CN105319976A

CN105319976A - Smart home control system

Info

Publication number: CN105319976A
Application number: CN201510750750.5A
Authority: CN
Inventors: 李忠华
Original assignee: Midea Group Co Ltd
Current assignee: Midea Group Co Ltd
Priority date: 2015-11-04
Filing date: 2015-11-04
Publication date: 2016-02-10

Abstract

The invention discloses a smart home control system, comprising a monitoring device used for monitoring human body sensing signals, a cloud terminal used for receiving the human body sensing signals sent by the monitoring device, and a control device used for receiving the human body sensing signals sent by the cloud terminal and determining human body states according to the human body sensing signals. If a human body is not in bed, the control device sends a first control instruction to an illumination control device through the cloud terminal, and an illumination controller controls the illumination control device according to the first control instruction. If the human body is awake, the control device sends a second control instruction to the illumination control device through the cloud terminal, and the illumination controller controls the illumination control device according to the second control instruction. If the human body is asleep, the control device sends a third control instruction to the illumination control device through the cloud terminal, and the illumination controller controls the illumination control device according to the third control instruction. According to monitored different resting states of the human body, the smart home control system can control operation of the illumination control device, thereby allowing the illumination control device to provide more convenience for people.

Description

The control system of intelligent domestic

Technical field

The present invention relates in intelligent domestic field, more specifically, relate to a kind of control system of intelligent domestic.

Background technology

Comfortable sleeping is that everyone dreams of, but day by day fierce along with social competition, and people's study and work pressure is large, stays up late, and the poor sleeping quality caused even to be had a sleepless night etc. increasing, and middle aged the elderly sleeps bad and snoring causes apnea unexpected multiple.

The quality of sleep quality affects by several factors, and except the internal factors such as physiology mood, outside environment temperature and humidity noise light is according to all having an impact.But be at present placed in the middle, the electric light controlled mainly as illumination and curtain are all manual control individually, therefore, people will rest time, cannot be providing more convenience property of people.

Summary of the invention

The embodiment of the present invention is intended at least to solve one of technical matters existed in prior art.For this reason, the embodiment of the present invention needs the control system providing a kind of intelligent domestic.

A control system for intelligent domestic, comprising: illumination control device, monitoring device, high in the clouds and control device.This illumination control device comprises light intensity controller.This monitoring device monitoring human transducing signal.This high in the clouds receives this human sensing signal that this monitoring device sends.This control device receives this human sensing signal that this high in the clouds sends, and judges that whether this human body is at bed and the sleep state at bed according to this human sensing signal.If this human body is not at bed, this control device sends the first steering order to this high in the clouds, and this first steering order is sent to this illumination control device by this high in the clouds, and this light intensity controller controls this illumination control device according to this first steering order.If this human body is at bed and sleep state is non-hypnagogic state, this control device sends the second steering order to this high in the clouds, this second steering order is sent to this illumination control device by this high in the clouds, and this light intensity controller controls this illumination control device according to this second steering order.If this human body is at bed and sleep state is hypnagogic state, this control device sends the 3rd steering order to this high in the clouds, 3rd steering order is sent to this illumination control device by this high in the clouds, and this light intensity controller controls this illumination control device according to the 3rd steering order.

The resting state that the control system of above-mentioned intelligent domestic is different according to the human body monitored, the operation of controlled light control device, enables illumination control device for providing more convenience property of people.

The additional aspect of the embodiment of the present invention and advantage will part provide in the following description, and part will become obvious from the following description, or be recognized by the practice of the embodiment of the present invention.

Accompanying drawing explanation

Above-mentioned and/or the additional aspect of the embodiment of the present invention and advantage will become obvious and easy understand from accompanying drawing below combining to the description of embodiment, wherein:

Fig. 1 is the configuration diagram of the control system of the intelligent domestic of the present invention first preferred embodiment;

Fig. 2 is the module diagram of the control system of the intelligent domestic of the present invention first preferred embodiment;

Fig. 3 is the control flow schematic diagram of the control system of the intelligent domestic of the present invention first preferred embodiment;

Fig. 4 is another control flow schematic diagram of the control system of the intelligent domestic of the present invention first preferred embodiment;

Fig. 5 is the configuration diagram of the control system of the intelligent domestic of the present invention second preferred embodiment;

Fig. 6 is the module diagram of the control system of the intelligent domestic of the present invention second preferred embodiment;

Fig. 7 is the structural representation of the monitoring device of the control system of the intelligent domestic of the present invention second preferred embodiment;

Fig. 8 is the control flow schematic diagram of the control system of the intelligent domestic of the present invention second preferred embodiment;

Fig. 9 is the configuration diagram of the control system of the intelligent domestic of the present invention the 3rd preferred embodiment;

Figure 10 is the module diagram of the control system of the intelligent domestic of the present invention the 3rd preferred embodiment;

Figure 11 is the structural representation of the monitoring device of the control system of the intelligent domestic of the present invention the 3rd preferred embodiment;

Figure 12 is the control flow schematic diagram of the control system of the intelligent domestic of the present invention the 3rd preferred embodiment;

Figure 13 is another control flow schematic diagram of the control system of the intelligent domestic of the present invention the 3rd preferred embodiment.

Embodiment

Be described below in detail embodiments of the invention, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish.Being exemplary below by the embodiment be described with reference to the drawings, only for explaining the present invention, and can not limitation of the present invention being interpreted as.

In describing the invention, it is to be appreciated that term " first ", " second " only for describing object, and can not be interpreted as instruction or hint relative importance or the implicit quantity indicating indicated technical characteristic.Thus, be limited with " first ", the feature of " second " can express or impliedly comprise one or more described features.In describing the invention, the implication of " multiple " is two or more, unless otherwise expressly limited specifically.

In describing the invention, it should be noted that, unless otherwise clearly defined and limited, term " installation ", " being connected ", " connection " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Can be mechanical connection, also can be electrically connected or can intercom mutually; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals or the interaction relationship of two elements.For the ordinary skill in the art, above-mentioned term concrete meaning in the present invention can be understood as the case may be.

Disclosing hereafter provides many different embodiments or example is used for realizing different structure of the present invention.Of the present invention open in order to simplify, hereinafter the parts of specific examples and setting are described.Certainly, they are only example, and object does not lie in restriction the present invention.In addition, the present invention can in different example repeat reference numerals and/or reference letter, this repetition is to simplify and clearly object, itself does not indicate discussed various embodiment and/or relation between setting.In addition, the various specific technique that the invention provides and the example of material, but those of ordinary skill in the art can recognize the application of other techniques and/or the use of other materials.

Refer to Fig. 1, Fig. 2 and Fig. 3, the control system 100 of the intelligent domestic of present pre-ferred embodiments comprises illumination control device, monitoring device 102, high in the clouds 104 and control device 106.This illumination control device comprises light intensity controller.

This monitoring device 102 monitoring human transducing signal.This high in the clouds 104 receives this human sensing signal that this monitoring device 102 sends.

This control device 106 receives this human sensing signal that this high in the clouds 104 sends, and judges that whether this human body is at bed and the sleep state at bed according to this human sensing signal.

If this human body is not at bed, this control device 106 sends the first steering order to this high in the clouds 104, and this first steering order is sent to this illumination control device by this high in the clouds 104, and this light intensity controller controls this illumination control device according to this first steering order.

If this human body is at bed and sleep state is non-hypnagogic state, this control device 106 sends the second steering order to this high in the clouds 104, this second steering order is sent to this illumination control device by this high in the clouds 104, and this light intensity controller controls this illumination control device according to this second steering order.

If this human body is at bed and sleep state is hypnagogic state, this control device 106 sends the 3rd steering order to this high in the clouds 104,3rd steering order is sent to this illumination control device by this high in the clouds 104, and this light intensity controller controls this illumination control device according to the 3rd steering order.

As an example, in the present embodiment, this illumination control device comprises window shade arrangement 108 and lighting device 110.This light intensity controller comprises curtain controller 112 and lighting controller 114.This curtain controller 112 controls this window shade arrangement 108 according to this first steering order, this second steering order and the 3rd steering order.This lighting controller 114 controls this lighting device 110 according to this first steering order, this second steering order and the 3rd steering order.

Particularly, window shade arrangement 108 comprises curtain controller 112, motor haulage gear 116, curtain 118 and curtain wireless network module 120.Motor haulage gear 116 is connected with curtain 118 and drives opening and closing of curtain 118, curtain wireless network module 120 receives this first steering order, this second steering order and the 3rd steering order that this high in the clouds 104 sends, and sends this first steering order, this second steering order and the 3rd steering order to this curtain controller 112.

Curtain controller 112 connects motor haulage gear 116 and curtain wireless network wire module 120, and opens according to this first steering order, this second steering order and the 3rd steering order control motor haulage gear 116 to make curtain 118 and close.

Lighting device 110 comprises lighting controller 114, electric light 122 and illumination wireless network module 124.Lighting controller 114 connects electric light 122 and illumination wireless network module 124, illumination wireless network module 124 receives this first steering order, this second steering order and the 3rd steering order that this high in the clouds 104 sends, and sends this first steering order, this second steering order and the 3rd steering order to this lighting controller 114.

Lighting controller 114 controls unlatching and the cut out of electric light 122 according to this first steering order, this second steering order and the 3rd steering order.

In the present embodiment, monitoring device 102 comprises signal picker 126, processing module 128 and monitoring side wireless network module 130.

This signal picker 126 gathers this human sensing signal.This human sensing Signal analysis is that this human body is not at the transducing signal of bed and this human body physiology signal at bed by this processing module 128.This human body is not sent to this high in the clouds 104 at the transducing signal of bed and this human body at the physiology signal of bed by this monitoring side wireless network module 130.

In one example, signal picker 126 can be piezoelectric sensor.Piezoelectric sensor can use piezoceramic material (Piezoelectricceramicsmaterial) as sensor.Can by piezoelectric sensor and related accessories, to include under mattress 500 as associated transport line etc. or, under pillow 600 or among, make body pressure to be passed to piezoelectric sensor by mattress 500 or pillow 600 during sleep quality.Therefore, piezoelectric sensor can collect human body pressure signal and as human sensing signal.

Processing module 128 is such as micro-control unit (MCU), the pressure signal of the human body that its Received signal strength collector 126 sends.When the pressure signal collected is less than setting threshold value, pressure signal is now identified as human body not at the transducing signal of bed by processing module 128.

When the pressure signal collected is greater than setting threshold value, pressure signal is now identified as the human sensing signal of human body at bed by processing module 128, and decomposes pressure signal now to identify body weight static pressure signal because health Action of Gravity Field produces and because of the breathing dynamic pressure signal that body moves dynamic pressure signal, respiratory movement produces that health body movable property is raw and the heart rate dynamic pressure signal that heartbeat produces.In the present embodiment, these pressure signals constitute the physiology signal of human body at bed.

Such as, pressure signal can decompose according to the pulse number of pressure signal and amplitude by processing module 128.For body weight static pressure signal, when human body lies on a bed, just human bady gravitational can be produced, the amplitude now producing pressure signal can increase to a certain value, form a pulse, and the amplitude of this pulse can not change substantially, its pulse number produced within a certain period of time is less, and the amplitude change of pulse is less, processing module 128 can judge that this kind of pressure signal is body weight static pressure signal.

Dynamic pressure signal is moved for body, when human body lies on a bed, when standing up, the amplitude now producing pressure signal can change, as first increase, rear minimizing, or first minimizing, rear increase, therefore, the pulse number produced within a certain period of time is more, and the amplitude of pulse changes greatly, and processing module 128 can judge that this kind of pressure signal is that body moves dynamic pressure signal.

The identification of other pressure signal can join above explanation, launches no longer in detail at this.It is pointed out that in other embodiments, processing module 128 also can only identify that body weight static pressure signal and body move dynamic pressure signal.

In addition, in the present embodiment, the pressure signal that signal picker 126 collects is simulating signal, processing module 128 can process the pressure signal as simulating signal, as process such as filtering, then transfer the pressure signal after process to digital signal, obtain the characteristic quantity of signal, and then identify various pressure signal.

This monitoring side wireless network module 130 is connected with processing module 128, and this human body is not sent to this high in the clouds 104 at the transducing signal of bed and this human body at the physiology signal of bed.

These signals not at the transducing signal of bed and this human body physiology signal at bed, and are sent to control device 106 by this human body that high in the clouds 104 is sent by network reception monitoring device 102.High in the clouds 104 can be cloud server (Data Management Analysis system), and it has storage, analysis, the forwarding of data and produces the functions such as steering order.

In addition, monitoring device 102 comprises memory module 132, and memory module 132 can store the data such as parameter, threshold value of the various signal that collects and setting.

Control device 106 is such as the electronic installations such as mobile phone (particularly smart mobile phone), panel computer or notebook computer.According to this human sensing signal, control device 106 by the human sensing signal of mixed-media network modules mixed-media reception high in the clouds 104 transmission of control device 106, and judges that whether human body is at bed and the sleep state at bed.

Such as, the mixed-media network modules mixed-media of control device 106 can be mobile communications network module (as 3G network module) or Wireless LAN module (as WIFI module).

Control device 106 does not judge human body not at bed at the transducing signal of bed according to human body, judges the sleep state of human body at bed according to human body at the physiology signal of bed.

Particularly, when user just goes to bed, signal picker 126 monitors the body weight static pressure signal of user and body moves dynamic pressure signal, control device 106 receives by the mixed-media network modules mixed-media of control device 106 body weight static pressure signal that high in the clouds 104 sends and body moves dynamic pressure signal, and judge that human body is not fallen asleep, be in wake states.

Along with user is tranquil gradually, signal picker 126 monitors body and moves the pulse number of dynamic pressure signal in setting-up time section and be reduced to setting pulse number, and control device 104 judges that human body is fallen asleep.

Be appreciated that setting-up time section can be arranged according to the rule of people's sleep, the concrete numerical value of setting pulse number can be determined by sleep experiments.

Preferably, the control and economize energy of distinguishing daytime and night are provided for convenience, the control system 100 of this intelligent domestic comprises light sensor 134 and infrared sensor 136, light sensor 134 connects this curtain controller 112 and this lighting controller 114, and this infrared sensor 136 connects this lighting controller 114.

When this human body is not at bed, this light sensor 134 perception whether night, if so, this light sensor 134 sends the first signal to this lighting controller 114, and this lighting controller 114 is according to this lighting device 110 of this first unblanking; If not, this light sensor 134 sends secondary signal to this lighting controller 114 and this curtain controller 112, this lighting controller 114 cuts out this lighting device 110 according to this secondary signal, and the curtain 118 that this curtain controller 112 controls this window shade arrangement 108 according to this secondary signal is opened.

After this lighting controller 114 is according to this lighting device 110 of this first unblanking, whether this infrared sensor 136 detects room has people, if not, this infrared sensor 136 sends the 3rd signal to this lighting controller 114, and this lighting controller 114 is according to this lighting device 110 of the 3rd signal at stop.

Particularly, light sensor 134 can be arranged near window shade arrangement 108, makes it possible to detect light outside room with perception whether night.Light sensor 134 is predeterminable has luminance threshold with perception whether night.

At human body not at bed and when night, the control system 100 of intelligent domestic can provide the illumination in room for people.If during daytime, the control system of intelligent domestic 100 can to close illumination in room for people, and opens curtain 118 to utilize the bright room of natural lighting, has saved the energy.

Further, the control system 100 of intelligent domestic can close lighting device 110 when room no man, has saved the energy.

It should be noted that, in the present embodiment, light sensor 134 by with under type by correlation signal transmission to lighting controller 114 and curtain controller 112.

Because light sensor 134 is arranged near window shade arrangement 108, therefore coherent signal is sent to curtain controller 112 by transmission line by light sensor 134, simultaneously, light sensor 134 can utilize curtain wireless network module 120 that coherent signal is sent to high in the clouds 104, and by high in the clouds 104, coherent signal is sent to illumination wireless network module 124, by illumination wireless network module 124, coherent signal is sent to lighting controller 114.

In other embodiments, light sensor 134 has bluetooth module, and lighting device 110 and window shade arrangement 108 all have corresponding bluetooth module to realize by Bluetooth transmission acknowledge(ment) signal.Be appreciated that light sensor 134, lighting device 110 and window shade arrangement 108 are before Signal transmissions, first can carry out coupling and connect.

Similarly, the Signal transmissions between infrared sensor 136 and lighting controller 114 and curtain controller 112 also can join the Signal transmissions between light sensor 134 and lighting controller 114 and curtain controller 112, launches no longer in detail at this.

In addition, when considering that user goes to bed, not necessarily to sleep, and may be can be sitting in bed to do other thing (as reading etc.), therefore, for improving the user-friendliness of the control system 100 of intelligent domestic, in the present embodiment, the control system 100 of this intelligent domestic comprises sleep sensor 138.

Sleep sensor 138 gathers the sleep signal of human body, and this high in the clouds 104 receives this sleep signal that this sleep sensor 138 sends, and this sleep signal is sent to this control device 106.

When this human body at bed and sleep state is non-hypnagogic state time, this control device 106 judges this human body whether lying status according to sleep signal, if not, this control device 106 sends the 4th signal to this lighting controller 114 by this high in the clouds 104, and this lighting controller 114 is according to this lighting device 110 of the 4th unblanking.When this human body at bed and sleep state is hypnagogic state time, this lighting controller 114 cuts out this lighting device 110 according to the 3rd steering order.

Particularly, in one example, sleep sensor can be piezoelectric sensor, and gather the pressure signal of human body when bed, sleep sensor 138 can to include under mattress 500 or, and have the multiple induction points being distributed in mattress 500 diverse location, sleep sensor 138 collects the pressure distribution situation of human body when bed by all induction points, therefore, pressure signal comprises the pressure distribution situation of human body when bed.Control device 106, according to the sleep signal comprising pressure distribution situation, judges human body whether lying status.Such as, when the pressure of human body concentrates on certain several collection point of some collection points or close together, control device 106 judges that human body is not lying status.When the pressure of human body is distributed to all collection points substantially, or be distributed to corresponding human body privileged sites, during as collection point on trunk, buttocks and thigh, control device 106 judges human body lying status.

Therefore, the control system 100 of intelligent domestic, when judging the non-lying status of human body, can open lighting device 110, for user provides illumination.It is pointed out that in the present embodiment, because coherent signal is sent to high in the clouds 104 by monitoring side wireless network module 130 by sleep sensor 138, by high in the clouds 104, coherent signal is sent to lighting device 110.

Further, along with the raising of people's living standard, the situation that people place TV in room gets more and more, therefore, for realizing the control to TV, in the present embodiment, the control system 100 of this intelligent domestic comprises TV 140, and TV 140 comprises control device of the tv 142.

This infrared sensor 136 sends the 3rd signal to this control device of the tv 142, and this control device of the tv 142 is according to this TV 140 of the 3rd signal at stop.This control device 106 sends the 4th signal to this control device of the tv 142, and this control device of the tv 142, according to the 4th signal, controls this TV 140 to set television mode.

When this infrared sensor 136 detect room have a people time, this infrared sensor 136 sends the 5th signal to this control device of the tv 142, and this control device of the tv 142, according to the 5th signal, controls this TV 140 to set television mode.

This control device 106 sends the 3rd steering order to this control device of the tv 142 by this high in the clouds 104, and this control device of the tv 142 closes this TV 140 according to the 3rd steering order.

Therefore, the control system 100 of intelligent domestic, can closing television 140 when room no one, has saved the energy.Setting television mode can be set by the user, as " shut " mode" or open mode.Judge human body be not lying status and room have a people time, the control system 100 of intelligent domestic can control this TV 140 to set television mode, can keep the running status of current TV 140, avoid interference user normal activity for user.

In one example, TV 140 comprises tv wireless mixed-media network modules mixed-media 143, and tv wireless mixed-media network modules mixed-media 143 connects control device of the tv 142, and tv wireless mixed-media network modules mixed-media 143 passes through steering order and the signal of network reception high in the clouds 104 transmission.Control device of the tv 142 controls TV 140 according to steering order and signal.

Preferably, in the present embodiment, for realizing the control to room temperature, the control system 100 of this intelligent domestic comprises fan 144 and air conditioner 146, and this fan 144 comprises fan governor 148, and this air conditioner 146 comprises air-conditioner controller 150.

This light sensor 134 sends this secondary signal to this fan 144 and this air conditioner 146, and this fan governor 148, according to this secondary signal, closes this fan 144, and this air-conditioner controller 150, according to this secondary signal, closes this air conditioner 146.

When this infrared sensor 136 detect room have a people time, this infrared sensor 136 sends the 5th signal to this fan 144 and this air conditioner 146, this fan governor 148 is according to the 5th signal, this fan 144 is controlled to set fan mode, this air-conditioner controller 150, according to the 5th signal, controls this air conditioner 146 to set air conditioning mode.

Control device 106 sends the 4th signal to this fan 144 and this air conditioner 146, this fan governor 148 is according to the 4th signal, control this fan 144 with this setting fan mode, this air-conditioner controller 150, according to the 4th signal, controls this air conditioner 146 with this setting air conditioning mode.

Therefore, if during daytime, the control system 100 of intelligent domestic can close fan 144 in room and air conditioner 146, with economize energy for people.

Setting fan mode can be set by the user, as fan " shut " mode" or fan open mode (be included in the different rotation speed of fan under fan open mode, rotation speed of fan can be understood as the wind shelves of fan).Setting air conditioning mode can be set by the user, as air-conditioning " shut " mode" or air-conditioning open mode (be included in the different operational modes under air-conditioning open mode, operational mode can be refrigeration mode or heating mode or other operational mode).

Therefore; when having people in room; the control system 100 of intelligent domestic can to set fan mode and setting air conditioning mode control fan 144 and air conditioner 146 respectively, can keep the running status of current fan 144 and air conditioner 146, avoid interference user normal activity for user.

Further; judge human body be not lying status and room have a people time; the control system 100 of intelligent domestic can control fan 144 and air conditioner 146 respectively to set fan mode and to set air conditioning mode; the running status of current fan 144 and air conditioner 146 can be kept for user, avoid interference user normal activity.

Be appreciated that, Signal transmissions between light sensor 134 and air conditioner 146 and fan 144, Signal transmissions between infrared sensor 136 and air conditioner 146 and fan 144, all can join the explanation of the Signal transmissions between above light sensor 134 and lighting device 110 and window shade arrangement 108, launch no longer in detail at this.

In the present embodiment, the control system 100 of intelligent domestic also can control fan 144 and air conditioner 146 according to the sleep state of human body, incorporated by reference to Fig. 4, this part is appreciated that the intelligent sleep mode of fan 144 and air conditioner 146 in figure 3, be specially: this second steering order is sent to this fan 144 and this air conditioner 146 by this high in the clouds 104, this fan governor 148 is according to this second steering order, this fan 144 is controlled with this setting fan mode, this air-conditioner controller 150, according to this second steering order, controls this air conditioner 146 with this setting air conditioning mode.

3rd steering order is sent to this fan 144 and this air conditioner 146 by this high in the clouds 104, this fan governor 148 is according to the 3rd steering order, when environment temperature is less than design temperature, open this fan 144 and control this fan 144 with the setting rotation speed of fan of this fan 144 and run, and when this environment temperature is more than or equal to this design temperature, maintains this fan 144 and close.

This air-conditioner controller 150 is according to the 3rd steering order, when this environment temperature is less than design temperature, close this air conditioner 146, and when this environment temperature is more than or equal to this design temperature, maintains this air conditioner 146 and run and regulate the temperature of this air conditioner 146 and the rotation speed of fan of this air conditioner 146.

More specifically, as an example, fan 144 comprises support 152, fan wireless network module 154 and blower fan 156.Blower fan 156 is arranged on support 152.

Fan governor 148 can be arranged in support 152, the steering order that fan governor 148 receives fan remote controller, high in the clouds 104 and related sensor send and signal, and controls the operation of fan 144 according to the steering order received.

In the present embodiment, this fan wireless network module 154 is integrated on support 152, and it can communicate to connect with high in the clouds 104.Such as, fan wireless network module 154 can utilize WIFI (WLAN (wireless local area network)) network to be connected with high in the clouds 104, and receives the steering order of high in the clouds 104 transmission.

Air conditioner 146 comprises indoor apparatus of air conditioner 158, air conditioner wireless mixed-media network modules mixed-media 160 and air-conditioner outdoor unit 162.Indoor apparatus of air conditioner 158 is installed on indoor, and to indoor air-supply.

Air conditioner 146 is provided with multiple mode of operation, as refrigeration mode and heating mode etc.User is by the operational mode of the mode key selection air conditioner 146 of the air-conditioning remote control of air conditioner 146.

Air-conditioner controller 150 can be arranged on indoor apparatus of air conditioner 158, the steering order that air-conditioner controller 150 receives air-conditioning remote control, high in the clouds 104 and related sensor send and signal, and controls the operation of air conditioner 146 according to the steering order received.

In the present embodiment, this air conditioner wireless mixed-media network modules mixed-media 160 is integrated on indoor apparatus of air conditioner 158, and it can communicate to connect with high in the clouds 104.Such as, air conditioner wireless mixed-media network modules mixed-media 160 can utilize WIFI (WLAN (wireless local area network)) network to be connected with high in the clouds 104, and receives the steering order of high in the clouds 104 transmission.

Air-conditioner outdoor unit 162 is installed on outdoor, and it utilizes compressor to process the refrigerant in the pipeline of air conditioner 146, and the refrigerant after process is inputed to indoor apparatus of air conditioner 158.

Indoor apparatus of air conditioner 158 and refrigerant generation heat interchange, so make through indoor apparatus of air conditioner 158 air heating or turn cold.Indoor apparatus of air conditioner 158 comprises indoor fan 164, and indoor fan 164 adjustable is through the air velocity of indoor apparatus of air conditioner 158.In the present embodiment, infrared sensor 136 is arranged on indoor apparatus of air conditioner 158, whether has people to facilitate detection room.The coherent signal that infrared sensor 136 sends is sent to high in the clouds 104 by air conditioner wireless mixed-media network modules mixed-media 160, by high in the clouds 104, coherent signal is sent to target location.

Please refer to the drawing 4, in one example, in a room, user does not open fan 144 (namely fan 144 is in closed condition), and open air conditioner 146, fan 144 and air conditioner 146 run with the operational mode of setting, and namely fan governor 148 maintains fan 144 and closes, and air-conditioner controller 150 controls the operation of air conditioner 146 with the rotation speed of fan V0 of the temperature T0 of the air conditioner 146 of the setting of user and air conditioner 146.

When user just goes to bed, signal picker 126 monitors the body weight static pressure signal of user and body moves dynamic pressure signal, control device 106 receives by the mixed-media network modules mixed-media of control device 106 body weight static pressure signal that high in the clouds 104 sends and body moves dynamic pressure signal, and judge that human body is not fallen asleep, be in wake states.

Now, control device 106 sends the second steering order to high in the clouds.Second steering order controls fan 144 with the operational mode of this fan 144 of the setting of user to run, and namely maintains fan 144 and be in closed condition.Second steering order is the operation controlling air conditioner 146 with the rotation speed of fan of the temperature of the air conditioner 146 of the setting of user and air conditioner 146, and the temperature namely maintaining air conditioner 146 is the rotation speed of fan of T0 and air conditioner 146 is V0.

The second steering order that high in the clouds 104 receiving control device 106 sends, and by network, the second steering order is sent to fan 144 and air conditioner 146.

This fan wireless network module 154 receives this second steering order that this high in the clouds 104 sends, and sends this second steering order to this fan governor 148.This air conditioner wireless mixed-media network modules mixed-media 160 receives this second steering order that this high in the clouds 104 sends, and sends this second steering order to this air-conditioner controller 150.

This fan governor 148 receives the second steering order, and according to this second steering order, maintains this fan 144 and be in closed condition.This air-conditioner controller 150 receives the second steering order, and according to this second steering order, runs with this air conditioner 146 of rotation speed of fan V0 control of the temperature T0 of this air conditioner 146 and air conditioner 146.

Along with user is tranquil gradually, signal picker 126 monitors body and moves the pulse number of dynamic pressure signal in the first setting-up time section and be reduced to the first pulse number n1, control device 106 judges that human body is fallen asleep and was in for the first sleep stage, and the 3rd steering order when being sent in for the first sleep stage is to high in the clouds 104.

The 3rd steering order when the first sleep stage that high in the clouds 104 receiving control device 106 sends, and by network, the 3rd steering order is sent to fan 144 and air conditioner 146.

This fan wireless network module 154 receives the 3rd steering order that this high in the clouds 104 sends, and sends the 3rd steering order to this fan governor 148.This air conditioner wireless mixed-media network modules mixed-media 160 receives the 3rd steering order that this high in the clouds 104 sends, and sends the 3rd steering order to this air-conditioner controller 150.

This fan governor 148 according to this first fall asleep stage time the 3rd steering order, when this environment temperature is less than this design temperature, controls this fan 144 with this setting rotation speed of fan of this fan 144 and run.

This air-conditioner controller 150 according to this first fall asleep stage time the 3rd steering order, when this environment temperature is less than design temperature, close this air conditioner 146.

Particularly, in one example, environment temperature can be detected by the temperature sensor of indoor apparatus of air conditioner 158.On the one hand, the environment temperature that the temperature sensor of indoor apparatus of air conditioner 158 detects can transfer to air-conditioner controller 150, on the other hand, the environment temperature that the temperature sensor of indoor apparatus of air conditioner 158 detects can be sent to high in the clouds 104 through network, by high in the clouds 104, environment temperature is sent to fan governor 148 again.

In another example, environment temperature can be detected by the temperature sensor of indoor apparatus of air conditioner 158.On the one hand, the environment temperature that the temperature sensor of indoor apparatus of air conditioner 158 detects can transfer to air-conditioner controller 150, on the other hand, indoor apparatus of air conditioner 158 and fan 144 all have bluetooth module, the environment temperature that the temperature sensor of indoor apparatus of air conditioner 158 detects can be sent to the bluetooth module of fan 144 through the bluetooth module of indoor apparatus of air conditioner 158, by the bluetooth module of fan 144, environment temperature is sent to fan governor 148.

In air conditioner 146, air-conditioner controller 150 judges the magnitude relationship of environment temperature and design temperature.In fan 144, fan governor 148 judges the magnitude relationship of environment temperature and design temperature.

When environment temperature (T) is less than design temperature (T_set), that is, now, indoor temperature comparatively before temperature reduce and be less than design temperature, and user is in the sleep stage, continuing to open air conditioner 146 may cause user flu occurs or feels body cool and cause waking up, and therefore, air-conditioner controller 150 closes air conditioner 146.Design temperature is such as degree Celsius.

Meanwhile, after closing for avoiding air conditioner 146, environment temperature is gone up too fast, and fan governor 148 is opened this fan 144 and controlled this fan 144 with the setting rotation speed of fan of this fan 144 and runs.The setting rotation speed of fan of fan 144 can be the rotation speed of fan of fan 144 deep low gear.

When this environment temperature is more than or equal to this design temperature, that is, indoor temperature is not also reduced to design temperature, and for making user enter the next sleep stage from the first sleep stage as early as possible, fan governor 148 maintains this fan 144 and closes.

Meanwhile, when this environment temperature is more than or equal to this design temperature, compared to when this human body is not fallen asleep, air-conditioner controller 150 reduces the temperature of this air conditioner 146, and relative to when this human body is not fallen asleep, improves the rotation speed of fan of this air conditioner 146.That is, when human body entered for the first sleep stage, the temperature of air conditioner 146 is reduced to T1 from T0 by air-conditioner controller 150, the rotation speed of fan of air conditioner 146 is brought up to V1 from V0, i.e. T1<T0, V0<V1., in one example, T_set<T1.

Fall asleep the stage first, by breathing dynamic pressure signal and heart rate dynamic pressure signal, control device 106 also judges that the heart rate of user slows down a little, and metabolism perspire strengthens.

Along with the increase of the length of one's sleep, user's heart rate and breathing slows down further, and metabolism slows down, and signal picker 126 monitors body and moves dynamic pressure signal be reduced to the second pulse number n2 from the first pulse number n1 in the second setting-up time section.Control device 106 moves the second pulse number n2 of dynamic pressure signal in the second setting-up time section according to body, judges that human body was in for the second sleep stage, and the 3rd steering order when being sent in for the second sleep stage is to high in the clouds 104.

The 3rd steering order when the second sleep stage that high in the clouds 104 receiving control device 106 sends, and by network, the 3rd steering order is sent to fan 144 and air conditioner 146.

This fan governor 148 according to this second fall asleep stage time the 3rd steering order, when this environment temperature is less than this design temperature, controls this fan 144 with this setting rotation speed of fan of this fan 144 and run.

This air-conditioner controller 150 according to this second fall asleep stage time the 3rd steering order, when this environment temperature is less than design temperature, close this air conditioner 146.

Particularly, environment temperature detection and transmission can join above explanation.In air conditioner 146, air-conditioner controller 150 judges the magnitude relationship of environment temperature and design temperature.In fan 144, fan governor 148 judges the magnitude relationship of environment temperature and design temperature.

When environment temperature is less than design temperature, that is, now, indoor temperature comparatively before temperature reduce and be less than design temperature, and user is in the sleep stage, continuing to open air conditioner 146 may cause user flu occurs or feels body cool and cause waking up, and therefore, air-conditioner controller 150 closes air conditioner 146.

When this environment temperature is more than or equal to this design temperature, that is, indoor temperature is not also reduced to design temperature, and for making user enter the next sleep stage from the second sleep stage as early as possible, fan governor 148 maintains this fan 144 and closes.

Meanwhile, when this environment temperature is more than or equal to this design temperature, compared to when this human body is not fallen asleep, reduce the temperature of this air conditioner 146, and compared to when this human body is not fallen asleep, improve the rotation speed of fan of this air conditioner 146.That is, when human body entered for the second sleep stage, the temperature of air conditioner 146 is reduced to T2 from T0 by air-conditioner controller 150, and the rotation speed of fan of air conditioner 146 is brought up to V2 from V0, i.e. T2<T1<T0, V0<V2.In one example, T2<T_set<T1<T0.

Along with the further increase of the length of one's sleep, user's heart rate and breathing slows down further, and body is dynamic also fainter, and signal picker 126 monitors body and moves dynamic pressure signal be reduced to the 3rd pulse number n3 from the second pulse number n2 in the 3rd setting-up time section.Control device 106 moves the three pulse number n3 of dynamic pressure signal in the 3rd setting-up time section according to body, judges that human body was in for the 3rd sleep stage, and the 3rd steering order when being sent in for the 3rd sleep stage is to high in the clouds 104.

The 3rd steering order when the 3rd sleep stage that high in the clouds 104 receiving control device 106 sends, and by network, the 3rd steering order is sent to fan 144 and air conditioner 146.

This fan governor 148 according to the 3rd fall asleep the stage time the 3rd steering order, when this environment temperature is less than this design temperature, controls this fan 144 with this setting rotation speed of fan of this fan 144 and run.

This air-conditioner controller 150 according to the 3rd fall asleep the stage time the 3rd steering order, when this environment temperature is less than design temperature, close this air conditioner 146.

Meanwhile, after closing for avoiding air conditioner 146, environment temperature is gone up too fast, and when environment temperature is less than design temperature, fan governor 148 is opened this fan 144 and controlled this fan 144 with the setting rotation speed of fan of this fan 144 and runs.The setting rotation speed of fan of fan 144 can be the rotation speed of fan of fan 144 deep low gear.

When the 3rd sleep stage, the metabolism of user significantly declines, and the environment temperature needed for user is than high during first and second sleep stage.Therefore, in order to reduce the sleep body psychro-esthesia of user and reduce flu generation, so the temperature of air conditioner 146 will be improved and reduce the rotation speed of fan of air conditioner 146.

That is, when this environment temperature is more than or equal to this design temperature, fan governor 148 maintains this fan 144 and closes.

Simultaneously, when this environment temperature is more than or equal to this design temperature, compared to when being in this second sleep stage at this human body, improve the temperature of this air conditioner 146, and compared to when being in this second sleep stage at this human body, reduce the rotation speed of fan of this air conditioner 146.That is, when human body entered for the 3rd sleep stage, the temperature of air conditioner 146 is brought up to T3 from T2 by air-conditioner controller 150, the rotation speed of fan of air conditioner 146 is reduced to V3 from V2, i.e. T2<T1<T0<T3, V3<V2., in one example, T2<T_set<T1<T0LEs sT.LTssT.LTT3.

Preferably, above-mentioned first setting-up time section, the second setting-up time section and the 3rd setting-up time section, according to the rule of people's sleep, can arrange the first setting-up time section slightly short, the second setting-up time section is the longest, and the 3rd setting-up time section is the shortest.And the concrete numerical value of pulse number n1, n2 and n3 is determined by sleep experiments

User is after the first sleep stage every night, can repeat to enter the second sleep stage (as either shallow sleep stage) and the 3rd sleep stage (as deep sleep stages), and the control strategy in each stage is the same.

It is to be noted, control device 106 can be provided with the application program controlling window shade arrangement 108, lighting device 110, TV 140, fan 144 and air conditioner 146, as the application program (APP) of intelligent domestic, this application program provides various user interface and setting, the current state of window shade arrangement 108, lighting device 110, TV 140, fan 144 and air conditioner 146 can be checked for user, be included in fan 144 running status in each moment and various parameter and setting are set, and air conditioner 146 running status and various parameter and setting are set.User also controls window shade arrangement 108, lighting device 110, TV 140, fan 144 and air conditioner 146 by control device.

In the control procedure of the control system 100 of above-mentioned intelligent domestic, if fan governor 148 receives the steering order that fan remote controller sends, then fan governor 148 controls the operation of fan 144 according to the steering order that fan remote controller sends.Similarly, if air-conditioner controller 150 receives the steering order that air-conditioning remote control sends, then air-conditioner controller 150 controls the operation of air conditioner 146 according to the steering order that air-conditioning remote control sends.

In addition, in order to the sleep habit of user more can be adapted to, control device 106 records the rotation speed of fan of this fan 144 when running according to this fan 144, and the temperature of this air conditioner 146 recorded when this air conditioner 146 runs and the rotation speed of fan of this air conditioner 146, and form corresponding temperature curve and speed curves, and this temperature curve and this speed curves are sent to this fan 144 and air conditioner 146 by this high in the clouds 104.

Such as, control device 106 is recorded in the rotation speed of fan of each sleep stage fan 144, and the rotation speed of fan of the temperature of air conditioner 146 and air conditioner 146.Such control device can learn temperature curve and the speed curves in user's different sleep stage, and the recommended temperature/rotary speed parameter as user's sleep pattern next time sends to fan 144 and air conditioner 146 by high in the clouds 104.

In sum, the resting state that the control system 100 of above-mentioned intelligent domestic is different according to the human body monitored, the operation of controlled light control device, enables illumination control device for providing more convenience property of people.

Meanwhile, the control system 100 of above-mentioned intelligent domestic, according to the physiology signal monitored, judges that human body different stage is to control the operation of fan 144 and air conditioner 146, makes fan 144 and air conditioner 146 can provide comfortable Consumer's Experience for human body.The control system 100 of above-mentioned intelligent domestic also can control TV 140, for user provides convenience.Further, the signal picker 126 of the present embodiment can to include under mattress or, under pillow or among, therefore, the control system 100 of intelligent domestic utilizes non-wearing mode to monitor physiological parameter to judge sleep quality, avoids human body to cause discomfort because dressing signal picker.

In addition, in other embodiments, signal picker also can use that microwave detection bodies is dynamic breathes, or the mode that the mode or accelerometer monitoring acceleration that body moves breathing monitored by microphone substitutes.

Please refer to the drawing 5 ~ Fig. 8, the present invention second preferred embodiment provides a kind of control system 200 of intelligent domestic.The control system 200 of this intelligent domestic is substantially identical with the control system 100 of the intelligent domestic of the first preferred embodiment, its difference is, in the control system 200 of the intelligent domestic of the present embodiment, this monitoring device 202 is pillow, and this monitoring device 202 also comprises loudspeaker 204.This loudspeaker 204 sends this sleeping music.

Particularly, in one example, signal picker 206, monitoring side wireless network module 208, loudspeaker 204, processing module 210 and memory module (not shown) can be arranged in monitoring device 202 (pillow).

This control device 214 moves the four pulse number n4 of dynamic pressure signal in the 4th setting-up time section according to body, judges this human body difficulty falling asleep, and controls this loudspeaker 204 by high in the clouds 216 and send sleeping music.4th pulse number n4 is greater than this first pulse number n1.

Preferably, can according to the rule of people's sleep, above-mentioned 4th setting-up time section is shorter than the first setting-up time section, and the concrete numerical value of pulse number n4 can be determined by sleep experiments.

After user goes to bed, do not rest in the 4th setting-up time section if body moves dynamic pressure signal, its pulse number meets or exceeds the 4th pulse number n4 (n4>n1), and control device 214 judges human body difficulty falling asleep.Control device 214 can be modulated sleeping music and send corresponding control signal to processing module 210 by high in the clouds 216, processing module 210 plays sleeping music according to control signal control loudspeaker 204, to make monitoring device 202 send sleeping music, human body is helped to fall asleep as early as possible.

In sum, the control system 200 of the intelligent domestic of the present embodiment, by increasing loudspeaker 204 in monitoring device 202, make when human body difficulty falling asleep, control loudspeaker 204 sends sleeping music, and human body is fallen asleep as early as possible.Meanwhile, the control system 200 of above-mentioned intelligent domestic utilizes pillow monitoring human physiological signal, can not cause user Yin Peidai and the uncomfortable property caused between sleep period.

Please refer to the drawing 9 ~ Figure 13, the present invention the 3rd preferred embodiment provides a kind of control system 300 of intelligent domestic.The control system 300 of this intelligent domestic is substantially identical with the control system 200 of the intelligent domestic of the second preferred embodiment, its difference is, in the control system 300 of the intelligent domestic of the present embodiment, monitoring device 302 also comprises microphone 304 and vibrating motor 306.In addition, in the present embodiment, the memory module of monitoring device 302 does not illustrate.

This microphone 304 records the sound of snoring of this human body and generates sound of snoring signal.According to this sound of snoring signal, this processing module 308 judges whether this human body snores.If so, this processing module 308 controls this vibrating motor 306 and vibrates.

Particularly, when this processing module 308 judges that the sound pressure level of this sound of snoring signal is greater than setting threshold value, and when within the unit interval, the sound of snoring frequency is greater than the setting frequency, this processing module 308 judges that this human body is snored.

Such as, please refer to the drawing 12, when user entered for the second sleep stage, processing module 308 controls microphone 304 and records the sound of snoring, and the sound of snoring signal that microphone 304 collects sends processing module 308 to.Whether processing module 308 is greater than setting threshold value L_set according to the sound pressure level L_real of the sound of snoring signal analysis sound of snoring.

If sound pressure level L_real>L_set, then processing module 308 judges whether the sound of snoring frequency N_real in the unit interval is greater than setting frequency N_set further.If sound of snoring frequency N_real>N_set, then processing module 308 judges that user needs sound of snoring intervention, and processing module 308, according to the power of the sound of snoring of user and the frequency, sends suitable vibratory stimulation instruction to vibrating motor 306.Vibrating motor 306, according to vibratory stimulation instruction vibration, helps the user of snoring suitably to intervene sleeping.

Further, in order to realize the arousal function of the control system 300 of intelligent domestic, control device 310, according to setting-up time and setting oscillation intensity, sends vibration signal to processing module 308 by this high in the clouds 312, and sends opening signal to this window shade arrangement 314 by this high in the clouds 312.

This processing module 308 controls this vibrating motor 306 according to this vibration signal and vibrates.Set angle opened by the curtain 318 that this curtain controller 316 controls this window shade arrangement 314 according to this opening signal.

Particularly, in one example, please refer to the drawing 13, when sleep sensor 320 monitoring human is lying status, control device 310 judges whether to arrive setting-up time.Setting-up time can be between the WA of user, and user sets between WA by control device 310 (such as mobile phone or panel computer) and setting oscillation intensity.When arriving when between WA, control device 310 sets suitable oscillation intensity according to user and sends vibration signal, and sends opening signal to high in the clouds 312 according to the curtain open angle of user's setting.

Vibration signal is sent to processing module 308 by high in the clouds 312, and opening signal is sent to curtain controller 316, processing module 308 receives vibration signal, and control vibrating motor 306 with the oscillation intensity of user preference to body massaging according to vibration signal, so that soft wakes user up, and leaves the people of surrounding alone.

The curtain 318 that curtain controller 316 controls window shade arrangement 314 according to opening signal opens set angle, to utilize the bright room of natural lighting.

Other part do not launched of the control system 300 of the intelligent domestic of the present embodiment, the part that the control system 200 of the control system 100 of the intelligent domestic of the first preferred embodiment and the intelligent domestic of the second preferred embodiment is identical or similar can be joined, do not repeat them here.

In sum, in the control system 300 of the intelligent domestic of the present embodiment, appropriate vibratory stimulation can be carried out for the human body of snoring and give to reduce degree of snoring, improve the comfortableness of sleep quality, meanwhile, also can wake up user and utilize natural lighting.

In the description of this instructions, specific features, structure, material or feature that the description of reference term " embodiment ", " some embodiments ", " illustrative examples ", " example ", " concrete example " or " some examples " etc. means to describe in conjunction with described embodiment or example are contained at least one embodiment of the present invention or example.In this manual, identical embodiment or example are not necessarily referred to the schematic representation of above-mentioned term.And the specific features of description, structure, material or feature can combine in an appropriate manner in any one or more embodiment or example.

In addition, term " first ", " second " only for describing object, and can not be interpreted as instruction or hint relative importance or imply the quantity indicating indicated technical characteristic.Thus, be limited with " first ", the feature of " second " can express or impliedly comprise at least one this feature.In describing the invention, the implication of " multiple " is at least two, such as two, three etc., unless otherwise expressly limited specifically.

Describe and can be understood in process flow diagram or in this any process otherwise described or method, represent and comprise one or more for realizing the module of the code of the executable instruction of the step of specific logical function or process, fragment or part, and the scope of the preferred embodiments of the present invention comprises other realization, wherein can not according to order that is shown or that discuss, comprise according to involved function by the mode while of basic or by contrary order, carry out n-back test, this should understand by embodiments of the invention person of ordinary skill in the field.

In flow charts represent or in this logic otherwise described and/or step, such as, the sequencing list of the executable instruction for realizing logic function can be considered to, may be embodied in any computer-readable medium, for instruction execution system, device or equipment (as computer based system, comprise the system of processor or other can from instruction execution system, device or equipment instruction fetch and perform the system of instruction) use, or to use in conjunction with these instruction execution systems, device or equipment.With regard to this instructions, " computer-readable medium " can be anyly can to comprise, store, communicate, propagate or transmission procedure for instruction execution system, device or equipment or the device that uses in conjunction with these instruction execution systems, device or equipment.The example more specifically (non-exhaustive list) of computer-readable medium comprises following: the electrical connection section (electronic installation) with one or more wiring, portable computer diskette box (magnetic device), random access memory (RAM), ROM (read-only memory) (ROM), erasablely edit ROM (read-only memory) (EPROM or flash memory), fiber device, and portable optic disk ROM (read-only memory) (CDROM).In addition, computer-readable medium can be even paper or other suitable media that can print described program thereon, because can such as by carrying out optical scanning to paper or other media, then carry out editing, decipher or carry out process with other suitable methods if desired and electronically obtain described program, be then stored in computer memory.

Should be appreciated that each several part of the present invention can realize with hardware, software, firmware or their combination.In the above-described embodiments, multiple step or method can with to store in memory and the software performed by suitable instruction execution system or firmware realize.Such as, if realized with hardware, the same in another embodiment, can realize by any one in following technology well known in the art or their combination: the discrete logic with the logic gates for realizing logic function to data-signal, there is the special IC of suitable combinational logic gate circuit, programmable gate array (PGA), field programmable gate array (FPGA) etc.

Those skilled in the art are appreciated that realizing all or part of step that above-described embodiment method carries is that the hardware that can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, this program perform time, step comprising embodiment of the method one or a combination set of.

In addition, each functional unit in each embodiment of the present invention can be integrated in a processing module, also can be that the independent physics of unit exists, also can be integrated in a module by two or more unit.Above-mentioned integrated module both can adopt the form of hardware to realize, and the form of software function module also can be adopted to realize.If described integrated module using the form of software function module realize and as independently production marketing or use time, also can be stored in a computer read/write memory medium.

The above-mentioned storage medium mentioned can be ROM (read-only memory), disk or CD etc.Although illustrate and describe embodiments of the invention above, be understandable that, above-described embodiment is exemplary, can not be interpreted as limitation of the present invention, and those of ordinary skill in the art can change above-described embodiment within the scope of the invention, revises, replace and modification.

Claims

1. a control system for intelligent domestic, is characterized in that, comprising:

Illumination control device, this illumination control device comprises light intensity controller;

Monitoring device, this monitoring device monitoring human transducing signal;

High in the clouds, this high in the clouds receives this human sensing signal that this monitoring device sends;

Control device, this control device receives this human sensing signal that this high in the clouds sends, and judges that whether this human body is at bed and the sleep state at bed according to this human sensing signal;

If this human body is not at bed, this control device sends the first steering order to this high in the clouds, and this first steering order is sent to this illumination control device by this high in the clouds, and this light intensity controller controls this illumination control device according to this first steering order;

If this human body is at bed and sleep state is non-hypnagogic state, this control device sends the second steering order to this high in the clouds, this second steering order is sent to this illumination control device by this high in the clouds, and this light intensity controller controls this illumination control device according to this second steering order;

If this human body is at bed and sleep state is hypnagogic state, this control device sends the 3rd steering order to this high in the clouds, 3rd steering order is sent to this illumination control device by this high in the clouds, and this light intensity controller controls this illumination control device according to the 3rd steering order.

2. the control system of intelligent domestic as claimed in claim 1, it is characterized in that, this illumination control device comprises window shade arrangement and lighting device;

This light intensity controller comprises curtain controller and lighting controller;

This curtain controller controls this window shade arrangement according to this first steering order, this second steering order and the 3rd steering order;

This lighting controller controls this lighting device according to this first steering order, this second steering order and the 3rd steering order.

3. the control system of intelligent domestic as claimed in claim 2, it is characterized in that, this monitoring device comprises signal picker, processing module and monitoring side wireless network module;

This signal picker gathers this human sensing signal;

This human sensing Signal analysis is that this human body is not at the transducing signal of bed and this human body physiology signal at bed by this processing module;

This human body is not sent to this high in the clouds at this transducing signal of bed and this human body at this physiology signal of bed by this monitoring side wireless network module;

This high in the clouds receives this human body that this monitoring device sends not at this transducing signal of bed and this human body this physiology signal at bed, and this human body is not sent to this control device at this transducing signal of bed and this human body at this physiology signal of bed;

At this transducing signal of bed, this control device does not judge that this human body is not at bed according to this human body, and judge the sleep state of this human body at bed according to this human body at this physiology signal of bed.

4. the control system of intelligent domestic as claimed in claim 3, it is characterized in that, this human body is identified as at this physiology signal of bed and comprises the physiology signal that body weight static pressure signal that human bady gravitational effect produces and the raw body of body movable property move dynamic pressure signal by this processing module.

5. the control system of intelligent domestic as claimed in claim 4, is characterized in that, this control device moves dynamic pressure signal according to this body weight static pressure signal and this body, judges that the sleep state of this human body is as non-hypnagogic state;

This control device moves the setting pulse number of dynamic pressure signal in setting-up time section according to this body, judges that the sleep state of this human body is hypnagogic state.

6. the control system of intelligent domestic as claimed in claim 5, it is characterized in that, the control system of this intelligent domestic comprises light sensor and infrared sensor, and this light sensor connects this curtain controller and this lighting controller, and this infrared sensor connects this lighting controller;

When this human body is not at bed, this light sensor perception whether night, if so, this light sensor sends the first signal to this lighting controller, and this lighting controller is according to this this lighting device of the first unblanking; If not, this light sensor sends secondary signal to this lighting controller and this curtain controller, and this lighting controller cuts out this lighting device according to this secondary signal, and the curtain that this curtain controller controls this window shade arrangement according to this secondary signal is opened;

After this lighting controller is according to this this lighting device of the first unblanking, whether this infrared sensor detection room has people, if not, this infrared sensor sends the 3rd signal to this lighting controller, and this lighting controller is according to the 3rd this lighting device of signal at stop.

7. the control system of intelligent domestic as claimed in claim 6, it is characterized in that, the control system of this intelligent domestic comprises sleep sensor, this sleep sensor gathers the sleep signal of this human body, this high in the clouds receives this sleep signal that this sleep sensor sends, and this sleep signal is sent to this control device;

When this human body at bed and sleep state is non-hypnagogic state time, this control device judges this human body whether lying status according to this sleep signal, if not, this control device sends the 4th signal to this lighting controller by this high in the clouds, and this lighting controller is according to the 4th this lighting device of unblanking;

When this human body at bed and sleep state is hypnagogic state time, this lighting controller cuts out this lighting device according to the 3rd steering order.

8. the control system of intelligent domestic as claimed in claim 7, it is characterized in that, the control system of this intelligent domestic comprises fan and air conditioner, and this fan comprises fan governor, and this air conditioner comprises air-conditioner controller;

This light sensor sends this secondary signal to this fan and this air conditioner, and this fan governor, according to this secondary signal, closes this fan, and this air-conditioner controller, according to this secondary signal, closes this air conditioner;

When there is people in this infrared sensor detection room, this infrared sensor sends the 5th signal to this fan and this air conditioner, and this fan governor, according to the 5th signal, controls this fan to set fan mode, this air-conditioner controller, according to the 5th signal, controls this air conditioner to set air conditioning mode;

This control device sends the 4th signal to this fan and this air conditioner, and this fan governor, according to the 4th signal, controls this fan with this setting fan mode, and this air-conditioner controller, according to the 4th signal, controls this air conditioner with this setting air conditioning mode.

9. the control system of intelligent domestic as claimed in claim 8, it is characterized in that, this second steering order is sent to this fan and this air conditioner by this high in the clouds, this fan governor is according to this second steering order, this fan is controlled with this setting fan mode, this air-conditioner controller, according to this second steering order, controls this air conditioner with this setting air conditioning mode;

3rd steering order is sent to this fan and this air conditioner by this high in the clouds, this fan governor is according to the 3rd steering order, when environment temperature is less than design temperature, open this fan and control this fan with the setting rotation speed of fan of this fan and run, and when this environment temperature is more than or equal to this design temperature, maintains this fan and close;

This air-conditioner controller is according to the 3rd steering order, when this environment temperature is less than design temperature, close this air conditioner, and when this environment temperature is more than or equal to this design temperature, maintains this air conditioner and run and regulate the temperature of this air conditioner and the rotation speed of fan of this air conditioner.

10. the control system of intelligent domestic as claimed in claim 9, it is characterized in that, this control device moves first pulse number of dynamic pressure signal in the first setting-up time section according to this body, judges that the sleep state of this human body is hypnagogic state and was in for the first sleep stage;

This control device moves second pulse number of dynamic pressure signal in the second setting-up time section according to this body, judges that the sleep state of this human body is hypnagogic state and was in for the second sleep stage;

This control device moves three pulse number of dynamic pressure signal in the 3rd setting-up time section according to this body, judges that the sleep state of this human body is hypnagogic state and was in for the 3rd sleep stage;

This first pulse number is greater than this second pulse number, and this second pulse number is greater than the 3rd pulse number.

The control system of 11. intelligent domestics as claimed in claim 10, it is characterized in that, this fan governor, according to the 3rd steering order sent in this first stage of falling asleep, when this environment temperature is less than this design temperature, controls this fan with this setting rotation speed of fan of this fan and runs;

This fan governor, according to the 3rd steering order sent in this second stage of falling asleep, when this environment temperature is less than this design temperature, controls this fan with this setting rotation speed of fan of this fan and runs;

This fan governor, according to the 3rd steering order sent in the 3rd stage of falling asleep, when this environment temperature is less than this design temperature, controls this fan with this setting rotation speed of fan of this fan and runs;

This air-conditioner controller is according to the 3rd steering order sent in this first stage of falling asleep, when this environment temperature is more than or equal to this design temperature, compared to when this human body is not fallen asleep, reduce the temperature of this air conditioner, and relative to when this human body is not fallen asleep, improve the rotation speed of fan of this air conditioner;

This air-conditioner controller is according to the 3rd steering order sent in this second stage of falling asleep, when this environment temperature is more than or equal to this design temperature, compared to when this human body is not fallen asleep, reduce the temperature of this air conditioner, and compared to when this human body is not fallen asleep, improve the rotation speed of fan of this air conditioner;

This air-conditioner controller is according to the 3rd steering order sent in the 3rd stage of falling asleep, when this environment temperature is more than or equal to this design temperature, compared to when being in this second sleep stage at this human body, improve the temperature of this air conditioner, and compared to when being in this second sleep stage at this human body, reduce the rotation speed of fan of this air conditioner.

The control system of 12. intelligent domestics as claimed in claim 8, it is characterized in that, this fan comprises fan wireless network module, this fan wireless network module receives this second steering order and the 3rd steering order that this high in the clouds sends, and sends this second steering order and the 3rd steering order to this fan governor;

This air conditioner comprises air conditioner wireless mixed-media network modules mixed-media, and this air conditioner wireless mixed-media network modules mixed-media receives this second steering order and the 3rd steering order that this high in the clouds sends, and sends this second steering order and the 3rd steering order to this air-conditioner controller;

This lighting device comprises illumination wireless network module, this illumination wireless network module receives this first steering order, this second steering order and the 3rd steering order that this high in the clouds sends, and sends this first steering order, this second steering order and the 3rd steering order to this lighting controller;

This window shade arrangement comprises curtain wireless network module, this curtain wireless network module receives this first steering order, this second steering order and the 3rd steering order that this high in the clouds sends, and sends this first steering order, this second steering order and the 3rd steering order to this curtain controller.

The control system of 13. intelligent domestics as claimed in claim 8, it is characterized in that, the rotation speed of fan of this fan when this this fan of control device record runs, and this air conditioner run time the temperature of this air conditioner and the rotation speed of fan of this air conditioner, and form corresponding temperature curve and speed curves, and this temperature curve and this speed curves are sent to this fan and this air conditioner by this high in the clouds.

The control system of 14. intelligent domestics as claimed in claim 10, it is characterized in that, this monitoring device is pillow, and this monitoring device comprises loudspeaker;

This control device moves four pulse number of dynamic pressure signal in the 4th setting-up time section according to this body, judges this human body difficulty falling asleep, and controls this loudspeaker by this high in the clouds and send sleeping music;

4th pulse number is greater than this first pulse number.

The control system of 15. intelligent domestics as described in claim 3 or 14, it is characterized in that, this monitoring device also comprises microphone and vibrating motor;

The sound of snoring of this this human body of microphone record also generates sound of snoring signal;

According to this sound of snoring signal, this processing module judges whether this human body snores;

If so, this processing module controls the vibration of this vibrating motor.

The control system of 16. intelligent domestics as claimed in claim 15, it is characterized in that, this control device, according to setting-up time and setting oscillation intensity, sends vibration signal to this processing module by this high in the clouds, and sends opening signal to this window shade arrangement by this high in the clouds;

This processing module controls the vibration of this vibrating motor according to this vibration signal;

Set angle opened by the curtain that this curtain controller controls this window shade arrangement according to this opening signal.

The control system of 17. intelligent domestics as claimed in claim 7, it is characterized in that, the control system of this intelligent domestic comprises TV, and this TV comprises control device of the tv;

This infrared sensor sends the 3rd signal to this control device of the tv, and this control device of the tv is according to the 3rd this TV of signal at stop;

This control device sends the 4th signal to this control device of the tv, and this control device of the tv, according to the 4th signal, controls this TV to set television mode;

When there is people in this infrared sensor detection room, this infrared sensor sends the 5th signal to this control device of the tv, and this control device of the tv, according to the 5th signal, controls this TV with this setting television mode;

This control device sends the 3rd steering order to this control device of the tv by this high in the clouds, and this control device of the tv closes this TV according to the 3rd steering order.