CN204581275U - A kind of sleep monitor system - Google Patents
A kind of sleep monitor system Download PDFInfo
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- CN204581275U CN204581275U CN201520237176.9U CN201520237176U CN204581275U CN 204581275 U CN204581275 U CN 204581275U CN 201520237176 U CN201520237176 U CN 201520237176U CN 204581275 U CN204581275 U CN 204581275U
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Abstract
This utility model relates to technical field of medical instruments, specifically a kind of sleep monitor system, comprise brain wave and collect cap and glove, described brain wave is collected cap and is comprised cap body and be connected to eeg signal catcher, eeg signal emitter, six electrode tip holders on this cap body, and described glove comprise thumbstall, index finger cover and palm cover.The beneficial effects of the utility model are relatively objective, accurately and can promote on a large scale, wearable portable alternative is adopted to carry out sleep analysis monitor, select the sleeping brain wave of most critical in sleep monitor system, refer to oxygen saturation (breathing), myoelectricity and body move this four indices, adopt wireless transmission, the technical monitoring sleep state of real-time network transmission, be applicable to insomnia, the sleeping disorders such as sleep apnea and the preliminary examination of sleep quality as special disease crowds such as senile dementias, large-scale Epidemiological study, and not enough patient is supported in the different medical unit of the simple and crude shortage of funding of the condition that is equally applicable to and medical treatment.
Description
Technical field
This utility model relates to technical field of medical instruments, specifically a kind of sleep monitor system.
Background technology
Current sleep monitor system is mainly divided into 3 large classes: professional Polysomnography system, portable (home-use) sleep monitor, sleep monitor bracelet etc.
Traditional internationally recognized sleep monitor mode is Polysomnography system, can only carry out in professional monitoring mechanisms such as hospitals, the monitoring indexes such as, mouth and nose air-flow, the sound of snoring, pectoral girdle (monitoring position/thoracic respiration) dynamic containing brain electricity, eye, bellyband (ventral breathing), electrocardio, blood oxygen, lower limb are dynamic, various index is transmitted by tens of transmission lines and external monitoring equipment, its structure is not only complicated, and the sleep index of experimenter is often disturbed in the change of sleep environment.To some special population, the patient such as disorderly in senile dementia, snap-action eye phase sleep behavior, cannot complete because sleep analysis monitor needs to cooperate with on one's own initiative the nocturnalism scope of limitation.
Portable sleep monitor, is also referred to as domestic sleeping monitor.4 kinds: I type is divided into be that relative Portable sleep monitor PSG is as reference according to the performance of Portable sleep monitor and sleeping disorders association of the operation complexity U.S.; II type is at least containing 7 Polysomnographies led, and comprises brain electricity, eye electricity, lower jaw myoelectricity, electrocardio or heart rate, respiratory air flow, respiratory movement and blood oxygen saturation etc.; III type at least leads containing 4, comprises respiratory air flow, respiratory movement, heart rate or electrocardio and blood oxygen saturation; IV type is the monitor of single or two parameters of persistence, as blood oxygen saturation or respiratory air flow.But I type, II type monitoring index are still tending towards complicated, and can not avoid the restraint feeling that experimenter causes due to transfer wire, and can not solve real-time Transmission, the monitoring problem of dormant data; III type, IV type monitoring index too simply cannot accurately embody sleep practical situation again.
Sleep monitor bracelet is by sensor record experimenter sleep period at night, and leading indicator is the frequency of body kinematics, and the frequent degree dynamic by body simply differentiates the length of one's sleep etc.; The sleep bracelet of relative complex records slight hand exercise by accelerometer, reports hypophypnosis, deep sleep, also has thoroughly clear-headed duration.But sleep monitor bracelet index is too simple, there is obvious error in judgement, the patient as nighttime sleep conduct disorder exists obvious night body dynamicly to be increased, but actual sleeper effect still can, result interpretation may be that Sleep efficiency is poor, the length of one's sleep disappearance; And bracelet take off after owing to not monitoring motion, prompting sleep quality fine.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of relatively objective, accurately and the Wearable that can promote, portable Polysomnography system on a large scale.
In order to achieve the above object, this utility model provides a kind of sleep monitor system, comprise brain wave and collect cap and glove, described brain wave is collected cap and is comprised cap body and be connected to eeg signal catcher, eeg signal emitter, six electrode tip holders on this cap body, and described glove comprise thumbstall, index finger cover and palm cover; Wherein:
Described cap body is the hemispherical network structure that hollow belt body connects into, eeg signal transfer wire is run through in the inside of this hollow belt body, each bar eeg signal transfer wire is connected with EEG signals catcher respectively, and described EEG signals catcher is connected with eeg signal emitter;
Described eeg signal catcher, eeg signal emitter and electrode tip holder are communicated with the eeg signal transfer wire in cap body respectively;
Described electrode tip holder is arranged on the cap body position by tetra-electrode positions of O1, O2, C3, the C4 in international standard 10-20 electrode arrangement system and GND-antinion, top two the reference electrode positions of REF-;
Described thumbstall is installed thumb electrophysiological monitoring device;
Described index finger cover is installed and refers to oxygen saturation monitor and pulse monitor;
Wrist electrophysiological monitoring device and body dynamic record monitor are installed by the wrist place of described palm cover, palm cover are also installed signal and start to record switch and resultant signal receptor;
Eeg signal collection module is provided with in described resultant signal receptor, thumb electromyographic signal collection module, refer to oxygen saturation signal collection module, pulse signal collection module, wrist electromyographic signal collection module, limbs body moves tracer signal collection module and signal storage, wherein eeg signal collection module is communicated with eeg signal emitter, thumb electromyographic signal collection module is communicated with thumb electrophysiological monitoring device, refer to that oxygen saturation signal collection module is communicated with finger oxygen saturation monitor, pulse signal collection module is communicated with pulse monitor, wrist electromyographic signal collection module is communicated with wrist electrophysiological monitoring device, limbs body moves that tracer signal collection module and body are dynamic to be recorded monitor and be communicated with.Described resultant signal receptor has two functions: 1, real-time reception brain electricity, breathing, myoelectricity, limb motion signal, and (as 30 minutes) remote monitoring platform (as hospital or professional sleep monitor center) is transferred signals in real time or regularly by the network platform after integrating, to realize the integration of medical resource, not by the restriction of the Sleep Monitoring Room confined space, a technician monitors 10 experimenters simultaneously; 2, when signal interruption, automatic unloading data enter portable hard drive.Described hollow belt body is made up of plastic material, for thin flat structure, be made up of elastomeric material, wire is the silver wire of real core, and according to China standard adult head circumference scope 54 ~ 58cm, cap body size can be divided into adult with large, medium and small cap body and child with large, medium and small cap body, specifically be of a size of: adult's large size 60cm, adult uses medium size 56cm, and be grown up and use small size 52cm, the telescopic extensions of each model is 2cm; Child uses large size 50cm, and child uses medium size 48cm, and child uses small size 46cm, and the telescopic extensions of each model is 1cm.By telescopic band adjustment among a small circle under ears.Lower jaw joins Lower jaw support.The fixing problem loosely in order to avoid local, electrode tip holder is fixed on cap body by silver plate+conducting resinl.Electrode tip holder is sewn to (relevant position natural gum is little square, and there is a fixing circular hole at each angle) on hollow plastic Capsule, and silver plate is fixed with metal buckle form and electrode tip holder, and conducting resinl is applied in silver plate before each installation.
Preferably, described thumb electrophysiological monitoring device, refer to oxygen saturation monitor, pulse monitor, wrist electrophysiological monitoring device and body move record monitor be connected with resultant signal receptor by the signal transmission wire in glove interlayer.The palm cover part of described glove by thumb electrophysiological monitoring device, refer to that the multiple monitor of oxygen saturation monitor, pulse monitor, wrist electrophysiological monitoring device and body dynamic record monitor is integrated, and the form of concealed wire is connected with resultant signal receptor in employing adhesive tape, the discomfort avoiding numerous open-wire line to bring was felt with movable the limitation.
Eeg signal collection module in described eeg signal emitter and resultant signal receptor wirelessly connects.
Preferably, described thumb electromyographic signal collection module and thumb electrophysiological monitoring device, refer to oxygen saturation signal collection module and finger oxygen saturation monitor, pulse signal collection module and pulse monitor, wrist electromyographic signal collection module and wrist electrophysiological monitoring device, limbs body move tracer signal collection module and body and move and record monitor and mutually can be connected respectively by the concealed wire in glove, also can connect to wirelessly.
Preferably, described palm cover also installs signal projector.Signal projector can be connected by the in-house monitoring analysis point of network transmission technology and professional medical in real time or regularly.
Described thumb electrophysiological monitoring device is circulus, and this thumb electrophysiological monitoring device is set on described thumbstall;
Described finger oxygen saturation monitor is finger-clipped structure, is clipped in the finger tip portion of described index finger cover;
Described wrist electrophysiological monitoring device is circulus, and this wrist electrophysiological monitoring device is set in the wrist place of described palm cover;
Described body moves record monitor is fixed on the circulus of wrist electrophysiological monitoring device dorsal part by concealed fastener type structure.The circulus of described thumb electrophysiological monitoring device is by wrist adhesive tape inching size; The circulus of described wrist electrophysiological monitoring device is by the outer adhesive tape inching size of thumb.
Preferably, described signal starts to record the palm back of the body place that switch, resultant signal receptor, signal storage and signal projector are arranged on palm cover respectively.
The beneficial effects of the utility model are, relatively objective, accurately and can promote on a large scale, wearable portable alternative is adopted to carry out sleep analysis monitor, select the sleeping brain wave of most critical in sleep monitor system, refer to oxygen saturation (breathing), myoelectricity and body move this four indices, adopt wireless transmission, the technology of real-time network transmission, relatively accurate, monitoring sleep situation easily, be applicable to insomnia, the sleeping disorders such as sleep apnea and the preliminary examination of sleep quality as special disease crowds such as senile dementias, large-scale Epidemiological study, and not enough patient is supported in the different medical unit of the simple and crude shortage of funding of the condition that is equally applicable to and medical treatment.
Accompanying drawing explanation
Fig. 1 is the structural representation of cap body in this utility model;
Fig. 2 is front view when glove are worn on hand in this utility model;
Fig. 3 is rearview when glove are worn on hand in this utility model;
Fig. 4 is module diagram of the present utility model.
Wherein:
1-cap body 2-eeg signal catcher 3-eeg signal emitter
4-electrode tip holder 5-thumbstall 6-index finger cover
7-palm cover 8-signal starts to record switch 9-resultant signal receptor
10-signal storage 51-thumb electrophysiological monitoring device
61-refers to oxygen saturation monitor 62-pulse monitor 71-wrist electrophysiological monitoring device
72-body dynamic record monitor 93-eeg signal is collected mould 951-thumb electromyographic signal and is collected
Block module
961-refers to that oxygen saturation signal is received 962-pulse signal collection module 971-wrist electromyographic signal and collected
Collection module
972-limbs body moves tracer signal
Collection module
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, this utility model is described further.
Embodiment 1:
A kind of sleep monitor system as shown in figures 1-4, comprise brain wave and collect cap and glove, described brain wave is collected cap and is comprised cap body 1 and be connected to eeg signal catcher 2, eeg signal emitter 3, six electrode tip holders 4 on this cap body 1, and described glove comprise thumbstall 5, index finger cover 6 and palm cover 7; Wherein:
The hemispherical network structure that described cap body 1 connects into for hollow belt body, eeg signal transfer wire is run through in the inside of this hollow belt body, each bar eeg signal transfer wire is connected with EEG signals catcher 2 respectively, and described EEG signals catcher 2 is connected with eeg signal emitter 3;
Described eeg signal catcher 2, eeg signal emitter 3 and electrode tip holder 4 are communicated with the eeg signal transfer wire in cap body 1 respectively;
Described electrode tip holder 4 is arranged on cap body 1 position by tetra-electrode positions of O1, O2, C3, the C4 in international standard 10-20 electrode arrangement system and GND-antinion, top two the reference electrode positions of REF-;
Described thumbstall 5 is installed thumb electrophysiological monitoring device 51;
Described index finger cover 6 is installed and refers to oxygen saturation monitor 61 and pulse monitor 62;
Wrist electrophysiological monitoring device 71 and body dynamic record monitor 72 are installed by the wrist place of described palm cover 7, palm cover 7 are also installed signal and start to record switch 8 and resultant signal receptor 9;
Eeg signal collection module 93 is provided with in described resultant signal receptor 9, thumb electromyographic signal collection module 951, refer to oxygen saturation signal collection module 961, pulse signal collection module 962, wrist electromyographic signal collection module 971, limbs body moves tracer signal collection module 972 and signal storage 10, wherein eeg signal collection module 93 is communicated with eeg signal emitter 3, thumb electromyographic signal collection module 951 is communicated with thumb electrophysiological monitoring device 51, refer to that oxygen saturation signal collection module 961 is communicated with finger oxygen saturation monitor 61, pulse signal collection module 962 is communicated with pulse monitor 62, wrist electromyographic signal collection module 971 is communicated with wrist electrophysiological monitoring device 71, limbs body moves that tracer signal collection module 972 and body are dynamic to be recorded monitor 72 and be communicated with.Described resultant signal receptor 9 has two functions: 1, real-time reception brain electricity, breathing, myoelectricity, limb motion signal, and (as 30 minutes) remote monitoring platform (as hospital or professional sleep monitor center) is transferred signals in real time or regularly by the network platform after integrating, to realize the integration of medical resource, not by the restriction of the Sleep Monitoring Room confined space, a technician monitors 10 experimenters simultaneously; 2, when signal interruption, automatic unloading data enter portable hard drive.Described hollow belt body is made up of plastic material, for thin flat structure, be made up of elastomeric material, wire is the silver wire of real core, and according to China standard adult head circumference scope 54 ~ 58cm, cap body size can be divided into adult with large, medium and small cap body and child with large, medium and small cap body, specifically be of a size of: adult's large size 60cm, adult uses medium size 56cm, and be grown up and use small size 52cm, the telescopic extensions of each model is 2cm; Child uses large size 50cm, and child uses medium size 48cm, and child uses small size 46cm, and the telescopic extensions of each model is 1cm.By telescopic band adjustment among a small circle under ears.Lower jaw joins Lower jaw support.The fixing problem loosely in order to avoid local, electrode tip holder is fixed on cap body by silver plate+conducting resinl.Electrode tip holder is sewn to (relevant position natural gum is little square, and there is a fixing circular hole at each angle) on hollow plastic Capsule, and silver plate is fixed with metal buckle form and electrode tip holder, and conducting resinl is applied in silver plate before each installation.
Described thumb electrophysiological monitoring device 51, refer to oxygen saturation monitor 61, pulse monitor 62, wrist electrophysiological monitoring device 71 and body move record monitor 72 be connected with resultant signal receptor 9 by the signal transmission wire in glove interlayer.The palm cover part of described glove by thumb electrophysiological monitoring device 51, refer to that oxygen saturation monitor 61, pulse monitor 62, wrist electrophysiological monitoring device 71 and body dynamic record monitor more than 72 monitor is integrated, and the form of concealed wire is connected with resultant signal receptor in employing adhesive tape, the discomfort avoiding numerous open-wire line to bring was felt with movable the limitation.
Eeg signal collection module 93 in described eeg signal emitter 3 and resultant signal receptor 9 wirelessly connects.
Described thumb electromyographic signal collection module 951 and thumb electrophysiological monitoring device 51, refer to oxygen saturation signal collection module 961 and finger oxygen saturation monitor 61, pulse signal collection module 962 and pulse monitor 62, wrist electromyographic signal collection module 971 and wrist electrophysiological monitoring device 71, limbs body move tracer signal collection module 972 and body and move and record monitor 72 and mutually can be connected respectively by the concealed wire in glove, also can connect to wirelessly.
Described palm cover 7 also installs signal projector 11.Signal projector can be connected by the in-house monitoring analysis point of network transmission technology and professional medical in real time or regularly.
Described thumb electrophysiological monitoring device 51 is circulus, and this thumb electrophysiological monitoring device 51 is set on described thumbstall 5;
Described finger oxygen saturation monitor 61 is finger-clipped structure, is clipped in the finger tip portion of described index finger cover 6;
Described wrist electrophysiological monitoring device 71 is circulus, and this wrist electrophysiological monitoring device 71 is set in the wrist place of described palm cover 7;
Described body moves record monitor 72 is fixed on the circulus of wrist electrophysiological monitoring device 71 dorsal part by concealed fastener type structure.The circulus of described thumb electrophysiological monitoring device 51 is by wrist adhesive tape inching size; The circulus of described wrist electrophysiological monitoring device 71 is by the outer adhesive tape inching size of thumb.
Described signal starts to record the palm back of the body place that switch 8, resultant signal receptor 9, signal storage 10 and signal projector 11 are arranged on palm cover 7 respectively.
Below the preferred embodiment that this utility model is created is illustrated, but this utility model is created and is not limited to described embodiment, those of ordinary skill in the art can also make all equivalent modification or replacement under the prerequisite without prejudice to this utility model creative spirit, and these equivalent modifications or replacement are all included in the application's claim limited range.
Claims (6)
1. a sleep monitor system, it is characterized in that: comprise brain wave and collect cap and glove, described brain wave is collected cap and is comprised cap body (1) and be connected to eeg signal catcher (2) on this cap body (1), eeg signal emitter (3), six electrode tip holders (4), and described glove comprise thumbstall (5), index finger cover (6) and palm cover (7); Wherein:
The hemispherical network structure that described cap body (1) connects into for hollow belt body, eeg signal transfer wire is run through in the inside of this hollow belt body, each bar eeg signal transfer wire is connected with EEG signals catcher (2) respectively, and described EEG signals catcher (2) is connected with eeg signal emitter (3);
Described eeg signal catcher (2), eeg signal emitter (3) and electrode tip holder (4) are communicated with the eeg signal transfer wire in cap body (1) respectively;
Described electrode tip holder (4) is arranged on cap body (1) position by tetra-electrode positions of O1, O2, C3, the C4 in international standard 10-20 electrode arrangement system and GND-antinion, top two the reference electrode positions of REF-;
Described thumbstall (5) is upper installs thumb electrophysiological monitoring device (51);
The upper installation of described index finger cover (6) refers to oxygen saturation monitor (61) and pulse monitor (62);
Wrist electrophysiological monitoring device (71) and body dynamic record monitor (72) are installed by the wrist place of described palm cover (7), palm cover (7) are also installed signal and start to record switch (8) and resultant signal receptor (9);
Eeg signal collection module (93) is provided with in described resultant signal receptor (9), thumb electromyographic signal collection module (951), refer to oxygen saturation signal collection module (961), pulse signal collection module (962), wrist electromyographic signal collection module (971), limbs body moves tracer signal collection module (972) and signal storage (10), wherein eeg signal collection module (93) is communicated with eeg signal emitter (3), thumb electromyographic signal collection module (951) is communicated with thumb electrophysiological monitoring device (51), refer to that oxygen saturation signal collection module (961) is communicated with finger oxygen saturation monitor (61), pulse signal collection module (962) is communicated with pulse monitor (62), wrist electromyographic signal collection module (971) is communicated with wrist electrophysiological monitoring device (71), limbs body moves that tracer signal collection module (972) and body are dynamic to be recorded monitor (72) and be communicated with.
2. a kind of sleep monitor system according to claim 1, is characterized in that: described thumb electrophysiological monitoring device (51), refer to that oxygen saturation monitor (61), pulse monitor (62), wrist electrophysiological monitoring device (71) and body dynamic record monitor (72) are connected with resultant signal receptor (9) by the signal transmission wire in glove interlayer.
3. a kind of sleep monitor system according to claim 1, is characterized in that: the eeg signal collection module (93) in described eeg signal emitter (3) and resultant signal receptor (9) wirelessly connects.
4. a kind of sleep monitor system according to claim 1, is characterized in that: described palm cover (7) also installs signal projector (11).
5. a kind of sleep monitor system according to claim 1, is characterized in that: described thumb electrophysiological monitoring device (51) is circulus, and this thumb electrophysiological monitoring device (51) is set on described thumbstall (5);
Described finger oxygen saturation monitor (61) is finger-clipped structure, is clipped in the finger tip portion of described index finger cover (6);
Described wrist electrophysiological monitoring device (71) is circulus, and this wrist electrophysiological monitoring device (71) is set in the wrist place of described palm cover (7);
Described body dynamic record monitor (72) is fixed on the dorsal part of the circulus of wrist electrophysiological monitoring device (71) by concealed fastener type structure.
6. a kind of sleep monitor system according to claim 4, is characterized in that: described signal starts to record the palm back of the body place that switch (8), resultant signal receptor (9), signal storage (10) and signal projector (11) are arranged on palm cover (7) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520237176.9U CN204581275U (en) | 2015-04-17 | 2015-04-17 | A kind of sleep monitor system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520237176.9U CN204581275U (en) | 2015-04-17 | 2015-04-17 | A kind of sleep monitor system |
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| Publication Number | Publication Date |
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| CN204581275U true CN204581275U (en) | 2015-08-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520237176.9U Expired - Fee Related CN204581275U (en) | 2015-04-17 | 2015-04-17 | A kind of sleep monitor system |
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| CN (1) | CN204581275U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108143409A (en) * | 2016-12-06 | 2018-06-12 | 中国移动通信有限公司研究院 | Sleep stage method and device by stages |
| CN110090008A (en) * | 2019-06-05 | 2019-08-06 | 郑霖勃 | A kind of system and method that sleep stage is determined based on sleep cycle |
-
2015
- 2015-04-17 CN CN201520237176.9U patent/CN204581275U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108143409A (en) * | 2016-12-06 | 2018-06-12 | 中国移动通信有限公司研究院 | Sleep stage method and device by stages |
| CN108143409B (en) * | 2016-12-06 | 2021-01-22 | 中国移动通信有限公司研究院 | Sleep stage staging method and device |
| CN110090008A (en) * | 2019-06-05 | 2019-08-06 | 郑霖勃 | A kind of system and method that sleep stage is determined based on sleep cycle |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150826 Termination date: 20160417 |