Abstract: An adhesive-type insect trap includes a main body having an adhesive sheet insertion hole; a light source mounting unit disposed on the main body; a cover which is detachably mounted on the main body and has a through-hole in at least a part thereof; an adhesive sheet including a sticky substance and a sheet. The main body includes a guide unit by which the adhesive sheet is guided, and an adhesive sheet support unit for supporting the adhesive sheet.

Abstract: An insect trap including a base having an upper end defining a cavity for receiving a removable bait cup. A main housing defining a plurality of openings is matable to the base in an upright position. The main housing defines a mounting structure for supporting a hanger for supporting an uncoiled roll of flypaper within the main housing. A spacer centers an uncoiled roll of flypaper within the main housing. An upper cap free from openings allowing passage of any incident water through the upper cap is matable with the upper end of the main housing. The insect trap is capable of free-standing outdoor use, outside of any enclosure or overhanging structure, while resisting penetration of rain/precipitation into the main housing. The base, main housing, hanger and upper cap are matable to define a weather-resistant enclosure for suspending flypaper within the main housing above the internal cavity of the base.

Abstract: An insect trap comprising a transparent tube coated on an exterior surface with a tacky adhesive is placed where insects typically travel. When the insects crawl over the tube, they become ensnarled and stuck in the adhesive. The trap is preferably available in a kit comprising a variable quantity of tubes in a housing and a means to customize the length of tubes.

Abstract: A trap for airborne insects is provided including a scroll tube with left and right caps on respective ends of the bar, a support wire connecting the left and right ends, a flexible web rolled around the scroll tube and coated with a tacky adhesive, and a cylinder of sufficient size to allow storage therein of the scroll tube. Upon assembly, the scroll tube is removed from within the cylinder. A portion of the web is unravelled from the scroll tube and wound around the cylinder exposing therebetween an area of web for catching flies and other insects. Periodically, the web can be refreshed by winding a previously exposed web section around the take-up cylinder.

Abstract: A fly (insect) control program is implemented by the disclosed fly tape delivery system having source spool assembly and a take-up spool assembly, providing for fly tape to be extended between the two assemblies located at spaced apart locations with premises to be protected. Each spool assembly includes a hub and a reel adapted for being carried by the hub in selectively latched and unlatched positions, the reel of the source spool assembly providing a rolled length of fresh fly tape, and the reel of the take-up spool assembly providing a location for rolling up the fly tape after becoming coated with flies. When a reach of the fly tape is extended from the reel of the source spool assembly to the reel of the take-up spool assembly, tautness of the reach of tape is maintained by a latched relation of each spool assemblies which prevents the reel of each spool assembly is prevented from turning relative to the hub of the respective spool assembly.

Abstract: A wall mounted trap for flies and other flying insects includes an open topped cover shell concealing within a light source and a replaceable cartridge of trapping material. The light source is spaced substantially outwardly from the wall surface on which the trap is mounted and is situated adjacent the upper edge of the cover shell for radiating substantial light onto the wall surface directly above the trap. Likewise, a portion of the interior surface of the trap is of a shape and position relative to the light source for concentrating light from the source onto a wall surface immediately adjacent and above the trap. The replaceable cartridge includes a strip of trapping material arranged in a dispensing roll and adapted to be advanced therefrom to a take-up roller for presenting an upwardly facing exposed length of trapping material therebetween. The trapping material is housed within an open topped container for thorough collection of insects and sanitary handling of the used cartridges.

Abstract: An apparatus and method of attracting and trapping insects which includes an elongate strip of trapping material having a sticky substance thereon. In one embodiment, the trapping material is provided as two adjacent plies which are unwound from a feed roll across feed rollers to a take-up roller. A trapping area is provided between the feed rollers. The supply and feed rollers and take-up rollers may be contained in a cartridge which is disposable. The cartridge can be inserted in a housing having auxiliary components such as electrical components and lighting. In alternate embodiments, the trapping material may be a filament-like material or may be tubular material which is provided in flattened form and expanded to tubular shape in the trapping area and thereafter rewound on the take-up roll.

Abstract: A yellow-colored plate coated with a tacky substance is mounted above and below the teeth of a rake or between rollers and passed over an area infested by fleas or other insect pests. The vibrations and motion caused by the movement of the teeth or the rollers against the supporting surface excite and attract the insects which jump toward the brightly colored plate where they become entrapped into the tacky substance. The apparatus may be used to either determine the nature and extent of the infestation prior to treatment, or to actually clear areas of infestation.

Abstract: A flying insect control unit includes an enclosure having an internal compartment provided by a bottom wall and a closed peripheral sidewall extending laterally from the bottom wall. The bottom wall includes peripheral edges defining a passageway extending through it, and also includes a continuous surface adjacent to at least one of the peripheral edges defining the passageway. A member for trapping flying insects thereon has a bottom surface which is adhered to the continuous surface of the bottom wall of the enclosure, and an upper light reflective surface with a material thereon (e.g., preferably a solid, sticky substance) for trapping flying insects. A light source for emitting ultraviolet radiation is positioned within the compartment for emitting light which is transmitted through the passageway, and also which is reflected toward an upper opened end of the compartment by the light-reflective surface.

Abstract: An insect trap containing a frame provided with an insect-holding adhesive substance and capable of being placed in a desired position. The trap allows insects to be trapped effectively. The frame is transparent, at least to a certain degree, and exhibits a part which permits the installation of the trap in a desired position, for example, in a window on its glass.

Abstract: Insects crawling on inaccessible surfaces are contacted by a tacky adhesive face of a flexible tape backed by a sponge-like pad projecting from a rigid body attached to the end of an elongated handle. A section of the tape with an insect adhered thereto may be detached and the sponge-like pad used for cleaning.