Jason G Tilton

US Patent:

20130086863, Apr 11, 2013

Filed:

Oct 10, 2011

Appl. No.:

13/269929

Inventors:

Jason Tilton - Oyster Bay NY, US

International Classification:

E04F 13/07
E04C 2/38
B23P 17/00
E04C 2/00

US Classification:

525881, 52578, 2989732

Abstract:

Systems and methods are disclosed for providing coffered ceilings with a plurality of preassembled coffered modules, each of which includes a ceiling panel precut in accordance with an order; cutting beam wall boards in accordance with the order, wherein the beam wall boards are attached to the ceiling panel and extend away from the ceiling panel; and a beam wall molding custom-fitted inside the beam wall boards. Automated systems to receive and fabricate custom coffered module orders upon payment are also disclosed.

US Patent:

20140075881, Mar 20, 2014

Filed:

Mar 1, 2013

Appl. No.:

13/783177

Inventors:

Jason Tilton - Oyster Bay NY, US

International Classification:

E04F 19/00
E04F 13/00

US Classification:

527452, 29592

Abstract:

Systems and methods are disclosed for providing coffered ceilings with a plurality of preassembled coffered modules, each of which includes a ceiling panel precut in accordance with an order; cutting beam wall boards in accordance with the order, wherein the beam wall boards are attached to the ceiling panel and extend away from the ceiling panel; and a beam wall molding custom-fitted inside the beam wall boards. Automated systems to receive and fabricate custom coffered module orders upon payment are also disclosed.

US Patent:

20150082718, Mar 26, 2015

Filed:

Oct 31, 2014

Appl. No.:

14/529441

Inventors:

Jason Tilton - Oyster Bay NY, US

International Classification:

E04C 2/40
E04F 13/07

US Classification:

522871

Abstract:

A coffer includes a panel; beam wall boards attached perpendicular to a first side of the panel and extending away from the panel and forming the side walls for a pattern of intersecting, non-structural hollow box beams, wherein the panel extends past the beam wall boards to create a fastening flange or point by which one or more modules are secured to a substrate; and a beam wall molding cut to size and custom-fitted to the beam wall boards and a panel after the beam wall boards have been attached to the panel, wherein the beam wall molding connects surfaces between the beam wall boards and the panel without covering the beam wall board edges and wherein the panel directly terminates into a perpendicular wall or surface or into the substrate and wherein the modules and resulting hollow box beams include polygonal and curved shapes and wherein the beam wall moldings follow the exact shape of the beam wall boards to eliminate spaces between the beam wall moldings and the beam wall board that would require filling by an additional board, part or component.