Lighting and ventilating apparatus and method

1. A lighting and ventilating apparatus, comprising:

a housing including a first aperture and a second aperture, the housing positionable behind a surface of a building structure;

a lamp housing at least partially receivable within the housing through the first aperture, the lamp housing including a flange capable of being biased against the surface, wherein a biasing element is configured and arranged to couple the lamp housing to the housing and bias the lamp housing toward an interior of the housing;

a lamp support connected to the main housing and located substantially concentric with the first aperture, the lamp support supporting a light socket coupled to the lamp such that the lamp is positionable behind the surface; and

a fan configured to move air into the main housing via the first aperture and out of the main housing via the second aperture.

2. The apparatus of claim 1 , further comprising a junction box coupled to and having an interior accessible from an exterior of the housing and a light socket positioned within the housing, the electrical socket operable to receive and provide power to the lamp.

3. The apparatus of claim 1 , wherein the lamp housing includes a first end having a first lamp housing aperture and a second end positioned a distance from the first end and having a second lamp housing aperture, wherein the lamp housing, the first lamp housing aperture, and the second lamp housing aperture define a path for air to enter the main housing.

4. The apparatus of claim 3 , wherein the lamp housing, the first lamp housing aperture, and the second lamp housing aperture define a path for air to be drawn away from an area to be ventilated.

5. The apparatus of claim 4 , wherein the air flow path is operable to direct air between the lamp and the lamp housing such that the moving air is operable to cool the lamp.

6. The apparatus of claim 1 , wherein at least a portion of the lamp support is positioned at least partially within the air flow path.

7. The apparatus of claim 1 , wherein the lamp housing is substantially frustoconical and defines a ribbed surface extending at least partially between the first lamp housing aperture and the second lamp housing aperture.

8. The apparatus of claim 1 , further including a duct connector substantially aligned with the second aperture and located on the same sidewall of the housing as a hanger bracket.

9. The apparatus of claim 8 , further including telescoping hangers aligned with the second aperture and located on the same sidewall of the housing as a hanger bracket.

10. A combination lighting and ventilating apparatus for installation in a structure having a surface, the apparatus comprising:

a housing having a top and a sidewall and a first aperture, the aperture defining a ventilating inlet and a lighting outlet;

a lamp housing capable of being at least partially recessed within the housing, the lamp housing having first and second lamp housing apertures spaced a distance from one another, the lamp housing having a portion capable of extending outside of the main housing, wherein a biasing element is configured and arranged to couple the lamp housing to the housing and bias the lamp housing toward an interior of the housing;

a lamp recessed with respect to at least a portion of the main housing;

a fan unit positioned to a side of both the first aperture and a lamp support and extending vertically a portion of a vertical height of the housing, the fan unit configured and arranged to draw air from an area to be ventilated into and through the first lamp housing aperture, through the second lamp housing aperture and past at least a portion of the lamp support, the second lamp housing aperture positioned to direct air away from the area to be ventilated; and

a second aperture in the sidewall of the housing through which the air can be directed by the fan.

11. A combination lighting and ventilating apparatus for installation in a structure having a surface, the apparatus comprising:

a housing comprising a first portion having a generally box-like shape with an open end, and second portion having generally box-like shape of much shorter depth and further including a first aperture, the aperture defining a ventilating inlet and a lighting outlet;

a lamp housing capable of being substantially recessed within the housing, the lamp housing having first and second lamp housing apertures spaced a distance from one another, the lamp housing having a portion locatable outside of the main housing, wherein a biasing element is configured and arranged to couple the lamp housing to the housing and bias the lamp housing toward an interior of the housing;

a lamp recessed with respect to at least a portion of the lamp housing and a portion of the main housing;

a fan unit positioned to a side of the aperture and a lamp support and extending vertically a portion of a vertical height of the housing, the fan unit configured and arranged to draw air from an area to be ventilated into and through the first lamp housing aperture, through the second lamp housing aperture and past the lamp support, the second lamp housing aperture positioned to direct air away from the area to be ventilated; and

a second aperture in the sidewall of the housing through which the air can be directed by the fan.

12. A lighting and ventilating apparatus, comprising:

a main housing including a first compartment with a first aperture, the main housing including a generally box-like first portion with an open end and a generally box-like second portion of must shorter depth, the main housing positionable behind a surface of a building structure;

wherein the first aperture is configured and arranged to enable light emission from an outer surface of a lamp installed inside a lamp housing to pass through the first aperture, wherein a biasing element is configured and arranged to couple the lamp housing to the main housing and bias the lamp housing toward an interior of the main housing, wherein an outer surface of the lamp does not extend out of the lamp housing through the first aperture and no portion of the lamp extends past the surface; and

a fan at least partially positioned within the second compartment and configured to move air into the main housing via the first aperture and out of the main housing via the second aperture.

13. The apparatus of claim 12 , wherein the lamp housing includes a first end having a first lamp housing aperture and a second end positioned a distance from the first end and having a second lamp housing aperture, wherein the lamp housing, the first lamp housing aperture, and the second lamp housing aperture define a path for air to enter the main housing.

14. The apparatus of claim 13 , wherein the first lamp housing aperture and the second lamp housing aperture each define a substantially circular shape such that the ratio of the diameter of the first lamp housing aperture with respect to the diameter of the second lamp housing aperture is between about 1.1:1 to about 3.0:1.

15. The apparatus of claim 13 , wherein the lamp housing is substantially frustoconical and defines a ribbed surface extending between the first lamp housing aperture and the second lamp housing aperture.

16. The apparatus of claim 12 , wherein the lamp is positioned at least partially within an air flow path.

17. The apparatus of claim 16 , wherein the air flow path is operable to direct air between the lamp and the lamp housing.

18. The apparatus of claim 12 , further comprising a junction box coupled to an exterior of the main housing and an electrical socket positioned within the main housing, the electrical socket operable to receive and provide power to a lamp.