CN107595270A - Infant's life monitoring apparatus and system - Google Patents
Infant's life monitoring apparatus and system Download PDFInfo
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- CN107595270A CN107595270A CN201610545521.4A CN201610545521A CN107595270A CN 107595270 A CN107595270 A CN 107595270A CN 201610545521 A CN201610545521 A CN 201610545521A CN 107595270 A CN107595270 A CN 107595270A
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- infant
- life monitoring
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Abstract
A kind of infant's life monitoring device, is arranged at infant to wearable, comprising：Detecting module, processing module and transport module.Detecting module detects the physiological signal of infant.Processing module stores identification code and electrical connection detecting module, to produce the physiological status data package for including identification code, blood oxygen concentration value and pulse rate according to physiological signal.Transport module electrically connects processing module, to transmit physiological status data package.Whereby, caregiver can in real time and comprehensively monitor the physiological status of infant.The present invention also provides a kind of infant's life monitoring system.
Description
Technical field
The present invention is a kind of relevant life monitoring apparatus and system, and particularly wearable is arranged at infant
A kind of infant's life monitoring apparatus and system.
Background technology
With the arriving in few sub-ization and aging epoch, infant looks after the important topic as social concerns, infant
Be beyond expression the impression of oneself, and its physiological reaction must be paid attention at any time by looking after infant, but caregiver can not accompany at any time
By the side of, infant has what is heard to infant when being died suddenly under the careless situation of caregiver.
Sudden infant death disease (Sudden Infant Death Syndrome, SIDS) is not a kind of disease, and it occurs former
Cause also under study for action, still can be without early warning dead even the newborn child that physiology is in the pink of condition.SIDS cases are followed the trail of to find,
In sudden death for the previous period, phenomenon (Period of Apnea, the Stoppage of of apnea can occur for infant
Breathing), it is the life for having an opportunity that infant can be saved if can in time find and be given treatment to.U.S.'s pediatric medicine meeting
In " baby sleep guide " that (American Academy of Pediatrics, AAP) is announced, clearly suggest that caregiver should make
Infant keeps sleeping on one's back, and could effectively prevent SIDS generation.
Situation of the caregiver by image monitoring infant can be allowed by having baby monitor system at present.However, only according to shadow
Unusual condition as many infants can not be judged, furthermore, in medical institutes or Tuo Yu mechanisms, a caregiver must be responsible for looking after
Mostly infant, caregiver can not supervise the image of each infant for a long time, and breathing is temporary before sudden death occurs if any infant
The phenomenon stopped, caregiver easily miss SIDS gold rescue times.
Therefore, electronics technology with rapid changepl. never-ending changes and improvements how is utilized, monitors in real time and comprehensively the physiological status of infant, to prevent
Only various emergency risks, and then the quality that infant looks after work is lifted, as develop the main object of the present invention.
The content of the invention
For the above-mentioned purpose, the present invention provides a kind of infant's life monitoring device, and infant is arranged to wearable
With, comprising：Detecting module, to detect the physiological signal of the infant；Processing module, stores identification code and electrical connection should
Detecting module, to produce the physiological status data for including the identification code, blood oxygen concentration value and pulse rate according to the physiological signal
Package；And transport module, the processing module is electrically connected, to transmit the physiological status data package.
In an embodiment, above-mentioned infant's life monitoring device also includes：Contact sense module, to sense the detecting mould
Block and the contact condition of the infant；And power module, to supply the detecting module, the processing module, the transport module
And electric energy needed for the contact sense module.
In an embodiment, the detecting module includes：Optical Transmit Unit, to launch feux rouges and infrared light to the infant
Body；Light receiving unit, the feux rouges and infrared light reflected to the body received from the infant, and produce the physiology
Signal.
, should when the processing module judges the blood oxygen concentration value or the pulse rate exceeds values in an embodiment
Processing module produces abnormal signal, to notify caregiver to observe the life state of the infant.
In an embodiment, the transport module wirelessly transmits the physiological status data package.
The present invention also provides a kind of infant's life monitoring system, comprising：At least one above-mentioned infant's life monitoring device,
It is wearable to be arranged at infant, to produce and transmit the physiological status data package of infant；Communication device, to certainly
Infant's life monitoring device receives physiological status data package；And processing unit, electrically connect the communication device, to according to
The blood oxygen concentration value and pulse rate of the infant is produced according to the physiological status data package.
In an embodiment, when infant's life monitoring device judge the blood oxygen concentration value in the physiological data package or
When the pulse rate exceeds values, infant's life monitoring device transmission abnormality signal to the communication device, the processing
Device produces alarm message, the communication device transmitting warning message, to notify caregiver to observe baby children after receiving abnormal signal
The life state of youngster.
In an embodiment, when the processing unit judges that the blood oxygen concentration value of the infant or the pulse rate exceed preset value
During scope, the processing unit produces alarm message, and the communication device transmits the alarm message, to notify caregiver to observe baby children
The life state of youngster.
In an embodiment, above-mentioned infant's life monitoring system also includes：Storage device, the processing unit is electrically connected, and
Store to should infant's life monitoring device identification code status data, wherein the processing unit is according to the status data
The blood oxygen concentration value and pulse rate of the infant are stored in the storage device；And display device, electrically connect processing dress
Put, to show the blood oxygen concentration value and the pulse rate.
In infant's life monitoring device of the present invention, detecting module detects the physiological signal of infant with preset frequency,
The blood oxygen that processing module produces the identification code comprising corresponding infant's life monitoring device and infant according to physiological signal is dense
The physiological status data package of angle value and pulse rate, transport module real-time Transmission physiological status data package to communication device, shine
Shield person can monitor in real time and comprehensively the physiological status of infant by infant's life monitoring system of the invention, each to prevent
Kind emergency risk, and then lift the quality that infant looks after work.
Brief description of the drawings
Fig. 1 is the block diagram of infant's life monitoring device of the present invention；
Fig. 2 uses schematic diagram for infant's life monitoring device of the present invention；
Fig. 3 is the monitoring flow chart of an embodiment of infant's life monitoring device of the present invention；And
Fig. 4 is infant's life monitoring system of the present invention.
Symbol description：
1 infant's life monitoring system
10 infant's life monitoring devices
11 communication devices
12 processing units
13 storage devices
14 display devices
100 infant's bodies
101 detecting modules
102 processing modules
103 transport modules
104 contact sense modules
105 power modules
1011 first Optical Transmit Units
1012 first light receiving units
1011a launches the light emitting diode of feux rouges
1011b launches the light emitting diode of infrared light
S301, S302, S303, S3031, S3032, S304, S305, S306 step
Embodiment
It is to coordinate schema to illustrate embodiments of the present invention by particular specific embodiment below, is familiar with this professional people
Scholar can understand advantages of the present invention and effect easily by content disclosed in the present specification.It is worth noting that, it is clear exhibition
The main feature of the existing present invention, therefore Fig. 1 simply shows the relativeness between wherein primary clustering in a schematic way, not according to
Drawn according to actual size, thus the thickness of primary clustering in figure, size, shape, arrangement, configuration etc. all simply reference and
, it is not limited to the scope of the present invention.
Fig. 1 is the block diagram of infant's life monitoring device of the present invention.As shown in figure 1, infant's life monitoring device
10 include：Detecting module 101, processing module 102, transport module 103, contact sense module 104 and power module 105, its
Middle processing module 102 electrically connects detecting module 101, transport module 103, contact sense module 104 and power module 104.
Ferroheme (Hemoglobin, Hb) and oxyhaemoglobin (Oxygenated Hemoglobin, HbO2) in blood
It is close to the trap of the infrared light of the nm of wavelength 805, and it is maximum to the trap difference of the feux rouges of the nm of wavelength 660, utilize
Ferroheme absorbs the difference of the light of this two wavelength with oxyhaemoglobin, can detect physiological signal.In addition, when heart contraction is with relaxing
The change in cycle can be also presented to the absorptivity of light in Zhang Shi, arterial blood, therefore the detecting of pulse blood oxygen saturated concentration can also be used
Periodically variable physiological signal measured by device (corresponding blood oxygen saturation Saturation of Peripheral Oxygen,
SpO2) calculate pulse rate.
Infant's life monitoring device 10 is modular miniature monitoring device, and it is suitable to be arranged at baby children in a manner of wearing
With youngster, for example：Infant's life monitoring device 10 may be disposed at the contact bracelet of infant's skin, clothing, cap or
In socks.Detecting module 101 can be penetration or reflection pulse blood oxygen saturation detector, due to the skin of infant
Relatively thin, detecting module 101 is preferably reflection pulse blood oxygen saturation detector.
Detecting module 101 can give tacit consent to sampling frequency (such as：125Hz or 500Hz) Auto-Sensing infant physiological signal,
Or the physiological signal for sampling instruction and detect infant according to the timing transmission of processing module 102.Processing module 102 stores
The identification code and pulse rate of infant's life monitoring device 10 and the operation program of blood oxygen concentration value, the foundation of processing module 102
The change of physiological signal calculate the pulse rate of infant after (such as：In certain sample time, according to before cyclical physiological signal
The time point that low value occurs twice afterwards is when calculating pulse rate per minute) produce and include identification code, blood oxygen concentration value and pulse rate
Physiological status data package.Transport module 103 is from after processing module 102 receives physiological status data package, in real time with wired
Or wireless mode is by physiological status data package transmission to communication device (as shown in Figure 4).
Contact sense module 104 (including but not limited to：Condenser type proximity switch, temperature sensor etc.) detected to sense
The contact condition of module 101 and infant's body, if because infant's body action (such as：Turn over or rub) or other factors
(such as：Breast-feed or more diaper-exchanging) shift infant's life monitoring device 10 so that detecting module 101 can not correctly detect baby
The physiological status of child, contact sense module 104 produce the signal for representing displacement, and processing module 102 is according to detecting module 101
The displacement signal of physiological signal and contact sense module 104 judges whether infant's life monitoring device 10 is subjected to displacement, to
Caregiver is notified to check infant's life monitoring device.
Power module 105 is used to supply detecting module 101, processing module 102, transport module 103 and contact sensing mould
Electric energy needed for block 104, power module 105 are such as, but not limited to：Repeatable charging and the lithium battery or photovoltaic cell replaced, if electric
Can module 105 store not enough power supply saturation electricity particular percentile (such as：Less than 20%), processing module 102 can foundation
Electricity reduction degree (such as：It is down to by 20% and 10%) repeatedly sends the notice signal for representing not enough power supply, is looked after with reminding
Person charges or replacing battery.
Fig. 2 uses schematic diagram for infant's life monitoring device of the present invention.As shown in Fig. 2 in the present embodiment, baby children
The detecting module 101 of youngster's life monitoring device 10 comprises at least：First Optical Transmit Unit 1011 and the first light receiving unit
1012, wherein the first Optical Transmit Unit 1011 comprise at least transmitting feux rouges (nm of wavelength 660) light emitting diode 1011a and
Launch the light emitting diode 1011b of infrared light (nm of wavelength 805 or 940).First light receiving unit 1012 includes can be by feux rouges
And infrared light is converted into the photodiode of electric signal.First Optical Transmit Unit 1011 is by feux rouges and infrared light emission to baby
The body 100 of child, the feux rouges and infrared light that body 100 of first light receiving unit 1012 received from infant is reflected
(the light reflection path as shown in arrow in Fig. 2), and produce pulse blood oxygen saturated concentration signal.
In other embodiment, detecting module can further include the second Optical Transmit Unit and the second light receiving unit.The
Two Optical Transmit Units are, for example, the light emitting diode for launching green glow or white light, and the second light receiving unit is, for example, can be by green glow or white
Light is converted into the photodiode of electric signal.Because the blood of the mankind can absorb green glow and feux rouges is reflected, by setting the second light
Transmitter unit and the second light receiving unit independently detect the second physiological signal of infant, and processing module is interrogated according to two kinds of physiology
The pulse rate of number computing infant, infant's life monitoring device can more accurately monitor the physiological status of infant.
Fig. 3 is the monitoring flow chart of an embodiment of infant's life monitoring device of the present invention.As shown in figure 3, in step
Rapid S301, detecting module detecting physiological signal.Into step S302, processing module computing physiological signal and produce physiological status number
According to package.Into step S303, processing module judge blood oxygen concentration value and pulse rate whether beyond default value range (such as：Just
Normal blood oxygen concentration value scope between 95 to 100%, 0 to 12 months infants normal heartbeat value scope between 120 to 140)；Enter
Enter step S304, processing module produces the abnormal signal for notifying caregiver to observe infant, and transport module is by physiological status data
Package and notify caregiver observe infant abnormal signal transmit to communication device；If processing module judges blood oxygen concentration value
Meet default value range with pulse rate (to represent：The physiological status of infant is normal)；Into step S305, transport module is by physiology
Status data package transmission is to communication device.
After other embodiment, in step S302, processing module computing physiological signal produce physiological status data package,
Processing module can be without step S303 and S304, and is directly entered step S305, by physiological status data package via transmission
Module transfer is to communication device, further to increase the number of infant's life monitoring device monitoring infant's physiological status.
By the monitoring flow shown in Fig. 3, infant's life monitoring device of the invention can in real time and comprehensively monitor baby
The physiological status of child, is also equipped with self detecting function, and to prevent monitoring mistake or failure, work is looked after so as to lift infant
Quality.
Based on above-mentioned infant's life monitoring device, the present invention further provides infant's life monitoring system, and it can be fitted
For family, medical institutes and look after mechanism, there is provided caregiver is real-time and comprehensive infant's physiological state information.
Fig. 4 is infant's life monitoring system of the present invention.As shown in figure 4, infant's life monitoring system 1 includes：Extremely
Infant's life monitoring device 10, communication device 11, processing unit 12, storage device 13 and the display device of few present invention
14, wherein processing unit 12 electrically connects communication device 11, storage device 13 and display device 14.
Infant's life monitoring device 10 can be arranged at infant using wearing mode, to produce and transmit baby children
The physiological status data package of youngster, wherein physiological status data package include the identification of corresponding infant's life monitoring device 10
Code, the blood oxygen concentration value and pulse rate of the infant.Communication device 11 to from infant's life monitoring device 10 receive baby
The physiological status data package of child.Storage device 13 stores the baby for the identification code that can correspond to infant's life monitoring device 10
The status data of child.Processing unit 12 produces the blood oxygen concentration of infant according to physiological status data package and status data
The blood oxygen concentration value and pulse rate of infant can be stored in storage device 13 by value and pulse rate, processing unit 12, and
The blood oxygen concentration value and pulse rate of infant are transmitted to communication device 11 and display device 14 to notify caregiver.
Infant's life monitoring device 10 can incite somebody to action every time measured physiological status data package via wired or wireless way
Real-time Transmission to communication device 11, wherein wireless mode is such as, but not limited to：Near-field communication (NFC), low-power consumption bluetooth (BLE),
ZigBee, Wi-Fi etc..If the radio wave that consideration infant's life monitoring device 10 is transmitted is to the issuable shadow of infant
Ring, preferably the shorter near-field communication of communication distance (NFC), low-power consumption bluetooth (BLE), ZigBee.Communication device 11, which has, to be turned
Change the function of data packet communications protocol, can by the physiological status data package transmission of infant to long-range processing unit 12,
Such as, but not limited to：NFC or BLE turns Wi-Fi or 4G.
For example, if the baby monitored in family using single or a small number of infant's life monitoring devices 10 in family is young
Youngster, caregiver can utilize running gear (intelligent mobile phone or tablet PC etc.) from processing unit 12 (such as：Cloud service
Device) download application program, you can the communication device 11 as infant's life monitoring system.The running gear of caregiver can be by baby
The physiological status data of child is transmitted to processing unit 12 (cloud server), is interpreted and given birth to by processing unit 12 (cloud server)
Status data package is managed, then the blood oxygen concentration value of infant and pulse rate are transmitted to running gear, running gear shows and remembered
Record blood oxygen concentration value and pulse rate.Or running gear can download application program, life is directly interpreted by the processor of running gear
Reason status data package and obtain blood oxygen concentration value and pulse rate, the processor of running gear can further by blood oxygen concentration value with
Pulse rate transmit to display running gear display unit (i.e. screen), and be stored in running gear storage element (such as：
Built-in or external hard drive).
If medical institutes looks after a large amount of cloth of mechanism and builds infant's life monitoring device 10 and monitor its and is responsible for the baby that looks after
Child, communication device 11 can include multiple signal intensives and at least one router (not shown).Each signal intensive is matched somebody with somebody
It is placed in by each infant's life monitoring device 10, in the physiological status data for receiving infant's life monitoring device 10 and being transmitted
After package, the signal strength of each signal intensive amplification physiological status data package, then the physiological status that signal strength will be amplified
Transmission of data packets is to router.Router change each physiological status data package communication format (such as：BLE turn Wi-Fi or
Wi-Fi turns 4G) after, by each physiological status data package transmission to processing unit 12 (such as：Medical institutes is looked after in mechanism
Centre or cloud server).After processing unit 12 produces the blood oxygen concentration value and pulse rate of each infant, processing unit 12 will be each
The blood oxygen concentration value of infant and pulse rate transmit to communication device 11 and display device 14 (such as：Medical institutes or treatment
The computer terminal of mechanism).Processing unit 12 can also according to each infant status data in storage device 13 (such as：Cloud
Client database) archives are established, the blood oxygen concentration value of each infant and pulse rate are stored in the archives of storage device 13, for shining
Shield person inspects the dynamic physiology information of each infant.
In an embodiment, when infant's life monitoring device 10 judges the blood oxygen concentration value or the heart of physiological status data package
When jump value exceeds default value range, the transmission abnormality signal of infant's life monitoring device 10 (represents：The physiological status hair of infant
It is raw abnormal) to communication device 11；Processing unit 12 receives the physiological status hair of abnormal signal generation infant from communication device 11
Raw abnormal alarm message；The transmitting warning message of communication device 11 is to display device 14 or other AV devices；Display device 14
Caregiver is notified to go to the life state of observation infant with sound or dicom message.
In another embodiment, infant's life monitoring device 10 by physiological status data package transmission to communication device 11,
After processing unit 12 produces the blood oxygen concentration value and pulse rate of infant according to physiological status data package and status data,
Judge whether the blood oxygen concentration value of the infant or pulse rate exceed default value range by processing unit 12.When processing unit 12 is sentenced
When the blood oxygen concentration value of the infant of breaking or pulse rate exceed default value range, processing unit 12 produces alarm message, communication dress
11 transmitting warning messages are put, to notify caregiver to observe the life state of the infant.
When infant's life monitoring device 10 is subjected to displacement, infant's life monitoring device 10 transmits displacement signal (generation
Table：The malposition of infant's life monitoring device) to communication device 11；Processing unit 12 receives displacement from communication device 11
The positional fault message of infant's life monitoring device 10 is produced after signal；Communication device transmission location error messages, to notify to shine
Shield person adjusts the position of infant's life monitoring device 10.
In summary, detect infant's in infant's life monitoring device of the present invention, detecting module with preset frequency
Physiological signal, processing module produce the identification code comprising corresponding infant's life monitoring device and infant according to physiological signal
Blood oxygen concentration value and pulse rate physiological status data package, transport module real-time Transmission physiological status data package to communicate
Device, caregiver can by the present invention infant's life monitoring system in real time and comprehensively monitor infant physiological status,
To prevent various emergency risks, and then lift the quality that infant looks after work.
The above-described embodiments merely illustrate the principles and effects of the present invention, not for the limitation present invention.It is any ripe
This professional personage is practised can to modify above-described embodiment under the spirit and scope without prejudice to the present invention and changed.
Therefore, there is this professional knowledge person such as, former without departing from disclosed spirit and technology in art
Lower all equivalent modifications completed of reason or change, should be covered by the claim of the present invention.
Claims (9)
1. a kind of infant's life monitoring device, is arranged at infant, it is characterised in that include to wearable：
Detecting module, to detect the physiological signal of the infant；
Processing module, store identification code and electrically connect the detecting module, the identification is included to be produced according to the physiological signal
The physiological status data package of code, blood oxygen concentration value and pulse rate；And
Transport module, the processing module is electrically connected, to transmit the physiological status data package.
2. infant's life monitoring device as claimed in claim 1, it is characterised in that also include：
Contact sense module, to sense the contact condition of the detecting module and the infant；And
Power module, it is electric needed for the detecting module, the processing module, the transport module and the contact sense module to supply
Energy.
3. infant's life monitoring device as claimed in claim 1, it is characterised in that the detecting module includes：
Optical Transmit Unit, to launch feux rouges and infrared light to the body of the infant；
Light receiving unit, the feux rouges and the infrared light reflected to the body received from the infant, and produce the life
Manage signal.
4. infant's life monitoring device as claimed in claim 1 or 2, it is characterised in that when the processing module judges the blood oxygen
When concentration value or the pulse rate exceed values, the processing module produces abnormal signal, to notify caregiver that observation should
The life state of infant.
5. infant's life monitoring device as claimed in claim 1, it is characterised in that the transport module wirelessly transmits this
Physiological status data package.
6. a kind of infant's life monitoring system, it is characterised in that include：
At least one infant's life monitoring device as claimed in claim 1, is arranged at infant, to produce and transmit this
The physiological status data package of infant；
Communication device, to receive the physiological status data package from infant's life monitoring device；And
Processing unit, the communication device is electrically connected, it is dense to the blood oxygen that produces the infant according to the physiological status data package
Angle value and pulse rate.
7. infant's life monitoring system as claimed in claim 6, it is characterised in that when infant's life monitoring device judges
When the blood oxygen concentration value or the pulse rate in the physiological status data package exceed values, infant's life monitoring
For device transmission abnormality signal to the communication device, the processing unit produces alarm message, communication dress after receiving the abnormal signal
Put and transmit the alarm message, to notify caregiver to observe the life state of the infant.
8. infant's life monitoring system as claimed in claim 6, it is characterised in that when the processing unit judges the infant's
When the blood oxygen concentration value or the pulse rate exceed values, the processing unit produces alarm message, communication device transmission
The alarm message, to notify caregiver to observe the life state of the infant.
9. infant's life monitoring system as claimed in claim 6, it is characterised in that also include：
Storage device, electrically connect the processing unit, and store to should infant's life monitoring device identification code status
The blood oxygen concentration value and pulse rate of the infant are stored in the storage by data, the wherein processing unit according to the status data
Device；And
Display device, the processing unit is electrically connected, to show the blood oxygen concentration value and the pulse rate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201610545521.4A CN107595270A (en) | 2016-07-12 | 2016-07-12 | Infant's life monitoring apparatus and system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610545521.4A CN107595270A (en) | 2016-07-12 | 2016-07-12 | Infant's life monitoring apparatus and system |
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| CN107595270A true CN107595270A (en) | 2018-01-19 |
Family
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610545521.4A Pending CN107595270A (en) | 2016-07-12 | 2016-07-12 | Infant's life monitoring apparatus and system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112137609A (en) * | 2020-08-31 | 2020-12-29 | 北京津发科技股份有限公司 | Multi-physiological index acquisition device |
| CN113907704A (en) * | 2020-07-09 | 2022-01-11 | 微端科技股份有限公司 | Human body physiological state monitoring system |
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