The present invention concerns a partition wall for a building structure comprising a plurality of building units separated by such partition wall to provide acoustic insulation therebetween, said partition wall comprising: a plurality of column assemblies, such as at least two, substantially vertically mounted in a generally horizontally oriented base profile, each column assembly comprising a central element made of mineral wool fibres and at least a first spacer elements made of mineral wool fibres and extending from said central section towards the first side with a first intermediate profile provided between the central element and the first spacer elements and a second intermediate profile provided on the side of the central element facing the second side of the wall, a second spacer elements made of mineral wool fibres and extending towards the second side of the partition wall; and wherein the density of the mineral wool in the central element is higher than the density of the first and second spacer elements, one or more insulation sections fitted between two adjacent column assemblies, wherein each insulation section comprises an inner mineral wool fibre panel provided in a close fit between the central elements of said adjacent column assemblies; first and second mineral wool fibre panels provided in a close fit between the first and second spacer elements, respectively, of said adjacent column assemblies, and wherein the densities of said first and second mineral wool fibre panels are substantially the same and lower than the density of the inner mineral wool panel; and an first external wall cover abutting the first mineral wool fibre panel and secured to the first spacer elements of the adjacent column assemblies, and a second external wall cover abutting the second mineral wool fibre panel and secured to the second spacer elements of the adjacent column assemblies.

The present invention is a method of preparing and assembling certain prefabricated products (identified below as (a) Suspension Rods; (b) Decorative Finished Wood; (c) Locking Pin; and (d) Rubber Gasket) which, once assembled, will serve as a high end room divider or window covering (also known as window treatments). The inventive framework allows the user who is preparing and assembling the product to have an installed room divider or window coverage that is clean, with no marks, and also able to be assembled by one person, as opposed to having multiple parties present to effect installation.

The present invention is a method of preparing and assembling certain prefabricated products (identified below as (a) Suspension Rods; (b) Decorative Finished Wood; (c) Locking Pin; and (d) Rubber Gasket) which, once assembled, will serve as a high end room divider or window covering (also known as window treatments). The inventive framework allows the user who is preparing and assembling the product to have an installed room divider or window coverage that is clean, with no marks, and also able to be assembled by one person, as opposed to having multiple parties present to effect installation.

A tack room curtain hanging apparatus, system and method. A system for hanging display curtains includes a display curtain hung on a display curtain frame including a door frame, a plurality of horizontal planks and a plurality of vertical planks coupled together by a set of brackets to form the display curtain frame, the set of brackets including a tee bracket and a corner bracket, the tee bracket including a horizontal socket mated to an end of a particular one of the plurality of horizontal planks, and a vertical socket mated to a top end of a particular one of the plurality of vertical planks, the top end aligned with a bottom of the horizontal socket, a first single fastener coupling the top end of the vertical plank to the vertical socket, and a second single fastener coupling the end of the horizontal plank to the horizontal socket.

A tack room curtain hanging apparatus, system and method. A system for hanging display curtains includes a display curtain hung on a display curtain frame including a door frame, a plurality of horizontal planks and a plurality of vertical planks coupled together by a set of brackets to form the display curtain frame, the set of brackets including a tee bracket and a corner bracket, the tee bracket including a horizontal socket mated to an end of a particular one of the plurality of horizontal planks, and a vertical socket mated to a top end of a particular one of the plurality of vertical planks, the top end aligned with a bottom of the horizontal socket, a first single fastener coupling the top end of the vertical plank to the vertical socket, and a second single fastener coupling the end of the horizontal plank to the horizontal socket.

A fire protective fastening system connects a non-load bearing wall to a truss. A fire protective interface is disposed between a top plate structure and a load bearing member. Fasteners connect between the load bearing member and a non-load bearing member to form a floating connection between the non-load bearing member and the load bearing member. The fire protective medium may take a number of forms including a batt of mineral wool, an intumescent tape and an elongated barrier formed of light gauge metal or spring steel.

A framing template tool may include a face plate; a top plate joined to the face plate at about an edge thereof, wherein the top plate is substantially orthogonal to the face plate; and alignment features. The alignment features may include slots formed in the face plate along its length; and one or more flaps joined to at least one edge of each of the slots, wherein each of the flaps protrude in a substantially orthogonal fashion from the face plate and in a direction away from the top plate.

A framing template tool may include a face plate; a top plate joined to the face plate at about an edge thereof, wherein the top plate is substantially orthogonal to the face plate; and alignment features. The alignment features may include slots formed in the face plate along its length; and one or more flaps joined to at least one edge of each of the slots, wherein each of the flaps protrude in a substantially orthogonal fashion from the face plate and in a direction away from the top plate.

The present invention concerns a columns assembly for an insulating wall of a building structure, said column having a side surfaces adapted to receive and retain insulation panels of the insulating wall, said column assembly comprising an inner spacer element made of mineral wool fibers, a central element made of mineral wool fibers, an outer spacer element made of mineral wool fibers, wherein the spacer elements are assembled with first and second intermediate profiles between the spacer elements, and wherein the density of the mineral wool in the central element is higher than the density in the inner and outer spacer elements. The invention also concerns an insulating wall assembly of a building structure with such a column assembly and a method of constructing such insulating wall.