CN205535544U - Electronic candle - Google Patents
Electronic candle Download PDFInfo
- Publication number
- CN205535544U CN205535544U CN201620289413.0U CN201620289413U CN205535544U CN 205535544 U CN205535544 U CN 205535544U CN 201620289413 U CN201620289413 U CN 201620289413U CN 205535544 U CN205535544 U CN 205535544U
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- China
- Prior art keywords
- light
- emitting component
- power supply
- microprocessor
- rechargeable battery
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
The utility model discloses an electronic candle has body, light emitting component, microprocessor, rechargeable battery, charge controller and power and selects control circuit. It is internal that light emitting component, microprocessor, rechargeable battery, charge controller and power select control circuit to encapsulate in this, and microprocessor is coupled light emitting component. Rechargeable battery charges or provides battery power to microprocessor via a power supply path with the electric energy that charges. Whether charge controller receives the power electric energy according to, and optionally provides electric energy to the rechargeable battery that charges to control rechargeable battery's voltage swing is according to the electric energy that charges that offers rechargeable battery with the adjustment. The power is selected control circuit control to provide the power electric energy via the 2nd power supply path and is provided battery power to microprocessor via a power supply path to microprocessor or control rechargeable battery. The utility model discloses can make more environment space can utilize an electronic candle of emulation candle fire to increase the space atmosphere.
Description
Technical field
This utility model relates to a kind of electric candle, particularly one and has chargeable electric candle.
Background technology
Often can increase the atmosphere in space by traditional wax candle in general daily life or in special occasions
Enclose.The candle light of tradition wax candle can waft rolling along with air-flow, and brightness also can be neglected bright the brightest so that the atmosphere in space can
With more romantic, the article that candlelight illuminates are likely to the most more be set off out aesthetic feeling.
But, the use of tradition wax candle has certain restriction, and such as tradition wax candle should not managed nobody
In the case of reason, use garden, open air or other have in the environment of combustibles.Furthermore, tradition wax candle
The abnormal smells from the patient of burning generation and carbon dioxide, also must allow the environment at tradition wax candle place maintain the circulation of air.
Utility model content
The purpose of this utility model is to provide a kind of electric candle, solves the restriction that wax candle candlelight uses,
Make more environment space that the electric candle with emulation candlelight can be used to increase the atmosphere in space.
For achieving the above object, this utility model provides a kind of electric candle, have body, light-emitting component,
Microprocessor, rechargeable battery, charge controller and power supply select control circuit.Light-emitting element package is in body
In.Microprocessor package is internal in this, and is electrically connected with light-emitting component.Rechargeable battery is packaged in internal,
And electric connection microprocessor.Rechargeable battery with rechargeable electrical energy charging or provides battery via the first supply path
Electric energy is to microprocessor.Charge controller is packaged in that this is internal, according to whether receiving power supply electric energy, selects
Property ground provide rechargeable electrical energy to rechargeable battery.The voltage swing of charge controller monitoring rechargeable battery, and foundation
The voltage swing of rechargeable battery adjusts the rechargeable electrical energy being supplied to rechargeable battery.Power supply selects control circuit encapsulation
Internal in this, according to whether receiving power supply electric energy, optionally control to provide at least via the second supply path
The power supply electric energy of part is to microprocessor, or controls rechargeable battery via the first supply path offer battery power
To microprocessor.When power supply selects control circuit to receive power supply electric energy, power supply selects control circuit to control will
Power supply electric energy provides to microprocessor and charge controller at least a part of which one.
Wherein, further including a power supply changeover device and a socket, this socket is revealed in this body, and is electrically connected with
This power supply changeover device, this power supply changeover device is packaged in that this is internal, and is electrically connected with this power supply and selects to control electricity
Road, this socket is electrically connected at a main power source, and is powered this power supply changeover device by this main power source, makes this electricity
Source converter provides this power supply electric energy to select control circuit to this power supply.
Wherein, further including a solar energy module, this solar energy module at least has a solar panel and
Electricity generation module, this solar panel is revealed in this body, and is electrically connected with this electricity generation module, this generating mould
Block is packaged in that this is internal, and is electrically connected with this power supply changeover device.
Wherein, further including a switching switch, this switching switch is revealed in this body, and is electrically connected with this micro-place
Reason device, when this microprocessor receive this battery power and this power supply electric energy one of them time, this microprocessor depends on
The instruction switched according to this switching, control this at least one light-emitting component switching operate at least one first mode and
Between one second pattern.
Wherein, when this battery power that this microprocessor is provided by this rechargeable battery is powered, this microprocessor is more
According to the voltage swing of this rechargeable battery, control this at least one light-emitting component in this first mode and this second mould
Luminous power under formula.
Wherein, this at least one light-emitting component has flicker and luminance under this first mode and this second pattern
The change of degree, makes the light of this at least one light-emitting component have the visual effect of emulation candlelight flowing velocity, should
At least one light-emitting component emulation candlelight flowing velocity under this first mode more than this at least one light-emitting component in
Emulation candlelight flowing velocity under this second pattern.
Wherein, the quantity of this at least one light-emitting component is multiple, and under this first mode, this light-emitting component is luminous
Quantity higher than under this second pattern, the quantity that this light-emitting component is luminous.
Wherein, the instruction that this microprocessor switchs according to this switching, more control the operation of this at least one light-emitting component
In one the 3rd pattern, under the 3rd pattern, this at least one light-emitting component is the most luminous.
Wherein, further include one and incline slowdown monitoring switch, be packaged in that this is internal, make this this physical ability be positioned at one turningly
Time under one state, this at least one light-emitting component is the most luminous, when this this physical ability is positioned under one second state turningly,
The instruction that this microprocessor switchs according to this switching, operates at least with controlling the switching of this at least one light-emitting component
Between this first mode and this second pattern.
Wherein, further including a photo-sensitive cell and and incline slowdown monitoring switch, this slowdown monitoring switch that inclines is packaged in that this is internal, makes
When this this physical ability is positioned at first state turningly, this at least one light-emitting component is not turned on, when this this physical ability is turned over
When being positioned at second state with turning, this at least one light-emitting component turns on, and this microprocessor is according to this photosensitive unit
The result of part sensing ambient brightness, controls the luminous power of this at least one light-emitting component.
According to above-mentioned electric candle disclosed in the utility model, it is arranged in body by by light-emitting component,
Make light-emitting component can produce the light of artificial candle candlelight, additionally, electronic wax disclosed in the utility model
Candle relends by power management, with rechargeable battery or external power source to light-emitting component and microprocessor power supply, also may be used
With when light-emitting component is powered by external power source, in the lump rechargeable battery is charged, and then reach electric candle
Continuous property and convenience so that electric candle is not susceptible to use the restriction in space, and can provide emulation wax
The candle light of candle applies in various spatial environments.
Below in conjunction with the drawings and specific embodiments, this utility model is described in detail, but not as to this reality
With novel restriction.
Accompanying drawing explanation
Fig. 1 is the schematic diagram according to the electric candle depicted in this utility model one embodiment.
Fig. 2 is the functional block diagram according to the electric candle depicted in this utility model one embodiment.
Fig. 3 is the functional block diagram according to the electric candle depicted in another embodiment of this utility model.
Fig. 4 is the schematic diagram according to the electric candle depicted in this utility model another embodiment.
Fig. 5 is the functional block diagram according to the electric candle depicted in this utility model another embodiment.
Fig. 6 is the functional block diagram according to the electric candle depicted in the another embodiment of this utility model.
Wherein, reference:
10,20,30 electric candle
11,21 body
12,22,32 light-emitting component
13,23,33 microprocessor
14,24,34 rechargeable battery
15,25,35 charge controller
16,26,36 power supplys select control circuit
27,37 power supply changeover device
28,38 socket
29,391 switching switch
392 incline slowdown monitoring switch
Detailed description of the invention
Hereinafter describing detailed features of the present utility model and advantage in embodiments in detail, its content be enough to
Make skilled in the art realises that technology contents of the present utility model and implement according to this, and according to this specification institute
Disclosure, claim and graphic, skilled person readily understands that this utility model is correlated with
Purpose and advantage.Below example further describes viewpoint of the present utility model, but non-with any
Viewpoint limits category of the present utility model.
Refer to Fig. 1 to Fig. 3, Fig. 1 is according to the electric candle depicted in this utility model one embodiment
Schematic diagram, Fig. 2 is the functional block diagram according to the electric candle depicted in this utility model one embodiment, figure
3 is the functional block diagram according to the electric candle depicted in another embodiment of this utility model.As it can be seen,
Electric candle 10 has body 11, light-emitting component 12, microprocessor 13, rechargeable battery 14, charging control
Device 15 and power supply select control circuit 16.Light-emitting component 12, microprocessor 13, rechargeable battery 14, charging
Controller 15 and power supply select control circuit 16 to be packaged in body 11.In an embodiment, body
11 with wax, crystal salt, soap, plastics or the structure made by other suitable material.The shape of body 11
For example, cylinder, cube, irregular body or other suitable shape, the present embodiment not limits.Body
For 11 with wax as material, encapsulation refers to be coated with wax, makes the element being coated with by wax not expose to body 11.In
In one embodiment, encapsulation can refer to first be formed by wax a container with inner space, and by luminescence unit
Part 12, microprocessor 13, rechargeable battery 14, charge controller 15 and power supply select control circuit 16 to put
After being put in the inner space of container, then wax is poured in the inner space of container, makes light-emitting component 12, micro-
Processor 13, rechargeable battery 14, charge controller 15 and power supply select control circuit 16 not expose to body
11。
Light-emitting component 12 for example, light emitting diode (light emitting diode), bulb or other is suitable
Light-emitting component.The most graphic display, light-emitting component 12, microprocessor 13, rechargeable battery 14, fills
Electric controller 15 and power supply select control circuit 16 can be arranged on same circuit board, but in order to limit
The present embodiment.In other embodiments, those skilled in the art can according to actual process or the demand of design,
Select to control electricity by light-emitting component 12, microprocessor 13, rechargeable battery 14, charge controller 15 and power supply
Road 16 is respectively arranged on multiple circuit board, and the present embodiment not limits.Microprocessor 13 is electrically connected with to be sent out
Optical element 12, to control the luminosity of light-emitting component 12, luminous number, flicker frequency or other luminescence
Effect, is detailed later.
Rechargeable battery 14 such as lithium battery, Ni-MH battery or other suitable repeatable TunePower.Charging
Battery 14 can be electrically connected with microprocessor 13 directly or indirectly, and its middle ground is electrically connected with and such as passes through
Charge controller 15 or power supply select control circuit 16 to be connected to microprocessor 13, and the present embodiment not limits.
Rechargeable battery 14 performs charge mode and discharge mode according to the control of charge controller, switching ground.In charging
Under pattern, the rechargeable electrical energy that rechargeable battery 14 provides with charge controller 15 is charged.In discharge mode
Under, rechargeable battery 14 provides battery power to microprocessor 13 via the first supply path.
Charge controller 15 is packaged in body 11, according to whether receiving power supply electric energy, optionally provides
Rechargeable electrical energy is to rechargeable battery 14.When charge controller 15 provides rechargeable electrical energy to rechargeable battery 14, fill
Electric controller 15 monitors the voltage swing of rechargeable battery 14, and adjusts according to the voltage swing of rechargeable battery 14
It is supplied to the rechargeable electrical energy of rechargeable battery 14.Charge controller 15 arrives in the voltage swing of rechargeable battery 14
During setting value, quit work state, and the size of current of rechargeable electrical energy is downgraded.In other embodiments,
Charge controller 15, also can be by the electricity of rechargeable electrical energy when the voltage swing of rechargeable battery 14 arrives setting value
Stream size is down to set the 10% of current value.Current value is set when the size of current of rechargeable electrical energy downgrades
After 10%, charge controller 15 can monitor the voltage swing of rechargeable battery 14 unceasingly, and the most automatic
Again rechargeable battery 14 is charged.
Power supply selects control circuit 16 according to whether receiving power supply electric energy, optionally controls via the second power supply
The path at least part of power supply electric energy of offer is to microprocessor 13, or controls rechargeable battery 14 via the first confession
Power path provides battery power to microprocessor 13.When power supply selects control circuit 16 to receive power supply electric energy,
Power supply selects control circuit 16 to control power supply electric energy to be provided to microprocessor 13 and charge controller 15 the most extremely
Few one.In an embodiment, power supply selects control circuit 16 can such as include microcontroller (micro
Control unit, MCU) relevant integrated circuit (Integrated Circuit, IC).
In an embodiment, as it is shown on figure 3, power supply select control circuit 16 have the first switch 161,
Second switch 162 and control unit 163.First switch 161 is arranged on the first supply path, is used for leading
Logical first supply path.Second switch 162 is arranged on the second supply path, for conducting second for circuit
Footpath.First supply path connects rechargeable battery 14 and microprocessor 13.Second supply path connects power supply choosing
Select control circuit 16 and microprocessor 13.First switch 161 and second switch 162 are controlled by control unit
163 and turn on.For example, control circuit 16 is selected to receive the power supply electric energy of outside main power source when power supply
Time, control unit 163 turns on second switch 162, and the power supply electric energy of part is supplied to charge controller
15, and via the second supply path, the power supply electric energy of another part is supplied to microprocessor 13.When charging control
When device 15 processed receives power supply electric energy, charge controller 15 works according to power supply electric energy, and exports charged electrical
Can be to rechargeable battery 14.When microprocessor 13 receives power supply electric energy, microprocessor 13 is according to receiving
Power supply controlling electric energy light-emitting component 12 luminous.
In this embodiment, power supply selects control circuit 16 that power supply electric energy is supplied to charge controller 15 He
Microprocessor 13 at least a part of which one.It is to say, when charge controller 15 monitors the voltage of rechargeable battery 14
When size does not arrives setting value, power supply selects control circuit 16 power supply electric energy can be supplied to microprocessor 13
With charge controller 15.When the voltage swing that charge controller 15 monitors rechargeable battery 14 arrives setting value,
Power supply selects control circuit 16 that most power supply electric energy can be supplied to microprocessor 13, but not as
Limit.
When the power supply electric energy that power supply selects control circuit 16 not receive outside main power source, control unit 163
Cut-off second switch 162, and conducting the first switch 161, powered to microprocessor 13 by rechargeable battery 14.
It follows that please with reference to Fig. 4 and Fig. 5, Fig. 4 by being painted according to this utility model another embodiment
The schematic diagram of the electric candle shown, Fig. 5 is according to the electric candle depicted in this utility model another embodiment
Functional block diagram.As it can be seen, electric candle 20 has body 21, light-emitting component 22, microprocessor
23, rechargeable battery 24, charge controller 25, power supply select control circuit 26, power supply changeover device 27, insert
Seat 28 and switching switch 29.Light-emitting component 22, microprocessor 23, rechargeable battery 24, charge controller
25, power supply selects control circuit 26 and power supply changeover device 27 to be packaged in body 21.In the present embodiment,
Body 21, light-emitting component 22, microprocessor 23, rechargeable battery 24 and charge controller 25 and power supply choosing
Select control circuit 26 to be substantially the same with previous embodiment.In the present embodiment, power supply changeover device 27 envelope
Being loaded in body 21, socket 28 is revealed in body 21.Socket 28 is such as arranged at the lateral surface of body 21
Or bottom, to be electrically connected with outside main power source.Power supply changeover device 27 receives outside main electricity by socket 28
During the power supply electric energy in source, the power supply electric energy of main power source is converted into applicable electric candle 20 by power supply changeover device 27
Power supply electric energy size, and the partial power electric energy after conversion is supplied to charge controller 25, and via the
Another part power supply electric energy after conversion is supplied to microprocessor 23 by two supply paths.
In other words, in actual example, when socket 28 is electrically connected with the main power source of outside, charging controls
Device 25 and microprocessor 23 all can receive power supply electric energy.Charge controller 25 is according to the power supply received
Electric energy output rechargeable electrical energy, to charge to rechargeable battery 24.Microprocessor 23 according to receiving power supply electric energy,
Control light-emitting component 22 luminous.When socket 28 is not electrically connected with the main power source of outside, power supply changeover device 27
Not receiving power supply electric energy, now, control unit 263 ends second switch 262, and conducting the first switch
261, rechargeable battery 24 microprocessor 23 is powered.
In the present embodiment, power supply changeover device 27 can be wired or the mode of wireless connections receives outside main
The power supply electric energy of power supply.For example, power supply changeover device 27 for example, wireless charging module, in order to wirelessly
Receive the electric energy that external wireless supply module provides, and the electric energy that external wireless supply module provides is converted into
Power supply electric energy is to be supplied to other element within electric candle 20.
In other embodiments, power supply changeover device 27 can be electrically connected with solar energy module, extraly with the sun
Energy module is with the power supply electric energy outside reception.For example, solar energy module such as has solar panel
And electricity generation module, and solar panel is revealed in body 21, electricity generation module is packaged in body 21.Too
Sun energy power generation plate is in order to receive the solar energy of outside, and the solar energy of reception is sent to electricity generation module, by sending out
After electricity module converts light energy into electric energy, it is provided that to power supply changeover device 27.
Switching switch 29 is such as revealed in body 21 and is electrically connected with microprocessor 23.Switching switch 29 can
Think two-part, syllogic, pressing type or other suitably switch, the present embodiment not limits.When micro-place
When reason device 23 receives battery power or power supply electric energy, microprocessor 23 can switch the instruction of 29 according to switching,
Control light-emitting component 22 to operate between first mode, the second pattern or other more pattern.
For example, first mode and the second pattern such as have difference in visual effect.It is to say,
Microprocessor 23 controls light-emitting component 22 when carrying out luminescence, has the change of flicker and luminosity, makes
The lights that light-emitting component 22 produces have the visual effect of emulation candlelight flowing velocity.And light-emitting component 22 exists
Emulation candlelight flowing velocity under first mode is more than the light-emitting component 22 emulation candlelight stream under the second pattern
Dynamic speed.
In another example, first mode and the second pattern such as district in light-emitting component 22 amount of luminescence
Not.Such as when the quantity of light-emitting component 22 is multiple, the number of light-emitting component 22 luminescence under first mode
Amount is higher than the quantity of light-emitting component 22 luminescence under the second pattern.In the embodiment of Fig. 4, light-emitting component
22 rows of being respectively arranged at and lower row, under first mode, the light-emitting component 22 of upper row and lower row is the most luminous.
Under the second pattern, the light-emitting component 22 only having upper row is luminous.Those skilled in the art can be according to reality
Demand Design first mode and the second pattern, the present embodiment not limits.
In the present embodiment, microprocessor 23 can also control the behaviour of light-emitting component 22 according to power supply source
The rate of doing work.For example, judge that current power supply source is the battery that rechargeable battery provides when microprocessor 23
During electric energy, microprocessor 23 reduces the light-emitting component 22 luminous power under first mode and the second pattern.
It is to say, when rechargeable battery 24 provides battery power to microprocessor 23, no matter at first mode or
Under second pattern, the luminous power of light-emitting component 22 is less than with outside power source electric energy to microprocessor
The luminous power of light-emitting component 22 when 23.Microprocessor 23 can select control circuit 26 to obtain from power supply
The source of power supply at present, or directly judge power supply source with the electric energy received, the present embodiment not limits.
In other embodiments, when microprocessor 23 judges that current power supply source is that rechargeable battery 24 provides
Battery power time, microprocessor 23 can also control luminous unit according to the voltage swing of rechargeable battery 24
The part 22 luminous power under first mode and the second pattern, say, that microprocessor 23 can foundation
The electricity of rechargeable battery 24, adjusts the luminous power of light-emitting component, and when making the running of electric candle 20
Between longer.In like manner, can to obtain the voltage of rechargeable battery 24 from charge controller 25 big for microprocessor 23
Little, or the direct voltage swing judging rechargeable battery 24 with the battery power received, the present embodiment not limits.
Refer to Fig. 6, Fig. 6 is the function according to the electric candle depicted in the another embodiment of this utility model
Block chart.As shown in Figure 6, electric candle 30 has body, light-emitting component 32, microprocessor 33, fills
Electricity battery 34, charge controller 35, power supply select control circuit 36, power supply changeover device 37, socket 38,
Switching switch 391 and the slowdown monitoring switch 392 that inclines, light-emitting component 32, microprocessor 33, rechargeable battery 34, charging
Controller 35, power supply select control circuit 36, power supply changeover device 37 and incline slowdown monitoring switch 392 and previous reality
Execute example and be packaged in internal in the same manner, show ontology, and light-emitting component 32, micro-process in Fig. 6, are not repeated
Device 33, rechargeable battery 34, charge controller 35, power supply select control circuit 36, power supply changeover device 37,
Socket 38, switching switch 391 are substantially the same with previous embodiment.
In the present embodiment, the slowdown monitoring switch 392 that inclines is packaged in internal, and is electrically connected with microprocessor 33.Incline
Slowdown monitoring switch 392 for example, mercoid switch, ball switch or other suitably switch.Incline slowdown monitoring switch 392 by
The angle that tilts and turn on, say, that tilt switch 392 has conducting standard, turns on standard
When being positioned at primary importance, tilt switch 392 turns on, tilt switch 392 when conducting standard is positioned at the second position
It is not turned on.In mercoid switch, turn on standard such as hydrargyrum.In ball switch, turn on standard example
Such as ball.
Body fits inclines the conducting of slowdown monitoring switch 392 and is positioned at the first state and the second state, such as turningly
Body has relative first and second, when first face up second face down time, body is positioned at first
State.When second face up first face down time, body 22 is positioned at the second state.Under the first state, incline
Slowdown monitoring switch 392 is not turned on, and microprocessor 33 is not turned on according to the slowdown monitoring switch 392 that inclines and controls light-emitting component 32
The most luminous.Under the second state, the slowdown monitoring switch 392 that inclines turns on, and microprocessor 33 is according to switching switch 391
Instruction and control light-emitting component 32 and operate under first mode or the second pattern.
For actual example, when electric candle 30 be reversed be first face up time, light-emitting component 32
Neither luminous.It is second to face up when electric candle 30 is reversed, and switching switch indication light element 32
When operating under first mode, the light-emitting component 32 of upper row and the light-emitting component 32 of lower row are the most luminous.When cutting
Change switch indication light element 32 handover operation under the second pattern time, the light-emitting component 32 of lower row is the most luminous,
The light-emitting component 32 of only surplus upper row is luminous.Now, then it is first to face up by electric candle 30 upset, on
The light-emitting component 32 of row is the most luminous.
In another embodiment, switching switch 391 can also be replaced in the slowdown monitoring switch 392 that inclines by optical switch
During conducting, control light-emitting component 32 and operate in first mode or the second pattern.For example, optical switch example
As for photoconductive resistance, optical transistor, light detection diode or the combination of other photo-sensitive cell and switch, open
Close e.g. transistor switch, electromagnetic switch, microswitch, magnetic reed switch or other suitably switch.With
For as a example by photoconductive resistance and transistor switch, photoconductive resistance is according to the bright dark journey of electric candle 30 place environment
Degree, converts optical signals into the signal of telecommunication to control transistor switch on and off.When inclining of electric candle 30
When slowdown monitoring switch 392 turns on, whether microprocessor 33 turns on according to transistor switch and controls light-emitting component 32
Operate in first mode or the second pattern.In other words, electric candle 30 can when the slowdown monitoring switch 392 that inclines turns on,
When judging place ambient brightness as becoming clear, the brightness allowing light-emitting component 32 send is higher.When place ambient brightness
For time dim, the brightness allowing light-emitting component 32 send is relatively low.
In other embodiments, switching switch 391 can also replace with photoconductive resistance, optical transistor or light
Detect the combination of diode or other photo-sensitive cell and controller.Photo-sensitive cell is according to electric candle 30 place ring
The bright dark degree in border converts optical signals into the signal of telecommunication, such as voltage or electric current.Controller is according to photo-sensitive cell
The signal of telecommunication size produced is converted into brightness indication signal.When the slowdown monitoring switch 392 that inclines of electric candle 30 turns on,
The brightness indication signal that microprocessor 33 produces according to controller, the light that control light-emitting component 32 sends is bright
Degree.In other words, when the slowdown monitoring switch 392 that inclines of electric candle 30 turns on, electric candle 30 can be according to institute
In the change of ambient brightness, control light-emitting component 32 and send the light of different brightness.In other embodiments, sense
The light that optical element is sensed can be got rid of additionally by the design of luminous sensitivity control, optical filtering or structure
Sense the light that light-emitting component 32 sends.In the present embodiment, the slowdown monitoring switch 392 that inclines indicates microprocessor
Whether 32 control light-emitting component 32 luminescence, but is not intended to the charging when electric candle 30 external outside main power source
Whether battery 34 continues charging.In other embodiments, when the slowdown monitoring switch 392 that inclines is not turned on, microprocessor
33 control light-emitting components 32 are the most luminous, but when electric candle 30 has external outside main power source, rechargeable battery
34 still provide for charging.
The present embodiment controls light-emitting component 32 with the slowdown monitoring switch 392 that inclines the most luminous, it practice, can also be direct
By the instruction of switching switch 391, microprocessor 33 is made more to operate in the 3rd according to controlling light-emitting component 32
Pattern.It is to say, switching switch 391 is in addition to aforesaid first mode or the second pattern, more may indicate that
Microprocessor 33 operates in the 3rd pattern.When microprocessor 33 operates under the 3rd pattern, light-emitting component
32 is the most luminous.
Comprehensive the above, this utility model embodiment provides a kind of electric candle, by microprocessor control
Light-emitting component, makes light-emitting component can produce the light of artificial candle candlelight, and light-emitting component is arranged at such as
Basis with waxed one-tenth is internal so that the external form of electric candle is similar to tradition wax candle.And electric candle by
The management of power supply, can selectively with rechargeable battery or external power source to light-emitting component and microprocessor power supply,
And together rechargeable battery is charged, and then reach continuous property and the convenience of electric candle.Accordingly, electronics
Wax candle will not be limited by using space, and can be employed in various spatial environments.
Certainly, this utility model also can have other various embodiments, without departing substantially from this utility model spirit and
In the case of essence, those of ordinary skill in the art can make various corresponding change according to this utility model
And deformation, but these change accordingly and deformation all should belong to this utility model scope of the claims.
Claims (10)
1. an electric candle, it is characterised in that including:
One body；
At least one light-emitting component, is packaged in this internal；
One microprocessor, is packaged in that this is internal, is electrically connected with this at least one light-emitting component；
One rechargeable battery, is packaged in that this is internal, is electrically connected with this microprocessor, and this rechargeable battery fills with one
Electricity electric energy charges or provides a battery power to this microprocessor via one first supply path；
One charge controller, is packaged in that this is internal, according to whether receiving a power supply electric energy, optionally carries
Monitor the voltage swing of this rechargeable battery for this rechargeable electrical energy to this rechargeable battery, this charge controller, and depend on
This rechargeable electrical energy being supplied to this rechargeable battery is adjusted according to the voltage swing of this rechargeable battery；And
One power supply selects control circuit, is packaged in that this is internal, according to whether receiving this power supply electric energy, selects
Property ground control via one second supply path provide this power supply electric energy at least part of to this microprocessor, or control
Make this rechargeable battery via this first supply path provide this battery power to this microprocessor, when receiving this electricity
During the electric energy of source, this power supply selects control circuit to control this power supply electric energy to be provided to this microprocessor and this charging
Controller at least a part of which one.
Electric candle the most according to claim 1, it is characterised in that further include a power supply changeover device
And a socket, this socket is revealed in this body, and is electrically connected with this power supply changeover device, and this power supply changeover device seals
Being loaded on this internal, and be electrically connected with this power supply selection control circuit, this socket is electrically connected at a main power source,
And by this main power source, this power supply changeover device is powered, make this power supply changeover device provide this power supply electric energy to this power supply
Select control circuit.
Electric candle the most according to claim 2, it is characterised in that further include a solar energy module,
This solar energy module at least has a solar panel and an electricity generation module, and this solar panel is revealed in
This body, and be electrically connected with this electricity generation module, this electricity generation module is packaged in that this is internal, and be electrically connected with should
Power supply changeover device.
Electric candle the most according to claim 2, it is characterised in that further include a switching switch,
This switching switch is revealed in this body, and is electrically connected with this microprocessor, when this microprocessor receives this battery
Electric energy and this power supply electric energy one of them time, the instruction that this microprocessor switchs according to this switching, control this extremely
Operate between at least one first mode and one second pattern to a few light-emitting component switching.
Electric candle the most according to claim 4, it is characterised in that this microprocessor is by this charging
When this battery power that battery provides is powered, this microprocessor is more according to the voltage swing of this rechargeable battery, control
Make this at least one light-emitting component luminous power under this first mode and this second pattern.
Electric candle the most according to claim 4, it is characterised in that this at least one light-emitting component in
There is under this first mode and this second pattern flicker and the change of luminosity, make this at least one light-emitting component
Light have emulation candlelight flowing velocity visual effect, this at least one light-emitting component is under this first mode
Emulation candlelight flowing velocity more than this at least one light-emitting component under this second pattern emulation candlelight flowing
Speed.
Electric candle the most according to claim 4, it is characterised in that this at least one light-emitting component
Quantity is multiple, and the quantity that this light-emitting component is luminous under this first mode, higher than under this second pattern, is somebody's turn to do
The quantity that light-emitting component is luminous.
Electric candle the most according to claim 4, it is characterised in that this microprocessor is cut according to this
Change the instruction of switch, more control this at least one light-emitting component and operate in one the 3rd pattern, under the 3rd pattern,
This at least one light-emitting component is the most luminous.
Electric candle the most according to claim 4, it is characterised in that further include one and incline slowdown monitoring switch,
It is packaged in this internal, when making this this physical ability be positioned at turningly under one first state, this at least one light-emitting component
The most luminous, when this this physical ability is positioned under one second state turningly, this microprocessor switchs according to this switching
Instruction, operate in controlling the switching of this at least one light-emitting component at least this first mode and this second pattern it
Between.
Electric candle the most according to claim 2, it is characterised in that further include a photo-sensitive cell and
One inclines slowdown monitoring switch, and this slowdown monitoring switch that inclines is packaged in that this is internal, makes this this physical ability be positioned at one first state turningly
Time, this at least one light-emitting component is not turned on, and when this this physical ability is positioned at second state turningly, this is at least
One light-emitting component conducting, and this microprocessor is according to the result of this photosensitive elements sense ambient brightness, controlling should
The luminous power of at least one light-emitting component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620289413.0U CN205535544U (en) | 2016-04-08 | 2016-04-08 | Electronic candle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620289413.0U CN205535544U (en) | 2016-04-08 | 2016-04-08 | Electronic candle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205535544U true CN205535544U (en) | 2016-08-31 |
Family
ID=56790042
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620289413.0U Expired - Fee Related CN205535544U (en) | 2016-04-08 | 2016-04-08 | Electronic candle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205535544U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111520679A (en) * | 2020-05-07 | 2020-08-11 | 王晓宁 | Intelligence-benefiting electronic candle |
-
2016
- 2016-04-08 CN CN201620289413.0U patent/CN205535544U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111520679A (en) * | 2020-05-07 | 2020-08-11 | 王晓宁 | Intelligence-benefiting electronic candle |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160831 |