CN203628510U - Simulation candle lamp - Google Patents
Simulation candle lampDownload PDFInfo
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- CN203628510U CN203628510UCN201320746404.6UCN201320746404UCN203628510UCN 203628510 UCN203628510 UCN 203628510UCN 201320746404 UCN201320746404 UCN 201320746404UCN 203628510 UCN203628510 UCN 203628510U
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- wick
- light
- housing
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- holder
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21S—NON-PORTABLE LIGHTING DEVICES; SYSTEMS THEREOF; VEHICLE LIGHTING DEVICES SPECIALLY ADAPTED FOR VEHICLE EXTERIORS
- F21S6/00—Lighting devices intended to be free-standing
- F21S6/001—Lighting devices intended to be free-standing candle-shaped
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21S—NON-PORTABLE LIGHTING DEVICES; SYSTEMS THEREOF; VEHICLE LIGHTING DEVICES SPECIALLY ADAPTED FOR VEHICLE EXTERIORS
- F21S10/00—Lighting devices or systems producing a varying lighting effect
- F21S10/04—Lighting devices or systems producing a varying lighting effect simulating flames
- F21S10/046—Lighting devices or systems producing a varying lighting effect simulating flames by movement of parts, e.g. by movement of reflectors or light sources
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21W—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO USES OR APPLICATIONS OF LIGHTING DEVICES OR SYSTEMS
- F21W2121/00—Use or application of lighting devices or systems for decorative purposes, not provided for in codes F21W2102/00 – F21W2107/00
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
Description
Technical field
The utility model relates to a kind of Simulated candle lamp.
Background technology
Aromatotherapy has caused most members' of scientific community concern, and aromatotherapy practitioner thinks that smell and fragrance can be used for decompression, are beneficial to and loosen always.Scientist also studies confirm that fragranced can mood and behavior by experiment.The mechanism of aromatotherapy has two kinds: one of them is that fragrance exerts an influence to brain by olfactory system, especially to ambitus cerebri's nervous system.Another mechanism is the pharmacotoxicological effect of essential oil.Research finds that aromatotherapy can sway the emotion and behavior fast, and this research also finds that candle low-light is also conducive to loosen and obtain joyful mood.
In addition, well-known, the candle light that candle is soft also can make people produce pleasant mood and loosen mood.In the heart youthful, candle has aesthetic value.Its soft warm candle light can be built romantic ambiance.Due to culture, tradition or religious reasons, candle light also can bring a kind of sensation of special calmness health, and this is that other commercial lamps can not be brought.
In the past, liquid fragrance is generally put in ceramic dish, and the candle of lighting is positioned at this ceramic dish below, and the heat of candle flame makes this aromatic be evaporated to air, and this kind of mode is widely used in household and commercial location.But candle flame can be up to 1200 degrees Celsius, the careless fire incident that just easily causes when use.
Afterwards, occurred Banana candle lamp, aromatic is blended in the wax of candle, when candle is lighted, can send aromatic odor, and candle light and fragrance are merged one by it, and it is welcome by young man extensively, but this kind of Banana candle lamp still exists fire incident.
Along with aromatic is more and more received by people for the object of keeping fit, in recent years, there is electrically heated aromatic equipment, aromatic is blended in liquid, and when lysate is heated, steam carries aromatic and is distributed to air.But this kind of equipment is powered by electric main, lysate is easy to conduction, uses for a long time, has potential electric disaster hidden-trouble.
On the other hand, warm soft due to candle light, candle is still popular, and it can not be replaced by the made lamp of other business.In order to satisfy the demands, many candle artificial electronic products of producing and gone on the market, but most of simulated effect is bad, especially cannot imitate safely the soft and fragrant taste of candle light simultaneously.
The reason that existing LED candle lamp can not replace candle is as follows: the Simulated flame of many candle lamps waves and do not stop and glimmer not stop.Simulated flame continues ceaselessly to wave and can cause intense strain, rather than the equanimity brought of actual candle.In addition, real candle only just can wave in having wind, and existing candle can not be accomplished random waving.Moreover, the luminous intensity of the light-emitting zone of the Simulated flame of existing Simulated candle lamp is all consistent, and actual candle flame is due to different regional temperature differences, brightness and the color of the zones of different of actual candle flame are not identical, for example, the temperature in skipper region is up to 600 degrees Celsius, and the temperature in glassy yellow region is up to more than 1200 degrees Celsius.
Utility model content
For the deficiencies in the prior art, the Simulated candle lamp that provides a kind of simulated effect good is provided the purpose of this utility model, and it can give people tranquil joyful mood.
For achieving the above object, the utility model adopts following technical scheme:
A kind of Simulated candle lamp, it comprises hollow housing and is located at the artificial candle flame equipment in housing; This artificial candle flame equipment comprises wick, light source, driving mechanism and control circuit;
This wick comprises integrated light-reflecting portion, pivot part and pendulum, and pivoted position is between light-reflecting portion and pendulum, and this wick is installed on housing by this pivot part pivotable, and this light-reflecting portion is extended outside this housing, and this pendulum is positioned at this housing;
This light source is installed on housing, and its light sending slants in the light-reflecting portion of this wick after optically focused;
This driving mechanism is located at the below of this wick, and this control circuit is used for sending driving signal to this driving mechanism, to make this driving mechanism intermittently produce active force on this pendulum, and then wick is rocked suddenly to neglect soon slow rhythm.
Further, this control circuit also for control this light source with setpoint frequency periodic duty in highlight mode and half-light pattern.
Further, this driving mechanism comprises motor, connecting rod and projection; One end of this connecting rod is installed on the output shaft of motor, and this projection is vertically installed on another end of this connecting rod, and this motor is electrically connected this control circuit; In the time that this control circuit sends driving signal to this motor, this projection is along with connecting rod circles on horizontal plane, and projection often turns around this pendulum of touching once.
Further, this pendulum is magnetic part; This driving mechanism comprises motor, connecting rod and magnetic block; One end of this connecting rod is installed on the output shaft of this motor, and this magnetic block is installed on another end of this connecting rod; This motor is electrically connected this control circuit; In the time that this control circuit sends driving signal to this motor, this magnetic block is along with connecting rod circles on the water surface, and magnetic block often turns around by this pendulum of magnetic field force effect once.
Further, this pendulum is magnetic part; This driving mechanism comprise be positioned at this pendulum under solenoid, this control circuit for intermittently powering to this solenoid, acts on this pendulum to make this solenoid intermittently produce magnetic field force.
Further, this light-reflecting portion is the plates with candle flame profile, it is made up of reflective surface and curved surface backlight, and this reflective surface is by a left side reflective domatic and right reflective domatic composition, the left reflective domatic and right reflective diminishing domatic groove from bottom to top that forms between domatic.
Further, the middle part of this curved surface backlight forms the projection of mating with domatic groove, the top of this light-reflecting portion is toward curved surface direction backlight and depart from center vertical curve bending, and the lower end of this light-reflecting portion, toward the bending of reflective surface direction, respectively forms streamlined air-flow track on this reflective surface and this curved surface backlight.
Further, Simulated candle lamp also comprises champignon equipment, and this champignon equipment comprises fan, aromatic and is located at the gas channel in this housing; The air intake vent of gas channel is positioned at the lower end of this housing, and the air outlet of this gas channel is positioned at the top of this housing, and this fan is arranged in this gas channel, and this aromatic is between this fan and the air intake vent of this gas channel; This control circuit is also for this fan of intermittent startup.
Further, this housing comprises lamp housing, base, set casing and holder; Between this lamp housing and this base, form a receiving space, this holder and this set casing are all contained in this lamp housing, and this holder is installed on the roof of this base, and this set casing is arranged on the roof of this holder; The roof of this lamp housing is offered a wick assembling through hole; This set casing both ends open and hollow;
This holder is vertically offered a cylindrical cavity, and the roof of this holder is offered some equally distributed passages, and each passage is all communicated with this cylindrical cavity, and the diapire of this holder is offered the vent openings of this cylindrical cavity of connection;
This base comprises pedestal, baffle plate and four feets, on this pedestal, offer an air inlet openings for the vent openings to this holder just, this baffle plate is removably installed in this air inlet openings, this baffle plate comprises substrate and some blend stops, on this substrate, offer the strip the being intervally arranged ventilation through hole that quantity is identical with shelves bar, two ends of each grade of bar are located on substrate, each grade of bar and substrate are separately, each grade of bar be positioned at corresponding blend stop directly over, each strip ventilation through hole of the interval between each blend stop and substrate and substrate forms the ventilation device of baffle plate;
Four feets are installed on this pedestal;
The just under shed to this set casing of some passages of this holder, to make the cylindrical cavity of this holder be communicated with the cavity of this set casing; The cylindrical cavity of this holder and the cavity of this set casing form said flow passage, and the ventilation device of this baffle plate is the air intake vent of said flow passage, and the wick assembling through hole of this lamp housing is the air outlet of said flow passage; Aromatic is positioned at this cylindrical cavity; This fan is installed in the cavity of this set casing, and is positioned at the lower opening of this set casing.
Further, this Simulated candle lamp also comprises wick support member; The two-phase contraposition that this set casing inwall is located at respectively at the two ends of wick support member is set up, and this wick support member is through the through hole of the pivot part of this wick, and across the upper shed of this set casing, this wick hangs on this wick support member under the Action of Gravity Field of pendulum, and the light-reflecting portion of this wick passes the wick pilot hole of this lamp housing by the upper shed of this set casing.
Further, the inwall of this set casing is provided with the bright dipping platform for embedded light source, and this bright dipping platform is positioned at the positive inferoanterior of the reflective surface of this light-reflecting portion, and the exiting surface of this bright dipping platform becomes obtuse angle with horizontal plane, so that the light after optically focused is slanted on this reflective surface.
Further, this Simulated candle lamp also comprises power supply unit, and this power supply unit comprises cylindrical lithium battery, quadrate lithium battery, rectification circuit, DC voltage converting circuit and city's electric connector; This rectification circuit is for pressing be converted to primary direct current from the alternating voltage of this city's electric connector, this DC voltage converting circuit is pressed and is converted to secondary DC voltage for the primary direct current that this rectification circuit is exported, to give the power supply of the electricity consumption device in candle lamp.This control circuit is also for optionally offering electricity consumption device by this cylindrical lithium battery or rectangular cell or this secondary DC voltage;
This holder also offers the battery installation cavity for accommodating cylindrical lithium battery, and the sidewall of this holder is provided with the battery insertion groove for plug-in mounting quadrate lithium battery.
Further, this lamp housing comprises outer lamp housing and interior lamp housing, and this interior lamp housing is made up of metal or plastic material, and this outer lamp housing is made up of wax or imitative wax sculpture material, this wick assembling through hole and this interior lamp housing coaxial line.
Further, this Simulated candle lamp also comprises the circuit board for laying this control circuit; This housing comprises lamp housing, base, set casing and holder; Between this lamp housing and this base, form a receiving space, this holder and this set casing are all contained in this lamp housing, and this holder is installed on the roof of this base, and this set casing is arranged on the roof of this holder; The roof of this lamp housing is offered a wick assembling through hole;
This set casing comprises the left shell and the right shell body that are interlocked, in this left shell and right shell body, respectively offer an installation groove, the installation groove of left shell and right shell body forms a groove group for the circuit board of pegging graft, this motor is positioned at the below of this circuit board, this circuit board is offered a through hole, the output shaft of this motor is through this through hole, and this connecting rod and projection are all positioned at the top of this circuit board.
Further, this Simulated candle lamp also comprises that one is installed on the radio receiving transmitting module in this housing, and this radio receiving transmitting module is used for receiving the control signal from mobile electronic device or remote controller, and this control signal is sent to this control circuit.
Further, this light source comprises light-gathering luminous diode, and the body end of this light-gathering luminous diode forms convex lens.
The beneficial effects of the utility model are as follows:
1, wick of the present utility model can rock once in a while as actual flame.Driving mechanism of the present utility model intermittently produces active force on this pendulum, and then this wick intermittence is swung, when wick swings, light distribution on reflective surface also can correspondence change, thereby make this wick produce the effect of rocking as actual candle flame, and produce active force because this driving mechanism is intermittent, can avoid wick moment of the Simulated candle lamp of prior art swing the tension that causes to people, the effect of rocking of this programme more approaches actual candle flame, thereby can bring pleasant mood and loosen mood to people.Naturally rocking of this wick, height emulation, simultaneously again can be because high-temperature may cause fire as real flame.The utility model is realized high simulated effect by the improvement of machinery and electronics aspect, and at least one light source sends light at circulating working mode and rocks the high simulated effect of flicker by reflecting to form of wick.
2, relative direct light, light after reflection can possess the soft faint feature of candle light.
3, light source of the present utility model produces the light effect of soft flicker under the control of program, zones of different brightness and flicker effect that highly artificial actual candle flame causes due to hydrocarbon release in the time of burning.Light source of the present utility model with setpoint frequency periodic duty in highlight mode and half-light pattern, thereby the light intensity that this light source is sent changes with predeterminated frequency, and then make this wick produce flicker effect a kind of as that actual candle flame has due to candle combustion.
4, be the candle flame of height artificial actual, the indirect light after the utility model utilization reflection is gathered in the middle part of wick, in desalination to the periphery gradually, to imitate the different brightness of zones of different of actual candle flame.The light intensity of the domatic groove of this wick is greater than the light intensity of the reflective domatic and right reflective domatic outer rim in this left side, thereby makes this wick present the effect of actual candle flame, and flame kernel is bright in flame periphery.
5, each streamlined air-flow track that forms on the reflective surface of this wick and this curved surface backlight, when fragrance air-flow passes this wick assembling through hole, streamlined air-flow track along this wick rises, and then form an air-flow whirlpool at the top of this wick periphery, this air-flow whirlpool rocks this wick generation nature, and then the light distribution on reflective surface is changed, thereby make this wick produce the vivid effect of the candle light that flickers, a burst of fragrance is added the candle light that naturally flickers, and makes joyful and comfortable the loosening of popular feelings.
In addition, in the time that there is the moving wick of wind in movable simulation candle lamp or the external world, the streamlined air-flow track of this wick also can make its top form air-flow whirlpool, and then the light distribution on reflective surface is changed, and produces the vivid effect of the candle light that flickers.
6, the utility model relates to multiple driving mechanism design, circuit board is detachably installed in housing, convenient for different driving mechanism replacing circuit boards, manufacturer can be by other element collocation assemblings of different driving mechanisms and this Simulated candle lamp, convenient and swift, reduce production costs, user also can buy back voluntarily different driving mechanism and change on demand, more personalized.
7, in order to imitate actual Scented candle, this device also discloses the escape way for transmitting aromatic odor.In the time of starting fan, it is indoor that extraneous air-flow enters this venting cavity by the ventilation groove of this base, enter in this cylindrical cavity by ventilation through hole and vent openings again, during via this aromatic, form fragrant air-flow, this aroma stream enters in the cavity of this set casing by passage, finally give out the external world by this wick assembling through hole, not only safety, and also fragrance effect is good.The rotating speed of fan can be regulated by user's hobby, or determines according to the required space being full of of aromatic odor.
8, not only can be powered by electric main, also can be directly by multiple lithium battery power supply.
9, be built-in with radio receiving transmitting module, convenient control.
10, for the smell that prevents aromatic is mixed and affects the treatment in the paraffin taste melting, the utility model separates essential oil with wax, and essential oil can be stored in removable sachet, and fragrance can be taken out of outside equipment by above-mentioned air-flow.User can be by regulating rotation speed of the fan to control the concentration of fragrance.
11, the common realization of soft faint light and fragrant curative effect loosened and tranquil mood.
Accompanying drawing explanation
Fig. 1 is the combination stereogram of the preferred embodiments of the utility model Simulated candle lamp.
Fig. 2 is the profile of the Simulated candle lamp of Fig. 1.
Fig. 3 is the part stereogram of the first preferred embodiment of the utility model Simulated candle lamp.
Fig. 4 is the part stereogram of the second preferred embodiment of the utility model Simulated candle lamp.
Fig. 5 is the part stereogram of the 3rd preferred embodiment of the utility model Simulated candle lamp.
Fig. 6 is the stereogram of the wick of the Simulated candle lamp of Fig. 1.
Fig. 7 is the stereogram of another view of the wick of the Simulated candle lamp of Fig. 1.
Fig. 8 is the top view of the wick of the Simulated candle lamp of Fig. 1.
Fig. 9 is the upward view of the wick of the Simulated candle lamp of Fig. 1.
Figure 10 is the stereogram of the baffle plate of the Simulated candle lamp of Fig. 1.
Figure 11 is the profile of the baffle plate of the Simulated candle lamp of Fig. 1.
Figure 12 is the stereogram of the left shell of the set casing of the Simulated candle lamp of Fig. 1.
Figure 13 is the stereogram of the holder of the Simulated candle lamp of Fig. 1.
Figure 14 is the stereogram of another view of the holder of the Simulated candle lamp of Fig. 1.
The specific embodiment
Below in conjunction with accompanying drawing and the specific embodiment, the utility model is described further:
Refer to Fig. 1 to Figure 14, the utility model relates to a kind of Simulated candle lamp, and its preferred embodiments comprises hollow housing, is located at artificial candle flame equipment, champignon equipment and power supply unit in housing.This power supply unit is for the electricity consumption device power supply to this Simulated candle lamp.
Refer to Fig. 2 and Fig. 3, this artificial candle flame equipment compriseswick 30,light source 40, driving mechanism and control circuit, and this control circuit is laid oncircuit board 73.
Refer to Fig. 6, thiswick 30 comprises integrated light-reflectingportion 31, pivot part 32 and pendulum 33, pivot part 32 is between light-reflectingportion 31 and pendulum 33, thiswick 30 is installed on this housing by these pivot part 32 pivotables, this light-reflectingportion 31 is extended outside this housing, and this pendulum 33 is positioned at this housing.
Refer to Fig. 7 and Fig. 8, this light-reflectingportion 31 is for having the plates of candle flame profile, it is made up ofreflective surface 312 andcurved surface backlight 313, thisreflective surface 312 is by a left side reflective domatic and right reflective domatic composition, the left reflective domatic and right reflective diminishing domatic groove from bottom to top that forms between domatic, accordingly, the middle part of thiscurved surface 313 backlight forms the projection of mating with domatic groove, the top of this light-reflectingportion 31 is towardcurved surface 313 directions backlight and depart from center vertical curve bending, for example bending 15 degree, the lower end of this light-reflectingportion 31 is towardreflective surface 312 direction bendings, thereby make each streamlined air-flow track that forms on thisreflective surface 312 and thiscurved surface 313 backlight.This pivot part 32 offers the flat board of through hole for middle part.The outer surface of this pendulum 33 is surrounded by bottom surface, circumference side and the conical surface from bottom to top, and this bottom surface can be hemisphere face or plane.
After the light optically focused that thislight source 40 sends, slant on thereflective surface 312 of thiswick 30, penetrate reflective domatic and right reflective domatic a part of light in a left side and be reflected into this domatic groove, enter human eye via domatic groove reflection again, penetrating reflective domatic and right reflective domatic another part light in a left side directly reflects and enters human eye, so, the light intensity of domatic groove is greater than the light intensity of the reflective domatic and right reflective domatic outer rim in this left side, thereby make thiswick 30 present the effect of actual candle flame, flame kernel is bright in flame periphery.Preferably, thislight source 40 is positioned at the positive inferoanterior of thisreflective surface 312.
This control circuit be used for controlling thislight source 40 with setpoint frequency periodic duty in highlight mode and half-light pattern, thereby the light intensity that thislight source 40 is sent changes with predeterminated frequency, and then make thiswick 30 produce flicker effect a kind of as that actual candle flame has due to candle combustion.Wherein, this highlight mode is relative half-light pattern, and for example, in the time of highlight mode, thislight source 40 sends the light intensity under rated output, and, in the time of half-light pattern, thislight source 40 sends the light intensity under 80% rated output.This control circuit can change the light intensity oflight source 40 by curtage or the power of controlling thislight source 40, thereby makes thislight source 40 work in corresponding pattern.
In this enforcement, thislight source 40 comprises light-gathering luminous diode, and the body end of this light-gathering luminous diode forms convex lens, has optically focused effect.In other embodiment, thislight source 40 can adopt common non-light-gathering luminous diode, only convex lens need be installed before light emitting diode.Thislight source 40 also can comprise multiple light emitting diodes, to make the variation of flame light more enrich true to nature.
This driving mechanism is located at the below of this wick 30.This control circuit also drives signal to this driving mechanism for sending, to make this driving mechanism intermittently produce active force on thispendulum 30, and then thiswick 30 is swung, whenwick 30 swings, light distribution onreflective surface 312 also can correspondence change, thereby make thiswick 30 produce the effect of rocking as actual candle flame, and produce active force because this driving mechanism is intermittent, can avoid wick moment of the Simulated candle lamp of prior art swing the tension that causes to people, the effect of rocking of this programme more approaches actual candle flame, thereby can bring pleasant mood and loosen mood to people.
Refer to Fig. 3, in the first preferred embodiment, this driving mechanism comprisesmotor 91, connectingrod 92 and projection 93.One end of this connectingrod 92 is installed on the output shaft ofmotor 91, and thisprojection 93 is vertically installed on another end of this connectingrod 92, and thismotor 91 is electrically connected this control circuit.In the time that this control circuit sends driving signal to thismotor 91, thisprojection 93 is along with connectingrod 92 circles on horizontal plane, thisprojection 93 often turns around by this pendulum 33 of touching once, thereby realize and intermittently produce active force on this pendulum 33, more approach candle flame to make wick naturally rock effect, realize the function of loosening mood.
Can arrange the interval time of touching this pendulum 33 by the rotating speed of adjusting thismotor 91, and the rotating speed ofmotor 91 is larger, and interval time is shorter; Also can realize by the quantity of adjusting this connectingrod 92 andprojection 93 interval time,projection 93 is corresponding one by one with connectingrod 92, and plural connectingrod 92 is along the circumferential direction uniformly distributed, in the case of the rotating speed ofmotor 91 is constant, quantity is more, and interval time is shorter.
Preferably, thisprojection 93 is conically shaped body, can realize with the natural transition of pendulum 33 and contacting.
Refer to Fig. 4, in the second preferred embodiment, this pendulum 33 is magnetic part, magnetic element can be embedded in to the bottom of this pendulum 33 as iron or magnetite, also can directly make this pendulum 33 with magnetic material.This driving mechanism comprises thatmotor 191, connectingrod 192 andmagnetic block 193 are as iron block or magnetite.One end of this connectingrod 192 is installed on the output shaft of thismotor 191, and thismagnetic block 193 is installed on another end of this connecting rod 192.Thismagnetic part 193 can be one-body molded with this connectingrod 192, also can inlay or be welded on this connecting rod 192.Thismotor 191 is electrically connected this control circuit.In the time that this control circuit sends driving signal to thismotor 191, thismagnetic block 193 is along with connectingrod 192 circles on the water surface, thismagnetic block 193 will be periodically near this pendulum 33, when thismagnetic block 193 is during near this pendulum 33, magnetic field force between thismagnetic block 193 and pendulum 33 drives the swing of naturally flickering of thiswick 30, thereby make wick rock effect and more approach candle flame, realize the function of loosening mood.
Magnetic field force acts on can be realized by the rotating speed of adjustingmotor 191 interval time of pendulum 33, the rotating speed ofmotor 191 is larger, interval time is shorter, also can realize by the quantity that increases connectingrod 192 andmagnetic block 193, wherein, connectingrod 192 andmagnetic block 193 are corresponding one by one, and multiple connectingrods 192 are along the circumferential direction evenly distributed, the quantity of connectingrod 192 is more, and interval time is shorter.
Refer to Fig. 5, in the 3rd embodiment, this pendulum 33 is magnetic part, can, by magnetic element as iron or magnetite are embedded in the bottom of this pendulum 33, also can be directly used in magnetic material and make this pendulum 33.This driving mechanism comprise be positioned at this pendulum 33 undersolenoid 291, this control circuit is for intermittently powering to thissolenoid 291, act on this pendulum 33 to make thissolenoid 291 intermittently produce magnetic field force, and then make thiswick 30 naturally wave and rock.
The different technologies feature of above-mentioned the first preferred embodiment, the second preferred embodiment and the 3rd preferred embodiment is only driving mechanism and pendulum 33, and other technologies feature homogeneous phase is suitable for.
Refer to Fig. 2, this champignon equipment comprisesfan 50, aromatic (not shown) and is located at the gas channel in this housing.The air intake vent of gas channel is positioned at the lower end of this housing, and the air outlet of this gas channel is positioned at the top of this housing, and thisfan 50 is arranged in this gas channel, and this aromatic is between thisfan 50 and the air intake vent of this gas channel.This control circuit is also for thisfan 50 of intermittent startup, in the time thatfan 50 starts, air-flow enters from air intake vent, forms a fragrant air-flow during via this aromatic, this aroma circulation passing throughfan 50 is discharged from this gas channel outlet, and then is dispersed into surrounding enviroment.
This power supply unit comprisescylindrical lithium battery 72,quadrate lithium battery 71, rectification circuit, DC voltage converting circuit and city's electric connector.This rectification circuit is for pressing be converted to primary direct current from the alternating voltage of this city's electric connector, this DC voltage converting circuit is pressed and is converted to secondary DC voltage for the primary direct current that this rectification circuit is exported, to give the power supply of the electricity consumption device in candle lamp.This control circuit is also for optionally offering electricity consumption device by thiscylindrical lithium battery 72 orrectangular cell 71 or this secondary DC voltage.
Refer to Fig. 2, this housing compriseslamp housing 10,base 74, setcasing 20 andholder 60.
Between thislamp housing 10 and thisbase 74, form a receiving space, thisholder 60 and this set casing 20 are all contained in thislamp housing 10, and thisholder 60 is installed on the roof of thisbase 74, and this set casing 20 is arranged on the roof of thisholder 60.
Refer to Fig. 1 and Fig. 2, the roof of thislamp housing 10 is offered a wick assembling through hole 15.In the present embodiment, thislamp housing 10 comprisesouter lamp housing 11 andinterior lamp housing 12, and thisinterior lamp housing 12 can be made up of metal or plastic material, and thisouter lamp housing 11 can be made up of wax or imitative wax sculpture material, to make thislamp housing 10 be exactly like candle in appearance.This wick assembling through hole 15 and theseinterior lamp housing 12 coaxial lines, with ease of assembly, and be suitable for and multiple outer lamp housing collocation use.
Refer to Figure 12, this set casing 20 both ends opens and hollow, the two-phase contraposition that these set casing 20 inwalls are located at respectively at the two ends of onewick support member 39 is set up, and thiswick support member 39 is through the through hole of the pivot part 32 of thiswick 30, and across the upper shed of this set casing 20.Thiswick 30 hangs on thiswick support member 39 under the Action of Gravity Field of pendulum 33, and the light-reflectingportion 31 of thiswick 30 passes the wick pilot hole 15 of thislamp housing 10 by the upper shed of this set casing 20.In the time moving this Simulated candle lamp or be given a shock, thiswick 30 thesewick support member 39 pivotables relatively, thereby naturally rock, the candle light that flickers when moving or be given a shock as actual candle, in addition, in the time that there is breeze winnowing the top ofwick 30, due to the ad hoc structure of above-mentioned light-reflectingportion 31, thiswick 30 will naturally flicker and rock, and the attitude of flickering with actual candle flame in gentle breeze is close, and is really true to life.
Refer to Figure 12, the inwall of this set casing 20 is provided with thebright dipping platform 21 for embeddedlight source 40, thisbright dipping platform 21 is positioned at the positive inferoanterior of the reflective surface of this light-reflectingportion 31, and the exiting surface of thisbright dipping platform 21 becomes obtuse angle with horizontal plane, so that the light after optically focused is slanted on this reflective surface 321.
Thisfan 50 is installed in the cavity of this set casing 20, and is positioned at the lower opening of thisset casing 20.
Refer to Figure 12, this set casing 20 comprises the left shell and the right shell body that are interlocked, in this left shell and right shell body, respectively offer aninstallation groove 29, theinstallation groove 29 of left shell and right shell body forms a groove group for thecircuit board 73 of pegging graft, and thiscircuit board 73 is between thisfan 50 and pendulum 33.
Refer to Fig. 3 and Fig. 4, in above-mentioned the first preferred embodiments and the second preferred embodiments, thismotor circuit board 73, thiscircuit board 73 is offered a through hole, the output shaft of thismotor 91 is through this through hole, and this connectingrod projection 93 andmagnetic block 193 are all positioned at the top of this circuit board 73.In above-mentioned the 3rd preferred embodiments, thissolenoid 291 is installed on this circuit board 73.So, manufacturer can assemble other element collocation of different driving mechanisms and this Simulated candle lamp, convenient and swift, reduces production costs, and user also can buy back voluntarily different driving mechanism and change on demand, more personalized.
Refer to Figure 13 and Figure 14, thisholder 60 is vertically offered acylindrical cavity 61, the roof of thisholder 60 is offered some equally distributedpassages 62, and eachpassage 62 is all communicated with thiscylindrical cavity 61, and the diapire of thisholder 60 is offered the vent openings of thiscylindrical cavity 61 of a connection.
Refer to Figure 10 and Figure 11, this base 74 comprises pedestal 747, baffle plate 749 and four feets 748, on this pedestal 747, offer an air inlet openings for the vent openings to this holder 60 just, this baffle plate 749 is removably installed in this air inlet openings, this baffle plate 749 comprises substrate 7491 and some blend stops 7492, on this substrate 7492, offer the strip the being intervally arranged ventilation through hole that quantity is identical with shelves bar 7492, two ends of each grade of bar 7492 are located on substrate 7491, each grade of bar 7491 and substrate 7491 are separately, each grade of bar 7492 be positioned at corresponding blend stop 7492 directly over, each strip ventilation through hole of the interval between each blend stop 7492 and substrate 7491 and substrate 7491 forms the ventilation device of baffle plate 749, thereby not only blocking property is good to make this baffle plate 749, aromatic in cylindrical cavity 61 can not be dropped out, also can be under the guiding of fan, by extraneous wind rapid, high volume suck in cylindrical cavity 61, relatively simple through hole, the ventilation device of this baffle plate 749 can be accelerated inlet air speed, and be added to air quantity.If aromatic uses, baffle plate 749 can be taken off, then aromatic is packed in cylindrical cavity 61.
Fourfeets 748 are installed on thispedestal 747, while making this candle lamp be positioned over supporting surface, form interval with supporting surface, thereby air-flow can be entered in the logical structure of ventilation ofbaffle plate 749 via interval.
The just under shed to this set casing 20 of somepassages 62 of thisholder 60, to make thecylindrical cavity 61 of thisholder 60 be communicated with the cavity of this set casing 20.Thecylindrical cavity 61 of thisholder 60 and the cavity of this set casing 20 form said flow passage, and the ventilation device of thisbaffle plate 749 is the air intake vent of said flow passage, and the wick assembling through hole 15 of thislamp housing 10 is the air outlet of said flow passage.
In the present embodiment, aromatic is positioned at thecylindrical cavity 61 of this holder 60.In the time thatfan 50 starts, extraneous air-flow enters in thiscylindrical cavity 61 by the ventilation device of thisbaffle plate 749, during via this aromatic, form fragrant air-flow, this aroma stream enters in the cavity of this set casing 20 bypassage 62, finally gives out the external world by this wick assembling through hole 15.
When this fragrance air-flow passes this wick assembling through hole 15, streamlined air-flow track along thiswick 30 rises, and then form an air-flow whirlpool (as shown in Figure 7) at the top of thiswick 30 periphery, this air-flow whirlpool makes thiswick 30 produce nature to rock, and then the light distribution on reflective surface 321 is changed, make thiswick 30 produce the vivid effect of the candle light that flickers, a burst of fragrance is added the candle light that naturally flickers, and makes joyful and comfortable the loosening of popular feelings.
Refer to Figure 14, thisholder 60 also offers the battery installation cavity 67 for accommodatingcylindrical lithium battery 72, and the sidewall of thisholder 60 is provided with thebattery insertion groove 68 for plug-in mountingquadrate lithium battery 71.
This Simulated candle lamp also comprises that one is installed on the radio receiving transmitting module in this housing, and this radio receiving transmitting module is used for receiving the control signal from mobile electronic device or remote controller, and this control signal is sent to this control circuit.This radio receiving transmitting module can be bluetooth transceiver module, RF receiving and transmission module, 2G/3G transceiver module or GPRS transceiver module.
For a person skilled in the art, can be according to technical scheme described above and design, make other various corresponding changes and distortion, and these all changes and distortion all should belong to the protection domain of the utility model claim within.
Claims (16)
1. a Simulated candle lamp, is characterized in that: it comprises hollow housing and is located at the artificial candle flame equipment in housing; This artificial candle flame equipment comprises wick, light source, driving mechanism and control circuit;
This wick comprises integrated light-reflecting portion, pivot part and pendulum, and pivoted position is between light-reflecting portion and pendulum, and this wick is installed on housing by this pivot part pivotable, and this light-reflecting portion is extended outside this housing, and this pendulum is positioned at this housing;
This light source is installed on housing, and its light sending slants in the light-reflecting portion of this wick after optically focused;
This driving mechanism is located at the below of this wick, and this control circuit is used for sending driving signal to this driving mechanism, to make this driving mechanism intermittently produce active force on this pendulum.
2. Simulated candle lamp as claimed in claim 1, is characterized in that: this control circuit also for control this light source with setpoint frequency periodic duty in highlight mode and half-light pattern.
3. Simulated candle lamp as claimed in claim 1 or 2, is characterized in that: this driving mechanism comprises motor, connecting rod and projection; One end of this connecting rod is installed on the output shaft of motor, and this projection is vertically installed on another end of this connecting rod, and this motor is electrically connected this control circuit; In the time that this control circuit sends driving signal to this motor, this projection is along with connecting rod circles on horizontal plane, and projection often turns around this pendulum of touching once.
4. Simulated candle lamp as claimed in claim 1 or 2, is characterized in that: this pendulum is magnetic part; This driving mechanism comprises motor, connecting rod and magnetic block; One end of this connecting rod is installed on the output shaft of this motor, and this magnetic block is installed on another end of this connecting rod; This motor is electrically connected this control circuit; In the time that this control circuit sends driving signal to this motor, this magnetic block is along with connecting rod circles on the water surface, and magnetic block often turns around by this pendulum of magnetic field force effect once.
5. Simulated candle lamp as claimed in claim 1 or 2, is characterized in that: this pendulum is magnetic part; This driving mechanism comprise be positioned at this pendulum under solenoid, this control circuit for intermittently powering to this solenoid, acts on this pendulum to make this solenoid intermittently produce magnetic field force.
6. Simulated candle lamp as claimed in claim 1 or 2, it is characterized in that: this light-reflecting portion is the plates with candle flame profile, it is made up of reflective surface and curved surface backlight, this reflective surface is by a left side reflective domatic and right reflective domatic composition, the left reflective domatic and right reflective diminishing domatic groove from bottom to top that forms between domatic.
7. Simulated candle lamp as claimed in claim 6, it is characterized in that: the middle part of this curved surface backlight forms the projection of mating with domatic groove, the top of this light-reflecting portion is toward curved surface direction backlight and depart from center vertical curve bending, the lower end of this light-reflecting portion, toward the bending of reflective surface direction, respectively forms streamlined air-flow track on this reflective surface and this curved surface backlight.
8. Simulated candle lamp as claimed in claim 7, is characterized in that: Simulated candle lamp also comprises champignon equipment, and this champignon equipment comprises fan, aromatic and is located at the gas channel in this housing; The air intake vent of gas channel is positioned at the lower end of this housing, and the air outlet of this gas channel is positioned at the top of this housing, and this fan is arranged in this gas channel, and this aromatic is between this fan and the air intake vent of this gas channel; This control circuit is also for this fan of intermittent startup.
9. Simulated candle lamp as claimed in claim 8, is characterized in that: this housing comprises lamp housing, base, set casing and holder; Between this lamp housing and this base, form a receiving space, this holder and this set casing are all contained in this lamp housing, and this holder is installed on the roof of this base, and this set casing is arranged on the roof of this holder; The roof of this lamp housing is offered a wick assembling through hole; This set casing both ends open and hollow;
This holder is vertically offered a cylindrical cavity, and the roof of this holder is offered some equally distributed passages, and each passage is all communicated with this cylindrical cavity, and the diapire of this holder is offered the vent openings of this cylindrical cavity of connection;
This base comprises pedestal, baffle plate and four feets, on this pedestal, offer an air inlet openings for the vent openings to this holder just, this baffle plate is removably installed in this air inlet openings, this baffle plate comprises substrate and some blend stops, on this substrate, offer the strip the being intervally arranged ventilation through hole that quantity is identical with shelves bar, two ends of each grade of bar are located on substrate, each grade of bar and substrate are separately, each grade of bar be positioned at corresponding blend stop directly over, each strip ventilation through hole of the interval between each blend stop and substrate and substrate forms the ventilation device of baffle plate;
Four feets are installed on this pedestal;
The just under shed to this set casing of some passages of this holder, to make the cylindrical cavity of this holder be communicated with the cavity of this set casing; The cylindrical cavity of this holder and the cavity of this set casing form said flow passage, and the ventilation device of this baffle plate is the air intake vent of said flow passage, and the wick assembling through hole of this lamp housing is the air outlet of said flow passage; Aromatic is positioned at this cylindrical cavity; This fan is installed in the cavity of this set casing, and is positioned at the lower opening of this set casing.
10. Simulated candle lamp as claimed in claim 9, is characterized in that: this Simulated candle lamp also comprises wick support member; The two-phase contraposition that this set casing inwall is located at respectively at the two ends of wick support member is set up, and this wick support member is through the through hole of the pivot part of this wick, and across the upper shed of this set casing, this wick hangs on this wick support member under the Action of Gravity Field of pendulum, and the light-reflecting portion of this wick passes the wick pilot hole of this lamp housing by the upper shed of this set casing.
11. Simulated candle lamps as claimed in claim 9, it is characterized in that: the inwall of this set casing is provided with the bright dipping platform for embedded light source, this bright dipping platform is positioned at the positive inferoanterior of the reflective surface of this light-reflecting portion, the exiting surface of this bright dipping platform becomes obtuse angle with horizontal plane, so that the light after optically focused is slanted on this reflective surface.
12. Simulated candle lamps as claimed in claim 9, is characterized in that: this Simulated candle lamp also comprises power supply unit, and this power supply unit comprises cylindrical lithium battery, quadrate lithium battery, rectification circuit, DC voltage converting circuit and city's electric connector; This rectification circuit is for pressing be converted to primary direct current from the alternating voltage of this city's electric connector, this DC voltage converting circuit is pressed and is converted to secondary DC voltage for the primary direct current that this rectification circuit is exported, to give the power supply of the electricity consumption device in candle lamp; This control circuit is also for optionally offering electricity consumption device by this cylindrical lithium battery or rectangular cell or this secondary DC voltage;
This holder also offers the battery installation cavity for accommodating cylindrical lithium battery, and the sidewall of this holder is provided with the battery insertion groove for plug-in mounting quadrate lithium battery.
13. Simulated candle lamps as claimed in claim 9, is characterized in that: this lamp housing comprises outer lamp housing and interior lamp housing, and this interior lamp housing is made up of metal or plastic material, and this outer lamp housing is made up of wax or imitative wax sculpture material, this wick assembling through hole and this interior lamp housing coaxial line.
14. Simulated candle lamps as claimed in claim 3, is characterized in that: this Simulated candle lamp also comprises the circuit board for laying this control circuit; This housing comprises lamp housing, base, set casing and holder; Between this lamp housing and this base, form a receiving space, this holder and this set casing are all contained in this lamp housing, and this holder is installed on the roof of this base, and this set casing is arranged on the roof of this holder; The roof of this lamp housing is offered a wick assembling through hole;
This set casing comprises the left shell and the right shell body that are interlocked, in this left shell and right shell body, respectively offer an installation groove, the installation groove of left shell and right shell body forms a groove group for the circuit board of pegging graft, this motor is positioned at the below of this circuit board, this circuit board is offered a through hole, the output shaft of this motor is through this through hole, and this connecting rod and projection are all positioned at the top of this circuit board.
15. Simulated candle lamps as claimed in claim 1 or 2, it is characterized in that: this Simulated candle lamp also comprises that one is installed on the radio receiving transmitting module in this housing, this radio receiving transmitting module is used for receiving the control signal from mobile electronic device or remote controller, and this control signal is sent to this control circuit.
16. Simulated candle lamps as claimed in claim 1 or 2, is characterized in that: this light source comprises light-gathering luminous diode, and the body end of this light-gathering luminous diode forms convex lens.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320746404.6UCN203628510U (en) | 2013-11-21 | 2013-11-21 | Simulation candle lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320746404.6UCN203628510U (en) | 2013-11-21 | 2013-11-21 | Simulation candle lamp |
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| Publication Number | Publication Date |
|---|---|
| CN203628510Utrue CN203628510U (en) | 2014-06-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320746404.6UExpired - Fee RelatedCN203628510U (en) | 2013-11-21 | 2013-11-21 | Simulation candle lamp |
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| CN (1) | CN203628510U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104061523A (en)* | 2013-11-21 | 2014-09-24 | 杨斌 | Simulated candle lamp and lamp wick |
| CN104100922A (en)* | 2014-07-23 | 2014-10-15 | 慈溪市高尔佳工艺品有限公司 | High-imitation LED (light emitting diode) candle lamp |
| CN104279498A (en)* | 2014-06-24 | 2015-01-14 | 李晓锋 | Fire-simulated lighting device |
| CN106090817A (en)* | 2016-07-28 | 2016-11-09 | 李晓锋 | A kind of electric candle system |
| CN107289417A (en)* | 2017-05-11 | 2017-10-24 | 陈善长 | A kind of Simulated candle lamp |
| CN107726229A (en)* | 2017-11-15 | 2018-02-23 | 伍尚强 | A kind of candle light analogue means with water-proof function |
| EP3640528A1 (en)* | 2018-10-16 | 2020-04-22 | Shenzhen Lycas Electronics Co., Ltd | Aroma candle lamp with 3d swinging lamp |
- 2013
- 2013-11-21CNCN201320746404.6Upatent/CN203628510U/ennot_activeExpired - Fee Related
Cited By (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104061523B (en)* | 2013-11-21 | 2016-06-15 | 杨斌 | Simulated candle lamp and wick |
| WO2015074482A1 (en)* | 2013-11-21 | 2015-05-28 | 杨琴 | Simulated candle lamp and lamp wick |
| CN104061523A (en)* | 2013-11-21 | 2014-09-24 | 杨斌 | Simulated candle lamp and lamp wick |
| CN104279498A (en)* | 2014-06-24 | 2015-01-14 | 李晓锋 | Fire-simulated lighting device |
| CN104279498B (en)* | 2014-06-24 | 2016-06-15 | 李晓锋 | A kind of illuminator simulating kidney-yang luminescence |
| CN104100922A (en)* | 2014-07-23 | 2014-10-15 | 慈溪市高尔佳工艺品有限公司 | High-imitation LED (light emitting diode) candle lamp |
| CN104100922B (en)* | 2014-07-23 | 2015-12-02 | 慈溪市高尔佳工艺品有限公司 | A kind of LED candle light fixture of high emulation |
| CN106090817A (en)* | 2016-07-28 | 2016-11-09 | 李晓锋 | A kind of electric candle system |
| CN107289417A (en)* | 2017-05-11 | 2017-10-24 | 陈善长 | A kind of Simulated candle lamp |
| CN107726229A (en)* | 2017-11-15 | 2018-02-23 | 伍尚强 | A kind of candle light analogue means with water-proof function |
| CN107726229B (en)* | 2017-11-15 | 2024-08-02 | 伍尚强 | Candle light simulation device with waterproof function |
| EP3640528A1 (en)* | 2018-10-16 | 2020-04-22 | Shenzhen Lycas Electronics Co., Ltd | Aroma candle lamp with 3d swinging lamp |
| US11110194B2 (en) | 2018-10-16 | 2021-09-07 | Shenzhen Lycas Electronics Co., Ltd | Aroma candle lamp with 3D swinging flame |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | Granted publication date:20140604 Termination date:20151121 | |
| EXPY | Termination of patent right or utility model |