Abstract: A flying insect trap that has a housing with a rear wall and a front opening opposite the rear wall with a housing interior therebetween, and a glueboard mounted in said housing interior, said glueboard being elevated a distance above a bottom wall of the housing and being oriented with a rear edge of said glueboard being lower than a front edge of said glueboard so as to form an acute angle with the rear wall of the housing.

Abstract: In an insect trap a housing is provided having a swingable guard grill attached at a front of the housing. First and second insect attractant lamps are mounted in the housing. The guard grill has at least one window and a pivotable glueboard mounting, retention, and removal drawer assembly located at said window. The drawer assembly is pivotable at one end. The drawer assembly has a drawer panel and a V-shaped member attached to a back of the drawer panel. The V-shaped member has first and second transverse walls connecting at an apex, each wall having a respective window. A first glueboard is retained in arc-shaped fashion between said apex and the first corner and a second glueboard is retained in arc-shaped fashion between said apex and a second corner.

Abstract: In an insect trap a housing is provided having a swingable guard grill attached at a front of the housing. First and second insect attractant lamps are mounted in the housing. The guard grill has at least one window and a pivotable glueboard mounting, retention, and removal drawer assembly located at said window. The drawer assembly is pivotable at one end. The drawer assembly has a drawer panel and a V-shaped member attached to a back of the drawer panel. The V-shaped member has first and second transverse walls connecting at an apex, each wall having a respective window. A first glueboard is retained in arc-shaped fashion between said apex and the first corner and a second glueboard is retained in arc-shaped fashion between said apex and a second corner.

Abstract: A flying insect trap has a trap housing with an enclosure for a source of insect attracting light and an adhesive surface for immobilizing flying insects which are attracted by the light. The source of insect attracting light and the adhesive surface are disposed in an enclosure within the trap housing, which is completely closed at the top and sides, so that no light is directed or reflected onto the vertical surface to which the trap is mounted. The trap housing has a front panel with an opening therein substantially in registration with the enclosure, the opening allowing light from the source of insect attracting light to exit the enclosure exclusively toward the front of the trap. The opening in the front panel also allows the source of insect attracting light to be substantially completely directly viewed through the opening.

Abstract: A flying insect trap has a frame-like enclosure in which an insect-attracting light source and an adhesive surface are disposed. The front of the enclosure is covered by a front panel having a design formed therein which includes openings to provide access to the interior of the enclosure, so that insects attracted by the light source, which emits light through the openings in the front panel, will alight on the adhesive surface and become adhered thereto. A design panel is also disposed in the enclosure, which is closed at its rear by a rear panel. The design panel is visible through the openings in the front panel, and the design panel can have a design or an advertisement coordinated with the design or advertisement in the front panel.

Abstract: An illuminated exit sign having a plurality of series connected light emitting diodes arranged to form the word "exit" and a control circuit for supplying power to the series connected diodes from line power and, during power failures, from battery power. The control circuit illuminates the diodes continuously during normal operation and alternately switches the diodes on and off during a power failure.