ARCHITECTURAL WALL SYSTEMS

Brand Owner (click to sort) Address Description
ACME 50 INSCAPE CORPORATION 67 Toll Rd., Holland Landing Ontario L9N1H2 Canada Architectural wall systems, primarily not of metal, consisting primarily of glass wall panels and interior building facades in the nature of glass wall panels; non-movable full height walls, not of metal, for dividing buildings into offices; non-metal modular, reusable walls for dividing office spaces as transportable building structures;movable wall panels; floor-to-ceiling movable partitions for commercial offices; interior partitions substantially of glass for buildings;
INFIV INSCAPE CORPORATION 67 Toll Rd., Holland Landing Ontario L9N1H2 Canada Architectural wall systems; movable full height walls for dividing buildings into offices; reusable walls for dividing office spaces; movable wall partitions; floor-to-ceiling movable partitions for commercial offices;
INTERVAL INSCAPE CORPORATION 67 Toll Rd., Holland Landing Ontario L9N1H2 Canada Architectural wall systems, primarily not of metal, consisting primarily of gypsum and glass wall panels; and interior building facades in the nature of wall panels with and without doorways, primarily non-metal, non-metal movable full height walls for dividing buildings into offices; non-metal modular, reusable walls for dividing office spaces; movable wall partitions; floor-to-ceiling movable partitions for commercial offices; metal interior partitions for buildings, ceiling systems, primarily of non-metal, consisting suspended non-ceiling tiles;Architectural wall systems, primarily of metal, consisting primarily of frameworks of metal posts and metal beams and metal wall panels; and interior building facades in the nature of wall panels with and without doorways, primarily metal; metal doors and frames for buildings; metal movable full height walls for dividing buildings into offices; metal modular, reusable walls for dividing office spaces, movable wall partitions; floor-to- ceiling movable partitions for commercial offices; ceiling systems, primarily of metal, consisting of metal suspensions and suspended ceiling tiles; and interior building facades in the nature of wall panels with and without doorways, primarily of metal; [ floor systems, primarily of metal, consisting primarily of metal joists and metal floor panels, low profile raised flooring, raised metal flooring ];[ Furniture; office furniture and furnishings, namely, desks, tables, tabletops, countertops, credenzas, chairs, shelving, bookcases, filing cabinets, wardrobes, magazine racks, room dividers, furniture partitions, movable office partitions and movable furniture partitions for use in providing privacy movable room divider partitions, ] office, workstation and office subdivision systems comprising posts, beams, modular wall segments, modular ceiling segments, doors and windows [, built-in shelving, built-in desktops, and/or built-in drawers; ] post and beam framing with modular walls and ceiling panels to be constructed inside a building to define self-supporting enclosed workspaces; movable wall partitions for floor to ceiling movable walls as for construction of walls to sub-divide an office space semi-permanently;
STEELCASE STEELCASE INC. 901 44th St SE, PO Box 1967 Grand Rapids MI 49501 Architectural wall systems, primarily not of metal, consisting primarily of [ gypsum and ] glass wall panels; and interior building facades in the nature of wall panels with and without doorways, primarily non-metal;Floor systems, primarily of metal, consisting primarily of [ metal joists and ] metal floor panels; [ ceiling systems, primarily of metal, consisting of metal suspensions and suspended ceiling tiles; ] and interior building facades in the nature of wall panels with and without doorways, primarily of metal;STEEL CASE;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Disclosed are methods and systems for performing false path analysis. In one approach, the methods and systems identify a set of zero or more false paths based upon both implementation-specific design data and non-implementation-specific design data. In some approaches, disclosed are methods and systems for performing automated gate-level static timing false path analysis, identification, constraint generation, and/or verification using architectural information. Static timing paths at the gate-level can be linked to the architectural information via mapping techniques found in equivalence checking (EC). The gate level static timing paths can be analyzed in the context of the architectural information to identify false paths.