CN104378870A - Control method and control equipment of LED lamp - Google Patents
Control method and control equipment of LED lamp Download PDFInfo
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- CN104378870A CN104378870A CN201310359101.3A CN201310359101A CN104378870A CN 104378870 A CN104378870 A CN 104378870A CN 201310359101 A CN201310359101 A CN 201310359101A CN 104378870 A CN104378870 A CN 104378870A
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Abstract
The embodiment of the invention provides a control method and control equipment of an LED lamp. The method includes the steps that a touch panel used for operating is provided for a user, and operations on the touch panel by the user are recognized; the LED lamp is correspondingly controlled according to LED lamp control instructions corresponding to the recognized operations, wherein the LED lamp control instructions comprise at least one instruction used for controlling the luminance, color temperature and tone of the LED lamp. The control method and control equipment of the LED lamp have the advantages of being strong in visual property, high in user experience degree and the like.
Description
Technical field
The present invention relates to the control technology field of LED (light emitting diode, light-emitting diode), refer more particularly to a kind of control method and control appliance of LED.
Background technology
LED, as a kind of efficient, energy-conservation environment friendly luminaive, obtains in market and widelys popularize, receives liking of more and more user.Originally, the control mode of LED is similar to the control of incandescent lamp, controls LED bright and extinguish by mechanical switch, simultaneously for the control of the brightness of LED, colour temperature or colour etc., is also controlled by the plus-minus of mechanical knob or two buttons.In recent years, along with the development of touch technology, touch technology is applied in the control of LED the extensive research causing people, such as: someone proposes to control the scheme of LED by the time of user's sustained touch inductive means, in this scenario, when the duration of user's finger touch inductive means is less than 0.5s, ignore; When the duration of user's finger touch inductive means is between 0.5s to 2.5s, control LED by open become close or by Guan Biankai; When the duration of user's finger touch inductive means more than 2.5s time, the brightness controlling LED automatically strong and weak between circulation change, and rest on user's finger and leave that moment of touch sensible parts.This kind of scheme is only a kind of control program of the LED based on touch technology, whether also has other replacement scheme, and how to realize, and is worth those skilled in the art further investigations.
Summary of the invention
In view of this, the invention provides a kind of control method and control appliance of LED.Compared to prior art, provide the implementation of adjustment of the brightness of another kind of LED, colour temperature and colour, and there is the advantages such as intuitive is strong, Consumer's Experience is effective.
The invention provides a kind of control method of LED, comprise the steps:
For user provides one piece of Trackpad for operating, and identify the operation that user carries out on described Trackpad;
According to the LED control command of the described operation correspondence recognized, described LED is controlled accordingly;
Wherein, described LED control command comprises the instruction of in brightness for controlling described LED, colour temperature and colour at least one.
Further, operation on described Trackpad comprises clicking operation, described Trackpad at least marks off brilliance control region, colour temperature control area and colour control area, to clicking operation corresponding brightness control command, colour temperature control command and the colour control command respectively of brilliance control region, colour temperature control area and colour control area.
Further, the operation on described Trackpad comprises slide, and the track that described slide is formed comprises linear slide track or camber line sliding trace.
Further, before identifying the operation that user carries out on described Trackpad, also comprise: for user provides at least one gate-controlled switch option on described Trackpad, the LED that each gate-controlled switch option correspondence one is controlled, identify the gate-controlled switch option that user selects, and set up the control connection of the LED corresponding with described gate-controlled switch option.
Present invention also offers a kind of control appliance of LED, comprise: Trackpad and processor, described processor is for identifying the operation that user carries out on described Trackpad, and during LED control command according to the described operation correspondence recognized, described LED is controlled accordingly, wherein, described LED control command comprises the instruction of in brightness for controlling described LED, colour temperature and colour at least one.
Further, operation on described Trackpad comprises clicking operation, described Trackpad at least marks off brilliance control region, colour temperature control area and colour control area, to clicking operation corresponding brightness control command, colour temperature control command and the colour control command respectively of brilliance control region, colour temperature control area and colour control area.
Further, the operation on described Trackpad comprises slide, and the track that described slide is formed comprises linear slide track or camber line sliding trace.
Further, before identifying the operation that user carries out on described Trackpad, also comprise: for user provides at least one gate-controlled switch option on described Trackpad, the LED that each gate-controlled switch option correspondence one is controlled, identify the gate-controlled switch option that user selects, and set up the control connection of the LED corresponding with described gate-controlled switch option.
Beneficial effect of the present invention:
The embodiment of the present invention, by identifying that user is to the operation of Trackpad, then corresponding according to operation control command, achieve the adjustment of the brightness to same LED, colour temperature and/or colour, compared to prior art, provide the control program of adjustment that another kind realizes the brightness of LED, colour temperature or colour, this kind regulates the control program of the brightness of LED, colour temperature or colour simultaneously, also has the advantages such as intuitive is strong, Consumer's Experience is effective.
In addition, the embodiment of the present invention can realize touch-control to multiple LED, to reduce the touch-control cost of LED by single contactor control device.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described:
Fig. 1 is the schematic flow sheet of the embodiment of the control method of LED provided by the invention;
Fig. 2 is the first schematic diagram of Trackpad provided by the invention;
Fig. 3 is the second schematic diagram of Trackpad provided by the invention;
Fig. 4 is the structured flowchart of the embodiment of the control appliance of LED provided by the invention.
Embodiment
Please refer to Fig. 1, is the schematic flow sheet of the embodiment of the control method of LED provided by the invention.It comprises step:
Step S11, provide one piece of Trackpad for operating for user, and identify the operation of user on this Trackpad.
Wherein, Trackpad can select capacitance touch control board, resistance Trackpad or infrared Trackpad etc., for capacitance touch control board, when the finger of user contacts with capacitance touch control board, to the capacitance variations of contact position be caused, by the detection of the capacitance variations situation to capacitance touch control board, just can recognize clicking operation or the slide of user.
Wherein, user's operation on the touch pad mainly comprises click and slides.
The LED control command of the operation correspondence recognized described in step S12, basis, controls accordingly to described LED.
Concrete, when recognizing clicking operation, the brightness of the corresponding adjustment LED of the click on area belonging to clicking operation, colour temperature or colour, namely brilliance control region, colour temperature control area and colour control area is at least marked off on the touch pad, to clicking operation corresponding brightness control command, colour temperature control command and the colour control command respectively of brilliance control region, colour temperature control area and colour control area.
Concrete, as shown in Figure 2, brilliance control region A, colour temperature control area B and colour control area C at least can be marked off on the touch pad.When recognizing user and clicking brilliance control region A, send brightness regulation order, to regulate the brightness of LED to LED; When recognizing user and clicking colour temperature control area B, send colour temperature adjusting command, to regulate the colour temperature of LED to LED; When recognizing user and clicking colour control area C, send colour adjusting command, to regulate the colour of LED to LED.Further, can carry out according to certain rule circulation the adjustment of brightness, colour temperature, colour, below be mainly described for brightness regulation, it is equally applicable to the adjustment of colour temperature and colour.
First, preset the brightness of a, b, c tri-ranks, certain gray scale can arrange more, and along with gray scale arranges more, the precision of brightness regulation also increases accordingly; Suppose that the brightness of current LED is a rank, clicking after the A of brilliance control region when recognizing user, is b rank by the brightness regulation of LED; Clicking after the A of brilliance control region when again recognizing user, is c rank by the brightness regulation of LED; Clicking after the A of brilliance control region when again recognizing user, being a rank by the brightness regulation of LED, so circulating.Certainly, the division for control area can adopt more complicated dividing mode, or illustrates for brilliance control region A; Brilliance control region A can be divided into two parts: left half and right half, when recognize that user clicks be the left half of brilliance control region A time, reduce the brightness of LED; When recognize that user clicks be the right half of brilliance control region A time, improve the brightness of LED.Or by corresponding for each rank of a brightness brilliance control subarea, these brilliance control subareas constitute brilliance control region, when a certain brilliance control subarea is clicked, by the brightness regulation of LED in brightness corresponding to this brilliance control subarea.Certainly, for the ease of user operation, some prompt texts, figure can be provided before adjustment to guide user to realize the adjustment of brightness, colour temperature, colour; After adjustment, some words, graphical cues user brightness, colour temperature, colour can be provided to regulate successfully.
Concrete, when recognizing slide, the sliding trace formed according to slide regulates the brightness of LED, colour temperature or colour.
Wherein, the sliding trace that slide is formed comprises: linear slide track or camber line sliding trace.As shown in Figure 3, three sliding traces can be pre-set on the touch pad: the first linear slide track a, the second linear slide track b and camber line sliding trace c.
Wherein, the sliding trace and the first linear slide track a that are formed when slide comprise herein corresponding time corresponding: overlap or parallel, then to the order of LED transmission brightness regulation, to regulate the luminosity of LED.Such as, in one embodiment, when often slip defines the sliding trace corresponding with the first linear slide track a to user on the touch pad, the brightness of LED is changed once; Such as: the brightness pre-setting k1, k2, k3 tri-ranks, suppose that the gray scale of current LED is k1 rank, when recognize user slide in the horizontal direction one time time, the gray scale of LED is adjusted to k2 rank; When again recognize user slided again in the horizontal direction one time time, the gray scale of LED is adjusted to k3 rank; When again recognize user slided again in the horizontal direction one time time, the gray scale of LED is adjusted to k1 rank, so circulates.
Certainly, in another kind of embodiment, the glide direction of the first linear slide track a can also be preset.Such as, can preset its glide direction is by left-to-right, when the sliding trace that the slide of user is formed is identical with its default glide direction, increase the luminosity of LED, when the sliding trace that the slide of user is formed is contrary with the glide direction that it is preset, then reduce the luminosity of LED.Certainly, when direction is identical, reduce the brightness of LED, when direction is contrary, the scheme increasing the brightness of LED is also feasible.
Wherein, the sliding trace formed when slide comprises corresponding herein time corresponding with the second linear slide track b: overlap or parallel, then to the adjusting command of LED transmission colour temperature, to regulate the changes in temperature of LED luminescence.Such as, in one embodiment, when often slip defines the sliding trace corresponding with the second linear slide track b to user on angle control screen, then the colour temperature of LED is changed once.Such as, pre-set the colour temperature of m1, m2, m3 tri-ranks, suppose that the colour temperature rank of current LED is m1 rank; When recognize user vertically slide one time time, the colour temperature rank of LED is adjusted to m2 rank, when again recognize user vertically slided again one time time, the colour temperature rank of LED is adjusted to m2 rank; When again recognize user vertically slided again one time time, the colour temperature rank of LED is adjusted to m1 rank, so circulates.
Certainly, in another kind of embodiment, the glide direction of the second linear slide track b can also be preset; Such as, its glide direction can be preset for from down to up, when the sliding trace that the slide recognizing user is formed is identical with its default glide direction, then increase the colour temperature (it being regulated toward warm tones direction) of LED, when the sliding trace that the slide recognizing user is formed is contrary with the glide direction that it is preset, reduce the colour temperature (it being regulated toward cool tone direction) of LED.Certainly, when direction is identical, reduce the colour temperature of LED, when direction is contrary, the scheme increasing the colour temperature of LED is also feasible.
Wherein, when recognizing arc sliding track corresponding to arc sliding track being with presetting that slide is formed, then colour adjusting command can be sent to LED, to regulate the colour of LED.Concrete, each segmental arc correspondence of default arc sliding track is set to different colours, the colour of LED is then adjusted to colour corresponding to this segmental arc with which section in the arc sliding track preset to time corresponding by the arc sliding track formed when the slide recognized.
Certainly in addition, the adjustment of LED can also be carried out according to the parameter such as sliding speed or sliding length.
Further, before step S11, on the touch pad for user provides at least one controlled option, the LED that each controlled option correspondence one is controlled, for identifying the controlled option that user selects, and set up the control connection of the LED corresponding with the controlled option that user selects.So, by arranging the option of multiple LED on the touch pad, and according to the selection of user, the control connection with corresponding LED can be set up, therefore multiple LED is made can to share a touch-control system, this is conducive to reducing the cost of touch-control system, increasing especially along with LED number, each LED on average under touch-control cost will significantly reduce.
Below the embodiment of the control appliance of the LED corresponding to said method is described.
Please refer to Fig. 4, is the structural representation of the embodiment of the touch-control system of LED provided by the invention.Touch-control system comprises control appliance 1 and telecommunication circuit 2, and wherein, control appliance 1 comprises: the Trackpad 11 be linked in sequence, processor 12.
Wherein, described processor 12, for identifying the operation of user on described Trackpad 11, and when recognizing clicking operation, during LED control command according to the operation correspondence recognized, control accordingly described LED, wherein, described LED control command comprises the instruction of in brightness for controlling described LED, colour temperature and colour at least one.Concrete, operation can comprise: clicking operation or slide, during control, and the order of the corresponding generation brightness regulation of the click on area belonging to clicking operation, colour temperature adjusting command or colour adjusting command; Or, when recognizing slide, the sliding trace corresponding generation brightness regulation order formed according to described slide, colour temperature adjusting command or colour adjusting command;
Described processor, also for by telecommunication circuit 2 set up with by the control connection of controlled LED lamp, and the brightness regulation order generated, colour temperature adjusting command or colour adjusting command are sent to this by controlled LED lamp, to regulate this by the brightness of controlled LED lamp, colour temperature or colour.
Further, described Trackpad 11 at least marks off brilliance control region, colour temperature control area and colour control area, to clicking operation corresponding brightness control command, colour temperature control command and the colour control command respectively of brilliance control region, colour temperature control area and colour control area.
Described processor 12, specifically for when recognizing user and clicking brilliance control region, generates brightness regulation order; When recognizing user and clicking colour temperature control area, generate colour temperature adjusting command; When recognizing user and clicking colour control area, generate colour adjusting command.
Please continue to refer to Fig. 2, brilliance control region A, colour temperature control area B and colour control area C at least can be marked off on the touch pad.When recognizing user and clicking brilliance control region A, send brightness regulation order, to regulate the brightness of LED by telecommunication circuit 2 to LED; When recognizing user and clicking colour temperature control area B, send colour temperature adjusting command, to regulate the colour temperature of LED by telecommunication circuit 2 to LED; When recognizing user and clicking colour control area C, send colour adjusting command, to regulate the colour of LED by telecommunication circuit 2 to LED.Further, can carry out according to certain rule circulation the adjustment of brightness, colour temperature, colour, below be mainly described for brightness regulation, it is equally applicable to the adjustment of colour temperature and colour.
First, preset the brightness of a, b, c tri-ranks, certain gray scale can arrange more, and along with gray scale arranges more, the precision of brightness regulation also increases accordingly; Suppose that the brightness of current LED is a rank, clicking after the A of brightness regulation region when recognizing user, is b rank by the brightness regulation of LED; Clicking after the A of brightness regulation region when again recognizing user, is c rank by the brightness regulation of LED; Clicking after the A of brightness regulation region when again recognizing user, being a rank by the brightness regulation of LED, so circulating.Certainly, the division for control band can adopt more complicated dividing mode, or illustrates for brightness regulation region A; Brightness regulation region A can be divided into two parts: left half and right half, when recognize that user clicks be the left half of brightness regulation region A time, reduce the brightness of LED; When recognize that user clicks be the right half of brightness regulation region A time, improve the brightness of LED.Or by corresponding for each rank of a brightness brightness regulation subarea, these brightness regulation subareas constitute brightness regulation region, when a certain brightness regulation subarea is clicked, by the brightness regulation of LED in brightness corresponding to this brightness regulation subarea.Certainly, for the ease of user operation, some prompt texts, figure can be provided before adjustment to guide user to realize the adjustment of brightness, colour temperature, colour; After adjustment, some words, graphical cues user brightness, colour temperature, colour can be provided to regulate successfully.
Further, the sliding trace that described slide is formed comprises: linear slide track or camber line sliding trace;
Described processor 12, for formed when the slide that recognizes be the linear slide track corresponding with the first linear slide track preset time, generate brightness regulation order;
When the slide that recognizes formed be the linear slide track corresponding with the second linear slide track preset time, generate colour temperature adjusting command;
When the slide that recognizes formed be the arc sliding track corresponding with the arc sliding track preset time, generate colour adjusting command.
Wherein, the sliding trace and the first linear slide track a that are formed when slide comprise herein corresponding time corresponding: overlap or parallel, then to the order of LED transmission brightness regulation, to regulate the luminosity of LED.Such as, in one embodiment, when often slip defines the sliding trace corresponding with the first linear slide track a to user on the touch pad, the brightness of LED is changed once; Such as: the brightness pre-setting k1, k2, k3 tri-ranks, suppose that the gray scale of current LED is k1 rank, when recognize user slide in the horizontal direction one time time, the gray scale of LED is adjusted to k2 rank; When again recognize user slided again in the horizontal direction one time time, the gray scale of LED is adjusted to k3 rank; When again recognize user slided again in the horizontal direction one time time, the gray scale of LED is adjusted to k1 rank, so circulates.
Such as, the sliding trace formed when slide comprises corresponding herein time corresponding with the second linear slide track b: overlap or parallel, then to the adjusting command of LED transmission colour temperature, to regulate the changes in temperature of LED luminescence.Such as, in one embodiment, when often slip defines the sliding trace corresponding with the second linear slide track b to user on angle control screen, then the colour temperature of LED is changed once.Such as, pre-set the colour temperature of m1, m2, m3 tri-ranks, suppose that the colour temperature rank of current LED is m1 rank; When recognize user vertically slide one time time, the colour temperature rank of LED is adjusted to m2 rank, when again recognize user vertically slided again one time time, the colour temperature rank of LED is adjusted to m2 rank; When again recognize user vertically slided again one time time, the colour temperature rank of LED is adjusted to m1 rank, so circulates.
Wherein, when recognizing arc sliding track corresponding to arc sliding track being with presetting that slide is formed, then colour adjusting command can be sent to LED, to regulate the colour of LED.Concrete, each segmental arc correspondence of default arc sliding track is set to different colours, the colour of LED is then adjusted to colour corresponding to this segmental arc with which section in the arc sliding track preset to time corresponding by the arc sliding track formed when the slide recognized.
Be understandable that, in above-mentioned specific embodiment, also can be regulated the colour temperature of LED by the linear slide track of horizontal direction, the linear slide track of vertical direction regulates the luminosity of LED.
Further, in another kind of embodiment, described processor 12, specifically for:
When the slide formation recognized is the linear slide track corresponding with the first linear slide track preset, and the slide recognized formed linear slide track identical with the glide direction of described the first default linear slide track time, generate the adjusting command of the brightness increasing or reduce described LED, if contrary, then generate the adjusting command of the brightness reducing or increase described LED;
Such as, in another kind of embodiment, the glide direction presetting the first linear slide track a is by left-to-right, when the sliding trace that the slide of user is formed is identical with its default glide direction, then increase the luminosity of LED, when the sliding trace that the slide of user is formed is contrary with the glide direction that it is preset, then reduce the luminosity of LED.Certainly, when direction is identical, reduce the brightness of LED, when direction is contrary, the scheme increasing the brightness of LED is also feasible.
When the slide that recognizes formed be the sliding trace corresponding with the second linear slide track preset time, if when the linear slide track that the slide recognized is formed is identical with the glide direction of described the second default linear slide track, generate the adjusting command of the colour temperature increasing or reduce described LED, if contrary, then generate the adjusting command of the colour temperature reducing or increase described LED.
Such as, in another kind of embodiment, preset the glide direction of the second linear slide track b from down to up, when the sliding trace that the slide recognizing user is formed is identical with its default glide direction, then increase the colour temperature (it being regulated toward warm tones direction) of LED, when the sliding trace that the slide recognizing user is formed is contrary with the glide direction that it is preset, reduce the colour temperature (it being regulated toward cool tone direction) of LED.Certainly, when direction is identical, reduce the colour temperature of LED, when direction is contrary, the scheme increasing the colour temperature of LED is also feasible.
Further, for user provides at least one controlled option on described Trackpad 11, the LED that each controlled option correspondence one is controlled; Described processor 12, before identifying the clicking operation of user on described Trackpad or slide family, also for identifying the controlled option that user selects; And by telecommunication circuit 2, set up the control connection of the LED corresponding with the described controlled option recognized.
In the embodiment of the control appliance of LED, only the major function of Trackpad 11, processor 12 and its peripheral communications circuit 2 is illustrated.For the operational detail that it is concrete, in embodiment of the method, there is explanation, be not repeated herein.
What finally illustrate is, above embodiment is only in order to illustrate technical scheme of the present invention and unrestricted, although with reference to preferred embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that, can modify to technical scheme of the present invention or equivalent replacement, and not departing from aim and the scope of technical solution of the present invention, it all should be encompassed in the middle of right of the present invention.
Claims (8)
1. a control method for LED, is characterized in that: comprising:
For user provides one piece of Trackpad for operating, and identify the operation that user carries out on described Trackpad;
According to the LED control command of the described operation correspondence recognized, described LED is controlled accordingly;
Wherein, described LED control command comprises the instruction of in brightness for controlling described LED, colour temperature and colour at least one.
2. the method for claim 1, it is characterized in that: comprise clicking operation in the operation of described Trackpad, described Trackpad at least marks off brilliance control region, colour temperature control area and colour control area, to clicking operation corresponding brightness control command, colour temperature control command and the colour control command respectively of brilliance control region, colour temperature control area and colour control area.
3. the method for claim 1, is characterized in that: the operation on described Trackpad comprises slide, and the track that described slide is formed comprises linear slide track or camber line sliding trace.
4. the method according to any one of claim 1-3, it is characterized in that: before identifying the operation that user carries out on described Trackpad, also comprise: for user provides at least one gate-controlled switch option on described Trackpad, the LED that each gate-controlled switch option correspondence one is controlled, identify the gate-controlled switch option that user selects, and set up the control connection of the LED corresponding with described gate-controlled switch option.
5. the control appliance of a LED, it is characterized in that: comprising: Trackpad and processor, described processor is for identifying the operation that user carries out on described Trackpad, and according to the LED control command of the described operation correspondence recognized, described LED is controlled accordingly, wherein, described LED control command comprises the instruction of in brightness for controlling described LED, colour temperature and colour at least one.
6. equipment as claimed in claim 5, it is characterized in that: the operation on described Trackpad comprises clicking operation, described Trackpad at least marks off brilliance control region, colour temperature control area and colour control area, to clicking operation corresponding brightness control command, colour temperature control command and the colour control command respectively of brilliance control region, colour temperature control area and colour control area.
7. equipment as claimed in claim 5, is characterized in that: the operation on described Trackpad comprises slide, and the track that described slide is formed comprises linear slide track or camber line sliding trace.
8. the equipment according to any one of claim 5-7, it is characterized in that: before identifying the operation that user carries out on described Trackpad, also comprise: for user provides at least one gate-controlled switch option on described Trackpad, the LED that each gate-controlled switch option correspondence one is controlled, identify the gate-controlled switch option that user selects, and set up the control connection of the LED corresponding with described gate-controlled switch option.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310359101.3A CN104378870A (en) | 2013-08-16 | 2013-08-16 | Control method and control equipment of LED lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310359101.3A CN104378870A (en) | 2013-08-16 | 2013-08-16 | Control method and control equipment of LED lamp |
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| CN104378870A true CN104378870A (en) | 2015-02-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310359101.3A Pending CN104378870A (en) | 2013-08-16 | 2013-08-16 | Control method and control equipment of LED lamp |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105491756A (en) * | 2015-11-10 | 2016-04-13 | 宁波市柯玛士太阳能科技有限公司 | Led light adjusting method |
| CN107750071A (en) * | 2017-10-30 | 2018-03-02 | 赛尔富电子有限公司 | A kind of light modulation processing system of LED lamp |
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| EP2289285A1 (en) * | 2008-06-10 | 2011-03-02 | Koninklijke Philips Electronics N.V. | User interface device for controlling a consumer load and light system using such user interface device |
| CN102612212A (en) * | 2012-02-23 | 2012-07-25 | 鸿富锦精密工业（深圳）有限公司 | Lamp and switch device thereof |
| CN202385348U (en) * | 2011-12-14 | 2012-08-15 | 杭州鸿雁东贝光电科技有限公司 | Light-emitting diode (LED) table lamp |
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| EP2289285A1 (en) * | 2008-06-10 | 2011-03-02 | Koninklijke Philips Electronics N.V. | User interface device for controlling a consumer load and light system using such user interface device |
| CN202385348U (en) * | 2011-12-14 | 2012-08-15 | 杭州鸿雁东贝光电科技有限公司 | Light-emitting diode (LED) table lamp |
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| CN105491756A (en) * | 2015-11-10 | 2016-04-13 | 宁波市柯玛士太阳能科技有限公司 | Led light adjusting method |
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| CN107750071A (en) * | 2017-10-30 | 2018-03-02 | 赛尔富电子有限公司 | A kind of light modulation processing system of LED lamp |
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