CN201396825Y - Ultrahigh electric fireplace with flame balls - Google Patents
Ultrahigh electric fireplace with flame balls Download PDFInfo
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- CN201396825Y CN201396825Y CN2009203022026U CN200920302202U CN201396825Y CN 201396825 Y CN201396825 Y CN 201396825Y CN 2009203022026 U CN2009203022026 U CN 2009203022026U CN 200920302202 U CN200920302202 U CN 200920302202U CN 201396825 Y CN201396825 Y CN 201396825Y
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- fireplace
- imaging screen
- flame ball
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Abstract
The utility model discloses an ultrahigh electric fireplace with flame balls, which comprises a shell, imaging light sources, light processing devices and an imaging screen, wherein a plurality of flame balls of transparent structure are arranged between the light processing device and the imaging screen, the imaging screen is a blankoff imaging screen, the aspect ratio of the imaging screen is between 1 to 3 and 1 to 20, and the imaging light sources and the light processing devices are arranged at the upper and lower parts of the whole electric fireplace. The utility model solves the problemof existing electric fireplace that flame is low and small and decoration and viewing effect are poor. The electric fireplace has high flame, large decoration range excellent viewing effect, is particularly applicable to the decoration of room or post with high and large decoration space, and has good economic benefit.
Description
Technical field
The utility model relates to a kind of electric fireplace, especially a kind of superelevation electricity fireplace that has flame ball.
Background technology
The electric fireplace of prior art imitates the tactic pattern of traditional fire mostly, be arranged on a certain face wall in room, the light that electricity fireplace imaging source sends makes dynamically to handle the back simulates traditional fire on imaging screen images such as firewood, charcoal fire and flame by light processing equipment, thereby reaches the purpose of emulation.The common width of imaging screen of existing electric fireplace is greater than height or width and highly be more or less the same, and can only appreciate simulated flame effect on the imaging screen of a similar window.Because the traditional electrical fireplace is installed on the lower position of wall usually, therefore lack decorative effect to whole face wall, if an electric fireplace that flame is tall and big is arranged, then can be to playing decoration function about wall or the pillar, such as the hall, its visual effect of electric fireplace of high like this flame is even more ideal for the bigger occasion in space.Open day be that the patent document that April 23, publication number in 2008 are CN201050836 discloses a kind of stereo flame simulation electric fireplace, include the emulation charcoal of the interior anterior position setting of housing, imaging source, light processing equipment and housing cavity of electric fireplace, be provided with translucent imaging screen near emulation charcoal back, the place ahead of described imaging screen is provided with second imaging screen, and described second imaging screen is set to substantially parallel with imaging screen.The light that imaging source produces, behind light processing equipment, project imaging screen and form elementary flame simulating picture, part light sees through imaging screen and projects the secondary flame simulating picture of formation on second imaging screen, when keep between the imaging screen and second imaging screen enough apart from the time, because the front and back position difference of both flame pictures, thereby can form flame visual effect with depth level.This structure is utilized the semi-transparency property of imaging screen, part light is transmitted on second imaging screen, thereby two-layer flame simulating picture before and after forming has certain stereoeffect.Open day be that the patent document that June 25, publication number in 2008 are CN201076263Y discloses a kind of decoration vase that is provided with emulational electric fireplace, comprise the vase body of establishing opening, one side of described vase body is offered porose, is provided with emulational electric fireplace in this hole; Described emulational electric fireplace includes the emulation charcoal that anterior position is provided with in housing, imaging source, light processing equipment and the housing cavity, is provided with translucent imaging screen near emulation charcoal back.During emulational electric fireplace work, the light source luminescent in it is invested light processing equipment, and light is handled the back through light processing equipment and invested imaging screen, with the visual effect of simulating flame on imaging screen; When put using, as the vase front, then vase just can use emulational electric fireplace with a side that emulational electric fireplace is installed, and the side that emulational electric fireplace will be installed is as the vase back side, then vase integral body present one complete vase-shaped.The width of the equal simulated fireplace of imaging screen of these electric fireplaces and height lack the decoration and the appreciation effect of high big flame.
The utility model content
The purpose of this utility model is that the flame that existing electric fireplace exists is short and small in order to solve, the problem of decoration and appreciation effect difference provides a kind of flame height, decoration scope greatly and effective, as the to have the shock visual effect electric fireplace of the superelevation that has flame ball.
The utility model is to reach the concrete technical scheme that above-mentioned technical purpose adopts to be: a kind of superelevation electricity fireplace that has flame ball, comprise housing, imaging source, light processing equipment and imaging screen, be provided with the flame ball of a plurality of translucent constructions between described light processing equipment and the imaging screen, described imaging screen is the blanking imaging screen, the ratio of width to height of imaging screen is 1 to 3 to 1 to 20, whole electric fireplace be equipped with imaging source and light processing equipment up and down.The width of traditional electrical fireplace is usually less than height, though such structure meets the design feature of traditional fire, but it can only be decorated on the lower position of room wall, for less and highly relatively large pillar of the top of room wall or width etc., traditional electric fireplace then decorative effect bad or can't decorate at all.And the utility model adopts the height of imaging screen to be far longer than the offbeat form of width, top that not only can decorative wall then, especially be fit to decorate pillar, because the flame of being simulated has suitable height, therefore have the visual effect of shock, this effect is considerably beyond traditional electric fireplace.Between light processing equipment and imaging screen, be provided with the flame ball of a plurality of translucent constructions, then when the imaging that light processing equipment reflected is bottom-up when shining on the spherical structure of flame ball, because the effect of spherical structure, the simulating flame that we saw slides to ball top at the bottom of by ball along sphere, flame upwards can form one from small to large on sphere, change procedure from big to small again, flame appears at the bottom of flame ball when promptly beginning, flame is less, when at the bottom of flame is by ball, sliding to the flame ball middle part, flame becomes big and is diffusion type, flame then shrinks when slide in the ball top from the middle part of flame ball and diminishes, this process simulation the whole process finished from the burning that takes fire of flame, have effect true to nature.Because the profile of spherical structure can be presented on the imaging screen to a certain extent, therefore adopt common imaging screen can influence the appreciation effect of electric fireplace, the imaging screen that the utility model adopts is the blanking imaging screen, the difference of this imaging screen and traditional imaging screen is the blanking better effects if, the diffuse reflective structure that structurally is usually expressed as imaging screen is more coarse, it can blur the profile of flame ball effectively, the flame that we are shown on the just flame ball of seeing on the imaging screen.In addition, the top of the utility model electricity fireplace housing, middle part and bottom are equipped with imaging source and light processing equipment, at housing bottom imaging source and imaging screen bottom being set with the traditional electrical fireplace, that the structure of light processing equipment is set is different, superelevation electricity fireplace is because its imaging screen is higher, therefore traditional method provides enough imaging light can't for the imaging screen of electric fireplace middle and upper part, therefore, the top of the utility model electricity fireplace, middle part and bottom are equipped with imaging source and light processing equipment, and such structure has guaranteed all can simulate burned flame on the whole imaging screen of electric fireplace.
As preferably, flame ball is ball or an oval ball transparent or semitransparent, smooth in appearance, and the top of electric fireplace, middle part and bottom are equipped with flame ball.Transparent and flame picture that the flame ball smooth in appearance structure is shown is clear relatively, and the shown flame picture of the crude relatively flame ball of translucent structure or appearance is fuzzy relatively, has dim sense, both have different appreciation effects.And adopt smooth in appearance, continuous ball or oval ball is to guarantee the globality of institute's simulating flame and the continuity of flame dynamic change, though the flame ball of surface imperfection also can simulate flame pattern, but the irregular variation on flame ball surface can cause flame breaking, the phenomenon of rupture of rule when the flame dynamic change, occurs, thereby influence simulate effect.In addition, in order to guarantee on the whole imaging screen of electric fireplace, flame pattern true to nature is arranged all, therefore be provided with flame ball in top, middle part and the bottom of electric fireplace.
As preferably, flame ball is by being connected to form the flame ball string, and the length direction of flame ball string is consistent with the short transverse of electric fireplace, and electric fireplace is provided with one or more flame ball strings.Between the flame ball by being connected to form the flame ball string, and be arranged in the electric fireplace with the form of flame ball string, can reduce the difficulty that is provided with of flame ball like this, the fixed structure that reduces flame ball is to the influence of electric fireplace institute simulating flame pattern, help simplified structure simultaneously, reduce cost.Usually for the less and highly bigger electric fireplace of width, a string flame ball is set can meet the demands, and for the less electric fireplace of the bigger or used flame ball of width, a plurality of flame ball strings can be set also.When a plurality of flame ball string is set, all flame ball strings are provided with on the width of electric fireplace imaging screen, be that flame ball is single layer structure on the thickness direction of electric fireplace, the length of flame ball string can with imaging screen quite and be set up in parallel, also can adopt the less flame ball string of a plurality of length, on the height and the width direction of electric fireplace, shift to install.
As preferably, the flame ball on the flame ball string linearly or curved arrangement, the flame ball on the flame ball string is provided with continuously or is provided with at interval.The different arrangement modes of flame ball can make electric fireplace have different flame simulating effects on the flame ball string, avoid the identical of electric fireplace flame pattern, thereby can satisfy different users's the requirement of viewing and admiring.
As preferably, flame ball is identical ball or an oval spherical structure of size, also can be the identical ball of size and the mixed structure of big or small identical oval ball.The shape of flame ball and size are consistent, can conveniently produce, and help reducing production costs, but the flame of being simulated is single relatively.In addition, flame ball can also adopt ball or the oval spherical structure that differs in size, also can be the ball that differs in size and the mixed structure of the oval ball that differs in size, the maximum curvature radius of spherical structure and the ratio of minimum profile curvature radius be greater than 1 and less than 10 on the flame ball.The flame pattern that adopts difformity and big or small flame ball that electric fireplace is simulated is abundanter, and its shortcoming is that complexity is set, and is unfavorable for tissue production, and production cost is higher relatively.In addition; it is unsuitable excessive that the size of flame ball differs; because what the big fire flame bulb simulated is than big flame; what the flammule ball simulated is than flammule; both have big difference can the flame pattern simulated of the electric fireplace of influence Total tune, usually on the flame ball ratio of the maximum curvature radius of spherical structure and minimum profile curvature radius greater than 1 between less than 10 relatively rationally.
As preferably, also be provided with the flame column of transparent or semitransparent structure between light processing equipment and the imaging screen, flame column is the rounded or oval-shaped column structure of cross section, the length direction of flame column is consistent with the short transverse of electric fireplace.The flame column of column structure has different visual effects with the flame that the spherical structure flame ball is simulated, and can enrich the flame pattern of electric fireplace.
As preferably, imaging source is arranged in the housing of electric fireplace both sides.The imaging source that is hidden in the housing both sides can obliquely illuminate the light processing equipment that is arranged on electric fireplace flame ball rear side, so both can hidden light source, enough light sources all are provided for again the whole imaging screen of electric fireplace up and down, thereby all simulate burned flame up and down at electric fireplace imaging screen.
As preferably, light processing equipment is the turning cylinder of driven by motor and is arranged on reflecting strips on the turning cylinder or employing comprises mandrel, rotating cylinder and is arranged on the axle sleeve type light processing equipment of the reflecting strips on the rotating cylinder that described light processing equipment is a sandwich construction.The light processing equipment of these two kinds of preferred structures is prior art, but this lightlike line treating apparatus of traditional electrical fireplace is arranged on the bottom of imaging screen rear side usually, the top of imaging screen is not provided with light processing equipment usually, can make flame-shaped become down few general layouts that go up more like this, meet the flame characteristic of traditional fire.Superelevation electricity fireplace is because the height of imaging screen is very big, therefore light processing equipment only is set in the bottom of imaging screen rear side provides enough simulated light can't for the imaging screen of electric fireplace middle and upper part, therefore, the light processing equipment of sandwich construction is set, the top, middle part and the bottom that are electric fireplace imaging screen rear side all are provided with light processing equipment, these light processing equipments are under the irradiation of the imaging source that is hidden in the housing both sides, the light that is reflected can spread all over whole imaging screen, like this can be at the flame that all simulates enough combustion intensities up and down of electric fireplace imaging screen.
Light processing equipment also can adopt the reflective curtain of the structure of waving, and this reflective curtain comprises some flexible banded refractive bodies that are spaced and have wave structure.This light processing equipment itself just can have very high structure, therefore can satisfy the imaging requirements of imaging screen highly bigger on the superelevation electricity fireplace.
The beneficial effects of the utility model are: it has solved effectively, and the flame that existing electric fireplace exists is short and small, the problem of decoration and appreciation effect difference, electric fireplace flame height of the present utility model, decoration scope are big, good visual effect, especially be fit to tall and big room or the pillar of decoration space, have good economic benefits.
Description of drawings
Fig. 1 is a kind of structural representation that the utility model has the superelevation electricity fireplace of flame ball.
Fig. 2 is a kind of partial structurtes cutaway view that the utility model has the superelevation electricity fireplace of flame ball.
Fig. 3 is a kind of cross-sectional structure schematic diagram that the utility model has the superelevation electricity fireplace of flame ball.
Fig. 4 is a kind of structural representation that the utility model has the superelevation electric fireplace flame ball string of flame ball.
Fig. 5 is a kind of structural representation that the utility model has the superelevation electric fireplace flame ball string of flame ball.
Fig. 6 is a kind of structural representation that the utility model has the superelevation electric fireplace flame ball string of flame ball.
Fig. 7 is a kind of structural representation that the utility model has the superelevation electric fireplace flame ball string of flame ball.
Fig. 8 is a kind of structural representation that the utility model has the superelevation electric fireplace flame ball string of flame ball.
The specific embodiment
Below by embodiment, and in conjunction with the accompanying drawings the specific embodiment of technical solutions of the utility model is further described.
In embodiment 1 as shown in Figure 1, a kind of superelevation electricity fireplace that has flame ball, comprise housing 1, imaging source 2, light processing equipment 3 and imaging screen 4, be provided with flame ball 5 (see figure 2)s of a plurality of translucent constructions between described light processing equipment and the imaging screen, flame ball is transparent, smooth in appearance and the ball that varies in size, the radius of big fire flame bulb is the twice of flammule ball, between the large and small fire flame bulb by being connected to form flame ball string 6 (see figure 4)s that straight line is arranged, large and small fire flame bulb on the flame ball string is provided with at interval continuously, the length direction of flame ball string is consistent with the short transverse of electric fireplace, the length of flame ball string is suitable with the height of imaging screen, described imaging screen is the blanking imaging screen, and the ratio of width to height of imaging screen is 1 to 10.Imaging source is arranged on (see figure 3) in the housing of electric fireplace both sides, and light processing equipment is a sandwich construction, for the turning cylinder of driven by motor and be arranged on reflecting strips on the turning cylinder, whole electric fireplace be equipped with imaging source and light processing equipment up and down.
The flame ball that embodiment 2 adopts is translucent, smooth in appearance and the identical oval ball of size, also be provided with the flame column 7 of transparent configuration between light processing equipment and the imaging screen, flame column is a cylindrical-shaped structure, the length direction of flame column is consistent with the short transverse of electric fireplace, flame column and oval ball mixed interval are provided with, form series connection structure (see figure 5) arranged in a straight line, the electricity fireplace is provided with the identical flame ball of two string structures, two string flame balls are set up in parallel on the width of electric fireplace imaging screen, light processing equipment adopts and comprises mandrel, rotating cylinder and be arranged on the axle sleeve type light processing equipment of the reflecting strips on the rotating cylinder, the ratio of width to height of imaging screen is 1 to 5.All the other are identical with embodiment 1.
The identical and curved arrangement (see figure 6) of flame ball size on the embodiment 3 flame ball strings, light processing equipment is the reflective curtain of structure of waving, reflective curtain comprises some flexible banded refractive bodies that are spaced and have wave structure, and the ratio of width to height of imaging screen is 1 to 15.All the other are identical with embodiment 1.
Flame ball on embodiment 4 flame ball strings size is identical and be arranged in a linear, and is provided with (see figure 7) at interval between ball and the ball, and the ratio of width to height of imaging screen is 1 to 20, and all the other are identical with embodiment 1.
Flame ball on embodiment 5 flame ball strings size is identical and be arranged in a linear, the electricity fireplace is provided with a plurality of flame ball strings, the length of flame ball string is less than the imaging screen of electric fireplace, many string flame balls shift to install (see figure 8) on the height and the width direction of electric fireplace, the ratio of width to height of imaging screen is 1 to 3, and all the other are identical with embodiment 1.
In addition to the implementation; the structure that flame ball can also adopt ball to mix with oval ball; the mixed structure of the ball that flame ball also can different sizes or the oval ball of different sizes; under these situations, usually on the flame ball ratio of the maximum curvature radius of spherical structure and minimum profile curvature radius greater than 1 and less than 10.
When having the superelevation electricity fireplace work of flame ball, the light of imaging source is by light processing equipment shining on the flame ball from bottom to top, because the effect of spherical structure, the simulating flame that we see by imaging screen slides to the ball top at the bottom of by ball along sphere, flame upwards can form one from small to large on sphere, change procedure from big to small again, flame appears at the bottom of flame ball when promptly beginning, flame is less, when at the bottom of flame is by ball, sliding to the flame ball middle part, flame becomes big and is diffusion type, flame then shrinks when slide in the ball top from the middle part of flame ball and diminishes, this process simulation the whole process finished from the burning that takes fire of flame, have effect true to nature.Since electric fireplace be equipped with flame ball, imaging source and light processing equipment up and down, therefore can form a flame picture that width is less and highly very big, especially be fit to tall and big room or the pillar of decoration space, have shocking visual effect.
Claims (10)
1. superelevation electricity fireplace that has a flame ball, comprise housing, imaging source, light processing equipment and imaging screen, it is characterized in that: the flame ball that is provided with a plurality of translucent constructions between described light processing equipment and the imaging screen, described imaging screen is the blanking imaging screen, the ratio of width to height of imaging screen is 1 to 3 to 1 to 20, whole electric fireplace be equipped with imaging source and light processing equipment up and down.
2. the superelevation electricity fireplace that has flame ball according to claim 1 is characterized in that described flame ball is ball or an oval ball transparent or semitransparent, smooth in appearance, and the top of electric fireplace, middle part and bottom are equipped with flame ball.
3. the superelevation electricity fireplace that has flame ball according to claim 1 is characterized in that described flame ball by being connected to form the flame ball string, and the length direction of flame ball string is consistent with the short transverse of electric fireplace, and electric fireplace is provided with one or more flame ball strings.
4. the superelevation electricity fireplace that has a flame ball according to claim 3, it is characterized in that on the described flame ball string flame ball linearly or curved arrangement, the flame ball on the flame ball string is provided with continuously or at interval.
5. the superelevation electricity fireplace that has flame ball according to claim 1 is characterized in that described flame ball is size identical ball or oval spherical structure, also can be the mixed structure of the identical ball of the size oval ball identical with size.
6. the superelevation electricity fireplace that has flame ball according to claim 1, it is characterized in that described flame ball is ball or the oval spherical structure that differs in size, also can be the ball that differs in size and the mixed structure of the oval ball that differs in size, the maximum curvature radius of spherical structure and the ratio of minimum profile curvature radius be greater than 1 and less than 10 on the flame ball.
7. the superelevation electricity fireplace that has flame ball according to claim 1, it is characterized in that also being provided with between described light processing equipment and the imaging screen flame column of transparent or semitransparent structure, flame column is the rounded or oval-shaped column structure of cross section, and the length direction of flame column is consistent with the short transverse of electric fireplace.
8. the superelevation electricity fireplace that has flame ball according to claim 1 is characterized in that described imaging source is arranged in the housing of electric fireplace both sides.
9. according to claim 1 or 2 or 3 or 4 or 5 or 6 or the 7 or 8 described superelevation electricity fireplaces that have flame ball, it is characterized in that light processing equipment is the turning cylinder of driven by motor and be arranged on reflecting strips on the turning cylinder or employing comprises mandrel, rotating cylinder and is arranged on the axle sleeve type light processing equipment of the reflecting strips on the rotating cylinder, described light processing equipment is a sandwich construction.
10. according to claim 1 or 2 or 3 or 4 or 5 or 6 or the 7 or 8 described superelevation electricity fireplaces that have flame ball, it is characterized in that light processing equipment is the reflective curtain of structure of waving, reflective curtain comprises some flexible banded refractive bodies that are spaced and have wave structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009203022026U CN201396825Y (en) | 2009-04-15 | 2009-04-15 | Ultrahigh electric fireplace with flame balls |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009203022026U CN201396825Y (en) | 2009-04-15 | 2009-04-15 | Ultrahigh electric fireplace with flame balls |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201396825Y true CN201396825Y (en) | 2010-02-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009203022026U Expired - Lifetime CN201396825Y (en) | 2009-04-15 | 2009-04-15 | Ultrahigh electric fireplace with flame balls |
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| Country | Link |
|---|---|
| CN (1) | CN201396825Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101566359B (en) * | 2009-04-15 | 2010-12-08 | 义乌市安冬电器有限公司 | Pillar type electric fireplace with flame ball |
-
2009
- 2009-04-15 CN CN2009203022026U patent/CN201396825Y/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101566359B (en) * | 2009-04-15 | 2010-12-08 | 义乌市安冬电器有限公司 | Pillar type electric fireplace with flame ball |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100203 Effective date of abandoning: 20090415 |