CN203298181U

CN203298181U - Electronic light-emitting device capable of simulating fire

Info

Publication number: CN203298181U
Application number: CN2013203812350U
Authority: CN
Inventors: 伍尚强
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-06-28
Filing date: 2013-06-28
Publication date: 2013-11-20
Anticipated expiration: 2023-06-28

Abstract

The utility model relates to an electronic light-emitting device capable of simulating fire. The electronic light-emitting device capable of simulating fire comprises a fire sheet, a fire sheet supporting base and a light-emitting element, wherein the fire sheet is arranged on the fire sheet support, and a swing mechanism is arranged between the fire sheet and the fire sheet supporting base. The fire sheet supporting base comprises an ejector pin, the upper portion of the fire sheet is a fire simulation part, the lower portion of the fire sheet is a cone with a hollow inside, and the ejector pin abuts against the top of the cone to support the fire sheet. The fire sheet can rotate for 360 degrees through the ejector pin, so that the fire sheet is less in limitation, flexible to swing and is more alike to simulate the fire. The light-emitting element is simple in installation structure, so that cost reduction is facilitated, swing of the fire sheet can be achieved through interactional magnetic bodies, and no noise is generated. The magnetic bodies can be magnets or solenoid coils, and the control on the swing of the fire sheet can be achieved by controlling the coils. A light source cover can protect parts such as the fire sheet well.

Description

Simulate kidney-yang electron emitting structure

Technical field:

The utility model relates to a kind of kidney-yang electron emitting structure of simulating.

Background technology:

In daily life, various simulation electronic light-emitting devices are widely used in various ornaments, toy, and compared to traditional true naked light, this analogue luminous device is wanted the many of safety, and can carry out as required low-keyed controlling, a lot of enjoyment of bringing for people's life.But with regard to the electron emitting structure of existing simulation candle light, kidney-yang great majority are realized hanging by miscellaneous part and are installed, complex structure, and this mounting means also makes the swing of kidney-yang be subject to a lot of restrictions, such as: can't rotate, can reduce so kidney-yang to kidney-yang simulate effect.

The utility model content:

For solving above-mentioned technical problem, the utility model provides a kind of kidney-yang kidney-yang electron emitting structure of simulation more free, that simulate effect is more true to nature.

The technical solution of the utility model is, a kind of kidney-yang electron emitting structure of simulation with following structure is provided, comprise kidney-yang, kidney-yang bearing and light-emitting component, kidney-yang is placed on kidney-yang bearing, between kidney-yang and kidney-yang bearing, be provided with swing mechanism, kidney-yang bearing comprises thimble, and the top of kidney-yang is the simulated fire part, bottom is the cone of inner hollow, and thimble withstands on kidney-yang of the top braces of cone.

As improvement, described swing mechanism comprises and is separately positioned on the magnet that can mutually apply active force on kidney-yang and kidney-yang bearing.

Concrete, the magnet on kidney-yang is magnet, and the magnet on kidney-yang bearing is solenoid.

Further, the bottom of kidney-yang is provided with the magnet of a plurality of circumferential distributions, and a plurality of solenoids circumferentially are distributed in a side of kidney-yang upper magnet.

As another kind, improve, light-emitting component through shore supports on kidney-yang bearing.

As improvement, pillar is provided with spacing ring, and the spacing ring ring set is kidney-yang centre.

Further perfect, it also comprises light source cover, and light source cover covers on outside light-emitting component and leaves the light through hole.

After adopting said structure, the utlity model has following advantage:

By thimble structure, can realize 360 ° of rotations for kidney-yang; the restriction that is subject to is less; swing more flexible, more alike to kidney-yang imitation, and the mounting structure of luminous original paper is fairly simple; favourable to reducing costs; by interactional magnet, realize can not producing noise to kidney-yang rock, magnet adopts magnet and two kinds of modes of solenoid; can be by first the control of coil being reached the controlling of kidney-yang swing, light source cover can wait parts play a very good protection to kidney-yang.

The accompanying drawing explanation:

Fig. 1 is the schematic diagram of the kidney-yang electron emitting structure of the utility model simulation;

Fig. 2 is the partial schematic diagram of the kidney-yang electron emitting structure of the utility model simulation;

Fig. 3 is kidney-yang another partial schematic diagram of electron emitting structure of the utility model simulation;

Fig. 4 is the cutaway view of kidney-yang in the kidney-yang electron emitting structure of the utility model simulation.

The specific embodiment:

The utility model is described in further detail below in conjunction with drawings and the specific embodiments.

As shown in Figure 1, Figure 2, Figure 3, Figure 4, the electron emitting structure that the utility model simulation is kidney-yang, comprise kidney-yang 1, kidney-yang bearing 2 and light-emitting component 3, be placed in for kidney-yang 1 on kidney-yang bearing 2 and swing on kidney-yang bearing 2, between kidney-yang 1 and kidney-yang bearing 2, be provided with swing mechanism, by swing mechanism, drive kidney-yang 1 and swing.

The utility model improves kidney-yang 1, kidney-yang bearing 2 comprises thimble 8, the top of kidney-yang 1 is simulated fire part 1.1, bottom is the cone 1.2 of inner hollow, and thimble 8 withstands on kidney-yang 1 of the top braces of cone 1.2, and kidney-yang 2 not retrained by other, therefore be free to swing or rotate, after light shone on simulated fire part 1.1, the effect that freely swings was more true to nature, gave people's visual effect also just better.

Integrity scheme as such scheme, described swing mechanism comprises and is separately positioned on the magnet that can mutually apply active force on kidney-yang 1 and kidney-yang bearing 2, by magnetic force, realize applying external force to kidney-yang 1, with kidney-yang 1, do not contact, avoided the interference to kidney-yang 1, and in this environment for use, magnetic force can not produce obvious noise yet, and muting function is better.

Concrete, magnet on above-mentioned kidney-yang 1 is magnet 6, and the magnet on kidney-yang bearing 2 is solenoid 7, and solenoid 7 has controllability, the size of magnetic force when the user can control working time and work as required, thus reach the control to kidney-yang 1 pendulum angle and frequency.

During installation, the bottom of kidney-yang 1, be provided with the magnet 6 of a plurality of circumferential distributions, a plurality of solenoids 7 circumferentially are distributed in a side of magnet 6 on kidney-yang 1.

From the angle of cost and simplified structure, consider, light-emitting component 3 is supported on kidney-yang bearing 2 through pillar 9, the preferred LED lamp of light-emitting component 3.

For prevent the kidney-yang electron emitting structure of this simulation free topple over or while tilting kidney-yang 1 from thimble 8, come off and can't use, on pillar 9, be provided with spacing ring 10, in the middle of spacing ring ring 10 is enclosed within kidney-yang 1, when toppling over, spacing ring 10 plays the position-limiting action to kidney-yang 1, avoids kidney-yang 1 to come off.

Further employ all means available, the utility model also comprises light source cover 4, and light source cover 4 covers on outside light-emitting component 3 and leaves light through hole 5, and light source cover 4 mainly plays a protective role.

Certainly, solenoid 7 also will be connected with circuit board 11 connections be used to controlling its energising rule.

the rolling flowing mode of kidney-yang 1 is as follows: solenoid 7 interval alternate energisations, each energising only has 7 energisings of a solenoid, like this, the magnet 6 nearest apart from this solenoid 7 will be subject to suction or repulsion, in this example take suction as the example effect, close toward this solenoid 7, will rotate and tilt for kidney-yang 1, until this magnet 6, circumferentially with after this solenoid 7 aligns cut off the power supply, then adjacent solenoid 7 energisings, magnet 6 on kidney-yang 1 can be pulled near and rotate by suction again, so, just can realize the rotation of kidney-yang 1, and the swing of certain angle occurs when rotating, kidney-yang simulate effect is ideal.

Another kind of rolling flowing mode is as follows: if a pair of magnetizing mediums only plays the swing effect, during solenoid 7 energising, because the reason of polarity is repelled or attracts the magnet on kidney-yang, drive kidney-yang 1 swing.Allowing kidney-yang 1 and rotating to have manyly to the magnetizing mediums effect, and take two pairs of magnetizing mediums as example: two pairs of relative center arrangement of magnet 6 are on kidney-yang 1, and solenoid 7 is arranged on kidney-yang relative bearing 2.When two pairs of magnetizing mediums all are all repulsion, can promote around thimble, to rotate for kidney-yang 1, when the repulsion balance, stop, at this moment, the reversing of solenoid 7, what between the two pairs of magnetizing mediums, show is suction, the magnet on kidney-yang 16 can drive kidney-yang 1 and turn to solenoid 7 absorption place, at this moment, then the reversing of solenoid 7, be all repulsion, repeat above-mentioned action.If two pairs of one of magnetizing mediums are repulsion, one is suction, and its force action is the same with the effect of a pair of magnetizing mediums.

Claims

1. simulate kidney-yang electron emitting structure for one kind, comprise kidney-yang (1), kidney-yang bearing (2) and light-emitting component (3), kidney-yang (1) is placed on kidney-yang bearing (2), between kidney-yang (1) and kidney-yang bearing (2), be provided with swing mechanism, it is characterized in that: kidney-yang bearing (2) comprises thimble (8), the top of kidney-yang (1) is simulated fire part (1.1), bottom is the cone (1.2) of inner hollow, and thimble (8) withstands on kidney-yang of the top braces (1) of cone (1.2).

2. the kidney-yang electron emitting structure of simulation according to claim 1 is characterized in that: described swing mechanism comprises and is separately positioned on the magnet that can mutually apply active force on kidney-yang (1) and kidney-yang bearing (2).

3. the kidney-yang electron emitting structure of simulation according to claim 2, it is characterized in that: the magnet on kidney-yang (1) is magnet (6), the magnet on kidney-yang bearing (2) is solenoid (7).

4. the kidney-yang electron emitting structure of simulation according to claim 3, it is characterized in that: the bottom of kidney-yang (1) is provided with the magnet of a plurality of circumferential distributions (6), and a plurality of solenoids (7) circumferentially are distributed in side of kidney-yang (1) upper magnet (6).

5. the kidney-yang electron emitting structure of simulation according to claim 4, it is characterized in that: light-emitting component (3) is supported on kidney-yang bearing (2) through pillar (9).

6. the kidney-yang electron emitting structure of simulation according to claim 5, it is characterized in that: pillar (9) is provided with spacing ring (10), and spacing ring ring (10) is enclosed within the middle of kidney-yang (1).

7. the kidney-yang electron emitting structure of simulation according to claim 6, it is characterized in that: it also comprises light source cover (4), it is outer and leave light through hole (5) that light source cover (4) covers on light-emitting component (3).