Abstract:
Die Erfindung betrifft eine Lichtführungsplatte (2, 2.1), insbesondere eine Lichtführungsstegplatte (2, 2.1), umfassend eine erste Schicht (4, 4.1), und mindestens eine zweite Schicht (6, 6.1), wobei die erste Schicht (4, 4.1) über eine Mehrzahl von stegförimgen Verbindungselementen (8) mit der zweiten Schicht (6, 6.1) verbunden ist, wobei mindestens ein stegförmiges Verbindungselement (8) derart modifiziert ist, dass das stegförmige Verbindungselement (8) zumindest eine vorgebbare Transmissionseigenschaft aufweist und die stegförmigen Verbindungselemente (8) mit der ersten Schicht (4, 4.1) und der zweiten Schicht (6, 6.1) derart verbunden sind, dass die erste Schicht (4, 4.1) relativ zu der zweiten Schicht (6, 6.1) in mindestens eine Längsrichtung verschiebbar ist, wobei durch die relative Verschiebung die Lage der stegförmigen Verbindungselemente (8) im Bezug zu der ersten Schicht (4, 4.1) und der zweiten Schicht (6, 6.1) einheitlich änderbar ist, wobei die Lichtführungsplatte durch Extrusion herstellbar ist
Abstract:
A multiwall sheet (10) comprises a sheet, comprising walls, wherein the walls comprise a first wall (12); a second wall (14); and an outermost rib extending between the first wall (12) and the second wall (14), wherein the first wall (12) extends longitudinally past the outermost rib (18) to a first wall end (24) and wherein the second wall (14) extends longitudinally past the outermost rib (18) to a second wall end (26); and an end cap (20) comprising a top wall (36) having a top wall end (32), a bottom wall (38) having a bottom wall end (34), and a connecting wall (40 ) disposed between the top wall end (32) and the bottom wall end (34); wherein the end cap (20) is disposed over the first wall end (24) and the second wall end (26) and wherein the top wall (36) and the bottom wall (38) extend longitudinally along the first wall (12) and the second wall (14) past the outermost rib (18).
Abstract:
An assembly (10) secures to a structure (80) a panel or two juxtaposed panels (11, 12) each having a joining flange (15) in association with an edge thereof defining a longitudinal axis of the panel. The joining flanges are fastened by at least one securing element (16) that may include or have associated therewith a respective retaining member (30). For each securing element (16), a respective support element (20) is fixedly mounted to the structure and configured for slidably supporting the panels in a direction parallel to the longitudinal axis. Each support element (20) supports opposing side walls (22, 23) forming a channel (24) dimensioned for free sliding therein of the respective securing element (16) or associated retaining member, and each panel is supported by the at least one securing element without applying lateral pressure to the side walls (22, 23) of the respective support element (20).
Abstract:
A translucent panel (1) comprises a single body of translucent material. The single body comprising an outer weather skin (2), an inner liner skin (3) and a multiwall support (4) between the outer weather skin (2) and the inner liner skin (3). The inner liner skin (3), outer weather skin (2) and multiwall support (4) all being of translucent material. The panel (1) further comprises an integral overlap portion (10) at least one end and/or side thereof. An end edge (60) of the overlap portion is heat sealed to prevent any ingress.
Abstract:
Reagents that regulate human serine/threonine protein kinase NEKI and reagents which bind to human serine/threonine protein kinase NEKI gene products can play a role in preventing, ameliorating, or correcting dysfunctions or diseases including, but not limited to, cancer, particularly colon cancer, cardiovascular disorders, CNS disorders, diabetes or COPD.
Abstract:
Foaming of a resinous backing (2) to a glass sheet (1) is frustrated at the interface (3) with the glass by maintaining the glass sheet (1) cool during formation of the foam. The degree of foaming is nil at the interface (3) to effect a strong bond there, and increases progressively through the thickness of the foam body (2) away from the interface (3). The foam body (2) is backed by glass-fibre cloth (4) that is impregnated with the resin from which the foaming gas has been vented so as to bond the cloth (4) to the body (2) and to an outer aluminium foil (5). The glass sheet (3) may be a mirror, and may be replaced by a glass laminate (20; 23) that includes a fused-powder coating (22; 25) with or without an aluminium foil backing.
Abstract:
A roof structure comprises at least one ducted plastics panel having a top wall (40), bottom wall (42), and connecting walls (44), therebetween, said at least one panel being cut to a desired size and having an open space (54) between the top and bottom walls and the last connecting wall, and an adaptor (50) located in said open space, the adaptor having formations (66) thereon for coupling to a glazing bar.
Abstract:
A hollow building element (10) of plastics material comprises one or more longitudinal ducts (30) and has, at opposite sides thereof, coupling members (32, 34), whereby elements may be connected to each other, a coupling member at one side comprising a duct (36) for receiving a reinforcing beam (62) and having a ducted bottom wall.
Abstract:
Exutoire (1) de fumées comprenant un matériau thermoplastique apte à se rétracter à une température de l'ordre de 80°C, caractérisé en ce qu'il est constitué directement d'au moins une tôle (10) à fonction de revêtement de toiture et faite en PET-G.
Abstract:
An industrial roof panel (65) has a projection (71) and a complementary wing (78) at opposite sides (73, 77). The projection has a recess (75) configured for clamping the panel to a second neighboring panel (63) using a fastener (96), such that the panel is supported by the second neighboring panel for reduced buckling under downward load. A modular panel system (60) includes first (62, 63) and second (65) mutually juxtaposed panels, each supported by purlins (70, 70') of a building structure extending along a width of the panels. The second panel (65) has an undercut (75) extending along a length of the panel on a distal side (76) thereof. The first panel (63) has an integral wing-type female coupler (91) extending along a length of the first panel and overlaying an upward projection (71) of the second panel, to which it is secured using fasteners (96) and bolts (94).