CN110251802A

CN110251802A - Sleep inducing system and its sleep derivation method and sleep derivation device

Info

Publication number: CN110251802A
Application number: CN201910498841.2A
Authority: CN
Inventors: 邹高迪; 邹新; 邹明志
Original assignee: Shenzhen Merrytek Technology Co Ltd
Current assignee: Shenzhen Merrytek Technology Co Ltd
Priority date: 2019-06-11
Filing date: 2019-06-11
Publication date: 2019-09-20

Abstract

The invention discloses a sleep inducing system and its sleep derivation method and sleep derivation devices, wherein the sleep inducing system includes a microwave sounding center and an environmental Kuznets Curves center, wherein the environmental Kuznets Curves center is communicatively connected in a network in the microwave sounding center, the change frequency that the environmental Kuznets Curves center controls an inducible factor is equal to the real-time respiratory rate of human body, and after being consistent with the real-time respiratory rate of human body, the change frequency that the environmental Kuznets Curves center controls the inducible factor is equal to the respiratory rate under sleep quality state, so that human body is rapidly introduced into sleep state, to improve sleep quality.

Description

Sleep inducing system and its sleep derivation method and sleep derivation device

Technical field

The present invention relates to an electromagnetic wave field, in particular to a sleep inducing system and its sleep derivation method and sleep lure Lead device.

Background technique

Sleep is essential physiology course in human life activity, and human body is after working and learning, either brain Power or physical strength are all in frazzle, and rationally and the sleep of science can make the cell of Whole Body in loosening and rest shape State, so that the energy and antisecosis of human body are normal.Moreover, good sleep quality can also protect brain nervous cell, mention It is high mental, meanwhile, the ability for being conducive to enhance generated human antibody improves various organizers to enhance the resistance of human body The self-rehabilitation ability of official.And when the sleep quality of human body reduces, the health status of human body can also decline therewith.

In recent years, social rhythm accelerates, intensified competition, and life stress aggravates, and difficulty falling asleep becomes puzzlement most people Problem, insomnia incidence also rise year by year, will be apparent from moreover, difficulty falling asleep and insomnia are endangered caused by human body. Firstly, sleep insufficiency caused by difficulty falling asleep directly affects the state of mind of people, so that work, of the people at second day Feel exhausted inability during habit and life, and attention is difficult to concentrate or even mood swing is big, has seriously affected efficiency of doing things It is harmonious with interpersonal relationships.When human body is in difficulty falling asleep, be easy cause anxiety, and worry be difficult into It sleeps, vicious circle, which causes to have a sleepless night for a long time, to be generated.If persistent insomnia, every physical function of human body can all be asked Topic, it is easy to cause depression, skin shifts to an earlier date aging, heart disease, heart failure, cardiac arrhythmia etc. health problem, seriously Even will cause sudden death.A kind of insomnia not only Physiological Psychology disease, also becomes medical problem and social concern.

Currently, drug therapy is one of the important method of existing treatment insomnia, most people when by insomnia puzzlement, It will select to reach quick sleep using the sleeping drug of tranquilizing soporific, to solve the problems, such as insomnia.But by taking medicine Often there is apparent side effect in object sleeping.Firstly, human body is easy to generate dependence or habituation to sleeping drug, take for a long time It can aggravate the load to liver and cause liver diseases.In addition, sleeping drug is used for a long time, human body will appear failure of memory, The phenomenon that intelligence decline, reaction slow down.Moreover, once stopping using sleeping drug, human body is often difficult to enter sleep, and sits Restless sleep, anxiety are irascible.

Therefore, it is badly in need of proposing to effectively promote human body into dormant method, to improve the sleep quality of human body.

Summary of the invention

It is an object of the present invention to provide a sleep inducing system and its sleep derivation method and sleep derivation device, Wherein the sleep inducing system can induce the human body in a search coverage quick according to a motion characteristic of human body Ground enters sleep state, in favor of changing the sleep quality of human body.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system induction real-time respiratory rate of human body tends to the frequency of the breathing under sleep state, in turn It influences the real-time palmic rate of human body and also tends to the palmic rate under sleep state, be conducive to human body and be rapidly introduced into sleep shape State.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the inducible factor in sleep inducing system control environment changes, and human body is induced unconsciously to adjust Real-time respiratory rate is equal to the change frequency of the inducible factor, and when the change frequency of the inducible factor tends to people When body is in the respiratory rate under sleep state, the real-time respiratory rate of human body is gradually induced to the frequency of the breathing under sleep state Rate, so that human body is quickly fallen asleep.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system actively controls an electrical equipment, and actively controls the institute that the electrical equipment generates The variation of inducible factor is stated, to induce human body to enter sleep state, does not need manual operation and intervention, and then provide more intelligent Service.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep derivation device is equal to the frequency of the breathing under sleep state from the acoustically induction real-time respiratory rate of human body Rate.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system is inducing people by way of adjusting the change frequency for the sound that the electrical equipment generates The real-time respiratory rate of body tends to the respiratory rate under sleep state, so that human body is rapidly introduced into sleep state.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the change frequency that the sleep inducing system controls the volume of the sound, tone or tone color is equal to human body sleeping Respiratory rate under dormancy state, to induce human body unconsciously to adjust respiratory rate, to reach the respiratory rate under sleep state.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the breathing frequency that the sleep inducing system visually induces the real-time respiratory rate of human body to be equal under sleep state Rate.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system is inducing people by way of adjusting the change frequency for the light that the electrical equipment generates The real-time respiratory rate of body tends to the respiratory rate under sleep state, so that human body is rapidly introduced into sleep state.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the change frequency that the sleep inducing system controls the factors such as color, brightness, the colour temperature of the light is equal to human body Breathing frequency, and then induce human body enter sleep state, while be conducive to help user build high quality ring of falling asleep Border.

It is another object of the present invention to provide a sleep derivation device and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system induces the real-time respiratory rate of human body to be equal to exhaling under sleep quality state from tactile Inhale frequency.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system controls the frequency approach of the profile variation of the electrical equipment under sleep quality state Respiratory rate, and then during the smart machine described in human contact, induction human body is fallen asleep.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system adjusts the sound that the electrical equipment generates and/or the light and/or outer simultaneously The variation of shape, to guide the real-time respiratory rate of human body to tend to the respiratory rate under sleep state.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system is consistent with the real-time respiratory rate of human body in the change frequency for controlling the inducible factor Afterwards, then change the change frequency of the inducible factor, and the change frequency of the inducible factor is made to be equal to human body and be in sleep Respiratory rate under dormancy state, and then described lure unconsciously is equal to using the respiratory rate of the homoplasy of human body induction human body The change frequency of inducement.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system is controlled according to the difference of the respiratory rate under the real-time respiratory rate of human body and sleep state The variation of the inducible factor selects the operating mode of the electrical equipment, to build the environment for being suitable for human body sleep.The present invention Another be designed to provide a sleep inducing system and its sleep derivation method and sleep derivation device, wherein the sleep Inducible system determine human body have sleep it is expected after, control the variation of the inducible factor, and make the inducible factor by It gradually is changed to human body and enters the respiratory rate after sleep state, and then meet the needs of user's hommization.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep inducing system includes an environmental Kuznets Curves center, for controlling an electrical equipment, and then selects described electrical The operating mode of equipment and/or the change frequency for changing the inducible factor.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the sleep system includes a microwave sounding center, wherein the detection is detected at the microwave sounding center in real time Human body in region, and obtain the human body motion characteristic in real time.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the microwave sounding center obtains the human body motion characteristic in real time by way of handling a fluctuation signal.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein a difference signal is converted to obtain the fluctuation signal in the microwave sounding center, and the fluctuation signal corresponds to The motion characteristic of human body in the space exploration.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the environmental management center includes a control unit, wherein described control unit is controlled when executing a management strategy The electrical equipment, and change the frequency variation of the inducible factor, and then human body is induced to enter sleep state.

Another object of the present invention is to provide a sleep inducing system and its sleep derivation method and sleep derivation device, Wherein described control unit controls the operating mode of the electrical equipment when executing the management strategy, to build suitable human body The environment fallen asleep.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, it is described with subsequent for generating the management strategy wherein the environmental management center includes a strategy generating unit It adjusts unit and controls the electrical equipment when executing the management strategy, and change the inducible factor.

It is another object of the present invention to provide a sleep inducing system and its sleep derivation methods and sleep derivation to fill It sets, wherein the real-time motion characteristic and human body that the strategy generating unit is generated in the environment based on human body enter Respiratory rate under sleep state generates the management strategy, to adjust the electrical equipment in real time, and then builds and is suitble to human body The environment of sleep.

One aspect under this invention, the present invention further provides a sleep derivation method, the sleep derivation method packet Include step:

(a) change frequency for changing an inducible factor is equal to the real-time respiratory rate of human body；With

(b) it is controlled in such a way that the change frequency of the inducible factor is equal to the respiratory rate of human body in a sleep state The variation of the inducible factor, and then human body is induced to fall asleep.

According to one embodiment of present invention, in the above-mentioned methods, further comprise step (c): it is real-time to obtain human body Respiratory rate.

According to one embodiment of present invention, in the above-mentioned methods, the inducible factor is that an electrical equipment generates a lamp The color of light, brightness, one in colour temperature or multiple.

According to one embodiment of present invention, in the above-mentioned methods, the inducible factor is one that an electrical equipment generates One in the volume of sound, tone color and tone or multiple.

According to one embodiment of present invention, in the above-mentioned methods, the inducible factor is the outer deformation of an electrical equipment Change.

According to one embodiment of present invention, in the above method, the inducible factor is selected from: a light, a sound and The combination of the shape composition of one electrical equipment.

According to one embodiment of present invention, in the above-mentioned methods, further comprise step: being breathed in real time according to human body The difference between respiratory rate under frequency and sleep quality state controls the electrical equipment and enters corresponding operating mode, So that the electrical equipment changes the change frequency of the inducible factor under the operating mode.

According to one embodiment of present invention, in the above-mentioned methods, when the real-time respiratory rate of human body and sleep quality shape When the difference between respiratory rate under state is greater than or equal to a first threshold, the electrical equipment is controlled into one first work Mode；When the difference between the respiratory rate under the real-time respiratory rate of human body and sleep quality state is less than or equal to described first Threshold value and when being greater than a second threshold, controls the electrical equipment into one second operating mode；When human body breathes frequency in real time When the difference between respiratory rate under rate and sleep quality state is less than or equal to the second threshold and is greater than a third threshold value, The electrical equipment is controlled into a third operating mode.

According to one embodiment of present invention, in the above-mentioned methods, after judging that a sleep motion characteristic occurs in human body, change The change frequency for becoming the inducible factor is equal to respiratory rate under sleep quality state.

According to one embodiment of present invention, in the above-mentioned methods, when there is only fine motions, breathing in a preset time period And when heartbeat movement, judge that the sleep motion characteristic occurs in human body.

According to one embodiment of present invention, wherein in the above-mentioned methods, when there is only breathings in a preset time period When with heartbeat movement, judge that the sleep motion characteristic occurs in human body.

According to one embodiment of present invention, in the above-mentioned methods, further comprise step (d):

(d.1) difference signal based on the generation of Doppler effect principle is converted as a fluctuation signal；

(d.2) based on frequency in the fluctuation signal be 3Hz and within fluctuation an at least characteristic parameter establish one from Divergence analysis database；

(d.3) based on the dispersion analysis to the dispersion analytical database, joined with this feature of the fluctuation signal The identity and sleeping state of several different value characterizing definition human bodies；And

(d.4) corresponding relationship of this feature parameter based on the fluctuation signal and the dispersion analytical database, sentences The identity and sleeping state of the disconnected human body corresponding to the fluctuation signal, and when the human body of the corresponding identity is in shallow sleep shape Judge that the sleep motion characteristic occurs in human body when state.

According to one embodiment of present invention, in the above-mentioned methods, further comprise step (e): obtaining sleep quality shape Respiratory rate under state.

According to one embodiment of present invention, further comprise step in the step (e): storing human body sleeping in advance Respiratory rate under dormancy state.

According to one embodiment of present invention, in the step (e), after judging that human body enters sleep state, storage The real-time respiratory rate of human body.

According to one embodiment of present invention, wherein further comprising step in the step (e):

(e.1) difference signal based on the generation of Doppler effect principle is converted as a fluctuation signal；

(e.2) based on frequency in the fluctuation signal be 3Hz and within fluctuation an at least characteristic parameter establish one from Divergence analysis database；

(e.3) based on the dispersion analysis to the dispersion analytical database, joined with this feature of the fluctuation signal The identity and sleep state of several different value characterizing definition human bodies；And

(e.4) corresponding relationship of this feature parameter based on the fluctuation signal and the dispersion analytical database, sentences The identity and sleep state of the disconnected human body corresponding to the fluctuation signal, and when the human body of the corresponding identity is in sleep state When, store the real-time respiratory rate of human body.

According to one embodiment of present invention, further comprise step in the step (c):

(c.1) difference signal based on the generation of Doppler effect principle is converted as a fluctuation signal；

(c.2) select frequency range for the fluctuation signal within 1Hz；And

(c.3) fluctuation signal is analyzed, to obtain the real-time respiratory rate of human body.

According to one embodiment of present invention, wherein further comprising step (f) in the above-mentioned methods:

(f.1) based on frequency in the fluctuation signal be 3Hz and within fluctuation an at least characteristic parameter establish one from Divergence analysis database；

(f.2) based on the dispersion analysis to the dispersion analytical database, joined with this feature of the fluctuation signal The identity and sleep state of several different value characterizing definition human bodies；And

(f.3) corresponding relationship of this feature parameter based on the fluctuation signal and the dispersion analytical database, sentences The identity of the disconnected human body corresponding to the fluctuation signal, and slept based on the human body is corresponded in the dispersion analytical database The respiratory rate of the individual features gain of parameter human body of fluctuation signal under state in a sleep state.

According to one embodiment of present invention, wherein further comprising step in the step (f):

(f.4) frequency that the breathing under sleep quality state/and heartbeat movement are corresponded at least one period is updated The individual features parameter of the fluctuation signal is to dispersion analytical database, to correct the institute of the corresponding human body in a sleep state The value feature of the individual features parameter of fluctuation signal is stated, that is, corrects the breathing/and heartbeat of the corresponding human body in a sleep state The frequency of movement.

According to one embodiment of present invention, wherein further comprising step (g) in the above-mentioned methods:

It is breathed in real time based on human body and heartbeat acts the identity and the state of mind for judging human body.

According to one embodiment of present invention, wherein further comprising step in the step (g):

(g.1) based on frequency in the fluctuation signal be 3Hz and within fluctuation an at least characteristic parameter establish one from Divergence analysis database；

(g.2) based on the dispersion analysis to the dispersion analytical database, joined with this feature of the fluctuation signal The identity and the state of mind of several different value characterizing definition human bodies；And

(g.3) corresponding relationship of this feature parameter based on the fluctuation signal and the dispersion analytical database, sentences The identity and the state of mind of the disconnected human body corresponding to the fluctuation signal.

According to one embodiment of present invention, wherein further comprising step (h) in the above-mentioned methods:

The variation of inducible factor described in identity and altered mental status based on the human body for corresponding to the fluctuation signal.

According to one embodiment of present invention, wherein in the step (g.2), based on to dispersion analysis data The dispersion in library is analyzed, and is somebody's turn to do with the identity of the different value characterizing definition human bodies of this feature parameter of the fluctuation signal with corresponding The excitatory state and Normal Conscious state of the human body of identity.

According to one embodiment of present invention, wherein in the step (h), based on the people for corresponding to the fluctuation signal The human body of the identity of body and the corresponding identity is in excitatory state, and the change of the inducible factor is formed in a manner of issuing voice Change.

According to one embodiment of present invention, wherein in the step (h), based on the people for corresponding to the fluctuation signal The human body of the identity of body and the corresponding identity is in Normal Conscious state, forms the induction with the variation of light and/or sound The variation of the factor.

According to one embodiment of present invention, wherein being obtained and being corresponded in a manner of vibrating sensing in the step (c) One fluctuation signal of the respiratory movement of corresponding human body, and the analysis fluctuation signal, to obtain the real-time respiratory rate of human body.

According to one aspect of the present invention, the present invention further provides a sleep inducing systems comprising:

One microwave sounding center, wherein the microwave sounding center obtains the real-time respiratory rate of human body in real time；

One environmental Kuznets Curves center, wherein the change frequency that the environmental Kuznets Curves center controls an inducible factor is equal to human body Real-time respiratory rate, and after being consistent with the real-time respiratory rate of human body, it is lured described in the environmental Kuznets Curves center control The change frequency of inducement is equal to the respiratory rate under sleep quality state.

According to one embodiment of present invention, the environmental Kuznets Curves center further comprises that a control unit and a strategy are raw At unit, wherein the strategy generating unit is communicatively connected in a network in described control unit and the microwave sounding center, Described in the motion characteristic that is obtained according to the microwave sounding center of strategy generating unit generate a management strategy, the control Unit processed controls the variation of the inducible factor when executing the management strategy.

According to one embodiment of present invention, the microwave sounding center includes that a microwave sounding unit and a signal are converted Unit, wherein microwave unilateral side unit, which is based on Doppler effect principle, generates a difference signal, the signal conversion unit turns Changing the difference signal is a fluctuation signal, and the fluctuation signal corresponds to a motion characteristic of human body.

According to one embodiment of present invention, the microwave sounding center includes a movement acquiring unit, wherein described dynamic The strategy generating list in the signal conversion unit and the environmental Kuznets Curves center is communicatively connected in a network as acquiring unit Member, the movement acquiring unit receive the fluctuation signal, and determine that the corresponding specific movement of the fluctuation signal is special Sign, the strategy generating unit generate the management strategy according to the specific motion characteristic.

According to one embodiment of present invention, microwave sounding center described in described includes a processing unit, wherein described Processing unit is communicatively connected in a network in the movement acquiring unit and the management strategy generation unit, wherein the processing is single The motion characteristic that movement acquiring unit obtains described in meta analysis, the management strategy generation unit is according to the processing unit Analysis result generate the management strategy.

According to one embodiment of present invention, the environmental Kuznets Curves center is according to the real-time respiratory rate of human body and human body sleeping Difference between respiratory rate under dormancy state controls the electrical equipment and enters a corresponding operating mode, so that described electrical Equipment adjusts the change frequency of the inducible factor under the operating mode.

According to one embodiment of present invention, the environmental Kuznets Curves center the processing unit be arranged a first threshold, One second threshold and a third threshold value, and judge the respiratory rate under the real-time respiratory rate of human body and sleep quality state it Between difference and the first threshold, the second threshold and the third threshold value between relationship, the strategy generating list Member generates the corresponding management strategy, to control the change for the inducible factor that an electrical equipment generates in described control unit When changing frequency, control described control unit enters corresponding operating mode.

According to one embodiment of present invention, the processing unit analyzes the movement that the movement acquiring unit obtains Feature, and judge whether the human body in the search coverage it is expected to sleep, the management strategy generation unit is according to the processing The judging result of unit generates the management strategy.

According to one embodiment of present invention, the processing unit at the microwave sounding center judges whether human body enters Sleep state, the management strategy generation unit generate the management strategy according to the judging result of the processing unit.

According to one embodiment of present invention, the microwave detector includes that a dormant data acquires center, wherein described Dormant data acquisition center is communicatively connected in a network in the strategy generating unit, and dormant data acquisition center obtains human body Respiratory rate under sleep state, so that the strategy generating unit generates the management strategy.

According to one embodiment of present invention, dormant data acquisition center is communicatively connected in a network single in the processing The first and described movement acquiring unit, when the processing unit judges that human body enters sleep state, the real-time respiratory rate quilt of human body It is stored in dormant data acquisition center.

Other side under this invention, the present invention further provides a sleep derivation devices comprising:

One sleep inducing system comprising:

One environmental Kuznets Curves center, wherein the change frequency that the environmental Kuznets Curves center controls an inducible factor is equal to people The real-time respiratory rate of body, and after being consistent with the real-time respiratory rate of human body, described in the environmental Kuznets Curves center control The change frequency of inducible factor is equal to the respiratory rate under sleep quality state；And

An at least electrical equipment, wherein the electrical equipment is communicatively connected in a network in the sleep inducing system, and institute It states electrical equipment and generates the inducible factor.

According to one embodiment of present invention, electrical equipment described in the electrical equipment is selected from: lamps and lanterns, are embraced sounding device Rest the head on the combination of composition.

Detailed description of the invention

Fig. 1 is the block diagram representation of a sleep inducing system of a preferred embodiment according to the present invention.

Fig. 2A is that the sleep inducing system of above-mentioned preferred embodiment according to the present invention passes through the change of one light of control The schematic diagram that the method induction human body for changing frequency close to the respiratory rate under sleep quality state is fallen asleep.

Fig. 2 B is that the sleep inducing system of above-mentioned preferred embodiment according to the present invention passes through the change of one sound of control The schematic diagram that the method induction human body for changing frequency close to the respiratory rate under sleep quality state is fallen asleep.

Fig. 2 C is that the sleep inducing system of above-mentioned preferred embodiment according to the present invention passes through the change of one sound of control The schematic diagram that the method induction human body for changing frequency close to the respiratory rate under sleep quality state is fallen asleep.

Fig. 3 is the block diagram representation of a sleep derivation device of another preferred embodiment according to the present invention.

Specific embodiment

It is described below for disclosing the present invention so that those skilled in the art can be realized the present invention.It is excellent in being described below Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It defines in the following description Basic principle of the invention can be applied to other embodiments, deformation scheme, improvement project, equivalent program and do not carry on the back Other technologies scheme from the spirit and scope of the present invention.

It will be understood by those skilled in the art that in exposure of the invention, term " longitudinal direction ", " transverse direction ", "upper", The orientation of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" or position are closed System is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, without referring to Show or imply that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore above-mentioned art Language is not considered as limiting the invention.

It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no It can be interpreted as the limitation to quantity.

Referring to Figure of description 1 to Fig. 2A, a sleep inducing system 100 according to a preferred embodiment of the present invention will be Be set forth in following description, wherein the sleep inducing system 100 can induce it is fast into the human body in a search coverage Enter sleep state, fastly so as to improve the sleep quality of human body.Specifically, the sleep inducing system 100 is visited in real time An at least motion characteristic for the human body in the search coverage is surveyed, and by the variation of one inducible factor of control, induction enters institute The real-time respiratory rate for stating the human body in search coverage is unconsciously equal to the respiratory rate that human body is under sleep state, And the palmic rate that the real-time palmic rate of human body is also equal under sleep state is influenced, and then induce human body to be rapidly introduced into and sleep Dormancy state, to solve the problems, such as difficulty falling asleep.

Specifically, the sleep inducing system 100 can control the working condition of an electrical equipment 200, and then change The inducible factor, and the change frequency of the inducible factor is made to be equal to the respiratory rate that human body is under sleep state, In this way, the human body in the search coverage can unconsciously adjust the respiratory rate of itself, and be equal to the induction because The change frequency of son, when human body breathes in real time and palmic rate reaches the breathing and palmic rate under sleep state, human body Into sleep state.Those skilled in the art are it should also be understood that in other embodiments of the invention, the sleep derivation System 100 can also be equal to the side for the heartbeat that human body is under sleep state by controlling the change frequency of the inducible factor Formula induces the real-time palmic rate variation of human body, to be rapidly introduced into sleep state.

According to a preferred embodiment of the present invention, the sleep inducing system 100 includes a microwave sounding center 10 and one Environmental management center 20, wherein the microwave sounding center 10 and the environmental management center 20 are communicatively connected in a network.It is described Microwave sounding center 10 is used to obtain at least one motion characteristic of the human body in the search coverage in real time, such as but not It is limited to continuous slowly movement, with the slow movement of certain rhythm, movement by a small margin, significantly movement or high-speed motion Deng, and then can determine that human body is present in the space exploration.Further, the microwave sounding center 10 can obtain people Body movement, fine motion, breathing and heartbeat movement, for subsequent, the environmental management center 20 is according to the microwave sounding center The motion characteristic controls the working condition of the electrical equipment 200 to 10 human bodies detected in real time, to adjust institute in real time Inducible factor is stated, and then human body is guided rapidly to fall asleep.

Preferably, referring to Fig. 2A, the sleep inducing system 100 visually influences the human body and breathes frequency in real time Rate, so that human body is quickly fallen asleep.Specifically, the environmental Kuznets Curves center 20 controls the electrical equipment 200, adjusts in real time The change frequency for the light that the electrical equipment 200 generates, to induce the real-time respiratory rate of human body to change.Further Ground, the change frequency of the light is gradually equal to the respiratory rate that human body is under sleep state, with becoming using human body The respiratory rate for the human body that assimilative induction is in the search coverage is gradually equal to the change frequency of the light, that is, The real-time respiratory rate of human body progressivelyes reach the frequency of the breathing under sleep state, and influences the real-time palmic rate of human body and also become The palmic rate being same as under sleep state, and then enter sleep state.That is, in this specific embodiment of the invention In, the electrical equipment 200 is a lamps and lanterns.

Preferably, the environmental Kuznets Curves center 20 selects the operating mode of the electrical equipment 200, controls the light Color change, and the color change frequency of the light is enabled to be equal to the respiratory rate of human body in a sleep state.Than As said, the sodium yellow and orange-colored light that the electrical equipment 200 generates alternately occur, and alternately the frequency of variation close to The respiratory rate of human body in a sleep state.

Preferably, the environmental Kuznets Curves center 20 controls the brightness change of the light, and makes the bright of the light The frequency of variation can be equal to the respiratory rate of human body in a sleep state.Such as the institute that the electrical equipment 200 generates The brightness for stating light is flickering or the light is gradually dimmed, and change frequency is equal under sleep quality state Respiratory rate.

Preferably, the environmental Kuznets Curves center 20 controls the color temperature change of the light, and makes the colour temperature of the light The frequency of variation can be equal to the frequency of the breathing of human body in a sleep state.Those skilled in the art it should also be understood that In other embodiments of the invention, the environmental Kuznets Curves center 20 can control color, brightness, the colour temperature of the light simultaneously One of or the real-time change frequency of a variety of factors, to induce human body to be rapidly introduced into sleep state, to improve sleep matter Amount.Such as while the light of different colours alternately changes, the brightness of the light is gradually decreased, and is changing While frequency is equal to the respiratory rate of human body, the suitable sleep environment of light is built.

Referring to Fig. 2 B, another preferred embodiment according to the present invention, the sleep inducing system 100 is from acoustically influencing people The respiratory rate of body, so that human body is quickly fallen asleep.Specifically, the environmental Kuznets Curves center 20 controls in real time described electrically sets Standby 200, and the change frequency for the sound that the electrical equipment 200 generates, such as, but not limited to, the environment are adjusted in real time Control centre 10 control the volume of the sound, one in tone tone color or it is multiple change, and the sound Change frequency be gradually equal to the frequency of the breathing that human body is under sleep state, to induce people using the homoplasy of human body The real-time respiratory rate of body progressivelyes reach the respiratory rate under sleep state, while influencing the real-time palmic rate of human body and also can Reach the palmic rate under sleep state, and then enters sleep state.That is, in this specific embodiment of the invention In, the electrical equipment 200 may be implemented as a sound equipment, earphone or other sounding devices.For example, described electrically to set Standby 200 can generate a breathing, that is, exhale and the sound of air-breathing replaces, and the control of environmental Kuznets Curves center 20 is exhaled and air-breathing The frequency that is alternately present of sound and the human body expiration being under sleep state it is consistent with the frequency of air-breathing, in such manner, it is possible to induce Human body in the space exploration unconsciously adjusts the change frequency that real-time respiratory rate is equal to the breathing, human body Into sleep state.

Referring to Fig. 2 C, another preferred embodiment according to the present invention, the sleep inducing system influences human body from tactile Respiratory rate so that human body is quickly fallen asleep.Specifically, the environmental Kuznets Curves center 20 controls the electrical equipment in real time 200, and drive the shape of the electrical equipment 200 to change, and the frequency of the shape fluctuations of the electrical equipment 200 The respiratory rate to level off under sleep quality state, when human body is after contacting electrical equipment 200, human body breathes frequency in real time Rate will receive the influence of the frequency of the profile variation of the electrical equipment 200, and then the respiratory rate being equal under sleep state, Quickly to fall asleep.Such as, but not limited to described electrical equipment 200 can deformation occurs, and the change frequency of deformation corresponds to human body Respiratory rate, i.e., the described electrical equipment 200 expand outward variation correspond to human exhaled breath movement, the electrical equipment 200 correspond to the movement of human body air-breathing to the variation of contract, and then when the electrical equipment 200 described in human body touch, human body is real When respiratory rate can be influenced by the electrical equipment 200.Such as, but not limited to, in this specific embodiment of the invention In, the electrical equipment 200 is a pillow, and human body can experience the pillow during sleep, encircling the pillow, human body Fluctuations, and then the frequency that real-time respiratory rate is equal to the pillow fluctuations is unconsciously adjusted, described After the frequency of the fluctuations of pillow is equal to the respiratory rate under sleep quality state, the real-time respiratory rate of human body is affected And it is equal to the respiratory rate under sleep state, and then fall asleep.

It is noted that in some embodiments of the invention, the electrical equipment 200 is implemented as a mattress, or A bed body of fluctuation of bed mattress variation can be controlled, so that the fluctuating of the mattress can be experienced by sleeping the human body in the mattress Variation, and then the frequency that real-time respiratory rate is equal to the fluctuation of bed mattress variation is unconsciously adjusted, and in the mattress The frequency of fluctuations when being equal to the respiratory rate under sleep quality state, the real-time respiratory rate of human body is affected and becomes The respiratory rate being same as under sleep state, and then human body is induced to fall asleep.

It will be understood by those skilled in the art that the environmental Kuznets Curves center 20 can adjust simultaneously the sound and/ Or the change frequency of the light and/or profile variation.Such as the pillow is encircled during sleep in human body, the pillow The brightness of shape fluctuations, the light that the lamps and lanterns generate is gradually dimmed, while the sound that the sound equipment generates Tone be gradually lower, and the change frequency of the frequency of the shape fluctuations of the pillow, the light and the sound It is intended to breathing and palmic rate that human body is under sleep state simultaneously.In this way, induction people is not only contributed to Body enters sleep state, is also beneficial to build the sleep environment of high quality.

Specifically, the environmental Kuznets Curves center 20 includes a control unit 21, and wherein described control unit 21 is executing one When management strategy, the working condition of the electrical equipment 200 is controlled, and controls the variation of the inducible factor.Preferably, described Microwave sounding center 10 obtains the motion characteristic in real time of the human body in the search coverage, so that described control unit 21 exists According to human body, the motion characteristic controls the variation of the inducible factor in real time when executing the management strategy, and builds and be suitble to Human body enters the environment slept.

Referring to Fig.1, according to a preferred embodiment of the present invention, the environmental Kuznets Curves center 20 is generated including a management strategy Unit 22, wherein the management strategy generation unit 22 is communicatively connected in a network in the microwave sounding center 10, the management The motion characteristic for the human body in the search coverage that strategy generating unit 22 is obtained according to the microwave sounding center 10 Generate the management strategy, thus subsequent, described control unit 21 received from the management strategy generation unit 22 it is described When management strategy, the working condition of the electrical equipment 200 can be controlled.It is noted that in some implementations of the invention In example, described control unit 21 can not only control the electrical equipment 200 described in adjustment when executing the management strategy Inducible factor also can control the opening and closing of the electrical equipment 200.Such as when the microwave sounding center 10 detects After entering the search coverage to human body, i.e., at least one described movement that human body is detected at the described microwave sounding center 10 is special When sign, the management strategy generation unit 22 generates the management strategy, and described control unit 21 is executing the management strategy When, the electrical equipment 200 is first opened, the working condition of the electrical equipment 200 is then controlled, to adjust the inducible factor Variation.Under normal conditions, human body be in the breathing under sleep state and palmic rate lower than in physical activity breathing and the heart Frequency hopping rate, in this way, described control unit 21 when executing the management strategy, is gradually lowered the variation frequency of the inducible factor Rate, to be equal to the respiratory rate that human body is under sleep state.

Referring to attached drawing, the sleep inducing system 100 further comprises dormant data acquisition center 30, wherein described sleep Dormancy data acquisition center 30 obtains human body and is in the respiratory rate under sleep state.Preferably, human body is under sleep state Respiratory rate can be arranged in advance and be stored in dormant data acquisition center 30.Preferably, in the sleep derivation system After successfully induction human body enters sleep state, the respiratory rate of human body is stored in the dormant data acquisition system 100 The heart 30, directly to control the inducible factor using the data being stored in dormant data acquisition center 30 subsequent Change frequency be equal to the respiratory rate that human body is under sleep state.

Further, the microwave sounding center 10 obtains the detecting area by way of handling a fluctuation signal 101 The motion characteristic of human body in domain, and obtain the motion characteristic of human body.Specifically, the microwave sounding center 10 includes One microwave sounding module 110 and a signal conversion module 120, wherein the signal conversion module 120 be communicatively connected in a network in The microwave sounding module 110.The microwave sounding module 110 can export a difference signal 102, the signal conversion module 120 receive the difference signal 102, and the difference signal 102 is converted to the dynamic of the object in the corresponding search coverage Make the fluctuation signal 101 of feature.Further, the signal conversion module 120 selects the fluctuation signal 101 It selects, to obtain the specific motion characteristic of the object in the search coverage.

Specifically, the microwave sounding module 110 includes an at least Microwave emission unit 111, an echo receiving unit 112 And an at least processing unit 113, wherein the processing unit 113 is communicatively connected in a network in the Microwave emission unit 111 With the echo receiving unit 112.The Microwave emission unit 111, which is set, can emit a detection microwave, and described in formation Search coverage, the echo receiving unit 112, which is set, can receive the corresponding reflection echo of the microwave, when the spy When surveying the object of which movement in region, the frequency between the reflection echo and the detection microwave changes, and the processing is single Member 113 obtains the difference signal according to the frequency difference and/or phase difference of the detection microwave and the reflection echo 102.Further, the signal conversion module 120 is by the variation tendency Feature Conversion of the difference signal 102 at the fluctuation Signal 101, and the fluctuation signal 101 corresponds to the motion characteristic of the object in the search coverage.

Preferably, the microwave sounding center 10 further comprises a signal amplification module 130, the signal amplification module 130 are communicatively connected in a network the processing unit 113 and the signal conversion module 120 in the microwave sounding module 110, The signal amplification module 130 can targetedly amplify the difference signal 102 according to particular power, in favor of faint The difference signal 102 also accurately can be identified and be calculated by the signal conversion module 120, mention the high fluctuation signal 101 accuracy.In other embodiments of the invention, the signal amplification module 130 can also be put the fluctuation Greatly, in favor of more accurately obtaining the motion characteristic of the human body in the search coverage.

Further, the signal conversion module 120 is in the fluctuation signal of other frequency bands by filtering 101, the mode of the fluctuation signal 101 of the selection in a particular frequency range obtains the object in the search coverage extremely A few motion characteristic.Preferably, the signal conversion module 120 selects frequency range to be in the wave within 50Hz Dynamic signal 101, with motion characteristics such as the movement, limbs fine motion, breathing and the heartbeats that obtain the human body in the search coverage.More Preferably, the signal conversion module 120 selects frequency range to be in the fluctuation signal 101 within 25Hz, to obtain State the motion characteristics such as movement, limbs fine motion, breathing and the heartbeat of the human body in search coverage.Preferably, the signal conversion The fluctuation signal that module 120 selects frequency range to be greater than 3Hz and the frequency less than or equal to 25Hz, it is empty to obtain the detection The fine motion feature of interior human body.Preferably, the signal conversion module 120 selects frequency range to be in the wave within 3Hz Dynamic signal 101, to obtain the heartbeat feature of the human body in the search coverage.Preferably, the signal conversion module 120 selects Frequency range is in the fluctuation signal in 1Hz to 3Hz, special with the breathing and the heartbeat that obtain the human body in the search coverage Sign.Preferably, the signal conversion module 120 selects frequency range to be less than the fluctuation signal within 1Hz, to obtain detection The respiratory characteristic of human body in region.

That is, the motion characteristics such as the shift action of human body, micromotion, respiratory movement and heartbeat movement are in described Different fluctuations is corresponded in fluctuation signal 101, and the characteristic parameter of fluctuation different in the fluctuation signal 101 corresponds to phase The action parameter of the motion characteristic of human body is answered, it is as corresponding in corresponded to the frequency of fluctuation of respiratory movement in the fluctuation signal 101 In the frequency of respiratory movement.Specifically, frequency is greater than 3Hz in the fluctuation signal 101 and the fluctuation less than or equal to 25Hz corresponds to Frequency is that the fluctuation in 1Hz to 3Hz is acted corresponding to the heartbeat of people in the micromotion of human body, the fluctuation signal 101, institute State frequency in fluctuation signal 101 be 1Hz and within fluctuation correspond to the respiratory movement of people.

It is noted that if human body is there are in the search coverage, the microwave of the sleep inducing system 100 Detection center 10 can be moved by least one of movement, fine motion breathing and the heartbeat movement for detecting the generation of human body The mode of work accurately judges that there are human bodies in the space exploration, i.e., is within 50Hz according to frequency in the fluctuation signal 101 The presence of fluctuation and the movement, fine motion, breathing based on the living body and heartbeat movement in an at least motion characteristic presence Judge that there are human bodies in search coverage, and then improves the detection accuracy of the microwave detector, and then the sleep derivation System 100 accurately controls the working condition of the electrical equipment 200.

Referring to Fig.1, the microwave sounding center 10 further comprises a data processing module 140, wherein at the data Reason module 140 is communicatively connected in a network in the signal conversion module 120, and the data processing module 140 is communicably connected It is connected to the signal conversion module 120, the data processing module 140 can obtain the fluctuation signal 101, and to the wave Dynamic signal 101 is analyzed and processed, and the corresponding specific motion characteristic of the fluctuation signal 101 is determined, in subsequent, institute Stating environmental Kuznets Curves center 20, the motion characteristic controls the variation of the inducible factor in real time according to human body.

According to a preferred embodiment of the present invention, the data processing module 140 further comprises a movement acquiring unit 141, wherein the movement acquiring unit 141 is communicatively connected in a network in the signal conversion module 120, the movement obtains single Member 141 receives the fluctuation signal 101, and according to the vibration frequency, fluctuating range, duration, change of the fluctuation signal 101 Change the parameters such as the amplitude variation of period and the fluctuation signal in a cycle and determines the specific motion characteristic, such as But it is not limited to the movement of human body, limbs fine motion, breathing and heartbeat movement, acts as described acquiring unit 141 according to the wave There are the fluctuations of 1Hz and following frequencies to determine that there are respiratory movements in dynamic signal 101, and deposits according in the fluctuation signal 101 The fluctuation of frequency in 1Hz to 3Hz determines that there are heartbeat movements, and according to there are 3Hz in the fluctuation signal 101 extremely The fluctuation of frequency in 25Hz determines that there are micromotions.

Preferably, the strategy generating unit 22 at the environmental Kuznets Curves center 20 is communicatively connected in a network in the movement Acquiring unit 141, when the movement acquiring unit 141 get in the search coverage there are human body at least one is described dynamic Make feature, in the presence of breathing and heartbeat movement, the management strategy generation unit 22 generates the management strategy, described Control unit 21 controls the working condition of the electrical equipment 200 when executing the management strategy, and adjusts the inducible factor Change frequency it is consistent with the respiratory rate that human body is under sleep state.That is, specific real at of the invention one It applies in example, when human body is detected at the microwave sounding center 10 is present in the search coverage, the sleep inducing system 100 Start that human body is induced to enter sleep state.

According to a preferred embodiment of the present invention, when the movement acquiring unit 141 gets the search coverage memory After breathing and the heartbeat movement of human body, the strategy generating unit 22 at the environmental Kuznets Curves center 20 generates the management plan Slightly, to control the working condition of the electrical equipment 200 when described control unit 21 executes the management strategy, and institute is adjusted The change frequency for stating inducible factor is consistent with the real-time respiratory rate of human body, further, keeps the variation of the inducible factor After frequency and the consistent state of the real-time respiratory rate of human body continue a preset time, the change frequency of the inducible factor is adjusted Human body is gradually equal in dormant respiratory rate, and is finally reached the change frequency and human body sleeping of the inducible factor The respiratory rate of dormancy state is consistent.Be conducive to human body in this way to loosen, and lured step by step using the homoplasy of human body It leads the real-time respiratory rate of human body and follows the change frequency of the inducible factor, and reach and the respiratory rate one under sleep state It causes, and the palmic rate of human body is also influenced by respiratory rate and is gradually reaching and the palmic rate one under sleep state It causes, and then human body gently enters sleep, in favor of improving sleep quality.Such as the electrical equipment is implemented as one armful Pillow or a mattress, or a bed body of fluctuation of bed mattress variation can be controlled, when the environmental Kuznets Curves of the sleep inducing system 100 The described control unit 22 at center 20 first controls fluctuations or the institute of the shape of the pillow when executing the management strategy The frequency for stating the fluctuations of mattress is equal to the real-time respiratory rate of human body, above and below the pillow or mattress rhythm ground The variation of fluctuating influences the respiratory rate of human body, and in the profile variation of the pillow or the fluctuations and human body of the mattress When real-time respiratory rate is consistent, human body gradually loosens, and mood is gradually gentle, is conducive to enter sleep；Further, by The frequency for gradually changing the profile variation of the pillow or the fluctuations of the mattress is equal to breathing under sleep quality state Frequency, and reach consistent with the respiratory rate under sleep quality state, it is based on homoplasy, the respiratory rate of human body can be unconsciously The frequency of the frequency of the profile variation of the pillow or the fluctuations of the mattress is followed, and then enters sleep shape step by step State.

In some embodiments of the invention, there is people in the acquisition space exploration in the movement acquiring unit 141 After breathing and the heartbeat movement of body, the strategy generating unit 22 generates the management strategy, to hold in described control unit 21 When the row management strategy, the change for the inducible factor opened the electrical equipment, and the electrical equipment 200 is generated Change frequency to be consistent with the real-time respiratory rate of human body, and in the change frequency of the subsequent adjustment inducible factor.According to this One preferred embodiment of invention controls the electricity after the sleep inducing system 100 judges that a sleep motion characteristic occurs in human body The working condition of gas equipment 200, and change the inducible factor, so that the change frequency of the inducible factor is equal to human body Respiratory rate in a sleep state.

Specifically, the data processing module 140 further comprises a processing unit 142, wherein the processing unit 142 It is communicatively connected in a network in the movement acquiring unit 141, the processing unit 142 is analyzed the movement acquiring unit 141 and obtained The human body taken the motion characteristic in real time, and according to human body of the motion characteristic judgement in the search coverage whether There is the sleep motion characteristic, to judge whether human body it is expected to sleep.Preferably, the processing unit 142 is according to existing The type of the motion characteristic judges whether the human body in the search coverage sleep motion characteristic occurs.Specifically, the place Reason unit 142 analyzes the motion characteristic that the movement acquiring unit 141 obtains, and finds to correspond in the motion characteristic In human body it is mobile when, the processing unit 142 judges that the sleep motion characteristic does not occur in human body, at this point, the environment Control centre 20 does not work；When the processing unit 142 finds that only occurring fine motion, breathing and heartbeat in the motion characteristic moves When the state duration made, and fine motion, breathing and heartbeat movement only occur meets a preset time, the processing unit 142 judge that the sleep motion characteristic occurs in human body；Alternatively, when the processing unit 142 finds only to go out in the motion characteristic When now breathing and heartbeat movement, and the state duration for breathing and heartbeat movement only occur meets a place when preset time Reason unit 142 judges that the sleep motion characteristic occurs in human body, at this point, determining human body expectation sleep, the environmental Kuznets Curves center The 20 management strategy generation unit 22 generates the management strategy, to execute the management strategy in described control unit 21 When control the electrical equipment 200, and adjust the change frequency of the inducible factor.

Preferably, the processing unit 142 further has a dispersion analytical database, wherein the dispersion is analyzed Database is established at least characteristic parameter for corresponding to the fluctuation signal 101 of the breathing of human body/and heartbeat movement, i.e., according to In the fluctuation signal 101 frequency be 1Hz and within/and 1Hz to 3Hz in at least characteristic parameter of fluctuation be established, Described in processing unit 142 based on to the dispersion analytical database dispersion analysis and in the fluctuation signal 101 The different value characterizing definitions of this feature parameter correspond to the identity and the state of mind of human body, to allow the processing subsequent Unit 142 is judged based on the fluctuation signal 101 and the corresponding relationship of dispersion analysis data in the space exploration Human body identity and the state of mind.As the processing unit 142 be based on to frequency in the fluctuation signal 101 be 3Hz and with The frequency parameter of interior fluctuation establishes the dispersion analytical database, and based on to the discrete of the dispersion analytical database Degree analysis and with frequency in the fluctuation signal 101 be 3Hz and within fluctuation frequency different value characterizing definitions it is corresponding Human body identity and the state of mind, i.e., with the body of the corresponding human body of the value characterizing definition of the breathing of human body and heartbeat operating frequency Part and the state of mind, subsequent, to allow the processing module unit 142 to be based on the fluctuation signal 101 and the dispersion The corresponding relationship of analysis data judges identity and the state of mind in the human body in the space exploration, i.e., is believed based on the fluctuation In the frequency and the dispersion analytical database of breathing and the heartbeat movement of human body in number 101 corresponding space explorations The corresponding relationship for defining the breathing of the identity and the state of mind of different human body and the value feature of heartbeat operating frequency, judges in institute State the identity and the state of mind of the human body in space exploration.

For example, the breathing based on human body under the different state of mind and heartbeat movement frequency difference, it is described from Divergence analysis database is built with the frequency parameter for corresponding to the fluctuation signal 101 of the frequency of breathing and the heartbeat movement of human body It is vertical, i.e., according to frequency in the fluctuation signal 101 be 1Hz and within and 1Hz to 3Hz in the frequency parameter of fluctuation be established, Described in processing unit 142 based on to the dispersion analytical database dispersion analysis and in the fluctuation signal 101 The different value characterizing definitions of frequency parameter correspond to the identity and the state of mind of human body, i.e., to breathe and the frequency of heartbeat movement Different value characterizing definitions correspond to the identity and the state of mind of human body, such as to breathe and the different values of the frequency of heartbeat movement Characterizing definition corresponds to the excitatory state of the human body of human body identity, Normal Conscious state, sleeping state and sleep state, with It is subsequent, allow the processing unit 142 to judge based on the fluctuation signal 101 and the corresponding relationship of dispersion analysis data In the identity and the state of mind of the human body in the space exploration, and allow the management strategy at the environmental Kuznets Curves center 20 Identity and the state of mind of the generation unit 22 based on human body generate the corresponding management strategy, to hold in described control unit 21 The electrical equipment 200 is controlled when the row management strategy, and adjusts the variation of the inducible factor.

It is noted that the excitatory state based on human body, the inducible factor is preferably sound, specifically, the ring Border control centre 20 is in excitatory state based on human body and controls the electrical equipment 200 in real time, and adjusts the electricity in real time Gas equipment 200 generate sound variation, such as, but not limited to, the environmental Kuznets Curves center 20 control the sound volume, One in tone tone color or it is multiple change, including the voice comprising particular content, to pass through voice guide Mode guides the human body in excitatory state to tend to be tranquil, such as tends to Normal Conscious state or sleeping state.Based on human body Normal Conscious state, the inducible factor are preferably light and/or sound, the volume of the such as, but not limited to described sound, tone One in tone color or it is multiple change, one of the color of light, brightness, colour temperature or a variety of factors are real-time Change frequency.Sleeping state based on human body judges that the sleep motion characteristic, the inducible factor occurs in corresponding human body Preferably sound, at least one of light and profile variation, specifically, the environmental Kuznets Curves center 20 are in based on human body Sleeping state controls the electrical equipment 200 in real time, and adjusts the inducible factor that the electrical equipment 200 generates in real time Frequency variation, such as, but not limited to one in the volume of the sound that generates of the electrical equipment 200, tone or tone color or Be it is multiple change, one of the color of light, brightness, colour temperature or the real-time change frequency of a variety of factors, Yi Jisuo State the frequency of the shape fluctuations of electrical equipment 200.

Further, the judgement of the processing unit 142 of the data processing module 140 is in the space exploration Whether human body enters sleep state, and after the processing unit 142 determines that human body enters sleep state, the strategy generating list Member 22 generates the management strategy, and described control unit 21 executes the management strategy, and closes the electrical equipment 200, with Conducive to the sleep environment for building high quality, and using electricity wisely.Such as when under the real-time respiratory rate of human body and sleep state Respiratory rate is consistent, and the processing unit 142 judges that the human body in the search coverage comes into sleep state, alternatively, institute It states processing unit 142 and analyzes the motion characteristic that the movement acquiring unit 141 obtains, discovery is in a long time, described Human body in search coverage only exists breathing and heartbeat movement, judges that human body enters sleep state.

That is, described in real time based on the human body that the processing unit 142 obtains the movement acquiring unit 141 The analysis of motion characteristic, the processing unit 142 of the data processing module 140 can judge in the space exploration Human body whether enter sleep state, and after dispersion analytical database foundation, obtain the fluctuation signal 101 again When, the corresponding relationship based on the fluctuation signal 101 with dispersion analysis data, the processing unit 142 equally can Whether human body of the judgement in the space exploration enters sleep state, the invention is not limited in this regard.

For example, the microwave sounding center 10 of the sleep inducing system 100 is arranged at the ceiling in room, And it is held in the top of bed, and the microwave shape of the Microwave emission unit 110 transmitting at the microwave sounding center 10 At the search coverage cover entire bed.The microwave sounding center 10 obtains the motion characteristic of human body in real time, and The motion characteristic is analyzed in real time, when the processing unit 142 of the data processing centre 140 judges that human body is slept described in occurring After dormancy motion characteristic, the management strategy generation unit 22 at the environmental Kuznets Curves center 20 generates the management strategy, and Described control unit 21 opens the electrical equipment 200 when executing the management strategy, as sounding device issues breathing, and institute The change frequency for stating the inducible factor of the generation of electrical equipment 200 is consistent with the real-time respiratory rate of human body, i.e., the described sounding The frequency for the breathing that device issues is consistent with the real-time respiratory rate of human body, and the change frequency of the inducible factor is kept to hold After continuing the preset time, it is consistent that the frequency of the breathing issued such as sounding device breathes with human body audio frequency in real time, and keeps After 30 seconds, the change frequency for the breathing that the electrical equipment 200 generates is changed, the breathing audio frequency that the sounding device generates Rate is gradually equal to the respiratory rate under sleep quality state, and the respiratory rate that human body can unconsciously adjust itself is equal to send out The change frequency for the breathing that acoustic device generates, and the palmic rate for influencing human body is also equal to the frequency of the heartbeat under sleep state Rate, and then human body enters sleep state.After the processing unit 142 determines that human body enters sleep state, the strategy generating Unit 22 generates the management strategy, and described control unit 21 executes the management strategy, and closes the electrical equipment 200, The sounding device stops sounding.

According to a preferred embodiment of the present invention, the sleep inducing system 100 according to the real-time respiratory rate of human body and The difference value of respiratory rate under sleep state controls the working condition of the electrical equipment 200, and then adjusts human body in real time The environment of surrounding, to be suitble to human body to fall asleep.

Specifically, the processing unit 142 of the data processing centre 140 of the sleep inducing system 100 obtains The motion characteristic of human body, and the difference of human body real-time respiratory rate and the respiratory rate under sleep state is analyzed, judge The sleep stage of human body in the search coverage, 22 basis of management strategy generation unit at the environmental management center 20 The judging result of the processing unit 142 generates the management strategy, and described control unit 21 is when executing the management strategy The operating mode for entering response for controlling the electrical equipment 200, so that the electrical equipment 200 is based on selected The variation of the inducible factor is adjusted under operating mode.

More specifically, a first threshold, a second threshold and a third threshold value is arranged in the processing unit 142, work as people When the difference of the real-time respiratory rate of body and the respiratory rate under sleep state is greater than or equal to the first threshold, the processing Unit 142 judges that the human body in the search coverage is in a first stage, and human body it is expected without sleep at this time；When human body is real-time When the difference of respiratory rate under respiratory rate and sleep state is less than or equal to the first threshold and is greater than the second threshold, The processing unit 142 judges that the human body in the search coverage is in a second stage, at this point, human body has slight sleep period It hopes；When the difference of the respiratory rate under the real-time respiratory rate of human body and sleep state is less than or equal to the second threshold and is greater than When the third threshold value, the processing unit 142 judges that human body is in a phase III, at this point, human body has strong sleep period It hopes；When the difference of the respiratory rate under the real-time respiratory rate of human body and sleep state reaches the third threshold value, human body into Enter sleep state.Further, the management strategy generation unit 22 at the environmental management center 20 is according at human body The sleep stage generate the management strategy, described control unit 21 selects the electrical equipment when executing the management strategy 200 operating mode.

Specifically, the operating mode of the electrical equipment 200 include one first operating mode, one second operating mode and One third operating mode, wherein first operating mode, second operating mode and third operating mode difference The first stage, the second stage and the phase III being in corresponding to human body, by selecting different institutes The mode for stating operating mode controls the inducible factor, to build the environment for being suitable for human body sleep.

In a preferred embodiment of the invention, the sleep inducing system 100 is produced by controlling the electrical equipment 200 When raw light induction human body is fallen asleep, the content of the operating mode of the electrical equipment 100 includes but is not limited to 200 to be produced Raw brightness of illumination, illuminating color of the light etc..Such as when the processing unit 142 judges that human body is in described the In one stage, described control unit 21 selects first operating mode when executing the management strategy, and then controls the electricity The brightness that gas equipment 200 generates can be used for the illumination under all normal activities, as still can under the brightness of human body at this moment Enough readings are read newspaper；When the processing unit 142 judges that human body is in the second stage, described control unit 21 is executing institute Second operating mode is selected when stating management strategy, and then is controlled the brightness that the electrical equipment 200 generates and be can satisfy people The normal activity of body portion, the object as large volume in environment can be differentiated under the brightness of human body at this moment, it can be difficult to differentiating The object of small size cannot clearly distinguish books text；When the processing unit 142 judges that human body is in the phase III When, described control unit 21 selects the electric third operating mode when executing the management strategy, and then controls described electrical The brightness that equipment 200 generates is faint, it is difficult to meet the object in user's discrimination environment, and then build in this way suitable Close the environment that human body is fallen asleep.It is noted that the electrical equipment 200 is in the different operating modes, the electricity The change frequency for the light that gas equipment 200 generates all first is equal to the real-time change of respiratory rate of human body, and works as the lamp After the change frequency of light reaches consistent with the real-time respiratory rate of human body, the change frequency of the light is equal to human body and is sleeping Respiratory rate under state, and then induce human body to fall asleep step by step.

In a preferred embodiment of the invention, the sleep inducing system 100 is produced by controlling the electrical equipment 200 When raw sound induction human body is fallen asleep, the content of the operating mode of the electrical equipment 200 includes but is not limited to the electricity Content, the type of the sound etc. that gas equipment 200 generates.Such as when the processing unit 142 judges that human body is in described First stage, described control unit 21 select first operating mode when executing the management strategy, to control the electricity Gas equipment 200 plays music, to attract the attention of human body；When the processing unit 142 judges that human body is in the second-order Section, described control unit 21 selects second operating mode when executing the management strategy, to control the electrical equipment Preceding story is slept in 200 broadcastings, in favor of loosening human body；It is described when the processing unit 142 judges that human body is in the phase III Control unit 141 selects the third operating mode when executing the management strategy, is played with controlling the electrical equipment 200 Breathing, and then the sleep environment of suitable human body real-time status is built in this way.Alternatively, working as described control unit 21 The electrical equipment 200 is controlled when executing first operating mode and plays the normal music of rhythm, to attract human body to pay attention to； The gentle sound of rhythm is played when described control unit 21 controls the electrical equipment 200 when executing second operating mode It is happy；When described control unit 21 is when executing the third operating mode, controlling the electrical equipment 200, to play rhythm extremely weak Music.It is noted that the electrical equipment 200 is under different operating modes, the change frequency of the sound is all It is first gradually equal to the real-time respiratory rate of human body, and when the change frequency of the sound and the real-time respiratory rate of human body reach To after consistent, then control the change frequency of the sound and be equal to respiratory rate under sleep quality state, and then draw step by step Human body sleep is led, for example, when the processing unit 142 judges that human body is in the first stage, the electrical equipment 200 is with sound Sound volume change frequency and the consistent mode of the real-time respiratory rate of human body play music, then the electrical equipment 200 Music is played in a manner of changing the respiratory rate that the change frequency of volume of sound is equal under sleep quality state.

In another preferred embodiment of the present invention, the sleep inducing system 100 is by controlling the electrical equipment 200 Shape variation induction human body when falling asleep, the operating mode of the electrical equipment includes but is not limited to the electrical equipment 200 Profile variation amplitude etc..Such as when the processing unit 142 judges that human body is in the first stage, the control Unit 21 selects first operating mode when executing the management strategy, with control the pillow fluctuating amplitude compared with Greatly, and human body is allowed rapidly to experience the movement of the pillow, in order to attract the attention of human body；When the processing unit 142 judge that human body is in the second stage, and described control unit 21 selects second work when executing the management strategy Operation mode, it is normal to control the amplitude of fluctuating of the pillow, so that human body loosens；When the processing unit 143 judges people Body is in the phase III, and described control unit 21 selects the third operating mode when executing the management strategy, with The amplitude for controlling the fluctuating of the pillow is smaller, in this way, induces human body to breathe in real time step by step from tactile Frequency variation.It is noted that the electrical equipment 200 is under different operating modes, the outer deformation of the electrical equipment The frequency of change be all first gradually be equal to the real-time respiratory rate of human body, and when the frequency of the electrical equipment profile variation and After the real-time respiratory rate of human body reaches consistent, then controls the frequency of the electrical equipment profile variation and be equal to sleep quality shape Respiratory rate under state, and then guide human body to fall asleep step by step, for example, when the processing unit 142 judges that human body is in described First stage, the electrical equipment 200 adjust the fluctuations frequency and human body of shape in a manner of keeping larger relief intensity Real-time respiratory rate is consistent, and then the electrical equipment 200 adjusts the fluctuating of shape in a manner of keeping larger relief intensity Change frequency is equal to the respiratory rate under sleep quality state.It is worth noting that, what those skilled in the art should know It is that the particular content of first operating mode, second operating mode and the third operating mode is as just showing Meaning, can't be the limitation of the content and range to sleep inducing system 100 of the present invention and its sleep derivation method.

The dormant data acquisition center 30 of the sleep inducing system 100 further comprises an interactive unit 31, one Automatic collection unit 32 and the data being communicatively coupled with the interactive unit 31 and the automatic collection unit 32 are deposited Storage unit 33.The interactive unit 31 allows user initiatively to input the respiratory rate under sleep quality state or selection correspondence The sleep inducing system 100 is arranged in the gear of respiratory rate under sleep quality state, in subsequent, the environmental management The management strategy generation unit 22 at center 20 controls the inducible factor according to the respiratory rate under sleep quality state Variation.The automatic collection unit 32 is communicatively connected in a network in the data processing module at the microwave sounding center 10 140, in the sleep inducing system 100 for the first time in use, the microwave sounding center 10 detects the search coverage in real time The motion characteristic of interior human body, the motion characteristic that the movement acquiring unit 141 obtains are stored in institute in real time Data storage cell 32 is stated, when the processing unit 142 of the data processing module 140 is analyzing the movement acquiring unit During 141 motion characteristics obtained, in a long time, the human body in the search coverage, which only exists, is exhaled for discovery It inhales and heartbeat acts, judge that human body enters sleep state.At this point, the respiratory rate of human body is that human body is in the frequency under sleep state Rate, next time in use, can directly be utilized for adjusting the change frequency of the inducible factor.Art technology Personnel it should also be understood that the motion characteristic of human body is stored in dormant data acquisition center 30 in real time, with It is subsequent, the sleep quality and health quality of human body can be analyzed according to the motion characteristic of human body, and provide body science's Health guidance.

Particularly, in some embodiments of the invention, the sleep inducing system 100 is based on user to the interaction The input of unit 31 is activated, wherein the processing unit 142 is based on described after the sleep inducing system 100 is activated Fluctuation signal 101 and the corresponding relationship of dispersion analysis data judge identity and essence in the human body in the space exploration Refreshing state, and allow identity of the management strategy generation unit 22 at the environmental Kuznets Curves center 20 based on human body and spiritual shape State generates the corresponding management strategy, to control the electrical equipment when described control unit 21 executes the management strategy 200, and adjust the variation of the inducible factor.

That is, the interactive unit 31 can be arranged to start the physical switch of the sleep inducing system 100 and Enable the sleep inducing system 100 by user by 31 people of interactive unit for starting or the interactive unit 31 are arranged to allow to receive wireless control signal and start the sleep inducing system 100, so that the sleep derivation system System 100 by user's wireless control artificial can start, and the present invention is not intended to limit this.

It is noted that at least feature ginseng of the fluctuation signal 101 of the breathing based on human body/and heartbeat movement The dispersion analytical database that number is established defines taking for the characteristic parameter of breathing/and the heartbeat movement of sleep quality state Value tag can be determined, that is, the respiratory rate corresponded under sleep quality state can be obtained simultaneously by the processing unit 142 It updates, the fluctuation signal as corresponded to the frequency of breathing/and heartbeat movement of human body at least one period by updating Individual features parameter to dispersion analytical database, or update and correspond to exhaling under sleep quality state at least one period Inhale/and heartbeat movement frequency the fluctuation signal individual features parameter to dispersion analytical database, and can with from Respiratory rate under the mode dynamic corrections sleep quality state of primary learning.

Therefore, in some embodiments of the invention, dormant data acquisition center 30 can and be not provided with and by institute The foundation for stating dispersion analysis data obtains the respiratory rate of corresponding human body in a sleep state, and subsequent, is such as again started up When the sleep inducing system, by the corresponding relationship of the fluctuation signal 101 and the dispersion analytical database, judgement pair The identity of the human body of fluctuation signal 101 described in Ying Yu and set with corresponding to respiratory rate of the identity under sleep state of the human body Set the sleep inducing system 100, the invention is not limited in this regard.

It will be appreciated by those skilled in the art that in some embodiments of the invention, the microwave sounding center 10 can quilt Replacement is embodied as a wearable device, such as, but not limited to based on vibration/pressure sensing working principle wearable device, such as electricity Magnetic-type vibrating sensor, piezoelectric vibration pickup, condenser type vibrating sensor, resistance-type vibrating sensor, pressure sensor, Vibration caused by be acted based on human body respiration or pressure change obtain a fluctuation letter of the respiratory movement for corresponding to corresponding human body Number, such as by being equipped with the wearable device of sound pick-up (such as microphone) in the wearing of human body so that the sound pick-up close to Or it is contacted with human body, it is close to the mouth and nose position of human body, such as to cause air-flow to become by human body respiration movement based on vibration principle Change forms audio signal, and based on amplification/integral/filtering processing to the audio signal, obtains and exhale corresponding to corresponding human body The fluctuation signal of suction movement, then the fluctuation signal corresponds to the respiratory movement of corresponding human body.

Other side under this invention, referring to Fig. 3, the present invention further provides a sleep derivation devices 1000, wherein The sleep derivation device 1000 includes the sleep inducing system 100 and an at least electrical equipment 200, wherein the sleep lures Guiding systems 100 are communicatively connected in a network in the electrical equipment 200, and the sleep inducing system 100 obtains the spy in real time The motion characteristic of the human body in region is surveyed, the sleep inducing system 100 controls the described of the generation of electrical equipment 200 The change frequency of inducible factor is equal to the respiratory rate that human body is under sleep state, to induce human body unconsciously to adjust certainly The real-time respiratory rate of body is equal to the change frequency of the inducible factor, sleeps so that the real-time respiratory rate of human body reaches Respiratory rate under dormancy state, and the palmic rate for influencing human body reaches the palmic rate under sleep state, and then human body enters Sleep state, in favor of solving the problems, such as difficulty falling asleep.It is noted that the specific embodiment of the electrical equipment 200 Limitation is not received, and such as, but not limited to, the electrical equipment 200 is implemented as one of lamps and lanterns, sound equipment pillow or more The combination of kind.

One aspect under this invention, the present invention further provides a sleep derivation methods, wherein the sleep derivation side Method further comprises following steps:

(a) an at least motion characteristic for the human body in a space exploration is obtained；

(b) change an inducible factor, and the change frequency of the inducible factor is equal to the breathing under sleep quality state Frequency；And

(c) the induction real-time respiratory rate of human body is equal to the change frequency of the inducible factor, and then human body entrance is slept Dormancy state.

According to a preferred embodiment of the present invention, detect it is special there are being acted described at least one in the space exploration Sign, such as after movement, fine motion, breathing and heartbeat, the variation frequency for the inducible factor for keeping the electrical equipment 200 to generate Rate is consistent with the real-time respiratory rate of human body.Preferably, after detecting at least one described motion characteristic of human body, institute is opened State electrical equipment 200.Further, the change frequency of the inducible factor is reduced, and tends to human body and is under sleep state Respiratory rate, to induce human body unconsciously to adjust real-time respiratory rate, to be equal to the change frequency of the inducible factor, While the real-time palmic rate for influencing human body reaches the palmic rate under sleep state, and then human body enters sleep state.

According to a preferred embodiment of the present invention, after judging that sleep expectation occurs in human body, the inducible factor is adjusted Change frequency tends to the respiratory rate that human body is under sleep state.Specifically, in the above-mentioned methods, the space exploration is analyzed The motion characteristic of interior human body judges whether there is a sleep motion characteristic, when the sleep motion characteristic occurs in human body Afterwards, human body expectation sleep is indicated.Specifically, when there are shift action, judging human body, there is no the sleep motion characteristics；When There is only judge the human body appearance sleep motion characteristic when fine motion, breathing and heartbeat act in a preset time, or There is only judge that the sleep motion characteristic occurs in human body when breathing and heartbeat movement in one preset time.

Preferably, the change frequency for controlling a light is equal to the respiratory rate under sleep quality state.Specifically, it adjusts The color of the light, brightness, one in colour temperature or multiple parameters change frequency sleep shape is gradually in human body Respiratory rate under state is consistent, with induce human body unconsciously adjust real-time respiratory rate reach under sleep state breathing frequency Rate is consistent, and then enters sleep state.

Preferably, the change frequency for controlling a sound is equal to the respiratory rate under sleep quality state.Specifically, it adjusts The change frequency of one in the volume of the sound, tone and tone color or multiple parameters is gradually in sleep with human body Respiratory rate under state is consistent, reaches breathing under sleep state to induce human body unconsciously to adjust real-time respiratory rate Frequency is consistent, and then enters sleep state.Preferably, it while adjusting the change frequency of the sound and the light and is equal to people Respiratory rate under somatic sleep state.

Preferably, after judging that human body enters sleep state, the electrical equipment 200 is closed.Specifically, when human body is real-time Respiratory rate is consistent with the respiratory rate under sleep state, judges that human body enters sleep state.Preferably, it is empty to analyze the detection In human body the motion characteristic, when in a longer period of time, the human body in the search coverage only exist breathing and When heartbeat acts, judge that human body enters sleep state.

Preferably, the human body motion characteristic in real time is stored, and human body is entered into the respiratory rate after sleeping as under The data basis that primary induction human body is fallen asleep.In this way, the intelligentized service of user is provided, and meets user Personalized demand.

A) change frequency for changing an inducible factor is equal to the real-time respiratory rate of human body；With

Preferably, in the above-mentioned methods, further comprise step (c): obtaining the real-time respiratory rate of human body.

Preferably, in the above-mentioned methods, the inducible factor is that an electrical equipment generates the color of a light, brightness, color One of middle benefit gas or multiple.

Preferably, in the above-mentioned methods, the inducible factor be an electrical equipment generate the volume of a sound, tone color with And one in tone or multiple.

Preferably, in the above-mentioned methods, the inducible factor is the profile variation of an electrical equipment.

Preferably, in the above method, the inducible factor is selected from: the shape of a light, a sound and an electrical equipment The combination of composition.

It preferably, in the above-mentioned methods, further comprise step: according to the real-time respiratory rate of human body and sleep quality shape The difference between respiratory rate under state controls the electrical equipment into corresponding operating mode, so that the electrical equipment Change the change frequency of the inducible factor under the operating mode.

Preferably, in the above-mentioned methods, when the respiratory rate under the real-time respiratory rate of human body and sleep quality state it Between difference when being greater than or equal to a first threshold, control the electrical equipment into one first operating mode；When human body is real-time Respiratory rate and sleep quality state under respiratory rate between difference be less than or equal to the first threshold and be greater than one the When two threshold values, the electrical equipment is controlled into one second operating mode；When the real-time respiratory rate of human body and sleep quality shape When the difference between respiratory rate under state is less than or equal to the second threshold and is greater than a third threshold value, control is described electrically to be set It is standby to enter a third operating mode.

Preferably, in the above-mentioned methods, after judging that a sleep motion characteristic occurs in human body, change the inducible factor Change frequency is equal to the respiratory rate under sleep quality state.

Preferably, in the above-mentioned methods, when being acted in a preset time period there is only fine motion, breathing and heartbeat, Judge that the sleep motion characteristic occurs in human body.

Preferably, when acting in a preset time period there is only breathing and heartbeat, judge that the sleep occurs in human body Motion characteristic.

Preferably, in the above-mentioned methods, further comprise step (d): obtaining the respiratory rate under sleep quality state.

It preferably, further comprise step in the step (d): the breathing frequency under storage sleep quality state in advance Rate.

Preferably, in the step (d), after judging that human body enters sleep state, storage human body breathes frequency in real time Rate.

According to one embodiment of present invention, further comprise step in the step (c): (c.1) conversion is based on more It is general to strangle the difference signal that effect principle generates as a fluctuation signal；

(c.2) select frequency range for the fluctuation signal within 1Hz；And

It will be appreciated by those skilled in the art that above embodiments are only for example, wherein the feature of different embodiments It can be combined with each other, with the reality that the content disclosed according to the present invention is readily conceivable that but is not explicitly pointed out in the accompanying drawings Apply mode.

It should be understood by those skilled in the art that foregoing description and the embodiment of the present invention shown in the drawings are only used as illustrating And it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.Function and structural principle of the invention exists It shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.

Claims

1. a sleep derivation method, which is characterized in that the sleep derivation method comprising steps of

(b) it is controlled in such a way that the change frequency of the inducible factor is equal to the respiratory rate of human body in a sleep state described The variation of inducible factor, and then human body is induced to fall asleep.

2. sleep derivation method according to claim 1, wherein further comprising step (c) in the above-mentioned methods: obtaining The real-time respiratory rate of human body.

3. sleep derivation method according to claim 2, wherein in the above-mentioned methods, the inducible factor electrically sets for one The standby color for generating a light, brightness, one in colour temperature or multiple.

4. sleep derivation method according to claim 2, wherein in the above-mentioned methods, the inducible factor electrically sets for one One in the volume of the standby sound generated, tone color and tone or multiple.

5. sleep derivation method according to claim 2, wherein in the above-mentioned methods, the inducible factor electrically sets for one Standby profile variation.

6. sleep derivation method according to claim 2, wherein in the above method, the inducible factor is selected from: a light, The combination of the shape of one sound and electrical equipment composition.

7. sleep derivation method according to any one of claims 2 to 6, wherein further comprising step in the above-mentioned methods: According to the difference between the respiratory rate under the real-time respiratory rate of human body and sleep quality state, control the electrical equipment into Enter corresponding operating mode, so that the electrical equipment changes the change frequency of the inducible factor under the operating mode.

8. sleep derivation method according to claim 7, wherein in the above-mentioned methods, when the real-time respiratory rate of human body and When the difference between respiratory rate under sleep quality state is greater than or equal to a first threshold, controls the electrical equipment and enter One first operating mode；When the difference between the respiratory rate under the real-time respiratory rate of human body and sleep quality state be less than etc. In the first threshold and when being greater than a second threshold, the electrical equipment is controlled into one second operating mode；When human body reality When respiratory rate and sleep quality state under respiratory rate between difference be less than or equal to the second threshold and be greater than one When third threshold value, the electrical equipment is controlled into a third operating mode.

9. sleep derivation method according to any one of claims 2 to 6, wherein in the above-mentioned methods, judging human body appearance After one sleep motion characteristic, the change frequency for changing the inducible factor is equal to respiratory rate under sleep quality state.

10. sleep derivation method according to claim 9, wherein in the above-mentioned methods, when in a preset time period only There are when fine motion, breathing and heartbeat movement, judge that the sleep motion characteristic occurs in human body.

11. sleep derivation method according to claim 9, wherein in the above-mentioned methods, when in a preset time period only When in the presence of breathing and heartbeat movement, judge that the sleep motion characteristic occurs in human body.

12. sleep derivation method according to claim 9, wherein further comprising step (d) in the above-mentioned methods:

(d.2) based on frequency in the fluctuation signal be 3Hz and at least characteristic parameter of fluctuation establish a dispersion Analytical database；

(d.3) based on the dispersion analysis to the dispersion analytical database, with this feature parameter of the fluctuation signal The identity and sleeping state of different value characterizing definition human bodies；And

(d.4) corresponding relationship of this feature parameter based on the fluctuation signal and the dispersion analytical database, judgement pair The identity and sleeping state of the human body of fluctuation signal described in Ying Yu, and when the human body of the corresponding identity is in sleeping state Judge that the sleep motion characteristic occurs in human body.

13. sleep derivation method according to any one of claims 2 to 6, wherein further comprising step in the above-mentioned methods (e): obtaining the respiratory rate under sleep quality state.

14. sleep derivation method according to claim 13, wherein further comprising step in the step (e): pre- First store the respiratory rate under sleep quality state.

15. sleep derivation method according to claim 13, wherein being slept in the step (e) judging that human body enters After dormancy state, the real-time respiratory rate of human body is stored.

16. sleep derivation method according to claim 13, wherein further comprising step in the step (e):

(e.2) based on frequency in the fluctuation signal be 3Hz and at least characteristic parameter of fluctuation establish a dispersion Analytical database；

(e.3) based on the dispersion analysis to the dispersion analytical database, with this feature parameter of the fluctuation signal The identity and sleep state of different value characterizing definition human bodies；And

(e.4) corresponding relationship of this feature parameter based on the fluctuation signal and the dispersion analytical database, judgement pair The identity and sleep state of the human body of fluctuation signal described in Ying Yu, and when the human body of the corresponding identity is in sleep state, it deposits Store up the real-time respiratory rate of human body.

17. according to the sleep derivation method any in claim 2 to 6, wherein further being wrapped in the step (c) Include step:

(c.2) select frequency range for the fluctuation signal within 1Hz；And

18. sleep derivation method according to claim 17, wherein further comprising step (f) in the above-mentioned methods: obtaining Take the respiratory rate under sleep quality state.

19. sleep derivation method according to claim 18, wherein further comprising step in the step (f):

(f.1) based on frequency in the fluctuation signal be 3Hz and at least characteristic parameter of fluctuation establish a dispersion Analytical database；

(f.2) based on the dispersion analysis to the dispersion analytical database, with this feature parameter of the fluctuation signal The identity and sleep state of different value characterizing definition human bodies；And

(f.3) corresponding relationship of this feature parameter based on the fluctuation signal and the dispersion analytical database, judgement pair The identity of the human body of fluctuation signal described in Ying Yu, and be based on corresponding to the human body in sleep state in the dispersion analytical database Under fluctuation signal individual features gain of parameter human body respiratory rate in a sleep state.

20. sleep derivation method according to claim 19, wherein being believed in the step (f.1) based on the fluctuation The frequency parameter that the fluctuation signal of the frequency of breathing/and the heartbeat movement of human body is corresponded in number establishes the dispersion analysis Database.

21. sleep derivation method according to claim 19, wherein further comprising step in the step (f):

(f.4) the described of the frequency that the breathing under sleep quality state/and heartbeat movement are corresponded at least one period is updated The individual features parameter of fluctuation signal is to dispersion analytical database, to correct the wave of the corresponding human body in a sleep state The value feature of the individual features parameter of dynamic signal corrects the breathing/and heartbeat movement of the corresponding human body in a sleep state Frequency.

22. sleep derivation method according to claim 17, wherein further comprising step (g) in the above-mentioned methods:

23. sleep derivation method according to claim 22, wherein further comprising step in the step (g):

(g.1) based on frequency in the fluctuation signal be 3Hz and at least characteristic parameter of fluctuation establish a dispersion Analytical database；

(g.2) based on the dispersion analysis to the dispersion analytical database, with this feature parameter of the fluctuation signal The identity and the state of mind of different value characterizing definition human bodies；And

(g.3) corresponding relationship of this feature parameter based on the fluctuation signal and the dispersion analytical database, judgement pair The identity and the state of mind of the human body of fluctuation signal described in Ying Yu.

24. sleep derivation method according to claim 23, wherein further comprising step (h) in the above-mentioned methods: base The variation of the inducible factor described in the identity and altered mental status for the human body for corresponding to the fluctuation signal.

25. sleep derivation method according to claim 24, wherein in the step (g.2), based on to described discrete The dispersion analysis of analytical database is spent, with the body of the different value characterizing definition human bodies of this feature parameter of the fluctuation signal The excitatory state and Normal Conscious state of the human body of part and the corresponding identity.

26. sleep derivation method according to claim 25, wherein in the step (h), based on corresponding to the wave The human body of the identity of the human body of dynamic signal and the corresponding identity is in excitatory state, and the induction is formed in a manner of issuing voice The variation of the factor.

27. sleep derivation method according to claim 25, wherein in the step (h), based on corresponding to the wave The human body of the identity of the human body of dynamic signal and the corresponding identity is in Normal Conscious state, with the variation shape of light and/or sound At the variation of the inducible factor.

28. according to the sleep derivation method any in claim 2 to 6, wherein being passed in the step (c) with vibrating The mode of sense obtains a fluctuation signal of the respiratory movement corresponding to corresponding human body, and the analysis fluctuation signal, to obtain people The real-time respiratory rate of body.

29. a sleep inducing system characterized by comprising

One environmental Kuznets Curves center, wherein the environmental Kuznets Curves center is communicatively connected in a network in the microwave sounding center, it is described The change frequency that environmental Kuznets Curves center controls an inducible factor is equal to the real-time respiratory rate of human body, and real-time with human body After respiratory rate is consistent, the change frequency that the environmental Kuznets Curves center controls the inducible factor is equal to sleep quality shape Respiratory rate under state.

30. sleep inducing system according to claim 29, wherein the environmental Kuznets Curves center further comprises a control Unit and a strategy generating unit, wherein the strategy generating unit is communicatively connected in a network in described control unit and described micro- Wave detects center, wherein the strategy generating unit generates a pipe according to the motion characteristic that the microwave sounding center obtains Reason strategy, described control unit control the variation of the inducible factor when executing the management strategy.

31. sleep inducing system according to claim 30, wherein the microwave sounding center includes a microwave sounding list Member and a signal conversion unit, wherein microwave unilateral side unit, which is based on Doppler effect principle, generates a difference signal, it is described Signal conversion unit converts the difference signal as a fluctuation signal, and the fluctuation signal corresponds to a movement spy of human body Sign.

32. sleep inducing system according to claim 31, wherein the microwave sounding center includes that a movement obtains list Member, wherein the movement acquiring unit is communicatively connected in a network in the institute of the signal conversion unit and the environmental Kuznets Curves center Strategy generating unit is stated, the movement acquiring unit receives the fluctuation signal, and determines that the fluctuation signal is corresponding specific The motion characteristic, the strategy generating unit generates the management strategy according to the specific motion characteristic.

33. sleep inducing system according to claim 32, wherein microwave sounding center described in described includes a processing Unit, wherein the processing unit is communicatively connected in a network in the movement acquiring unit and the management strategy generation unit, Wherein the processing unit analyzes the motion characteristic that the movement acquiring unit obtains, the management strategy generation unit root The management strategy is generated according to the analysis result of the processing unit.

34. sleep inducing system according to claim 33, wherein the environmental Kuznets Curves center is exhaled in real time according to human body It inhales the difference between the respiratory rate under frequency and sleep quality state and controls the electrical equipment into a corresponding Working mould Formula, so that the electrical equipment adjusts the change frequency of the inducible factor under the operating mode.

35. sleep inducing system according to claim 34, wherein the processing unit at the environmental Kuznets Curves center is set A first threshold, a second threshold and a third threshold value are set, and judges the real-time respiratory rate of human body and sleep quality state Under respiratory rate between difference and the first threshold, the second threshold and the third threshold value between relationship, The strategy generating unit generates the corresponding management strategy, to control the institute that an electrical equipment generates in described control unit When stating the change frequency of inducible factor, control described control unit enters corresponding operating mode.

36. according to any sleep inducing system of claim 31 to 35, wherein the processing unit analyzes the movement The motion characteristic that acquiring unit obtains, and judge whether the human body in the search coverage it is expected to sleep, the management plan Slightly generation unit generates the management strategy according to the judging result of the processing unit.

37. sleep inducing system according to claim 36, wherein the processing unit at the microwave sounding center is sentenced Whether disconnected human body enters sleep state, and the management strategy generation unit is according to the generation of the judging result of the processing unit Management strategy.

38. sleep inducing system according to claim 36, wherein the microwave detector is acquired including a dormant data Center, wherein dormant data acquisition center is communicatively connected in a network in the strategy generating unit, the dormant data is adopted Collection center obtains human body and is in the respiratory rate under sleep state, so that the strategy generating unit generates the management strategy.

39. the sleep inducing system according to claim 37, wherein dormant data acquisition center is communicably connected It is connected to the processing unit and the movement acquiring unit, when the processing unit judges that human body enters sleep state, human body is real When respiratory rate be stored in dormant data acquisition center.

40. a sleep derivation device characterized by comprising

According to any sleep inducing system of claim 29 to 39, and

An at least electrical equipment wherein the electrical equipment is communicatively connected in a network in the sleep inducing system, and described is slept Dormancy inducible system controls the variation for the inducible factor that the electrical equipment generates.

41. sleep derivation device according to claim 40, wherein the electrical equipment is selected from: lamps and lanterns, are embraced sounding device Rest the head on the combination of composition.