Ceiling system

1. A ceiling system comprising:

a first support beam elongated along a first beam axis and comprising a vertical web portion and a beam protuberance extending from a lower end of the vertical web portion;

a first cover elongated along a first cover axis and comprising:

a first cover body having a floor portion and first and second sidewall portions extending upward from the floor portion in an opposing manner; and

a first cover slot in a top surface of the first cover body and extending downward into the first cover body between the first and second sidewall portions, the first cover slot extending substantially parallel to the first cover axis;

wherein the first cover is a singular one-piece component formed from a sound absorbing material; and

wherein the first cover is configured to be mounted to the first support beam so that: (1) the first beam axis and the first cover axis are substantially parallel to one another; (2) the vertical web portion of the first support beam is located within a first section of the first cover slot; and (3) the beam protuberance of the first support beam is located within a second section of the first cover slot.

2. The ceiling system according to claim 1 wherein the first section of the first cover slot has a maximum transverse width that is less than a maximum transverse width of the second section of the first cover slot, and wherein the first section of the first cover slot has a substantially constant transverse width.

3. The ceiling system according to claim 1 wherein the second section of the first cover slot is diamond-shaped.

4. The ceiling system according to claim 1 further comprising:

the first sidewall portion comprising a first downward facing shoulder that defines a first roof portion of the second section of the first cover slot, the first roof portion configured to be in contact with a first portion of the beam protuberance of the first support beam; and

the second sidewall portion comprising a second downward facing shoulder that defines a second roof portion of the second section of the first cover slot, the second roof portion configured to be in contact with a second portion of the beam protuberance of the first support beam; and

wherein when the first cover is mounted to the first support beam, the first and second downward facing shoulders are angled downwardly relative to the vertical web portion of the first support beam.

5. The ceiling system according to claim 1 wherein the floor portion of the first cover body extends between and connects the first and second sidewall portions of the first cover body together, and wherein the floor portion of the first cover body is configured to overlie a bottom surface of the first support beam that is vertically aligned with the vertical web portion of the first support beam.

6. The ceiling system according to claim 1 wherein the first cover comprises a one-piece sheet structure that is folded upon itself to form the first cover body.

7. The ceiling system according to claim 1 wherein the first support beam comprises a bulb portion that extends downwardly from the lower end of the vertical web portion in direction perpendicular to the first beam axis, wherein a bottom end of the bulb portion is chamfered and forms a bottom-most end of the first support beam, and wherein a top portion of the bulb portion forms the beam protuberance.

8. The ceiling system according to claim 1 further comprising:

the first support beam comprising:

a horizontal flange portion located at an upper end of the vertical web portion of the first support beam;

a bulb portion at the lower end of the vertical web portion of the first support beam, the bulb portion comprising the beam protuberance, the bulb portion forming a bottom-most portion of the first support beam such that a bottom end of the bulb portion forms a bottom end of the first support beam; and

wherein the vertical web portion is located between the horizontal flange portion and the beam protuberance.

9. The ceiling system according to claim 8 further comprising the horizontal flange portion of the first support beam having a first width measured in a direction transverse to the first beam axis and the bulb portion having a second maximum width measured in the direction transverse to the first beam axis, the first maximum width being greater than the second maximum width.

10. The ceiling system according to claim 8 wherein, for the first support beam, the bulb portion comprises a chamfered bottom portion that forms the bottom end of the first support beam and the beam protuberance forms a top portion of the bulb portion, and wherein the first support beam is configured to be supported from a support structure at one or more connection points on the horizontal flange portion of the first support beam.

11. The ceiling system according to claim 1 wherein the sound absorbing material is selected from the group consisting of synthetic foam, glass wool, and nonwoven polymer.

12. The ceiling system according to claim 1 wherein the first and second sidewall portions of the first cover body are configured to exert a compression force on the vertical web portion of the first support beam.

13. The ceiling system according to claim 1 further comprising:

the first cover comprising a transverse cover notch in a bottom portion of the first cover body, the transverse cover notch intersecting the second section of the first cover slot and a portion of the first section of the first cover slot; and

a first longitudinal section of the first support beam comprising a longitudinal portion of the beam protuberance and a longitudinal portion of the vertical web portion exposed via the transverse cover notch of the first cover.

14. The ceiling system according to claim 13 further comprising:

a first baffle extending along a baffle axis from a first end to a second end and comprising:

a baffle body having a bottom surface, a top surface, and first and second side surfaces; and

a first transverse baffle slot in the top surface of the baffle body extending from the first side surface to the second side surface of the baffle body; and

the first baffle configured to be mounted to the first support beam via the first longitudinal section of the first support beam mating with the first transverse baffle slot, the baffle axis intersecting the first beam axis.

15. The ceiling system according to claim 14 further comprising:

the first transverse baffle slot of the first baffle comprising a top section adjacent the top surface of the baffle body, a bottom section, and a middle section between the top and bottom sections; and

the first baffle configured to be mounted to the first support beam so that: (1) the longitudinal portion of the beam protuberance of the first support beam is located within the bottom section of the first transverse baffle slot; (2) the longitudinal portion of the vertical web portion of the first support beam is located within the middle section of the first transverse baffle slot; and (3) a portion of the first cover body above the first transverse cover notch is located within the top section of the first transverse baffle slot.

16. The ceiling system according to claim 15 wherein the baffle body is configured to exert a compression force on the portion of the first cover body above the transverse cover notch, thereby creating a friction fit between the vertical web portion of the first support beam and the first cover.

17. The ceiling system according to claim 14 further comprising:

a second support beam extending along a second beam axis and comprising a vertical web portion and a beam protuberance at a lower end of the vertical web portion of the second support beam;

the first and second support beams configured to be supported from a support structure in a non-intersecting manner;

a second cover extending along a second cover axis and comprising:

a second cover body having a floor portion and first and second sidewall portions extending upward from the floor portion of the second cover body in an opposing manner; and

a second cover slot in a top surface of the second cover body and extending downward into the second cover body between the first and second sidewall portions of the second cover body, the second cover slot extending substantially parallel to the second cover axis;

the second cover configured to be mounted to the second support beams so that: (1) the second beam axis and the second cover axis are substantially parallel to one another; (2) the vertical web portion of the second support beam is located within a first section of the second cover slot and the first and second sidewall portions of the first cover body exert a second compression force on the vertical web portion of the second support beam; and (3) the beam protuberance of the second support beam is located within a second section of the second cover slot;

the second cover comprising a transverse cover notch in a bottom portion of the second cover body, the transverse cover notch of the second cover intersecting the second section of the second cover slot and a portion of the first section of the second cover slot; and

a longitudinal section of the second support beam comprising a longitudinal portion of the beam protuberance of the second support beam and a longitudinal portion of the vertical web portion of the second support beam exposed via the transverse cover notch of the second cover; and

the first baffle comprising a second transverse baffle slot in the top surface of the baffle body extending from the first side surface to the second side surface of the baffle body, the second transverse baffle slot spaced from the first transverse baffle slot; and

the first baffle configured to be mounted to the second support beam via the longitudinal section of the second support beam mating with the second transverse baffle slot, the baffle axis intersecting the second support beam axis and the first baffle extending between the first and second support beams.

18. A ceiling system comprising:

a plurality of support beams arranged in a non-intersecting arrangement, each of the plurality of support beams extending along a beam axis and comprising a vertical web portion, a flange portion at a top end of the vertical web portion, and a bulb portion at a bottom end of the vertical web portion;

a plurality of covers, each of the covers extending along a cover axis and comprising:

an elongated cover body; and

a cover slot in a top surface of the elongated cover body; and

the plurality of covers configured to be mounted to the plurality of support beams so that the bulb portions of the support beams are located within the cover slots of the covers and the cover axis of each of the plurality of covers is substantially parallel to the beam axis of the support beam to which it is mounted;

at least one baffle extending along a baffle axis and comprising a baffle body;

the at least one baffle configured to be mounted to adjacent ones of the plurality of support beams to extend between the adjacent ones of the plurality of support beams so that: (1) the baffle body extends into cover notches of the covers that are mounted on the adjacent ones of the plurality of support beams; and (2) the bulb portions of the adjacent ones of the plurality of support beams are located within baffle slots of the at least one baffle.

19. The ceiling system according to claim 18 wherein, for each of the plurality of the support beams, the bulb portion has a maximum transverse width that is less than a maximum transverse width of the flange portion.