Abstract: An ignition device for initiating a fuel burn includes a fuel mass, wherein the fuel mass has a target body disposed therein to be heated, and a heating element, where the heating element provides an alternating magnetic field about the target body upon activation thereof to cause the target body to heat sufficiently to initiate during of at least a part of the fuel mass adjacent the target body.

Abstract: A wall structure is formed with a decorative relief pattern milled into the outer facade forming a matte having a grid-like interconnective cellular structure. The matte is mechanically fastened to a wall structure and a layer of plaster material is set within the matte's cellular structure. An outer finish coat is applied to complete the cladding assembly. The matte being formed with first and second sets of cells extending from a side attached to the structure to an outer face thereof. The first set of cells are tapered having a narrow end adjacent the outer face and a wide end adjacent the wall structure. The second set of cells are tapered and having a narrow end adjacent the wall structure and a wide end adjacent the outer face. At least one first cell communicates with at least one adjacent second cell via a communication slot in the cell walls.

Abstract: A wall structure is provided with a decorative relief pattern milled into the outer facade forming a matte having a grid-like interconnective cellular structure. The matte is mechanically fastened to a wall structure and a layer of plaster material is set within the matte's cellular structure An outer finish coat is applied to complete the cladding assembly.

Abstract: A cladding element is provided with a decorative relief pattern milled into the outer facade of the cladding element, forming a matte having a grid-like interconnective cellular structure. The matte is mechanically fastened to a wall structure as by fasteners extending through a fastening face thereof into the wall and a layer of plaster material is set within the matte's cellular structure. An outer finish coat is applied to complete an outer, wall finish cladding assembly. The interconnective cellular structure is formed of adjacent cells arranged in rows and columns with the cells opening at the outer face of the cladding element. The cells including a first and second set of cells with the first set of cells being tapered to a narrow end adjacent the outer face and a wide end adjacent the fastening face. The second set of cells being tapered to a narrow end adjacent the fastening face and a wide end adjacent the outer face.