CN206728000U - Patient is instructed to carry out the wearable device of rehabilitation exercise - Google Patents
Patient is instructed to carry out the wearable device of rehabilitation exercise Download PDFInfo
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- CN206728000U CN206728000U CN201720380349.1U CN201720380349U CN206728000U CN 206728000 U CN206728000 U CN 206728000U CN 201720380349 U CN201720380349 U CN 201720380349U CN 206728000 U CN206728000 U CN 206728000U
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- wearable device
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Abstract
The utility model provides a kind of wearable device for instructing patient to carry out rehabilitation exercise, including shell, wearable device body, bracelet wrist strap, Cloud Server and intelligent terminal, the wearable device body includes pcb board, pulse image sensor, wrist strap pin thread, the axle sensors of mpu 9,250 9, the modules of SNAPDRAGON wear 2100, DA14580 modules are integrated with the pcb board, the bracelet wrist strap includes FPCB plates and wrist strap box；The FPCB plates are printed with flexible antennas.Wearable device provided by the utility model is detected and gathered to human body pulse condition change information by pulse image sensor, effectively realize the degree of accuracy of monitoring health data, by the analysis to pulse signal, reach the physical examinations matched by pulse condition, instruct the rehabilitation exercise of correlated crowd；By detection of the axle sensors of mpu 9,250 9 to patient motion mode, transmit to Cloud Server with reference to pulse image sensor detection information, referred to for medical institutions.
Description
Technical field
The utility model belongs to Intelligent worn device technical field, and in particular to a kind of to instruct patient to carry out rehabilitation exercise
Wearable device.
Background technology
With the high speed development in city, the rhythm of life of people is further quick, and people are usually busy with the work of oneself with answering
In fulfilling and playing, so as to ignore the protection to own health, due to irregular life and eating habit, cause body
Sub-health state and the possibility for aggravating chronic disease onset, due to these, people pay attention to health further.Intelligence wearing is set
Standby, smart home rise, the scientific and technological R ＆ D design tide of a new generation is even more started.Although have to supervise in the prior art simultaneously
The motion of survey and the intelligent wearable device of health data, but due to can not be promptly and accurately give is fed back, cause to disease
Perception is poor, it is impossible to meets the needs of people's life；And to reach user can not be instructed to enter by monitoring Chinese medicine pulse data
The effect that row is taken exercise, causes for disease to play a part of " prevention of diseae ".
Chinese Patent Application No.：201310564821.3 disclose it is a kind of can intelligent monitoring human health status bracelet,
It includes bracelet body, intelligent handheld device and Cloud Server, is carried out between intelligent handheld device and Cloud Server by network
Data communication, described bracelet body is interior to be provided with pulse condition monitoring assembly and microcontroller, and described pulse condition is monitored by miniature gas
Dynamic equipment and pressure sensor composition, D/A converting units built in described microcontroller, A/D converting units, communication interface and
Connected between CPU, CPU control signal output and the input of minitype pneumatic device by D/A converting units, CPU letter
Number connected by A/D converting units between input and the output end of pressure sensor, passed through between CPU and intelligent handheld device
Communication interface and network carry out data communication.So as to strengthen the control and monitoring of bracelet and human health status be carried out complete simultaneously
The monitoring in orientation.But due to that can only monitor, it is impossible to instruct to see a doctor and move, cause poor user experience.
Chinese Patent Application No.：201420615196.0 a kind of health control Intelligent bracelet is disclosed, including bracelet sheet
Body, the bracelet body internal surface are distributed some groups of sensor contacts, and the bracelet body interior structural representation of the present invention is provided with single-chip microcomputer, communication dress
Put and power supply：Sensor contact described in some groups is connected with single-chip microcomputer, and the single-chip microcomputer is connected with communication device, using multiple spot
Test so that no matter under motion or inactive state, at least one point may insure accurate measurement, pacify in sensor contact
Equipped with laminating degree sensor, realize that compactness measures by laminating degree sensor, and then find one from multiple contacts and be best suitable for
Point measure, reach the purpose of accurate measurement.But though multi-point touch compactness is good, no waterproof measure, the danger of hand is also cut
Danger, causes poor user experience.
Chinese Patent Application No.：201620067365.0 disclose a kind of bracelet with Bluetooth function, including drain pan, top
Cover, display screen, mainboard, the heart rate module being arranged on mainboard and timing module, battery, beamlet band and the mother for being arranged on mainboard
Band, in addition to wireless communication module, receiver, silica gel earplugs and base, there is receiver installation position on the drain pan, have on installation position
Sound transmission aperture, there is interface in sound transmission aperture；The wireless communication module is arranged in drain pan and connected with mainboard, the receiver that receiver is fixed
On installation position and relative with sound transmission aperture, silica gel earplugs are connected with interface；The base is provided at both ends with pin joint seat, base and bottom
The corresponding embedded hole of probe and the accommodating cavity of upper shed of heart rate inspecting hole and receiver installation position on shell；Drain pan is chimeric with base simultaneously
It is detachably connected, silica gel earplugs are shunk in accommodating cavity.The device intelligent monitoring, it is impossible to instruct rehabilitation, there is certain limitation.
Utility model content
In view of the shortcomings of the prior art, the utility model provides a kind of wearable device for instructing patient to carry out rehabilitation exercise,
Human body pulse condition change information and hypodermis information are detected and gathered respectively by the sensor integrated in wearable device
While, comprehensive detection data carry out analysis and judge the track of motion and the frequency number amplitude of motion, reach and instruct patient
The purpose of rehabilitation exercise, wearable device provided by the utility model is simple in construction, with a high credibility.
In order to solve the above technical problems, the utility model provides following technical scheme：
The utility model provides a kind of wearable device for instructing patient to carry out rehabilitation exercise, including shell, wearable device sheet
Body and bracelet wrist strap；The wearable device body and bracelet wrist strap are coated in shell；The wearable device body includes PCB
Plate, pulse image sensor, wrist strap pin thread, temperature-detecting device, the moulds of SNAPDRAGON wear 2100 are integrated with the pcb board
Block, DA14580 modules；The temperature-detecting device, DA14580 modules, electrically connect with the modules of SNAPDRAGON wear 2100；
The pulse image sensor and temperature-detecting device are convexly equipped in wearable device body at human wrist pulse and pass through shell；It is described
Bracelet wrist strap includes FPCB plates and wrist strap box；The FPCB plates are printed with flexible antennas；The FPCB plates pass through wrist with pcb board
Being fastened and connected with pin thread and wrist strap box；The modules of pulse image sensor and SNAPDRAGON wear 2100 pass through flexible day
Line connects；The pulse image sensor includes film force sensing resistance, the single-layer graphene film for being applied to film force sensing resistance top layer, applied
Couplant in single-layer graphene film surface；Temperature-detecting device includes temperature sensor, is applied to temperature sensor top layer
Couplant.
The pcb board is also integrated with voice module, communication module and touch display screen；The voice module and touch are shown
Screen electrically connects with the modules of SNAPDRAGON wear 2100；The voice module, communication module and touch display screen, which are convexly equipped in, wears
Apparatus body is worn away from application on human skin side and passes through shell；The communication module electrically connects with DA14580 modules.The communication mould
Block includes antenna.
The pcb board is also integrated with the axle sensors of mpu-9250 nine；The axle sensors of mpu-9250 nine with
The modules of SNAPDRAGON wear 2100 electrically connect.
The flexible antennas front end is provided with touch force sensor, and the touch force sensor electrically connects with film force sensing resistance.
The wearable device also includes Cloud Server and intelligent terminal, passes through net between the intelligent terminal and Cloud Server
Network carries out data communication, and the wearable device body is led to by carrying out data by network between communication module and Cloud Server
News.
The wearable device also includes power supply.The power supply can be that lithium battery can also be battery.The wearing is set
Standby body and bracelet wrist strap are connected with power supply.
The centre of the wearable device body and bracelet wrist strap is engraved structure.The wrist strap box is arranged on bracelet wrist strap
One end, close to wrist strap pin thread, the wrist strap pin thread is arranged on one end of wearable device body.
Further, the thickness control of the pulse image sensor is between 10~28mm.
Further, the shell is provided with two layers of waterproof layer.
The shell, which uses, to be integrally formed or seals spelling by the shell one of wearable device body and the shell two of bracelet wrist strap
Connect and form, the epidermis of the shell can be according to crowd demand's more conversion materials, such as ox-hide, gilding, cortical material, pro-skin silicon
Glue material, stainless steel material etc..
The realization of rehabilitation exercise is carried out with the wearable device described in the utility model for instructing patient to carry out rehabilitation exercise
Method, comprise the following steps that：
Step 1：Wearable device is worn at patients wrist, after wrist strap box and wrist strap pin thread wearing, connects electricity
Source, shown and opened by touch display screen, establishing and connecting with Cloud Server, Cloud Server is to the moulds of SNAPDRAGON wear 2100
Block sends signal, and signal is passed into pulse image sensor after the reception of the modules of SNAPDRAGON wear 2100；
Step 2：, it is daily for the first time in use, detected by pulse image sensor to the pulse condition of human body, it will detect
Pulse condition carry out storage and establish personal pulse condition ID analysis models, the mark as identification user；
Step 3：The pulse profile data that step 2 detects is transferred to the modules of SNAPDRAGON wear 2100, by preliminary
After statistics and classification, Cloud Server is transferred to by communication module, expert database is compared after analysis mining, draws patient's
Pulse condition situation；Rehabilitation exercise mode corresponding to being matched according to pulse condition situation in expert database；
Step 4：Cloud Server gives corresponding transmission of feedback information to the modules of SNAPDRAGON wear 2100, after reception
Rehabilitation exercise mode is shown in touch display screen, and voice module reminds the selection of patient and commences play out standard operation, patient
Motion is prompted after study；
Step 5：During patient motion, each action of the axle sensors of mpu-9250 nine of wearable device to patient
Motion amplitude, number and direction are detected, and pulse condition situation are detected when moving in combination with pulse image sensor and by data transfer
Analyzed to the modules of SNAPDRAGON wear 2100, and transmitted by communication module to Cloud Server, Cloud Server is by number
Store and transmit to intelligent terminal according to conversion, analysis and after excavating.
Further, in step 2, when pulse image sensor is detected, film force sensing resistance and single-layer graphene film
It is to work simultaneously；Touch force values caused by film force sensing resistance detection bracelet binding power, single-layer graphene film detection beat pulse,
The signal of the two transmits the pulse condition fluctuating electrical signal for carrying out integrated treatment to the modules of SNAPDRAGON wear 2100 and producing correlation.
The beneficial effects of the utility model：
The utility model provides a kind of wearable device for instructing patient to carry out rehabilitation exercise, the arteries and veins integrated by wearable device
Image sensor is detected and gathered to human body pulse condition change information, the degree of accuracy of monitoring health data is effectively realized, by right
The analysis of pulse signal, reach the physical examinations matched by pulse condition, instruct the rehabilitation exercise of correlated crowd；Pass through mpu-9250
Detection of nine axle sensors to patient motion mode, is transmitted to Cloud Server with reference to pulse image sensor detection information, for therapeutic machine
Structure refers to.
Compared to traditional wearable device, the flexible antennas in bracelet provided by the utility model can pass through displacement and deformation
Miniature processing is measured, makes the detection of pulse condition touch more accurate；It is converted into by the dual combination of force sensing resistance and graphene to connect
Finger touch when closely feeling the pulse, its sensitivity and touch dynamics of feeling the pulse are rationally reliable, not only can more precisely simulate traditional Chinese medical science handle
Arteries and veins, more accurate pulse condition value of electrical signals；After ID generations, exempt the verification process of input password, make person identification more convenient；
Rehabilitation exercise is implemented in combination with by nine axle sensors and pulse image sensor to instruct to detect with pulse condition, simplify structure strengthens work(simultaneously
Energy.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model preferred embodiment；
Fig. 2 is the pulse condition detection structural representation of the pulse image sensor of the utility model preferred embodiment；
Fig. 3 is the circuit connecting relation simple structure schematic diagram of the utility model preferred embodiment；
Fig. 4 is the pulse condition electric signal analytical standard oscillogram that the utility model preferred embodiment provides；
Fig. 5 is the pulse signal figure of the utility model preferred embodiment detection.
Embodiment
The utility model is further described with specific embodiment below, but the utility model is not by following embodiments
Restriction.
Embodiment 1
As shown in figures 1-4, the utility model provides a kind of wearable device for instructing patient to carry out rehabilitation exercise, including outer
Shell, wearable device body 8 and bracelet wrist strap 3；The wearable device body 8 and bracelet wrist strap 3 are coated in shell；The shell
Using be integrally formed or by wearable device body 8 shell one and bracelet wrist strap 3 shell two sealing be spliced；
The wearable device body 8 includes pcb board and wrist strap pin thread, is engraved structure among the wearable device body 8,
For placing pcb board；Pulse image sensor 7, temperature-detecting device 6, SNAPDRAGON wear 2100 are integrated with the pcb board
Module 112, DA14580 modules 111；The modules 112 of SNAPDRAGON wear 2100 are microprocessor, using four cores
1.2GHz Cortex-A7 collocation Adreno 304GPU, integrate X5LTE platforms；LPDDR3 internal memories, the storages of eMMC 4.5 is supported to be situated between
Matter, the also quick charges of QC 2.0, SecureMSM security mechanisms.At the same time it can also manage modem, sensor, key simultaneously
The DSP of the functions such as word wake-up, audio, using 28nm processing procedures, for the utility model, using WiFi and versions, greatly
Data processing speed is improved, and improves Consumer's Experience；The DA14580 modules 111 are integrated with bluetooth 4.0 and 32 ARM
Cortex M0TMProcessor, the problem of passing through Bluetooth transmission mainly for the treatment of data；The temperature-detecting device 6, DA14580
Module 111 electrically connects with the modules 112 of SNAPDRAGON wear 2100；Pulse image sensor 7 and temperature-detecting device 6 projection
At human wrist pulse and shell is passed through in wearable device body 8；The temperature-detecting device 6 can be selected error precision and be
0.1 degree Celsius of film platinum resistor formula temperature sensor.Temperature-detecting device 6 includes temperature sensor, is applied to temperature sensor
The couplant on top layer.
The bracelet wrist strap 3 includes FPCB plates 4 and wrist strap box, is engraved structure among the bracelet wrist strap 3, FPCB plates
4 be placed in；The FPCB plates 4 are printed with flexible antennas 5, and both FPCB plates 4 and flexible antennas 5 form patrolling for bracelet wrist strap 3
Collect circuit；The wrist strap box is arranged on the one end of bracelet wrist strap 3, and close to wrist strap pin thread, the wrist strap pin thread is arranged on wearing and set
One end of standby body 8；The FPCB plates 4 and pcb board are fastened and connected by wrist strap pin thread and wrist strap box, can freely be dismantled；
Pulse image sensor 7 and SNAPDRAGON the wear2100 module 112 is connected by flexible antennas 5；The wrist strap box and wrist
Band pin thread is conductive electrode interface, by freely dismantling for the two, sees and is installed in other intelligent terminals, makes every effort to realize
Plug-and-play feature.Flexible antennas 5 can be used for reducing pulse image sensor 7 when detecting pulse condition electric signal, be closed due to being worn on wrist
Touch error caused by the movement of the bracelet band of section.
The pulse image sensor 7 includes film force sensing resistance 71, is applied to the single-layer graphene on the top layer of film force sensing resistance 71
Film 72, the couplant 73 for being applied to the surface of single-layer graphene film 72；The surface of film force sensing resistance 71 scribbles one layer of 2nm thickness
Single-layer graphene film 72, for preferably collect pulse trickle bounce, produce single-layer graphene film 72 small
Elastic deformation, the structure of combination film force sensing resistance 71 produce related pulse condition fluctuating electrical signal.Force sensing resistance be a kind of resistance with
The resistance of change in pressure, the effect that resistivity changes with the change of mechanical stress, for various dynamic pressure measurements,
Its small volume, in light weight, high temperature resistant, reaction is fast, manufacture craft is simple.The film force sensing resistance 71 is preferably FSR402 short
Tail pressure sensor, it is mainly used in the touch that fast slowdown monitoring results from skin surface, dynamometry scope can reach 0.2~20N, very
Meet the requirement of touch monitoring.The surface of the single-layer graphene film 72 is rough regular semicircle fine particle
Shape bulge-structure, this structure are flexible structures, can produce deformation, and soft round shaped grain type body structure surface scribbles one layer of couplant 73, are used
In preferably with skin contact and being bonded skin, so as to change into the touch to skin, and touch and cun, guan and chi, three places at the wrist where the pulse is usually taken can be passed through
Beat signals, detect pulse condition fluctuating electrical signal.
The pcb board is also integrated with voice module 1, communication module 9 and touch display screen 2；The temperature-detecting device 6 can
Located at the side of pulse image sensor 7, the lower section of touch display screen 2 can be also located at；The voice module 1 and touch display screen 2 with
The modules 112 of SNAPDRAGON wear 2100 electrically connect；The voice module 1, communication module 9 and touch display screen 2 are convexly equipped in
Wearable device body 8 is away from application on human skin side and passes through shell；The communication module 9 electrically connects with DA14580 modules 111.Institute
Stating communication module 9 includes antenna, for lifting bluetooth data transmission signal, connects DA14580 modules, for allowing Bluetooth transmission model
Enclose more extensive.Voice module 1 facilitates user to carry out the functions such as voice transfer in time.
The pcb board is also integrated with the axle sensors 113 of mpu-9250 nine；The axle sensors 113 of the mpu-9250 nine with
SNAPDRAGON wear2100 modules 112 electrically connect.The mpu-9250 sensors include three axis accelerometer, three axis accelerometer
Instrument, electronic compass etc..
The front end of flexible antennas 5 is provided with touch force sensor, and the touch force sensor is electrically connected with film force sensing resistance 71
Connect.
The wearable device also includes Cloud Server and intelligent terminal, passes through net between the intelligent terminal and Cloud Server
Network carries out data communication, and the wearable device body is led to by carrying out data by network between communication module and Cloud Server
News.
The wearable device also includes power supply.The power supply can be that lithium battery can also be battery.The wearing is set
Standby body and bracelet wrist strap are connected with power supply.
Further, the thickness control of the pulse image sensor 7 is between 10~28mm.
Further, the shell is provided with two layers of waterproof layer, and for preventing touch display screen from intaking, shell uses waterproof
Material is made, for preventing circuit board from intaking.
The epidermis of the shell can be according to crowd demand's more conversion materials, such as ox-hide, gilding, cortical material, pro-skin
Silica gel material, stainless steel material etc..
The realization of rehabilitation exercise is carried out with the wearable device described in the utility model for instructing patient to carry out rehabilitation exercise
Method, comprise the following steps that：
Step 1：Wearable device is worn at patients wrist, dressed by wrist strap box and wrist strap pin thread, according to explanation
It is required that wearing, switch on power, by touch display screen show open, with Cloud Server establish connect, Cloud Server to
The modules of SNAPDRAGON wear 2100 send signal, and signal is passed into arteries and veins after the reception of the modules of SNAPDRAGON wear 2100
Image sensor, when pulse image sensor is detected, film force sensing resistance and single-layer graphene film work simultaneously；The quick electricity of film power
Touch force values caused by resistance detection bracelet binding power, single-layer graphene film detection beat pulse, due to the effect of bracelet binding power
Cun, guan and chi, three places at the wrist where the pulse is usually taken position to wearer applies related touch, and beat pulse causes single-layer graphene film to produce miniature deformation, the two
Corresponding signal is produced respectively, and signal transmits the arteries and veins for carrying out integrated treatment to the modules of SNAPDRAGON wear 2100 and producing correlation
As fluctuating electrical signal；
Step 2：, it is daily for the first time in use, detected by pulse image sensor to the pulse condition of human body, it will detect
Pulse condition carry out storage and establish personal pulse condition ID analysis models, as the mark of identification user, available for unlocking smart machine
It is by intercepting the complete of 10s, 20s, the 30s in daily one minute used for the first time and intelligence the scene such as pays and used
Wave band, analyze the h in the pulse condition wave band measured in patent accompanying drawing Fig. 45：h4Mean ratio scope as standard reference data according to
Ought in a few days h according to, judgement5：h4In this critical field, that is, it is identified as holding user certainly；
Step 3：The pulse profile data that step 2 detects is transferred to the modules of SNAPDRAGON wear 2100, by preliminary
After statistics and classification, Cloud Server is transferred to by communication module, expert database is compared after analysis mining, draws patient's
Pulse condition situation；Rehabilitation exercise mode corresponding to being matched according to pulse condition situation in expert database；
Step 4：Cloud Server gives corresponding transmission of feedback information to the modules of SNAPDRAGON wear 2100, after reception
Rehabilitation exercise mode is shown in touch display screen, and voice module reminds the selection of patient and commences play out standard operation, patient
Motion is prompted after study；
Step 5：During patient motion, each action of the axle sensors of mpu-9250 nine of wearable device to patient
Motion amplitude, number and direction are detected, and pulse condition situation are detected when moving in combination with pulse image sensor and by data transfer
Analyzed to the modules of SNAPDRAGON wear 2100, and transmitted by communication module to Cloud Server, Cloud Server is by number
Store and transmit to intelligent terminal according to conversion, analysis and after excavating.
Further, during wearing, after temperature-detecting device reception signal, by with contact human skin, collection
Temperature data, transmit to the modules of SNAPDRAGON wear 2100, and transmitted by communication module to Cloud Server, Cloud Server
Store and transmitted to intelligent terminal after data are converted, analyze and are excavated.
A number pulse wave peak and two taut pulse crests are measured in Figure 5；According to the personal pulse condition electric signal standard ripple of detection
Shape figure, such as h in Fig. 41:h2:h3:h4Ratio, if the ratio of rapid pulse is set as 1, the ratio of corresponding taut pulse is set as 2, by right
The numeral that rapid pulse is added with the ratio of taut pulse especially counts for the personal of user, and especially several error ranges is between -5~5, often
Morning 0 day:00 couple of individual especially number carries out return-to-zero, then user is used for the first time daily, and personal special data is carried out
Again plan.
If personal especially number is continuous all incorrect several times, system will according to device password automatic identification user, with
After password unlocker device, automatic start test program again, measure after new personal of user especially count, automatically save, in case
Next time, unblock was used.
Cloud server signal intelligent is analyzed, and is analyzed by the slope variation in pulse condition electric signal, is produced exclusive ID numbers
According to passing through pulse analysis and match constitution, motor pattern etc..
Phase is carried out by the 3 d pose data of the three axis accelerometer in mpu-9250, three-axis gyroscope and electronic compass
Close the identified motion amplitude each acted, number and the direction of motion after analysis, referred to herein as standard operation typing will be by
It is accomplished manually.By the motion amplitude of standard operation and the actual action made of user, number, the contrast of the direction of motion is completed
Improvement to action.
The utility model provides a kind of wearable device for instructing patient to carry out rehabilitation exercise by pulse condition monitoring, passes through bracelet
In integrate nine axle sensors and pulse image sensor human body pulse condition change information and bioelectrical signals group are detected respectively
While with collection, moreover it is possible to the degree of accuracy of lifting monitoring health data；By the monitoring of Pulse Signals, pass through arteries and veins to reach
As the physique monitoring effect of matching；The rehabilitation exercise of the crowd of related constitution is instructed by the monitoring of constitution, for example passes through cunning
The combination of arteries and veins and surface pulse which can be felt when touched only lightly detects phlegm-dampness constitution, suggests that needs more and goes to open air to take a walk, or do aerobic exercise, it is necessary to
Smoking cessation etc..The relative motion played by touch display screen instructs, such as the essential of exercise of eight-section brocade, user can directly according to
The essential of exercise carries out relative motion, nine axle sensor cans monitoring movement locus, including the frequency of action, number, amplitude, leads to
Cross pulse detection and go out heart rate when moving, pulse profile data can also be uploaded to medical institutions end, therapeutic machine by Cloud Server
Structure on-line analysis, generate the pulse analysis report of specialty；It is with a high credibility and whole system is simple in construction.
Preferred embodiment of the present utility model is the foregoing is only, is not limited to the utility model, for this
For the technical staff in field, the utility model can have various modifications and variations.It is all in the spirit and principles of the utility model
Within, any modification, equivalent substitution and improvements made etc., it should be included within the scope of protection of the utility model.
Claims (8)
1. patient is instructed to carry out the wearable device of rehabilitation exercise, it is characterised in that including shell, wearable device body, bracelet wrist
Band, Cloud Server and intelligent terminal, data communication is carried out between the intelligent terminal and Cloud Server by network；The wearing
Apparatus body and bracelet wrist strap are coated in shell；The wearable device body includes pcb board, and arteries and veins is integrated with the pcb board
Image sensor, wrist strap pin thread, the axle sensors of mpu-9250 nine, the modules of SNAPDRAGON wear 2100, DA14580 modules, institute
Wearable device body is stated by carrying out data communication by network between DA14580 modules and Cloud Server；The mpu-9250
Nine axle sensors, DA14580 modules electrically connect with the modules of SNAPDRAGON wear 2100；The pulse image sensor, which is convexly equipped in, to be worn
Apparatus body is worn at human wrist pulse and passes through shell；The bracelet wrist strap includes FPCB plates and wrist strap box；It is described
FPCB plates are printed with flexible antennas；The FPCB plates and pcb board are fastened and connected by wrist strap pin thread and wrist strap box；The arteries and veins
Image sensor is connected with the modules of SNAPDRAGON wear 2100 by flexible antennas；It is quick that the pulse image sensor includes film power
Resistance, the single-layer graphene film for being applied to film force sensing resistance top layer, the couplant for being applied to single-layer graphene film surface.
2. the wearable device according to claim 1 for instructing patient to carry out rehabilitation exercise, it is characterised in that the pcb board
It is also integrated with voice module, communication module and touch display screen；The voice module and touch display screen and SNAPDRAGON
The modules of wear 2100 electrically connect；The voice module, communication module and touch display screen are convexly equipped in wearable device body away from people
Skin side and pass through shell；The communication module electrically connects with DA14580 modules.
3. the wearable device according to claim 1 for instructing patient to carry out rehabilitation exercise, it is characterised in that the pcb board
It is also integrated with temperature-detecting device；The temperature-detecting device is convexly equipped in wearable device body at human wrist pulse and passed through
Shell；The temperature-detecting device electrically connects with the modules of SNAPDRAGON wear 2100.
4. the wearable device according to claim 3 for instructing patient to carry out rehabilitation exercise, it is characterised in that the temperature inspection
Surveying device includes temperature sensor, is applied to the couplant on temperature sensor top layer.
5. the wearable device according to claim 1 for instructing patient to carry out rehabilitation exercise, it is characterised in that the flexible day
Line front end is provided with touch force sensor, and the touch force sensor electrically connects with film force sensing resistance.
6. the wearable device according to claim 1 for instructing patient to carry out rehabilitation exercise, it is characterised in that the wrist strap is female
Button is arranged on bracelet wrist strap one end, and close to wrist strap pin thread, the wrist strap pin thread is arranged on one end of wearable device body.
7. the wearable device according to claim 1 for instructing patient to carry out rehabilitation exercise, it is characterised in that the pulse condition passes
The thickness control of sensor is between 10~28mm.
8. the wearable device according to claim 1 for instructing patient to carry out rehabilitation exercise, it is characterised in that the shell is set
It is equipped with two layers of waterproof layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720380349.1U CN206728000U (en) | 2017-04-12 | 2017-04-12 | Patient is instructed to carry out the wearable device of rehabilitation exercise |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720380349.1U CN206728000U (en) | 2017-04-12 | 2017-04-12 | Patient is instructed to carry out the wearable device of rehabilitation exercise |
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| Publication Number | Publication Date |
|---|---|
| CN206728000U true CN206728000U (en) | 2017-12-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720380349.1U Expired - Fee Related CN206728000U (en) | 2017-04-12 | 2017-04-12 | Patient is instructed to carry out the wearable device of rehabilitation exercise |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106877896A (en) * | 2017-04-12 | 2017-06-20 | 湖南中医药大学 | Instructing patient carries out the wearable device and its implementation of rehabilitation exercise |
| CN109009005A (en) * | 2018-07-19 | 2018-12-18 | 上海泰怡健康科技有限公司 | A kind of wearable Chinese medicine pulse acquisition and analysis system |
| CN109009004A (en) * | 2018-07-19 | 2018-12-18 | 上海泰怡健康科技有限公司 | A kind of physical examinations method based on Chinese medicine pulse analysis |
| CN110192869A (en) * | 2019-05-24 | 2019-09-03 | 厦门大学 | Flexible calcium potassium ion detection sensor based on graphene composite material |
| CN111167084A (en) * | 2019-12-30 | 2020-05-19 | 江苏爱朋医疗科技股份有限公司 | Rehabilitation training method, system and storage medium |
-
2017
- 2017-04-12 CN CN201720380349.1U patent/CN206728000U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106877896A (en) * | 2017-04-12 | 2017-06-20 | 湖南中医药大学 | Instructing patient carries out the wearable device and its implementation of rehabilitation exercise |
| CN106877896B (en) * | 2017-04-12 | 2022-07-19 | 湖南中医药大学 | Wearable device for guiding patient to do rehabilitation exercise and implementation method thereof |
| CN109009005A (en) * | 2018-07-19 | 2018-12-18 | 上海泰怡健康科技有限公司 | A kind of wearable Chinese medicine pulse acquisition and analysis system |
| CN109009004A (en) * | 2018-07-19 | 2018-12-18 | 上海泰怡健康科技有限公司 | A kind of physical examinations method based on Chinese medicine pulse analysis |
| CN110192869A (en) * | 2019-05-24 | 2019-09-03 | 厦门大学 | Flexible calcium potassium ion detection sensor based on graphene composite material |
| CN110192869B (en) * | 2019-05-24 | 2021-01-05 | 厦门大学 | Flexible calcium potassium ion detection sensor based on graphene composite material |
| CN111167084A (en) * | 2019-12-30 | 2020-05-19 | 江苏爱朋医疗科技股份有限公司 | Rehabilitation training method, system and storage medium |
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