CN106310483A - Apnea awakening respiratory monitor, wearable equipment and apnea awakening system - Google Patents

Apnea awakening respiratory monitor, wearable equipment and apnea awakening system Download PDF

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Publication number
CN106310483A
CN106310483A CN201510349522.7A CN201510349522A CN106310483A CN 106310483 A CN106310483 A CN 106310483A CN 201510349522 A CN201510349522 A CN 201510349522A CN 106310483 A CN106310483 A CN 106310483A
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China
Prior art keywords
user
wearable
control command
stimulation means
time node
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CN201510349522.7A
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Chinese (zh)
Inventor
戴征
丁锦
刘炜
徐勤鹏
沈克琪
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Hunan Micomme Zhongjin Medical Technology Development Co Ltd
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Hunan Micomme Zhongjin Medical Technology Development Co Ltd
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Priority to CN201510349522.7A priority Critical patent/CN106310483A/en
Publication of CN106310483A publication Critical patent/CN106310483A/en
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Abstract

The invention discloses a respiratory monitor, which comprises a communication interface, a monitoring device, a memory, a timer and a processor, wherein the communication interface is in communicating connection to wearable equipment; the monitoring device is used for detecting gas flow data of an oral-nasal airflow of a user; the memory is used for storing a respiratory monitoring system and operating data thereof; the timer is used for keeping an apnea time of the user; the processor is used for calling and executing the respiratory monitoring system; the processor is used for monitoring whether an apnea event occurs in the user or not; and when the apnea event occurs in the user, the processor, in accordance with a mapping relation between a preset intervention time node and a control command corresponding to a stimulation means, is used for generating the control command of the stimulation means mapped with the preset intervention time node and controlling the wearable equipment to execute the mapped stimulation means. The invention also provides the wearable equipment matched with the respiratory monitor and an apnea awakening system. The apnea awakening respiratory monitor disclosed by the invention, when monitoring the apnea event of the user, can stimulate the user, so that the sleep status of the user is changed and the user is promoted to be awakened or change a sleeping posture.

Description

Respiration monitor, Wearable and the asphyxia wake-up system that asphyxia is waken
Technical field
The present invention relates to medical monitoring arts field, respiration monitor that a kind of asphyxia is waken, Wearable matching used with described respiration monitor and asphyxia wake-up system.
Background technology
Along with being showing improvement or progress day by day of modern medicine, sleep medicine is gradually built as the important component part of modern medicine Stand and grow up.Research in terms of sleep-respiratory is directly connected to the research to sleeping disorders, therefore sleeps Dormancy breathing becomes in sleep medicine more concern.At present, one is called sleep apnea low pass Gas syndrome (Sleep Hypopnea Syn-drome, SAHS) receives and payes attention to widely.This disease refers to 7 In hour sleep, (sleep state end opening nasal airflow stops at least more than 10s for once to recurrent exerbation asphyxia Asphyxia) and low ventilation (more than 50% in normal airflow intensity drops in mouth and nose respiratory air flow signal intensity, with Time decline with the oxygen saturation of more than 4% and be referred to as, with waking response, low ventilation of sleeping) 30 times above or put down Asphyxia in sleep and low ventilation number of times are more than more than 5 times the most per hour.This disease is relatively conventional, Its Clinical symptoms shows as serious snoring, asphyxia, low ventilation, low oxygenated disease and the daytime of recurrent exerbation Drowsiness.This disease is a kind of potential fatal disease, easily causes arrhythmia and sudden death.
Summary of the invention
In view of the foregoing, it is necessary to a kind of equipment for monitoring user's apnea and system are provided, It can stimulate user when monitoring the apnea of user, make user's sleep state change, Promote user to revive or change sleeping position.
The present invention provides the respiration monitor that a kind of asphyxia is waken, including: communication interface, it is used for and wears Wear formula device talk to connect;Monitoring device, for detecting the gas flow data of user's mouth and nose air-flow;Storage Device, is used for storing respiratory monitoring system and service data thereof;, for there is asphyxia user in timer During event, the asphyxia time of user is carried out timing;Processor, is used for calling and perform described breathing Monitoring system with perform following steps: A, by described monitoring device detection user's mouth and nose air-flow gas flow Data, and analyze whether user occurs apnea according to the gas flow data of detection;B, work as user When there occurs apnea, by the described timer asphyxia time to current apnea Carry out timing;C, according to the intervention time node preset with stimulate the mapping between control command corresponding to means Relation, when timing time reaches a default intervention time node, generates and this default intervention time node The control command of the stimulation means mapped, and the order of generation is sent to described Wearable, to control Described Wearable performs the stimulation means of described mapping.
Preferably, described default intervention time node has multiple, and described stimulation means have multiple, described pre- If intervention time node with stimulate means one_to_one corresponding.
Preferably, when timing time reaches the first intervention time node t1, when generating intervene default with first First control command of the first stimulation means that intermediate node maps, and the first control command generated is sent to Described Wearable, to control the described Wearable described first stimulation means of execution, and controls described The reaction of Wearable detecting real-time user;
When timing time reaches the second intervention time node t2, generation is preset intervention time node with second and is reflected Second control command of the second stimulation means penetrated, and the second control command generated is sent to described wearing Formula equipment, performs described second stimulation means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user, wherein t2 is more than t1;And
When timing time reaches the 3rd intervention time node t3, generation is preset intervention time node with the 3rd and is reflected 3rd control command of the tristimulus means penetrated, and the 3rd control command generated is sent to described wearing Formula equipment, performs described tristimulus means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user, wherein t3 is more than t2.
Preferably, described respiration monitor includes feeder, and this feeder includes air inlet, blower fan, Gas outlet, data acquisition unit, and sensor, described air inlet exit is placed and is filtered sponge;Wherein:
Described air inlet produces pressure of inspiration(Pi) under blower fan gives the driving of controlled quentity controlled variable D, absorbs air, passes through Filter sponge and filter out the large particulate matter in air, then be input in user's body by gas outlet;
Described data acquisition unit is for gathering the electric current I and rotating speed N of blower fan;And
Described sensor is for measuring the gas flow Q and pressure P of QI KOU.
Preferably, described feeder also includes that reminding unit, described processor call described monitoring of respiration system System also executes the following steps:
Work as Q1>Q2, P1>P2, I1>I2, and N1<during N2, it is judged that described filtration sponge blocks, Sponge is filtered, wherein by described reminding unit prompting changing:
Q1 represents under original state the gas flow at gas outlet, P1 represents under original state the gas at gas outlet Body pressure, I1 represent the electric current of blower fan under original state, N1 represents the rotating speed of blower fan under original state;
Q2 represents under current state the gas flow at gas outlet, P2 represents under current state the gas at gas outlet Body pressure, I2 represent the electric current of blower fan under current state, N2 represents the rotating speed of blower fan under current state.
The present invention also provides for a kind of and matching used Wearable of above-mentioned respiration monitor, including stimulation unit Part, during for receiving the control command of the stimulation means that the transmission of described respiration monitor comes, performs reception Control command performs described stimulation means to control described stimulation parts to user.
Preferably, described Wearable includes displacement transducer, for whether detecting user to current thorn Sharp means are made that reaction.
The present invention further provides a kind of asphyxia wake-up system, run in above-mentioned respiration monitor, Including: analyze module, for the gas flow data by monitoring device detection user's mouth and nose air-flow, and root Analyze whether user occurs apnea according to the gas flow data of detection;Judge module, for when using When family there occurs apnea, by timer, the asphyxia time of current apnea is entered Row timing, and determine whether that timing time arrives the intervention time node preset;Control module, is used for When having default intervention time node to arrive, according to the control that default intervention time node is corresponding with stimulating means Mapping relations between order, generate the control command of the stimulation means mapped with this default intervention time node, And the order of generation is sent to described Wearable, to control the described mapping of execution of described Wearable Stimulation means.
Preferably, this asphyxia wake-up system also includes:
Feedback module, it is anti-that above-mentioned stimulation means are made by the user fed back for receiving described Wearable Should.
Preferably, described control module is used for:
When timing time reaches the first intervention time node t1, generation is preset intervention time node with first and is reflected First control command of the first stimulation means penetrated, and the first control command generated is sent to described wearing Formula equipment, performs described first stimulation means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user;
When timing time reaches the second intervention time node t2, generation is preset intervention time node with second and is reflected Second control command of the second stimulation means penetrated, and the second control command generated is sent to described wearing Formula equipment, performs described second stimulation means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user, wherein t2 is more than t1;And
When timing time reaches the 3rd intervention time node t3, generation is preset intervention time node with the 3rd and is reflected 3rd control command of the tristimulus means penetrated, and the 3rd control command generated is sent to described wearing Formula equipment, performs described tristimulus means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user, wherein t3 is more than t2.
Asphyxia of the present invention is utilized to wake equipment and system, it is possible to monitoring the asphyxia of user During event, stimulate user, make user's sleep state change, promote user to revive or change sleeping position.
Accompanying drawing explanation
Fig. 1 is the hardware environment figure of asphyxia wake-up system preferred embodiment of the present invention.
Fig. 2 is the structure composed figure of respiration monitor in asphyxia wake-up system preferred embodiment of the present invention.
Fig. 3 is the structure composed figure of feeder in respiration monitor shown in Fig. 2.
Fig. 4 is the structure composed figure of Wearable in asphyxia wake-up system preferred embodiment of the present invention.
Fig. 5 is the functional block diagram of asphyxia wake-up system preferred embodiment of the present invention.
Fig. 6 is the implementing procedure figure that asphyxia of the present invention wakes method preferred embodiment.
Detailed description of the invention
Refering to shown in Fig. 1, it it is the hardware environment figure of asphyxia wake-up system preferred embodiment of the present invention.This Invent described asphyxia wake-up system 10 and can run on one by respiration monitor 1 and Wearable In 2 hardware environment formed.Described respiration monitor 1 is connected with Wearable 1 communication.Described breathing Monitor 1 may be used for monitoring the breath state of user, and there occurs apnea monitoring user Time issue commands to Wearable 2, with order Wearable 2, user is performed stimulation event, makes user Sleep state changes, and promotes user to revive or changes sleeping position.
Described respiration monitor 1 can be a kind of common sleep breath monitoring instrument, can be used for monitoring user and sleeps The data such as blood oxygen saturation, pulse frequency and nasal airflow during dormancy.Further, described monitoring of respiration Instrument 1 can be a kind of respirator, the blood oxygen saturation that is applied not only to monitor in user's sleep procedure, pulse frequency, And the data such as nasal airflow, it may also be used for monitoring in the case of user's autonomous respiration weakens or disappear, generation The normal physiological replacing, control or changing people is breathed, and increases pulmonary ventilation volume, improves respiratory function, alleviate breathing Merit consumes.
Described respiration monitor 1 can be a kind of small-sized portable set, may be worn on user, as The sleep breath monitoring instrument of domestic or respirator, or large-scale table top device, large-scale such as hospital Respirator.
Refering to shown in Fig. 2, it it is the structure composed figure of respiration monitor of the present invention.
Described respiration monitor 1 includes respiratory monitoring system 10, monitoring device 11, timer 12, processor 13, memorizer 14 and communication interface 15.
Respiratory monitoring system 10 in described respiration monitor 1, monitoring device 11, timer 12, processor 13, memorizer 14 and communication interface 15 can carry out communication by system bus.
Described monitoring device 11 is for when air-flow flows through user's mouth and nose, according to gas flow attribute data (example Such as, the attribute data such as gas pressure, gas temperature) change, the flow number of the mouth and nose air-flow of detection user According to.In the present embodiment, described monitoring device 11 can include pressure inductive flow transducer, crystal hotting mask Formula flow transducer, hot wire type's flow transducer, differential flow transducer, ultrasonic type flow transducer or Other any suitable flow transducers of person.In the present embodiment, described monitoring device 11 can stick user's Below nasal cavity or oral cavity, thus detect the mouth and nose air-flow of user.
Described timer 12 may be used for timing, occurs monitoring user the apneic time.
Described processor 13 is arithmetic core (Core Unit) and the control core (Control of respiration monitor 1 Unit), for explaining the instruction in respiration monitor 1 and processing the software data in respiration monitor 1.
Described memorizer 14 can be one or more nonvolatile memory, such as ROM, EPROM or Flash Memory (flash memory) etc..Described memorizer 14 can be built-in or be external in monitoring of respiration Instrument 1.
Described communication interface 15 passes through wired or wirelessly enters with other equipment, such as Wearable 2 Row data exchange.Described wired or wirelessly include USB, bluetooth, WLAN (WLAN), WiFi, zigbee, CDMA, GSM, TD-SCDMA etc..
Described asphyxia wake-up system 10 includes the executable program code of computer, and this program code is permissible It is stored in described memorizer 14, according to the data obtained from monitoring device 11 and timer 12, by institute State the execution of processor 13, it is achieved operation as follows: by user's mouth and nose gas of described monitoring device 11 detection The gas flow data of stream analyzes whether user occurs apnea;When user there occurs asphyxia thing During part, by described timer 12, the asphyxia time of current apnea is carried out timing;According to The intervention time node preset and stimulate the mapping relations between control command corresponding to means, at timing time When reaching a default intervention time node, the stimulation means that generation maps with this default intervention time node Control command, and the order of generation is sent to described Wearable 2, to control described Wearable 2 Perform the stimulation means of described mapping.
It will be understood by a person skilled in the art that respiration monitor 1 can also include miscellaneous part, and do not limit In shown in Fig. 1.Such as, described respiration monitor 1 also includes a feeder 16, for monitoring When user occurs asphyxia or low ventilation event, after air is carried out filtration treatment, deliver to the gas of user Road, thus increase pulmonary ventilation volume, improve user's respiratory function.
Refering to shown in Fig. 3, it it is the structure composed figure of Fig. 2 feeder.Feeder 16 described in the present embodiment Including air inlet 160, blower fan 161, gas outlet 162, data acquisition unit 163, and sensor 164.Enter One step, described air inlet 160 exit is placed and is filtered sponge 1600, to filter large particulate matter, prevents The gas of feeder 16 output comprises foreign body, user is had harm and damages blower fan 161.
Described air inlet 160 produces pressure of inspiration(Pi) under the driving of blower fan 161, absorbs air, by filtering Sponge 1600 filters out the large particulate matter in air, then is input in user's body by gas outlet 162.Described Data acquisition unit 163 is the device for the electric current and rotating speed gathering blower fan 161.Described sensor 164 can Think pressure, flow transducer, for measuring gas flow and the pressure of QI KOU 162.
Under original state, when given 161 1 controlled quentity controlled variables D of blower fan, can record and flow at gas outlet 162 Amount is Q1, and pressure is P1, and the electric current of blower fan 161 is I1, and the rotating speed of blower fan 161 is N1.Work as air inlet After filter cotton 1600 at 160 uses a period of time, due to dust stratification, cause blocking.Now, if blower fan 161 When still running with identical controlled quentity controlled variable D, due to the blocking of the filter cotton 1600 at air inlet 160, cause wind Machine 161 air inflow reduces, then the flow recording gas outlet 162 is Q2, and pressure is P2, the electricity of blower fan 161 Stream is I2, and rotating speed is N2.Now, it may occur that Q1>Q2, P1>P2, I1>I2, N1<N2.Thus, profit Can detect whether filtration sponge 1600 blocks with feeder 16 of the present invention, thus by supplying One reminding unit (not shown) prompting changing of device filters sponge 1600.Described reminding unit can To be sound prompting unit (such as, speaker), can be luminous reminding unit (such as, LED), Can also is that and include sound prompting unit and the assembled unit of luminous reminding unit, do not repeat at this.
Described Wearable 2 is a kind of can be directly through on the body of user, or is incorporated into the clothes of user Or a kind of portable intelligent device of accessory.Described Wearable 2 is to possess part computing function, can connect Connect each Terminal Type, such as respiration monitor 1, portable accessory form exist, main product form include with Wrist is the watch class (including the products such as bracelet, wrist-watch, ring, wrist strap) supported, with foot for support Shoes class (includes wearable product on footwear, socks or other lower limbs in the future), with head for the Glass supported Class (includes glasses, face shield, the helmet, headband etc.), and the various product form such as intelligent clothing, accessories.
Refering to shown in Fig. 4, it it is the group of Wearable in asphyxia wake-up system preferred embodiment of the present invention Become Organization Chart.
Described Wearable 2 includes communication interface 20, chip 21, stimulates parts 22, displacement transducer 23 and power supply 24.
Communication interface 20 in described Wearable 2, chip 21, stimulation parts 22, displacement transducer 23 and power supply 24 can carry out communication by system bus.
Corresponding with the communication interface 15 of respiration monitor 1, the communication interface 20 of Wearable 2 leads to Cross wired or wirelessly carry out data exchange with respiration monitor 1.Described wired or wireless side Formula includes USB, bluetooth, WLAN (WLAN), WiFi, zigbee, CDMA, GSM, TD-SCDMA Deng.
Described chip 21 is arithmetic core (Core Unit) and the control core (Control of Wearable 2 Unit), for explaining and perform the instruction that respiration monitor 1 sends.
Described stimulation parts 22 are for when respiration monitor 1 sends the control command stimulating user, at chip Under the control of 21, use one or more stimulation means, user is performed stimulation event.Described stimulation unit Part 22 can be a vibrating mass, performs low frequency, slightly the shaking of little amplitude under the control of chip 21 Dynamic, perform altofrequency, the medium vibration of little amplitude, or perform altofrequency, the judder of big amplitude. In other embodiments of the invention, described stimulation parts can also be acupuncture parts or other can be to user Stimulate, so that its sleep state changes, thus promote user to revive or change the parts of sleeping position.
Institute's displacement sensors 23 can be gravity sensor, acceleration transducer etc., is used for detecting user and is Whether the no sleeping position that changes, have the stimulation means to above-mentioned stimulation parts 22 to react with auxiliary judgment user.
Described power supply 24 is powered for all parts for Wearable 2.Other of the present invention are implemented In example, it is provided that optional power supply power supply plan, as the power supply 24 within Wearable 2 can be used to supply Electrically, it is possible to adopt outside wired power supply mode.
Refering to shown in Fig. 5, it it is the functional block diagram of asphyxia wake-up system preferred embodiment of the present invention.
The program code of described asphyxia wake-up system 10, according to its different function, can be divided into multiple Functional module.In the present embodiment, described asphyxia wake-up system 10 can include analyzing module 100, sentencing Disconnected module 101, control module 102 and feedback module 103.
The mouth and nose air-flow of the described analysis module 100 user for transmitting according to monitoring device 11, based on flow The algorithm of data, analyzes whether user occurs apnea.
Described judge module 101 is for when user there occurs apnea, by timer 12 to exhaling Inhale the time timing suspended, according to the contrast of apneic time from different threshold values, it is judged that user breathes The seriousness suspended.Such as, when meter of apneic time has reached first threshold t1, such as 30s, then judge Module 101 may determine that the apneic seriousness of user user is three grades;When meter of apneic time reaches Having arrived Second Threshold t2, such as 60s, then judge module 101 may determine that the apneic seriousness of user user It it is two grades;When meter of apneic time has reached the 3rd threshold value t3, and such as 120s, then judge module 101 can To judge that the apneic seriousness of user is as one-level.
Described control module 102 is for according to the apneic seriousness of user, and transmitting control commands is given described Wearable 2, uses different stimulation means with order Wearable 2, user performs stimulation event, Make user's sleep state change, promote user to revive or change sleeping position.Such as, when user's asphyxia Seriousness when being three grades, control module 102 can send order control Wearable 2 perform low frequency, The slight vibration of little amplitude;When the apneic seriousness of user is two grades, control module 102 can be sent out Order of losing one's life controls Wearable 2 and performs altofrequency, the medium vibration of little amplitude;When user is apneic When seriousness is one-level, control module 102 can send order control Wearable 2 perform altofrequency, The judder of big amplitude.
Described control module 102 is when there is apnea in user, as reached in the asphyxia time During first threshold t1, prior to or while the stimulation means taking correspondence, operation of reporting to the police can be carried out.Enter one Step ground, while operation of reporting to the police, control module 102 can also send default message to specific people, Such as medical personnel or the relatives of user.
Above-mentioned stimulation means are made by described feedback module 103 for the user receiving Wearable 2 feedback Reaction.Described control module 102 can decide to continue with according to this feedback and send to described Wearable 2 Control command.In the present embodiment, such as, low frequency, slightly the shaking of little amplitude are performed when Wearable 2 During the stimulation means moved, the feedback that feedback module 103 receives is that user does not has any reaction, and judges mould Block 101 judges that meter of apneic time has reached Second Threshold t2, then control module 102 can be to described Wearable 2 transmitting control commands, performs more intensive stimulation means controlling Wearable 2, as Perform altofrequency, the medium vibration of little amplitude.When Wearable 2 perform altofrequency, little amplitude medium Vibration stimulation means time, the feedback that feedback module 103 receives be user again without any reaction, and Judge module 101 judges that meter of apneic time has reached the 3rd threshold value t3, then control module 102 is permissible To described Wearable 2 transmitting control commands, perform more intensive stimulation hands controlling Wearable 2 Section, as performed altofrequency, the judder of big amplitude.When Wearable 2 performs altofrequency, big amplitude The stimulation means of judder time, the feedback that feedback module 103 receives be user again without any instead Should, then control module 102 is to described Wearable 2 transmitting control commands, to control Wearable 2 Continue executing with described more intensive stimulation means, as performed altofrequency, the judder of big amplitude.Work as feedback The feedback that module 103 receives is that user has made reaction, when changing sleeping position such as user, and control module 102 Can be current to control Wearable 2 stopping execution to described Wearable 2 transmitting control commands Stimulation means, and the mouth and nose air-flow of the user that monitoring device 11 transmits, base is continued to by analysis module 100 Algorithm in data on flows, it is judged that whether user occurs apnea.
Refering to shown in Fig. 6, it it is the asphyxia of the present invention implementing procedure figure of waking method preferred embodiment.This Described in embodiment, the asphyxia method of waking is not limited to step shown in flow chart, in addition shown in flow chart In step, some step can be omitted, order between step can change.
Step S10, analyzes module 100 and monitors the breath state of user, analyze whether user occurs asphyxia Event.In the present embodiment, the mouth and nose gas of the user that described analysis module 100 transmits according to respiration monitor 1 Stream, algorithm based on data on flows, analyze whether user occurs apnea.
Step S11, it is judged that module 101 judges that user occurs whether the asphyxia persistent period reaches t1.This reality Executing in example, described t1 is 30s.If user occurs asphyxia, the persistent period is not reaching to t1, then continue to hold Step S10 that row is above-mentioned.Otherwise, when user occurs the asphyxia persistent period to reach t1, then perform following Step S12.
Step S12, control module 102 controls Wearable 2 and performs the first stimulation means, and controls to dress The reaction of formula equipment 2 detecting real-time user.In the present embodiment, described first stimulation means are Wearable 2 Stimulation parts 22, such as vibrating mass, performing low frequency, the slight vibration of little amplitude.In the present embodiment, Described Wearable 2 utilizes its displacement transducer 23 to detect user's thorn whether to above-mentioned stimulation parts 22 Sharp means are reacted, and change sleeping position.
Further, can also include in step s 12: described control module 102 sets at control Wearable Prior to or while standby 2 perform the first stimulation means, operation of reporting to the police can be carried out.Further, the behaviour that reports to the police While work, control module 102 can also send default message to specific people, such as medical personnel or The relatives of user.
Step S13, feedback module 103 is according to the feedback of Wearable 2, it is judged that whether user is to current Stimulation means respond.When user responds, then perform above-mentioned step S10.If user does not react, then Perform following step S14.
Step S14, it is judged that module 101 judges that user occurs whether the apneic persistent period reaches t2.This In embodiment, described t2 is 60s.If user occurs asphyxia, the persistent period is not reaching to t2, then continue Perform above-mentioned step S12.Otherwise, when user occurs whether the asphyxia persistent period reaches t2, then perform Following step S15.
Step S15, control module 102 controls Wearable 2 and performs the second stimulation means, and controls to dress The reaction of formula equipment 2 detecting real-time user.In the present embodiment, described second stimulation means are Wearable 2 Stimulation parts 22, such as vibrating mass, performing altofrequency, the medium vibration of little amplitude.
Step S16, feedback module 103 is according to the feedback of Wearable 2, it is judged that whether user is to current Stimulation means respond.When user responds, then perform above-mentioned step S10.If user does not react, then Perform following step S17.
Step S17, it is judged that module 101 judges that user occurs whether the asphyxia persistent period reaches t3.This reality Executing in example, described t3 is 120s.If user occurs asphyxia and persistent period to be not reaching to t3, then continue Perform above-mentioned step S15.Otherwise, when user occurs the asphyxia persistent period to reach t3, then perform following Step S18.
Step S18, control module 102 controls Wearable 2 and performs tristimulus means, and controls to dress The reaction of formula equipment 2 detecting real-time user.In the present embodiment, described tristimulus means are Wearable 2 Stimulation parts 22, such as vibrating mass, performing altofrequency, the judder of big amplitude.
Step S19, feedback module 103 is according to the feedback of Wearable 2, it is judged that whether user is to current Stimulation means respond.When user responds, then perform above-mentioned step S10.If user does not react, then Continue executing with above-mentioned step S18.
It should be noted last that, above example only in order to technical scheme to be described and unrestricted, Although being described in detail the present invention with reference to preferred embodiment, those of ordinary skill in the art should manage Solve, technical scheme can be modified or equivalent, without deviating from technical solution of the present invention Spirit and scope.

Claims (10)

1. the respiration monitor that an asphyxia is waken, it is characterised in that this respiration monitor includes:
Communication interface, for being connected with Wearable communication;
Monitoring device, for detecting the gas flow data of user's mouth and nose air-flow;
Memorizer, is used for storing respiratory monitoring system and service data thereof;
Timer, for when user occurs apnea, counts the asphyxia time of user Time;
Processor, is used for calling and perform described respiratory monitoring system to perform following steps:
A, by described monitoring device detection user's mouth and nose air-flow gas flow data, and according to detection gas Body data on flows analyzes whether user occurs apnea;
B, when user there occurs apnea, by described timer to current apnea The asphyxia time carries out timing;
C, according to the intervention time node preset with stimulate the mapping relations between control command corresponding to means, When timing time reaches a default intervention time node, generate and the mapping of this default intervention time node The control command of stimulation means, and the order of generation is sent to described Wearable, wear described in controlling Wear formula equipment and perform the stimulation means of described mapping.
2. respiration monitor as claimed in claim 1, it is characterised in that described default intervention time node has Multiple, described stimulation means have multiple, described default intervention time node and stimulation means one_to_one corresponding.
3. respiration monitor as claimed in claim 2, it is characterised in that described step C includes:
When timing time reaches the first intervention time node t1, generation is preset intervention time node with first and is reflected First control command of the first stimulation means penetrated, and the first control command generated is sent to described wearing Formula equipment, performs described first stimulation means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user;
When timing time reaches the second intervention time node t2, generation is preset intervention time node with second and is reflected Second control command of the second stimulation means penetrated, and the second control command generated is sent to described wearing Formula equipment, performs described second stimulation means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user, wherein t2 is more than t1;And
When timing time reaches the 3rd intervention time node t3, generation is preset intervention time node with the 3rd and is reflected 3rd control command of the tristimulus means penetrated, and the 3rd control command generated is sent to described wearing Formula equipment, performs described tristimulus means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user, wherein t3 is more than t2.
4. respiration monitor as claimed in claim 1, it is characterised in that described respiration monitor includes supply dress Putting, this feeder includes air inlet, blower fan, gas outlet, data acquisition unit, and sensor, described Air inlet exit is placed and is filtered sponge;Wherein:
Described air inlet produces pressure of inspiration(Pi) under blower fan gives the driving of controlled quentity controlled variable D, absorbs air, passes through Filter sponge and filter out the large particulate matter in air, then be input in user's body by gas outlet;
Described data acquisition unit is for gathering the electric current I and rotating speed N of blower fan;And
Described sensor is for measuring the gas flow Q and pressure P of QI KOU.
5. respiration monitor as claimed in claim 4, it is characterised in that described feeder also includes reminding list Unit, described processor calls described respiratory monitoring system and also executes the following steps:
Work as Q1>Q2, P1>P2, I1>I2, and N1<during N2, it is judged that described filtration sponge blocks, Sponge is filtered, wherein by described reminding unit prompting changing:
Q1 represents under original state the gas flow at gas outlet, P1 represents under original state the gas at gas outlet Body pressure, I1 represent the electric current of blower fan under original state, N1 represents the rotating speed of blower fan under original state;
Q2 represents under current state the gas flow at gas outlet, P2 represents under current state the gas at gas outlet Body pressure, I2 represent the electric current of blower fan under current state, N2 represents the rotating speed of blower fan under current state.
6. with the matching used Wearable of respiration monitor described in any one of claim 1 to 5, its Being characterised by, described Wearable includes stimulating parts, is used for receiving described respiration monitor and sends The control command of stimulation means time, user is held by the control command performing to receive to control described stimulation parts The described stimulation means of row.
7. Wearable as claimed in claim 6, it is characterised in that described Wearable includes that displacement passes Sensor, for detecting whether user is made that reaction to current stimulation means.
8. an asphyxia wake-up system, runs in the respiration monitor described in any one of claim 1 to 5, It is characterized in that, this system includes:
Analyze module, for the gas flow data by monitoring device detection user's mouth and nose air-flow, and according to The gas flow data of detection analyzes whether user occurs apnea;
Judge module, for when user there occurs apnea, is breathed temporarily current by timer The asphyxia time stopping event carries out timing, and determines whether that timing time arrives the intervention time preset Node;
Control module, for when there being default intervention time node to arrive, according to default intervention time node And stimulate the mapping relations between control command corresponding to means, generate and map with this default intervention time node The control command of stimulation means, and the order of generation is sent to described Wearable, described to control Wearable performs the stimulation means of described mapping.
9. asphyxia wake-up system as claimed in claim 8, it is characterised in that this asphyxia wake-up system Also include:
Feedback module, it is anti-that above-mentioned stimulation means are made by the user fed back for receiving described Wearable Should.
10. asphyxia wake-up system as claimed in claim 8, it is characterised in that described control module is used for:
When timing time reaches the first intervention time node t1, generation is preset intervention time node with first and is reflected First control command of the first stimulation means penetrated, and the first control command generated is sent to described wearing Formula equipment, performs described first stimulation means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user;
When timing time reaches the second intervention time node t2, generation is preset intervention time node with second and is reflected Second control command of the second stimulation means penetrated, and the second control command generated is sent to described wearing Formula equipment, performs described second stimulation means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user, wherein t2 is more than t1;And
When timing time reaches the 3rd intervention time node t3, generation is preset intervention time node with the 3rd and is reflected 3rd control command of the tristimulus means penetrated, and the 3rd control command generated is sent to described wearing Formula equipment, performs described tristimulus means controlling described Wearable, and controls described Wearable and set The reaction of standby detecting real-time user, wherein t3 is more than t2.
CN201510349522.7A 2015-06-23 2015-06-23 Apnea awakening respiratory monitor, wearable equipment and apnea awakening system Pending CN106310483A (en)

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Inventor after: Dai Zheng

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Application publication date: 20170111