Lighting unit and method of controlling
A lighting unit for illuminating a habitat is provided. The lighting unit includes a housing and a light emitter. The operating parameters of the lighting unit may be adjusted to mimic different natural conditions.
1 . An aquarium, comprising:
an aquarium housing including a bottom, side walls, and an open top;
a lighting unit positioned at the open top, the lighting unit including a light housing, a light emitter assembly at least partially received in the light housing, a fan assembly at least partially received in the light housing, the fan assembly comprising a fan for generating airflow, and a baffle positioned for directing the airflow; and
a microprocessor operably connected to the emitter assembly and the fan assembly for processing data received from a computer and for controlling output of the light emitter assembly and fan speed of the fan assembly.
2 . The aquarium of claim 1 , further comprising: a heat sink proximate the emitter assembly, the baffle configured to direct airflow towards the heat sink.
3 . The aquarium of claim 1 , wherein: the light emitter assembly comprises a first light emitter having a first color and a second light emitter having a second color.
4 . The aquarium of claim 3 , wherein: a control unit is operably associated with the microprocessor, the control unit configured for communicating with the microprocessor and thereby controlling the first and second light emitters.
5 . The aquarium of claim 1 , wherein: the light housing includes an opening and a cover closing the opening, the cover having a grate through which air is drawn by the fan assembly.
6 . The aquarium of claim 1 , wherein: each of the first emitter and second emitter is a light emitting diode.
7 . The aquarium of claim 6 , wherein: at least the first emitter comprises a total-internal-reflection lens.
8 . The aquarium of claim 5 , wherein: first and second side openings are disposed on opposite sides of the opening for receiving the first and second light emitters.
9 . The aquarium of claim 2 , further comprising: an internal memory operably associated with the microprocessor for receiving and storing data received from the control unit.
10 . The aquarium of claim 3 , wherein the lighting unit further comprises:
a core comprising a first side region, a second side region, and an interior region disposed between the first side region and the second side region, the interior region comprising an opening and a heat sink for dissipating heat;
the first light emitter assembly connected to the core and the second light emitter assembly connected to the core; and
the fan assembly disposed between and laterally of the first and second light emitter assemblies, the fan configured for generating airflow along the heat sink.
11 . The aquarium of claim 10 , wherein: the baffle comprises first and second baffles, and the wherein the heat sink comprises a first heat sink and a second heat sink, and wherein the first baffle directs air from the fan assembly to the first heat sink and the second baffle directs air from the fan assembly to the second heat sink.
12 . A habitat for marine life, animal life, and plant life, comprising:
a housing including a bottom, side walls, and an open top;
a lighting unit positioned at the open top, the lighting unit including a light housing, a light emitter assembly at least partially received in the light housing, a fan assembly at least partially received in the light housing, the fan assembly comprising a fan for generating airflow, and a baffle configured for directing the airflow; and
a microprocessor operably connected to at least one of the emitter assembly and the fan assembly for processing data received from a computer and for controlling output of the light emitter assembly and fan speed of the fan assembly.
13 . The habitat of claim 12 , wherein: the light emitter assembly comprises a first light emitter having a first color and a second light emitter having a second color.
14 . The habitat of claim 13 , further comprising: a heat sink proximate the emitter assembly, the baffle configured to direct airflow towards the heat sink.
15 . The habitat of claim 14 , wherein: a control unit is operably associated with the microprocessor, the control unit configured for communicating with the microprocessor for controlling operation of the first and second light emitters.
16 . The habitat of claim 14 , wherein: the light housing includes an opening and a cover closing the opening, the cover having a grate through which air is drawn by the fan assembly.
17 . The habitat of claim 16 , wherein: first and second side openings are disposed on opposite sides of the opening for receiving the first and second light emitters.
18 . The habitat of claim 12 , wherein the lighting unit further comprises:
a core comprising a first side region, a second side region, and an interior region disposed between the first side region and the second side region, the interior region comprising an opening and a heat sink for dissipating heat;
the first light emitter assembly connected to the core and the second light emitter assembly connected to the core; and
the fan assembly disposed between and laterally of the first and second light emitter assemblies, the fan configured for generating airflow along the heat sink.
19 . The habitat of claim 13 , wherein: each of the first emitter and second emitter is a light emitting diode.
20 . The habitat of claim 19 , wherein: at least the first emitter comprises a total-internal-reflection lens.
21 . The habitat of claim 13 , wherein: first and second side openings are disposed on opposite sides of the opening for receiving the first and second light emitters.
22 . The habitat of claim 14 , wherein: the baffle comprises first and second baffles, and the wherein the heat sink comprises a first heat sink and a second heat sink, and wherein the first baffle directs air from the fan assembly to the first heat sink and the second baffle directs air from the fan assembly to the second heat sink.