Flame simulating assembly

1. A flame simulating assembly comprising:

at least one light source for providing light;

a screen having a front surface facing toward a front side of the flame simulating assembly and a back surface opposed to the front surface, the screen comprising:

at least one translucent region which subjects the light from said at least one light source transmitted therethrough to diffusion; and

at least one transparent region;

a flicker element for intermittently reflecting the light from said at least one light source toward the back surface of the screen, to provide images of flames in a predetermined portion thereof; and

the screen comprising at least one fringe region at least partially positioned between said at least one translucent region and said at least one transparent region, said at least one fringe region comprising a plurality of diffusing areas for diffusing the light from the light source and a plurality of transparent areas positioned between the diffusing areas, to at least partially provide images of flames in the diffusing areas.

2. The flame simulating assembly according to claim 1 in which said at least one translucent region comprises a central sub-region located in a predetermined location on the screen.

3. The flame simulating assembly according to claim 2 in which the predetermined location of the central sub-region is selected such that the images of flames appear to originate from the central sub-region.

4. The flame simulating assembly according to claim 1 in which the diffusing areas are substantially round.

5. The flame simulating assembly of claim 1 in which at least portions of the diffusing areas are oblong.

6. The flame simulating assembly according to claim 1 additionally comprising a flicker element housing for at least partially concealing the flicker element.

7. The flame simulating assembly according to claim 6 additionally comprising a simulated fuel bed positioned proximal to the central sub-region.

8. The flame simulating assembly according to claim 7 in which the flicker element housing additionally comprises a second simulated fuel bed.

9. The flame simulating assembly according to claim 1 additionally comprising at least one partially reflective region that at least partially overlaps with said at least one translucent region.

10. The flame simulating assembly according to claim 1 additionally comprising simulated firebrick walls positioned at least partially behind the screen.

11. The flame simulating assembly according to claim 1 additionally comprising:

a plurality of internal walls positioned at least partially behind the screen, said internal walls comprising:

front walls positioned in front of the screen, positioned substantially orthogonal to the front surface of the screen;

side walls positioned to define oblique angles with the respective front walls, the side walls defining respective inflection lines where they meet the front walls respectively;

the screen being mounted at the inflection lines; and

a rear wall positioned behind the back surface of the screen and extending between the side walls.

12. The flame simulating assembly according to claim 11 additionally comprising:

a flicker element housing in which the flicker element is positioned, to at least partially cover the flicker element; and

at least one mirror element positioned on the flicker element housing, for reflecting at least a selected part of the rear wall.

13. The flame simulating assembly according to claim 1 in which the light from said at least one light source is reflected from the flicker element along at least one path toward the back surface that defines an acute angle relative to the back surface.

14. The flame simulating assembly according to claim 3 in which:

said at least one translucent region comprises at least one peripheral sub-region that is at least partially contiguous with the central sub-region; and

the light from said at least one light source that is directed through said at least one peripheral sub-region is subjected to less diffusion than the light from said at least one light source that is directed through the central sub-region.

15. The flame simulating assembly according to claim 14 in which said at least one translucent region additionally comprises a diffusion transition sub-region located at least partially between the central sub-region and said at least one peripheral sub-region, the diffusion transition sub-region being configured to subject the light from said at least one light source transmitted through inner portions of the diffusion transition sub-region proximal to the central sub-region to more diffusion than the light from said at least one light source that is transmitted through outer portions of the transition diffusion sub-region that are distal to the central sub-region, to provide a substantially uniform gradual transition between the central sub-region and said at least one peripheral sub-region.

16. The flame simulating assembly according to claim 15 in which said at least one peripheral sub-region is at least partially contiguous with said at least one fringe region.

17. The flame simulating assembly according to claim 15 in which the screen additionally comprises at least one partially reflective region at least partially overlapping with said at least one translucent region, and at least one non-reflective region at least partially contiguous with said at least one partially reflective region.

18. The flame simulating assembly according to claim 17 in which said at least one partially reflective region comprises a core sub-region that at least partially overlaps with the central sub-region.

19. The flame simulating assembly according to claim 17 in which said at least one partially reflective region additionally comprises a reflection transition region located at least partially contiguous with the core sub-region to provide a substantially uniform gradual transition between the core sub-region and said at least one non-reflective region.

20. The flame simulating assembly according to claim 19 in which the diffusion transition sub-region and the reflection transition region at least partially overlap.

21. The flame simulating assembly according to claim 20 in which said at least one peripheral sub-region is at least partially contiguous with said at least one fringe region.

22. The flame simulating assembly according to claim 21 additionally comprising a flicker element housing for at least partially concealing the flicker element.

23. The flame simulating assembly according to claim 22 additionally comprising a first simulated fuel bed positioned proximal to the central sub-region, for reflection of at least part of the first simulated fuel bed in the core sub-region.

24. The flame simulating assembly according to claim 23 in which the flicker element housing additionally comprises a second simulated fuel bed.