Abstract: The present application relates to a pre-embedded anchor system for securing construction elements to concrete slabs. The system comprises at least one pair of juxtaposed elongate anchor slots (1) connected together by at least two linkage bolts (8) and an assembly of steel bars (2) interconnecting a plurality of anchor members (3) at connection nodes (7) of the anchor members (3). The anchor slots (1) have a plurality of anchor members (3) extending therefrom. The pair of juxtaposed anchor slots (1) are interconnected by the linkage bolts (8) and the assembly of crossover steel bars (2) to form a frame.

Abstract: The present application relates to a pre-embedded anchor system for securing construction elements to concrete slabs. The system comprises at least one pair of juxtaposed elongate anchor slots (1) connected together by at least two linkage bolts (8) and an assembly of steel bars (2) interconnecting a plurality of anchor members (3) at connection nodes (7) of the anchor members (3). The anchor slots (1) have a plurality of anchor members (3) extending therefrom. The pair of juxtaposed anchor slots (1) are interconnected by the linkage bolts (8) and the assembly of crossover steel bars (2) to form a frame.

Abstract: A channel anchoring device (100) having predetermined structural properties, for securing construction elements to a metallic structure, the anchoring device (100) comprising a generally elongate metallic channel rail (110) having an engagement surface for engagement with a fastener, the fastener providing fixation of a construction element to the channel rail (110), and a generally elongate metallic fixation member (120) abutted against and engaged with said channel rail (110), wherein the fixation member (120) is engaged with the channel rail (110), said fixation member being formed from a material suitable for allowing welded fixation of the anchoring device (100) to a structure.