Abstract: A ceiling system having a perimeter frame; a grid configured to support a plurality of substrates; and a plurality of bracket assemblies coupling the grid to the perimeter frame, the plurality of bracket assemblies adjustable between a plurality of states in which the grid is supported at a different height relative to the perimeter frame in each of the plurality of states.

Abstract: A ceiling system is disclosed in which two type of ceiling panels are mounted in a support grid. In one embodiment, the ceiling system may comprise: a support grid defining a plurality of grid openings; a plurality of grid-concealment ceiling panels mounted to the support grid and disposed in the grid openings, each of the grid-concealment ceiling panels comprising peripheral edge portions which extend beneath and at least partially conceal the support grid; and one or more tegular ceiling panels mounted to the support grid and disposed within the grid openings, wherein the one or more tegular ceiling panels do not extend beneath the support grid.

Abstract: A suspended ceiling system in one embodiment includes a ceiling panel and a mounting assembly. The mounting assembly includes a cable secured to a building support structure, a first coupler for attachment to the cable, and a second coupler for attachment to the ceiling panel. The first coupler includes a cable mounting channel having first and second openings and a cable adjustment mechanism for releasably gripping the cable. In one implementation, the adjustment mechanism includes a spring-biased plunger configured to engage the cable. The cable is routed through the channel from the first to second opening. The position of the cable with respect to the first coupler may be adjusted to select the desired position and angular orientation of the ceiling panel. In one embodiment, the first coupler includes ball element pivotably engaged with the second coupler to accommodate various angular positions of the panel and/or panel configurations.

Abstract: A suspended ceiling system in one embodiment includes a ceiling panel and a mounting assembly. The mounting assembly includes a cable secured to a building support structure, a first coupler for attachment to the cable, and a second coupler for attachment to the ceiling panel. The first coupler includes a cable mounting channel having first and second openings and a cable adjustment mechanism for releasably gripping the cable. In one implementation, the adjustment mechanism includes a spring-biased plunger configured to engage the cable. The cable is routed through the channel from the first to second opening. The position of the cable with respect to the first coupler may be adjusted to select the desired position and angular orientation of the ceiling panel. In one embodiment, the first coupler includes ball element pivotably engaged with the second coupler to accommodate various angular positions of the panel and/or panel configurations.

Abstract: A ceiling system is disclosed in which two type of ceiling panels are mounted in a support grid. In one embodiment, the ceiling system may comprise: a support grid defining a plurality of grid openings; a plurality of grid-concealment ceiling panels mounted to the support grid and disposed in the grid openings, each of the grid-concealment ceiling panels comprising peripheral edge portions which extend beneath and at least partially conceal the support grid; and one or more tegular ceiling panels mounted to the support grid and disposed within the grid openings, wherein the one or more tegular ceiling panels do not extend beneath the support grid.

Abstract: A ceiling system in one embodiment includes ceiling panels configured for attachment to an overhead support grid. The ceiling panel includes profiled first and second edges that engage parallel first and second grid support members respectively. At least one intermediate channel is formed in the top surface between the first and second edges. The channel defines a seating surface that engages a third grid support member arranged parallel to and between the first and second grid support members. The central portion of the ceiling panel is supported in a manner which allows the panel to span across and cover at least two grid openings, thereby providing a ceiling system that utilizes large format panels exceeding the size of the openings.

Abstract: A ceiling system in one embodiment includes an overhead support grid including a plurality of downward facing grid faces and an array of rectilinear grid openings. A plurality of grid-concealment ceiling panels are disposed in the grid openings and arranged diagonally such that corners of the panels are disposed proximate to mating corners of diagonally adjacent panels. Each panel includes peripheral edge portions which extend beneath and at least partially conceal grid faces surrounding the grid opening in which each panel is mounted. In one embodiment, the grid faces are completely concealed. Mating corners of ceiling panels meet at mutually configured chamfered corner surfaces which lie at cruciform intersections between the grid faces. The ceiling panels are arranged in diagonal rows in the support grid. Diagonal rows of filler ceiling panels are provided between diagonal rows of grid-concealment ceiling panels.