CN208253431U - Simulate candle device - Google Patents

Abstract

The utility model discloses a kind of simulation candle device, the candle cavity including flame simulating body, motor, rotating seat, magnet, battery, lamp source and hollow structure.Hollow structure forms the accommodating cavity that top has opening, and flame simulating body lower end, which passes through, is open and is formed pushed part, and upper end stretches out candle cavity and forms flame simulating portion.Lamp source is loaded on the top of candle cavity.The output shaft of motor is in upwardly disposed, and rotating seat is loaded on output shaft, and magnet is loaded on rotating seat, and magnet also deviates the axle center of output shaft, and pushed part is equipped with adsorption structure；The bottom in flame simulating portion has one of both projective structure and sunk structure, and lamp source accordingly has the other of both projective structure and sunk structure, and flame simulating body is suspended on candle cavity when projective structure and sunk structure cooperate；Pushed part does the shaking coordinated by the cooperation of adsorption structure and magnet when motor drives rotating seat to rotate, with advantage simple, at low cost up to structure and that simulation effect is good.

Description

Simulate candle device

Technical field

The utility model relates to lighting area more particularly to a kind of simulation candle devices with simulated effect.

Background technique

With economical continuous development and continuous improvement of people's living standards, so that people are to various consumer goods It is required that becoming higher and higher, to meet the Individualized Pursuit of people, and candle is exactly one of many consumer goods.

It is well known that traditional candle be to achieve the effect that illumination by way of combusting, meanwhile, can also bring pollution The problem of environment, so, the use of traditional candle is restricted.The flame as caused by the candle in combusting itself is seen again Get up very intuitive and there is personalization, be suitably adapted in personalized decoration places, therefore, imitates the simulation candle of flame effect It comes into being.

Simulate candle be a kind of simulator, its connect battery when, carried out by the light-emitting component on itself it is luminous, from And reach the traditional candle of simulation generated flame effect in burning.Just since the flame effect of simulation candle is not by itself Produced by burning, and produced by the light-emitting component by being powered, so that the problem of pollution environment is not present in simulation candle, thus Accelerate the universal dynamics and range of simulation candle.

But existing simulation have the defects that production cost is relatively high and the simulation of flame the effect is relatively poor.

Therefore, it is badly in need of wanting that a kind of structure is simple, simulation candle device at low cost lower and that simulation effect is good is above-mentioned to overcome Defect.

Utility model content

The purpose of this utility model is to provide a kind of structures, and simulation candle simple, at low cost lower and that simulation effect is good fills It sets.

In order to achieve the above object, the utility model provides a kind of simulation candle device, including flame simulating body, electricity Pond, motor, rotating seat, magnet, lamp source and hollow structure candle cavity.The hollow structure forms the appearance that top has opening Chamber is set, the lower end of the flame simulating body is passed down through the opening and protrudes into the accommodating cavity, the flame simulating position Pushed part is formed in the position in the accommodating cavity, the upper end of the flame simulating body is stretched out the candle cavity upwards and formed Flame simulating portion；The battery is installed in the bottom of the accommodating cavity and is electrically connected with the lamp source, the lamp source installation At the top of the candle cavity, the lamp source is also corresponding with the flame simulating portion；The motor and the battery are electrical Connection, the output shaft of the motor is in upwardly disposed, and the rotating seat is mounted on the output shaft, and the magnet is mounted on institute It states on rotating seat, the magnet also deviates the axial line of the output shaft, and the pushed part is equipped with to be inhaled by the magnet magnetism Attached adsorption structure；The bottom in the flame simulating portion has one of both projective structure and sunk structure, the lamp source With the other of both projective structure and sunk structure, the flame simulating body is tied in the projective structure and the recess Structure is suspended on the candle cavity when cooperating；The pushed part is when the motor drives the rotating seat to rotate by described The shaking coordinated is done in the cooperation of adsorption structure and the magnet.

Preferably, the top of the rotating seat has spherical concave structure, concave structure described in the pushed part face Center, the magnet is located at the outside of the pushed part.

Preferably, the pushed part is slab organization.

Preferably, the pushed part is the arcuate structure of evagination, the adsorption structure position in face of the end of the rotating seat In on the arcuate structure.

Preferably, the flame simulating portion is in up-small and down-big cone-shaped, the lamp source is located at the flame simulating portion Outside.

Preferably, the lamp source is mounted obliquely within the Ray obliquity that the top of the candle cavity is generated with the lamp source Ground impinges upon in the flame simulating portion.

Preferably, the magnet at least two and along the direction of rotation of the rotating seat in arranged spaced apart.

Compared with prior art, by motor, rotating seat and magnet, the output shaft of motor is in upwardly disposed, rotating seat peace On output shaft, magnet is mounted on rotating seat, and magnet also deviates the axial line of output shaft, and pushed part is equipped with by magnet magnetic Property absorption adsorption structure, be suspended on candle cavity in conjunction with flame simulating body when projective structure and sunk structure cooperate； Therefore while motor drives rotating seat to rotate, pushed part is made to do the rolling coordinated by the cooperation of adsorption structure and magnet It is dynamic, drive flame simulating portion to do synchronous shaking, and the light irradiation generated in lamp source around projective structure by the pushed part shaken Under, so that flame simulating portion is generated the flame wafted and flashed, to improve the simulation effect of flame.Again due to the flame mould of the utility model Quasi- body is suspended on candle cavity when cooperating by projective structure and sunk structure, and flame simulating body and candle chamber are simplified The simulation effect of candle flame may be implemented in conjunction with motor, rotating seat, magnet, lamp source and battery for the matching relationship of body, thus So that the more compact structure and cost of the simulation candle device of the utility model are lower.

Detailed description of the invention

Fig. 1 is the planar structure schematic diagram of the simulation candle device of the utility model.

Specific embodiment

In order to which the technology contents, construction feature of the utility model is described in detail, below in conjunction with embodiment and cooperate attached drawing It is described further.

Referring to Fig. 1, the simulation candle device 100 of the utility model includes flame simulating body 10, motor 21, rotating seat 22, the candle cavity 40 of magnet 23, battery 24, lamp source 30 and hollow structure.The hollow structure of candle cavity 40 forms top tool There is the accommodating cavity 41 of opening 411, more preferably, accommodating cavity 41 is cylindrical in order to which the formation of accommodating cavity 41 is processed, certainly, accommodating Chamber 41 can also be other shapes, therefore be not limited.The lower end of flame simulating body 10 is passed down through opening 411 and protrudes into accommodating In chamber 41, and flame simulating body 10 is located at the position in accommodating cavity 41 and forms pushed part 11；The upper end of flame simulating body 10 is upward It stretches out candle cavity 40 and forms flame simulating portion 12；It is preferably that flame simulating portion 12 is in up-small and down-big cone-shaped to mention High flame simulating effect, and pushed part 11 is slab organization, pushed part 11 is the arc knot of evagination in face of the end of rotating seat 22 Structure 112, adsorption structure 113 are located on arcuate structure 112 in order to motor 21 through the cooperation of rotating seat 22 and magnet 23 to it Driving, but not limited to this.

As shown in Figure 1, motor 21, rotating seat 22 and magnet 23 are located in accommodating cavity 41, motor 21 electrically connects with battery 24 It connects, is that motor 21 provides the electric power of work by battery 24；In upwardly disposed, rotating seat 22 is mounted on the output shaft 211 of motor 21 On output shaft 211；Magnet 23 is mounted on rotating seat 22, and magnet 23 also deviates the axial line of output shaft 211, is set on pushed part 11 Have by the adsorption structure 113 of 23 magnetic absorption of magnet；It is preferably that the top of rotating seat 22 has spherical concave structure 221, The center of 11 face concave structure 221 of pushed part, magnet 23 is located at the outside of pushed part 11, so that magnet 23 is in rotating seat 23 More reliably pushed part 11 can be driven to shake and the magnetic absorption to the adsorption structure 113 on pushed part 11 acts on when rotation It is dynamic, but not limited to this；For example, magnet 23 at least two and along the direction of rotation of rotating seat 22 in arranged spaced apart, more Reliably pushed part 11 is driven to shake and the magnetic absorption to adsorption structure 113 acts on, but not limited to this.

As shown in Figure 1, battery 24 is installed in the bottom of accommodating cavity 41 and is electrically connected with lamp source 30, lamp source 30 is mounted on The top of candle cavity 40, and lamp source 30 is also corresponding with flame simulating portion 12, so that lamp source 30 provides electric power in battery 24 Effect is lower to generate light, so that the light be made to be irradiated in flame simulating portion 12；It is preferably that lamp source 30 is selected as LED light, with The lamp source 30 is set to have the advantages that environmental protection and service life are long, certainly, lamp source 30 can also be incandescent lamp etc., therefore not with above-mentioned citing It is limited.When flame simulating portion 12 is in up-small and down-big cone-shaped, lamp source 30 is located at the outside in flame simulating portion 12, preferably It is that lamp source 30 is mounted obliquely within the top of candle cavity 40, impinges upon flame simulating portion to the Ray obliquity generated with lamp source 30 On 12, to build more beautiful simulation effect, but not limited to this.

As shown in Figure 1, the bottom in flame simulating portion 12 has projective structure 50, lamp source 30 has sunk structure 60, so that Flame simulating body 10 is suspended on candle cavity 40 when projective structure 50 and sunk structure 60 cooperate, to make flame simulating portion 12 and pushed part 11 around projective structure 50 with respect to candle cavity 40 shake, therefore motor 21 drive rotating seat 22 rotate when, borrow The cooperation that the magnetic absorption helped between adsorption structure 113 and magnet 23 acts on, so that pushed part 11 follows the rotation of rotating seat 22 And the shaking coordinated is done around projective structure 50, to realize that simulation is wafted and flashed the purpose of flame.It will be appreciated that according to practical need It wants, sunk structure 60 can be formed at the bottom in flame simulating portion 12, and corresponding, projective structure 50 can be formed in lamp source 30, Equally it is able to achieve the purpose that projective structure 50 and sunk structure 60 cooperate.Preferably it is, as shown in Figure 1, projective structure 50 is upper Small cone structure under big, such as conical structure, accordingly, sunk structure 60 is spherical groove structure, in order to projective structure 50 in the activity on sunk structure 60, and but not limited to this.

Compared with prior art, by motor 21, rotating seat 22 and magnet 23, the output shaft 211 of motor 21 is in cloth upward It sets, rotating seat 22 is mounted on output shaft 211, and magnet 23 is mounted on rotating seat 22, and magnet 23 also deviates the axis of output shaft 211 Heart line, pushed part 11 are equipped with by the adsorption structure 113 of 23 magnetic absorption of magnet, in conjunction with flame simulating body 10 in projective structure 50 are suspended on candle cavity 40 when cooperating with sunk structure 60；Therefore while motor 21 drives rotating seat 22 to rotate, by The cooperation of adsorption structure 113 and magnet 23 and make pushed part 11 do the shaking coordinated, flame is driven by the pushed part 11 shaken Simulation part 12 does synchronous shaking around projective structure 50, and under the light irradiation that lamp source 30 generates, produces flame simulating portion 12 The raw flame wafted and flashed, to improve the simulation effect of flame.Again since the flame simulating body 10 of the utility model is by protrusion It is suspended on candle cavity 40 when structure 50 and sunk structure 60 cooperate, simplifies flame simulating body 10 and candle cavity 40 Matching relationship, the simulation that candle flame may be implemented in conjunction with motor 21, rotating seat 22, magnet 23, lamp source 30 and battery 24 are imitated Fruit, so that the more compact structure and cost of the simulation candle device 100 of the utility model are lower.

Above disclosed is only the preferred embodiment of the utility model, certainly cannot be practical new to limit this with this The interest field of type, therefore equivalent variations made according to the claim of the utility model still fall within what the utility model was covered Range.

Claims (7)

1. a kind of simulation candle device, the candle cavity including flame simulating body, battery, lamp source and hollow structure is described hollow Structure forms the accommodating cavity that top has opening, and the lower end of the flame simulating body is passed down through the opening and protrudes into the appearance Set intracavitary, the flame simulating body is located at the position in the accommodating cavity and forms pushed part, the upper end of the flame simulating body to It is upper to stretch out the candle cavity and form flame simulating portion, the battery be installed in the bottom of the accommodating cavity and with the lamp Source is electrically connected, and the lamp source is mounted on the top of the candle cavity, and the lamp source is also corresponding with the flame simulating portion, It is characterized in that, the simulation candle device further includes motor, rotating seat and magnet in the accommodating cavity, the motor It is electrically connected with the battery, the output shaft of the motor is in upwardly disposed, and the rotating seat is mounted on the output shaft, institute It states magnet to be mounted on the rotating seat, the magnet also deviates the axial line of the output shaft, and the pushed part is equipped with quilt The adsorption structure of the magnet magnetic absorption；The bottom in the flame simulating portion has in projective structure and sunk structure the two One, the lamp source have the other of both projective structure and sunk structure, and the flame simulating body is tied in the protrusion Structure and the sunk structure are suspended on the candle cavity when cooperating；The pushed part drives the rotating seat in the motor The shaking coordinated is done by the cooperation of the adsorption structure and the magnet when rotation.

2. simulation candle device as described in claim 1, which is characterized in that the top of the rotating seat has spherical concave surface Structure, the center of concave structure described in the pushed part face, the magnet are located at the outside of the pushed part.

3. simulation candle device as described in claim 1, which is characterized in that the pushed part is slab organization.

4. simulation candle device as claimed in claim 3, which is characterized in that the pushed part faces the end of the rotating seat For the arcuate structure of evagination, the adsorption structure is located on the arcuate structure.

5. simulation candle device as described in claim 1, which is characterized in that the flame simulating portion is in up-small and down-big cone Shape, the lamp source are located at the outside in the flame simulating portion.

6. simulation candle device as claimed in claim 5, which is characterized in that the lamp source is mounted obliquely within the candle chamber It impinges upon to the Ray obliquity that the top of body is generated with the lamp source in the flame simulating portion.

7. simulation candle device as described in claim 1, which is characterized in that the magnet at least two and along the rotation The direction of rotation of seat is in arranged spaced apart.