CN109638985A - Indoor charging method and indoor light source device - Google Patents
Indoor charging method and indoor light source device Download PDFInfo
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- CN109638985A CN109638985A CN201811602218.9A CN201811602218A CN109638985A CN 109638985 A CN109638985 A CN 109638985A CN 201811602218 A CN201811602218 A CN 201811602218A CN 109638985 A CN109638985 A CN 109638985A
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
- H02J50/30—Circuit arrangements or systems for wireless supply or distribution of electric power using light, e.g. lasers
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
- H02J50/80—Circuit arrangements or systems for wireless supply or distribution of electric power involving the exchange of data, concerning supply or distribution of electric power, between transmitting devices and receiving devices
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- Computer Networks & Wireless Communication (AREA)
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Abstract
This application provides a kind of indoor charging method and indoor light source device, the interior charging method includes: to obtain the fisrt feature information of the first solar energy module；According to the fisrt feature information, the first light launcher is generated to irradiation information needed for first solar energy module charging；Wherein, the irradiation information includes one of irradiating angle information, direction of illumination information, irradiation facula information, irradiation light wavelength information or intensity signal or a variety of；First light launcher is adjusted according to the irradiation information, so that first light launcher meets first solar energy module transmitting the first light of the irradiation information.The technical issues of cannot charging normal indoors present application addresses solar product, realize the wireless charging of solar product.
Description
Technical field
This application involves field of solar energy, and in particular to indoor charging method and indoor light source device.
Background technique
Solar battery, including crystal silicon are serial (monocrystalline silicon, polysilicon), thin-film solar cells series (amorphous silicon/crystallite
Silicon, CIGS, CIS, GaAs, CdTe etc.) and novel solar energy series (organic film, perovskite, quantum chip etc.), just
Gradually apply in fields such as consumer electronics, wearable product, smart home industrys, as solar mobile, solar mobile shell,
Solar charger, Intelligent bracelet, solar energy bluetooth headset, Temperature Humidity Sensor, power generation knapsack etc..
These thin film solar products, are illuminated by the light the limitation of condition, can be used normally under outdoor etalon optical power, still
In the case that emitter light or light are weaker indoors, solar battery chip transformation efficiency is lower, indoors substantially without
Method normal use.
Summary of the invention
The application provides a kind of indoor charging method and indoor light source device；It can not be set by light electron with solving interior
The problem of standby charging.
In order to solve the above-mentioned technical problem, the embodiment of the present application provides the following technical solution:
This application provides a kind of indoor charging methods, comprising:
Obtain the fisrt feature information of the first solar energy module；
According to the fisrt feature information, the first light launcher is generated to needed for first solar energy module charging
Irradiation information；Wherein, the irradiation information includes irradiating angle information, direction of illumination information, irradiation facula information, irradiation light
One of wavelength information or intensity signal are a variety of；
First light launcher is adjusted according to the irradiation information, so that first light launcher is to institute
State the first light that the transmitting of the first solar energy module meets the irradiation information.
Further, the fisrt feature information for obtaining the first solar energy module includes:
The first solicited message, first request are sent to first solar energy module using the first wireless communication module
Information is for requesting the first solar energy feedback chip information；
Utilize the detection picture of the first solar energy module described in image acquisition device；
The detection picture is handled, the area information and location information of first solar energy module are obtained；
Chip information, the area information and the location information fed back using first solar energy module is described in
Fisrt feature information.
Further, the fisrt feature information for obtaining the first solar energy module includes:
It is sent out using the first wireless communication module to the second wireless communication module associated with first solar energy module
Send the second solicited message；
Fisrt feature information associated with second solicited message is received using first wireless communication module.
Further, the fisrt feature information includes at least three groups of feedback informations, and the feedback information is respectively by difference
Second wireless communication module send, the feedback information includes: angle information, directional information and feedback time information.
Further, described to receive associated with second solicited message the using first wireless communication module
One characteristic information, comprising:
Using first wireless communication module, successively reception is related to second solicited message for sequence at preset timed intervals
The each group feedback information of connection.
Further, described according to the fisrt feature information, the first light launcher is generated to first sun
Can module charging needed for irradiation information include:
The first light launcher is generated to needed for first solar energy module charging according to each feedback information
Irradiation information.
Further, the fisrt feature information, area information and feedback information including first solar energy module；
The feedback information is sent, comprising: angle information, directional information and feedback time by second wireless communication module
Information；
It is described according to the fisrt feature information, generate the first light launcher and charge to first solar energy module
Required irradiation information includes:
The first light launcher is generated to the first solar energy mould according to the area information and the feedback information
Irradiation information needed for block charging.
Further, before sending the second solicited message using the first wireless communication module, further includes:
Handshaking information is sent using first wireless communication module, to open first solar energy module；
Response message associated with the handshaking information is received using first wireless communication module；
Judge whether the response message meets default irradiation condition；
If so, sending the second solicited message using the first wireless communication module.
Further, the indoor charging method further include:
Battery capacity, which is received, using first wireless communication module is full of information；
It is full of information according to the battery capacity, closes first light associated with first solar energy module
Emitter.
The embodiment of the invention also provides a kind of indoor light source devices, comprising: information acquisition module, the first light transmitting dress
It sets and first processor；
The information acquisition module is electrically connected with the first processor；
First light launcher, is electrically connected with the first processor；
The first processor, the fisrt feature for obtaining the first solar energy module by the information acquisition module are believed
Breath；According to the fisrt feature information, the first light launcher is generated to photograph needed for first solar energy module charging
Penetrate information；Wherein, the irradiation information includes irradiating angle information, direction of illumination information, irradiation facula information, irradiation optical wavelength
One of information or intensity signal are a variety of；First light launcher is adjusted according to the irradiation information, so that institute
State the first light that the first light launcher meets first solar energy module transmitting irradiation information.
Disclosure based on the above embodiment can know, the embodiment of the present application have it is following the utility model has the advantages that
This application provides a kind of indoor charging method and indoor light source device, the interior charging method includes: to obtain
The fisrt feature information of first solar energy module；According to the fisrt feature information, the first light launcher is generated to described
Irradiation information needed for the charging of first solar energy module；Wherein, the irradiation information includes irradiating angle information, direction of illumination letter
One of breath, irradiation facula information, irradiation light wavelength information or intensity signal are a variety of；Institute is adjusted according to the irradiation information
The first light launcher is stated, so that first light launcher meets the photograph to first solar energy module transmitting
Penetrate the first light of information.It the technical issues of cannot being charged normal indoors present application addresses solar product, realizes too
The wireless charging of positive energy product.
Detailed description of the invention
Fig. 1 is a kind of flow chart for indoor charging method that one embodiment of the application provides；
Fig. 2 is a kind of structure chart for indoor light source device that another embodiment of the application provides；
Fig. 3 is the flow chart for another indoor charging method that another embodiment of the application provides；
Fig. 4 is the structure chart for another solar product that another embodiment of the application provides；
Fig. 5 is the first solar energy module and the second wireless telecommunications mould for the solar product that another embodiment of the application provides
The location diagram of block；
Fig. 6 is the first solar energy module and the second wireless telecommunications mould for the solar product that another embodiment of the application provides
The location diagram of block.
Specific embodiment
In the following, being described in detail in conjunction with specific embodiment of the attached drawing to the application, but not as the restriction of the application.
It should be understood that various modifications can be made to disclosed embodiments.Therefore, description above should not regard
To limit, and only as the example of embodiment.Those skilled in the art will expect in the scope and spirit of the present application
Other modifications.
The attached drawing being included in the description and forms part of the description shows embodiments herein, and with it is upper
What face provided is used to explain the application together to substantially description and the detailed description given below to embodiment of the application
Principle.
By the description of the preferred form with reference to the accompanying drawings to the embodiment for being given as non-limiting example, the application's
These and other characteristic will become apparent.
It is also understood that although the application is described referring to some specific examples, those skilled in the art
Member realizes many other equivalents of the application in which can determine, they have feature as claimed in claim and therefore all
In the protection scope defined by whereby.
When read in conjunction with the accompanying drawings, in view of following detailed description, above and other aspect, the feature and advantage of the application will become
It is more readily apparent.
The specific embodiment of the application is described hereinafter with reference to attached drawing；It will be appreciated, however, that the disclosed embodiments are only
Various ways implementation can be used in the example of the application.Known and/or duplicate function and structure and be not described in detail to avoid
Unnecessary or extra details makes the application smudgy.Therefore, specific structural and functionality disclosed herein is thin
Section is not intended to restrictions, but as just the basis of claim and representative basis be used to instructing those skilled in the art with
Substantially any appropriate detailed construction diversely uses the application.
This specification can be used phrase " in one embodiment ", " in another embodiment ", " in another embodiment
In " or " in other embodiments ", it can be referred to one or more of the identical or different embodiment according to the application.
Indoor charging method provided in this embodiment is described in detail below with reference to Fig. 1:.
Interior charging method provided in this embodiment is mainly used in no sunlight irradiation or sunlight irradiates not strong field
Institute, comprising:
Step S101 obtains the fisrt feature information of the first solar energy module.
Step S102 generates the first light launcher to the first solar energy mould according to the fisrt feature information
Irradiation information needed for block charging；Wherein, the irradiation information includes irradiating angle information, direction of illumination information, irradiation hot spot
One of information, irradiation light wavelength information or intensity signal are a variety of.
Step S103 adjusts first light launcher according to the irradiation information, so that first light is sent out
Injection device meets first solar energy module transmitting the first light of the irradiation information.
In the present embodiment, solar product includes first solar energy module, which is equipped with the sun
Can solar panel, the solar product include equipped with the mobile phone shell of solar panel, the mobile power source equipped with solar panel,
Mobile terminal etc. equipped with solar panel.In above-mentioned steps S101, the first solar energy module of pending charging is obtained
Fisrt feature information, which includes its own chip information, area information, current location information etc.,
Chip information is the type information for the solar panel that first solar energy module is equipped with, the material which uses
Material is different, causes its type information also different.The material of the solar panel include cadmium telluride (Cadmium Telluride,
CdTe), Cu-In selenide (Copper Indium Selenide, CIS), Copper indium gallium selenide (Copper Indium
Gallium Selenide, CIGS), GaAs (Gallium arsenide, GaAs) etc..The area information include this first too
The size for the solar panel being equipped on the size or the first solar energy module of positive energy module.The location information
Including the solar panel that is equipped on the current location information of first solar energy module or first solar energy module
Location information.
In above-mentioned steps S102, indoor light source device is generated according to the fisrt feature information of first solar energy module
Information is irradiated, which includes irradiating angle information, direction of illumination information, irradiation facula information, irradiation light wavelength information
Or one of intensity signal or a variety of.Specifically, which believes according to the chip of first solar energy module
Breath determines, because in practical applications, the material for the solar panel that the first solar energy module uses is different, corresponding light
Wavelength is also different, it is therefore desirable to the optical wavelength of irradiation light is determined according to chip information.The irradiation facula information according to this first too
The area information of positive energy module determines, if the area of first solar energy module is 0.5 square decimeter, the irradiation light emitted
Hot spot is at least 0.5 square decimeter, and to irradiate first solar energy module completely, while the irradiation facula information further includes basis
The spot size that the shape of first solar energy module determines.The intensity signal is according to the chip information of first solar energy module
It determines, because in practical applications, the material for the solar panel that the first solar energy module uses is different, corresponding illumination
Intensity is also different, it is therefore desirable to the light intensity of irradiation light is determined according to chip information.The irradiating angle information and the direction of illumination are believed
Breath according to the location information determine, with determined according to the position of first solar energy module the first light launcher angle and
Direction.
In step s 103, indoor light source device adjusts first light launcher according to the irradiation information, so that should
First light launcher emits the first light for meeting the irradiation information, and the parameter specifically adjusted includes first light transmitting
The launch angle of device, transmission power, the wavelength for emitting light, the intensity, spot size and the light spot shape that emit light etc..
Above-mentioned steps are described in detail below.
In a specific embodiment, the fisrt feature information for obtaining the first solar energy module includes:
The first solicited message, first request are sent to first solar energy module using the first wireless communication module
Information is for requesting the first solar energy feedback chip information；
Utilize the detection picture of the first solar energy module described in image acquisition device；
The detection picture is handled, area information, the location information of first solar energy module are obtained；
Chip information, the area information and the location information fed back using first solar energy module is described in
Fisrt feature information.
In the present embodiment, the fisrt feature information of first solar energy module is obtained using image collecting device, it should
Image collecting device includes camera or video camera.Specifically, indoor light source device provided in this embodiment detects detection model
When enclosing the first solar energy module of interior appearance, the first solicited message, first solicited message will be sent to first solar energy module
For requesting first solar module to feed back its chip information, while starting camera or video camera acquires first solar energy
The detection picture of module.By being handled the detection picture to obtain the area information and position letter of first solar energy module
Breath.Specifically, camera or video camera are mounted on the fixation position of the indoor light source device, built-in in the indoor light source device
There is relevant treatment program, the processing routine is with for the processing camera or collected detection picture of video camera, according to the detection
Picture analyzing goes out the size and location information of first solar energy module, and the processing step of the processing routine includes at gray scale
Reason, smoothing processing, edge processing, feature extraction etc., to achieve the purpose that area and the position of analyzing first solar energy module.
More specifically, indoor light source device acquires the detection figure of the first solar energy module in addition to camera or video camera can be used
Piece is obtained outside area information and the location information of first solar energy module by analyzing the detection picture, can also be by super
Sonic detection module perhaps infrared detection module, fingerprint identification module by ultrasound examination principle or infrared detection principle, reach detection this
The purpose of one solar energy module.
In another specific embodiment, the fisrt feature information for obtaining the first solar energy module includes following step
It is rapid:
Step S101-1, it is wireless to associated with first solar energy module second using the first wireless communication module
Communication module sends the second solicited message.
Step S102-2 is received and second solicited message associated first using first wireless communication module
Characteristic information.
Since indoors, there are a certain distance in application for indoor light source device and solar product, therefore, this implementation
Example carries out information transmission using wireless communication module, can be to avoid the limitation in space.For example, indoors using the in light supply apparatus
One wireless communication module uses the first wireless communication module in solar product.
Second solicited message, be in communication information transmission transmitting terminal (for example, first wireless communication module) to reception
A kind of information for holding (for example, second wireless communication module) to send.In general, the type letter comprising request in the second solicited message
Breath.
First wireless communication module includes electromagnetic induction communication module and/or the first light communication module.For example, institute
Electromagnetic induction communication module is stated, refers to the communication device using electromagnetic coil as communication antenna；First light, refers to red
Outside line；The first light communication module, refers to infrared-ray communication module；First light launcher, refers to infrared ray
Emitter.
The infrared transmitting device can emit the near infrared light of certain wavelength and light intensity, the wavelength model of the near infrared light
It is trapped among 780~2526nm, is irradiated to solar product surface, the solar panel in solar product turns after absorbing infrared light
Electric energy is turned to, can satisfy the charge requirement of the solar product of middle low-power consumption, so that solar product light, the sun indoors
When light intensity is weaker, it also can be used normally or charge.
The infrared light supply of infrared transmitting device provided in this embodiment, especially near-infrared light source, have the advantage that
A, solar panel is better than visible light to the spectral response situation of infrared light, the infrared light of infrared light supply transmitting
Light intensity can reach outdoor etalon optical power, in addition it is more taller than etalon optical power go out 10~300%, can allow solar product indoors just
It is often used.
B, the infrared light supply belongs to Non-ionizing radiation scope, within the scope of some strength, will not generate harm to human body.
C, what the infrared light supply issued is black light, does not have dysopia sense.
D, the infrared light supply is not only applicable in thin-film solar cells, novel to crystal silicon and perovskite, organic film etc.
Solar battery is also suitable.
Infrared light supply, can are as follows: heat radiation infrared light supply, gas discharge infrared light supply (xenon lamp), laser infrared lamp radiant light
Source, array matrix form infrared light supply and all light sources that can issue infrared light, especially near infrared light.Infrared light supply issues
Infrared light central wavelength be 810nm, half-wave width be 30 μm, infrared light supply issue infrared light wave-length coverage be 780~
840nm.The angle of divergence of infrared light supply is 120 °, electrical power 20W, and the irradiation range of infrared light supply is irradiation within diameter 300mm
Intensity is with distance change.
The fisrt feature information, that is, a kind of letter that the second solicited message is given a response in the form of communications protocol
Breath.
The purpose for obtaining the fisrt feature information is to be determined by analyzing the fisrt feature information to first sun
The irradiation information of energy module.
First solar energy module, as energy acceptance system, battery apparent size is 200*130mm, power is 3~
5W on the Infrared irradiation for emitting the infrared light supply to first solar energy module, adjusts the infrared light supply and institute
When to state the first solar energy module distance be 150~350mm, the output power of infrared light supply not 400~600W/m2.At this point, described
First solar energy module can work normally, and output power is 3~4W, can supply low-power consumption product in mobile phone, kindle etc. and fill
Electricity.
First solar energy module, can be used: crystal silicon series, thin film solar series, novel solar battery series.
In one embodiment, at least three second channel radios are arranged around the first solar energy module of solar product
Interrogate module.Purpose be in order to so that indoor light source device is returned by the second wireless communication module acquisition of information described in first
The area information of solar energy module.For example, first solar energy module is rectangle, in the rectangle of first solar energy module
Each corner be arranged second wireless communication module.
The fisrt feature information, includes at least three groups of feedback informations, and the feedback information is respectively by different described the
Two wireless communication modules are sent, and the feedback information includes: angle information, directional information and feedback time information.For example, continuing
Above-mentioned example is arranged in the second wireless communication module of each of four corners of rectangle and sends to first wireless communication module
One group of feedback information.
Three the second wireless communication modules are namely at least arranged around the first solar energy module, each second is wireless
Communication module sends one group of feedback information to first wireless communication module.
The feedback information refers to information associated with second wireless communication module.
The feedback time information refers to that transmitting terminal sends the time used in an information to receiving end return information.It is logical
Cross the time and the rate of information throughput, can calculate transmitting terminal to receiving end distance.
It is described to receive fisrt feature letter associated with second solicited message using first wireless communication module
Breath includes: that successively reception is associated with second solicited message for sequence at preset timed intervals using first wireless communication module
Each group feedback information.
In the present embodiment, described according to the fisrt feature information, the first light launcher is generated to described first
Solar energy module charging needed for irradiation information include:
The first light launcher is generated to needed for first solar energy module charging according to each feedback information
Irradiation information.
For example, continuing above-mentioned example, the feedback information at four angles of rectangle includes four angles relative to first nothing
Angle information, directional information and the feedback time information of line communication module, the processor of indoor light source device pass through above-mentioned feedback
Information can obtain the irradiating angle information and direction of illumination information.Meanwhile institute is calculated using feedback information described above
The area information for stating the first solar energy module can obtain the irradiation facula information by the area information, so as to
Calculate the irradiation light wavelength information and intensity signal.It is more quasi- that this mode can be such that first solar energy module obtains
True irradiation information.
The irradiation facula information, the irradiation light for referring to that light source issues are radiated at the effective of first solar energy module
Area.Same light source is radiated on the first solar energy module there are strong light and dim light, and strong light can make light be transformed into electric energy, and weak
Light cannot.Highlights constitute irradiation hot spot, and the area for irradiating hot spot namely irradiates facula information.
In another embodiment, second wireless communication module is only used only, and by second channel radio
Module arrangement is interrogated in the first solar energy module of the solar product.Purpose is that indoor light source device is enable accurately to calculate
The irradiation information of first solar energy module out makes first solar energy module obtain effective illumination, and exports effective
Electric energy.For example, second wireless communication module is arranged in the geometric center position of solar panels, first wireless telecommunications
Chip information, the area information etc. of first solar energy module are preserved in module.
The fisrt feature information, area information and feedback information including first solar energy module；The feedback
Information is sent, comprising: angle information, directional information and feedback time information by second wireless communication module.
In the present embodiment, described according to the fisrt feature information, the first light launcher is generated to described first
Irradiation information needed for solar energy module charging, comprising:
The first light launcher is generated to the first solar energy mould according to the area information and the feedback information
Irradiation information needed for block charging.
In the present embodiment, indoor light source device directly carries out data interaction with first solar energy module, obtains first
The area information of solar energy module.Data interaction wirelessly carries out, interactive mode include bluetooth, near-field communication NFC,
It is infrared etc..The area information of first solar energy module is stored in the memory module of solar product, when the room light
After source device issues the second solicited message, the second processor of solar product reads from the memory module and is sent to institute
Indoor light source device is stated, in this way, it is possible to reduce the processing time of indoor light source device avoids interfering the influence to irradiation information.
According to described in above-mentioned two embodiment, in order to energy saving, using the first wireless communication module to described the
Before associated second wireless communication module of one solar energy module sends the second solicited message, further includes:
Step S100-1, using first wireless communication module to first solar energy module associated second
Wireless communication module sends handshaking information, to open first solar energy module.
The handshaking information is exactly before sender and recipient's progress data transmission, and whether confirmation communication line is normal
Information.Usually data sender issues handshaking information, and data receiver normally returns to response message, shows success of shaking hands, and sends out
The side of sending and recipient can be with normal communications.
Step S100-2 receives response associated with the handshaking information using first wireless communication module and believes
Breath.
Step S100-3, judges whether the response message meets default irradiation condition.
Step S100-4 continues step S101-1 if the output of the step S100-3 is "Yes".
Step S100-5 executes step S100-1 again or exits this if the output of the step S100-3 is "No"
Secondary charging.
Further, in order to energy saving, applied to first wireless communication module, the interior charging method is also wrapped
It includes:
Step S105 receives battery capacity using first wireless communication module and is full of information.
Step S106, it is associated with first solar energy module described full of information closing according to the battery capacity
First light launcher.
In above-mentioned steps, after the first solar energy module completes charging, battery electricity actively will be sent to indoor light source device
Amount is full of information, which is used to indicate full of information and charging currently is completed, and can close relevant device.
The technical issues of cannot charging normal indoors present application addresses solar product, realize solar product
Wireless charging.
It is corresponding with first embodiment provided by the present application, present invention also provides second embodiment, i.e., a kind of room light
Source device.Since second embodiment is substantially similar to first embodiment, so describing fairly simple, relevant part is referred to
The corresponding explanation of first embodiment.Installation practice described below is only schematical.
Fig. 2 shows a kind of embodiments of indoor light source device provided by the present application.Fig. 2 is provided by the embodiments of the present application
A kind of structure chart of indoor light source device.
Shown in Figure 2, the application provides a kind of indoor light source device, described device i.e. indoor light source device,
It include: information acquisition module 201, the first light launcher 202 and first processor 203.
The information acquisition module 201, is electrically connected with the first processor, for acquiring the of the first solar energy module
One characteristic information.
First light launcher 202, is electrically connected with the first processor；
The first processor 203, for obtaining the first spy of the first solar energy module by the information acquisition module
Reference breath；According to the fisrt feature information, the first light launcher is generated to needed for first solar energy module charging
Irradiation information；Wherein, the irradiation information includes irradiating angle information, direction of illumination information, irradiation facula information, irradiation light
One of wavelength information or intensity signal are a variety of；First light launcher is adjusted according to the irradiation information, with
First light launcher is set to meet first solar energy module transmitting the first light of the irradiation information.
Specifically, information acquisition module 201 includes but is not limited to image collecting device, which includes
Camera or video camera.
Preferably, in the first processor 203, comprising:
Elementary area is obtained, for obtaining the fisrt feature of first solar energy module using image collecting device
Information.
Preferably, in the first processor 203, comprising:
Send request unit, for using the first wireless communication module to associated with first solar energy module the
Two wireless communication modules send the second solicited message.
Information unit is received, it is associated with second solicited message for being received using first wireless communication module
Fisrt feature information.
Further, the fisrt feature information includes at least three groups of feedback informations, and the feedback information is respectively by difference
Second wireless communication module send, the feedback information includes: angle information, directional information and feedback time information.
Further, in the reception information unit, comprising:
Receive multi information subelement, for using first wireless communication module at preset timed intervals sequence successively receive with
The associated each group feedback information of second solicited message.
Preferably, in the first processor 203, comprising:
Irradiation information Unit one is generated, for generating the first light launcher to described according to each feedback information
Irradiation information needed for the charging of first solar energy module.
Preferably, the fisrt feature information, area information and feedback information including first solar energy module；Institute
Feedback information is stated, is sent by second wireless communication module, comprising: angle information, directional information and feedback time letter
Breath.
In the first processor 203, comprising:
Irradiation information Unit two is generated, for generating the transmitting of the first light according to the area information and the feedback information
Device is to irradiation information needed for first solar energy module charging.
Preferably, in the first processor 203, further includes:
Information about power unit is received, is full of information for receiving battery capacity using first wireless communication module；
Closing unit, it is associated with first solar energy module for being closed according to the battery capacity full of information
First light launcher.
Preferably, first wireless communication module includes electromagnetic induction communication module and/or the first light communication module.
The technical issues of cannot charging normal indoors present application addresses solar product, realize solar product
Wireless charging.
Fig. 3 shows a kind of embodiment of indoor charging method provided by the present application.Fig. 3 is provided by the embodiments of the present application
The flow chart of another indoor charging method.
This method is mainly used in solar product.
Shown in Figure 3, the application provides a kind of indoor charging method, comprising:
Step S301 receives the second solicited message using the second wireless communication module.
Step S302 sends fisrt feature information using the second wireless communication module according to second solicited message, with
Just the first solar energy module obtains the first light to light intensity needed for the charging of the first battery module.
Above-mentioned steps are described in detail below.
First solar energy module, as energy acceptance system, battery apparent size is 200*130mm, power is 3~
The infrared light supply is irradiated on first solar energy module by 5W, adjusts the infrared light supply and first solar energy
When module distance is 150~350mm, 400~600W/m2 of light source output power, at this point, first solar energy module can be normal
Work, output power are 3~4W, can supply low-power consumption product in mobile phone, kindle etc. and charge.
First solar energy module, can be used: crystal silicon series, thin film solar series, novel solar battery series.
First wireless communication module described in second wireless communication module and embodiment one or embodiment two has pair
It should be related to, for example, first wireless communication module is the sender of communication, then second wireless communication module is communication
Recipient.
Second wireless communication module includes electromagnetic induction communication module and/or the first light communication module.
In one embodiment, it is wireless that at least three second are arranged around the first solar energy module of solar product
Communication module.Purpose be in order to so that indoor light source device is returned by the second wireless communication module information acquisition described in
The area information of one solar energy module.For example, first solar energy module is rectangle, in the square of first solar energy module
Second wireless communication module is arranged in each corner of shape.
The fisrt feature information includes at least three groups of feedback informations, and the feedback information is respectively by the second different nothings
Line communication module is sent, and the feedback information comprises at least one of the following information: angle information, directional information and feedback time letter
Breath.Second wireless communication module is arranged in around first solar energy module.
Three the second wireless communication modules are namely at least arranged around the first solar energy module, each second is wireless
Communication module sends one group of feedback information to first wireless communication module.Purpose is to preferably feed back described first too
The area information of positive energy module.
It is preferably, described that fisrt feature information is sent using the second wireless communication module according to second solicited message,
It include: that each group is sequentially successively sent using the second different wireless communication modules at preset timed intervals according to second solicited message
Feedback information.
For example, there are four the second wireless communication modules for the solar product tool, it is shown in Figure 5, comprising: the second nothing
Line communication module 1, the second wireless communication module 2, the second wireless communication module 3 and the second wireless communication module 4；Second processor
One group of the second wireless communication module transmission that corresponding serial number was not controlled every 1 second according to the serial number of second wireless communication module is anti-
Feedforward information.
In another embodiment, second wireless communication module is only used only, and by second channel radio
Module arrangement is interrogated in the first solar energy module of the solar product.Purpose is that indoor light source device is enable accurately to calculate
The irradiation information of first solar energy module out makes first solar energy module obtain effective illumination, and exports effective
Electric energy.For example, second wireless communication module to be arranged in the geometric center position of solar panels.
The fisrt feature information, area information and feedback information including first solar energy module；The feedback
Information is sent, comprising: angle information, directional information and feedback time information by same second wireless communication module.
Shown in Figure 6, the middle part of first solar energy module is arranged in second wireless communication module.
According to second solicited message, before sending fisrt feature information using the second wireless communication module, further includes:
The area information of first solar energy module is read from memory module.
According to described in above-mentioned two embodiment, in order to energy saving, the is received using the second wireless communication module described
Before two solicited messages, further includes:
Step S300-1 receives handshaking information using second wireless communication module.
The handshaking information is exactly before sender and recipient's progress data transmission, and whether confirmation communication line is normal
Information.Usually data sender issues handshaking information, and data receiver normally returns to response message, shows success of shaking hands, and sends out
The side of sending and recipient can be with normal communications.
Step S300-2, judges whether the handshaking information meets default unlocking condition.
The default unlocking condition, that is, whether contained in the handshaking information and open first solar energy module
Characteristic information.For example, it includes characteristic information " T " that the default unlocking condition, which is in the handshaking information, if recipient
It receives in the handshaking information comprising " T " word, then it is assumed that the handshaking information meets default unlocking condition.
Step S300-3 opens first solar energy module and obtains if the output result of step S300-2 is "Yes"
Result must be opened.
Step S300-4, judges whether the unlatching result meets default unlatching success conditions.
Step S300-5 is sent out if the output result of step S300-4 is "Yes" using second wireless communication module
Send response message.
Further, in order to energy saving, the interior charging method further include:
Step S303 obtains battery capacity and is full of information.
After the electricity of first battery module is full of, first battery module issues electricity to the second processor
Pond electricity is full of information.
Step S304 closes first solar energy module full of information according to the battery capacity and utilizes described second
Wireless communication module sends battery capacity and is full of information.
The technical issues of cannot charging normal indoors present application addresses solar product, realize solar product
Wireless charging.
It is corresponding with 3rd embodiment provided by the present application, present invention also provides fourth embodiment, i.e., a kind of room light
Source device.Since fourth embodiment is substantially similar to 3rd embodiment, so describing fairly simple, relevant part is referred to
The corresponding explanation of 3rd embodiment.Installation practice described below is only schematical.
Shown in Figure 4, the application provides a kind of solar product, including the second wireless communication module, first sun
It can module, the first battery module and second processor.
Second wireless communication module, is electrically connected with the second processor.
First solar energy module is electrically connected with first battery module, for absorbing the light of first light
Can and the luminous energy be converted to power storage in first battery module.
The second processor, for receiving the second solicited message using second wireless communication module；According to described
Second solicited message sends fisrt feature information using second wireless communication module, so that first solar energy module obtains
First light of light intensity needed for being orientated the first battery module charging.
Preferably, shown in Figure 5, the fisrt feature information includes at least three groups of feedback informations and every group of feedback
Information is sent by the second different wireless communication modules, and the feedback information includes: angle information, directional information and feedback time
Information.
Further, second wireless communication module is arranged in around first solar energy module.
Further, the second processor, for sequentially being utilized at preset timed intervals not according to second solicited message
The second same wireless communication module successively sends each group feedback information.
Preferably, the fisrt feature information, area information and feedback information including first solar energy module；Institute
Feedback information is stated, is sent by same second wireless communication module, comprising: angle information, directional information and feedback time
Information.
Further, shown in Figure 6, first solar energy module is arranged in second wireless communication module
Middle part.
Further, described device further includes memory module, the second processor, for obtaining institute from memory module
State the area information of the first solar energy module.
Preferably, the second processor, for receiving the second solicited message using the second wireless communication module described
Before, further includes: handshaking information is received using second wireless communication module；Judge whether the handshaking information meets default open
Open condition；If so, opening first solar energy module and obtaining unlatching result；It is pre- to judge whether the unlatching result meets
If opening success conditions；If so, sending response message using second wireless communication module.
In described device, the second processor is connect, for obtaining battery capacity with the first battery module signal
Full of information；First solar energy module is closed full of information according to the battery capacity and utilizes second wireless telecommunications
Module sends battery capacity and is full of information.
Preferably, second wireless communication module includes electromagnetic induction communication module and/or the first light communication module.
The technical issues of cannot charging normal indoors present application addresses solar product, realize solar product
Wireless charging.
The embodiment of the invention also provides a kind of indoor light source device, including memory, processor and it is stored in memory
Computer program that is upper and running on a processor realizes indoor charging as shown in Figure 1 when processor executes computer program
Each step in method.
A kind of readable storage medium storing program for executing is also provided in the embodiment of the present invention, is stored thereon with computer program, the computer
When program is executed by processor, each step in indoor charging method as shown in Figure 1 is realized.
It, can also be in addition, each functional module in each embodiment of the present invention can integrate in a processing module
It is that modules physically exist alone, can also be integrated in two or more modules in a module.Above-mentioned integrated mould
Block both can take the form of hardware realization, can also be realized in the form of software function module.
If the integrated module is realized in the form of software function module and sells or use as independent product
When, it can store in a computer readable storage medium.Based on this understanding, technical solution of the present invention is substantially
The all or part of the part that contributes to existing technology or the technical solution can be in the form of software products in other words
It embodies, which is stored in a storage medium, including some instructions are used so that a computer
Equipment (can be personal computer, server or the network equipment etc.) executes interior charging described in each embodiment of the present invention
The all or part of the steps of method.And storage medium above-mentioned includes: USB flash disk, mobile hard disk, read-only memory (ROM, Read-
Only Memory), random access memory (RAM, Random Access Memory), magnetic or disk etc. are various can be with
Store the medium of program code.
Above embodiments are only the exemplary embodiment of the application, are not used in limitation the application, the protection scope of the application
It is defined by the claims.Those skilled in the art can make respectively the application in the essence and protection scope of the application
Kind modification or equivalent replacement, this modification or equivalent replacement also should be regarded as falling within the scope of protection of this application.
Claims (10)
1. a kind of interior charging method characterized by comprising
Obtain the fisrt feature information of the first solar energy module；
According to the fisrt feature information, the first light launcher is generated to photograph needed for first solar energy module charging
Penetrate information；Wherein, the irradiation information includes irradiating angle information, direction of illumination information, irradiation facula information, irradiation optical wavelength
One of information or intensity signal are a variety of；
First light launcher is adjusted according to the irradiation information, so that first light launcher is to described the
The transmitting of one solar energy module meets the first light of the irradiation information.
2. interior charging method according to claim 1, which is characterized in that described to obtain the first of the first solar energy module
Characteristic information includes:
The first solicited message, first solicited message are sent to first solar energy module using the first wireless communication module
For requesting the first solar energy feedback chip information；
Utilize the detection picture of the first solar energy module described in image acquisition device；
The detection picture is handled, the area information and location information of first solar energy module are obtained；
Chip information, the area information and the location information fed back using first solar energy module is as described first
Characteristic information.
3. interior charging method according to claim 1, which is characterized in that described to obtain the first of the first solar energy module
Characteristic information includes:
The is sent to the second wireless communication module associated with first solar energy module using the first wireless communication module
Two solicited messages；
Fisrt feature information associated with second solicited message is received using first wireless communication module.
4. interior charging method according to claim 3, which is characterized in that the fisrt feature information includes at least three
Group feedback information, the feedback information are sent by different second wireless communication modules respectively, and the feedback information includes:
Angle information, directional information and feedback time information.
5. interior charging method according to claim 4, which is characterized in that described to utilize first wireless communication module
Receive fisrt feature information associated with second solicited message, comprising:
Using first wireless communication module, successively reception is associated with second solicited message for sequence at preset timed intervals
Each group feedback information.
6. interior charging method according to claim 4, which is characterized in that it is described according to the fisrt feature information, it is raw
Include: to irradiation information needed for first solar energy module charging at the first light launcher
The first light launcher is generated to photograph needed for first solar energy module charging according to each feedback information
Penetrate information.
7. interior charging method according to claim 3, which is characterized in that the fisrt feature information, including described the
The area information and feedback information of one solar energy module；The feedback information is sent by second wireless communication module,
It include: angle information, directional information and feedback time information；
It is described according to the fisrt feature information, generate the first light launcher to needed for first solar energy module charging
Irradiation information include:
The first light launcher is generated according to the area information and the feedback information to fill first solar energy module
The required irradiation information of electricity.
8. interior charging method according to claim 1, which is characterized in that sending the using the first wireless communication module
Before two solicited messages, further includes:
Handshaking information is sent using first wireless communication module, to open first solar energy module；
Response message associated with the handshaking information is received using first wireless communication module；
Judge whether the response message meets default irradiation condition；
If so, sending the second solicited message using the first wireless communication module.
9. interior charging method according to claim 3, which is characterized in that the interior charging method further include:
Battery capacity, which is received, using first wireless communication module is full of information；
It is full of information according to the battery capacity, closes the first light transmitting associated with first solar energy module
Device.
10. a kind of indoor light source device characterized by comprising at information acquisition module, the first light launcher and first
Manage device；
The information acquisition module is electrically connected with the first processor；
First light launcher, is electrically connected with the first processor；
The first processor, for obtaining the fisrt feature information of the first solar energy module by the information acquisition module；
According to the fisrt feature information, generates the first light launcher and irradiation needed for first solar energy module charging is believed
Breath；Wherein, the irradiation information includes irradiating angle information, direction of illumination information, irradiation facula information, irradiation light wavelength information
Or one of intensity signal or a variety of；First light launcher is adjusted according to the irradiation information, so that described the
One light launcher meets first solar energy module transmitting the first light of the irradiation information.
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