CN105771097A - Intelligent pillow - Google Patents
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- CN105771097A CN105771097A CN201610042174.3A CN201610042174A CN105771097A CN 105771097 A CN105771097 A CN 105771097A CN 201610042174 A CN201610042174 A CN 201610042174A CN 105771097 A CN105771097 A CN 105771097A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61F—FILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS
- A61F5/00—Orthopaedic methods or devices for non-surgical treatment of bones or joints; Nursing devices; Anti-rape devices
- A61F5/56—Devices for preventing snoring
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
- G06V40/16—Human faces, e.g. facial parts, sketches or expressions
- G06V40/161—Detection; Localisation; Normalisation
- G06V40/165—Detection; Localisation; Normalisation using facial parts and geometric relationships
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47G—HOUSEHOLD OR TABLE EQUIPMENT
- A47G9/00—Bed-covers; Counterpanes; Travelling rugs; Sleeping rugs; Sleeping bags; Pillows
- A47G9/10—Pillows
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- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/48—Other medical applications
- A61B5/4806—Sleep evaluation
- A61B5/4809—Sleep detection, i.e. determining whether a subject is asleep or not
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- A61N5/00—Radiation therapy
- A61N5/06—Radiation therapy using light
- A61N5/067—Radiation therapy using light using laser light
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- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
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- G06V40/161—Detection; Localisation; Normalisation
- G06V40/166—Detection; Localisation; Normalisation using acquisition arrangements
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- G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
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Abstract
The invention provides an intelligent pillow, comprising a pillow body used for supporting a user head, an additional pillow body, a plurality of laser generators distributed on the surface of the additional pillow body, information collection elements distributed in the pillow body and at relative positions in the additional pillow body, and a relative position determination element. The laser generator emits laser to irradiate a scalp area, thereby performing irradiation and growing hairs when a user rests or sleeps.
Description
Technical field
The present invention relates to Smart Home articles for use field, particularly relate to a kind of intelligent pillow.
Background technology
The medicated pillow of current trend, structure is pillow body and includes pillowcase and pillow core.These medicated pillows are because the multiformity of implant of pillow core, it may be achieved function also more.Medicated pillow for information monitoring function, it is often in pillow core, place an information monitoring device, its concrete function is to gather known human-body biological signal, it is delivered on the information monitoring device within medicated pillow including electrocardiosignal, EEG signals, electromyographic signal, blood pressure, pulse oxygen, breathing, human action and other bio signal, so as the physiological parameter of monitoring user in real time, the physiological status of scientific analysis user.
Modern is because busy, and brain overwork, alopecia is unavoidable thing, and the whole world there are about the problem that 1,500,000,000 people face alopecia.And alopecia has not been the patent of old people, it to the development that becomes younger, be data show, early stage alopecia is already present in the patient of 17 years old.The a questionnaire survey for 3000 alopecia men shows, the rejuvenation trend of China's man's alopecia is the most serious, there are about the people of 60% and starts the age of alopecia less than 25 years old.In seborrheic alopecia, part is for heredity, but the long-term psychentonia of modern society and the factor such as stay up late cause that the disease time of alopecia constantly moves forward.Alopecia brings many work and puzzlement in life to modern male.
Too much online is played games also is one of factor causing male pattern baldness rejuvenation.On average use male's more easy alopecia that machine time is more long every day.This is relevant with neural hypertonicity.Long-time online is played games, and central nervous system is in tension all the time, can cause autonomic nervous dysfunction, skin vasoconstriction functional disorder, scalp local vasoconstriction, and blood supply reduces, and hair follicle malnutrition can be caused to cause alopecia.
The radiation of electronic product is also one of reason causing alopecia, modern generally uses computer for a long time, and computer display screen, keyboard, mouse all have radiation in various degree, can cause that resistance of human body weakens, affecting skin and hair further, serious meeting causes alopecia.
In the modern society that rhythm of life is increasingly faster, people are difficult to extract the plenty of time regularly out and go alopecia carries out prevention and rehabilitation targetedly, but in general the length of one's sleep is relatively long, every day at least also all can have several hours, and this time period just can fully utilize.But for this depilation phenomenon, but do not promote the medicated pillow of hair growth promoting function on the market accordingly.
Summary of the invention
In order to solve to carry out this technical problem of hair growth promoting in sleep procedure, the invention provides a kind of intelligent pillow, technical scheme is as follows:
A kind of intelligent pillow, including the pillow body 1 for supporting user head, additional medicated pillow body 2, it is distributed in multiple laser generators 3 of described additional medicated pillow surface, it is distributed in the inside of described pillow body and described additional medicated pillow body the relative position information gathering element in portion, and relative position decision element；
Described laser generator is used for sending laser irradiating head portion, to promote natural on-off cycles of hair growth；
When described laser generator 3 works, the relative position of described additional medicated pillow body 2 and described pillow body 1 is preset value, so that the range of exposures coverage criteria scalp region 4 of laser that described laser generator 3 sends；
Described relative position information gathering element is for collecting pillow body and the relative position information of additional medicated pillow body；
Described relative position decision element is for receiving the relative position information that relative position information gathering element is collected, and according to the information received, the relative position of described pillow body and described additional medicated pillow body is judged, when the range of exposures energy coverage criteria scalp region of the laser that the relative position of pillow body and additional medicated pillow body makes laser generator send, this relative position is preset value, when the laser that the relative position of pillow body and additional medicated pillow body makes laser generator send range of exposures can not coverage criteria scalp region time, this relative position is not just preset value.
Further, described intelligent pillow also includes scalp region detection scanning element and laser controller, described scalp region scanning element is used for scanning judgement scalp region, and described laser controller receives the information of scalp region scanning element and controls laser generator work.
Further, described intelligent pillow also includes laser generator breaking element and temperature sensitive member, described laser generator breaking element one end is connected with temperature sensitive member, described temperature sensitive member is used for obtaining scalp temperature, the other end is connected with laser generator, when the scalp temperature that temperature sensitive member obtains is higher than preset temperature interval, laser generator breaking element job control laser generator power-off quits work, when the scalp temperature that temperature sensitive member obtains is lower than preset temperature interval, the energising of laser generator breaking element job control laser generator is started working.
Further, described intelligent pillow also includes quasi-element, described quasi-element is connected with relative position decision element and scalp region scanning element respectively, when the relative position of relative position decision element judgement pillow body and additional medicated pillow body is not preset value or scalp region scanning element scans less than scalp region time, quasi-element is adjusted the relative position of pillow body and additional medicated pillow body so that the relative position of pillow body and additional medicated pillow body is preset value；Or,
Also including alarm elements, described alarm elements is connected with relative position decision element, and when relative position decision element judges that the relative position of pillow body and additional medicated pillow body is not preset value, alarm elements sends alarm.
Further, described intelligent pillow also includes following least one set assembly:
Being arranged on flexible pillow covering towel surface or be arranged on the physiological compensation effects module on described pillow body surface, described physio-parameter detection module includes temperature sensor, pressure transducer, heart rate sensor；
Incidence massage module, described incidence massage module includes kneading ball, heating element heater, motor, temperature controller, described kneading ball is arranged in pillow body, locally exposing and contact with head and cervical region on medicated pillow surface, described heating element heater is placed in inside kneading ball, is used for making kneading ball with warming function, described motor is connected with kneading ball, for driving rotation and the rotation direction of kneading ball, described temperature controller is connected with kneading ball and motor respectively, for controlling the duty of kneading ball and motor；
Medicated pillow comfort tuning module, described medicated pillow comfort tuning module includes air bag group, air bag group controller, described air bag group is positioned at pillow body inside or bottom, and air bag group controller regulates the aeration quantity of air bag group according to the parameter set, thus adjustable pillow height, shape；
REM monitoring modular, described REM monitoring modular includes infrared imaging device, infrared distance measurement signal generator, face location recognition component, during work, described infrared imaging device is positioned at above measured target, described face location recognition component is used for monitoring sleep quality figure and identifying face location, described infrared distance measurement signal generator is arranged on pillow body oblique upper, sends the rotation situation of infrared distance measurement signal monitoring eyes；
Sound detection judge module, described sound detection judge module includes audio frequency sensing element, audio frequency comparator, described audio frequency sensing element receives audio-frequency information, and the audio-frequency information that audio sensor is received by described audio frequency comparator is compared with the audio-frequency information preset and is divided into the sound of snoring and environment noise；
Brain wave monitoring modular, described brain wave monitoring modular includes brain wave sensor, brain wave comparator, described brain wave sensor be arranged in the middle part of medicated pillow with back side of head contact site, receiving the brain wave of detected target, the brain wave that brain wave sensor is received by described brain wave comparator is compared with the brain wave information threshold preset and is divided into waking state brain wave and sleep state brain wave.
Further, described intelligent pillow also includes sleep quality parameter detection module, described sleep quality detection module includes processor, display, described processor is connected with physiological compensation effects module, for analyzing and processing the physiological parameter information that physiological compensation effects module gathers, described display is connected with processor, and the information receiving processor generates form and/or curve and shows.
Further, described intelligent pillow also includes communication module, described communication module is connected with physiological compensation effects module, REM monitoring modular respectively, when the body physiological parameter of user or sleep attitude are in abnormality to default reception equipment sending data signal；
Or, described communication module is connected with physiological compensation effects module, and acquisition body temperature information and room temperature information are compared by communication module, to default reception equipment sending data signal when the temperature difference between the body temperature and room temperature of user is more than default temperature difference.
Further, described intelligent pillow also includes snoring and adjusts sleeping position module, described snoring is connected with audio frequency comparator, infrared imaging device, air spring control respectively with adjusting sleeping position module, the sleep quality abnormal stature that if the audio-frequency information that audio frequency comparator receives is the sound of snoring or infrared imaging device gathers, then described snoring and adjustment sleeping position module send instruction to air spring control and regulate air bag, thus minimal irritation user reaches snoring purpose while Row sum-equal matrix sleeping position.
Further, described intelligent pillow also includes anti-phase noise elimination module, described anti-phase noise elimination module is connected with sound detection judge module, including Sound Processor Unit and anti-phase sound generator, described Sound Processor Unit is connected with audio frequency comparator, for the waveform of the environment noise that audio frequency comparator sends is carried out anti-phase process, described anti-phase sound generator is connected with Sound Processor Unit, receives the anti-phase waveform of environment noise and produces anti-phase sound and carry out noise reduction.
Further, described intelligent pillow also includes GAMMA sound wave sleeping module, described GAMMA sound wave sleeping module includes brain wave sensor, brain wave state decision element, GAMMA sonic generator, described brain wave sensor is positioned at the position that pillow body surface contacts with incidence, for gathering the brain wave information of user, brain wave state decision element receives the brain wave information of brain wave sensor collection and judges now whether user is in sleep state, if user is not in sleep state, control the work of GAMMA sonic generator, if user is in sleep state, controls GAMMA sonic generator and quit work, GAMMA sonic generator sends soft GAMMA sound wave, the frequency of described GAMMA sound wave is 25～100HZ；
Or, also include hypnosis music playing module, described hypnosis music playing module is connected with brain wave monitoring modular, if user is not in sleep state, control the work of hypnosis music playing module, if user is in sleep state, controlling hypnosis music playing module and quit work, hypnosis music playing module is for playing soft hypnosis music according to user preferences.
Relative to prior art, the invention have the advantages that
The intelligent pillow of the present invention adopts laser generator to launch the promotion hair growth promoting of laser irradiating head skin, laser irradiating head chrotoplast, hair follicle and root of hair, accelerates the blood circulation of scalp blood capillary, improves hair quality or even make hair again grow.Utilize laser hair growing principle, the basis of pillow body increases the additional medicated pillow body of surface distributed laser generator, during laser generator work, the relative position of additional medicated pillow body and pillow body is in standard value, make the laser coverage criteria scalp region that laser generator sends, reach the purpose of laser hair growing, relative to prior art, the present invention can sleep user or lie in and can be carried out laser hair growing process when rest on medicated pillow, is greatly saved time cost.The present invention it may also be determined that the relative position of pillow body and additional medicated pillow body, monitors intelligent pillow of the present invention whether normal operation in real time.
The intelligent pillow of the present invention can also control the duty of laser generator in real time according to scalp temperature, and whether scanning recognition standard scalp region is within the range of exposures of laser generator, thus controlling the duty of laser generator.These mechanism effectively increase hair growth promoting efficiency and safety.
Accompanying drawing explanation
Fig. 1 is the use view of intelligent pillow of the present invention；
Fig. 2 is the use view of the embodiment of the present invention one；
Fig. 3 is the use view of the embodiment of the present invention two；
Fig. 4 a, 4b, 4c, 4d are the medicated pillow comfort tuning module relation schematic diagram from different sleeping positions of the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of protection of the invention.
A kind of intelligent pillow, as shown in Figure 1, including the pillow body 1 for supporting user head, additional medicated pillow body 2, it is distributed in multiple laser generators 3 of described additional medicated pillow surface, it is distributed in the relative position information gathering element within the inside of described pillow body 1 and described additional medicated pillow body 2 and relative position decision element；
Described laser generator 3 is used for sending laser irradiating head portion, to promote natural on-off cycles of hair growth；The strength ratio of laser is milder, and intensity makes scalp temperature rising 1～2 degree Celsius be advisable to be radiated at scalp region for a long time, it is preferable that optical maser wavelength is 880 nanometers～940 nanometers.
When described laser generator 3 works, the relative position of described additional medicated pillow body 1 and described pillow body 2 is preset value, so that the range of exposures coverage criteria scalp region 4 of laser that described laser generator 3 sends；Standard scalp region 4 is downward projection region, the crown, mainly includes prefrontal area and the crown district when lying on the back, and also includes the downward projection district in temples district, and during owing to lying down, the back side of head is fitted by medicated pillow, does not count territory, standard header dermatotome 4；Mainly include prefrontal area and the crown district when lying on one's side, also include the downward projection district of the back side of head and do not paste the downward projection district in temples district with medicated pillow.The relative position of pillow body 1 and additional medicated pillow body 2 is as it is shown in figure 1, this relative position preset value is the laser-irradiated domain coverage criteria scalp region 4 so that laser generator 3, and preferred additional medicated pillow body 2 is 10～50cm to the distance of pillow body 1 simultaneously.
Described relative position information gathering element is for collecting the preferred obliquity sensor of relative position information gathering element described in the relative position information of pillow body 1 and additional medicated pillow body 2；
Described relative position decision element is for receiving the relative position information that relative position information gathering element is collected, and according to the information received, the relative position of described pillow body and described additional medicated pillow body is judged, when the relative position of pillow body 1 and additional medicated pillow body 2 makes the range of exposures energy coverage criteria scalp region 4 of the laser that laser generator 3 sends, this relative position is preset value, when the relative position of pillow body 1 and additional medicated pillow body 2 make the laser that laser generator 3 sends range of exposures can not coverage criteria scalp region 4 time, this relative position is not just preset value.
Further, described intelligent pillow also includes scalp region detection scanning element and laser controller, described scalp region scanning element is used for scanning judgement scalp region, and described laser controller receives the information of scalp region scanning element and controls laser generator work.
Further, described intelligent pillow also includes laser generator breaking element and temperature sensitive member, temperature sensitive member preferable temperature sensor, described laser generator breaking element one end is connected with temperature sensitive member, described temperature sensitive member is used for obtaining scalp temperature, the other end is connected with laser generator, when the scalp temperature that temperature sensitive member obtains is higher than preset temperature interval, laser generator breaking element job control laser generator power-off quits work, when the scalp temperature that temperature sensitive member obtains is lower than preset temperature interval, the energising of laser generator breaking element job control laser generator is started working.
Described preset temperature interval is the temperature range higher than scalp normal temperature 1～2 degree Celsius, it is preferable that 39～40 degrees Celsius.
Further, described intelligent pillow also includes quasi-element, described quasi-element is connected with relative position decision element and scalp region scanning element respectively, when the relative position of relative position decision element judgement pillow body and additional medicated pillow body is not preset value or scalp region scanning element scans less than scalp region time, quasi-element is adjusted the relative position of pillow body and additional medicated pillow body so that the relative position of pillow body and additional medicated pillow body is preset value；
Or, also including alarm elements, described alarm elements is connected with relative position decision element, and when relative position decision element judges that the relative position of pillow body and additional medicated pillow body is not preset value, alarm elements sends alarm.
Described quasi-element can being adopted wabbler mechanism, user can pass through the laser direction of illumination that this wabbler mechanism laser generator on the additional medicated pillow body of Row sum-equal matrix is launched.Described alarm element can adopt buzzer, jingle bell, electromagnetic shaker or flashing lamp etc., it is preferable that flashing lamp.
Further, described intelligent pillow also includes following least one set assembly:
It is arranged on flexible pillow covering towel surface or is arranged on the physiological compensation effects module on described pillow body surface, described physio-parameter detection module includes temperature sensor, pressure transducer, heart rate sensor, when physiological compensation effects module is arranged on flexible pillow covering towel surface, this flexibility pillow covering towel just becomes a portable thin medicated pillow, it is possible to use when place rests such as offices；
nullIncidence massage module，Described incidence massage module includes kneading ball、Heating element heater、Motor、Temperature controller，Described kneading ball is arranged in pillow body，Locally expose and contact with head and cervical region on medicated pillow surface，Described heating element heater is placed in inside kneading ball，For making kneading ball with warming function，Described motor is connected with kneading ball，For driving rotation and the rotation direction of kneading ball，Described temperature controller is connected with kneading ball and motor respectively，For controlling the duty of kneading ball and motor，Kneading ball is slowly rotating correct neck area under the driving of motor and carries out kneading massage，When massage certain time，Kneading ball can also adjust massage direction automatically，Kneading ball built-in heating element，There is warming function，Temperature controller is maintained at suitable temperature for the temperature controlling kneading ball，Preferably 40 degrees Celsius，When temperature is too high，Automatically control kneading ball power-off；
Medicated pillow comfort tuning module, described medicated pillow comfort tuning module includes air bag group 6, air bag group 6 controller, described air bag group 6 is positioned at pillow body 1 inside or bottom, preferred pillow body 1 is internal, air bag group 6 controller regulates the aeration quantity of air bag group 6 according to the parameter set, thus adjustable pillow height, shape, this module has memory function, can remember that user's last time adjusts the parameter selected by pillow height and shape, such as Fig. 4 a, 4b, 4c, shown in 4d, sleeping position or custom according to user are different, aeration quantity and the inflation sequence of air bag group 6 can be regulated voluntarily, thus reaching satisfactory pillow shape and height；
REM monitoring modular, described REM monitoring modular includes infrared imaging device, infrared distance measurement signal generator, face location recognition component, during work, described infrared imaging device is positioned at above measured target, described face location recognition component is used for monitoring sleep quality figure and identifying face location, described infrared distance measurement signal generator is arranged on pillow body oblique upper, sends the rotation situation of infrared distance measurement signal monitoring eyes；REM sleep, rapid eye movement (rapideyesmovement) is also known as paradoxical sleep, or also makes snap shot sleep, paradoxical sleep or fast wave sleep.Being the stage of a sleep, eyeball can present the quick movement can't help when this stage.This stage be in whole Sleep stages the most shallow, the people waken up when REM sleep can be different from the situation at other Sleep stages, and is filled with vigilance and energetic.Further, between REM sleep, the auxin of pituitary relatively ordinary circumstance want many, it is ensured that the growth promoter of human body is had necessarily positive meaning by REM sleep.Therefore REM sleep face in a physiologically is extremely different with other Sleep stages；
Sound detection judge module, described sound detection judge module includes audio frequency sensing element, audio frequency comparator, described audio frequency sensing element receives audio-frequency information, the audio-frequency information that audio sensor is received by described audio frequency comparator is compared with the audio-frequency information preset and is divided into the sound of snoring and environment noise, audio frequency sensing element can be selected for audio sensor, gather acoustical signal around, audio frequency comparator receives the acoustical signal gathered, the waveform of acoustical signal is analyzed, then contrast with default sound of snoring waveform, if the coincidence rate of waveform more than 70% it is determined that the sound of snoring, lower than 70% it is determined that environment noise；
Brain wave monitoring modular, described brain wave monitoring modular includes brain wave sensor, brain wave comparator, described brain wave sensor be arranged in the middle part of medicated pillow with back side of head contact site, receive the brain wave of detected target, the brain wave that brain wave sensor is received by described brain wave comparator is compared with the brain wave information threshold preset and is divided into waking state brain wave and sleep state brain wave, and the comparison of brain wave is realized by waveform degree of being consistent.
Further, described intelligent pillow also includes sleep quality parameter detection module, described sleep quality detection module includes processor, display, described processor is connected with physiological compensation effects module, for analyzing and processing the physiological parameter information that physiological compensation effects module gathers, described display is connected with processor, and the information receiving processor generates form and/or curve and shows.
Further, described intelligent pillow also includes communication module, described communication module is connected with physiological compensation effects module, REM monitoring modular respectively, when the body physiological parameter of user or sleep attitude are in abnormality to default reception equipment sending data signal；
Or, described communication module is connected with physiological compensation effects module, and acquisition body temperature information and room temperature information are compared by communication module, to default reception equipment sending data signal when the temperature difference between the body temperature and room temperature of user is more than default temperature difference.Such as, when summer body temperature with ambient temperature difference less than 10 degrees Celsius time, communication module sends work order to the accepting device air-conditioning in bathroom, or when when winter, body temperature and room temperature difference are more than 15 degrees Celsius, communication module sends work order to heating of house equipment, above-mentioned 2 each examples are a specific embodiment of the present invention, should not be construed limitation of the invention.
Further, described intelligent pillow also includes snoring and adjusts sleeping position module, described snoring is connected with audio frequency comparator, infrared imaging device, air spring control respectively with adjusting sleeping position module, the sleep quality abnormal stature that if the audio-frequency information that audio frequency comparator receives is the sound of snoring or infrared imaging device gathers, then described snoring and adjustment sleeping position module send instruction to air spring control and regulate air bag, thus minimal irritation user reaches snoring purpose while Row sum-equal matrix sleeping position, described sleep quality abnormal stature includes lifting quilt son, tic and rolling up.
Further, described intelligent pillow also includes anti-phase noise elimination module, described anti-phase noise elimination module is connected with sound detection judge module, including Sound Processor Unit and anti-phase sound generator, described Sound Processor Unit is connected with audio frequency comparator, for the waveform of the environment noise that audio frequency comparator sends is carried out anti-phase process, described anti-phase sound generator is connected with Sound Processor Unit, receive the anti-phase waveform of environment noise and produce anti-phase sound and carry out noise reduction, the distance between two speakers and two ears of playing the anti-phase sound of different capacity can be regulated, thus reaching the anti-phase function abated the noise.
Further, described intelligent pillow also includes GAMMA sound wave sleeping module, described GAMMA sound wave sleeping module includes brain wave sensor, brain wave state decision element, GAMMA sonic generator, described brain wave sensor is positioned at the position that pillow body surface contacts with incidence, for gathering the brain wave information of user, brain wave state decision element receives the brain wave information of brain wave sensor collection and judges now whether user is in sleep state, if user is not in sleep state, control the work of GAMMA sonic generator, if user is in sleep state, controls GAMMA sonic generator and quit work, GAMMA sonic generator sends soft GAMMA sound wave, the frequency of described GAMMA sound wave is 25～100HZ；
Or, also include hypnosis music playing module, described hypnosis music playing module is connected with brain wave monitoring modular, if user is not in sleep state, control the work of hypnosis music playing module, if user is in sleep state, controlling hypnosis music playing module and quit work, hypnosis music playing module is for playing soft hypnosis music according to user preferences.
Embodiment one: a kind of intelligent pillow, as shown in Figure 2, including the pillow body 1 for supporting user head, additional medicated pillow body 2, it is distributed in multiple laser generators 3 on described additional medicated pillow body 2 surface, it is distributed in the relative position information gathering element within the inside of described pillow body 1 and described additional medicated pillow body 2 and relative position decision element；
Described laser generator 3 is used for sending laser irradiating head portion, to promote natural on-off cycles of hair growth；The strength ratio of laser is milder, and intensity makes scalp temperature rising 1～2 degree Celsius be advisable to be radiated at scalp region for a long time, it is preferable that optical maser wavelength is 880 nanometers～940 nanometers.
When described laser generator 3 works, the relative position of described additional medicated pillow body 2 and described pillow body 1 is preset value, so that the range of exposures coverage criteria scalp region 4 of laser that described laser generator 3 sends；Standard scalp region 4 is downward projection region, the crown, mainly includes prefrontal area and the crown district when lying on the back, and also includes the downward projection district in temples district, and during owing to lying down, the back side of head is fitted by medicated pillow, does not count territory, standard header dermatotome 4；Mainly include prefrontal area and the crown district when lying on one's side, also include the downward projection district of the back side of head and do not paste the downward projection district in temples district with medicated pillow.The relative position of pillow body and additional medicated pillow body is as it is shown in figure 1, this relative position preset value is the laser-irradiated domain coverage criteria scalp region 4 so that laser generator, and preferred additional medicated pillow body is 10～50cm to the distance of pillow body simultaneously.
Preferably, described laser generator adopts row's structure as shown in Figure 2, it is possible to scans in standard scalp region about 4, circulates irradiation standard scalp region 4.Cost can also be effectively reduced while reaching hair growth promoting function.
Embodiment two:
A kind of intelligent pillow, as shown in Figure 3, including the pillow body 1 for supporting user head, additional medicated pillow body 2, it is distributed in multiple laser generators 3 on described additional medicated pillow body 2 surface, it is distributed in the inside of described pillow body and described additional medicated pillow body the relative position information gathering element in portion, and relative position decision element；
Described laser generator is used for sending laser irradiating head portion, to promote natural on-off cycles of hair growth；The strength ratio of laser is milder, and intensity makes scalp temperature rising 1～2 degree Celsius be advisable to be radiated at scalp region for a long time, it is preferable that optical maser wavelength is 880 nanometers～940 nanometers.
During the work of described laser generator, the relative position of described additional medicated pillow body and described pillow body is preset value, so that the range of exposures coverage criteria scalp region 4 of laser that described laser generator sends；Standard scalp region 4 is downward projection region, the crown, mainly includes prefrontal area and the crown district when lying on the back, and also includes the downward projection district in temples district, and during owing to lying down, the back side of head is fitted by medicated pillow, does not count territory, standard header dermatotome 4；Mainly include prefrontal area and the crown district when lying on one's side, also include the downward projection district of the back side of head and do not paste the downward projection district in temples district with medicated pillow.The relative position of pillow body and additional medicated pillow body is as it is shown in figure 1, this relative position preset value is the laser-irradiated domain coverage criteria scalp region 4 so that laser generator, and preferred additional medicated pillow body is 10～50cm to the distance of pillow body simultaneously.
Present invention additionally comprises REM monitoring modular 5, described REM monitoring modular 5 includes infrared imaging device, infrared distance measurement signal generator, face location recognition component, during work, described infrared imaging device is positioned at above measured target, described face location recognition component is used for monitoring sleep quality figure and identifying face location, described infrared distance measurement signal generator is arranged on pillow body oblique upper, sends the rotation situation of infrared distance measurement signal monitoring eyes；REM sleep, rapid eye movement (rapideyesmovement) is also known as paradoxical sleep, or also makes snap shot sleep, paradoxical sleep or fast wave sleep.Being the stage of a sleep, eyeball can present the quick movement can't help when this stage.This stage be in whole Sleep stages the most shallow, the people waken up when REM sleep can be different from the situation at other Sleep stages, and is filled with vigilance and energetic.Further, between REM sleep, the auxin of pituitary relatively ordinary circumstance want many, it is ensured that the growth promoter of human body is had necessarily positive meaning by REM sleep.Therefore REM sleep face in a physiologically is extremely different with other Sleep stages.
Above example is illustrative, is not determinate, it is impossible to limit protection scope of the present invention with this.Although disclosing embodiments of the invention and accompanying drawing for the purpose of illustration, but those skilled in the art can in the spirit and scope without departing from the present invention and claims, various replacements, to change and modifications be all possible, therefore, the scope of the present invention is not limited to embodiment and accompanying drawing disclosure of that.Present configuration is simply ingenious, change that any those skilled in the art of belonging to can readily occur in or replacement, all should be encompassed within protection scope of the present invention.
Claims (10)
1. an intelligent pillow, it is characterized in that, including the pillow body for supporting user head, additional medicated pillow body, it is distributed in multiple laser generators of described additional medicated pillow surface, it is distributed in the inside of described pillow body and described additional medicated pillow body the relative position information gathering element in portion, and relative position decision element；
Described laser generator is used for sending laser irradiating head portion, to promote natural on-off cycles of hair growth；
During the work of described laser generator, the relative position of described additional medicated pillow body and described pillow body is preset value, so that the range of exposures coverage criteria scalp region of laser that described laser generator sends；
Described relative position information gathering element is for collecting pillow body and the relative position information of additional medicated pillow body；
Described relative position decision element is for receiving the relative position information that relative position information gathering element is collected, and according to the information received, the relative position of described pillow body and described additional medicated pillow body is judged, when the range of exposures energy coverage criteria scalp region of the laser that the relative position of pillow body and additional medicated pillow body makes laser generator send, this relative position is preset value, when the laser that the relative position of pillow body and additional medicated pillow body makes laser generator send range of exposures can not coverage criteria scalp region time, this relative position is not just preset value.
2. intelligent pillow according to claim 1, it is characterized in that, also include scalp region detection scanning element and laser controller, described scalp region scanning element is used for scanning judgement scalp region, and described laser controller receives the information of scalp region scanning element and controls laser generator work.
3. intelligent pillow according to claim 2, it is characterised in that also include laser generator breaking element and temperature sensitive member,
Described laser generator breaking element one end is connected with temperature sensitive member, described temperature sensitive member is used for obtaining scalp temperature, the other end is connected with laser generator, when the scalp temperature that temperature sensitive member obtains is higher than preset temperature interval, laser generator breaking element job control laser generator power-off quits work, when the scalp temperature that temperature sensitive member obtains is lower than preset temperature interval, the energising of laser generator breaking element job control laser generator is started working.
4. intelligent pillow according to claim 2, it is characterised in that:
Also include quasi-element, described quasi-element is connected with relative position decision element and scalp region scanning element respectively, when the relative position of relative position decision element judgement pillow body and additional medicated pillow body is not preset value or scalp region scanning element scans less than scalp region time, quasi-element is adjusted the relative position of pillow body and additional medicated pillow body so that the relative position of pillow body and additional medicated pillow body is preset value；Or,
Also including alarm elements, described alarm elements is connected with relative position decision element, and when relative position decision element judges that the relative position of pillow body and additional medicated pillow body is not preset value, alarm elements sends alarm.
5. the intelligent pillow according to any one of Claims 1 to 4, it is characterised in that also include following least one set assembly:
Being arranged on flexible pillow covering towel surface or be arranged on the physiological compensation effects module on described pillow body surface, described physio-parameter detection module includes temperature sensor, pressure transducer, heart rate sensor；
Incidence massage module, described incidence massage module includes kneading ball, heating element heater, motor, temperature controller, described kneading ball is arranged in pillow body, locally exposing and contact with head and cervical region on medicated pillow surface, described heating element heater is placed in inside kneading ball, is used for making kneading ball with warming function, described motor is connected with kneading ball, for driving rotation and the rotation direction of kneading ball, described temperature controller is connected with kneading ball and motor respectively, for controlling the duty of kneading ball and motor；
Medicated pillow comfort tuning module, described medicated pillow comfort tuning module includes air bag group, air bag group controller, described air bag group is positioned at pillow body inside or bottom, and air bag group controller regulates the aeration quantity of air bag group according to the parameter set, thus adjustable pillow height, shape；
REM monitoring modular, described REM monitoring modular includes infrared imaging device, infrared distance measurement signal generator, face location recognition component, during work, described infrared imaging device is positioned at above measured target, described face location recognition component is used for monitoring sleep quality figure and identifying face location, described infrared distance measurement signal generator is arranged on pillow body oblique upper, sends the rotation situation of infrared distance measurement signal monitoring eyes；
Sound detection judge module, described sound detection judge module includes audio frequency sensing element, audio frequency comparator, described audio frequency sensing element receives audio-frequency information, and the audio-frequency information that audio sensor is received by described audio frequency comparator is compared with the audio-frequency information preset and is divided into the sound of snoring and environment noise；
Brain wave monitoring modular, described brain wave monitoring modular includes brain wave sensor, brain wave comparator, described brain wave sensor be arranged in the middle part of pillow body with back side of head contact site, receiving the brain wave of detected target, the brain wave that brain wave sensor is received by described brain wave comparator is compared with the brain wave information threshold preset and is divided into waking state brain wave and sleep state brain wave.
6. intelligent pillow according to claim 5, it is characterized in that, also include sleep quality parameter detection module, described sleep quality detection module includes processor, display, described processor is connected with physiological compensation effects module, for analyzing and processing the physiological parameter information that physiological compensation effects module gathers, described display is connected with processor, and the information receiving processor generates form and/or curve and shows.
7. intelligent pillow according to claim 5, it is characterized in that, also include communication module, described communication module is connected with physiological compensation effects module, REM monitoring modular respectively, when the body physiological parameter of user or sleep attitude are in abnormality to default reception equipment sending data signal；Or,
Described communication module is connected with physiological compensation effects module, and acquisition body temperature information and room temperature information are compared by communication module, to default reception equipment sending data signal when the temperature difference between the body temperature and room temperature of user is more than default temperature difference.
8. intelligent pillow according to claim 5, it is characterized in that, also include snoring and adjust sleeping position module, described snoring is connected with audio frequency comparator, infrared imaging device, air spring control respectively with adjusting sleeping position module, the sleep quality abnormal stature that if the audio-frequency information that audio frequency comparator receives is the sound of snoring or infrared imaging device gathers, then described snoring and adjustment sleeping position module send instruction to air spring control and regulate air bag, thus minimal irritation user reaches snoring purpose while Row sum-equal matrix sleeping position.
9. intelligent pillow according to claim 5, it is characterized in that, also include anti-phase noise elimination module, described anti-phase noise elimination module is connected with sound detection judge module, including Sound Processor Unit and anti-phase sound generator, described Sound Processor Unit is connected with audio frequency comparator, for the waveform of the environment noise that audio frequency comparator sends is carried out anti-phase process, described anti-phase sound generator is connected with Sound Processor Unit, receives the anti-phase waveform of environment noise and produces anti-phase sound and carry out noise reduction.
null10. intelligent pillow according to claim 5，It is characterized in that，Also include GAMMA sound wave sleeping module，Described GAMMA sound wave sleeping module includes brain wave sensor、Brain wave state decision element、GAMMA sonic generator，Described brain wave sensor is positioned at the position that pillow body surface contacts with incidence，For gathering the brain wave information of user，Brain wave state decision element receives the brain wave information of brain wave sensor collection and judges now whether user is in sleep state，If user is not in sleep state, control the work of GAMMA sonic generator，If user is in sleep state, controls GAMMA sonic generator and quit work，GAMMA sonic generator sends soft GAMMA sound wave，The frequency of described GAMMA sound wave is 25～100HZ；Or,
Also include hypnosis music playing module, described hypnosis music playing module is connected with brain wave monitoring modular, if user is not in sleep state, control the work of hypnosis music playing module, if user is in sleep state, controlling hypnosis music playing module and quit work, hypnosis music playing module is for playing soft hypnosis music according to user preferences.
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| CN201610042173.9A Pending CN105787433A (en) | 2015-02-02 | 2016-01-21 | Sleep state monitoring system and method |
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