiological information as described in item 13 of the patent scope, wherein the information collection center is set to include a cloud, a database, a medical center and any combination of the foregoing Into groups.

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