CN106333690A - Sleep monitoring system based on Internet of Things - Google Patents

Abstract

The invention relates to a sleep monitoring system based on Internet of Things. The sleep monitoring system comprises a sleep detecting terminal and an intelligent terminal, wherein the sleep detecting terminal is in wireless communication with the intelligent terminal, is arranged on a bed body, and comprises a main control module, an on-bed and off-bed detecting module, a sleep detecting module, a voice detecting module, a body sign detecting module, a first wireless communication module and a power module; the on-bed and off-bed detecting module is used for detecting whether a monitored person enters a monitoring area and detecting the on-bed time and off-bed time; the sleep detecting module is used for detecting the sleep state data of the monitored person; the voice detecting module is used for detecting whether the monitored person has a nightmare or a faint voice; the body sign characteristic detecting module is used for detecting the physiological characteristic parameters of the monitored person; the main control module is used for transmitting the received signals to the intelligent terminal according to preset time interval through the first wireless communication module; the intelligent terminal is used for analyzing and judging the received information and carrying out corresponding alarm.

Description

A kind of sleep monitoring system based on Internet of Things

Technical field

The invention belongs to Smart Home technical field is and in particular to a kind of sleep monitoring system based on Internet of Things.

Background technology

Raising with people's living standard and the progress of science and technology, the electronics such as various panel computers, mobile phone and game machineEquipment is increasingly entering average family, this lead to more and more children's late into the night also lie on a bed see video, chat, play tripPlay etc..The normal body that long-term irregular sleep not only has a strong impact on child is developed, and can lead to child due to not having enough sleepSub- daytime is listless, has a strong impact on its school grade.Therefore, the sleep state of child is that many heads of a family are of concern.However,The head of a family is needed it is impossible to accompany always on sleeping child side due to work, sleep etc..If there is a kind of monitoring system,When the sleep state of child goes wrong, the head of a family can be notified in time, the head of a family can be pinpointed the problems the very first time and carry outSolve, this can not only improve the sleep quality of child, have the more autonomous time with the head of a family can be allowed.

Existing at present home-use video monitoring system is to be entered come the situation indoor to child by installing photographic head mostlyRow monitoring, it is there is problems in that 1) affected by evening dark surrounds, monitoring image fuzzy it is impossible to sleep shape to childCondition is judged.2) monitoring image cannot the sign situation such as the body temperature of real-time monitoring child, heart beating, breathing situation.3) photographic headPresence not only can affect the sleep of child, and child can be allowed to produce monitored sensation, thus producing psychological inversion, impactFamily harmony.

Content of the invention

In order to solve the problems referred to above of prior art presence, the invention provides a kind of Sleep-Monitoring system based on Internet of ThingsSystem, this system can allow guardian while the timely sleep understanding custodial person and sign situation, does not invade custodial personPrivate space.

For realizing object above, the technical solution adopted in the present invention is: a kind of sleep monitoring system based on Internet of ThingsIncluding sleep detection terminal and intelligent terminal, described sleep detection terminal and intelligent terminal carry out radio communication, described sleep inspectionSurvey terminal to be arranged in bed body, described sleep detection terminal includes main control module and the bunk bed being connected with described main control moduleDetection module, sleep detection module, speech detection module, body sign detection module, the first wireless communication module and power supply mouldBlock；

Described bunk bed detection module is used for detecting whether custodial person enters in monitored area, bedtime and when leaving the bedBetween；Described sleep detection module is used for detecting the sleep state data of custodial person；Described speech detection module is used for detecting quiltWhether guardian nightmare scaring sound or talks in one's dream；Body sign detection module is used for detecting the physiology of custodial personCharacteristic parameter；

Described main control module by the data signal receiving pass through described first wireless communication module with the default time betweenEvery being sent to described intelligent terminal；

Described intelligent terminal is analyzed to the information receiving judging, and is accordingly reported to the police.

Further, described bunk bed detection module adopts infrared sensor or ultrasonic sensor.

Further, described sleep detection module includes human eye detection module and human posture's detection module, described human eyeDetection module is used for detecting whether the eyes of custodial person are opened, described human posture's detection module is used for detecting that custodial person isNo it is in the sleeping posture lain down.

Further, described body sign detection module adopts noncontacting proximity sensor.

Further, it is additionally provided with context detection module in described sleep detection terminal, described context detection module and masterControl module connects, and described context detection module is used for detecting custodial person's current sleep ambient parameter.

Further, it is additionally provided with lighting module in described sleep detection terminal, described lighting module is with main control module evenConnect, described lighting module adopts LED lamp or electric filament lamp.

Further, it is provided with the second wireless communication module, detection zone judge module, sleep shape in described intelligent terminalState judge module and alarm module, described second wireless communication module is used for being communicated with described sleep detection terminal, describedDetection zone judge module is used for judging custodial person whether in detection zone, described sleep state judge module is used for judgingThe sleep state of custodial person, described alarm module is used for alert.

Further, it is additionally provided with display module in described intelligent terminal, described display module is used for checking and show works asThe detection state of front sleep detection terminal.

Further, it is additionally provided with alarm clock setting module in described intelligent terminal, described alarm clock setting module is used for basisThe corresponding quarter-bell of event setup being pre-designed.

Further, described be additionally provided with background server based in the sleep monitoring system of Internet of Things, described intelligence is eventuallyEnd and background server carry out network service, and described background server is used for the Sleep-Monitoring data receiving, physiological featureParameter and environment measuring data are analyzed, and generate health analysis report and environmental analyses report.

Due to using above technical scheme, the invention has the benefit that the present invention pass through to arrange sleep detection terminal andWhether intelligent terminal, enter monitored area, whether enter sleep state, nightmare scaring sound whether or say to custodial personThe physiological feature parameter of nonsense and custodial person is detected, and testing result is sent to intelligent terminal, by intelligent terminalThe sleep quality and body sign of user is analyzed, is then reported to the police according to analysis result.The present invention can not only allowGuardian understands that the sleep quality of custodial person can also understand the sign situation of custodial person in time, does not invade simultaneously and is guardedThe private space of person.

Brief description

Fig. 1 is a kind of structural representation of sleep monitoring system based on Internet of Things that one embodiment of the invention provides；

Fig. 2 is a kind of structural representation of sleep monitoring system based on Internet of Things that another embodiment of the present invention provides.

In figure: 1, sleep detection terminal；11st, main control module；12nd, bunk bed detection module；13rd, sleep detection module；131st, human eye detection module；132nd, human posture's detection module；14th, speech detection module；15th, body sign detection module；16、First wireless communication module；17th, power module；18th, context detection module；19th, lighting module；2nd, intelligent terminal；21st, second noLine communication module；22nd, detection zone judge module；23rd, sleep state judge module；24th, alarm module；25th, display module；26th, alarm clock setting module；3rd, background server.

Specific embodiment

The present invention will be described in detail with reference to the accompanying drawings and examples.

As shown in figure 1, the invention provides a kind of sleep monitoring system based on Internet of Things, it includes sleep detection terminal1 and intelligent terminal 2.Sleep detection terminal 1 and intelligent terminal 2 carry out radio communication.Sleep detection terminal 1 is arranged in bed body.Sleep detection terminal 1 includes main control module 11 and the bunk bed detection module 12 being connected with main control module 11, sleep detection mouldBlock 13, speech detection module 14, body sign detection module 15, the first wireless communication module 16 and power module 17.FurtherGround, the first wireless communication module 16 adopts bluetooth communication or wifi communication module.Power module 17 can adopt battery mouldGroup, can the lithium battery of discharge and recharge or domestic civil power module.

Wherein, bunk bed detection module 12 be used for detecting whether custodial person enters in monitored area, bedtime and underThe bed time, and the signal detecting is sent to main control module 11.Bunk bed detection module 12 adopts infrared sensor or ultrasonicWave sensor.Bunk bed detection module 12 can be arranged on the staircase of bed body.

Sleep detection module 13 is used for detecting the sleep state data of custodial person.Wherein, sleep state data include butBe not limited to " going to bed the time ", " length of one's sleep ", " getting up the time ", " bedtime again ", " length of one's sleep again ", " wake upCarry out the time ".Sleep detection module 13 can be arranged on inside the mattress of bed body, on the base plate of the surrounding of bed body or bed.Work as sleepWhen detection module 13 adopts gravity sensor, gravity sensor is arranged on the base plate of bed body.

Further, sleep detection module 13 includes human eye detection module 131 and human posture's detection module 132.Human eyeDetection module 131 is used for detecting whether the eyes of custodial person are opened, and the signal detecting is sent to main control module 11.

Human posture's detection module 132 is used for detecting whether custodial person is in the sleeping posture lain down, and will detectSignal be sent to main control module 11.Human posture's detection module 132 adopts pressure transducer, vibrating sensor, gravity sensitiveOne or more of device and acceleration transducer.When human posture's detection module 132 adopts gravity sensor, gravity sensitiveDevice is arranged on the base plate of bed body.

Speech detection module 14 is used for detected situations such as whether custodial person nightmare scaring sound and talk in one's dream, and willThe signal detecting is sent to main control module 11.

Body sign detection module 15 is used for detecting the physiological feature parameter of custodial person, including but not limited to body temperature, exhaleSuction and heart beating etc..The physiological feature detecting parameter is sent to main control module 11 by body sign detection module 15.Body signDetection module 15 adopts contact or noncontacting proximity sensor.During using touch sensor, wired connection bracelet can be passed throughIt is enclosed within the wrist of custodial person.During using noncontacting proximity sensor, can be using the ginseng of the physiological feature with radio communication functionNumber detection sensor.

The data signal receiving is sent out at predetermined intervals by main control module 11 by the first wireless communication module 16Give intelligent terminal 2.It is provided with the second wireless communication module 21, detection zone judge module 22, sleep state in intelligent terminal 2Judge module 23 and alarm module 24.Further, alarm module 24 adopts sound or image alarm, for different monitoring work(Can, using different sound or image change.

Whether enter in monitored area according to the custodial person receiving, bedtime and leaving the bed the time, detection zone is sentencedWhether disconnected module 22 judges custodial person in detection zone.If custodial person is not in monitoring in predetermined sleep periodIn region, and custodial person leaves time of bed body and exceedes predetermined value, then the alarm module 24 in intelligent terminal 2 sends alarm signalBreath.

Sleep state judge module 23 according to receive the eye status information guarded, human posture's status information,Nightmare status information or human body physiological characteristics parameter, judge to the sleep state of custodial person.Bunk bed detection module 12Testing result, the testing result of human eye detection module 131, the testing result of human posture's detection module 132, speech detection mouldThe testing result of the testing result of block 14 and body sign detection module 15 can separately as intelligent terminal 2 the need of send outGo out the criterion of warning message it is also possible to multiple testing result be combined with each other, collectively as intelligent terminal 2 the need of sendingThe criterion of alarm signal.

The status information that intelligent terminal 2 opens according to the eyes of the custodial person receiving or closeds, judges custodial personWhether it is in sleep state.If the eyes of custodial person are still opened in predetermined sleep period, judge custodial personIt is in non-sleep state, then intelligent terminal 2 alert.

Intelligent terminal 2 is in standing according to the sleeping posture that the custodial person receiving is in lying down, be seated orThe status information of the non-sleep posture such as squat down, judges whether custodial person is in sleep state.If in the predetermined length of one's sleepIn section, custodial person is in non-sleep posture, judges that custodial person is in non-sleep state, then intelligent terminal 2 sends alarm signalBreath.

Nightmare scaring sound or somniloquous status information according to the custodial person receiving in intelligent terminal 2, and judgesWhether custodial person is in sleep state.If nightmare scaring sound or says in custodial person in predetermined sleep periodThe situation of nonsense, judges that custodial person is in sleep state.

Intelligent terminal 2, according to the physiological feature parameter of the custodial person receiving, judges whether custodial person is in sleepState.When custodial person is in non-sleep state, intelligent terminal 2 alert.

In above-described embodiment, in sleep detection terminal 1, it is additionally provided with context detection module 18, context detection module 18 and masterControl module 11 connects.Context detection module 18 can detect temperature in including but not limited to current sleep environment, humidity, lightLine, gas concentration lwevel, oxygen concentration and noise decibel etc..

In above-described embodiment, in sleep detection terminal 1, it is additionally provided with lighting module 19, lighting module 19 and main control module 11Connect.Lighting module 19 is used for providing illumination for monitor area.Lighting module 19 adopts LED lamp or electric filament lamp.Work as lighting module19 adopt LED lamp when, LED lamp is arranged on the bottom of bed body, can also illuminate the stair left the bed while illuminating monitor area.

In above-described embodiment, in intelligent terminal 2, it is additionally provided with display module 25, display module 25 is used for checking and show works asThe detection state of front sleep detection terminal 1.

In above-described embodiment, in intelligent terminal 2, it is additionally provided with alarm clock setting module 26, alarm clock setting module 26 is used for basisThe event being pre-designed, sets corresponding quarter-bell, points out guardian to remind children under guardianship to note the time.

In above-described embodiment, as shown in Fig. 2 the present invention is taken based on being additionally provided with backstage in the sleep monitoring system of Internet of ThingsBusiness device 3, intelligent terminal 2 and background server 3 carry out network service.Background server 3 is used for receiving transmission from intelligent terminal 2Sleep-Monitoring data in a period of time coming over, physiological feature parameter and environment measuring data, and using the number being pre-designedAccording to analysis model, the data receiving is analyzed；The health analysis report of children under guardianship and environment is provided to divide to active userAnalysis report.After the health analysis of children under guardianship are reported in user's mandate, the medical institutions specifying or individual can be sent to.

Based on a kind of sleep monitoring system based on Internet of Things, present invention also offers a kind of sleep prison based on Internet of ThingsProsecutor method, it comprises the following steps:

Whether s1, bunk bed detection module 12 detection custodial person enter in monitored area, if custodial person enters prisonSurvey in region, main control module 11 controls lighting module 19 to open.After lighting module 19 work a period of time, main control module 11 controlsClose lighting module 19.

S2, main control module 11 control and start sleep detection module 13, speech detection module 14 and body sign detection module15.Sleep detection module 13 detects the sleep state data of custodial person.Sleep state data include " going to bed the time "," length of one's sleep ", " getting up the time ", " bedtime again ", " length of one's sleep again " and " wake-up time " etc..Speech detection mouldSituations such as whether block 14 custodial person nightmare scaring sound and talks in one's dream.Body sign detection module 15 detects custodial personBody temperature, the physiological feature parameter such as breathing and heart beating.Sleep detection module 13, speech detection module 14 and body sign detection mouldThe data detecting is sent to intelligent terminal 2 by the first wireless communication module 16 by block 15.

S3, intelligent terminal 2 judge according to whether the data receiving enters sleep state to custodial person, if supervisedShield person enters sleep state, then prompting guardian custodial person comes into sleep state；Otherwise, in continuing for some time, intelligenceTerminal 2 can judge that custodial person is still introduced into sleep state, then intelligent terminal 2 carries out alarm.

When s4, intelligent terminal 2 judge that custodial person wakes up according to the data receiving, further according to bunk bed detection module12 signals detecting judge whether custodial person leaves the bed, if it is determined that custodial person leaves the bed, then intelligent terminal 2 passes through master control mouldBlock 11 controls lighting module 19 to open.When the signal being detected according to bunk bed detection module 12 judges that custodial person goes up againBed, then intelligent terminal 2 controls lighting module 19 to close by main control module 11.

In above-mentioned steps s2, main control module 11 controls and starts context detection module 18, and context detection module 18 detects and supervisedThe parameters such as the temperature in shield person's sleep environment, humidity, light, gas concentration lwevel, oxygen concentration and noise decibel, and be sent toIntelligent terminal 2.

The above-mentioned Sleep-Monitoring method based on Internet of Things is further comprising the steps of:

The Sleep-Monitoring receiving data, physiological feature parameter and environment measuring data etc. are periodically sent out by s5, intelligent terminal 2Send background server 3.

S6, intelligent terminal 2, according to the event being pre-designed, set corresponding quarter-bell, point out guardian to remind children under guardianship to noteThe meaning time.

The present invention is not limited to above-mentioned preferred forms, and those skilled in the art can draw under the enlightenment of the present inventionOther various forms of products, however, making any change in its shape or structure, every have same as the present application or phaseApproximate technical scheme, is within the scope of the present invention.

Claims (10)

1. a kind of sleep monitoring system based on Internet of Things it is characterised in that: it includes sleep detection terminal and intelligent terminal, instituteState sleep detection terminal and carry out radio communication with intelligent terminal, described sleep detection terminal is arranged in bed body, described sleep inspectionSurvey terminal and include main control module and the bunk bed detection module being connected with described main control module, sleep detection module, voice inspectionSurvey module, body sign detection module, the first wireless communication module and power module；

Described bunk bed detection module is used for detecting whether custodial person enters in monitored area, bedtime and leaving the bed the time；Described sleep detection module is used for detecting the sleep state data of custodial person；Speech detection module is used for detecting that custodial person isNo nightmare scaring sound or talk in one's dream；Described body sign detection module is used for detecting the physiological feature ginseng of custodial personNumber；

The signal receiving is sent at predetermined intervals by described main control module by described first wireless communication moduleIntelligent terminal；

Described intelligent terminal is analyzed to the information receiving judging, and is accordingly reported to the police.

2. as claimed in claim 1 a kind of sleep monitoring system based on Internet of Things it is characterised in that: the detection of described bunk bedModule adopts infrared sensor or ultrasonic sensor.

3. as claimed in claim 1 a kind of sleep monitoring system based on Internet of Things it is characterised in that: described sleep detection mouldBlock includes human eye detection module and human posture's detection module, and described human eye detection module is used for detecting that the eyes of custodial person areNo open, described human posture's detection module be used for detect whether custodial person is in the sleeping posture lain down.

4. a kind of sleep monitoring system based on Internet of Things as described in claim 1 or 2 or 3 it is characterised in that: described bodySign detection module adopts noncontacting proximity sensor.

5. a kind of sleep monitoring system based on Internet of Things as described in claim 1 or 2 or 3 it is characterised in that: described sleepIt is additionally provided with context detection module, described context detection module is connected with main control module, described environment measuring mould in detection terminalBlock is used for detecting custodial person's current sleep ambient parameter.

6. a kind of sleep monitoring system based on Internet of Things as described in claim 1 or 2 or 3 it is characterised in that: described sleepBe additionally provided with lighting module in detection terminal, described lighting module is connected with main control module, described lighting module adopt LED lamp orElectric filament lamp.

7. a kind of sleep monitoring system based on Internet of Things as described in claim 1 or 2 or 3 it is characterised in that: described intelligenceIt is provided with the second wireless communication module, detection zone judge module, sleep state judge module and alarm module in terminal, describedSecond wireless communication module is used for being communicated with described sleep detection terminal, and described detection zone judge module is used for judging quiltWhether in detection zone, described sleep state judge module is used for judging the sleep state of custodial person, described report guardianAlert module is used for alert.

8. a kind of sleep monitoring system based on Internet of Things as described in claim 1 or 2 or 3 it is characterised in that: described intelligenceIt is additionally provided with display module, described display module is used for checking and show the detection state of current sleep detection terminal in terminal.

9. a kind of sleep monitoring system based on Internet of Things as described in claim 1 or 2 or 3 it is characterised in that: described intelligenceIt is additionally provided with alarm clock setting module, the event setup that described alarm clock setting module is used for according to being pre-designed accordingly makes a noise in terminalBell.

10. a kind of sleep monitoring system based on Internet of Things as described in claim 1 or 2 or 3 it is characterised in that: described baseIt is additionally provided with background server in the sleep monitoring system of Internet of Things, described intelligent terminal and background server carry out network and lead toLetter, described background server is used for the Sleep-Monitoring data receiving, physiological feature parameter and environment measuring data carried out pointAnalysis, and generate health analysis report and environmental analyses report.