Abstract: A molding strip assembly is provided to secure a flexible covering on a support surface. The assembly includes a molding element attachable to the surface, and a mounting element that snap-fits into and is secured by the molding element. Each molding element has a retaining channel to lockably receive a latching structure that projects downwardly from a support wall of the mounting element. The covering may extend along the support wall and be retained by the latching structure. Prefabricated contour elements may be used at angular intersections of two or more molding elements, and an optional base molding element may be used to form routing channels for electrical wires. Molding strip assemblies are combined into framework systems to cover wall or other surface areas with great flexibility of design.

Abstract: A molding strip assembly is provided to secure a flexible covering on a support surface. The assembly includes a molding element attachable to the surface, and a mounting element that snap-fits into and is secured by the molding element. Each molding element has a retaining channel to lockably receive a latching structure that projects downwardly from a support wall of the mounting element. The covering may extend along the support wall and be retained by the latching structure. Prefabricated contour elements may be used at angular intersections of two or more molding elements, and an optional base molding element may be used to form routing channels for electrical wires. Molding strip assemblies are combined into framework systems to cover wall or other surface areas with great flexibility of design.

Abstract: A molding strip assembly is provided for use in covering a support surface with a flexible material and is particularly adapted for retaining facing interior marginal edges of a pair of material panels within the interior of a framework which surrounds the area to be covered on the support surface. The molding strip assembly has a base wall to be positioned adjacent the support surface and first and second raised support walls along opposite lateral sides of the base wall. The support walls are oriented and supported in spaced relation above the support surface. Preferably, first and second interior side walls extend between the base wall and the first and second raised support walls, respectively, to define a U-shaped channel region; first and second outer side walls extend downwardly from the first and second raised support walls, respectively, and terminate in outwardly turned attachment flanges for securing the strip to the support surface.

Abstract: A molding strip assembly comprising linear edge pieces adapted to form a structure for holding the edge of a flexible material. The edge pieces may be configured in a framework so that the material covers a desired support surface. One edge piece is a molding strip that has a mounting base and upwardly extending connecting wall and a raised support wall in spaced parallel relation to the base. A lip extends upwardly from the base, spaced from the connecting wall, and a retaining wall extends upwardly from the base between the lip and the connecting wall, and, with the connecting wall, forms a narrow groove. A mating locking member defines a moveable profile that is received by the molding element and has a top wall, a first, downwardly depending side wall that is positioned in the groove to trap the material edge therein, and a second downwardly depending side wall that has a locking structure configured to engage the lip of the molding element.