Germicidal fixture and methods
The present disclosure relates to adapting a commonly used lighting fixture that is generally specified as the primary lighting source for illuminating a particular area as the apparatus for enclosing an additional UV lighting mechanism. Further, the disclosure relates to a device that can be integrated into a light fixture used with a suspended grid ceiling or a solid ceiling. Also, the present disclosure relates to a germicidal fixture used in association with a light fixture, and to an apparatus for a new germicidal light fixture and for replacing or converting an existing light fixture for efficient germicidal use.
1. A germicidal light kit comprising
an enclosure, a flow assembly and a UV light assembly, the germicidal light kit for engagement with a light fixture engaged with a ceiling, the ceiling comprising an essentially planar surface,
the light fixture comprising
a housing comprising a concaved inner surface and a convexed outer surface, the concaved inner surface defining an aperture with a perimeter having a plurality of sides that forms a cavity,
a cover trim member for engagement with the housing for enclosing the cavity when the cover trim member is engaged with the perimeter of the concaved surface of the housing and for extending longitudinally beyond the two extremities of the housing to form a projection the projection having at least one aperture therein,
a ballast rail having minimal engagement with the convexed outer surface of the housing for receiving a ballast and positioning the ballast remote from the housing and exterior of the cavity formed by the housing such that the ballast and the ballast rail are in engagement with the surrounding environment, such that the light fixture is affixed to the ceiling in a pivotal relationship having a first position with the light fixture in the same planar surface as the ceiling during operation of the light fixture and a second position with the light fixture pivoted from one of the sides of the perimeter at an approximately 90° displacement from the ceiling with the ballast exterior of the housing cavity and in an open accessible location for easy repair, removal, maintenance, installation or a combination thereof, the enclosure of the germicidal light kit is engaged with the projection of the cover trim adjacent to the ballast rail such that the air is taken in and exhausted through the apertures of the cover trim.
2. The germicidal light kit of claim 1 wherein the flow assembly comprises an air mover, an entrance chamber, at least one baffle, an irradiation chamber and an exit chamber for moving air through the flow assembly.
3. The germicidal light kit of claim 2 wherein the airflow in the irradiation chamber is turbulent.
4. The germicidal light kit of claim 2 wherein the turbulent airflow in the irradiation chamber has a Reynolds number of above 4000.
5. The germicidal light kit of claim 1 further comprising a sensor for measuring the intensity of the UV light within the irradiation chamber, and, if appropriate, signaling for maintenance, for testing the germicidal matter within the irradiation chamber to provide an indication of the degradation achieved while the germicidal matter is within the irradiation chamber, or a combination thereof.
6. The germicidal light kit of claim 2 wherein the flow assembly is coated with reflecting, microbial, impregnated, “clean” surfaces or a combination thereof.
7. A germicidal light fixture comprising
an enclosure,
a flow assembly comprising an air mover, an entrance chamber, at least one baffle, an irradiation chamber and an exit chamber for moving air through the flow assembly,
a UV light assembly in operative association with the irradiation chamber, and
a sensor for measuring intensity of the UV light within the irradiation chamber, and generating a signal for maintenance corresponding to the intensity
wherein the germicidal light fixture is configured for engagement with a pre-existing light fixture.
8. The germicidal light fixture of claim 7 wherein the airflow in the irradiation chamber is turbulent.
9. The germicidal light fixture of claim 8 wherein the turbulent airflow in the irradiation chamber has a Reynolds number of above 4000.
10. The germicidal light fixture of claim 7 wherein the sensor or an additional sensor test the germicidal matter within the irradiation chamber to provide an indication of the degradation achieved while the germicidal matter is within the irradiation chamber.
11. The germicidal light fixture of claim 7 wherein said at least one baffle is coated with reflecting, microbial, impregnated, “clean” surfaces or a combination thereof.
12. A germicidal light kit comprising an enclosure, a flow assembly and a UV light assembly, wherein the enclosure is configured to engage a portion of a pre-existing light fixture.