CN105142285A - Lighting mode adjusting method and lighting device - Google Patents
Lighting mode adjusting method and lighting device Download PDFInfo
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- CN105142285A CN105142285A CN201510582339.1A CN201510582339A CN105142285A CN 105142285 A CN105142285 A CN 105142285A CN 201510582339 A CN201510582339 A CN 201510582339A CN 105142285 A CN105142285 A CN 105142285A
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Abstract
The present invention provides a lighting mode adjusting method and a lighting device. The method includes the steps as follows: receiving a lighting mode adjusting signal; confirming a lighting mode corresponding to the lighting mode adjusting signal according to a corresponding relation of the lighting mode adjusting signal and the lighting mode; adjusting the flicker frequency of a lighting assembly according to the corresponding lighting mode; and performing lighting according to the flicker frequency. The lighting device includes: a signal receiving module for receiving the lighting mode adjusting signal; an adjusting module, which adjusts the frequency of a lighting module to the flicker frequency corresponding to the lighting mode adjusting signal according to the lighting mode adjusting signal; and the lighting module for luminous lighting according to the flicker frequency. According to the lighting mode adjusting method and the lighting device provided by the invention, the lighting device selectively provides a general lighting function or other functions with influences on the user brain state according to the user requirement.
Description
Technical field
The present invention relates to lighting technical field, particularly relate to a kind of light illumination mode control method and lighting device.
Background technology
In modern society, lighting device is equipment indispensable in people's daily life, study and work.
Lighting device of the prior art mostly just can provide common illumination functions.Carry out long working and learning under general lighting pattern after, the brain of the mankind can be in tension, and brain response ability is declined, or can because brain anxiety causes the problems such as insomnia.
In order to improve study and work efficiency, quality of making the life better, people wish that lighting device optionally can provide common illumination functions maybe can affect other function of user's brain states according to user's request, and existing lighting device is just difficult to meet the demands.
Summary of the invention
The embodiment of the present invention provides a kind of light illumination mode control method and lighting device, is difficult to optionally provide the problem of several functions for solving lighting device of the prior art.
First aspect, the embodiment of the present invention provides a kind of light illumination mode control method, comprising:
Receive light illumination mode conditioning signal;
The light illumination mode that described light illumination mode conditioning signal is corresponding is determined according to light illumination mode conditioning signal and the corresponding relation of light illumination mode;
The flicker frequency of light fixture is regulated according to the light illumination mode of described correspondence;
Throw light on according to described flicker frequency.
In another embodiment, before described reception light illumination mode conditioning signal, also comprise:
Obtain user's current state;
Obtain the corresponding relation of described User Status and described light illumination mode;
According to the corresponding relation of User Status and described light illumination mode, send the described light illumination mode conditioning signal corresponding with described user's current state.
In another embodiment, described acquisition user current state comprises:
Gather user images;
Analyze described user images and determine described user's current state.
In another embodiment, described reception light illumination mode conditioning signal comprises:
Receive the light illumination mode conditioning signal that described lighting device sends; Or
Receive the light illumination mode conditioning signal that electronic third-party equipment sends.
In another embodiment, described light illumination mode at least comprise following any one:
α ripple light illumination mode, the flicker frequency of wherein said light fixture is 8 ~ 13Hz;
β ripple light illumination mode, the flicker frequency of wherein said light fixture is greater than 14Hz;
θ ripple light illumination mode, the flicker frequency of wherein said light fixture is 4 ~ 8Hz;
δ ripple light illumination mode, the flicker frequency of wherein said light fixture is 0.5 ~ 3Hz;
General lighting pattern, the flicker frequency of wherein said light fixture is 100-120Hz.
Second aspect, the embodiment of the present invention also provides a kind of lighting device, comprising: conditioning signal receiver module, adjustment module and lighting module;
Described conditioning signal receiver module is connected with described adjustment module, for receiving light illumination mode conditioning signal and described light illumination mode conditioning signal being sent to described adjustment module;
Described adjustment module is connected with described lighting module simultaneously, for the light illumination mode conditioning signal received described in basis, described lighting module is adjusted to the flicker frequency corresponding with described light illumination mode conditioning signal;
Described lighting module is used for carrying out luminous lighting according to described flicker frequency.
In another embodiment, described lighting device also comprises:
User Status acquisition module;
Described User Status acquisition module is connected with described adjustment module, for obtaining the current state of user, and sends the light illumination mode conditioning signal corresponding with described user's current state to described adjustment module.
In another embodiment, described User Status acquisition module comprises: image acquisition units and image analyzing unit;
Described image acquisition units is for gathering user images;
Described image analyzing unit is connected with described image acquisition units and described adjustment module, for analyzing described user images and determining user's current state, and according to the corresponding relation of User Status and described light illumination mode, produce the described light illumination mode conditioning signal corresponding with described user's current state and be sent to described adjustment module.
In another embodiment, described User Status acquisition module comprises light illumination mode selected cell, described light illumination mode selected cell is connected with described conditioning signal receiver module, for selecting light illumination mode for user and sending the light illumination mode conditioning signal corresponding with selected light illumination mode to described conditioning signal receiver module.
In another embodiment, described light illumination mode at least comprise following any one:
α ripple light illumination mode, the flicker frequency of wherein said light fixture is 8 ~ 13Hz;
β ripple light illumination mode, the flicker frequency of wherein said light fixture is greater than 14Hz;
θ ripple light illumination mode, the flicker frequency of wherein said light fixture is 4 ~ 8Hz;
δ ripple light illumination mode, the flicker frequency of wherein said light fixture is 0.5 ~ 3Hz;
General lighting pattern, the flicker frequency of wherein said light fixture is 100-120Hz.
Light illumination mode control method provided by the invention and lighting device, by receiving light illumination mode conditioning signal; The light illumination mode that described light illumination mode conditioning signal is corresponding is determined according to light illumination mode conditioning signal and the corresponding relation of light illumination mode; Regulate the flicker frequency of light fixture according to the light illumination mode of described correspondence, make described lighting device general lighting function optionally can be provided maybe can to affect other function of user's brain states according to user's request.
Accompanying drawing explanation
The schematic flow sheet of the light illumination mode control method that Fig. 1 provides for the embodiment of the present invention one;
The structural representation of the lighting device that Fig. 2 provides for the embodiment of the present invention two;
Fig. 3 be the lighting device that provides of the embodiment of the present invention two concrete structure schematic diagram.
Embodiment
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The schematic flow sheet of the light illumination mode control method that Fig. 1 provides for the embodiment of the present invention one.Refer to Fig. 1, light illumination mode control method provided by the invention is for regulating the light illumination mode of lighting device, and described method comprises:
S101: receive light illumination mode conditioning signal.
Particularly, described light illumination mode conditioning signal can pass through electronic third-party equipment, and such as smart mobile phone sends.Light illumination mode can be installed on smart mobile phone and regulate application program.Described light illumination mode regulates light illumination mode selection interface application program being provided with and selecting for user, and after user have selected specific light illumination mode in described selection interface, described smart mobile phone sends described light illumination mode conditioning signal.
Alternatively, also can interface be selected directly to be arranged on lighting device described light illumination mode, directly send described light illumination mode conditioning signal by lighting device itself, in order to regulate the light illumination mode of described lighting device.
S102: determine the light illumination mode that described light illumination mode conditioning signal is corresponding according to light illumination mode conditioning signal and the corresponding relation of light illumination mode.
S103: the flicker frequency regulating light fixture according to the light illumination mode of described correspondence.
S104: throw light on according to described flicker frequency.
Light illumination mode control method provided by the invention, by receiving light illumination mode conditioning signal; The light illumination mode that described light illumination mode conditioning signal is corresponding is determined according to light illumination mode conditioning signal and the corresponding relation of light illumination mode; Regulate the flicker frequency of light fixture according to the light illumination mode of described correspondence, make lighting device general lighting function optionally can be provided maybe can to affect other function of user's brain states according to user's request.
Further, automatically according to User Status, described light illumination mode being regulated for the ease of realizing, before described reception light illumination mode conditioning signal, also comprising:
Obtain user's current state;
According to the corresponding relation of User Status and described light illumination mode, send the described light illumination mode conditioning signal corresponding with described user's current state.
Particularly, described acquisition user current state comprises:
Gather user images;
Analyze described user images and determine described user's current state.
Further, corresponding in order to what ensure that described light illumination mode conditioning signal and described light illumination mode can be correct, thus described light fixture is adjusted to the light illumination mode needed for user, described determine according to light illumination mode conditioning signal and the corresponding relation of light illumination mode the light illumination mode that described light illumination mode conditioning signal is corresponding before, also comprise:
Obtain the corresponding relation of described light illumination mode conditioning signal and described light illumination mode.
Further, in order to ensure that described User Status can be correctly corresponding with described light illumination mode, thus get correct user's current state, the described corresponding relation according to User Status and described light illumination mode, before sending described light illumination mode conditioning signal corresponding to described user's current state, also comprise:
Obtain the corresponding relation of described User Status and described light illumination mode.
Particularly, described light illumination mode at least comprise following any one:
α ripple light illumination mode, the flicker frequency of wherein said light fixture is 8 ~ 13Hz;
β ripple light illumination mode, the flicker frequency of wherein said light fixture is greater than 14Hz;
θ ripple light illumination mode, the flicker frequency of wherein said light fixture is 4 ~ 8Hz;
δ ripple light illumination mode, the flicker frequency of wherein said light fixture is 0.5 ~ 3Hz;
General lighting pattern, the flicker frequency of wherein said light fixture is 100-120Hz.
Wherein, when the brain frequency of people is in α ripple, body and mind energy charge is minimum, and the energy that brain obtains is higher, operates quicker, smooth and easy, sharp, is the optimum state of study and thinking; When the brain frequency of people is suitably in β ripple, there is positive role to the development of attentiveness lifting and cognitive behavior; When the brain frequency of people is in θ ripple, comparatively large for helps such as the deep memory of triggering, strengthening long-term memories, θ ripple is commonly called " leading to memory and the gate learnt "; When the brain frequency of people is in δ ripple, human body is in deep sleep state, if calling out the wavy state of approximate δ when tossing about in bed, just can break away from insomnia soon and entering deep sleep.Iff only needing to throw light on, namely general lighting pattern can meet consumers' demand.During use, user according to user demand, can select any one light illumination mode above-mentioned, the flicker frequency of described light fixture is had an impact, to reach required result of use to brain wave.
Particularly, the corresponding relation of described User Status and described light illumination mode can be determined according to the user demand of user.Such as, when User Status is for lying on a bed, think that user needs to enter sleep state, now arranging corresponding light illumination mode is δ ripple light illumination mode; When user is sitting in before desk, think that user needs to enter learning state, now arranging corresponding light illumination mode is α ripple light illumination mode, after α ripple light illumination mode after a while, can think that user's brain has produced α ripple, now, can be set to automatically light illumination mode is adjusted to general lighting pattern.The relation of various light illumination mode and User Status can set according to user demand, is not specifically limited at this.
Alternatively, because people is more responsive to green glow, in order to strengthen the impact of described lighting device on user's brain wave, described light fixture can adopt green glow to throw light on according to the flicker frequency of correspondence.
The structural representation of the lighting device that Fig. 2 provides for the embodiment of the present invention two.Refer to Fig. 2, lighting device provided by the invention at least comprises:
Conditioning signal receiver module 210, adjustment module 220 and lighting module 230;
Described conditioning signal receiver module 210 is for receiving light illumination mode conditioning signal and described light illumination mode conditioning signal being sent to described adjustment module 220;
Described adjustment module 220 is connected with described lighting module 230 simultaneously, for the light illumination mode conditioning signal received described in basis, described lighting module 230 is adjusted to the flicker frequency corresponding with described light illumination mode conditioning signal;
Described lighting module 230 is for carrying out luminous lighting according to described flicker frequency.
Lighting device provided by the invention, light illumination mode conditioning signal is received by described conditioning signal receiver module 210, and regulated the flicker frequency of described lighting module 230 according to described light illumination mode conditioning signal by described adjustment module 220, make described lighting device general lighting function optionally can be provided maybe can to affect other function of user's brain states according to user's request.
Fig. 3 be the lighting device that provides of the embodiment of the present invention two concrete structure schematic diagram.Particularly, refer to Fig. 3, further, for the ease of producing corresponding light illumination mode conditioning signal according to user's request, described lighting device also comprises:
User Status acquisition module 240, described User Status acquisition module 240 is connected with described conditioning signal receiver module 210, for obtaining the current state of user, and send the light illumination mode conditioning signal corresponding with described user's current state to described conditioning signal receiver module 210.
Particularly, described User Status acquisition module 240 can be, but not limited to produce corresponding light illumination mode conditioning signal by following implementation and sends to described conditioning signal receiver module 210:
Wherein, the first possible implementation is, automatically regulate described light illumination mode according to User Status for the ease of realizing described lighting device, described User Status acquisition module 240 comprises: image acquisition units 250 and image analyzing unit 260.
Described image acquisition units 250 is for gathering user images; Particularly, described image acquisition units 250 can be camera.
Described image analyzing unit 260 is connected with described image acquisition units 250 and described conditioning signal receiver module 210, for analyzing described user images and determining user's current state, and according to the corresponding relation of User Status and described light illumination mode, produce the described light illumination mode conditioning signal corresponding with described user's current state and be sent to described conditioning signal receiver module 210.
Particularly, when the user images determination User Status that described image analyzing unit 260 gathers according to image acquisition units 250 is for lying on a bed, think that user needs to enter sleep state, now described image analyzing unit 260 generates the light illumination mode conditioning signal corresponding with δ ripple light illumination mode; When user is sitting in before desk, described image analyzing unit 260 thinks that user needs to enter learning state, and described image analyzing unit 260 generates the light illumination mode conditioning signal corresponding with α ripple light illumination mode.The relation of various light illumination mode and User Status can set according to user demand, is not specifically limited at this.
The possible implementation of the second is carry out setting and selecting according to the bright pattern of user demand positive control for the ease of user, and described User Status acquisition module 240 comprises: light illumination mode selected cell 270.Described light illumination mode selected cell 270 is connected with described conditioning signal receiver module 210, sends to described conditioning signal receiver module 210 for selecting light illumination mode and producing described light illumination mode conditioning signal.
Particularly, above-mentioned several implementation can alternatively be arranged on described lighting device, also can be arranged on described lighting device simultaneously, not limit at this.Further, when described lighting device is provided with at least two kinds in above-mentioned implementation, conveniently user selects the mode of light illumination mode according to use habit setting, described lighting device can also comprise conditioning signal source and select module 280, described conditioning signal source selects module 280 to be connected with described light illumination mode selected cell 270 and described image acquisition units 250 respectively, for setting the send mode of described light illumination mode conditioning signal for user.
Particularly, described light illumination mode at least comprise following any one:
α ripple light illumination mode, the flicker frequency of wherein said light fixture is 8 ~ 13Hz;
β ripple light illumination mode, the flicker frequency of wherein said light fixture is greater than 14Hz;
θ ripple light illumination mode, the flicker frequency of wherein said light fixture is 4 ~ 8Hz;
δ ripple light illumination mode, the flicker frequency of wherein said light fixture is 0.5 ~ 3Hz;
General lighting pattern, the flicker frequency of wherein said light fixture is 100-120Hz.
Wherein, the embodiment of the present invention one is referred to for the concrete function of above-mentioned various light illumination mode and application, does not repeat them here.
Alternatively, because people is more responsive to green glow, in order to strengthen the impact of described lighting device on user's brain wave, described light fixture can adopt green glow to throw light on according to the flicker frequency of correspondence.
Particularly, the light illumination mode control method that the lighting device that the embodiment of the present invention two provides provides for performing the embodiment of the present invention one, to realize the adjustment of light illumination mode, it is similar that it realizes principle, do not repeat them here.
The light illumination mode control method adopting various embodiments of the present invention to provide and lighting device, can regulate according to the light illumination mode of user's request illumination apparatus, thus stimulate the brain wave of user, makes it reach the state of user's needs.A kind of use scenes enumerated below is wherein described in detail to the embodiment of the present invention.
Such as: during user learning, need to produce alpha wave, to improve learning efficiency and effect, described lighting device can be adjusted to α ripple light illumination mode, the brain wave of user is had an impact.During concrete use, user can select α ripple light illumination mode on described electronic third-party equipment, and described electronic third-party equipment sends α ripple light illumination mode conditioning signal to described lighting device; Or, directly on described lighting device, select α ripple light illumination mode; Or, the current state of user is obtained by the image acquisition device on described lighting device, if described signal picker confirms that described user is before being sitting in table, then automatic coupling by described lighting device, is α ripple light illumination mode and sends α ripple light illumination mode conditioning signal.Light fixture in described lighting device is adjusted to the flicker frequency corresponding with described α ripple light illumination mode, and makes described light fixture carry out luminous lighting according to described flicker frequency after receiving described α ripple light illumination mode conditioning signal by described lighting device.User be in according under flicker frequency alight light corresponding to described α ripple light illumination mode time, described light produces the brain wave of user to stimulate, and gradually the brain wave of user is adjusted to the wavy state of α.Then, user can select general lighting pattern, starts to learn.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (10)
1. a light illumination mode control method, for regulating the light illumination mode of lighting device, is characterized in that, comprising:
Receive light illumination mode conditioning signal;
The light illumination mode that described light illumination mode conditioning signal is corresponding is determined according to described light illumination mode conditioning signal and the corresponding relation of described light illumination mode;
The flicker frequency of light fixture is regulated according to the light illumination mode of described correspondence;
Throw light on according to described flicker frequency.
2. method according to claim 1, is characterized in that, before described reception light illumination mode conditioning signal, also comprises:
Obtain user's current state;
Obtain the corresponding relation of described User Status and described light illumination mode;
According to the corresponding relation of User Status and described light illumination mode, send the described light illumination mode conditioning signal corresponding with described user's current state.
3. method according to claim 2, is characterized in that, described acquisition user current state comprises:
Gather user images;
Analyze described user images and determine described user's current state.
4. the method according to any one of claim 1-3, is characterized in that, described reception light illumination mode conditioning signal comprises:
Receive the light illumination mode conditioning signal that described lighting device sends; Or
Receive the light illumination mode conditioning signal that electronic third-party equipment sends.
5. the method according to any one of claim 1-3, is characterized in that, described light illumination mode at least comprise following any one:
α ripple light illumination mode, the flicker frequency of wherein said light fixture is 8 ~ 13Hz;
β ripple light illumination mode, the flicker frequency of wherein said light fixture is greater than 14Hz;
θ ripple light illumination mode, the flicker frequency of wherein said light fixture is 4 ~ 8Hz;
δ ripple light illumination mode, the flicker frequency of wherein said light fixture is 0.5 ~ 3Hz;
General lighting pattern, the flicker frequency of wherein said light fixture is 100-120Hz.
6. a lighting device, is characterized in that, comprising: conditioning signal receiver module, adjustment module and lighting module;
Described conditioning signal receiver module is connected with described adjustment module, for receiving light illumination mode conditioning signal and described light illumination mode conditioning signal being sent to described adjustment module;
Described adjustment module is connected with described lighting module, for the light illumination mode conditioning signal received described in basis, described lighting module is adjusted to the flicker frequency corresponding with described light illumination mode conditioning signal;
Described lighting module is used for carrying out luminous lighting according to described flicker frequency.
7. lighting device according to claim 6, is characterized in that, also comprises: User Status acquisition module;
Described User Status acquisition module is connected with described conditioning signal receiver module, for obtaining the current state of user, and sends the light illumination mode conditioning signal corresponding with described user's current state to described conditioning signal receiver module.
8. lighting device according to claim 7, is characterized in that, described User Status acquisition module comprises: image acquisition units and image analyzing unit;
Described image acquisition units is for gathering user images;
Described image analyzing unit is connected with described image acquisition units and described conditioning signal receiver module, for analyzing described user images and determining user's current state, and according to the corresponding relation of User Status and described light illumination mode, produce the described light illumination mode conditioning signal corresponding with described user's current state and be sent to described conditioning signal receiver module.
9. the lighting device according to claim 7 or 8, it is characterized in that, described User Status acquisition module comprises light illumination mode selected cell, described light illumination mode selected cell is connected with described conditioning signal receiver module, for selecting light illumination mode for user and sending the light illumination mode conditioning signal corresponding with selected light illumination mode to described conditioning signal receiver module.
10. the lighting device according to any one of claim 6-8, is characterized in that, described light illumination mode at least comprise following any one:
α ripple light illumination mode, the flicker frequency of wherein said light fixture is 8 ~ 13Hz;
β ripple light illumination mode, the flicker frequency of wherein said light fixture is greater than 14Hz;
θ ripple light illumination mode, the flicker frequency of wherein said light fixture is 4 ~ 8Hz;
δ ripple light illumination mode, the flicker frequency of wherein said light fixture is 0.5 ~ 3Hz;
General lighting pattern, the flicker frequency of wherein said light fixture is 100-120Hz.
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