Abstract: Provided are a panel construction member and a mounting structure for the same that can be rigidly mounted to a building and for which the panel, after being mounted, has excellent flexural strength and flexural rigidity. A panel construction member 1 has a layered structure in which a core plate 4 is disposed between a pair of metal plates 2, 3, wherein the panel construction member 1 is provided with a groove 5 that extends along at least one pair of edges of the panel construction member 1, and an undercut portion 5a that penetrates between the metal plates 2, 3 from the groove 5. A rail member 6 is mounted in the groove 5 of the panel construction member 1, and the panel construction member 1 is mounted to a ceiling or a wall by means of the rail member 6.

Abstract: Provided are a panel construction member and a mounting structure for the same that can be rigidly mounted to a building and for which the panel, after being mounted, has excellent flexural strength and flexural rigidity. A panel construction member 1 has a layered structure in which a core plate 4 is disposed between a pair of metal plates 2, 3, wherein the panel construction member 1 is provided with a groove 5 that extends along at least one pair of edges of the panel construction member 1, and an undercut portion 5a that penetrates between the metal plates 2, 3 from the groove 5. A rail member 6 is mounted in the groove 5 of the panel construction member 1, and the panel construction member 1 is mounted to a ceiling or a wall by means of the rail member 6.

Abstract: The solar cell module having a configuration in which a solar cell is formed on the metal-resin composite substrate, and exhibiting excellent durability. The solar cell module 10 includes a metal-resin composite substrate 16 consisting of a resin layer 16A having a melting point of not less than 125° C. sandwiched between metal layers 16B; a lower encapsulation layer 15 and/or an adhesion layer 15B arranged on the metal-resin composite substrate 16; and a power generation element 13 including a power generation layer sandwiched between a couple of electrodes, and arranged on the lower encapsulation layer 16 or the adhesion layer 15B.

Abstract: A riveting method comprises:adhesion-bonding a synthetic resin sheet 11 to a surface of a metal sheet 10 having a thickness of not more than 1 mm,adhesion-bonding a metal sheet 12 having a thickness of not more than 1 mm to a surface of the synthetic resin sheet 11,then stacking the metal sheet 12 and a metal plate or metal holding plate 2,forming a rivet hole from the surface of the metal plate or metal holding plate 2 to such a depth as reaching the synthetic resin sheet 11 but not penetrating the metal sheet 10,burying a mandrel-inserting type rivet in which a mandrel penetration aperture is formed from a head and through a shank of the rivet, and a mandrel having a mandrel head protruding out of the shank with the outer diameter of the head being more than the inner diameter of the penetration aperture is disposed through the penetration aperture in the rivet hole, andmoving the head of the mandrel by an operation of drawing the mandrel, thereby diametrically enlarging the top end of the rivet shank.