CN105472851A - Intelligent lighting system and induction device - Google Patents
Intelligent lighting system and induction device Download PDFInfo
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- CN105472851A CN105472851A CN201610012053.4A CN201610012053A CN105472851A CN 105472851 A CN105472851 A CN 105472851A CN 201610012053 A CN201610012053 A CN 201610012053A CN 105472851 A CN105472851 A CN 105472851A
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/105—Controlling the light source in response to determined parameters
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The invention relates to an intelligent lighting system and an induction device. The intelligent lighting system comprises a first lighting lamp, a second lighting lamp and the induction device, wherein the induction device comprises a first human body induction module and a second human body induction module; the first human body induction module is used for outputting a first starting signal to the first lighting lamp when detecting a human body within a first preset range; the second human body induction module is used for outputting a second starting signal to the second lighting lamp when detecting the human body within a second preset range, and outputting a second power-off signal to the second lighting lamp when detecting the human body again within the second preset range after outputting the second starting signal; the first human body induction module is also used for outputting a second power-off signal to the second lighting lamp within the first preset range when the human body is not detected within the second preset range after the second human body induction module outputs the second starting signal; and the first preset range is greater than the second preset range. The intelligent lighting system has the characteristics that the electric energy is saved and the usage experience is good.
Description
Technical field
The present invention relates to lighting technical field, particularly intelligent illuminating system and induction installation.
Background technology
Existing illuminator can realize people Lai Dengkai by induction human body, people walks lamp and puts out, thus energy efficient, but this induction mode is comparatively simple, when night, ambient brightness was lower, when user cannot see indoor environment clearly, cannot in indoor walking, user only needs faint light can in indoor action, or user needs faint light to carry out activity when sleeping, and now directly open the higher illuminating lamp of brightness, then seem waste energy consumption, and directly opening the higher illuminating lamp of brightness, that environment also can be made to be changed into by dark is suddenly bright, easily make eyes of user uncomfortable, on the other hand, as the switch not adopting the switch of induction type to realize lamp, then user clearly cannot find physical switches in the dark, then illumination cannot be opened, user equally also can be made handicapped, as can be seen here, existing induction type illuminator or traditional illuminator still have waste electric energy, the defect that experience is not good.
Summary of the invention
Based on this, be necessary large for existing illuminator energy consumption, that experience is not good defect, a kind of intelligent illuminating system and induction installation be provided to have and save the good feature of electric energy, experience.
A kind of intelligent illuminating system, comprising: the first illuminating lamp, the second illuminating lamp and induction installation, described induction installation comprises the first human body induction module and the second human body induction module,
When described first human body induction module is used for human body being detected in the first preset range, export the first enabling signal to described first illuminating lamp;
When described second human body induction module is used for human body being detected in the second preset range, the second enabling signal is exported to described second illuminating lamp, described second human body induction module is also for after described second enabling signal of output, when human body again being detected in the second preset range, export the second shutdown signal to described second illuminating lamp;
Described first human body induction module also for after described second human body induction module exports described second enabling signal, exports described second shutdown signal to described second illuminating lamp in described first preset range and when human body not detected in the second Preset Time;
Described first preset range is greater than described second preset range;
Described first illuminating lamp is used for lighting after receiving described first enabling signal;
Described second illuminating lamp is used for lighting after receiving described second enabling signal, extinguishes after receiving described second shutdown signal.
In one embodiment, described first human body induction module also for after described first enabling signal of output, in described first preset range and when human body not detected in the first Preset Time, exports the first shutdown signal to described first illuminating lamp;
Described first illuminating lamp also for extinguishing after receiving described first shutdown signal.
In one embodiment, described first human body induction module also for after described first enabling signal of output, starts the timing of the 3rd Preset Time, after described 3rd Preset Time, export the 3rd shutdown signal to described first illuminating lamp;
Described first illuminating lamp also for extinguishing after receiving described 3rd shutdown signal.
In one embodiment, the brightness of illumination of described first illuminating lamp is less than the brightness of illumination of described second illuminating lamp.
In one embodiment, described induction installation also comprises brightness impression module, and described brightness impression module is used for testing environment brightness, when ambient brightness is greater than predetermined luminance, closes described first human body induction module.
In one embodiment, described second human body induction module is also for when ambient brightness is greater than predetermined luminance, after described first human body induction module is closed, when human body being detected in described second preset range, export described second enabling signal to described second illuminating lamp, and open described first human body induction module.
In one embodiment, described second human body induction module is also for when ambient brightness is less than predetermined luminance, after described second shutdown signal of output, close described first human body induction module, and after described first human body induction module of closedown, again human body detected in described second preset range after, export described first enabling signal to described first illuminating lamp, and open described first human body induction module;
Described brightness impression module also for after described first human body induction module is closed, when ambient brightness again being detected lower than predetermined luminance after the 4th Preset Time, opens described first human body induction module.
In one embodiment, described second human body induction module, also for after described second enabling signal of output, when continuing to detect that the time of human body is greater than the 5th Preset Time in described second preset range, exports dim signal to described second illuminating lamp.
In one embodiment, after described second human body induction module exports described second shutdown signal to described second illuminating lamp, in described second preset range and again human body detected in the 6th Preset Time after, to described second illuminating lamp output switching color temperature signal.
A kind of induction installation, comprising: the first human body induction module and the second human body induction module,
When described first human body induction module is used for human body being detected in the first preset range, export the first enabling signal;
When described second human body induction module is used for human body being detected in the second preset range, export the second enabling signal, described second human body induction module also for after described second enabling signal of output, when human body again being detected in the second preset range, exports the second shutdown signal;
Described first human body induction module also for after described second human body induction module exports described second enabling signal, in described first preset range and when human body not detected in the second Preset Time, exports described second shutdown signal;
Described first preset range is greater than described second preset range.
In one embodiment, described first human body induction module also for after described first enabling signal of output, when human body not detected in the first Preset Time, exports the first shutdown signal in described first preset range.
In one embodiment, described first human body induction module also for after described first enabling signal of output, starts the timing of the 3rd Preset Time, after described 3rd Preset Time, export the 3rd shutdown signal.
In one embodiment, also comprise brightness impression module, described brightness impression module is used for testing environment brightness, when ambient brightness is greater than predetermined luminance, closes described first human body induction module.
In one embodiment, described second human body induction module also for when ambient brightness is greater than predetermined luminance, described first human body induction module close after, when human body being detected in described second preset range, export described second enabling signal, and open described first human body induction module.
In one embodiment, described second human body induction module is also for when ambient brightness is less than predetermined luminance, after described second shutdown signal of output, close described first human body induction module, and after described first human body induction module of closedown, again human body detected in described second preset range after, export described first enabling signal, and open described first human body induction module;
Described brightness impression module also for after described first human body induction module is closed, when ambient brightness again being detected lower than predetermined luminance after the 4th Preset Time, opens described first human body induction module.
In one embodiment, described second human body induction module also for after described second enabling signal of output, when continuing to detect that the time of human body is greater than the 5th Preset Time in described second preset range, exports dim signal.
In one embodiment, after described second human body induction module exports described second shutdown signal, in described second preset range and again human body detected in the 6th Preset Time after, output switching color temperature signal.
Above-mentioned intelligent illuminating system and induction installation, by first User Activity detected in the first preset range that scope is larger after, namely open the first illuminating lamp, for user provides faint illumination, to save electric energy, in the second preset range, after activity, opening the second illuminating lamp user, is the illumination that user provides brightness higher, increasing progressively of brightness is realized with this, avoid brightness suddenly to increase severely, so that eyes of user is uncomfortable, thus makes experience better.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of the induction installation of one embodiment of the invention;
Fig. 2 is the structured flowchart of the intelligent illuminating system of one embodiment of the invention;
Fig. 3 is the structured flowchart of the intelligent illuminating system of another embodiment of the present invention.
Embodiment
For the ease of understanding the present invention, below with reference to relevant drawings, the present invention is described more fully.Preferred embodiment of the present invention is given in accompanying drawing.But the present invention can realize in many different forms, is not limited to embodiment described herein.On the contrary, provide the object of these embodiments be make the understanding of disclosure of the present invention more comprehensively thorough.
As shown in Figure 1, a kind of induction installation 200 of one embodiment of the invention, comprise: the first human body induction module 210 and the second human body induction module 220, when described first human body induction module 210 for detecting human body in the first preset range, exports the first enabling signal; When described second human body induction module 220 for detecting human body in the second preset range, export the second enabling signal, described second human body induction module 220 also for after described second enabling signal of output, when human body again being detected in the second preset range, exports the second shutdown signal; Described first human body induction module 210 also for after described second human body induction module 220 exports described second enabling signal, in described first preset range and when human body not detected in the second Preset Time, exports described second shutdown signal; Described first preset range is greater than described second preset range.
Such as, first preset range is indoor, second preset range is indoor a certain region, and this region area or space are less than careat or the interior space, when first human body induction module 210 detects that there is a User Activity indoor, export the first enabling signal, make power less, the lower illuminating lamp of brightness lights, brightness is avoided to change the excessive eyes of user that causes uncomfortable, make user can be movable under illumination, and there is the lower advantage of power consumption, when the second human body induction module 220 detects a certain district intra domain user movable, then export the second enabling signal, starting power is larger, and the higher lamp of brightness is lighted, make user fully can see indoor environment clearly, thus process make eyes of user can conform gradually brightness change, avoid eyes uncomfortable.
Such as, described first human body induction module 210 and described second human body induction module 220 are infrared induction module, infrared induction module is by infrared induction mode human body, the movement of such as human body, the swing of the limbs of such as human body, the swing of human body in the present invention, activity or limbs can be responded to by infrared induction module, therefore, in the present invention, the swing of the movement of human body, activity or limbs is all equal to the movement of human body.
In one embodiment, described first human body induction module 210 also for after described first enabling signal of output, when human body not detected in the first Preset Time, exports the first shutdown signal in described first preset range.
In one embodiment, described first human body induction module 210 also for after described first enabling signal of output, starts the timing of the 3rd Preset Time, after described 3rd Preset Time, export the 3rd shutdown signal.
In one embodiment, referring again to Fig. 1, induction installation 200 of the present invention also comprises brightness impression module 230, and described brightness impression module 230 is for testing environment brightness, when ambient brightness is greater than predetermined luminance, close described first human body induction module 210.
In one embodiment, described second human body induction module 220 is also for when ambient brightness is greater than predetermined luminance, after described first human body induction module 210 is closed, when human body being detected in described second preset range, export described second enabling signal, and open described first human body induction module 210.
In one embodiment, described second human body induction module 220 is also for when ambient brightness is less than predetermined luminance, after described second shutdown signal of output, close described first human body induction module 210, and after described first human body induction module 210 of closedown, again human body detected in described second preset range after, export described first enabling signal, and open described first human body induction module 210;
Described brightness impression module 230 also for after described first human body induction module 210 is closed, when ambient brightness again being detected lower than predetermined luminance after the 4th Preset Time, opens described first human body induction module 210.
In one embodiment, described second human body induction module 220 also for after described second enabling signal of output, when continuing to detect that the time of human body is greater than the 5th Preset Time in described second preset range, exports dim signal.
In one embodiment, described second human body induction module 220 also for after exporting described second shutdown signal, in described second preset range and again human body detected in the 6th Preset Time after, output switching color temperature signal.
In one embodiment, described first Preset Time is greater than described second Preset Time.
In one embodiment, as shown in Figure 2, a kind of intelligent illuminating system 10, comprising: the first illuminating lamp 110, second illuminating lamp 120 and induction installation 200, and described induction installation 200 comprises the first human body induction module 210 and the second human body induction module 220,
Described first human body induction module 210 is connected with described first illuminating lamp 110 and described second illuminating lamp 120 respectively, and described second human body induction module 220 is connected with described second illuminating lamp 120,
When described first human body induction module 210 for detecting human body in the first preset range, export the first enabling signal to described first illuminating lamp 110;
When described second human body induction module 220 for detecting human body in the second preset range, the second enabling signal is exported to described second illuminating lamp 120, described second human body induction module 220 is also for after described second enabling signal of output, when human body again being detected in the second preset range, export the second shutdown signal to described second illuminating lamp 120;
Described first human body induction module 210 also for after described second human body induction module 220 exports described second enabling signal, exports described second shutdown signal to described second illuminating lamp 120 when human body not detected in the second Preset Time in described first preset range;
Described first preset range is greater than described second preset range;
Described first illuminating lamp 110 for lighting after receiving described first enabling signal;
Described second illuminating lamp 120, for lighting after receiving described second enabling signal, extinguishes after receiving described second shutdown signal.
An embodiment is, described first human body induction module 210 has larger induction range, and described second human body induction module 220 has less induction range, such as, when the present invention is applied in room lighting, whether described first human body induction module 210 is for having human body in nernst cell, and whether described second human body induction module 220 has human body for induction in a certain region, indoor, such as, described second human body induction module 220 is for the limb activity of human body.Such as, the brightness of illumination of described first illuminating lamp 110 is less than the brightness of illumination of described second illuminating lamp 120, specifically, the brightness of illumination of described first illuminating lamp 110 is comparatively secretly weak, the brightness of illumination of described second illuminating lamp 120 is comparatively bright, such as, the power of described first illuminating lamp 110 is less than the power of described second illuminating lamp 120, more energy-conservation when will work than described second illuminating lamp 120 when described like this first illuminating lamp 110 works, such as, described first illuminating lamp 110 is mini light night, such as, described second illuminating lamp 120 is headlight, such as, the power of mini light night is lower, brightness of illumination is low, the general outline of user's direction indication and indoor environment is can be after lighting, the power of headlight is high, brightness of illumination is high, user's vision can be made after lighting to become clear, fully see indoor environment clearly, so that user is normal.
When user enters indoor, after described first human body induction module 210 detects that user enters indoor, the first enabling signal is exported to described first illuminating lamp 110, thus light described first illuminating lamp 110, now, owing to only being thrown light on by described first illuminating lamp 110, therefore energy consumption is lower, there is energy-conservation feature, on the other hand, because the brightness of described first illuminating lamp 110 is darker, therefore, ambient brightness variable quantity is less, eyes of user can cosily conform the change of brightness, and now under the faint light of described first illuminating lamp 110, can indicating user in indoor action, when user needs to light the second illuminating lamp 120, move in the second preset range, such as, the limbs of user swing in the second preset range, such as, the hand of user swings in the second preset range, when making described second human body induction module 220 detect that user moves in the second preset range, described second human body induction module 220 exports the second enabling signal to described second illuminating lamp 120, now under the illuminating of described second illuminating lamp 120, indoor ambient brightness is higher, user can normally in indoor activity, when user needs to close described second illuminating lamp 120, only need again to move in described second preset range, such as, hand swings again in described second preset range, now, when second human body induction module 220 detects that user again moves in the second preset range, described second human body induction module 220 exports the second shutdown signal to described second illuminating lamp 120, described second illuminating lamp 120 extinguishes, or, after the second illuminating lamp 120 is lighted, user leaves indoor, when described first human body induction module 210 does not detect indoor User Activity in the second Preset Time, then extinguish described second illuminating lamp 120, thus achieve manual extinguishing and the automatic distinguishing of the second illuminating lamp 120, the automatic distinguishing of described second illuminating lamp 120 makes intelligent illuminating system 10 of the present invention more energy-conservation.
In one embodiment, described first human body induction module 210 also for after described first enabling signal of output, in described first preset range and when human body not detected in the first Preset Time, exports the first shutdown signal to described first illuminating lamp 110; Described first illuminating lamp 110 also for extinguishing after receiving described first shutdown signal.
In the present embodiment, after user leaves indoor, when described first human body induction module 210 does not detect indoor User Activity in the first Preset Time, then extinguish described first illuminating lamp 110, when avoiding interior length time no one, described first illuminating lamp 110 is still lighted, and causing wastes electric energy.
In order to improve user's experience, and realize better energy-conservation, such as, described first Preset Time is greater than described second Preset Time, like this, after user leaves indoor, because described second Preset Time is shorter, therefore, first described second illuminating lamp 120 that power is larger extinguishes, now, indoor described first illuminating lamp 110 is still in illuminating state, indoor still exist faint light, the activity again entering indoor user can be indicated, now energy consumption is lower, subsequently, after described first Preset Time, described first illuminating lamp 110 just extinguishes, realize energy-conservation better with this, and improve user's experience.
In a further embodiment, described first human body induction module 210 also for after described first enabling signal of output, starts the timing of the 3rd Preset Time, after described 3rd Preset Time, exports the 3rd shutdown signal to described first illuminating lamp 110; Described first illuminating lamp 110 also for extinguishing after receiving described 3rd shutdown signal.
In the present embodiment, extinguish after described first illuminating lamp 110 the 3rd Preset Time after striking, and no matter now whether indoor have user in activity, such as, user enters indoor, after lighting the first illuminating lamp 110, swung by limbs and light the second illuminating lamp 120, after the 3rd Preset Time after the first illuminating lamp 110 is lighted, extinguish the first illuminating lamp 110, now, because user is still in indoor, therefore, second illuminating lamp 120 is still in illuminating state, therefore, whether first illuminating lamp 110 is lighted and all can not be impacted the action of user, therefore, in order to more energy-conservation, in the present embodiment, directly extinguish after described first illuminating lamp 110 the 3rd Preset Time after striking, such as, after user lights the first illuminating lamp 110, leave indoor, directly extinguish after first illuminating lamp 110 the 3rd Preset Time after striking, have energy-saving effect equally, such as, described 3rd Preset Time is equal with described first Preset Time, such as, described 3rd Preset Time is greater than described second Preset Time.
In one embodiment, as shown in Figure 3, described induction installation 200 also comprises brightness impression module 230, described brightness impression module 230 is connected with described first human body induction module 210, described brightness impression module 230 is for testing environment brightness, when ambient brightness is greater than predetermined luminance, close described first human body induction module 210.
When ambient brightness is greater than predetermined luminance, mean to be now daytime, therefore throw light on without the need to opening described first illuminating lamp, therefore, described brightness impression module 230 closes described first human body induction module 210.Certainly, user also can the first human body induction module 210 described in manual-lock.After described first human body induction module 210 quits work, described first illuminating lamp 110 is not because user is lit in the activity of indoor.
Referring again to Fig. 3, described second human body induction module 220 is also connected with described first human body induction module 210, described second human body induction module 220 is also for when ambient brightness is greater than predetermined luminance, after described first human body induction module 210 is closed, when human body being detected in described second preset range, export described second enabling signal to described second illuminating lamp 120, and open described first human body induction module 210.
When ambient brightness is greater than predetermined luminance, now indoor have certain brightness, therefore without the need to the instruction of the first illuminating lamp 110, user can take action easily to the second preset range and carry out lighting the second illuminating lamp 120, such as, ambient brightness is daytime when being greater than predetermined luminance, now, described brightness impression module 230 closes described first human body induction module 210, like this, after user enters indoor, described first human body induction module 210 does not work, then described first illuminating lamp 110 also can not be lighted, can be energy-conservation further, user needs further illumination then to enter described second preset range, light the second illuminating lamp 120, second illuminating lamp 120 higher by brightness can make room brilliancy higher, be conducive to the normal work of user, the first human body induction module 210 is opened in the lump after opening the second illuminating lamp 120, object is after user leaves indoor, first human body induction module 210 automatically can close the second illuminating lamp 120 after the second Preset Time, and then it is energy-conservation.
In one embodiment, described brightness impression module 230, also for when ambient brightness is less than predetermined luminance, opens described first human body induction module 210.
At described first human body induction module 210 by user's manual-lock or after being closed by brightness impression module 230, when entering night, indoor brightness declines, now, for the ease of user in indoor activity, need to detect the user of indoor, therefore, in the present embodiment, described brightness impression module 230 is when ambient brightness is less than predetermined luminance, open described first human body induction module 210, described first human body induction module 210 is started working automatically, the user of indoor is detected.
When night, when described ambient brightness is less than predetermined luminance, described first human body induction module 210 starts, start the movement automatically detecting indoor human body, like this, when night, brightness was low-down, user is after entering indoor or in indoor activity, first illuminating lamp 110 can be opened automatically, thus improves user's experience.
In one embodiment, as shown in Figure 3, described second human body induction module 220 is also connected with described first illuminating lamp 110, described second human body induction module 220 is also for when ambient brightness is less than predetermined luminance, after described second shutdown signal of output, close described first human body induction module 210, and after described first human body induction module 210 of closedown, again human body detected in described second preset range after, export described first enabling signal to described first illuminating lamp 110, and open described first human body induction module 210; Described brightness impression module 230 also for after described first human body induction module 210 is closed, when ambient brightness again being detected lower than predetermined luminance after the 4th Preset Time, opens described first human body induction module 210.
In a upper embodiment, described first human body induction module 210 is carried out opening or closing according to brightness by brightness impression module 230, such as, daytime closes described first human body induction module 210, night opens described first human body induction module 210, and in the present embodiment, in order to adapt to the dormancy custom of user further, when night, when user needs dormancy, after the second preset range internal trigger second human body induction module 220, after closing the second illuminating lamp 120, sense that user is in indoor for avoiding the first human body induction module 210 to continue, so that constantly open described first illuminating lamp 110, therefore, described first human body induction module 210 is needed to close, namely when user triggers closedown the second illuminating lamp 120, close described first human body induction module 210 in the lump, first human body induction module 210 is quit work, and when user needs unlatching first illuminating lamp 110 to carry out guidance lighting in sleep procedure, only need swing limbs and can trigger described second human body induction module 220 in the second preset range, export the first enabling signal to described first illuminating lamp 110, make the first illuminating lamp 110 carry out faint illumination.
After user closes the second illuminating lamp 120 and closes the first human body induction module 210, when user does not trigger second human body induction module 220, described first human body induction module 210 is not restarted in the 4th Preset Time, only when after the 4th Preset Time, when brightness is again lower than predetermined luminance, described brightness impression module 230 just opens the first human body induction module 210 again, the night of second day is can be considered after the 4th Preset Time, now, first human body induction module 210 will be opened again, normally work.
In one embodiment, described second human body induction module 220 is also for after described second enabling signal of output, when continuing to detect that the time of human body is greater than the 5th Preset Time in described second preset range, export dim signal to described second illuminating lamp 120.
In the present embodiment, when the limbs of user continue in the second preset range, such as, hand is rocked to the second preset range by user, and continue 3 seconds, now the second human body induction module 220 exports dim signal to described second illuminating lamp 120, regulates the brightness of described second illuminating lamp 120.
In one embodiment, described second human body induction module 220 is also for after exporting described second shutdown signal to described second illuminating lamp 120, in described second preset range and again human body detected in the 6th Preset Time after, to described second illuminating lamp 120 output switching color temperature signal.。
In the present embodiment, the second human body induction module 220 is again triggered in the 6th Preset Time of user after closedown second illuminating lamp 120, such as, user opens the second illuminating lamp 120 in after closedown second illuminating lamp 120 3 seconds again, now, second human body induction module 220, to described second illuminating lamp 120 output switching color temperature signal, makes the glow color of the second illuminating lamp 120 change.
Should be noted that in said system embodiment, included modules is carry out dividing according to function logic, but is not limited to above-mentioned division, as long as can realize corresponding function; In addition, the concrete title of each functional unit, also just for the ease of mutual differentiation, is not limited to protection scope of the present invention.
In addition, one of ordinary skill in the art will appreciate that all or part of step realized in the various embodiments described above method is that the hardware that can carry out instruction relevant by program has come, corresponding program can be stored in read/write memory medium.
Each technical characteristic of the above embodiment can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics does not move contradiction, be all considered to be the scope that this specification is recorded.
The above embodiment only have expressed several execution mode of the present invention, and it describes comparatively concrete and detailed, but can not therefore be construed as limiting the scope of the patent.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection range of patent of the present invention should be as the criterion with claims.
Claims (17)
1. an intelligent illuminating system, is characterized in that, comprises the first illuminating lamp, the second illuminating lamp and induction installation, and described induction installation comprises the first human body induction module and the second human body induction module,
When described first human body induction module is used for human body being detected in the first preset range, export the first enabling signal to described first illuminating lamp;
When described second human body induction module is used for human body being detected in the second preset range, the second enabling signal is exported to described second illuminating lamp, described second human body induction module is also for after described second enabling signal of output, when human body again being detected in the second preset range, export the second shutdown signal to described second illuminating lamp;
Described first human body induction module also for after described second human body induction module exports described second enabling signal, exports described second shutdown signal to described second illuminating lamp in described first preset range and when human body not detected in the second Preset Time;
Described first preset range is greater than described second preset range;
Described first illuminating lamp is used for lighting after receiving described first enabling signal;
Described second illuminating lamp is used for lighting after receiving described second enabling signal, extinguishes after receiving described second shutdown signal.
2. intelligent illuminating system according to claim 1, it is characterized in that, described first human body induction module is also for after described first enabling signal of output, in described first preset range and when human body not detected in the first Preset Time, export the first shutdown signal to described first illuminating lamp;
Described first illuminating lamp also for extinguishing after receiving described first shutdown signal.
3. intelligent illuminating system according to claim 1, it is characterized in that, described first human body induction module also for after described first enabling signal of output, starts the timing of the 3rd Preset Time, after described 3rd Preset Time, export the 3rd shutdown signal to described first illuminating lamp;
Described first illuminating lamp also for extinguishing after receiving described 3rd shutdown signal.
4. intelligent illuminating system according to claim 1, is characterized in that, the brightness of illumination of described first illuminating lamp is less than the brightness of illumination of described second illuminating lamp.
5. intelligent illuminating system according to claim 1, it is characterized in that, described induction installation also comprises brightness impression module, and described brightness impression module is used for testing environment brightness, when ambient brightness is greater than predetermined luminance, close described first human body induction module.
6. intelligent illuminating system according to claim 5, it is characterized in that, described second human body induction module is also for when ambient brightness is greater than predetermined luminance, after described first human body induction module is closed, when human body being detected in described second preset range, export described second enabling signal to described second illuminating lamp, and open described first human body induction module.
7. intelligent illuminating system according to claim 5, it is characterized in that, described second human body induction module is also for when ambient brightness is less than predetermined luminance, after described second shutdown signal of output, close described first human body induction module, and after described first human body induction module of closedown, again human body detected in described second preset range after, export described first enabling signal to described first illuminating lamp, and open described first human body induction module;
Described brightness impression module also for after described first human body induction module is closed, when ambient brightness again being detected lower than predetermined luminance after the 4th Preset Time, opens described first human body induction module.
8. intelligent illuminating system according to claim 1, it is characterized in that, described second human body induction module is also for after described second enabling signal of output, when continuing to detect that the time of human body is greater than the 5th Preset Time in described second preset range, export dim signal to described second illuminating lamp.
9. intelligent illuminating system according to claim 1, it is characterized in that, described second human body induction module is also for after described second shutdown signal of described second illuminating lamp output, in described second preset range and again human body detected in the 6th Preset Time after, to described second illuminating lamp output switching color temperature signal.
10. an induction installation, is characterized in that, comprises the first human body induction module and the second human body induction module,
When described first human body induction module is used for human body being detected in the first preset range, export the first enabling signal;
When described second human body induction module is used for human body being detected in the second preset range, export the second enabling signal, described second human body induction module also for after described second enabling signal of output, when human body again being detected in the second preset range, exports the second shutdown signal;
Described first human body induction module also for after described second human body induction module exports described second enabling signal, in described first preset range and when human body not detected in the second Preset Time, exports described second shutdown signal;
Described first preset range is greater than described second preset range.
11. induction installations according to claim 10, it is characterized in that, described first human body induction module also for after described first enabling signal of output, when human body not detected in the first Preset Time, exports the first shutdown signal in described first preset range.
12. induction installations according to claim 10, is characterized in that, described first human body induction module also for after described first enabling signal of output, starts the timing of the 3rd Preset Time, after described 3rd Preset Time, export the 3rd shutdown signal.
13. induction installations according to claim 10, is characterized in that, also comprise brightness impression module, and described brightness impression module is used for testing environment brightness, when ambient brightness is greater than predetermined luminance, closes described first human body induction module.
14. induction installations according to claim 13, it is characterized in that, described second human body induction module is also for when ambient brightness is greater than predetermined luminance, after described first human body induction module is closed, when human body being detected in described second preset range, export described second enabling signal, and open described first human body induction module.
15. induction installations according to claim 13, it is characterized in that, described second human body induction module is also for when ambient brightness is less than predetermined luminance, after described second shutdown signal of output, close described first human body induction module, and after described first human body induction module of closedown, again human body detected in described second preset range after, export described first enabling signal, and open described first human body induction module;
Described brightness impression module also for after described first human body induction module is closed, when ambient brightness again being detected lower than predetermined luminance after the 4th Preset Time, opens described first human body induction module.
16. induction installations according to claim 10, it is characterized in that, described second human body induction module also for after described second enabling signal of output, when continuing to detect that the time of human body is greater than the 5th Preset Time in described second preset range, exports dim signal.
17. induction installations according to claim 10, it is characterized in that, described second human body induction module also for after exporting described second shutdown signal, in described second preset range and again human body detected in the 6th Preset Time after, output switching color temperature signal.
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