CN205107620U - Human sleep monitor device - Google Patents
Human sleep monitor device Download PDFInfo
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- CN205107620U CN205107620U CN201520638738.0U CN201520638738U CN205107620U CN 205107620 U CN205107620 U CN 205107620U CN 201520638738 U CN201520638738 U CN 201520638738U CN 205107620 U CN205107620 U CN 205107620U
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Abstract
The utility model relates to a monitoring technology field discloses a human sleep monitor device, including signal processing module, alarm module, reflectance coating, detection light emission module and receiving module, wherein: the reflectance coating will be by the absorptive sensitive light of human body direction receiving module, the reflectance coating is the transparent surface with the face of people's physical contact, detects light emission module and receiving module and installs in deviating from human contact surface on the surface, the face that the reflectance coating deviates from human contact surface is the plane of reflection to to shine the sensitive light total reflection on the reflectance coating, signal processing module and receiving module signal connection obtain the systole data message and compare with the systole data message of the normal sleep state of human body according to the intensity information of sensitive light, launch alarm signal to alarm module when unusual, reported to the police when alarm module receives alarm signal, improvement people somatic sleep effect is reminded until normally to state in the time of consequently can the somatic sleep of real -time supervision people when human sleep state is abnormal.
Description
Technical field
This utility model relates to monitoring technical field, particularly relates to a kind of sleep quality monitoring device.
Background technology
Technology of Internet of things will become one of following important industry for the intelligent industry in the field of monitoring, along with economic globalization development, intellectual monitoring market scale is huge, monitor healthy industry in the near future and will incorporate the high-tech such as more artificial intelligences, sensing technology, make health monitoring service move towards the intellectuality of real meaning, promote the prosperity and development of medical industry.Under the overall background of the new medical reform of China, intellectual monitoring is coming into the life of common people.
The sleep of people is the process making the every function of health fully be had a rest and recover, but incorrect sleeping position can cause body illness, such as incorrect sleeping position causes hypopnea, there is the potential danger of the disease of respiratory tract, sleeping position is incorrect can oppress cervical vertebra, time has been grown and has caused cervical spondylosis, affects healthy, if sleeper effect is bad in addition, also can have influence on the every functional recovery degree of health, affect healthy.
Utility model content
This utility model provides a kind of sleep quality monitoring device, can Real-Time Monitoring sleep quality time state, carry out prompting change human body be ortho sleep posture.
For achieving the above object, this utility model provides following technical scheme:
A kind of sleep quality monitoring device, comprises signal processing module, alarm module, reflectance coating, the detection light emission module being installed on described reflectance coating and receiver module; Wherein:
Described reflectance coating is used for described detection light emission module to send the described receiver module and the responsive light be not absorbed by the body leads; Described reflectance coating has for the human contact face with human contact, and described human contact face is transparent surface, and described detection light emission module and described receiver module are installed on described reflectance coating and deviate from the surface in described human contact face; The surface that described reflectance coating deviates from described human contact face is reflecting surface, the part be irradiated on reflectance coating in the responsive light in described reflectance coating to be totally reflected;
Described alarm module is reported to the police when receiving alarm signal;
Described signal processing module is connected with described receiver module signal, the strength information of the responsive light received according to described receiver module obtains heart contraction data message and by the heart contraction data message that obtains and the comparison of human normal dormant heart contraction data message, launch alarm signal when the heart contraction data message obtained occurs abnormal to described alarm module, described alarm module is reported to the police when receiving alarm signal.
In above-mentioned sleep quality monitoring device, detect light emission module for launching the responsive light that can be absorbed by blood of human body, after responsive light enters transmitting film, transparent surface through reflectance coating and human contact to be irradiated on human body and to be absorbed by blood of human body, unabsorbed responsive light is totally reflected when being irradiated on reflectance coating, finally to be led receiver module by reflectance coating; During sleep quality, the blood flow of human body can have certain rule according to the state of heart, and during as heart contraction, the blood flow of human body reduces, detect responsive light that light emission module sends by blood of human body absorb less, and then more by the responsive light of reflectance coating targeting signal receiver module; When cardiac dilatation, the blood flow of human body increases, detect responsive light that light emission module sends by blood of human body absorb more, and then it is less by the responsive light of reflectance coating guiding receiver module, after a period of time, the rule of the responsive light intensity that signal processing module can receive according to receiver module obtains the heart contraction frequency dynamic distribution under sleep quality state, and then draws heart contraction data message; Then, heart contraction data under the heart contraction data message obtained and human normal sleep state compare by signal processing module, if judge that sleep quality state is abnormal when existing abnormal, signal processing module sends alarm signal to alarm module, alarm module is reported to the police, make human body to change sleep state, until the sleep state of human body is normal.
Therefore, above-mentioned sleep quality monitoring device, can Real-Time Monitoring sleep quality time state, remind when sleep quality state is abnormal, until sleep quality state is normal, and then sleep quality effect can be improved.
Preferably, described signal processing module comprises:
Optical-electrical converter, described optical-electrical converter is connected with described receiver module signal, is converted to current intensity information for the light intensity information received by described signal receiving module;
Amplifier, described amplifier is connected with described optical-electrical converter signal, and the current information for being obtained by described amplifier is amplified to identifiable design degree;
Data transformations device, described data converter is connected with described amplifier signal, is converted to data message for the current information after the amplification that obtained by described amplifier;
Data processing unit, described data processing unit is connected with described data transformations device and alarm module signal, sends alarm signal when according to the data message that described data transformations device transforms, described data processing unit judges that sleep quality state is abnormal to described alarm module.
Preferably, described alarm module is vibrations alarm.
Preferably, described detection light emission module is infrared transmitter.
Preferably, the human contact face of described reflectance coating is for covering the vola of described human body.
Preferably, described detection light emission module is installed on described reflectance coating for covering the position of heel portion, and described receiver module is installed on described reflectance coating for covering the position of toe section.
Preferably, described sleep quality monitoring device also comprises:
Be installed at least one physical therapy module of described reflectance coating, physical therapy module described in each is connected with described signal processing module signal;
The information of described signal processing module also for receiving according to receiver module judges the health status of human organ, when judgement organ is in pathological condition, controls the acupoint-physiotherapeutic that corresponding physical therapy module is corresponding to sole.
Preferably, physical therapy module described in each is physical therapy light emission module.
Preferably, physical therapy module described in each is massage module.
Preferably, at least one physical therapy module described comprises multiple physical therapy module, and a described physical therapy module is used for carrying out physical therapy to an acupuncture point of sole.
Accompanying drawing explanation
The structural representation of a kind of sleep quality monitoring device that Fig. 1 provides for this utility model;
The another kind of structural representation of a kind of sleep quality monitoring device that Fig. 2 provides for this utility model.
Detailed description of the invention
Below in conjunction with the accompanying drawing in this utility model embodiment, be clearly and completely described the technical scheme in this utility model embodiment, obviously, described embodiment is only this utility model part embodiment, instead of whole embodiments.Based on the embodiment in this utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of this utility model protection.
As shown in Figure 1, a kind of sleep quality monitoring device that this utility model embodiment provides, comprises signal processing module 5, alarm module 6, reflectance coating 3, the detection light emission module 1 being installed on reflectance coating 3 and receiver module 4; Wherein:
Reflectance coating 3 is for sending detecting light emission module 1 and the responsive light guiding receiver module 4 be not absorbed by the body; Reflectance coating 3 has for the human contact face with human contact, and human contact face is transparent surface, and detection light emission module 1 and receiver module 4 are installed on reflectance coating 3 and deviate from the surface in human contact face; The surface that reflectance coating 3 deviates from human contact face is reflecting surface, the part be irradiated on reflectance coating 3 in the responsive light in reflectance coating 3 to be totally reflected;
Alarm module 6 is reported to the police when receiving alarm signal;
Signal processing module 5 is connected with receiver module 4 signal, the strength information of the responsive light received according to receiver module 4 obtains heart contraction data message and by the heart contraction data message that obtains and the comparison of human normal dormant heart contraction data message, launch alarm signal when the heart contraction data message obtained occurs abnormal to alarm module 6, alarm module 6 is reported to the police when receiving alarm signal.
In above-mentioned sleep quality monitoring device, detect light emission module 1 for launching the responsive light that can be absorbed by blood of human body, after responsive light enters reflectance coating 3, transparent surface through reflectance coating and human contact to be irradiated on human body and to be absorbed by blood of human body, unabsorbed responsive light is totally reflected when being irradiated on reflectance coating 3, finally to be led receiver module 4 by reflectance coating 3; During sleep quality, the blood flow of human body can have certain rule according to the state of heart, during as heart contraction, the blood flow of human body reduces, detect responsive light that light emission module 1 sends by blood of human body absorb less, and then more by the responsive light of reflectance coating 3 targeting signal receiver module 4; When cardiac dilatation, the blood flow of human body increases, detect responsive light that light emission module 1 sends by blood of human body absorb more, and then it is less by the lead responsive light of receiver module 4 of reflectance coating 3, after a period of time, the rule of the responsive light intensity that signal processing module 5 can receive according to receiver module 4 obtains the heart contraction frequency dynamic distribution under sleep quality state, and then draws heart contraction data message; Then, heart contraction data under the heart contraction data message obtained and human normal sleep state compare by signal processing module 5, if judge that sleep quality state is abnormal when existing abnormal, signal processing module 5 sends alarm signal to alarm module 6, alarm module 6 is reported to the police, make human body to change sleep state, until the sleep state of human body is normal.
Therefore, above-mentioned sleep quality monitoring device, can Real-Time Monitoring sleep quality time state, remind when sleep quality state is abnormal, until sleep quality state is normal, and then sleep quality effect can be improved.
A kind of preferred implementation, in order to process the light that in above-mentioned sleep quality monitoring device, receiver module 4 receives, receiver module 4 is connected with signal processing module 5 signal, and as shown in Figure 1, signal processing module 5 comprises:
Optical-electrical converter 51, optical-electrical converter 51 is connected with receiver module 4 signal, light intensity information for being received by signal receiving module 4 is converted to current intensity information, when the light intensity that receiver module 4 receives is large, the current intensity that optical-electrical converter 51 obtains is strong, the light intensity hour that receiver module 4 receives, the current intensity that optical-electrical converter 51 obtains is weak;
Amplifier 52, amplifier 52 is connected with optical-electrical converter 51 signal, and the current information for being obtained by amplifier 52 is amplified to identifiable design degree, and the current intensity that optical-electrical converter 51 obtains, after amplifier 52 amplifies, is convenient to identify, is conducive to information and reads;
Data converter 53, data converter 53 is connected with amplifier 52 signal, be converted to data message for the current information after the amplification that obtained by amplifier 52, current information is converted to data message and facilitates follow-up Data Comparison, handled easily by data converter 53.
When the light intensity that receiver module 4 receives is large, the current intensity that optical-electrical converter 51 obtains is strong, now, the light that blood of human body absorbs is less, human bloodstream amount is less, heart contraction, the light intensity hour that receiver module 4 receives, the current intensity that optical-electrical converter 51 obtains is weak, current intensity after amplifier 52 amplifies is weak, and then the data obtained after data converter 53 is changed are little, now, the light that blood of human body absorbs is more, human bloodstream amount increases, cardiac dilatation, therefore, can be reflected that the heart contraction frequency dynamic under sleep quality state distributes by the light-absorbing strong and weak rule of blood of human body, and then draw heart contraction data message.
As shown in Figure 1, signal processing module 5 also comprises data processing unit 54, data processing unit 54 is connected with alarm module 6 signal, alarm module 6 action is controlled when data processing unit 54 judges that sleep quality state is abnormal, the data message drawn by data processing unit 54 and the normal human's dormant data be stored in data processing unit 54 contrast, when the result contrasted judges that sleep quality state is abnormal, signal processing module 5 sends alarm signal to alarm module 6, after alarm module 6 receives signal, implement to remind action, make human body to change sleep state, until the sleep state of human body is normal.
A kind of preferred implementation, can report to the police after the alarm signal receiving signal processing module 5 to make alarm module 6 in above-mentioned human body sleep posture device, alarm module 6 is electromagnetic shaker, electromagnetic shaker is after the warning receiving signal processing module 5 transmission, electromagnetic shaker works, human body is reminded, makes human body to change sleep state, until the sleep state of human body is normal.
A kind of preferred implementation, the responsive light that blood can absorb can be launched to make to detect in above-mentioned sleep quality monitoring device light emission module 1, detecting light emission module 1 can be infrared transmitter, the responsive emission of light device that blood can absorb can also can be launched for other, during sleep quality, the blood flow of human body can have certain rule according to the state of heart, during as heart contraction, the blood flow of human body reduces, detect responsive light that light emission module 1 sends by blood of human body absorb less, and then it is more by the responsive light of reflectance coating guiding receiver module 4, when cardiac dilatation, the blood flow of human body increases, detect responsive light that light emission module 1 sends by blood of human body absorb more, and then it is less by the responsive light of reflectance coating guiding receiver module 4, after a period of time, the rule of the responsive light intensity that signal processing module 5 can receive according to receptor obtains the heart contraction frequency dynamic distribution under sleep quality state, and then draws heart contraction data message, then, heart contraction data under the heart contraction data message obtained and human normal sleep state compare by signal processing module 5, if judge that sleep quality state is abnormal when existing abnormal, signal processing module 5 sends alarm signal to alarm module 6, alarm module 6 works, make human body to change sleep state, until the sleep state of human body is normal.
A kind of preferred implementation, in order to produce too much impact to the sleep of human body, convenient carrying out is monitored, and the human contact face of reflectance coating may be used for the vola covering human body.
Particularly, in above-mentioned sleep quality monitoring device, detection light emission module 1 and the setting position of receiver module 4 on reflectance coating 3 can have multiple choices mode, as, in a kind of mode, as shown in Figure 1, detect light emission module 1 and can be installed on reflectance coating 3 for covering the position of heel portion, receiver module 4 is installed on reflectance coating 3 for covering the position of toe section; In another kind of mode, as shown in Figure 2, detect light emission module 1 and can also be installed on reflectance coating 3 for covering the position of toe section, receiver module 4 is installed on reflectance coating 3 for covering the position of heel portion.Detecting light emission module 1 launches for launching the responsive light that can be absorbed by blood of human body, a light part is by foot's blood absorption, all the other are not reflected in reflectance coating 3 by the light of foot's blood absorption, finally lead receiver module 4, when the light of foot's blood absorption is more, the light of guiding receiver module 4 is less, now, the blood flow of foot increases, cardiac dilatation, when the light of foot's blood absorption is less, the light of guiding receiver module 4 is more, now, the blood flow of foot reduces, heart contraction, the strong and weak rule being absorbed by the blood light can reflect that the heart contraction frequency dynamic under sleep quality state distributes, and then draw heart contraction data message.
A kind of preferred implementation, in order to state state during sleep quality monitoring device Real-Time Monitoring sleep quality in realization, realize monitoring human while carrying out reminding change human body to be ortho sleep posture function and whether there is potential disease, and the object of massage sleeping is realized by phototherapy, as shown in Figure 1, sleep quality monitoring device also comprises:
Be installed at least one physical therapy module 2 of reflectance coating 3, each physical therapy module 2 is connected with signal processing module 5 signal, the information of signal processing module 5 also for receiving according to receiver module 4 judges the health status of human organ, when judgement organ is in pathological condition, control the acupoint-physiotherapeutic that corresponding physical therapy module 2 pairs of soles are corresponding, when signal processing module 5 judges that sleep quality state is normal, signal processing module 5 does not send alarm signal to alarm module 6, alarm module 6 is failure to actuate, the data obtain data processing unit 54 and normal data contrast, thus judge whether physical function is in health status, when judging that physical function is unhealthy, actuating signal is sent to physical therapy module 2 after signal processing module 5 draws diseased organ, then carry out different light physical therapy in sole Different Acupoint, therefore, other potential disease whether is there is by monitoring human, optics physical therapy and massage sleeping effectively can be realized by phototherapy.
Particularly, each physical therapy module 2 is physical therapy light emission module, each physical therapy light emission module is after the actuating signal receiving signal processing module 5 transmission, and the physical therapy light that the acupuncture point to its correspondence sends respective wavelength irradiates, to realize the object of optics physical therapy.
Particularly, each physical therapy module 2 is massage module, and massage module, after the actuating signal receiving signal processing module 5 transmission, is irradiated by the light sending different wave length to the acupuncture point of sole, to realize the object of massaging sleeping.
Particularly, at least one physical therapy module 2 comprises multiple physical therapy module 2, a physical therapy module 2 is for carrying out physical therapy to an acupuncture point of sole, physical therapy light emission module is after the actuating signal receiving signal processing module 5 transmission, the physical therapy light of different wave length is sent, to realize the object of optics physical therapy and massage sleeping to different acupuncture points.
Obviously, those skilled in the art can carry out various change and modification to this utility model embodiment and not depart from spirit and scope of the present utility model.Like this, if these amendments of the present utility model and modification belong within the scope of this utility model claim and equivalent technologies thereof, then this utility model is also intended to comprise these change and modification.
Claims (10)
1. a sleep quality monitoring device, is characterized in that, comprises signal processing module, alarm module, reflectance coating, the detection light emission module being installed on described reflectance coating and receiver module; Wherein:
Described reflectance coating is used for described detection light emission module to send the described receiver module and the responsive light be not absorbed by the body leads; Described reflectance coating has for the human contact face with human contact, and described human contact face is transparent surface, and described detection light emission module and described receiver module are installed on described reflectance coating and deviate from the surface in described human contact face; The surface that described reflectance coating deviates from described human contact face is reflecting surface, the part be irradiated on reflectance coating in the responsive light in described reflectance coating to be totally reflected;
The strength information of the responsive light that described signal processing module receives according to described receiver module obtains heart contraction data message and by the heart contraction data message that obtains and the comparison of human normal dormant heart contraction data message, launch alarm signal when the heart contraction data message obtained occurs abnormal to described alarm module, described alarm module is reported to the police according to the alarm signal received.
2. sleep quality monitoring device according to claim 1, is characterized in that, described signal processing module comprises:
Optical-electrical converter, described optical-electrical converter is connected with described receiver module signal, is converted to current intensity information for the light intensity information received by described signal receiving module;
Amplifier, described amplifier is connected with described optical-electrical converter signal, and the current information for being obtained by described amplifier is amplified to identifiable design degree;
Data transformations device, described data converter is connected with described amplifier signal, is converted to data message for the current information after the amplification that obtained by described amplifier;
Data processing unit, described data processing unit is connected with described data transformations device and alarm module signal, sends alarm signal when according to the data message that described data transformations device transforms, described data processing unit judges that sleep quality state is abnormal to described alarm module.
3. sleep quality monitoring device according to claim 1, is characterized in that, described alarm module is vibrations alarm.
4. sleep quality monitoring device according to claim 1, is characterized in that, described detection light emission module is infrared transmitter.
5. the sleep quality monitoring device according to any one of claim 1-4, is characterized in that, the human contact face of described reflectance coating is for covering the vola of described human body.
6. sleep quality monitoring device according to claim 5, is characterized in that, described detection light emission module is installed on described reflectance coating for covering the position of heel portion, and described receiver module is installed on described reflectance coating for covering the position of toe section.
7. sleep quality monitoring device according to claim 5, is characterized in that, also comprise:
Be installed at least one physical therapy module of described reflectance coating, physical therapy module described in each is connected with described signal processing module signal;
The information of described signal processing module also for receiving according to receiver module judges the health status of human organ, and when judgement organ is in pathological condition, physical therapy is carried out at the acupuncture point controlling corresponding physical therapy module corresponding to sole.
8. sleep quality monitoring device according to claim 7, is characterized in that, physical therapy module described in each is physical therapy light emission module.
9. sleep quality monitoring device according to claim 7, is characterized in that, physical therapy module described in each is massage module.
10. sleep quality monitoring device according to claim 7, is characterized in that, at least one physical therapy module described comprises multiple physical therapy module, and a described physical therapy module is used for carrying out physical therapy to an acupuncture point of sole.
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| CN201520638738.0U CN205107620U (en) | 2015-08-21 | 2015-08-21 | Human sleep monitor device |
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| CN201520638738.0U CN205107620U (en) | 2015-08-21 | 2015-08-21 | Human sleep monitor device |
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| CN205107620U true CN205107620U (en) | 2016-03-30 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078414A (en) * | 2015-08-21 | 2015-11-25 | 京东方科技集团股份有限公司 | Human sleep monitoring device and method |
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2015
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078414A (en) * | 2015-08-21 | 2015-11-25 | 京东方科技集团股份有限公司 | Human sleep monitoring device and method |
| WO2017031907A1 (en) * | 2015-08-21 | 2017-03-02 | 京东方科技集团股份有限公司 | Human body sleep monitoring device and monitoring method |
| US10206582B2 (en) | 2015-08-21 | 2019-02-19 | Boe Technology Group Co., Ltd. | Human sleep monitoring device and monitoring method thereof |
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Effective date of registration: 20190705 Address after: 100015 Jiuxianqiao Road, Chaoyang District, Chaoyang District, Beijing Co-patentee after: Beijing Jingdong Health Technology Co., Ltd. Patentee after: BOE Technology Group Co., Ltd. Address before: 100015 Jiuxianqiao Road, Chaoyang District, Chaoyang District, Beijing Co-patentee before: Beijing BOE Photoelectricity Science & Technology Co., Ltd. Patentee before: BOE Technology Group Co., Ltd. |
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