CN106941743A - The energy-conservation of inductive lighting device and detection method and the inductive lighting device - Google Patents
The energy-conservation of inductive lighting device and detection method and the inductive lighting device Download PDFInfo
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- CN106941743A CN106941743A CN201710007092.XA CN201710007092A CN106941743A CN 106941743 A CN106941743 A CN 106941743A CN 201710007092 A CN201710007092 A CN 201710007092A CN 106941743 A CN106941743 A CN 106941743A
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
- H05B45/10—Controlling the intensity of the light
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
- H05B45/20—Controlling the colour of the light
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/30—Semiconductor lamps, e.g. solid state lamps [SSL] light emitting diodes [LED] or organic LED [OLED]
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Abstract
The present invention is a kind of energy-conservation of inductive lighting device and detection method and the inductive lighting device.The inductive lighting device includes an induction module, a lighting module and a control circuit module.This method is comprised the steps of：The voltage of a power source supply end is detected by the control circuit module, and produces a power supply testing result；Judged by the control circuit module according to the power supply testing result, and switch into a standby mode or perform a Lighting control program；Under the Lighting control program, action induction is carried out by the induction module, and produce an action induction result；And judged by the control circuit module according to the action induction result, and control the lighting module luminous or switch into the standby mode.The present invention additionally provides a variety of judgment mechanisms to be used as the control whether illuminated so that its application can meet actual environment and user's demand in addition to having appropriate protection mechanism there is provided the design of power supply detection.
Description
Technical field
The invention relates to a kind of energy-conservation of inductive lighting device and detection method and the inductive lighting device, and especially
Relate to it is a kind of provide power protection, energy-saving illumination running and user's reminding technology inductive lighting device and be applied to
Energy-conservation and detection method thereon.
Background technology
General lighting device or light fixture be use conventional incandescent bulb, fluorescent tube or Electricity-saving lamp bulb etc. as light-emitting component with
Illumination is provided.And with technological progress, the design using light emitting diode (LED) as light-emitting component is also more and more extensively, and energy
Bring more preferably illuminating effect.
Further, since how the attention for environmental protection now, effectively utilized with being opened to the resource with regenerative nature
Hair, it has also become current important issue.Such as sunshine be it is a kind of it is inexhaustible, nexhaustible from however clean money
Source, solar panels, which convert sunlight into electric energy, can provide the energy needed for device running.On the other hand, currently with environment
Induction technology controls the light-emitting component to flicker designed lighting device or light fixture, can also effectively achieve and save the energy
Purpose.
So-called environment induction technology is that an inductor is set in lighting device or light fixture, and the inductor can sense specific
In the range of object action change or the Strength Changes of ambient light, thus can further change situation according to it come to luminous member
Part makees the control flickered automatically.The existing inductor sensed can be human body infrared (PIR) or active using passive type
The induction technologies such as microwave (Microwave), correlation technique refer to Chinese Patent Application No. 200520000991.X,
Shown in 200810097926.1.
Application on inductive lightning at present, including space illumination or security personnel's photography etc. have been increasingly polynary.And how
Further increase the application of device, be the important developing direction of industry.For example, the lighting device of automatic sensing can
Open air is arranged at reference to heliotechnics, so as to store changed electric energy in the daytime or during fine day；Or, lighting device
In addition to it may be provided at interior and use mains supply, it may also set up and use solar energy in open air；Or, in lighting device
Reserve battery can be provided with, urgent running can be may also provide in the case of civil power or solar energy converting electrical energy is lacked.
Although lighting device is designed into a variety of different operation schemes be strictly that ensure that power supply in terms of power supply
On stability and add the diversity of application, but it is with different characteristic and condition after all that different power supply is upper in application
Limitation.For example, solar power generation can not be carried out when night or not enough sunshine；Or, the electricity of battery or stored
Solar energy-electric energy will be unable to provide illuminalive power-supply when not enough；If being that general solar cell is in higher temperatures or relatively low what is more
But continued in the environment of temperature during running (including charge or discharge), the material of its battery will produce damage in itself.
Therefore, in addition to power-saving technology is still to design the emphasis of lighting device, how to exist for used power supply
Using the measure for above having an appropriate protection mechanism or prompting user, the life-span of its element is set to extend and ensure to illuminate energy
Effectively with normally carrying out, the main purpose just developed for the present invention.
The content of the invention
The technical problem to be solved in the present invention is, for deficiencies of the prior art there is provided one kind by carrying
The energy-conservation and detection method and the inductive lighting device of the inductive lighting device of power supply can be protected for power supply detection.
The technical problem to be solved in the present invention is to be provided for deficiencies of the prior art there is provided one kind
The energy-conservation for the inductive lighting device that a variety of judgment mechanisms are operated with sharp energy-saving illumination and detection method and the inductive lighting device.
The technical problem to be solved in the present invention is to be provided for deficiencies of the prior art there is provided one kind
The energy-conservation of inductive lighting device and detection method and the inductive lighting device of the corresponding configured information to make to remind to user.
The technical solution adopted for the present invention to solve the technical problems is to provide energy-conservation and the inspection of a kind of inductive lighting device
Survey method, applied on an inductive lighting device, the inductive lighting device includes an induction module, a lighting module and a control
Circuit module processed, and this method is comprised the steps of：The voltage of a power source supply end is detected by the control circuit module, and is produced
One power supply testing result；Judged by the control circuit module according to the power supply testing result, and switched into a standby mould
Formula performs a Lighting control program；Under the Lighting control program, action induction is carried out by the induction module, and produces one moving
Make sensing result；And judged by the control circuit module according to the action induction result, and control the lighting module to send out
Light switches into the standby mode.
It is preferred that this method is also comprised the steps of：Perform a warm machine program；And terminate the warm machine program；Wherein, should
Warm machine program maintains one second first to make the lighting module light after a default luminous intensity is reached in a very first time length
Time span, makes the lighting module not light in one the 3rd time span.
It is preferred that the power source supply end is to switch to a dry battery assembly, the inductive lighting device also includes an instruction
Element, and this method is also comprised the steps of：When the voltage of the dry battery assembly is more than a first voltage threshold value, opening should
The output of dry battery assembly；And when the voltage of the dry battery assembly is more than the first voltage threshold value in a minimum zone
When, the output of the dry battery assembly is opened, and the indicator elment is produced the configured information for being rendered as flicker.
It is preferred that this method is also comprised the steps of：When the voltage of the dry battery assembly is less than or equal to the first voltage
During threshold value, the output of the dry battery assembly is closed, and the indicator elment is produced the configured information for being rendered as flicker；And in
The output of the dry battery assembly is closed up to after a preset time and when the voltage of the dry battery assembly is more than a second voltage threshold
During value, the output of the dry battery assembly is opened.
It is preferred that under the Lighting control program being exported with a preset ratio of the voltage of the dry battery assembly.
It is preferred that this method is also comprised the steps of：The inside of the inductive lighting device is entered by the control circuit module
Trip temperature is detected, and produces a temperature detection result；And sentenced by the control circuit module according to the temperature detection result
It is disconnected, and switch into the standby mode or perform the Lighting control program.
It is preferred that the power source supply end is to switch to a solar cell module, and this method is also comprised the steps of：When
When the internal temperature of the inductive lighting device is more than a maximum temperature value or less than a lowest temperature angle value, the power source supply end is closed
Output and close charging to the solar cell module；And when the internal temperature of the inductive lighting device is more than one first
During temperature value, the charging to the solar cell module is closed.
It is preferred that the inductive lighting device also includes an indicator elment, and this method is also comprised the steps of：When the sense
When answering the internal temperature of lighting device less than or equal to a second temperature value and being more than or equal to the lowest temperature angle value, this is opened too
The output of positive energy battery component, and the electric current that the solar cell module is exported is controlled by the control circuit module；And work as
When the internal temperature of the inductive lighting device is more than the second temperature value and is less than or equal to first temperature value, the sun is opened
Charging of the output and unlatching of energy battery component to the solar cell module, and indicator elment generation is rendered as flicker
Configured information.
It is preferred that this method is also comprised the steps of：When the voltage of the solar cell module reaches maximum voltage door
During threshold value, the charging to the solar cell module is closed；And when the voltage of the solar cell module is more than one first electricity
During pressure gate threshold value, the output of the solar cell module is opened.
It is preferred that the inductive lighting device also includes an indicator elment, and this method is also comprised the steps of：When this too
When the voltage of positive energy battery component is less than or equal to the first voltage threshold value, the output of the solar cell module is closed；Make
The power source supply end switches to a dry battery assembly and opens the output of the dry battery assembly, and the indicator elment is produced presentation
For the configured information of flicker；And in closing the output of the solar cell module up to after a preset time and when the solar-electricity
When the voltage of pond component is more than a second voltage threshold value, the power source supply end is set to switch to the solar cell module and open
The output of the solar cell module.
It is preferred that this method is also comprised the steps of：Environment photoinduction is carried out by the induction module, and produces an ambient light
Sense result；And judged by the control circuit module according to ambient light sensing result, and switch into the standby mould
Formula performs the Lighting control program.
It is preferred that this method is also comprised the steps of：When the intensity of ambient light is not up to a luminous intensity threshold value, the control
Circuit module performs the Lighting control program；And when the intensity of ambient light reaches the luminous intensity threshold value, the control circuit
Module switches into the standby mode.
It is preferred that the inductive lighting device also includes a user interface, and this method is also comprised the steps of：By making
User is adjusted to the user interface, and produces user adjustment result；And by the control circuit module according to this
User's adjustment result is judged, and is switched into the standby mode or performed the Lighting control program.
It is preferred that this method is also comprised the steps of：When the user interface is adjusted to a off option, the control
Circuit module switches into the standby mode；And when the user interface is adjusted to a test option or a delay option
When, the control circuit module performs the Lighting control program.
It is preferred that the Lighting control program is also comprised the steps of：When the action induction result is to have operating state
When, the control circuit module controls the lighting module to light；And when the action induction result is not have operating state generation,
The control circuit module switches into the standby mode；Wherein, under the delay option, the lighting module is controlled to be selected with the delay
The corresponding delay time of item institute is lighted.
The present invention also provides a kind of inductive lighting device with energy-conservation with detection function, and the inductive lighting device includes
Lighting module, control circuit module, indicator elment and induction module.The lighting module produces illumination to luminous；The control
Voltage of the circuit module to detect a power source supply end, and produce a power supply testing result, the control circuit module and basis
The power supply testing result is judged, and is switched into a standby mode or performed a Lighting control program；The indicator elment is used
With should control circuit module control and produce corresponding configured information；The induction module is used under the Lighting control program
Action induction is carried out, and produces an action induction result, and the control circuit module and is sentenced according to the action induction result
It is disconnected, and control the lighting module luminous or switch into the standby mode.
It is preferred that the power source supply end is to switch to a dry battery assembly or a solar cell module.
It is preferred that the control circuit module also carries out temperature detection to the inside to the inductive lighting device, and produce
One temperature detection result, the control circuit module is simultaneously judged according to the temperature detection result, and switches into the standby mould
Formula performs the Lighting control program.
It is preferred that the induction module is also to carry out environment photoinduction, and produce ambient light sensing result, and the control
Circuit module is simultaneously judged according to ambient light sensing result, and is switched into the standby mode or performed the Lighting control journey
Sequence.
It is preferred that the inductive lighting device also includes a user interface, the user interface provides user and carried out
Adjustment, and produce a user adjustment result, and the control circuit module and according to the user adjust result judged, and
Switch into the standby mode or perform the Lighting control program.
The energy-conservation of inductive lighting device proposed by the invention and detection method and the inductive lighting device except there is provided
Power detection design and with outside appropriate protection mechanism, additionally provide a variety of judgment mechanisms to be used as the control whether illuminated
System so that its application can meet actual environment and user's demand.Therefore the present invention is able in the case where completing necessary illumination running
Reach effective power saving purpose.Furthermore, present invention also offers corresponding configured information, user can learn conditions associated
Occur and can play contributes to the prompting effect of attending device.Generally speaking, present invention protection mechanism either in power supply, section
Can illumination running or remind user it is technical, can effectively complete, enable its polynary application feature in industry
Development on more be worth.
More preferably understand in order to which the above-mentioned and other aspect to the present invention has, special embodiment below simultaneously coordinates institute's accompanying drawings
It is described in detail.
Brief description of the drawings
The outward appearance with energy-conservation with the inductive lighting device of detection function that Fig. 1 is proposed by first embodiment of the invention
Schematic diagram.
Fig. 2 is the function block schematic diagram of the inductive lighting device of first embodiment of the invention.
Fig. 3 is the flow chart of the energy-conservation and detection method of first embodiment of the invention.
Fig. 4 is the flow chart of the energy-conservation and detection method of second embodiment of the invention.
Fig. 5 A- Fig. 5 B are the flow chart of the energy-conservation and detection method of third embodiment of the invention.
Embodiment
Embodiment set forth below is described in detail, and embodiment can't limit the present invention only to illustrate as example
The scope to be protected.In addition, the schema in embodiment is omitted unnecessary or is achievable element with usual technology, clearly to show
Show the technical characterstic of the present invention.
The energy-conservation and detection method and the inductive lightning of the inductive lighting device of the present invention are now carried out with a first embodiment
The implementation explanation of device.Please referring also to Fig. 1 and Fig. 2, wherein Fig. 1 one have energy-conservation and detection by what first embodiment was proposed
The schematic appearance of the inductive lighting device 100 of function；Fig. 2 is the function block schematic diagram of the inductive lighting device 100.
As shown in figure 1, in can be seen that in appearance the inductive lighting device 100 include a body 10, an indicator elment 11,
One lighting module 12, an induction module 13 and a user interface 16；, should wherein for the effective operation for providing each functions of modules
Lighting module 12 is arranged at the top surface of the body 10, and the induction module 13 is then arranged at the bottom surface of the body 10, and in this reality
Apply in example, the user interface 16 is then to make to illustrate in the way of being arranged on the induction module 13.The indicator elment 11 is one
Small-sized luminescence unit is planted, can be used to luminous or flash to indicate the operating state of correlation；The lighting module 12 is to send out
Light and produce illumination；The induction module 13 can be then provided including the function such as action induction and environment photoinduction；And user circle
Face 16 can then provide user and be operated and be adjusted.
As shown in Fig. 2 the inductive lighting device 100 further includes a power source supply end 14 and a control circuit mould
Block 15.Specifically, the inductive lighting device 100 has related circuit structure, and this circuit structure (includes the power source supply end
14 with the control circuit module 15) be arranged in the body 10 and may be disposed on a circuit board (being not depicted in schema), and enter
One step is electrically connected with other elements (such as lighting module 12, induction module 13).Wherein the power source supply end 14 be used to
At least power supply that electric energy can be produced is electrically connected；Such as a dry battery assembly, a solar cell module or acceptable civil power
One rechargeable battery component of charging.
It follows that when the power supply is dry battery assembly, the inductive lighting device 100 includes a battery tray, uses
To assemble the dry cell of respective number.Secondly, when the power supply is solar cell module, the inductive lighting device 100 is wrapped
Containing a solar energy module or a solar panels, stored to receive luminous energy and be converted into electric energy.Furthermore, when the power supply is
During rechargeable battery component, the inductive lighting device 100, which includes, can input an external power source (for example, civil power) with to charging electricity
The connectivity port (not shown) that pond component is charged.
Wherein, because solar cell module is similar with the charge/discharge characteristics of rechargeable battery component, following reality of the invention
Example is applied, dry battery assembly is hereby enumerated and thinks explanation with solar cell module, rechargeable battery component part is to repeat no more.
Illustrate the electrical connection situation between related elements in fig. 2, the control circuit module 15 be by such as processor,
The electronic components such as memory, signal detector, signal amplifier, signaling switch are constituted, and related control instruction (or journey
Sequence control code), energy-conservation and detection method of the invention then can be recorded in control electricity using firmware or software mode storage
In the memory of road module 15, to provide processor automatic access and perform application.
In this first embodiment, the lighting module 12 is set using one or more light emitting diode.Using
The characteristics of light emitting diode is that its luminous intensity can be altered or modified via the control of size of current, and then can be produced
Raw different illuminating effect.Certainly, in other embodiments, also can using other types but can be altered or modified its light
The luminescence unit of intensity makees the implementation set.
In addition, the induction module 13 then may include motion sensor and environment light sensor.For in terms of action induction, its
Can be human body infrared (PIR) inductor of a passive type or active type micro-wave (Microwave) inductor；And for ambient light
In terms of sensing, it can be an inductor with light-sensitive element (such as photoelectric crystal, optical diode, photo resistance).
Secondly, in this first embodiment, the inductive lighting device 100 is to be set with the back side of the body 10 in wall hanging mode
The mode being placed on a wall is explained.Certainly, the constructional appearance of the shown inductive lighting device 100 is only one in Fig. 1
The illustration of embodiment, the design of its constructional appearance can make other under concept proposed by the invention and can associate easily
Change, and then can be arranged in different environment.
Fig. 3 is referred to, is the flow chart of the energy-conservation and detection method of first embodiment.First, by the control circuit module
15 detect the voltage of the power source supply end 14, and produce a power supply testing result (step S11)；Secondly, by the control circuit mould
Block 15 is judged according to the power supply testing result, and is switched into a standby mode or performed a Lighting control program (step
S12)；Then, under the Lighting control program, action induction is carried out by the induction module 13, and produce an action induction result
(step S13)；Finally, judged by the control circuit module 15 according to the action induction result, and controlled the lighting module
12 light or switch into the standby mode (step S14).
From the above, due to either dry cell, solar cell or rechargeable battery, in the electricity or voltage of its battery
When not enough, the running of illumination can be all influenceed；For example the brightness of the lighting module 12 may be reduced, or ought have lighting demand
When, the electricity shortage of power supply is luminous etc. to provide the lighting module 12, or even is possible to that electricity can be caused in the case where continuing to operate
The damage of pond in itself.Therefore, the circuit element that above-mentioned power supply detection can be electrically connected to battery or with battery provides one
Appropriate protection mechanism, and extend service life.
During due to there is operating state to occur and (there are personnel to pass through or there is action to change), the lighting module 12 just have it is luminous with
Necessity of illumination, and be controlled just can reach the effect of power saving accordingly.Therefore, described Lighting control program is in the present invention
It is to instigate the induction module 13 to proceed by action induction.When action induction result for when having operating state generation, just control should
Lighting module 12 lights；When action induction result is not have operating state generation, then the lighting module 12 is controlled not light simultaneously
Switch into the standby mode.
In addition, relative to the Lighting control program, described standby mode then refers to the stage for not yet carrying out action induction,
Or refer to after the preceding inductive lightning of completion, the lighting module 12 is turned off the light and stops the luminous stage, or may also mean that place
Waiting the stage of action induction next time.Also due to the standby mode not yet carries out action induction, this is relatively just reduced
Induction module 13 is in the power consumption on action induction；It is longer that the elapsed time of the standby mode is set, and can will save the more
Power consumption.
For another angle, the standby mode can also be represented (such as electricity shortage) in certain situations, control
The lighting module 12 is in a kind of park mode not lighted (because not performing the Lighting control program).It follows that Ruo Yite
Shape of pledging love and when the flow is persistently in the stage of the standby mode, sustainable control lighting module 12 is not lighted.
However, due under the standby mode and without action induction, how to terminate the standby mode or how
Detection is powered again, even how can perform the Lighting control program to reach the operating requirements of inductive lightning in real time, then
Need further to complete by setting.For example, the standby mode can be terminated by the way of timing wake-up；Namely
If when the standby mode has lasted up to a special time, detection will being automatically powered again or start to perform the illumination control
Processing procedure sequence.
According to the explanation of above-mentioned first embodiment, the inductive lighting device 100 can be by the design of power supply detection with true
Recognize the power supply state of line related and there is appropriate protection mechanism, and simultaneously can also be by the standby mode and the Lighting control
Switching or execution between program, are also able to be issued to effective power saving purpose in the necessary illumination running of completion.
Above-mentioned first embodiment is only to be used as the basis for estimation whether illuminated using the sensing result of action induction.However,
The present invention can also remake further change according to the concept disclosed by above-mentioned first embodiment；Others can namely be added
Testing result controls illumination with Rule of judgment, or providing further configured information allows user to understand with noting.
The energy-conservation and detection method and the inductive lightning of the inductive lighting device of the present invention are now carried out with a second embodiment
The implementation explanation of device.It is noted that being to use and first embodiment identical Fig. 1 and Fig. 2 in this second embodiment
Device appearance illustrate with function block signal make implement explanation, and wherein will mention include standby mode, Lighting control journey
Sequence etc. is designed, still with identical technological concept.In addition, in this second embodiment being directed to based on a dry battery assembly
Power supply is explained, that is, the power source supply end can be switched to first on the dry battery assembly assembled.
Fig. 4 is referred to, is the flow chart of the energy-conservation and detection method of second embodiment.First, it is determined that the dry battery assembly
Voltage whether be more than a first voltage threshold value (step S21).When the voltage of the dry battery assembly is more than first voltage door
During threshold value, the output of the dry battery assembly is opened；And if wherein when the voltage of the dry battery assembly is more than the first voltage threshold
When value is in a minimum zone, the output of the dry battery assembly is opened, and the indicator elment 11 is produced the finger for being rendered as flicker
Show information (step S22).And when the voltage of the dry battery assembly is not more than the first voltage threshold value, that is, when the dry electricity
When the voltage of pond component is less than or equal to the first voltage threshold value, the output of the dry battery assembly is closed, and makes instruction member
Part 11 produces the configured information (step S23) for being rendered as flicker.
From the above, it is that the first voltage threshold value is set to 3.4 volts (V) in this second embodiment, that is, wants energy
Reach that the power supply state of the first voltage threshold value can just be considered as the electricity with abundance and be lighted to provide lighting module 12.If
Constituted with four dry cells during the dry battery assembly, to be reached the voltage of the first voltage threshold value then average every dry cell
Size about needs to be more than 0.85 volt (V).
From the above, it is to be set to the minimum zone 0.1 volt (V) in this second embodiment, that is, the dry cell
State of the voltage of component at about 3.4~3.5 volts (V).Although its power supply state remains to reach threshold standard, connect
The situation of nearly electricity shortage.Therefore, this flow still design can with the dry battery assembly continue power but while can send instruction with
User is reminded, with sharp user change the work of battery.
If in addition, when the voltage of the dry battery assembly is less than 3.4 volts (V), for protection circuit, just closing the dry cell
The output of component, that is, stop power supply to the lighting module 12.However, due to part dry cell may because of material or
Load relationship and cause detect mistake, and then judge into do not reach supply standard.Therefore also further being set in this second embodiment
Meter, in closing the output of the dry battery assembly up to after a preset time and when the voltage of the dry battery assembly is more than a second voltage
During threshold value, the output (step S231) of the dry battery assembly is opened.
Specifically, this design is that the voltage of reserved dry cell has and detects the possibility for reverting back to virtual condition, is used to
Avoid judging by accident and the electricity of normal operation can be supplied by wasting.Wherein, the preset time can be set to 2 hours, second voltage door
Threshold value can be set to 3.8 volts (V).If can meet this condition, can resume operation flow again.
And described configured information, then either power supply state is below standard accurate or close to the situation of electricity shortage, or
Either under the standby mode or under the Lighting control program, the bright light performance of flicker all may be designed as.For example, may be used
Design the indicator elment 11 and enter line flicker in the way of every five seconds for example makees a light on and off so that user can easily find.Certainly,
The frequency that its flicker can be designed for different power supply states is identical or different, and its purpose is all to produce instruction to user
Effect.It is noted that the indicator elment 11 need to be set with the unit that can be still lighted under low battery situation.
Return to Fig. 4.Secondly, a warm machine program (step S24) is performed；Then, terminate the warm machine program, and perform the illumination
Control program, to determine whether that (step S25) occurs for operating state.In this second embodiment, the warm machine program is a kind of
No matter to be within about 40 seconds amount in the case of whetheing there is operating state and occurring, make the tentative program operated of the lighting module 12.In detail
For thin, the warm machine program is first makes the lighting module 12 light, and in reaching that one is pre- in a very first time length (such as 1 second)
If maintaining one second time span (such as 38 seconds) after luminous intensity, make the illumination in one the 3rd time span (such as 1 second)
Module 12 does not light.
In step s 25, terminate the warm machine program and make the lighting module 12 do not light to proceed by action induction it
Before (be not carried out the Lighting control program) this for a period of time, its state, which is similar to, is in the standby mode, and during this
Length can be set.
In this second embodiment, first the user interface 16 can be adjusted by user, and produce a user
Adjust result.And while execution senses, environment photoinduction is also carried out by the induction module 13, and produce an ambient light
Sense result.
From the above, when action induction result is not have operating state generation, then the lighting module 12 is controlled not light
And switch into the standby mode (step S26).And when action induction result is to have operating state generation, then by control electricity
Road module 15 adjusts result according to the user and judged with ambient light sensing result, whether to judge the lighting module 12
It is set to need to be illuminated work (step S27).Wherein, when the lighting module 12 is set to that work need not be illuminated
When making, the standby mode is switched into.And when the lighting module 12 is set to need to be illuminated work, then made according to this
User adjusts result to control the lighting module 12 to light (step S28).
For further, the user interface 16 is a kind of rotatable knob construction, and within the concept of the invention,
The user interface 16 can be made up of one, two or more knob.The user interface 16 by such knob type
State, and may also be configured with such as unlatching (ON), close (OFF), automatic (AUTO), test (TEST), day mode, Night
And Delayed illumination setting or offer user selection input power species (civil power, the solar energy or standby of various time spans
Power supply) etc. a variety of options corresponding scale, with provide user make needed for adjustment.
Certainly, can also be without using preceding about another implementation aspect (not shown) of the above-mentioned user interface 16
The physical switches such as rotatable knob construction are stated, and are changed to use the mode of wireless communication module, allow the user can be from near-end
(for example, Digiplex or mobile phone) or make institute there is provided user from controlled in wireless modes such as distal ends (for example, wireless network)
The adjustment needed.
Therefore the detailed content of this second embodiment in step s 27 can include following design.First, by user according to
Demand adjusts the day mode of user interface 16 to one or in one night pattern.Secondly, for being adjusted to the day mode
Situation, no matter ambient light sensing result is judged into surrounding environment for daytime or night, is all set as the lighting module 12
Need to be illuminated work；Namely when there is operating state generation, no matter environment is all to need illumination at daytime or night.The opposing party
Face, the situation for being adjusted to the Night is then only judged into surrounding environment for night in ambient light sensing result
When, just the lighting module 12 is set as needing to be illuminated work；Namely when there is operating state generation, only environment is
Night person needs illumination, then need not daytime.
From the above, the judgment mode that result is daytime or night is sensed on the ambient light, can be using luminous intensity door
Threshold value is used as basis for estimation.For example, when ambient light intensity do not reach the luminous intensity threshold value when, be considered as ambient light it is dark and
It is night to judge into surrounding environment；Conversely, when the intensity of ambient light reaches the luminous intensity threshold value, then be considered as ambient light compared with
It is bright and to judge into surrounding environment be daytime.In above-mentioned implementation, when the user interface 16 is adjusted to the day mode,
Ambient light sensing result is just inessential；Namely day mode has reacted the lighting demand of user.On the contrary, Night is then
Compared with energy-conservation；Illumination is just needed when namely there was only environment really for night.
And in step S28, especially for the adjustment person that the user interface 16 is made to corresponding delay option, can control
The lighting module 12 is made to be sent out with the corresponding delay time (such as 5 seconds, 20 seconds or 1 minute) of delay option institute
Light；Namely adjust the time that the lighting module 12 can be illuminated.Therefore the starting point of the delay time can be from step S27
Complete to start timing after judging.After after delay time arrival, the lighting module 12 is just controlled not light and switch into this
Standby mode.
On the other hand, under the concept disclosed by step S25~S28 in this second embodiment, if can also further design
When having sensed that other operating states occur again in a period of the lighting module 12 is illuminated, new one can be recalculated and prolonged
When the time；Namely it is now, as starting point, and to start another delay time of timing when occurring using new operating state.Treat this
After another delay time is reached and when attonity state occurs again, just control the lighting module 12 not light and switch into this and treat
Machine pattern.
Above-mentioned second embodiment is also added into including according to user's adjustment and environment light sensation in addition to action induction
Condition should be waited as the basis for estimation whether illuminated.In addition, second embodiment is further by the inspection of the voltage of dry battery assembly
Survey and propose to indicate with bright light flashing mode.Therefore, the illumination running or prompting of protection mechanism, energy-conservation either in power supply are used
Person's is technical, and second embodiment can have been effectively completed.
The energy-conservation and detection method and the inductive lightning of the inductive lighting device of the present invention are now carried out with a 3rd embodiment
The implementation explanation of device.It is noted that being to use and first embodiment identical Fig. 1 and Fig. 2 in this 3rd embodiment
Device appearance illustrate with function block signal make implement explanation, and wherein will mention include standby mode, Lighting control journey
The designs such as sequence, warm machine program, environment photoinduction, user's adjustment, still there is identical technological concept with first or second embodiments.
In addition, for including a dry battery assembly and the power supply of a solar cell module is explained in this 3rd embodiment, and
The power source supply end can be switched to first on the solar cell module configured, and is changed according to situation and to be switched to this that assembled and do
On battery component.
Fig. 5 A- Fig. 5 B are referred to, are the flow chart of the energy-conservation and detection method of 3rd embodiment.First, a warm machine is performed
Program (step S31)；Secondly, terminate the warm machine program, and enter the standby mode (step S32)；Then, by the control circuit
The inside of 15 pairs of inductive lighting devices 100 of module carries out temperature detection, and produces a temperature detection result, and carries out corresponding
Judge disposal (step S33)；Namely the output (step S331) of the power source supply end 14 is closed according to situation or opened according to situation
The output of the solar cell module and charging (step S332) to the solar cell module is turned on and off according to situation.
Then, the voltage of the solar cell module is detected by the control circuit module 15, and is carried out at corresponding judgement
Put (step S34)；Namely the output (step S341) of the solar cell module is opened according to situation or close this too according to situation
The output of positive energy battery component, and the indicator elment 11 is produced the configured information (step S342) for being rendered as flicker.Next, by
The control circuit module 15 detects the voltage of the dry battery assembly, and carries out corresponding judgement disposal (step S35)；Namely according to
Situation makes the power source supply end 14 switch to the dry battery assembly and opens the output of the dry battery assembly, and makes the indicator elment
11 produce the configured information (step S351) for being rendered as flicker or the output (step that the power source supply end 14 is closed according to situation
S331)。
From the above, wherein the detailed implementation content on step S33, step S331, step S332 is as follows.When the sensing
When the internal temperature of lighting device 100 is more than a maximum temperature value or less than a lowest temperature angle value, the power source supply end 14 is closed
Output and close charging to the solar cell module.When the internal temperature of the inductive lighting device 100 is more than one first
During temperature value, the charging to the solar cell module is closed.When the internal temperature of the inductive lighting device 100 is less than or equal to
One second temperature value and during more than or equal to the lowest temperature angle value, opens the output of the solar cell module, and by the control
Circuit module 15 controls the electric current that the solar cell module is exported.When the internal temperature of the inductive lighting device 100 is more than
The second temperature value and less than or equal to first temperature value when, open the solar cell module output and open to this too
The charging of positive energy battery component, and the indicator elment 11 is produced the configured information for being rendered as flicker.
From the above, it is that the maximum temperature value is set to 55 degree in this 3rd embodiment, the lowest temperature angle value is set to-
20 degree, first temperature value is set to 45 degree, the second temperature value is set to 0 degree.Because lighting device is temperature is too high or temperature
Spend in low environment and carry out running and easily cause damage, therefore closed by temperature detection more than 55 degree or when being spent less than -20
The running of illumination is closed, that is, the power source supply end 14 is not exported (including solar cell module and dry battery assembly),
And switch into the standby mode.
And when being in other temperature ranges, especially for solar cell module, although can then open its electric current
Export but need to control the size of current of its output to protect.Specifically, when -20~-10 spend, its size of current is controlled
Less than 700 milliamperes (mA)；At -10~0 degree, its size of current is controlled to be less than 1500 milliamperes (mA).Secondly, for solar-electricity
The temperature range that pond component can be charged is at -20~45 degree.Furthermore, it is understood that when temperature is in 0~45 degree
In the range of when, then either charging or electric current output, can normal operation in typical fashion.In addition, the configured information of flicker
It can remind user that its solar cell charges.
From the above, wherein on step S34, step S341, step S342, step S35, step S351 detailed implementation
Content is as follows.When the voltage of the solar cell module reaches a maximum voltage threshold value, close to the solar battery group
The charging of part.When the voltage of the solar cell module is more than a first voltage threshold value, the solar cell module is opened
Output.When the voltage of the solar cell module is less than or equal to the first voltage threshold value, the solar cell is closed
The output of component, and the power source supply end 14 is switched to the dry battery assembly and open the output of the dry battery assembly, and make
The indicator elment 11 produces the configured information for being rendered as flicker.
From the above, be that the maximum voltage threshold value is set to 4.25 volts (V) in this 3rd embodiment, by this first
Voltage threshold value is set to 3.4 volts (V).4.25 volts described (V) are the full power state of the solar cell module, therefore are worked as
It is just necessary without charging again when voltage reaches this value.Secondly, first embodiment is same as, the solar cell module be able to will also reach
Power supply state to the first voltage threshold value can just be considered as with sufficient electricity.If the solar cell module fails to reach
To threshold standard, then it is considered as electricity shortage and directly stops it and power and switch to the dry battery assembly.
In this 3rd embodiment, because solar cell module has Rechargeability, therefore using for power supply will be with the sun
Can be preferential, so the dry battery assembly turns into the stand-by power supply of the inductive lighting device 100.In other words, judgement is only worked as
When can not be powered by solar cell module, dry battery assembly can be just switched to, but instruction can be sent simultaneously to remind user,
Let the user know that and now operated using stand-by power supply.
On the other hand, the voltage detecting on the dry battery assembly and the judgement etc. of supply standard, that is, step S35,
S351, its ins and outs can be all identical with second embodiment；Particularly illustrate relevant with the implementation corresponding to step S21~S23,
Therefore seldom repeated in this.If in addition, when the dry battery assembly does not all reach supply standard, for protection circuit, just stopping this and doing
Battery component supplies electricity to the lighting module 12, that is, closes the output of the power source supply end 14, and switches into the standby mould
Formula, i.e. step S331, S32.
Furthermore, similar to the step S231 of second embodiment, solar cell is also possible to occur detection mistake and voltage
The situation of reply.Therefore can also further design (such as the stage for increasing to step S34), Yu Guan in this 3rd embodiment
The output of the solar cell module is closed up to a preset time (such as 2 hours) afterwards and when the voltage of the solar cell module is big
When a second voltage threshold value (such as 3.8 volts (V)), make the power source supply end 14 switch to the solar cell module and
Open the output of the solar cell module.
Return to Fig. 5 A- Fig. 5 B.Secondly, judge whether the user interface 16 is adjusted to a closing (OFF) option (step
S36).When the user interface 16 is adjusted to the off option, the control circuit module 15 switches into the standby mode.
And when the user interface 16 is not adjusted to the off option, that is, when may be adjusted to corresponding delay option,
Judge the intensity of ambient light whether up to a luminous intensity threshold value (step S37) again.When the intensity of ambient light reaches luminous intensity door
During threshold value, the control circuit module 15 switches into the standby mode.And when the intensity of ambient light does not reach the luminous intensity threshold value
When, then the Lighting control program is performed by the control circuit module 15, to determine whether that (step S38) occurs for operating state.
From the above, when action induction result is not have operating state generation, then the lighting module 12 is controlled not light
And switch into the standby mode.And when action induction result is to have operating state generation, is then adjusted and tied according to the user
Fruit is to control the lighting module 12 to light (step S39).
Therefore detailed content of this 3rd embodiment in step S36 can be similar to close in the step S27 of second embodiment
In the implementation explanation for adjusting a variety of options in the user interface 16.For another embodiment, if when the user interface
16 when being adjusted to a test (TEST) option, moreover it is possible to avoids the step S37 in above-mentioned flow, and by the control circuit module 15
Directly perform the Lighting control program；Namely skip environment photoinduction.Because the main work(of test (TEST) option
With the effect for being test inductive lightning, not it is used in running on actual environment, therefore environment photoinduction need not be made.
From the above, the environment photoinduction on step S37, its design also can be similar to second embodiment；Namely when
When the intensity of ambient light does not reach the luminous intensity threshold value, it is considered as that ambient light is dark and to judge into surrounding environment be night；Conversely, working as
Then it is to be considered as that ambient light is brighter and to judge into surrounding environment be daytime when the intensity of ambient light reaches the luminous intensity threshold value.And
It is also that design only just has the illumination for making the lighting module 12 luminous to need under night or dark environment in this 3rd embodiment
Ask.
Although in the present invention as the Lighting control program of action induction be in this inductive lightning technology it is main
Determining program, but with other such as user interfaces adjustment, environment brights are dark, temperature regime, even power supply could power
The determining programs such as output are the same, are all a kind of Rule of judgment for providing and whether illuminating.Therefore, the Lighting control program can be set
On any suitable stage in testing process.For example in a second embodiment, the Lighting control program (step S25) be by
Come before judging ambient light sensing result and user's adjustment result；And in the third embodiment, the Lighting control program (step
Rapid S38) it is then after being come and judging that ambient light sensing result and user adjust result.
From the above, also due to user interface adjustment, environment bright dark, temperature regime, voltage condition etc. judge
Program is used as judgement, therefore, and it is different also can to make other further according to the demand of user in testing process
Change is arranged.The judgement of user interface adjustment is for example omitted, or omits the judgement of environment bright secretly.
And in step S39, then the step S28 of second embodiment is also similar to, that is, with the option that is delayed accordingly
Adjust result to control the time that the lighting module 12 can be illuminated, therefore seldom repeated in this.
On the other hand, also due to the dry battery assembly is used as stand-by power supply, and dry cell does not have Rechargeability, one
Denier electricity just must be changed manually after exhausting.Therefore after voltage detecting is carried out, when it is determined that will be using the dry battery assembly as defeated
When going out power supply and determining to illuminate under the Lighting control program, in order to save power consumption, can further it design not with the dry cell
Whole voltages of component provide output.In other words, it will be exported with a preset ratio of the voltage of the dry battery assembly, for example
30%；Namely reduce the voltage of supply.So, although the electric current exported can accordingly decline and reduce the illumination table of load
It is existing, but power consumption can be effectively saved.
In summary, the energy-conservation of inductive lighting device proposed by the invention is removed with detection method and the inductive lighting device
Provide power supply detection design and with outside appropriate protection mechanism, additionally provide a variety of judgment mechanisms using as illumination with
No control so that its application can meet actual environment and user's demand.Therefore the present invention is able to complete necessary illumination
Running is issued to effective power saving purpose.Furthermore, present invention also offers corresponding configured information, allow user to learn correlation
The generation of situation and can play contributes to the prompting effect of attending device.Generally speaking, the present invention is either in the protection of power supply
Mechanism, energy-conservation illumination running or remind user it is technical, can effectively complete.
It is event, the present invention can effectively solve the relevant issues proposed in prior art, and can have successfully been achieved the present invention
The main purpose of development.
Although the present invention is disclosed above with embodiment, so it is not limited to the present invention.Technology neck belonging to of the invention
Those of ordinary skill in domain, without departing from the spirit and scope of the present invention, when can be used for a variety of modifications and variations.Therefore, originally
The protection domain of invention is worked as to be defined depending on its as defined in claim.
Claims (20)
1. the energy-conservation and detection method of a kind of inductive lighting device, applied on an inductive lighting device, the inductive lighting device
Include an induction module, a lighting module and a control circuit module, it is characterised in that this method is comprised the steps of：
The voltage of a power source supply end is detected by the control circuit module, and produces a power supply testing result；
Judged by the control circuit module according to the power supply testing result, and switch into a standby mode or perform a photograph
Bright control program；
Under the Lighting control program, action induction is carried out by the induction module, and produce an action induction result；And
Judged by the control circuit module according to the action induction result, and control the lighting module luminous or switch into
The standby mode.
2. the energy-conservation and detection method of inductive lighting device according to claim 1, it is characterised in that this method is also included
The following steps：
Perform a warm machine program；And
Terminate the warm machine program；
Wherein, the warm machine program is first makes the lighting module light, and in reaching a default luminous intensity in a very first time length
One second time span is maintained afterwards, the lighting module is not lighted in one the 3rd time span.
3. the energy-conservation and detection method of inductive lighting device according to claim 1, it is characterised in that the power source supply end
It is to switch to a dry battery assembly, the inductive lighting device also includes an indicator elment, and this method is also comprised the steps of：
When the voltage of the dry battery assembly is more than a first voltage threshold value, the output of the dry battery assembly is opened；And
When the voltage of the dry battery assembly is more than the first voltage threshold value in a minimum zone, the dry battery assembly is opened
Output, and make the indicator elment produce be rendered as flicker configured information.
4. the energy-conservation and detection method of inductive lighting device according to claim 3, it is characterised in that this method is also included
The following steps：
When the voltage of the dry battery assembly is less than or equal to the first voltage threshold value, the output of the dry battery assembly is closed,
And the indicator elment is produced the configured information for being rendered as flicker；And
In closing the output of the dry battery assembly up to after a preset time and when the voltage of the dry battery assembly is more than one second electricity
During pressure gate threshold value, the output of the dry battery assembly is opened.
5. the energy-conservation and detection method of inductive lighting device according to claim 3, it is characterised in that in the Lighting control
It is to be exported with a preset ratio of the voltage of the dry battery assembly under program.
6. the energy-conservation and detection method of inductive lighting device according to claim 1, it is characterised in that this method is also included
The following steps：
Temperature detection is carried out to the inside of the inductive lighting device by the control circuit module, and produces a temperature detection result；
And
Judged by the control circuit module according to the temperature detection result, and switch into the standby mode or perform the photograph
Bright control program.
7. the energy-conservation and detection method of inductive lighting device according to claim 6, it is characterised in that the power source supply end
It is to switch to a solar cell module, and this method is also comprised the steps of：
When the internal temperature of the inductive lighting device is more than a maximum temperature value or less than a lowest temperature angle value, the power supply is closed
Charging of the output and closing of feed end to the solar cell module；And
When the internal temperature of the inductive lighting device is more than first temperature value, closing is filled to the solar cell module
Electricity.
8. the energy-conservation and detection method of inductive lighting device according to claim 7, it is characterised in that the inductive lightning is filled
Put and also include an indicator elment, and this method is also comprised the steps of：
When the internal temperature of the inductive lighting device is less than or equal to a second temperature value and more than or equal to the lowest temperature angle value
When, the output of the solar cell module is opened, and control what the solar cell module was exported by the control circuit module
Electric current；And
When the internal temperature of the inductive lighting device is more than the second temperature value and is less than or equal to first temperature value, open
Charging of the output and unlatching of the solar cell module to the solar cell module, and it is rendered as indicator elment generation
The configured information of flicker.
9. the energy-conservation and detection method of inductive lighting device according to claim 7, it is characterised in that this method is also included
The following steps：
When the voltage of the solar cell module reaches a maximum voltage threshold value, closing is filled to the solar cell module
Electricity；And
When the voltage of the solar cell module is more than a first voltage threshold value, the defeated of the solar cell module is opened
Go out.
10. the energy-conservation and detection method of inductive lighting device according to claim 9, it is characterised in that the inductive lightning
Device also includes an indicator elment, and this method is also comprised the steps of：
When the voltage of the solar cell module is less than or equal to the first voltage threshold value, the solar cell module is closed
Output；
The power source supply end is switched to a dry battery assembly and open the output of the dry battery assembly, and produce the indicator elment
The raw configured information for being rendered as flicker；And
In closing the output of the solar cell module up to after a preset time and when the voltage of the solar cell module is more than
During one second voltage threshold value, the power source supply end is set to switch to the solar cell module and open the solar cell module
Output.
11. the energy-conservation and detection method of inductive lighting device according to claim 1, it is characterised in that this method is also wrapped
Containing the following steps：
Environment photoinduction is carried out by the induction module, and produces ambient light sensing result；And
Sense result according to the ambient light by the control circuit module to be judged, and switch into the standby mode or perform this
Lighting control program.
12. the energy-conservation and detection method of inductive lighting device according to claim 11, it is characterised in that this method is also wrapped
Containing the following steps：
When the intensity of ambient light is not up to a luminous intensity threshold value, the control circuit module performs the Lighting control program；And
When the intensity of ambient light reaches the luminous intensity threshold value, the control circuit module switches into the standby mode.
13. the energy-conservation and detection method of inductive lighting device according to claim 1, it is characterised in that the inductive lightning
Device also includes a user interface, and this method is also comprised the steps of：
The user interface is adjusted by user, and produces user adjustment result；And
Result is adjusted according to the user to be judged, and switch into the standby mode or perform this by the control circuit module
Lighting control program.
14. the energy-conservation and detection method of inductive lighting device according to claim 13, it is characterised in that this method is also wrapped
Containing the following steps：
When the user interface is adjusted to a off option, the control circuit module switches into the standby mode；And
When the user interface is adjusted to a test option or a delay option, the control circuit module performs the illumination control
Processing procedure sequence.
15. the energy-conservation and detection method of inductive lighting device according to claim 14, it is characterised in that the Lighting control
Program is also comprised the steps of：
When the action induction result for when having operating state generation, the control circuit module controls the lighting module to light；And
When the action induction result for when not having operating state generation, the control circuit module switches into the standby mode；
Wherein, under the delay option, the lighting module is controlled to be lighted with the corresponding delay time of delay option institute.
16. a kind of inductive lighting device with energy-conservation with detection function, it is characterised in that the inductive lighting device includes：
Lighting module, illumination is produced to luminous；
Control circuit module, the voltage to detect a power source supply end, and produce a power supply testing result, the control circuit mould
Block is simultaneously judged according to the power supply testing result, and is switched into a standby mode or performed a Lighting control program；
Indicator elment, to should control circuit module control and produce corresponding configured information；And
Induction module, to carry out action induction under the Lighting control program, and produces an action induction result, and the control
Circuit module is simultaneously judged according to the action induction result, and is controlled the lighting module luminous or switched into the standby mould
Formula.
17. inductive lighting device according to claim 16, it is characterised in that the power source supply end is to switch to a dry electricity
Pond component or a solar cell module.
18. inductive lighting device according to claim 16, it is characterised in that the control circuit module is also to the sense
Answer the inside of lighting device to carry out temperature detection, and produce a temperature detection result, the control circuit module and according to the temperature
Testing result is judged, and is switched into the standby mode or performed the Lighting control program.
19. inductive lighting device according to claim 16, it is characterised in that the induction module is also to carry out ambient light
Sensing, and produce an ambient light sensing result, and the control circuit module and according to the ambient light sense result judged, and
Switch into the standby mode or perform the Lighting control program.
20. inductive lighting device according to claim 16, it is characterised in that the inductive lighting device also includes one and made
User interface, the user interface provides user and is adjusted, and generation one user adjustment result, and the control circuit mould
Block is simultaneously judged according to user adjustment result, and is switched into the standby mode or performed the Lighting control program.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620017672 | 2016-01-05 | ||
| CN201620017691 | 2016-01-05 | ||
| CN2016200176728 | 2016-01-05 | ||
| CN2016200176910 | 2016-01-05 |
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| CN1658728A (en) * | 2005-02-23 | 2005-08-24 | 颜章根 | Portable miner's lamp and its working method |
| JP2010287403A (en) * | 2009-06-10 | 2010-12-24 | Kyodo Denshi:Kk | Led lighting device |
| CN203387743U (en) * | 2013-08-09 | 2014-01-08 | 南京信息工程大学 | Classroom light-controller node based on Zigbee |
| CN104582112A (en) * | 2013-10-23 | 2015-04-29 | 东莞巨扬电器有限公司 | Illumination control method of illumination device |
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| CN1658728A (en) * | 2005-02-23 | 2005-08-24 | 颜章根 | Portable miner's lamp and its working method |
| JP2010287403A (en) * | 2009-06-10 | 2010-12-24 | Kyodo Denshi:Kk | Led lighting device |
| CN203387743U (en) * | 2013-08-09 | 2014-01-08 | 南京信息工程大学 | Classroom light-controller node based on Zigbee |
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