The present disclosure provides a method, system, and fabrication facility that eliminates or substantially reduces process-limiting vibrations within a high-precision device manufacturing facility, wherein an elevated structure supports high-precision device manufacturing equipment and provides vibration reduction spacing between a floor and an upper surface of said elevated structure.

An room assembly that expands the interior space in a vehicle. The room assembly comprises an expandable room comprising an adjustable floor panel component, an adjustable wall panel component, and a track system for moving the adjustable floor panel component and the adjustable wall panel component between a nested and an expanded position. The track system comprises a corner component comprising a floor engaging plate, a wall engaging plate connected to the floor engaging plate, and a rail extending from both plates.

The present disclosure provides a method, system, and fabrication facility that eliminates or substantially reduces process-limiting vibrations within a high-precision device manufacturing facility, wherein an elevated structure supports high-precision device manufacturing equipment and provides vibration reduction spacing between a floor and an upper surface of said elevated structure.

A modular floor system including webbing formed by a plurality of interconnected web sections. The web sections include attachment portions that are aligned in the grid layout. The support members are attachable to attachment sections of the web sections so that attached support members are properly aligned and positioned with respect to one another along the grid layout. The modular floor system includes tiles positioned upon and secured to the support members to be supported above the ground surface by the support members. A utility space is defined by and disposed between the ground surface and the supported tiles. Utility cables can be routed through the utility space.

A decking support system including a plurality of decking support elements, each decking support element including a first decking support engagement feature and a second decking support engagement feature, a plurality of connection elements, each connection element including a first connection feature adapted to co-operate with said first decking support engagement feature of a decking support element, and a second connection feature adapted to co-operate with said second decking support engagement feature of a decking support element, the arrangement being such that a first of said plurality of decking support elements is engageable with a second of said plurality of decking support elements by means of one of said plurality of connection elements dependent on said respective co-operations.

A modular floor system including webbing formed by a plurality of interconnected web sections. The web sections include attachment portions that are aligned in the grid layout. The support members are attachable to attachment sections of the web sections so that attached support members are properly aligned and positioned with respect to one another along the grid layout. The modular floor system includes tiles positioned upon and secured to the support members to be supported above the ground surface by the support members. A utility space is defined by and disposed between the ground surface and the supported tiles. Utility cables can be routed through the utility space.

The present invention refers to a support system for raised flooring made with wooden boards and to the relative flooring obtained by this system. The supporting system is used for obtaining a floor with boards made of wood or similar material wherein the floor is elevated with respect to the reference ground. The supporting system includes a trampling plate and at least three supporting feet fixed to the plate in order to support the plate with respect to the reference ground.

An elevated flooring surface assembly including surface tiles disposed on respective support plates, the corners of which in turn rest on support pedestals disposed upon a fixed surface with a predetermined spacing therebetween to provide for increased degrees of support of the surface tiles above the fixed surface.

An elevated flooring surface assembly including surface tiles disposed on respective support plates, the corners of which in turn rest on support pedestals disposed upon a fixed surface with a predetermined spacing therebetween to provide for increased degrees of support of the surface tiles above the fixed surface.

Reinforced pedestal (A) to support raised surfaces or overlying on fixed surfaces, comprising: an internal part (1), made up of a truncated conical tubular body (2); and at its wide end a base (7) is provided; and a reinforced external tubular part (9) that houses the internal part (1), made up of a truncated conical tubular body (10), in whose center it has a longitudinally truncated conical gap to house the truncated conical body (2) of the internal part (1). Grid structure to support overlapping surfaces, comprising: at least two reinforced pedestals (A) placed apart and parallel to each other, at a sufficient distance to support an overlapping surface; and at least two guide crossheads (13) useful for guiding the placement of the pieces (14) that are going to shape to the overlying surface. Method for building the grid structure, comprising: at least, two modules (B) and/or (C) that form the reinforced pedestals (A); assembling the pieces (1 and 9) of a module with the pieces (1 and 9) of other modules; and to include at least two guide crossheads (13) useful in placing the pieces (14) that are going to conform to the overlying surface on a fixed surface.