CN205320343U - Adjustable lighting models's lighting device - Google Patents
Adjustable lighting models's lighting device Download PDFInfo
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- CN205320343U CN205320343U CN201520708759.5U CN201520708759U CN205320343U CN 205320343 U CN205320343 U CN 205320343U CN 201520708759 U CN201520708759 U CN 201520708759U CN 205320343 U CN205320343 U CN 205320343U
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Abstract
The utility model provides an adjustable lighting models's lighting device, include: conditioning signal receiver, lighting models regulatory element and lighting components, the conditioning signal receiver with the lighting models regulatory element links to each other for it will to receive lighting models conditioning signal lighting models conditioning signal send for the lighting models regulatory element, the lighting models regulatory element with lighting components links to each other, is used for the basis the lighting models that lighting models conditioning signal corresponds adjusts lighting components's flicker frequency, lighting components is used for the basis the flicker frequency illumination of giving out light, give off light. The utility model provides an adjustable lighting models's lighting device makes lighting device can provide ordinary illumination function according to user's request optionally may be with other functions that influence user's brain state.
Description
Technical field
This utility model relates to lighting technical field, particularly relates to the illuminator of a kind of adjustable illuminating pattern.
Background technology
In modern society, illuminator is equipment indispensable in people's daily life, study and work.
Illuminator of the prior art mostly just can provide common illumination functions. After carrying out long working and learning under general lighting pattern, the brain of the mankind can be in tension so that brain response ability declines, 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, it is desirable to illuminator can optionally provide common illumination functions maybe can affect other function of user's brain states according to user's request, and existing illuminator is difficult to meet requirement.
Utility model content
This utility model embodiment provides the illuminator of a kind of adjustable illuminating pattern, for solving the problem that illuminator of the prior art is difficult to optionally provide several functions.
This utility model embodiment provides the illuminator of a kind of adjustable illuminating pattern, including: regulate signal receiver, light illumination mode regulating element and light fixture;
Described adjustment signal receiver is connected with described light illumination mode regulating element, is used for receiving light illumination mode and regulates signal and described light illumination mode adjustment signal is sent to described light illumination mode regulating element;
Described light illumination mode regulating element is connected with described light fixture, regulates the flicker frequency of described light fixture for regulating light illumination mode corresponding to signal according to described light illumination mode;
Described light fixture is for carrying out luminous lighting according to described flicker frequency.
In another embodiment, described illuminator also includes: User Status getter;
Described User Status getter is connected with described adjustment signal receiver, for obtaining the current state of user, and sends the light illumination mode adjustment signal extremely described adjustment signal receiver corresponding with described user's current state.
In another embodiment, described User Status getter includes: image acquisition device and signal processor;
Described image acquisition device is used for gathering user images;
Described signal processor is connected with described image acquisition device and described adjustment signal receiver respectively, described user images for described image acquisition device is collected is analyzed processing, and generates described light illumination mode and regulates signal and be sent to described adjustment signal receiver.
In another embodiment, described User Status getter includes: light illumination mode selector, described light illumination mode selector is connected with described adjustment signal receiver, regulates signal for selecting to generate described light illumination mode according to user, and is sent to described adjustment signal receiver.
In another embodiment, described User Status getter includes: image acquisition device, signal processor, light illumination mode selector and signal carry out source selector;
Described image acquisition device is used for gathering user images, and described signal processor is connected with described image acquisition device and described adjustment signal receiver respectively;
Described light illumination mode selector is connected with described adjustment signal receiver;
Described signal carrys out source selector and is connected with described image acquisition device and described light illumination mode selector respectively, for selecting to determine that described illuminator is determined user's current state by described image acquisition device and described signal processor and sends the light illumination mode adjustment signal extremely described adjustment signal receiver corresponding with described user's current state according to user; Or
Select light illumination mode by described light illumination mode selector and send the light illumination mode adjustment signal extremely described adjustment signal receiver corresponding with selected light illumination mode; Or
The light illumination mode adjustment signal that electronic third-party equipment sends is received by described adjustment signal receiver.
In another embodiment, described light illumination mode at least include 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 more 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.
The illuminator of the adjustable illuminating pattern that this utility model provides, receive light illumination mode by the described adjustment signal receiver being connected with described light illumination mode regulating element and regulate signal, and described light illumination mode adjustment signal is sent to described light illumination mode regulating element; Described illuminator regulates light illumination mode corresponding to signal by the described light illumination mode regulating element connected with described light fixture according to described light illumination mode simultaneously and regulates the flicker frequency of described light fixture, so that can optionally provide according to user's request general lighting function maybe can affect other function of user's brain states.
Accompanying drawing explanation
The structural representation of the illuminator of the adjustable illuminating pattern that Fig. 1 provides for this utility model embodiment;
The concrete structure schematic diagram of the illuminator of the adjustable illuminating pattern that Fig. 2 provides for this utility model embodiment.
Detailed description of the invention
For making the purpose of this utility model embodiment, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in this utility model embodiment, technical scheme in this utility model embodiment is clearly and completely described, obviously, described embodiment is a part of embodiment of this utility model, rather than whole embodiments. Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of this utility model protection.
The structural representation of the illuminator of the adjustable illuminating pattern that Fig. 1 provides for this utility model embodiment. Refer to Fig. 1, the illuminator of the adjustable illuminating pattern that this utility model embodiment provides, including: regulate signal receiver 310, light illumination mode regulating element 320 and light fixture 330;
Described adjustment signal receiver 310 is connected with described light illumination mode regulating element 320, is used for receiving light illumination mode and regulates signal and described light illumination mode adjustment signal is sent to described light illumination mode regulating element 320;
Described light illumination mode regulating element 320 is connected with described light fixture 330, regulates the flicker frequency of described light fixture 330 for regulating light illumination mode corresponding to signal according to described light illumination mode;
Described light fixture 330 is for carrying out luminous lighting according to described flicker frequency.
The illuminator of the adjustable illuminating pattern that this utility model provides, receive light illumination mode by the described adjustment signal receiver 310 being connected with described light illumination mode regulating element 320 and regulate signal, and described light illumination mode adjustment signal is sent to described light illumination mode regulating element 320; Described light illumination mode regulating element 320 by being connected with described light fixture 330 regulates light illumination mode corresponding to signal according to described light illumination mode and regulates the flicker frequency of described light fixture 330 simultaneously, so that described illuminator can optionally provide general lighting function maybe can affect other function of user's brain states according to user's request.
The concrete structure schematic diagram of the illuminator of the adjustable illuminating pattern that Fig. 2 provides for this utility model embodiment. Further, regulating signal for the ease of producing corresponding light illumination mode according to user's request, described illuminator also includes:
User Status getter 380, described User Status getter 380 is connected with described adjustment signal receiver 310, for obtaining the current state of user, and send the light illumination mode adjustment signal extremely described adjustment signal receiver 310 corresponding with described user's current state.
Specifically, the light illumination mode adjustment signal that described User Status getter 380 can be, but not limited to by following implementation generation is corresponding is sent to described adjustment signal receiver 310:
Wherein, the first possible implementation is, automatically described light illumination mode is adjusted according to User Status for the ease of realizing described illuminator, and described illuminator also includes: image acquisition device 340 and signal processor 350;
Described image acquisition device 340 is used for gathering user images; Specifically, described image acquisition device 340 can be photographic head.
Described signal processor 350 is connected with described image acquisition device 340 and described adjustment signal receiver 310 respectively, described user images for described image acquisition device 340 is collected is analyzed processing, and generates described light illumination mode and regulates signal and be sent to described adjustment signal receiver 310.
The possible implementation of the second is, it is set for the ease of the bright pattern of user's positive control and selects, described illuminator also includes light illumination mode selector 360, described light illumination mode selector 360 is connected with described adjustment signal receiver 310, regulate signal for selecting to generate described light illumination mode according to user, and be sent to described adjustment signal receiver 310.
The third possible implementation is, by electronic third-party equipment, for instance smart mobile phone sends described light illumination mode and regulates signal to described adjustment signal receiver 310. Specifically, it is possible to light illumination mode is installed on smart mobile phone and regulates application program. After user selects specific light illumination mode in the light illumination mode selection interface of described light illumination mode adjustment application program, described smart mobile phone sends described light illumination mode and regulates signal to described adjustment signal receiver 310.
Specifically, above-mentioned several implementation can alternatively be arranged on described illuminator, it is also possible to is simultaneously located on described illuminator, does not limit at this. Further, when described illuminator is provided with at least two in above-mentioned implementation, the mode selecting light illumination mode to facilitate user to set according to use habit, described illuminator can also include regulating signal and carry out source selector 370, regulates the transmission mode of signal for setting described light illumination mode for user. Such as:
Described User Status getter 380 may include that image acquisition device 340, signal processor 350 and light illumination mode selector 360; Described illuminator also includes regulating signal and carrys out source selector 370;
Described image acquisition device 340 is used for gathering user images, and described adjustment signal processor 350 is connected with described image acquisition device 340 and described adjustment signal receiver 310 respectively;
Described light illumination mode selector 360 is connected with described adjustment signal receiver 310;
Described adjustment signal carrys out source selector 370 and is connected with described image acquisition device 340 and described light illumination mode selector 360 respectively, for selecting to determine according to user: described illuminator is determined user's current state by described image acquisition device 340 and described signal processor 350 and sends the light illumination mode adjustment signal extremely described adjustment signal receiver 310 corresponding with described user's current state; Or
Described illuminator selects light illumination mode by described light illumination mode selector 360 and sends the light illumination mode adjustment signal extremely described adjustment signal receiver 310 corresponding with selected light illumination mode; Or
Described illuminator receives, by described adjustment signal receiver 310, the light illumination mode adjustment signal that electronic third-party equipment sends.
Specifically, described light illumination mode at least include following any one:
α ripple light illumination mode, the flicker frequency of wherein said light fixture 330 is 8～13Hz;
β ripple light illumination mode, the flicker frequency of wherein said light fixture 330 is more than 14Hz;
θ ripple light illumination mode, the flicker frequency of wherein said light fixture 330 is 4～8Hz;
δ ripple light illumination mode, the flicker frequency of wherein said light fixture 330 is 0.5～3Hz;
General lighting pattern, the flicker frequency of wherein said light fixture 330 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 study and the optimum state of thinking; When the brain frequency of people is suitably in β ripple, attention is promoted and the development of cognitive behavior has positive role; When the brain frequency of people is in θ ripple, helping relatively big for triggering deep memory, strengthening longterm memory etc., θ ripple is commonly called " gate leading to memory and study "; When the brain frequency of people is in δ ripple, human body is in deep sleep state, if call out the wavy state of approximate δ when tossing about in bed, just can break away from insomnia soon and enter deep sleep. Being illuminated iff having only to, namely general lighting pattern can meet user's request. During use, user according to user demand, can select any one light illumination mode above-mentioned, makes the flicker frequency of described light fixture that brain wave is produced impact, to reach required result of use.
Specifically, it is possible to determine the corresponding relation of described User Status and described light illumination mode according to the user demand of user. Such as, when described signal processor 350 determines User Status for lying on a bed according to the user images that image acquisition device 340 gathers, thinking that user needs to enter sleep state, now described signal processor 350 generates the light illumination mode corresponding with δ ripple light illumination mode and regulates signal; When user is sitting in before desk, it is believed that user needs to enter learning state, and described signal processor 350 generates the light illumination mode corresponding with α ripple light illumination mode and regulates signal. The relation of various light illumination modes and User Status can be set according to user demand, is not specifically limited at this.
Alternatively, owing to people is more sensitive to green glow, in order to strengthen the impact on user's brain wave of the described illuminator, described light fixture can adopt green glow to be illuminated according to corresponding flicker frequency.
Adopt the illuminator of the adjustable illuminating pattern of this utility model embodiment offer, it is possible to be adjusted according to the light illumination mode of user's request illumination apparatus, thus the brain wave of user is stimulated so that it is reach the state that user needs. Therein a kind of use scene is set forth below this utility model embodiment is described in detail.
Such as: during user learning, it is necessary to produce alpha wave, to improve learning efficiency and effect, it is possible to described illuminator is regulated to α ripple light illumination mode, the brain wave of user is produced impact. Time specifically used, 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 to described illuminator and regulates signal; Or, on described illuminator, directly select α ripple light illumination mode; Or, the current state of user is obtained by the image acquisition device 340 on described illuminator, if described signal picker confirms that described user is before being sitting in table, then automatically described illuminator coupling for α ripple light illumination mode and is sent α ripple light illumination mode adjustment signal. Light fixture in described illuminator 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 adjustment signal by described illuminator. When user is under the light of the flicker frequency luminescence corresponding according to described α ripple light illumination mode, the brain wave of user is produced to stimulate by described light, and the brain wave of user is adjusted to α wavy state gradually. Then, user can select general lighting pattern, proceeds by study. Last it is noted that various embodiments above is only in order to illustrate the technical solution of the utility model, it is not intended to limit; Although this utility model being described in detail with reference to foregoing embodiments, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or wherein some or all of technical characteristic is carried out equivalent replacement; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme of this utility model.
Claims (6)
1. the illuminator of an adjustable illuminating pattern, it is characterised in that including: regulate signal receiver, light illumination mode regulating element and light fixture;
Described adjustment signal receiver is connected with described light illumination mode regulating element, is used for receiving light illumination mode and regulates signal and described light illumination mode adjustment signal is sent to described light illumination mode regulating element;
Described light illumination mode regulating element is connected with described light fixture, regulates the flicker frequency of described light fixture for regulating light illumination mode corresponding to signal according to described light illumination mode;
Described light fixture is for carrying out luminous lighting according to described flicker frequency.
2. illuminator according to claim 1, it is characterised in that also include: User Status getter;
Described User Status getter is connected with described adjustment signal receiver, for obtaining the current state of user, and sends the light illumination mode adjustment signal extremely described adjustment signal receiver corresponding with described user's current state.
3. illuminator according to claim 2, it is characterised in that described User Status getter includes: image acquisition device and signal processor;
Described image acquisition device is used for gathering user images;
Described signal processor is connected with described image acquisition device and described adjustment signal receiver respectively, described user images for described image acquisition device is collected is analyzed processing, and generates described light illumination mode and regulates signal and be sent to described adjustment signal receiver.
4. illuminator according to claim 2, it is characterized in that, described User Status getter includes: light illumination mode selector, described light illumination mode selector is connected with described adjustment signal receiver, regulate signal for selecting to generate described light illumination mode according to user, and be sent to described adjustment signal receiver.
5. illuminator according to claim 2, it is characterised in that described User Status getter includes: image acquisition device, signal processor and light illumination mode selector, described illuminator also includes signal and carrys out source selector;
Described image acquisition device is used for gathering user images, and described signal processor is connected with described image acquisition device and described adjustment signal receiver respectively;
Described light illumination mode selector is connected with described adjustment signal receiver;
Described signal carrys out source selector and is connected with described image acquisition device and described light illumination mode selector respectively, for selecting to determine according to user: described illuminator is determined user's current state by described image acquisition device and described signal processor and sends the light illumination mode adjustment signal extremely described adjustment signal receiver corresponding with described user's current state; Or
Described illuminator selects light illumination mode by described light illumination mode selector and sends the light illumination mode adjustment signal extremely described adjustment signal receiver corresponding with selected light illumination mode; Or
Described illuminator receives, by described adjustment signal receiver, the light illumination mode adjustment signal that electronic third-party equipment sends.
6. the illuminator according to any one of claim 1-5, it is characterised in that described light illumination mode at least include 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 more 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.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520708759.5U CN205320343U (en) | 2015-09-14 | 2015-09-14 | Adjustable lighting models's lighting device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520708759.5U CN205320343U (en) | 2015-09-14 | 2015-09-14 | Adjustable lighting models's lighting device |
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| CN205320343U true CN205320343U (en) | 2016-06-15 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105142285A (en) * | 2015-09-14 | 2015-12-09 | 生迪智慧科技有限公司 | Lighting mode adjusting method and lighting device |
| CN106051643A (en) * | 2016-06-28 | 2016-10-26 | 蔡璟 | Lamp control system adjusting lamplight brightness based on user behavior state |
| CN110602852A (en) * | 2019-09-05 | 2019-12-20 | 佛山市云米电器科技有限公司 | System for controlling home theater lighting effect |
-
2015
- 2015-09-14 CN CN201520708759.5U patent/CN205320343U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105142285A (en) * | 2015-09-14 | 2015-12-09 | 生迪智慧科技有限公司 | Lighting mode adjusting method and lighting device |
| CN106051643A (en) * | 2016-06-28 | 2016-10-26 | 蔡璟 | Lamp control system adjusting lamplight brightness based on user behavior state |
| CN110602852A (en) * | 2019-09-05 | 2019-12-20 | 佛山市云米电器科技有限公司 | System for controlling home theater lighting effect |
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