CN104224147A - Wireless portable human health and sleep quality monitor - Google Patents
Wireless portable human health and sleep quality monitor Download PDFInfo
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- CN104224147A CN104224147A CN201410466224.1A CN201410466224A CN104224147A CN 104224147 A CN104224147 A CN 104224147A CN 201410466224 A CN201410466224 A CN 201410466224A CN 104224147 A CN104224147 A CN 104224147A
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Abstract
The invention is applicable to the field of medical apparatuses, and discloses a wireless portable human health and sleep quality monitor, which comprises a sensor module, a central processing unit, an output module, a wireless communication module, a power module and an upper computer. The sensor module is electrically connected with the central processing unit. The central processing unit is used for receiving and processing physiological signals acquired by the sensor module and, at the same time, controlling the sensor module, the output module and the wireless communication module to operate. The wireless portable human health and sleep quality monitor disclosed by the invention can detect the physiological signals of a monitor wearer, such as electrocardiosignals, respiratory signals, body temperature signals, blood oxygen signals and posture signals, in real time, make an assessment on the health and sleep quality of the monitor wearer by assessing and analyzing the physiological signals and upload data to a cloud wirelessly or via the Internet, so that medical workers can conveniently give reasonable suggestions to the wearer.
Description
Technical field
The invention belongs to medical instruments field, relate to a kind of monitor, specifically relate to a kind of portable wireless health and sleep quality monitor.
Background technology
Monitor in the market comprises two large classes: large-scale electrocardiogram monitor, is mainly used in hospital diagnosis; Portable monitor, mainly for domestic consumer.Domestic monitoring monitor product need have long-term, continuous, real-time, light, the high feature such as integrated, but on market, existing portable monitor product seldom has above feature of taking into account.
Current portable monitor has two kinds: one is stored in by collection physiological data in the equipment such as SD card, USB flash disk, user of service need periodically manual by data batchmove to terminals such as PC; One is that physiological data is uploaded to the terminals such as PC in a wireless form.The former does not have real-time, and power consumption is also comparatively large, and the latter does not form complete system, can not complete monitoring requirement.
Summary of the invention
technical problem:the object of the invention is a kind of portable wireless health and sleep quality monitor, this monitor can gather the physiological signals such as user electrocardio, blood oxygen, body temperature, attitude, thus health status, the sleep quality of assessment user, and information is shown in real time and is sent to hospital, community center.
technical scheme:portable body health of the present invention and sleep quality monitor, comprising:
Sensor assembly, described sensor assembly can to information Real-Time Monitorings such as the electrocardio of wearer, blood oxygen, body temperature, attitudes.Described sensor assembly is electrically connected with the CPU of the following stated, the physiological signal such as electrocardio, blood oxygen, body temperature, attitude detecting the monitor wearer obtained by described central processing unit controls, and is sent to described CPU by described sensor assembly.
CPU, described CPU comprises main control microprocessor and memorizer, and for controlling the physiological signal of described sensor assembly monitoring monitor wearer, and the physiological signal receiving its collection carries out treatment and analysis.For physiological signals such as electrocardio, blood oxygen, body temperature, attitudes, obtained health status, the sleep quality of monitor wearer by a whole set of assessment algorithm.According to health status, the sleep quality of wearer, medical personnel can make wearer and reasonably treat suggestion.
Wireless communication module, described wireless communication module is used for the radio communication between monitor and PC center, smart mobile phone, by described monitor monitors to the physiological signal of monitor wearer and the operation such as the analysis health status, the sleep quality that obtain are uploaded to PC center, smart mobile phone carries out showing, preservation.By the Internet, described physiological signal and health status, sleep quality upload to hospital, community center, provide medical personnel to analyze.
Output module, described output module comprises LED and speaker.Described output module is electrically connected with described CPU, and described central processing unit controls LED flicker and speaker send audio signal.
Power module, described power module comprises battery and electric power management circuit, provides power supply for giving this monitor.
Host computer, described host computer comprises PC center and smart mobile phone, for showing health status, the sleep quality of physiology signal that this monitor gathers, physical signs and assessment in real time, data is passed to high in the clouds by the Internet in form simultaneously.
Described assessment algorithm, its principle is the physiological signal such as electrocardio, breathing, body temperature, blood oxygen of the bracelet wearer collected according to sensor assembly, calculates the physiological parameter such as real-time heart rate, heart rate variability, respiratory frequency, blood oxygen saturation, body temperature of monitor wearer respectively.The health status of monitor wearer is obtained by comprehensive heart rate, heart rate variability, respiratory frequency, blood oxygen saturation, body temperature four indices; By attitude and above-mentioned real-time heart rate, respiratory frequency, body temperature physiological parameter, provide the sleep quality assessment of monitor wearer.
beneficial effect:portable wireless health of the present invention and sleep quality monitor, the physiological signals such as the electrocardio of monitor wearer, breathing, body temperature, blood oxygen, attitude can be detected in real time, by making assessment to the analysis and assessment of physiological signal to the health status of monitor wearer, sleep quality, and upload the data to high in the clouds with interconnected network mode facilitate medical personnel to make rational suggestion to wearer by wireless.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention will be further described:
Fig. 1 is portable wireless health of the present invention and sleep quality monitor hardware block diagram.
Fig. 2 is portable wireless health of the present invention and sleep quality monitor physiological signal transmission diagram.
Detailed description of the invention
Portable wireless health of the present invention and sleep quality monitor, comprise sensor assembly 1, CPU 2, output module 3, wireless communication module 4, power module 5 and host computer 6.
Wherein, sensor assembly 1 is electrically connected with CPU 2, for detecting electrocardiogram (ECG) data a1, oximetry data a2, temperature data a3, the attitude data a4 of monitor wearer, and is sent to CPU 2.CPU 2 comprises master control microcontroller 21, and master control microcontroller 21 is electrically connected with memorizer 22, gathers physiological signal for reception and processes sensor module 1, controls sensor assembly 1, output module 3 and wireless communication module 4 simultaneously and carries out work.
In the present embodiment, sensor assembly 1 comprises the EGC sensor 11, blood oxygen transducer 12, body temperature trans 13 and the attitude transducer 14 that are electrically connected with CPU 2 respectively.EGC sensor 11 is electrically connected with CPU 2, adopts bipolar electrode method to gather the electrocardiosignal of monitor wearer, is digital signal, and sends it to CPU 2 through amplifying and carrying out analog digital conversion after filtering.Blood oxygen transducer 12 is electrically connected with CPU 2, adopts photoplethaysmography technology to gather the blood oxygen signal of monitor wearer, is digital signal, and sends it to CPU 2 through amplifying and carrying out analog digital conversion after filtering.Body temperature trans 13 is electrically connected with CPU 2, adopts the body temperature of contact resistance measurement monitor wearer, and sends it to CPU 2.Attitude transducer 14 is electrically connected with central processor unit 2, adopts six axle sensors to measure monitor wearer's body attitude information, and sends it to CPU 2.
In the present embodiment, output module 3 comprises the LED31 and speaker 32 that are electrically connected with CPU 2 respectively.The color of CPU 2 control LED31 and flicker frequency.The sounding of CPU 2 control loudspeaker 32, makes it send the audio signal of different frequency or different duration.
In the present embodiment, wireless communication module 4 adopts Bluetooth protocol, is connected with the radio communication between host computer 6 for realizing the monitor of user, and be sent on host computer 6 by the information that monitor is collected, by the Internet, information is uploaded to high in the clouds by host computer 6.
In the present embodiment, power module 5 comprises battery and electric power management circuit, provides power supply for giving other modules.Battery adopts not chargeable button cell or rechargeable battery.Power module is also provided with USB interface, and USB interface is charged to rechargeable battery by electric power management circuit for connecting power supply.
In the present embodiment, the assessment algorithm of the health status that CPU 2 adopts is:
A) receive respectively and store electrocardiogram (ECG) data a1, oximetry data a2 that sensor assembly 1 in special time length transmits, temperature data a3 physiological signal.
B) according to the electrocardiogram (ECG) data a1, oximetry data a2, the temperature data a3 that store, calculate the physical signs such as real-time heart rate b1, heart rate variability b2, respiratory frequency b3, blood oxygen saturation b4, body temperature b5 of monitor wearer respectively, and write memorizer.The compression of the data of physiological index such as heart rate b1, the heart rate variability b2 of monitor wearer, respiratory frequency b3, blood oxygen saturation b4, body temperature b5 is merged simultaneously, and fused data c is uploaded to host computer 6 by wireless communication module 4.Data decompression classification can be obtained decompressed data d by host computer on the one hand, by the Internet, decompressed data d can be sent to high in the clouds on the one hand.
C) calculate calculate in this time span real-time heart rate b1, heart rate variability b2, respiratory frequency b3, blood oxygen saturation b4, body temperature b5 diversity, respectively every diversity and predetermined threshold value are analyzed, obtain the health status scoring in this time span, and write memorizer.Scoring can be shown by host computer 6, also can carry out display alarm by LED simultaneously.
D) for the health status evaluating of monitor wearer, CPU 2 adopts machine learning mode carry out storing to the evaluating of individual and revise, in order to adapt to different user.
In the present embodiment, the sleep quality assessment algorithm that CPU 2 adopts is:
A) receive above-mentioned health state evaluation algorithm steps c) in obtain real-time heart rate b1, heart rate variability b2, respiratory frequency b3, blood oxygen saturation b4, body temperature b5 physical signs.
B) receive the attitude data a4 that attitude transducer 14 gathers, calculated the body posture b6 of monitor wearer by blending algorithm, and write memorizer.
C) by body posture b6, the state of monitor wearer is judged.When judging to enter sleep, reduce physiological data sample rate with extension device service time.In sleep mode, by the body posture b6, in real time heart rate b1, respiratory frequency b3, the body temperature b5 that receive, contrast with the parameter of machine learning, and then the sleep quality of monitor wearer is made an appraisal, and write memorizer.
D) for the sleep quality assessment parameter of monitor wearer, CPU 2 adopts machine learning mode to carry out memory modify to the evaluating of individual, in order to adapt to different user.
The above, be only the preferred embodiment of the present invention.To it should be pointed out that for those skilled in the art according to creation principle of the present invention, many distortion and improvement can be made, but these all fall into the protection domain of the claims in the present invention.
Claims (7)
1. portable wireless health and a sleep quality monitor, is characterized in that comprising:
Sensor assembly (1), described sensor assembly (1) is electrically connected with described CPU (2), for detecting the electrocardiogram (ECG) data (a1) of monitor wearer, oximetry data (a2), temperature data (a3), attitude data (a4) be sent to described CPU (2);
CPU (2), comprise master control microcontroller (21) and memorizer (22), described CPU (2) detects the physiological signal of monitor wearer for controlling described sensor assembly (1), and the physiological signal receiving its collection carries out treatment and analysis, calculates the real-time heart rate (b1) of monitor wearer, heart rate variability (b2), respiratory frequency (b3), blood oxygen saturation (b4), body temperature (b5), body posture (b6) physical signs; According to the physical signs of monitor wearer, arrange different duties with extension device service time, according to the evaluating diversity in the physical signs of monitor wearer and described memorizer (22), respectively every diversity and predetermined threshold value are analyzed, comprehensively obtain health state, sleep quality scoring; The evaluating of described memorizer (22) passes through the mode real-time update of machine learning, in order to adapt to different user; Meanwhile, by data compression technique, above-mentioned data compression is become fused data (c), to reduce wirelessly transmitting data amount;
Output module (3), described output module (3) comprises LED(31) and speaker (32), LED(31) be electrically connected with described CPU (2) respectively with speaker (32), described CPU (2) control LED(31) glow color and flicker frequency, simultaneously control loudspeaker (32) sends audio signal;
Wireless communication module (4), described wireless communication module (4) is connected with the radio communication between described host computer (6) for realizing the monitor of user, and the data (c) that the fusion that CPU (2) is compressed obtains are sent to host computer (6);
Power module (5), described power module (5) comprises battery and electric power management circuit, provides power supply for giving this monitor;
Host computer (6), described host computer (6) comprises PC center and smart mobile phone, wirelessly receive the data that described wireless module (4) sends, to the classification of reception data decompression, and show the physical signs such as the real-time heart rate of human body (b1), heart rate variability (b2), respiratory frequency (b3), blood oxygen saturation (b4), body temperature (b5), body posture (b6) in real time, health status, the sleep quality of display monitor wearer in real time; Meanwhile, decompressed data (d) can be sent to high in the clouds by the Internet by described host computer (6).
2. a kind of portable wireless health according to claim 1 and sleep quality monitor, is characterized in that:
Sensor assembly (1) comprises the EGC sensor (11), blood oxygen transducer (12), body temperature trans (13) and the attitude transducer (14) that are electrically connected with CPU (2) respectively; EGC sensor (11) is electrically connected with CPU (2), adopts bipolar electrode method to gather the electrocardiosignal of monitor wearer, is digital signal, and sends it to CPU (2) through amplifying and carrying out analog digital conversion after filtering; Blood oxygen transducer (12) is electrically connected with CPU (2), photoplethaysmography technology is adopted to gather the blood oxygen signal of monitor wearer, after amplification and filtering, carry out analog digital conversion is digital signal, and sends it to CPU (2); Body temperature trans (13) is electrically connected with CPU (2), adopts the body temperature of contact resistance measurement monitor wearer, and sends it to CPU (2); Attitude transducer (14) is electrically connected with central processor unit (2), adopts six axle sensors to measure monitor wearer's body attitude information, and sends it to CPU (2).
3. a kind of portable wireless health according to claim 1 and sleep quality monitor, is characterized in that:
CPU (2) comprises master control microcontroller (21), master control microcontroller (21) is electrically connected with memorizer (22), for receiving and processes sensor module (1) collection physiological signal, controlling sensor assembly (1), output module (3) and wireless communication module (4) simultaneously and carrying out work.
4. a kind of portable wireless health according to claim 1 and sleep quality monitor, is characterized in that:
Output module (3) comprises the LED(31 be electrically connected with CPU (2) respectively) and speaker (32); CPU (2) control LED(31) color and flicker frequency; The sounding of CPU (2) control loudspeaker (32), makes it send the audio signal of different frequency or different duration.
5. a kind of portable wireless health according to claim 1 and sleep quality monitor, is characterized in that:
Described wireless communication module (4) for the radio communication between monitor and PC center, smart mobile phone, wireless communication module (4) by monitor monitors to the physiological signal of monitor wearer and the analysis health status, the sleep quality that obtain are uploaded to PC center, smart mobile phone carries out showing, preserving operation; By the Internet, described physiological signal and health status, sleep quality upload to hospital, community center, provide medical personnel to analyze.
6. a kind of portable wireless health according to claim 1 and sleep quality monitor, is characterized in that:
Power module (5) comprises battery and electric power management circuit, provides power supply for giving other modules; Battery adopts not chargeable button cell or rechargeable battery.
7. a kind of portable wireless health according to claim 6 and sleep quality monitor, is characterized in that:
Power module is also provided with USB interface, and USB interface is charged to rechargeable battery by electric power management circuit for connecting power supply.
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Application publication date: 20141224 |