CN105212967B - A kind of energy consumption of human body monitoring device and its bracelet - Google Patents
A kind of energy consumption of human body monitoring device and its bracelet Download PDFInfo
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- CN105212967B CN105212967B CN201510727938.8A CN201510727938A CN105212967B CN 105212967 B CN105212967 B CN 105212967B CN 201510727938 A CN201510727938 A CN 201510727938A CN 105212967 B CN105212967 B CN 105212967B
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Abstract
The invention discloses a kind of energy consumption of human body monitoring device and its bracelet, wherein, energy consumption of human body monitoring device includes VPV testing agency（1）, energy converter（2）, pulse detection mechanism（3）, computing unit（4）And power subsystem（5）, the device is by the real-time detection to human body artery VPV, to obtain energy consumption of human body information, have it is simple in construction, it is reasonable in design, measure the advantages that reasonable.
Description
Technical field
The present invention relates to electronic technology device arts, specifically provide a kind of energy consumption of human body monitoring device and its
Bracelet.
Background technology
As economic development, social progress, the quickening of people's rhythm of life, work and the increase of stress, health are asked
Topic is increasingly paid attention to by the mankind.At present, sold on the market and using largely by electrocardio, blood pressure, step number and sleeping
Dormancy state monitors the device of energy consumption of human body and health status and Intelligent bracelet, for people health demand provide it is valuable
The information of value, still, current existing device and bracelet are all not reaching to the height of quality of life monitoring, exist to health assessment
The problems such as imperfection.
VPV is an important parameter of body energy loss, being capable of more exact representation human energy metabolism etc.
Actual conditions.But the device of human body monitoring and bracelet are realized by VPV without a on the market at present.Human body exists
It is static and motion in VPV be it is different, the VPV in motion be significantly faster than that it is static, and move in disappeared
The energy of consumption is also apparently higher than static.Physical efficiency is low and the VPV and energy during exercise of the human body with heart disease
Amount consumption is also significantly lower than normal person.Moreover, human body VPV in changes of the mood will also change, with some diseases
（Hypertension, coronary heart disease etc.）The origin cause of formation it is relevant.
It would therefore be highly desirable to a kind of device that energy consumption of human body is monitored by VPV is researched and developed, further to improve people
The quality of life detection of body, more valuable information and data are provided for human health and medical science.
The content of the invention
In consideration of it, it is an object of the invention to provide a kind of energy consumption of human body monitoring device and its bracelet, at least to solve
Certainly conventional monitoring device and the existing measurement imperfection of bracelet, can not really monitor that human life quality index etc. is asked
Topic.
One aspect of the present invention provides a kind of energy consumption of human body monitoring device, it is characterised in that including：
VPV testing agency 1, for being detected in real time to human body artery VPV；
Energy converter 2, electrically connected with the VPV testing agency 1, for receiving the VPV detection machine
The VPV of the transmission of structure 1 simultaneously converses corresponding energy value according to the VPV；
Pulse detection mechanism 3, detected in real time for the number to human pulse；
Computing unit 4, electrically connected respectively with the energy converter 2 and the pulse detection mechanism 3, for receiving respectively
The beat pulse number that the energy value and the pulse detection mechanism 3 that the energy converter 2 is sent are sent, and according to described
Energy value and the beat pulse number calculate energy consumption values and cumlative energy consumption figures；
Power subsystem 5, respectively with the VPV testing agency 1, energy converter 2, pulse detection mechanism 3 and calculate
Unit 4 connects, for supplying the VPV testing agency 1, energy converter 2, pulse detection mechanism 3 and computing unit 4
Electricity.
It is preferred that the energy consumption of human body monitoring device, in addition to：Wireless communication module 6, respectively with the VPV
Testing agency 1, energy converter 2, pulse detection mechanism 3, computing unit 4 and the power subsystem 5 electrically connect, for receiving
State the VPV of the transmission of VPV testing agency 1, energy value, the pulse detection machine that the energy converter 2 is sent
The residue electricity that the beat pulse number of the transmission of structure 3, the energy consumption values of the transmission of the computing unit 4, the power subsystem 5 are sent
Value, and the VPV, energy value, beat pulse number, energy consumption values and residual electric quantity are sent to movement eventually
End 7.
Further preferably, the mobile terminal 7 is mobile phone or tablet personal computer.
Further preferably, the energy consumption of human body monitoring device, in addition to：Display unit 8, respectively with the Hemodynamic environment
Degree testing agency 1, energy converter 2, pulse detection mechanism 3, computing unit 4 and power subsystem 5 electrically connect, for receiving and showing
Show that energy value, the pulse that VPV, the energy converter 2 that the VPV testing agency 1 sends are sent are examined
Beat pulse number, the energy consumption values of the transmission of the computing unit 4, the power subsystem 5 of survey mechanism 3 transmission send surplus
Remaining charge value.
Further preferably, the VPV testing agency 1 is 2 liquid speed measuring devices, including：
Transmitting probe 11, connect with human body radial artery skin surface, surpassing in human body artery blood flow is acted on for launching
Sound wave；
Receiving transducer 12, connect with human body radial artery skin surface, for receiving reflectance ultrasound ripple, the reflectance ultrasound ripple
The back wave of ultrasonic wave in human body artery blood flow is acted on for the transmitting probe 11 transmitting；
Processing unit, it is connected respectively with the transmitting probe 11 and the receiving transducer 12, according to the transmitting probe 11
The time required to the distance between described receiving transducer 12 and the receiving transducer 12 receive the reflectance ultrasound ripple, and calculate
Draw the VPV of tested artery.
Further preferably, the transmitting probe 11 and the receiving transducer 12 connect with human body radial artery skin surface one
It is in inner concave arc surface to hold end face, moreover, device and the inner surface of skin contact are curved, are easy to the contact of wrist skin, are advantageous to
The stability of artery detection.
Another aspect of the present invention additionally provides a kind of bracelet, it is characterised in that is provided with the bracelet above-mentioned any one
Kind energy consumption of human body monitoring device.
Energy consumption of human body monitoring device provided by the invention and its bracelet, by VPV, testing agency measures human body
The real-time speed of artery blood flow, the blood is conversed according to indexs such as real-time VPVs and body mass by energy converter
Energy value corresponding to flow velocity degree, in conjunction with the beat pulse number of pulse detection mechanism detection, calculate specifically by computing unit
Energy consumption values and cumlative energy consumption figures, realize that the real-time detection to energy consumption of human body and period energy consumption values are changed
Calculate.
Energy consumption of human body monitoring device provided by the invention and its bracelet, there is simple in construction, reasonable in design, measurement essence
The advantages that true.
Brief description of the drawings
Fig. 1 is the module map of energy consumption of human body monitoring device；
Fig. 2 is the schematic diagram of bracelet；
Fig. 3 is schematic diagram when bracelet is worn.
Embodiment
The present invention is further expalined with specific embodiment below, but the guarantor being not intended to limit the invention
Protect scope.
In order to solve monitoring result imperfection existing for conventional energy consumption of human body detection means and Intelligent bracelet, no
The problems such as height of detection quality of life can be reached, present embodiment provides a kind of energy consumption of human body monitoring device, referring to
Fig. 1, the monitoring device include：VPV testing agency 1, energy converter 2, pulse detection mechanism 3, computing unit 4 and electricity
Source unit 5；
Wherein, VPV testing agency 1 is used to detect human body artery VPV in real time, obtains human body artery
Real-time VPV, for being detected in real time to human body artery VPV；
Energy converter 2 electrically connects with VPV testing agency 1, for receiving the transmission of VPV testing agency 1
VPV simultaneously converses corresponding energy value according to the VPV, and its specific transfer process is：According to Energy Conversion
Formula：, wherein,Represent energy value,Represent VPV,Represent cardiac stroke volume, heart is often fought output
Amount is that the height of foundation user and body weight converse what is come, is constant；Therefore, the energy converter 2 can be according to real-time
VPV converses the corresponding energy value that beat pulse is consumed every time；
Pulse detection mechanism 3 is used to detect the number of human pulse in real time；
Computing unit 4 electrically connects with energy converter 2 and pulse detection mechanism 3 respectively, for receiving energy conversion respectively
The beat pulse number that the energy value and pulse detection mechanism 3 that device 2 is sent are sent, and according to energy value and beat pulse number
Energy consumption values are calculated, its specific calculation formula is：, wherein,Total energy consumption values are represented,Represent arteries and veins
The number fought；
Power subsystem 5 respectively with VPV testing agency 1, energy converter 2, pulse detection mechanism 3 and computing unit 4
Connection, for being powered to VPV testing agency 1, energy converter 2, pulse detection mechanism 3 and computing unit 4.
Above-mentioned energy consumption of human body monitoring device is foundation human body artery VPV to realize to energy consumption of human body
Being monitored in real time, during due to human motion, VPV can be accelerated, and when static, VPV can slow down, therefore, people's physical efficiency
Amount consumes has corresponding embodiment on VPV, and the monitoring according to VPV progress energy consumption of human body is more accurate,
False Rate is low.Further, since physical efficiency is low and the VPV during exercise of the human body with heart disease and energy disappear
Consumption is also significantly lower than normal person, and therefore, the energy expenditure monitored according to VPV can also in a disguised form embody the health of human body
Degree, the device is set to rise to the height of detection quality of life.
Energy consumption of human body monitoring device can provide foundation for health and physical fitness assessment in the present embodiment：
Fitness test can be carried out to common people, on the amount of exercise normal line of setting, by it is static when with motion when consume
The difference of energy assesses different physical efficiency grades, and foundation is provided for physical training.And provide a bodily fuctions for routine physical examination
The inspection of aspect.
The evaluation of heart disease heart function：In theory, the power consumption in the low patient motion of cardiac function significantly decreases.
The lower patient of power consumption more should be careful in Cardiac rehabilitation, prevents caused cardiac event of overtraining, also may be used
To change drill program at any time according to energy consumption condition.
The clinical research of hypertension：Blood pressure of the human body when static, with the few examinations of research in terms of Sentimental psychology
Data are tested to confirm.The research can the change of VPV speculates some factors of psychology change when static by human body,
Research in terms of for the disease incidence mechanism such as hypertension provides foundation.
The research of other chronic diseases：The research can is speculated and inferred depositing for psychological factor by the change of VPV
The Study of Etiology for many chronic diseases provides evidence.
In the present embodiment, referring to Fig. 1, the energy consumption of human body monitoring device, in addition to：Wireless communication module 6, point
Do not electrically connect, use with VPV testing agency 1, energy converter 2, pulse detection mechanism 3, computing unit 4 and power subsystem 5
Sent out in receiving the VPV of the transmission of VPV testing agency 1, the energy value that energy converter 2 is sent, pulse detection mechanism 3
The residual electric quantity that energy consumption values that the beat pulse number that send, computing unit 4 are sent, power subsystem 5 are sent, and by blood flow
Speed, energy value, beat pulse number, energy consumption values and residual electric quantity are sent to mobile terminal 7, wherein, mobile terminal 7
Can be that mobile phone can also be tablet personal computer；By the setting of above-mentioned part, it can be used for hospital or health monitoring center, to each
Kind of crowd particularly easily makes up one's mind popular name for and physical efficiency is gradually reduced the monitoring of crowd, such as the elderly.In device according to physical efficiency and
Amplitude that cardiac function declines, the setup measures alert program such as different time sections energy consumption values anomalous variation, for medical care people
Monitoring of the member to patient, monitoring of the sons and daughters to old man, the more important research for medical science；It is also applied for athlete's physique instruction
Data acquisition in white silk；Wherein, when specifically making, wireless communication module can be bluetooth communication module, WIFI communication modules,
3G communication modules, 4G communication modules and/or 2.4G wireless communication modules.
In order to be more convenient for using, in the present embodiment, referring to Fig. 1, energy consumption of human body monitoring device, in addition to：It is aobvious
Show unit 8, respectively with VPV testing agency 1, energy converter 2, pulse detection mechanism 3, computing unit 4 and power subsystem
5 electrical connections, the energy sent for receiving and showing VPV, energy converter 2 that VPV testing agency 1 sends
Value, the beat pulse number of the transmission of pulse detection mechanism 3, the energy consumption values of the transmission of computing unit 4, power subsystem 5 are sent
Residual electric quantity；In order to need information to be shown on screen all, it is easy to use.
Wherein, the VPV testing agency in above-mentioned each energy consumption of human body monitoring device embodiment can be mesh
Preceding medical single probe VPV detection means, as long as the function of blood flow velocity measurement can be realized, but is visited using single
Head the problem of existing is：During single probe measurement, probe needs have certain angle, the blood of the different measurements of angle with artery blood flow
Flow that rate results are different, influence the result of measurement, in order to solve the problem, the VPV testing agency in the present embodiment
Dual probe detector, carry out intravascular blood flow by 2 points and test the speed, referring to Fig. 2, specifically include：With human body radial artery skin surface
Connect, for launching the ultrasonic wave transmitting probe 11 acted in human body artery blood flow；Connect with human body radial artery skin surface,
For receiving reflectance ultrasound ripple, the reflectance ultrasound ripple is that the transmitting of transmitting probe 11 acts on ultrasonic wave in human body artery blood flow
Back wave；The processing unit being connected respectively with transmitting probe 11 and receiving transducer 12, the processing unit is according to the He of transmitting probe 11
The time required to the distance between receiving transducer 12 and receiving transducer 12 receive the reflectance ultrasound ripple, and it is calculated tested
The VPV of artery.Its specific measuring principle is similar to liquid ultrasonic flow meters in existing industrial pipeline, all
It is using 2 points of tests, 2 points are that the data gathered are relatively stable the advantages of testing the speed, it is not necessary to increase angle to probe.
Wherein, transmitting probe 11（Proximal part of the transmitting probe in human body radial artery）With receiving transducer 12（Receive probe to exist
The distal end of human body radial artery）One end end face to connect with human body artery skin surface is preferably designed for inner concave arc surface, to the greatest extent may be used
It can be matched with the radian of wrist, while its edge and skin attachment are close, reduce the compressing to skin as far as possible, and select to close
Suitable material is to prevent that skin is caused to damage.The inner concave arc surface can be also used for daubing coupling agent simultaneously, and such wearer exists
Be advantageous to the persistent state that ultrasonic probe is in couplant all the time during motion, reduce the error in Data Collection.
A kind of bracelet that the present embodiment provides, referring to Fig. 2, Fig. 3, it is provided with above-mentioned each embodiment and appoints in the bracelet
Anticipate a energy consumption of human body monitoring device, wherein, A is energy consumption of human body monitoring device, and B is wrist strap, and bracelet specifically makes
When can be divided into large, medium and small number according to the thickness of wrist portion, average-size is about 30 × 50 × 10mm.
Above-mentioned each embodiment is write according to progressive mode, highlights the difference of each embodiment
Part, its similar portion can be with cross-reference.
Claims (7)
- A kind of 1. energy consumption of human body monitoring device, it is characterised in that including：VPV testing agency（1）, for being detected in real time to human body artery VPV；Energy converter（2）, with the VPV testing agency（1）Electrical connection, for receiving the VPV detection machine Structure（1）The VPV of transmission simultaneously converses corresponding energy value according to the VPV；Pulse detection mechanism（3）, detected in real time for the number to human pulse；Computing unit（4）, respectively with the energy converter（2）With the pulse detection mechanism（3）Electrical connection, for connecing respectively Receive the energy converter（2）The energy value of transmission and the pulse detection mechanism（3）The beat pulse number of transmission, and according to Energy consumption values and cumlative energy consumption figures are calculated according to the energy value and the beat pulse number；Power subsystem（5）, respectively with the VPV testing agency（1）, energy converter（2）, pulse detection mechanism（3）With Computing unit（4）Connection, for the VPV testing agency（1）, energy converter（2）, pulse detection mechanism（3）With Computing unit（4）Power supply.
- 2. according to energy consumption of human body monitoring device described in claim 1, it is characterised in that also include：Wireless communication module （6）, respectively with the VPV testing agency（1）, energy converter（2）, pulse detection mechanism（3）, computing unit（4）With The power subsystem（5）Electrical connection, for receiving the VPV testing agency（1）The VPV of transmission, the energy Converter（2）The energy value of transmission, the pulse detection mechanism（3）Beat pulse number, the computing unit of transmission（4）Hair The energy consumption values sent, the power subsystem（5）The residual electric quantity of transmission, and the VPV, energy value, pulse are jumped Dynamic number, energy consumption values and residual electric quantity are sent to mobile terminal（7）.
- 3. according to energy consumption of human body monitoring device described in claim 2, it is characterised in that：The mobile terminal（7）For mobile phone Or tablet personal computer.
- 4. according to energy consumption of human body monitoring device described in claim 1, it is characterised in that also include：Display unit（8）, point Not with the VPV testing agency（1）, energy converter（2）, pulse detection mechanism（3）, computing unit（4）With power supply list Member（5）Electrical connection, for receiving and showing the VPV testing agency（1）The VPV of transmission, the energy conversion Device（2）The energy value of transmission, the pulse detection mechanism（3）Beat pulse number, the computing unit of transmission（4）Send Energy consumption values, the power subsystem（5）The residual electric quantity of transmission.
- 5. according to energy consumption of human body monitoring device described in claim 1, it is characterised in that the VPV testing agency （1）For 2 liquid speed measuring devices, including：Transmitting probe（11）, connect with human body radial artery skin surface, for launching the ultrasound acted in human body artery blood flow Ripple；Receiving transducer（12）, connect with human body radial artery skin surface, for receiving reflectance ultrasound ripple, the reflectance ultrasound ripple is The transmitting probe（11）Transmitting acts on the back wave of ultrasonic wave in human body artery blood flow；Processing unit, respectively with the transmitting probe（11）With the receiving transducer（12）Connection, according to the transmitting probe （11）With the receiving transducer（12）The distance between and the receiving transducer（12）The reflectance ultrasound ripple is received to be taken Between, and the VPV of tested artery is calculated.
- 6. according to energy consumption of human body monitoring device described in claim 5, it is characterised in that：The transmitting probe（11）With it is described Receiving transducer（12）One end end face to connect with human body artery skin surface is in inner concave arc surface.
- 7. a kind of bracelet, it is characterised in that any one energy consumption of human body in claim 1 ~ 6 is provided with the bracelet and is supervised Survey device.
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| CN201510727938.8A CN105212967B (en) | 2015-10-29 | 2015-10-29 | A kind of energy consumption of human body monitoring device and its bracelet |
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| CN201510727938.8A CN105212967B (en) | 2015-10-29 | 2015-10-29 | A kind of energy consumption of human body monitoring device and its bracelet |
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| CN105212967B true CN105212967B (en) | 2017-11-28 |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112022100B (en) * | 2016-05-06 | 2023-12-29 | 上海中医药大学 | Bluetooth pulse diagnosis bracelet and pulse data transmission method |
| CN106820484A (en) * | 2017-03-03 | 2017-06-13 | 广州体育学院 | Electronics bracelet with pulse monitoring function |
| CN109009219A (en) * | 2018-08-03 | 2018-12-18 | 赵驰 | A kind of detection device of human body dynamic heart blood flow velocity |
| CN115844359A (en) * | 2022-10-28 | 2023-03-28 | 北京大学第三医院（北京大学第三临床医学院） | Risk early warning interaction system for intelligent ankle pump training detection and analysis and intelligent foot ring |
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Granted publication date: 20171128 Termination date: 20211029 |