CN105530733A - Intelligent lighting device - Google Patents
Intelligent lighting device Download PDFInfo
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- CN105530733A CN105530733A CN201410513309.0A CN201410513309A CN105530733A CN 105530733 A CN105530733 A CN 105530733A CN 201410513309 A CN201410513309 A CN 201410513309A CN 105530733 A CN105530733 A CN 105530733A
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Abstract
The invention provides an intelligent lighting device. The intelligent lighting device comprises a man-machine interaction interface unit (10) through which a user instruction is inputted by a user and is sent to a controller unit (20), and at least one light source (40), wherein a control signal is emitted by the controller unit (20) to a driving power source unit (30), the control signal from the driving power source unit (30) is received by the at least one light source (40), a state of the driving power source unit (30) is changed by the at least one light source (40), the at least one light source (40) has an initial first state and first lightness, and the at least one light source can be controlled by the control signal for entering a second state having second brightness, is then kept for the first time (t) and recovers to the first state having the first brightness within the second time (deltat). According to the device, light modulation color modulation functions of lamps are flexibly utilized according to practical activities, and users can be prevented from using improper light intensity and light color.
Description
Technical field
The present invention relates to technical field of semiconductor illumination, especially a kind of Intelligent lightening device.
Background technology
Along with the continuous extension of lighting technology is expanded, the demand of people to illumination is also more and more diversified and intelligent.The bedside lamp that in family, bedroom is usually used, ceiling light etc. are general based on middle look, warm colour; Study, parlor, desk lamp etc. are then general based on middle look, cool colour.Development along with technology adds the function of light modulation toning, and user then can regulate according to the needs of actual activity voluntarily.But because ordinary consumer does not understand different-colour and the different brightness impact on human eye and human hormone's level, user is when light modulation is mixed colours voluntarily, often cannot be adjusted to suitable colour temperature and brightness, long-time use then can produce some potential risks to the physical and mental health of user.
Such as, user in order to see the tiny word of printing type face clearly or carry out some need fine manipulation movable time, the light of region can be transferred to very bright, very white (high color temperature).And after completing these activities, because human eye has adapted to such brightness and photochromic, user keeps such light possibly.But such light Long-Time Service hormonal readiness that will certainly affect in user's body is secreted and the cycle stability of biological clock, has a negative impact to user health; In like manner; user keeps the light of region to be dimmed, adjusting Huang (low colour temperature) during relaxation state in order to mood of releiving; and after people's adaptation of eye; user may keep such light; and when needing to carry out the activities such as common reading and talk; such light is unfavorable for vision protection again, especially to teenager.
The present invention is directed to this problem, propose a kind of intelligentized lighting device, namely ensure that user can use the light modulation toning function of light fixture neatly according to actual activity, the light intensity that also can automatically help user to avoid Long-Time Service bad and photochromic, preferably resolves current lighting technical field problem demanding prompt solution.
Summary of the invention
Technical scheme of the present invention, for providing a kind of Intelligent lightening device, comprising:
Human-computer interaction interface unit, can input user instruction for user;
Controller unit, its can recipient's machine interactive interface unit user instruction information and send control signal afterwards as calculated;
Driving power unit, it can receive the control signal from controller unit and be converted into the control signal that can control light source; And
At least one light source, it can receive the control signal from driving power unit and change its state, this at least one light source has the first initial state, it has the first brightness, and above-mentioned control signal can control this at least one light source and enters second state with the second brightness and within the second time (Δ t), revert to above-mentioned first state with the first brightness after keeping the very first time (t).
Preferably, above-mentioned human-computer interaction interface unit and controller unit one or split.
Preferably, above-mentioned human-computer interaction interface unit is mobile phone interface, control panel or remote controller.
Preferably, above-mentioned human-computer interaction interface cell location has switch, slide block type or touch light modulation and/or toning adjusting device and at least one smart button to input user instruction for user.
Preferably, the control signal that above-mentioned controller unit sends comprises dim signal (at least one light source) or light modulation and/or signal (at least two light sources) of mixing colours.
Preferably, above-mentioned toning signal calculates through mixed light.
Preferably, above-mentioned light source at least two light sources, it has the first state, there is the first brightness and/or the first colour temperature, above-mentioned control signal can control these at least two light sources and enters the second state and within the second time (Δ t), revert to above-mentioned first state after keeping the very first time (t), and the second state comprises the second brightness and/or the second colour temperature.
Preferably, calculate through brightness calculation and/or mixed light after above-mentioned controller unit receives user instruction, send the control signal of tunable optical and/or toning.
Preferably, above-mentioned controller unit comprises signal receiving unit, signal behavior unit and signature computation unit, wherein,
Signal receiving unit, for receiving the user instruction of user's input from human-computer interaction interface unit;
Signal behavior unit, activates corresponding parameter preset for inputting user instruction according to user from preset parameter database;
Signature computation unit, carries out mixed light calculating for and the second light photochromic according to second in parameter preset, forms mixed light result of calculation and export control signal.
Preferably, above-mentioned parameter preset comprises second photochromic, the second brightness and the very first time.
Preferably, above-mentioned controller unit also comprises very first time parameters unit and the second time parameter unit;
Very first time parameters unit, for receive user input user instruction after, light source switches to the second state immediately by the first state, and starts to carry out timing;
Second time parameter unit, at the end of the very first time t duration of the second state, start timing, at the end of the second time Δ t timing, light source returns to the first state.
Preferably, the first photochromic value Tc0 of above-mentioned first state is 4100K, and the first brightness value I0 of the first state is 50%.
Preferably, above-mentioned parameter preset comprises second photochromic, the second brightness, the very first time can arrange voluntarily by user.
Preferably, above-mentioned second time can be arranged voluntarily by user.
The Intelligent lightening device of the present invention, can use the light modulation toning function of light fixture neatly according to actual activity, the light intensity that can automatically help user to avoid Long-Time Service bad and photochromic.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of a kind of Intelligent lightening device of the embodiment of the present invention;
Fig. 2 is the controller unit structural representation of the embodiment of the present invention;
Fig. 3 is that the light modulation toning after the smart button of the embodiment of the present invention activates changes schematic diagram in time;
Fig. 4 is the smart button light modulation toning schematic flow sheet of the embodiment of the present invention;
Fig. 5 is the example user interface one of the embodiment of the present invention;
Fig. 6 is the example user interface two of the embodiment of the present invention.
Embodiment
Below in conjunction with the drawings and specific embodiments, a kind of Intelligent lightening device that the present invention proposes is described in further detail.
Fig. 1 is the overall structure schematic diagram of a kind of Intelligent lightening device adopting the embodiment of the present invention; As shown in the figure, a kind of Intelligent lightening device, comprising:
Human-computer interaction interface unit 10, can input user instruction for user;
Controller unit 20, its can recipient's machine interactive interface unit 10 user instruction information and send control signal afterwards as calculated;
Driving power unit 30, it can receive the control signal from controller unit 20 and be converted into the control signal that can control light source; And
At least one light source 40, it can receive the control signal from driving power unit 30 and change its state, this at least one light source has the first initial state, it has the first brightness, and above-mentioned control signal can control this at least one light source and enters second state with the second brightness and within the second time (Δ t), revert to above-mentioned first state with the first brightness after keeping the very first time (t).
Further, in embodiments of the present invention, this human-computer interaction interface unit 10 and controller unit 20 one or split.Human-computer interaction interface unit 10 is mobile phone interface, control panel or remote controller.This human-computer interaction interface unit 10 is configured with switch, slide block type or touch light modulation and/or toning adjusting device and at least one smart button and inputs user instruction for user.
Wherein, specifically, this Intelligent lightening device can be an Intelligent luminaire, on the human-computer interaction interface 10 of this Intelligent luminaire, such as one has light modulation toning control unit, as remote controller, control panel or smart mobile phone, its interface comprises one or several smart button and other configuration buttons, operated by user, and each smart button has corresponding software support.
By the selection to different intelligent button, the intelligent lighting pattern that this Intelligent lightening device is corresponding can be triggered.Other configuration buttons can be " switch " button of this Intelligent lightening device, and when user selects the "ON" of " switch " button, this Intelligent lightening device is in the first state, has the first brightness and/or the first colour temperature.Such as, in embodiments of the present invention, we can set the first colour temperature is about Tc0=4100K, and the first brightness is I0=50%.
Controller unit 20, its can recipient's machine interactive interface unit 10 user instruction information and send control signal afterwards as calculated.。When only having dimming function, carry out simple computation, calculate light-source brightness ratio, toning needs to carry out mixed light calculating
Further, as shown in Figure 2, this controller unit 20 comprises signal receiving unit 201, for receiving the user instruction of user's input from human-computer interaction interface unit 10;
Controller unit 20 also comprises signal behavior unit 202, activates corresponding parameter preset for inputting user instruction according to user from preset parameter database; , specifically, parameter preset comprises the second photochromic, parameter such as the second brightness and the very first time.
Controller unit 20 also comprises signature computation unit 203, carries out mixed light calculating, form mixed light result of calculation and export control signal for and the second light photochromic according to second in parameter preset.Specifically the control signal that this controller unit 20 sends comprises dim signal (at least one light source) or light modulation and/or signal (at least two light sources) of mixing colours.Calculate through brightness calculation and/or mixed light after this controller unit 20 receives user instruction, send the control signal of tunable optical and/or toning.This controller unit 20 also comprises very first time parameters unit 2041 and the second time parameter unit 2042;
Very first time parameters unit 2041, for receive user input user instruction after, light source switches to the second state immediately by the first state, and starts to carry out timing;
Second time parameter unit 2042, at the end of the very first time t duration of the second state, start timing, at the end of the second time Δ t timing, light source returns to the first state.
First photochromic value Tc0 of this first state is 4100K, and the first brightness value I0 of the first state is 50%.
Driving power unit 30, it can receive the control signal from controller unit 20 and be converted into the control signal that can control light source.。This control signal can only, only for light modulation (at least one light source) or light modulation and/or toning (at least two light sources)
At least one light source 40, it can receive the control signal from driving power unit 30 and change its state, this at least one light source has the first initial state, it has the first brightness, and above-mentioned control signal can control this at least one light source and enters second state with the second brightness and within the second time (Δ t), revert to above-mentioned first state with the first brightness after keeping the very first time (t).
For further description technical scheme of the present invention, we describe in detail with a preferred embodiment:
On the human-computer interaction interface 10 of this Intelligent luminaire, such as one has light modulation toning control unit, as remote controller, control panel or smart mobile phone, its interface comprises one or several smart button and other configuration buttons, operate for user, and each smart button has corresponding software support.When certain smart button is pressed, accordingly, this Intelligent luminaire will complete the process of following light modulation toning: (shown in Fig. 3 and Fig. 4)
First, before not pressing smart button, light keeps normal photochromic Tc0 and brightness I0.Namely in human-computer interaction interface 10, user is operated for user by other configuration buttons, such as " switch " button in other configuration buttons is selected, by selecting "ON" button, the initial condition of light fixture is set as remaining on initially photochromic, as shown in Figure 2, about Tc0=4100K, relative brightness and light intensity are I0=50%;
Then, when user presses smart button (such as smart button 1, smart button 2 or smart button 3, shown in Fig. 5 or Fig. 6) after, the correlated colour temperature Tc that light transformation becomes to preset and default brightness I (as shown in Figure 2, Tc and I has default value, also can be arranged voluntarily by user; In such as Fig. 4, corresponding smart button 1, smart button 2 or smart button 3 we pre-set 3 groups of parameter presets (comprising the parameter values such as second photochromic, the second brightness), wherein first group of parameter preset is the second photochromic i.e. color temperature target value Tc1, the second brightness and light intensity desired value I1; Second group of parameter preset is the second photochromic i.e. color temperature target value Tc2, the second brightness and light intensity desired value I2; 3rd group of parameter preset is the second photochromic i.e. color temperature target value Tc3, the second brightness and light intensity desired value I3);
Further, within the t after pressing smart button minute, light keeps the correlated colour temperature of Tc and the relative brightness of I and light intensity, and (as shown in Figure 3, t has default value, also can be arranged voluntarily by user; In Fig. 4, corresponding smart button 1, smart button 2 or smart button 3 we pre-set 3 groups of parameter presets, wherein first group of parameter preset is for maintaining duration t1; Second group of parameter preset is for maintaining duration t2; 3rd group of parameter preset is for maintaining duration t3);
After the t minute after pressing smart button, light photochromic by by the normal photochromic Tc0 slow transition of Tc to initial condition before, relative brightness simultaneously also will by I to the slow transition of normal brightness I0, whole recovery duration is that (Δ t has default value to Δ t, also can be arranged voluntarily by user; As shown in Figure 4, corresponding smart button 1, smart button 2 or smart button 3 we pre-set 3 groups of parameter presets, wherein the recovery duration of first group of parameter preset is Δ t1; The recovery duration of second group of parameter preset is Δ t2; The recovery duration of the 3rd group of parameter preset is Δ t3)
After (t+ Δ t) minute after pressing smart button, (specifically, corresponding smart button 1, smart button 2 or smart button 3 we pre-set 3 groups of parameter presets, wherein first group of parameter preset corresponds to t1+ Δ t1; Second group of parameter preset corresponds to t2+ Δ t2; ; 3rd group of parameter preset corresponds to t3+ Δ t3) light is by the normal photochromic Tc0 of initial condition before reverting to and brightness I0.
What needs further illustrated is, in a preferred embodiment of the invention, can as required in human-computer interaction interface 10 (such as controller) multiple smart button is set, different color temperature target value Tc, light intensity desired value I can be preset respectively to different smart buttons, maintain duration t and recover duration Δ t.
Further, from preset parameter database, activate corresponding parameter preset, specifically, in the diagram, we pre-set 3 groups of parameter presets, and wherein first group of parameter preset is color temperature target value Tc1, light intensity desired value I1, maintains duration desired value t1; Second group of parameter preset is color temperature target value Tc2, light intensity desired value I2, maintains duration desired value t2; 3rd group of parameter preset is color temperature target value Tc3, light intensity desired value I3, maintains duration desired value t3.
Parameter preset comprises color temperature target value Tc, light intensity desired value I, maintains duration desired value t etc.
Therefore, by the intelligentized lighting device of the one of the embodiment of the present invention, user can use the light modulation toning function of light fixture neatly according to actual activity, for after smart button is pressed, photochromicly switch to color temperature target value and light intensity desired value immediately from initial color temperature value and initial beam intensity value, and start to carry out timing, at the end of the maintenance duration of color temperature target value and light intensity desired value, recover duration and start timing, and when recovered at the end of long timing, photochromicly return to initial color temperature value and initial beam intensity value, therefore, the light intensity that can automatically help user to avoid Long-Time Service bad and photochromic.
Description of the preferred embodiment of the present invention is to illustrate and describing above, and undesired is limit of the present invention or be confined to disclosed concrete form, obviously, many modifications and variations may be made, these modifications and variations may be obvious to those skilled in the art, should be included within the scope of the present invention that defined by appended claims.
Claims (14)
1. an Intelligent lightening device, is characterized in that, comprising:
Human-computer interaction interface unit (10), can input user instruction for user;
Controller unit (20), its can recipient's machine interactive interface unit (10) user instruction information and send control signal afterwards as calculated;
Driving power unit (30), it can receive the control signal from controller unit (20) and be converted into the control signal that can control light source; And
At least one light source (40), it can receive the control signal from driving power unit (30) and change its state, this at least one light source has the first initial state, it has the first brightness, and above-mentioned control signal can control this at least one light source and enters second state with the second brightness and within the second time (Δ t), revert to above-mentioned first state with the first brightness after keeping the very first time (t).
2. Intelligent lightening device according to claim 1, is characterized in that, described human-computer interaction interface unit (10) and controller unit (20) one or split.
3. Intelligent lightening device according to claim 1, is characterized in that, described human-computer interaction interface unit (10) is mobile phone interface, control panel or remote controller.
4. Intelligent lightening device according to claim 1, it is characterized in that, described human-computer interaction interface unit (10) is configured with switch, slide block type or touch light modulation and/or toning adjusting device and at least one smart button and inputs user instruction for user.
5. Intelligent lightening device according to claim 1, it is characterized in that, the control signal that described controller unit (20) sends comprises dim signal (at least one light source) or light modulation and/or signal (at least two light sources) of mixing colours.
6. Intelligent lightening device according to claim 5, is characterized in that, described toning signal calculates through mixed light.
7. Intelligent lightening device according to claim 1, it is characterized in that, described light source (40) at least two light sources, it has the first state, there is the first brightness and/or the first colour temperature, above-mentioned control signal can control these at least two light sources and enters the second state and within the second time (Δ t), revert to above-mentioned first state after keeping the very first time (t), and the second state comprises the second brightness and/or the second colour temperature.
8. Intelligent lightening device according to claim 1, is characterized in that, calculates, send the control signal of tunable optical and/or toning after described controller unit (20) receives user instruction through brightness calculation and/or mixed light.
9. Intelligent lightening device according to claim 1, it is characterized in that, described controller unit (20) comprises signal receiving unit (201), signal behavior unit (202) and signature computation unit (203), wherein
Signal receiving unit (201), for receiving the user instruction of user's input from human-computer interaction interface unit (10);
Signal behavior unit (202), activates corresponding parameter preset for inputting user instruction according to user from preset parameter database;
Signature computation unit (203), carries out mixed light calculating for and the second light photochromic according to second in parameter preset, forms mixed light result of calculation and export control signal.
10. Intelligent lightening device according to claim 9, is characterized in that, described parameter preset comprises second photochromic, the second brightness and the very first time.
11. Intelligent lightening devices according to claim 1, is characterized in that, described controller unit (20) also comprises very first time parameters unit (2041) and the second time parameter unit (2042);
Very first time parameters unit (2041), for receive user input user instruction after, light source switches to the second state immediately by the first state, and starts to carry out timing;
Second time parameter unit (2042), at the end of the very first time t duration of the second state, start timing, at the end of the second time Δ t timing, light source returns to the first state.
12. Intelligent lightening devices according to claim 11, is characterized in that, the first photochromic value Tc0 of described first state is 4100K, and the first brightness value I0 of the first state is 50%.
13. Intelligent lightening devices according to claim 10, is characterized in that, described parameter preset comprises second photochromic, the second brightness, the very first time can arrange voluntarily by user.
14. Intelligent lightening devices according to claim 10, is characterized in that, described second time can be arranged voluntarily by user.
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| CN111330133A (en) * | 2020-02-20 | 2020-06-26 | 朗德万斯公司 | Dynamic light control method for controlling at least one adjustable lighting parameter |
| CN111836440A (en) * | 2020-08-01 | 2020-10-27 | 深圳市雅琪光电有限公司 | Lamp control system |
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