CN2831319Y

CN2831319Y - Refracting flame lamp

Info

Publication number: CN2831319Y
Application number: CN 200520062769
Authority: CN
Inventors: 王列卡
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-08-11
Filing date: 2005-08-11
Publication date: 2006-10-25
Anticipated expiration: 2015-08-11

Abstract

The utility model relates to a refracting flame lamp, which comprises a lamp body formed by the matching of a transparent lamp shell and a bottom shell. A light transmission refracting body which presents 360 DEG facade and a light emitting device which can omnidirectionally irradiate or refract onto the inner wall of the transparent lamp shell are arranged inside the lamp body. Because a 360 DEG LED light source is adopted to emit flickering rising varying light rays to be irradiated on the outer wall of a 360 EDG facade refracting body, a part of refracting light rays which can be refracted or can be partly refracted is refracted to the inner wall of a 360 DEG hollow transparent lamp shell through the surface of the 360 EDG facade refracting body and is transmitted outside through the 360 DEG hollow transparent lamp shell; meanwhile, semi-light transmission layers of different patterns and different thickness which are arranged on the inner wall or the outer wall of the transparent lamp shell are matched with refracting flame lamp, and light reflecting layers of different patterns and different light reflecting rates or the semi-light transmission layers of different thickness which are arranged for being matched with the outer wall or the inner wall of the refracting body are also increased; three-dimensional flames and various flame shapes can be observed from different angles. The utility model has the advantages of favorable three-dimensional effect and strong ornamental properties.

Description

Flame light refraction

[technical field]

The utility model relates to a kind of analogue means of stereo flame, refers in particular to the lamp of refraction type simulation stereo flame.

[background technology]

Flame simulating assembly in the market all is that single face is watched, they can only be applied to simulate flame wall lamp or the fireplace flame that single face is watched at most, and can't form a kind of effect of giving the stereoscopic vision sense organ to the people, thereby can not compel the flame effect of three-dimensional candle light of true simulation or torch, so the simulate effect of existing this flame simulating assembly is poor, can not embody its purposes well, so be necessary fully the flame simulating assembly that present one plane type is watched is improved.

[utility model content]

The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, provide a kind of simple in structure, have very strong stereo flame effect and have much the sight Flame light refraction.

In order to solve the technical matters of above-mentioned existence, the utility model adopts following technical proposals:

A kind of Flame light refraction, it is characterized in that: include the lamp body that fits in by transparent lamp case and drain pan, in this lamp body, be provided with printing opacity refractile body and the comprehensive irradiation of energy that is 360 ° of facades or be refracted to light-emitting device on the transparent lamp case inwall and that present the variation light that rises.

Aforesaid Flame light refraction is characterized in that: the inwall of described transparent lamp case or outer wall are provided with different, the deep mixed semi-transparent photosphere of figure.

Aforesaid Flame light refraction is characterized in that: described refractile body outer wall or inwall are provided with the reflector layer that figure is different, reflecting rate differs.

Aforesaid Flame light refraction is characterized in that: described printing opacity refractile body outer wall or inwall are provided with different, the deep mixed semi-transparent photosphere of figure.

Aforesaid Flame light refraction is characterized in that: described light-emitting device includes controller and a plurality of LED lamp group of being controlled by controller on wiring board, the wiring board; This printing opacity refractile body setting centre position in the circuit board, this LED lamp group are 360 ° of ground and are distributed on the wiring board that this printing opacity refractile body outer wall and transparent lamp case surrounded.

Aforesaid Flame light refraction is characterized in that: described LED lamp group is arranged by interior the rising gradually outward symmetrically and evenly in an orderly manner.

Aforesaid Flame light refraction is characterized in that: described LED lamp group is arranged symmetrically and evenly in an orderly manner and by the interior sustained height that all is in outward.

Compare with the flame simulating assembly of existing one plane type viewing effect, the utlity model has following advantage: because on the outer wall of 360 ° of facade printing opacities of light directive refractile body that 360 ° of led light sources emissions of employing flicker rising changes, can reflect or partly be refracted on the inwall of 360 ° of hollow transparent lamp cases by 360 ° of facade printing opacity refractile body surfaces, transmit the outside by 360 ° of hollow transparent lamp cases again, it is different to be engaged in simultaneously the figure that is provided with on the inwall of transparent lamp case or the outer wall again, the figure that deep mixed semi-transparent photosphere and refractile body outer wall or inwall are provided with is different, the reflector layer that reflecting rate differs, it also can be the different deep mixed semi-transparent photosphere of figure that is provided with on refractile body outer wall or the inwall, so just can different angles see three-dimensional flame and flame profile miscellaneous, so modelling effect of the present utility model is good, sight is strong, had much ornamentally, increased beautiful visual enjoyment to people.

[description of drawings]

Below in conjunction with accompanying drawing and embodiment the utility model is described in further detail:

Fig. 1 is the front view of the utility model embodiment one;

Fig. 2 is the A-A cut-open view of Fig. 1;

Fig. 3 is the B-B cut-open view of Fig. 1;

Fig. 4 is the C-C cut-open view of Fig. 1;

Fig. 5 is the front view of the utility model embodiment two;

Fig. 6 is the D-D cut-open view of Fig. 5;

Fig. 7 is the E-E cut-open view of Fig. 5;

Fig. 8 is the front view of the utility model embodiment three;

Fig. 9 is the F-F cut-open view of Fig. 8;

Figure 10 is the G-G cut-open view of Fig. 8;

Synoptic diagram when Figure 11 takes out transparent lamp case for Fig. 8.

[embodiment]

The utility model is a kind of Flame light refraction, it includes the lamp body 1 that is fitted in by transparent lamp case 11 and drain pan 12, in this lamp body 1, be provided with the printing opacity refractile body 2 and the light-emitting device 3 that are 360 ° of facades, light-emitting device 3 can send and present the light that rise to change, these light can comprehensively shine on transparent lamp case 11 inwalls 111 or the outer wall 112 or by printing opacity refractile body 2 with light refraction on transparent lamp case 11 inwalls 111 or outer wall 112.Light-emitting device 3 can be by being switched on by the lamp holder 4 that is arranged on drain pan 12 belows or directly being connected with the power supply of lamp body 1 outside.

In order to watch difformity, the effect of the stereo flame that light is strong and weak clearly demarcated, it is different to be provided with the designed figure of people on the inwall 111 of transparent lamp case 11 or outer wall 112, deep mixed semi-transparent photosphere 5 (shade as shown in Figure 3 partly is provided in a side of the deep mixed semi-transparent photosphere 5 on the inwall 111), the deep mixed semi-transparent photosphere 5 of this class is with spraying, printing, methods such as polishing are fabricated on transparent lamp case 11 inwalls 111 or the outer wall 112, the light that printing opacity refractile body 2 is come light-emitting device 3 comprehensive irradiations reflects in all directions or is refracted on the inwall 111 or outer wall 112 of transparent lamp case 11, at this moment the light that shines on the deep mixed semi-transparent photosphere 5 of transparent lamp case 11 inwalls 111 or outer wall 112 can not or have only transmission faintly to go out, and forms strong and weak different optical images thereon.In the vision of human eye, just formed like this with inwall 111 or outer wall 112 on the different figure of deep mixed semi-transparent photosphere 5, the light of this figure strong and weak clearly demarcated, modelling effect is very strong, and can observe from different angles.

Certainly, also can be simultaneously on the outer wall 21 of printing opacity refractile body 2 or inwall 22 required figure to be set different, the reflector layer 6 that reflecting rate differs is (as Fig. 6, shade shown in 11 partly is arranged on the reflector layer 6 that the reflecting rate on the outer wall 21 differs), equally, the reflector layer 6 that reflecting rate differs is with electroplating, spray printing, ways such as stickup are fabricated on printing opacity refractile body 2 outer walls 21 or the inwall 22, in the light that printing opacity refractile body 2 is come light-emitting device 3 comprehensive irradiations, wherein the reflector layer that differs of the reflecting rate of refractile body 2 outer walls 21 or inwall 22 6 can reflect to some extent or is refracted on the semi-transparent photosphere 5 of the inwall 111 of transparent lamp case 11 or outer wall 112 shining light on it, thereby form strong and weak different optical images, so also can in the vision of human eye, form with printing opacity refractile body 2 on the different figure of the reflector layer that differs of reflecting rate 6, the light of this figure is strong and weak clearly demarcated, modelling effect is also very strong, and can observe from different angles.

Light-emitting device 3 includes wiring board 31, controller 32 on the wiring board 31 and a plurality of LED lamp group of being controlled by controller 32 33, this refractile body 2 is arranged on the centre position on the wiring board 31, this LED lamp group 33 is 360 ° of ground and is distributed on the wiring board 31 that these refractile body 2 outer walls and transparent lamp case 11 surrounded, Fig. 2,6, embodiment 1 shown in 9,2, in 3, all LED lamp groups 33 are arranged symmetrically and evenly in order, the light that sends of LED lamp group 33 can comprehensively distribute like this, shine directly into to radiation on transparent lamp case 11 inwalls 111, also can comprehensively distribute, shine to radiation on whole outer walls 21 of refractile body 2.Controller 32 can be controlled LED lamp group 33 and produce different variation and the different color of conversion, and such flame effect that produces is three-dimensional, lively true more.

Principle of work of the present utility model is: the led light source of comprehensive distribution, 360 ° of casing elevations of radiation 33 emission flickers and presenting are risen on the outer wall 21 of 360 ° of facade printing opacities of light directive refractile body 2 of changing, thereby form strong and weak different optical images by 360 ° of facade printing opacity refractile body 2 surfaces transmiting the outside on the semi-transparent photosphere 5 of the inwall 111 of light refraction to 360 ° hollow transparent lamp case 11 or outer wall 112.Because 360 ° of LED lamp groups 33 are launched flicker and are presented the light that rises and change, add the inwall 111 of 360 ° of hollow transparent lamp cases 11 or the semi-transparent photosphere 5 of outer wall 112 it is processed into the flame contours shape, the light that makes 360 ° of facade refractile bodies 2 be refracted to 360 ° of hollow transparent lamp case 11 inboards is watched outside body wall and is also just presented flame profile, presents the flame status that flicker is risen simultaneously.For embodying better stereoeffect and watching the flame effect that has more sight, it is different to be provided with figure on the outer wall 21 of facade printing opacity refractile body 2 or inwall 22, the reflector layer 6 that reflecting rate differs or to be provided with figure on the outer wall 21 of facade printing opacity refractile body 2 or inwall 22 different, the reflector layer that deep mixed semi-transparent photosphere 5 replaces reflecting rate to differ, with a part of light reflection or faint being refracted on the transparent lamp case 11, and on the semi-transparent photosphere 5 of the inwall 111 of transparent lamp case 11 or outer wall 112, form abundant more, strong and weak different optical image, thus the light of finally being gone out by transparent lamp case 11 transmissions sees to the people is the different flame profile of the very strong figure of stereoscopic sensation.

The utility model can be made various shapes, and embodiment one shown in Figure 1 is a hexagon, and embodiment two shown in Figure 2 is cone shapes, and embodiment three shown in Figure 3 is cylindrical, certainly, also can be made into other shape.The shape of printing opacity refractile body 2 can be polygon (as shown in Figure 4), taper (as shown in Figure 7), cylindrical (as shown in Figure 9) or other shape.

In Fig. 3 of embodiment 1, LED lamp group 33 all is in same level height outward by interior, they alternately send the light that varies in color because vertically to shine the height of refractile body different, raise gradually outward by interior, so it is the light that the LED lamp sends has just formed the light that rising changes in people's vision, more lively, true to nature by the flame effect that light produced that transmission after reflecting is gone out then.

In

embodiment

2 or 3 pairing Fig. 7 or Fig. 9, uprise gradually outward in the height of LED lamp group 33, it is different to printing opacity refractile body 2 distances that the LED lamp alternately sends the irradiate light that varies in color like this, so the light that the LED lamp sends has just formed the light that rises and change in people's vision, the flame effect that light produced after going out by 2 refractions of printing opacity refractile body and transmission then is more lively, true to nature.

The utility model can be applicable to simulate large torch, makes various torch lamps.Candle-light lamp and make various flame light modulations bubble has vast market prospect in ornamental, view application facet.

Claims

1. Flame light refraction, it is characterized in that: include the lamp body (1) that fits in by transparent lamp case (11) and drain pan (12), in this lamp body (1), be provided with printing opacity refractile body (2) and the comprehensive irradiation of energy that is 360 ° of facades or be refracted to light-emitting device (3) on transparent lamp case (11) inwall (111) and that present the variation light that rises.

2. Flame light refraction according to claim 1 is characterized in that: the inwall (111) of described transparent lamp case (11) or outer wall (112) are provided with different, the deep mixed semi-transparent photosphere (5) of figure.

3. Flame light refraction according to claim 2 is characterized in that: described printing opacity refractile body (2) outer wall (21) or inwall (22) are provided with the reflector layer that figure is different, reflecting rate differs (6).

4. Flame light refraction according to claim 2 is characterized in that: described printing opacity refractile body (2) outer wall (21) or inwall (22) are provided with different, the deep mixed semi-transparent photosphere of figure.

5. Flame light refraction according to claim 1 and 2 is characterized in that: described light-emitting device (3) includes controller (32) and a plurality of LED lamp group of being controlled by controller (32) (33) on wiring board (31), the wiring board (31); This printing opacity refractile body (2) is arranged on the centre position on the wiring board (31), and this LED lamp group (33) is 360 ° of ground and is distributed on the wiring board (31) that this printing opacity refractile body (2) outer wall and transparent lamp case (11) surrounded.

6. Flame light refraction according to claim 5 is characterized in that: described LED lamp group (33) is arranged by interior the rising gradually outward symmetrically and evenly in an orderly manner.

7. Flame light refraction according to claim 5 is characterized in that: described LED lamp group (33) is arranged symmetrically and evenly in an orderly manner and by the interior sustained height that all is in outward.