CN109875525A - A kind of instrument of portable health detection and intelligent alarm - Google Patents
A kind of instrument of portable health detection and intelligent alarm Download PDFInfo
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- CN109875525A CN109875525A CN201910284415.9A CN201910284415A CN109875525A CN 109875525 A CN109875525 A CN 109875525A CN 201910284415 A CN201910284415 A CN 201910284415A CN 109875525 A CN109875525 A CN 109875525A
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- 230000036760 body temperature Effects 0.000 claims abstract description 14
- 238000013500 data storage Methods 0.000 claims abstract description 11
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- 210000000707 wrist Anatomy 0.000 claims description 29
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- 229910052753 mercury Inorganic materials 0.000 description 2
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Abstract
The present invention is the instrument of a kind of portable health detection and intelligent alarm, it include: main control part, data for recognizing part acquisition to sign generate statement-of-health, and the data of acquisition are made comparisons with the body index of health, judge whether physical condition needs to issue distress signals, that is, judges whether to alarm；Sign recognizes part, including blood oxygen heart rate detection, temperature check, movement tendency detection Unit three；Data storage section；Bluetooth communication part；Alarm positioning and communicating part；Real-time clock part；Key-press input and display portion；Vibration reminding part.The physical signs such as body temperature, blood oxygen, heart rate can be combined judgement with the body kinematics trend of user by the instrument, decide whether triggering alarm, user can be made to cry for help under a variety of emergency cases outward, it can simultaneously serve as the self-test instrument in life, obtained sign information forms report and is sent on user's mobile phone, uses for reference convenient for user and understands oneself physical condition.
Description
Technical field
The present invention relates to detecting instruments, to provide the instrument of a kind of portable health detection and intelligent alarm.
Background technique
In the big flowing of person property, full of clamour and restless today, many communal participation person's bodies are chronically at inferior health
State needs frequently to pay attention to own health index.The health examinations such as sphygmomanometer, oximeter instrument has gradually entered into people's
Family allows user to have the physical condition of oneself at fingertips.
But, on the one hand, present household health detecting instrument such as blood pressure instrument, thermometer function is single；And
Wherein blood pressure instrument etc. is chiefly used in the patients such as hypertension, and the inferior health masses can't select this more professional instrument.It is common big
Crowd is with greater need for multi-functional, for example takes into account the indexs such as blood pressure, blood oxygen, heart rate, can detect simultaneously a variety of health data from
Test examination instrument.A kind of portable body physiological signal monitoring and alarming system described in application number CN201510184585.1, whether
The foundation of alarm only has blood oxygen heart rate and three kinds of physiological signals of body temperature, and reliability is not high.In addition, the physiology that its system detection obtains
Parameter is served only for judging whether to alarm, can be with real-time display, but does not refer to and store physiologic information, is unable to derived information
As self-detection result in user's daily life.
On the other hand, the people of sub-health state, it is alone to be in or be likely to expect because various when going out
Less than the reason of body hair it is uncomfortable, or even stupor.At this time if cannot quickly give treatment to, serious consequence may cause.At this moment only have
Automatic help instrument can provide safety.Existing automatic help instrumental function is relatively simple, and daily life is not suitable for promoting.Patent
Automatic help system described in numbers 200910171963.7 is based on unbalance principle, opens using mercury switch, ball switch etc. are similar
The contact function of pass forms simple alarming trigger.Such as when falling down, mercury switch disequilibrium, alarm issues emergency letter
Number, it can be used for old man and handicapped person, but whether this system determines that alarm only with reference to this feature is fallen down, triggers element
Single, the occasion applied in real life is limited, for example is in a people for user high fever or low blood pressure are stopped at home
Gram etc. situations when, system is using whether to fall down as judgment basis so judging result can be then to be not required to cry for help.
Summary of the invention
According to realistic problem set forth above, the technical issues of present invention intends to solve, is to provide a kind of portable health inspection
The instrument of survey and intelligent alarm.The instrument can be by the body kinematics trend phase of the physical signs such as body temperature, blood oxygen, heart rate and user
In conjunction with judgement, decides whether triggering alarm, user can be made to cry for help under a variety of emergency cases outward, can simultaneously serve as living
In self-test instrument, obtained sign information forms report and is sent on user's mobile phone, use for reference convenient for user and understand oneself
Physical condition.
The present invention solve the technical problem the technical solution adopted is that:
A kind of instrument of portable health detection and intelligent alarm, comprising:
Main control part for generating statement-of-health to the data of sign identification part acquisition, and by the data of acquisition and is good for
The body index of health is made comparisons, and judges whether physical condition needs to issue distress signals, that is, judges whether to alarm；It simultaneously can be for making
User is daily to provide reference data for doctor when checking or seeking medical advice；Require transmission statement-of-health to intelligent terminal according to user
On；
Sign recognizes part, including blood oxygen heart rate detection, temperature check, movement tendency detection Unit three；For detecting body
Body health data, including heart rate, blood oxygen, body temperature, movement tendency information, are sent to main control part；
Data storage section is stored by the sign Identification Data that main control part obtains, while can receive main control part
Data are transferred in split instruction from data storage section；
Bluetooth communication part, for establishing the communication between intelligent terminal and main control part；
Alarm positioning and communicating part, for alarming to designated mobile phone, and positions instrument；Work as body abnormality
When, main control part obtains the alert help information (including location information) that alarm location information part is sent, and by the alarm signal
Breath is sent on designated mobile phone；
Real-time clock part, acquisition time information make wrist strap provide watch function；One side main control part gives clock part
Parameter is set, work order is sent；On the one hand, clock transmission time information is to main control part, and main control part is again by temporal information
It is shown in key-press input and display portion；
Key-press input and display portion, for the inputoutput data of entire instrument, input at least to meet power switch,
This four Xiang Gongneng is cancelled in one key alarm, model selection, alarm；Display portion at least can clearly show time, sign identification number
It is believed that breath；
User's the present situation is reminded for issuing vibration in vibration reminding part；
Power unit provides power supply for whole system.
The program circuit of the main control part is:
First step: main control part initialization waits the instruction of user, if receiving instruction is " physical examination mode ", carries out
Second step；If it is not, carrying out the 5th step；
Second step: judge whether to receive instruction " entering monitoring state ", if so, carrying out third step；If it is not, carrying out the
Four steps；
Third step: main control part carries out movement tendency detection unit, blood oxygen heart rate detection unit, body temperature detecting unit
Parameter setting detects healthy data and is analyzed and processed；Judge whether obtained body data is abnormal, if so, main
Control part first drives the motor vibration of vibration reminding part to continue ten seconds, and timer is then arranged and waits 30 seconds, judgement at this time is
No reception instruction " cancelling alarm ", re-starts third step if timer is then arranged and waits, otherwise main control part ten minutes later
Set up separately and sets alarm positioning and communicating partial parameters, alert；If judging to be no when whether body data is abnormal, setting is fixed
When device waiting re-start third step ten minutes later；
Four steps: judge whether receive instruction " a key physical examination ", if so, main control part to movement tendency detection unit,
Body temperature detecting unit carries out parameter setting, detects health data and is analyzed and processed, generates statement-of-health, later, main control part
Set up separately and set Bluetooth communication partial parameters, report is sent to user's mobile phone；Otherwise, first step is returned；
5th step: judge whether receive instruction " time mode ", if so, main control part setting real-time clock part with
The touch screen parameter of key-press input and display portion, clock work, and shown with touch screen；If it is not, carrying out the 6th step；
6th step: judging whether to receive instruction " autonomous alarm ", if so, main control part setting alarm positioning and communicating portion
Divide parameter, alert；Otherwise, first step is returned.
The instrument can use wrist strap form, can also be divided into two parts of finger ring and neck ring, finger ring is worn on neck ring
Human body leans on therebetween Bluetooth communication, is equipped with Bluetooth Receiver, MAX30100 module inside finger ring；Main control part, bluetooth are sent
Device, DS18B20 module, MPU6050 module are placed in inside neck ring body；Finger ring is used cooperatively with neck ring, completes the health to human body
Detection, status assessment and alert help.
Compared with prior art, the beneficial effects of the present invention are:
1) present invention can be used at home characterized by taking into account the emergency under the daily monitoring of health and special status
Body self-test can also be applied to intelligent alarm instrument when outdoor activity.On the one hand, instrument makes for detecting in daily life
User's various aspects health data form statement-of-health, grasp own health dynamic convenient for user, and can store strong
Health data, provide reference information when to seek medical advice；On the other hand it is in time of crisis in body, whether instrument intellectual analysis is to outgoing
Distress signals out.
2) further, as daily wearable device, the present invention may be designed to the forms such as wrist strap, finger ring, neck ring.This
Invention instrument adds real-time clock part, and time showing feature is added, provides time display function.Portable instrument is used as in life
Value be fully used.
3) sign identification part joined movement tendency detection unit, can detecte human body acceleration and inclination angle, cooperate
Detection to human heart rate, blood oxygen, body temperature judges physical condition locating for user, cries for help to decide whether, improves
The recall rate whether detection user's body needs to cry for help；
4) data transfer communications mode is two kinds: first, Bluetooth communication, is not necessarily to network, for sending audit report to
On user's mobile phone；Second, alarm positioning and communicating part uses GPRS+GPS transparent transmission --- USR GM3P realizes that positioning, data pass
Defeated and information is sent, the transmission for warning message.
5) XPT2046 chip controls touch screen is selected in specific embodiment, while realizing the function of input/output section, is selected
With touch screen, display function both being realized, also can be carried out input, human-computer interaction interface is very clear, easy to use succinct.
6) main control part selects STM32 chip, low-power consumption and control function is powerful, when can be run according to microprocessor not
With application demand to adjust voltage in due course to realize the dynamic equilibrium of power consumption, such as when instrument works in a time mode,
Chip operation can be enabled in low-power consumption mode.
7) " key alarm " key is set as knob, and power key is to press switch, and being designed in this way prevents accidentally by switch, false alarm
It is alert.
Detailed description of the invention
Fig. 1 is the structural block diagram of the instrument of the portable health detection and intelligent alarm of the present invention.
Fig. 2 (a) is that wrist strap presses display interface after power key；
Fig. 2 (b) is that wrist strap enters the display interface after " physical examination mode "；
Fig. 2 (c) is that wrist strap monitors the interface shown when user's body abnormality；
Fig. 2 (d) is the interface that wrist strap is shown after health report is sent to user's mobile phone.
Fig. 3 is the main program flow schematic diagram of main control part of the present invention.
Fig. 4-1~Fig. 4-11 is the main control part circuit diagram of embodiment 1.
In figure, 1 main control part, 2 signs identification part, 3 data storage sections, 4 Bluetooth communication parts, 5 alarm positioning are logical
Letter part, 6 real-time clock parts, 7 key-press inputs and display portion, 8 vibration reminding parts, 9 power units, 7.1 power keys,
7.2 " key alarm " keys.
Specific embodiment
Below in conjunction with the attached drawing in the present invention, technical solution in the embodiment of the present invention is clearly and completely retouched
It states, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Based on the present invention
In embodiment, all other implementation obtained by those of ordinary skill in the art without making creative efforts
Example, shall fall within the protection scope of the present invention.
The instrument (abbreviation instrument, referring to Fig. 1) of the portable health detection and intelligent alarm of the present invention includes:
Main control part 1 is the control core of instrument；Data for recognizing part acquisition to sign generate statement-of-health,
And the data of acquisition are made comparisons with the body index of health, judge whether physical condition needs to issue distress signals, that is, judges
Whether alarm；Reference data is provided when can check or seek medical advice for user is daily simultaneously for doctor；It can be required according to user
It transmits in statement-of-health to intelligent terminal (such as mobile phone, tablet computer)；
Sign recognizes part 2, including blood oxygen heart rate detection, temperature check, movement tendency detection three parts；For detecting body
The information such as body health data, including heart rate, blood oxygen, body temperature, movement tendency, are sent to main control part；
Data storage section 3 is stored by the sign Identification Data that main control part obtains, while can receive main control part
Data are transferred in split instruction from data storage section；
Bluetooth communication part 4, for establishing the communication between mobile phone and main control part；
Alarm positioning and communicating part 5, for alarming to designated mobile phone, and positions instrument；Work as body abnormality
When, main control part obtains the alert help information (including location information) that alarm positioning and communicating part is sent, and by the alarm signal
Breath is sent on designated mobile phone；
Real-time clock part 6, acquisition time information make wrist strap provide watch function；One side main control part is to clock portion
Set up separately and set parameter, sends work order；On the one hand, clock transmission time information will be believed the time again to main control part, main control part
Breath display is on the touchscreen；
Key-press input and display portion 7, for the inputoutput data of entire instrument, input will at least meet power supply and open
This four Xiang Gongneng is cancelled in pass, a key alarm, model selection, alarm；Display portion can clearly show time, sign Identification Data
Etc. information；
User's the present situation is reminded for issuing vibration in vibration reminding part 8；
Power unit 9 provides power supply for whole system.
The program circuit of main control part is as shown in Figure 3:
First step: main control part initialization waits the instruction of user, if receiving instruction is " physical examination mode ", carries out
Second step；If it is not, carrying out the 5th step；
Second step: judge whether to receive instruction " entering monitoring state ", if so, carrying out third step；If it is not, carrying out the
Four steps；
Third step: main control part is to MAX30100 module (movement tendency detection unit), MPU6050 module (the blood oxygen heart
Rate detection unit), DS18B20 module (body temperature detecting unit) carry out parameter setting, detection healthy data simultaneously analyzed
Processing；Judge whether obtained body data is abnormal, is held if so, main control part first drives the motor of vibration reminding part to shake
It is ten seconds continuous, then timer is set wait 30 seconds, judges whether to receive instruction " cancelling alarm " at this time, if timer is then arranged
Waiting re-starts third step ten minutes later, otherwise main control part setting USR GM3P module (alarm positioning and communicating part) ginseng
Number, alert；If judging to be no when whether body data is abnormal, timer waiting is set and is re-started ten minutes later
Third step.
Four steps: judge whether receive instruction " a key physical examination ", if so, main control part to MAX30100 module,
DS18B20 module carries out parameter setting, detects health data and is analyzed and processed, generates statement-of-health, later, main control part
Bluetooth communication partial parameters are set, report is sent to user's mobile phone.Otherwise, first step is returned；
5th step: judging whether to receive instruction " time mode ", if so, main control part setting clock module and touch
Shield parameter, clock work, and is shown with touch screen.If it is not, carrying out the 6th step.
6th step: judge whether to receive instruction " autonomous alarm ", if so, main control part setting USR GM3P module is joined
Number, alert.Otherwise, first step is returned.
There are two types of operating modes for instrument tool of the present invention:
First, time mode.In a time mode, instrument does not provide physical examination function and general wrist-watch is no different, may only
The real-time display time；
Second, physical examination mode.Under physical examination mode, instrument can be with cycle detection healthy data, when health number
It according to exception, is analyzed through main control part, when exceeding preset health value, main control part can trigger the alarm positioning and communicating portion on wrist strap
Divide and alarms.
Further, there are two types of modes to trigger for instrument alarm:
First, autonomous alarm.It is alone be in or go out when, user consciously needs to cry for help, and can independently select
Select " key alarm " key, key switch configuration is suitable for being set to tool housing surface with knob form, is effectively prevent accidentally by mistaking report
It is alert, the situations such as unexpected dangerous and body burst discomfort such as including but not limited to plundered.Such autonomous type of alarm when
Between can normal use under mode and physical examination mode；
Second, automatic alarm.Under " entering monitoring state " of physical examination mode, when obtained health data exception, instrument
Device thinks that user may sink into fall down under the situations such as stupor, can trigger automatic alarm.At this point, instrument vibration reminding first uses
Person will send warning message, if user's Consciousness, be not required to cry for help, then can press cancel key, and instrument, which will be cancelled, alarms；
Conversely, if user does not feed back, after of short duration wait 30 seconds, the automatic alert of instrument to preset specified manpower
On machine.
The present invention can be detected and stored body data, join for user in user when carrying out the life activities such as body-building
It examines, rationally controls activity intensity；It may be that doctor provides reference data when user seeks medical advice, be that doctor sees the nondominant hand examined
Section.
Embodiment 1
The instrument of the portable health detection of the present embodiment and intelligent alarm, the instrument are presented in the form of intelligent spire lamella.Wrist strap
Ontology is worn in user's wrist, portable use.
There is following funtion part in wrist strap body interior:
Main control part selects STM32 chip.STM32 series based on aim at require high-performance, low cost, low-power consumption insertion
The ARM that formula application specially designs.The not only low-power consumption of STM32 series, control performance are also very powerful.Be very suitable for it is wearable and
Internet of things equipment, and the low-power consumption application of consumption, medical treatment and industrial circle.
Three parts are divided in sign identification part:
Movement tendency detection unit selects six axle sensor module of MPU6050, (hereinafter referred to as MPU6050 module) and main control part
Split-phase connection.Inside is embedded with acceleration transducer (measuring acceleration) and gyro sensor (measuring angle), for obtaining wearing portion
Position motion profile, judges whether it is the trend of falling in a swoon；
Using MAX30100 heart rate blood oxygen transducer module (hereinafter referred to as MAX30100 module), it is connected with main control part.
Using infrared light detection, the data value of blood oxygen saturation and heart rate is obtained；
Using DS18B20 digital temperature sensor module (hereinafter referred to as DS18B20 module), it is connected with main control part.Into
The acquisition of row body temperature；
Three, which cooperates, constitutes sign identification part, and sign identification part sends the data to main control part, analyzed, really
Determine user's physical condition, determines whether user needs to cry for help.
Data storage section: the health data measured are stored in wrist strap internal memory.This part selects SD card
Module is connected with main control part, and mass data is stored in SD card by main control part control read-write SD card in real time.
Real-time clock part: selection clock module, clock module are connected with main control part.Clock module uses
Ds1302z chip designs circuit, shows real-time clock.
Bluetooth communication part: HC05 bluetooth module is used, is connected with main control part.It, can be according to using without network
Person requires transmission statement-of-health to mobile phone.
Alarm positioning and communicating part: it is connected with main control part.This part uses GPRS+GPS transparent transmission part --- USR
GM3P module realizes that positioning, data transmission and information are sent.Further, warning message will include but is not limited to the time, determine
Position place, user's title, health data, emergency five information of narration.
Key-press input and display portion: it is connected with main control part.This part uses electric resistance touch screen, and accurate positioning is single
Touch.Touch screen can meet input/output function simultaneously.It touches on-screen button and display refers to Fig. 2 (a)-Fig. 2 (d).Wrist
Band upper right side protrusion indicates power key 7.1, belongs to and presses switch；Wrist strap lower right side protrusion indicates " key alarm " key 7.2, belongs to
Rotary switch prevents from accidentally touching.The partial touch screen can choose XPT2046 chip controls.
Vibration reminding part: it is connected with main control part.The fractional motor built in wrist strap is driven before sending distress signals
Vibration is issued, user is reminded.
Power unit: it is connected with main control part.This part selects lithium battery for whole system power supply.
When system is in physical examination mode, use process is such that
User wears wrist strap, opens power key 7.1, touches screen display " time mode " and " physical examination mode " two choosings
, the physical examination mode on touch screen is selected, then physical examination mode interface occurs, " a key physical examination " is presented in the interface, " enters monitoring
State ", " return " option.If selecting " a key physical examination ", wrist strap starts to monitor human body physical sign information, forms statement-of-health, hair
It is sent on user's mobile phone, and the touch screen display " being sent to mobile phone " (referring to fig. 2 (d)) on wrist strap.If selection " into
Enter monitoring state ", the sign Identification Division in wrist strap separately starts from dynamic ten minutes one cycle detection bodies, when measuring healthy number
According to comparing beyond instrument after preset health threshold value through main control part, the wearing site motion trace data that cooperates (is worn
The variation of site location indicates the variation of its motion profile), main control part judges whether sign exception, if situation is abnormal, is reporting
Alert positioning and communicating part deployment position information, is stored as after integrating user's information, physical sign parameters information and location information
Rescue information forms alarm message.After forming alarm message, motor vibration reminds user, and pop-up " cancels report on the touchscreen
It is alert? " interface, without exception if user is now in waking state, then " cancel alarm " option on point touching screen, will not
Send distress signals；If user has gone into a coma, do not make a response to vibration reminding, system can automatically send rescue information to
On preset contact person's mobile phone.
The touch-screen display interface ((a)~Fig. 2 (d) referring to fig. 2) of wrist strap, Fig. 2 (a) are after wrist strap presses power key 7.1
Display interface clicks " physical examination mode " and enters the interface Fig. 2 (b).If user clicks " a key physical examination " at this time, wrist strap starts to detect
User's physical condition forms statement-of-health, and is sent on user's mobile phone by bluetooth, after transmission on the touchscreen
It shows " being sent to mobile phone ", shows the interface Fig. 2 (d)；If user clicks " entering monitoring state ", wrist strap starts ten minutes one
Secondary cycle detection health, once noting abnormalities, preparation starting alarm, touch screen is popped up shown in such as Fig. 2 (c) of interface, point
It hits " cancelling alarm " and then cancels transmission warning message, it is preassigned to user otherwise to send warning message automatically after 30 seconds
On mobile phone.
The circuit connection of main control part constitutes (- 1~Fig. 4-11 referring to fig. 4): the main use of main control part
STM32F103Z chip and CH340 chip are constituted,
Fig. 4-1 is STM32 chip pin connection schematic diagram；
Fig. 4-2~Fig. 4-6 is the accessory circuit of STM32 chip operation: be successively STM32 chip start-up circuit (Fig. 4-2),
Reset circuit (Fig. 4-3), telecommunication circuit (Fig. 4-4), communication indicator light circuit (Fig. 4-5), clock source circuit (Fig. 4-6)；
Fig. 4-7~Fig. 4-11 is power switch circuit (Fig. 4-7), power-switching circuit (Fig. 4-8), electric source filter circuit
(Fig. 4-9), power indicator circuit (Fig. 4-10), USR GM3P module for power supply circuit (Fig. 4-11), some of main first devices
Part, if ASM1117 is the voltage conversion chip (Fig. 4-8) for turning 3.3v for 5v, F1 is fuse (Fig. 4-7), CH340 is USB
Turn serial port chip, 1N4001 is rectifier diode.
126 pins of main control part STM32 chip are connected with the SDA pin of DS18B20 module；
136 pins of main control part STM32 chip are connected with the SCL pin of MPU6050 module；
137 pins of main control part STM32 chip are connected with the SDA pin of MPU6050 module；
40 pins of main control part STM32 chip are connected with the INT pin of MPU6050 module；
110 pins of main control part STM32 chip are connected with the AD0 pin of MPU6050 module；
98 pins of main control part STM32 chip are connected with the DATA0 pin of SD card module；
99 pins of main control part STM32 chip are connected with the DATA1 pin of SD card module；
111 pins of main control part STM32 chip are connected with the DATA2 pin of SD card module；
112 pins of main control part STM32 chip are connected with the DATA3 pin of SD card module；
113 pins of main control part STM32 chip are connected with the CLK pin of SD card module；
116 pins of main control part STM32 chip are connected with the CMD pin of SD card module；
47 pins of main control part STM32 chip are connected with the CLK pin of electric resistance touch screen；
48 pins of main control part STM32 chip are connected with the MISO pin of electric resistance touch screen；
49 pins of main control part STM32 chip are connected with the T_CS pin of electric resistance touch screen；
21 pins of main control part STM32 chip are connected with the MOSI pin of electric resistance touch screen；
22 pins of main control part STM32 chip are connected with the T_PEN pin of electric resistance touch screen；
74 pins of main control part STM32 chip are connected with the SCLK pin of clock module；
75 pins of main control part STM32 chip are connected with the RST/ pin of clock module；
76 pins of main control part STM32 chip are connected with the I/O pin of clock module；
69 pins of main control part STM32 chip are connected with the RXD pin of Bluetooth communication part；
70 pins of main control part STM32 chip are connected with the TXD pin of Bluetooth communication part；
136 pins of main control part STM32 chip are connected with the SCL pin of MAX30100 module；
137 pins of main control part STM32 chip are connected with the SDA pin of MAX30100 module；
The RXD pin of main control part CH340 chip is connected with the HST-TXD pin of USR GM3P module；
The TXD pin of main control part CH340 chip is connected with the HST-RXD pin of USR GM3P module；
Instrument of the present invention is to realize low-power consumption, and specific embodiment has following characteristics:
First, the daily selection time mode of instrument, funtion part (mainly real-time clock part works) occupies few, power consumption
It is low；
Second, the preferred STM32 low-power chip of instrument main control part, sleep pattern fortune is may be selected by interrupting in main control part
Row；
Third, the system-level integrated technology based on partization can be used in instrument specific embodiment, by each funtion part institute
For the integrated chip needed in single standard packaging, finished size is small, is conducive to portable design, and low-power consumption.
Embodiment 2
For example instrument is divided into two parts of finger ring and neck ring and is designed.Finger ring and neck ring are worn on human body, and distance is no more than
Ten meters, Bluetooth communication is leaned on therebetween, this is the key that be different from embodiment 1 a bit.
Bluetooth Receiver, MAX30100 module are equipped with inside finger ring.Main control part, bluetooth transmitters, DS18B20 module,
The other components such as MPU6050 module are placed in inside neck ring body.Finger ring is used cooperatively with neck ring, completes to examine the health of human body
Survey, status assessment and alert help.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention.It is all in essence of the invention
Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
The present invention does not address place and is suitable for the prior art.
Claims (5)
1. a kind of instrument of portable health detection and intelligent alarm, comprising:
Main control part, for sign recognize part acquisition data generate statement-of-health, and by the data of acquisition and health
Body index is made comparisons, and judges whether physical condition needs to issue distress signals, that is, judges whether to alarm；It simultaneously can be for user
It is daily to provide reference data for doctor when checking or seeking medical advice；It is required in transmission statement-of-health to intelligent terminal according to user；
Sign recognizes part, including blood oxygen heart rate detection, temperature check, movement tendency detection Unit three；It is strong for detecting body
Health data, including heart rate, blood oxygen, body temperature, movement tendency information, are sent to main control part；
Data storage section is stored by the sign Identification Data that main control part obtains, while can receive main control part and refer to
Data are transferred in order from data storage section；
Bluetooth communication part, for establishing the communication between intelligent terminal and main control part；
Alarm positioning and communicating part, for alarming to designated mobile phone, and positions instrument；It is main when body abnormality
Control part obtains the alert help information (including location information) that alarm positioning and communicating part is sent, and the warning message is sent
Onto designated mobile phone；
Real-time clock part, acquisition time information make wrist strap provide watch function；One side main control part sets up separately to clock portion to be set
Parameter sends work order；On the one hand, clock transmission time information again shows temporal information to main control part, main control part
On key-press input and display portion；
Key-press input and display portion, for the inputoutput data of entire instrument, input will at least meet power switch, a key
This four Xiang Gongneng is cancelled in alarm, model selection, alarm；Display portion at least can clearly show time, sign Identification Data letter
Breath；
User's the present situation is reminded for issuing vibration in vibration reminding part；
Power unit provides power supply for whole system.
2. the instrument of portable health detection and intelligent alarm according to claim 1, which is characterized in that the main control part
The program circuit divided is:
First step: main control part initialization waits the instruction of user, if receiving instruction is " physical examination mode ", carries out second
Step；If it is not, carrying out the 5th step；
Second step: judge whether to receive instruction " entering monitoring state ", if so, carrying out third step；If it is not, carrying out the 4th step
Suddenly；
Third step: main control part carries out parameter to movement tendency detection unit, blood oxygen heart rate detection unit, body temperature detecting unit
Setting detects healthy data and is analyzed and processed；Judge whether obtained body data is abnormal, if so, main control part
Divide the motor vibration for first driving vibration reminding part to continue ten seconds, then timer is set wait 30 seconds, judges whether to connect at this time
Instruction " cancelling alarm " is received, if timer waiting is then arranged re-starts third step ten minutes later, otherwise main control part sets up separately
Set alarm positioning and communicating partial parameters, alert；If judging to be no when whether body data is abnormal, timer is set
Waiting re-starts third step ten minutes later；
Four steps: judge whether to receive instruction " a key physical examination ", if so, main control part is to movement tendency detection unit, body temperature
Detection unit carries out parameter setting, detects health data and is analyzed and processed, generates statement-of-health, later, main control part sets up separately
Bluetooth communication partial parameters are set, report is sent to user's mobile phone；Otherwise, first step is returned；
5th step: judging whether to receive instruction " time mode ", if so, main control part setting real-time clock part and key
The touch screen parameter of input and display portion, clock work, and shown with touch screen；If it is not, carrying out the 6th step；
6th step: judging whether to receive instruction " autonomous alarm ", if so, main control part setting alarm positioning and communicating part ginseng
Number, alert；Otherwise, first step is returned.
3. the instrument of portable health detection and intelligent alarm according to claim 1, which is characterized in that the instrument is with intelligence
Energy wrist strap form is presented, and wrist strap ontology is worn in user's wrist, integrates main control part, sign identification in wrist strap body interior
Partially, data storage section, real-time clock part, Bluetooth communication part, alarm positioning and communicating part, key-press input and display unit
Divide, vibration reminding part, power unit.
4. the instrument of portable health detection and intelligent alarm according to claim 1, which is characterized in that the instrument is divided into
Finger ring and two parts of neck ring, finger ring and neck ring are worn on human body, lean on Bluetooth communication therebetween, are equipped with bluetooth inside finger ring and connect
Receive device, MAX30100 module；Main control part, bluetooth transmitters, DS18B20 module, MPU6050 module are placed in inside neck ring body；
Finger ring is used cooperatively with neck ring, is completed to the health detection of human body, status assessment and alert help.
5. the instrument of portable health detection and intelligent alarm according to claim 1, which is characterized in that the main control part
Divide and use STM32 chip, movement tendency detection unit uses six axle sensor module of MPU6050, six axle sensor mould of MPU6050
Acceleration transducer and gyro sensor are embedded with inside block；Blood oxygen heart rate detection unit is sensed using MAX30100 heart rate blood oxygen
Device module；Body temperature detecting unit uses DS18B20 digital temperature sensor module；
Data storage section uses SD card module；
Circuit is designed using ds1302z chip in real-time clock part, shows real-time clock；
Positioning and communicating part alarm using USR GM3P module.
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| CN112842330A (en) * | 2019-11-27 | 2021-05-28 | 康泰医学系统（秦皇岛）股份有限公司 | Oximeter and interface display method thereof |
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| TWI790728B (en) * | 2021-08-27 | 2023-01-21 | 李宗諺 | Portable device for circulatory shock monitoring |
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