Abstract: An insect trap using attractant light, comprising a source of insect attractant light and a housing that can be mounted on a generally planar or flat mounting surface. The housing and the source of light cooperate to form a bidirectional or a multidirectional (overlapping or non-overlapping) pattern of insect attractant light. The housing comprises one, two or more openings for the insect attractant light that is reflected and radiated onto the flat mounting surface. The housing and the source of insect attractant light can cooperate to form a light pattern directed in a continuous display pattern that can surround the housing. The housing openings further facilitate the entry of flying insect pests into the trap. As the insects enter the trap, they are immobilized on an insect immobilization surface mounted within the trap.

Abstract: An insect-control member includes a flexible or semi-rigid substrate having a thickness and a flexural modulus. The thickness and the flexural modulus are interrelated material properties, one value being defined by the other value so as to satisfy a prescribed criterion. The substrate supports an insect-interactive material. The substrate is generally optimally adapted to radiate pressure waves from a vibration generator to which it may be coupled in order to lure or repel insects.

Abstract: An insect and/or arthropod trapping device that generates its own attractants of carbon dioxide (CO2), and ammonia through the chemical reaction of adding a weakly acidic liquid such as vinegar (acetic acid) to solids such as baking soda (sodium bicarbonate), with the optional addition of urea and/or lactic acid. The liquids are mixed over a period of days onto the solids to generate CO2 in the vicinity of an insect/arthropod trap having glue boards that trap the insects and arthropods when they alight on the glue board. The attractants can be used with devices that utilize various combinations of other insect attractants and traps such as sound, light, scent, visual, electrical, chemical, sticky surfaces, mesh nets, etc., to further attract and trap or kill insects and/or arthropods.

Abstract: An insect trap which includes a base having a rear surface and a front surface, a housing mounted to cover at least a portion of the front surface of the base, an insect attractant such as a light located at least partially within the housing, an insect neutralizer such as an adhesive surface located at least partially within the housing, and an electrical plug protruding from the rear surface of the base whereby the insect trap may be mounted to an electrical socket by inserting the electrical plug into the electrical socket. The insect trap can be easily mounted and removed, making it suitable for intermittent, seasonal, or temporary use.

Abstract: A pest control device (10), and a method of suppressing a pest, which can be discretely and easily placed, serviced and removed from the proximity of areas where pests, including rodents and insects, are likely to frequent, including the area near the floor-wall juncture (54) behind shelving (44) and/or products (52) or equipment. The pest control device (10) has a pest suppression device (18) having an ingress for the pest and an elongate arm (20?) with an overhanging structure (56) having a proximate end (24) and a distal end (26), the proximate end (24) of the elongate arm (20?) connected to the pest suppression device (20?) communicating with the ingress and facilitating a pathway for the pest from the distal end (26) of the elongate arm (20?) to the ingress. The pest suppression device (10) may be mounted on a platform (12 or 14) and the elongate arm (20?) mounted instead to the platform (12 or 14).

Abstract: A tamper-resistant pest trap that has an outer housing that simulates a rock typically found in a garden or landscape area around a residence or building. The outer housing includes a substantially flat bottom member and a pivotally attached upper dome-shaped lid member. When the lid member is closed over the bottom member, a large cavity is formed inside the trap. Formed on the bottom member are two, inward extending tunnel cavities that form two partially concealed tunnels that extend under the trap when the trap is placed on the ground. Formed on the perimeter edge of the outer housing is an outer pest opening. From on the bottom member directly over the tunnel cavity is an inner pest opening that allows a rodent to enter the large cavity after traveling through the tunnel. Formed inside the outer housing is a holding tray designed to hold a rodenocide or a mechanical trap capable of killing the rodent. An optional bait paper tray is also formed in the bottom member to hold bait paper.

Abstract: A flying inspect trap includes large, multi-directional, oppositely facing ingress openings to elongated chambers housing UV lamps emitting insect attractant light. A disposable cartridge has two sections which mate together to form a container for a roll of adhesive trapping medium. The cartridge sections are opened and spread apart to fit beneath the UV lamps. A motor indexes the adhesive medium so that some unused portion is always available for trapping insects until the roll is exhausted. The spent roll is then rolled into one cartridge section externally; and the two cartridge sections are coupled together to encase the spent roll for disposal.

Abstract: An apparatus for attracting mites that to it possible to easily and practically confirm the presence of mites, which are allergenic sources in houses, by the naked eye. A see-through portion is provided so that mites attracted to a mite attracting sheet for attracting mites can be confirmed. The mite attracting sheet desirably has an opposite color to a body color of mites, namely, black, brown, dark blue or the like so that attracted mites can be easily confirmed. Moreover, by disposing an insecticidal sheet on the sheet for attracting vermin such as mites and insects harmful to fabric, attracted mites, etc., can be captured and destroyed.

Abstract: A rodent trap device includes an elongate tube and a pair of end caps that form a watertight and/or airtight seal with the tube. An adhesive material is radially disposed on an inner surface of the tube at a central portion thereof. Each end cap includes a circumferential flange that conforms to a cross-sectional profile of the tube so as to facilitate a watertight and/or airtight seal. The device terminates a trapped rodent by drowning or suffocation. A water-activated antibacterial disinfectant is disposed on an inner surface of either end cap. The tube includes one or more axial flat portions such that the tube may be placed on the ground and up against a wall. A method for terminating a rodent by drowning or suffocation is also provided.

Abstract: The invention consists of a related series of simple device embodiments used for the spot control of insect pests. Each of the invention embodiments uses the relatively common, non-toxic insect control substances, including a non-drying adhesive and/or diatomaceous earth and stabilizes them for convenient, effective application by affixing them to a disposable media carrier, such as paper, vinyl, thin foam, cellophane, etc. The first embodiment of the invention has the form of a double sided tape with a standard contact adhesive on one side and a tacky, non-drying adhesive on the other side. The non-drying adhesive acts as an effective insect barrier when the tape is applied around a perimeter to restrict crawling insect passage. A refinement of the double sided tape invention embodiment has the outside facing non-drying adhesive applied in combination with an adjacent or interspersed pattern of applied diatomaceous earth.

Abstract: A sticky ovitrap comprises a container, the inside wall of the container being a dark colour, and a clear plastic strip member which contains a sticky clear adhesive, the strip member being attachable to the inside of the container. The sticky strip member catches insects and can be removed and placed on a light box to clearly identify the type of insect.

Abstract: A simple device for use with nectar type bird feeders that effectively prevents ant and other insect contamination. The device uses a disposable media that is coated with a non-drying adhesive. The nondrying adhesive acts as a barrier to the passage of crawling insects. The device is placed interposed between the nectar feeder and the feeder support so as to restrict insects from crawling to the feeder by any route that does not pass through the adhesive coated media Insects are prevented from contaminating the feeder as they will not cross the non-drying adhesive barrier. The device can be made completely disposable or it may be constructed to accept replaceable adhesive media inserts and/or peel away layers that are conveniently replaced as they become contaminated or dust covered.

Abstract: A glueboard (10, 110) includes a base member (11, 111) and a quantity of rodent arresting adhesive (12, 112). A first quantity of securing adhesive (15, 115) is operatively connected to the bottom surface of the base member (11, 111), wherein the glueboard (10, 110) is attachable to a contact surface (201, 301).

Abstract: The present invention provides a pest removal device for removing a pest from a surface and a method of using the pest removal device. The pest removal device comprises an engagement side covered by an adhesive layer, a backing side positioned opposite the engagement side, a single release tab covered with a non-adhesive layer extending from the pest removal device for removing the engagement side from the surface.

Abstract: An insect trap employing a light transmissive sleeve for placement over a suspended light source wherein the sleeve is removably secured to the light. The sleeve includes vanes circumferentially spaced on a cylinder with arcuate segments of the cylinder exposed therebetween. An adhesive coating is applied to the vanes and the arcuate segments. Attracted by the light, the insects are drawn to the adhesively coated surfaces and trapped. The sleeve is replaced periodically as necessary.

Abstract: A pest control device (10), and a method of suppressing a pest, which can be discretely and easily placed, serviced and removed from the proximity of areas where pests, including rodents and insects, are likely to frequent, including the area near the floor-wall juncture (54) behind shelving (44) and/or products (52) or equipment. The pest control device (10) has a pest suppression device (18) having an ingress for the pest and an elongate arm (20) having a proximate end (24) and a distal end (26), the proximate end (24) of the elongate arm (20) connected to the pest suppression device (20) communicating with the ingress and facilitating a pathway for the pest from the distal end (26) of the elongate arm (20) to the ingress. The pest suppression device (10) may be mounted on a platform (12 or 14) and the elongate arm (20) mounted instead to the platform (12 or 14).

Abstract: A mosquito trap, capable of trapping and killing a very high percentage of mosquitoes by attracting and killing mosquitoes simply, safely and effectively. The trap utilizes the attractant lactic acid applied to easily replaceable adhesive panels located inside the trap. A mesh screen located outside of the treated panels and having particular sized openings, allows only mosquitoes and smaller insects to fly into the mosquito trap and prevents contact with the adhesive panels from outside sources. Mosquitoes are attracted by the glossy, contrasting colors of the trap. Mosquitoes are then drawn into the trap by the lactic acid, are trapped by the non-drying adhesive and die. To enhance the attractiveness of the trap to mosquitoes, a light/heat source such as a candle can optionally be used. The candle can be treated with the attractant lactic acid also. A burning candle produces light, heat, and Co2, all of which act as attractants to mosquitoes.

Abstract: A device for the removal of insects, particularly ticks, from a human or animal host includes a foam backing with an adhesive surface that folds along a central folding axis. The adhesive surface will adhere to the body of the tick while the device is pulled away from the skin, resulting in the removal of the tick. The foam backing facilitates the application of pressure to the device and more complete adhesion to the body of the tick. A tab extending from the side of the backing opposite the adhesive is gripped between the user's thumb and forefinger and facilitates removal of the insect.

Abstract: The invention relates to a device for catching flying insects, which comprises a planar support (1) with a first surface (top surface (2)) and a second surface (lower surface (3)). A layer (5) that contains a substance that attracts insects and/or to which insects stick is provided on at least one of said surfaces. The device further comprises a fastening device (4) by way of which it can be positioned on the application site (for example a window) during utilization in such a way that the surface coated with the substance that attracts insects and/or to which insects stick is in a substantially horizontal position.

Abstract: The use of a black housing in an electronic trap utilizing light to attract flies to an access opening in the housing with disposable glue or adhesive fly paper sheets overlying the light source in the housing has been shown to attract and capture many multiples of targeted insects, particularly in a fully lighted room, when compared to a fly trap with a white housing.

Abstract: An enclosed pest control device includes a covered tray carrying a tacky glue, bait, etc. The cover is vacuum formed of a transparent thermoplastic sheet and includes an open ended igloo vestibule which leads to the interior. During manufacture, the vestibule open end is formed by cutting the vestibule in a plane transverse to the plane of the tray, without a backing support. An array of covers is formed of a single sheet with continuous vestibules joining the ends of adjacent covers in a row such that a single cut through each vestibule will form two open ended vestibules without wasted material.

Abstract: A mosquito and biting insect attracting apparatus that includes a heat element (a thermal lure), a source of carbon dioxide (CO2), and a source of a chemical biting insect attractant, such as octenol. The heat for the thermal lure and the source of CO2 are provided by a propane flame. The thermal lure includes a structure that surrounds a propane burner and that is heated by the burner to a temperature that is similar to that of a small animal, such as 95 to 115 degrees Fahrenheit. The structure includes a series of baffles and conduction elements that permit the structure to have a substantially constant heat signature, which is desirable for attracting mosquitoes and other biting insects. A mechanism may be provided for trapping or killing the attracted mosquitoes, such as an adhesive substance or an electronic grid.

Abstract: A mosquito trap, capable of trapping and killing a very high percentage of mosquitoes by attracting and killing mosquitoes simply, safely and effectively. The trap utilizes the attractant lactic acid applied to easily replaceable adhesive panels located inside the trap. A mesh screen located outside of the treated panels and having particular sized openings, allows only mosquitoes and smaller insects to fly into the mosquito trap and prevents contact with the adhesive panels from outside sources. Mosquitoes are attracted by the glossy, contrasting colors of the trap. Mosquitoes are then drawn into the trap by the lactic acid, are trapped by the non-drying adhesive and die. To enhance the attractiveness of the trap to mosquitoes, a light/heat source such as a candle can optionally be used. The candle can be treated with the attractant lactic acid also. A burning candle produces light, heat, and Co2, all of which act as attractants to mosquitoes.

Abstract: A device for manually capturing and restraining intended insects, the same comprising a pad of stacked, singular sheets each sheet having a partial enveloping means comprised of hydrophillic absorbing material and collapsible sheet construction whereby the sheet partially conforms in reposne to the insects body mass. Each sheet has a region is coated with a mild compression adhesive material capable of trapping of an insect in response to the physical manipulation by a human being. The pad of stacked adhesive sheets can be used by separating each sheet individually or as a stack. Upon apprehension of an insect, the sheet restraining the insect is separated, if not already separated from its stack, folded to encase the insect and ready for disposal. The pad of stacked adhesive sheets can have various sheet sizes, thickness and density with varying enveloping ability—all depending upon intended insect to be trapped.

Abstract: A reporting system for collecting, communicating and analyzing information from a plurality of pest monitoring locations is disclosed. The monitored locations include activity sensing pest devices. These devices can include traps and/or passive and active monitoring devices not having a trapping or killing functionality. While traps may constitute the majority of activity sensing pest devices in a given pest control program, devices which only monitor pest activity may be preferred in some locations and applications. The system includes automatic reporting from the plurality of activity sensing pest devices and also includes physical inspection data. Preferably an automatic real-time communication system is used, with the preferred communication system being a radio-frequency (RF) or other over-the-air system. However, hardwired systems, use of a personal digital assistant (PDA) as an interim data carrier, and other technologies may also be employed.

Abstract: The present invention discloses an article for preventing pests from gaining entrance to a building structure. The article comprises a length of fibrous fabric and a plurality of adhesive strips. The fabric is designed for adhesive attachment to a dwelling or building structure adjacent points of entry and the adhesive strips are designed for adhesively attaching the fabric in snug adjacency to the outfitted building structure. The fabric is impregnated with at least one pesticide composition and has outwardly extending fibers for entangling the legs of pests attempting to gain entrance to the building structure by maneuvering across the fabric to points of entry. These outwardly extending fibers thus directly deposit pesticide composition on the pests for preventing them from gaining entrance to the building structure. Importantly, the fabric is brilliantly colored or has highly light reflective coloration for attracting the pests to the pesticide-impregnated fabric for contact treatment.

Abstract: An insect control station for baiting and/or trapping insects that includes a base, a cover, and an insert locked between the base and cover. The insert is preferably a glueboard or tray. The glueboard, to which insects stick, is used for trapping insects in an environment. The tray is used for holding a toxic bait or attractant that the insect takes back to its nest. The tray may also be used to hold glue for trapping purposes. To maximize the safety of the naive person, especially a child, who does not know what an insect control station is, the base and cover are locked to each other with two hand operated keyless locks that operate independently of the other. The keyless locks are recessed relative to the cover at a span having a width greater than a child's hand such that a child may not operate the locks at the same time with one hand. The operating portion of the lock is located on the base so that if two hands operate the two different locks, the cover will not move.

Abstract: A mouse trap includes: a main body including a top plate and right and left side plates, of resilient material and suspended downwardly from opposite ends of the top plate, to be oppositely closed by their own resiliency, for holding and capturing a mouse therebetween; a bottom plate pivoted at one end to the lower end of one of the side plates; a stopper having a pair of engagement projections fixed to the other end of the bottom plate at its upper surface; an engagement releasing lever pivoted to both projections and having one end rising slantwise inside the main body and another end disposed under the lower end of the other side plate; a bait placing member pivoted to and erected at one end of the engagement releasing lever and freely inclined onto one side; and an adhesive sheet detachably stretched over the inner surface of the main body.

Abstract: A lure for bees which is utilized during a rescue attempt. The lure is activated by the rescuer and tossed a short distance away from the attack site to draw the attacking bees, together with newly arriving bees, away from the victim and the rescuer. The lure is equipped with a variety of devices designed to attract the bees, including, but not limited to: noise attraction, chemical attraction, and motion attraction.

Abstract: A mosquito and biting insect attracting apparatus that includes a heat element (a thermal lure), a source of carbon dioxide (CO2), and a source of a chemical biting insect attractant, such as octenol. The heat for the thermal lure and the source of CO2 are provided by a propane flame. The thermal lure includes a structure that surrounds a propane burner and that is heated by the burner to a temperature that is similar to that of a small animal, such as 95 to 115 degrees Fahrenheit. The structure includes a series of baffles and conduction elements that permit the structure to have a substantially constant heat signature, which is desirable for attracting mosquitoes and other biting insects. A mechanism may be provided for trapping or killing the attracted mosquitoes, such as an adhesive substance or an electronic grid.

Abstract: A three-dimensional collapsible multi-component device and assembly. The device comprises a mountable housing for mounting under a shelf, or a wall or the like in an unobtrusive or discreet manner. The housing has a first flat configuration for transportation and storage and a second three-dimensional configuration for device deployment. The device housing further includes an insert having an adhesive surface and a dispenser comprising pheromone, kairomone or other attractant, lure or bait, or, alternatively, a repellant or a combination of any of these. The adhesive is effective for trapping multiple orders of insects. A plurality of attractants, etc., is simultaneously used for attracting multiple orders of insects. The insert is selectable, removable and replaceable.

Abstract: A flying insect trap includes an insect attracting light located in a generally translucent cover, an axial flow fan to draw the insects into the cover and to force the flying insects onto a sticky, disposable slid-in tray as the air flow impinges thereon prior to exiting laterally through exhaust ports.

Abstract: An insect control station provides an analog signal to a speaker and delivers acoustic energy from the speaker to a resonator positioned in the path of the acoustic energy. The analog signal can be provided from a memory by way of a digital to analog converter, from a digital signal processor, or from a mechanical element. Preferably, the acoustic energy emitted from one or more of the control stations of any of these arrangements is simulative of at least a portion of a heartbeat. The control station can include a surface that supports a pesticide, a gluey substance, an attractant (e.g., a pattern), and can deliver one or more feeding stimulants such as acetone, lactic acid, octenol, heat, carbon dioxide or some other byproduct of respiration or digestion.

Abstract: An insect trap (10) is operable in either an electrocuting mode or non-electrocuting mode. Further, an integral grid tester (96) is used to test whether or not power is being supplied to the grid (40).

Abstract: An insect trap with glue boards which are mounted inside a housing so as to be not readily visible when the trap is seen from various angles. The trap uses a lens with a roughened inside surface in combination with a reflector (preferably double parabolic) to enhance a UV light source mounted inside the trap. The housing of the trap has openings through which insects are able to enter an inside chamber. The walls of the chamber are lined with glue boards, which may be treated with chemical attractant so as to increase the tendency for insects to land on the adhesive area of the glue boards. The trap is designed to appear to be a simple wall sconce, and the angle at which the boards are mounted is such that the trap may be mounted at any orientation or any elevation without any significant likelihood that trapped insects will be seen by persons looking at the trap.

Abstract: A three-dimensional collapsible multi-component device and assembly. The device comprises a mountable housing for mounting under a shelf, or a wall or the like in an unobtrusive or discreet manner. The housing has a first flat configuration for transportation and storage and a second three-dimensional configuration for device deployment. The device housing further includes an insert having an adhesive surface and a dispenser comprising pheromone, kairomone or other attractant, lure or bait, or, alternatively, a repellant or a combination of any of these. The adhesive is effective for trapping multiple orders of insects. A plurality of attractants, etc., is simultaneously used for attracting multiple orders of insects. The insert is selectable, removable and replaceable.

Abstract: An insect-control member includes a flexible or semi-rigid substrate having a thickness and a flexural modulus. The thickness and the flexural modulus are interrelated material properties, one value being defined by the other value so as to satisfy a prescribed criterion. The substrate supports an insect-interactive material. The substrate is generally optimally adapted to radiate pressure waves from a vibration generator to which it may be coupled in order to lure or repel insects.

Abstract: A method and a device (10) for trapping insects which feed on mammalian blood, such as mosquitoes, utilize in combination a chemical attractant (24) and a physical attractant consisting of a dark panel (22), heated to e.g., 30 to 45 degrees Celsius. The chemical attractant may include carbon dioxide, generated for example by action of microorganisms on a fermentable substrate in aqueous medium, or it may be selected from fermenting yeast, yeast extract, peptone, acetone, lactic acid and carbon dioxide. The insects may be killed by adhesive applied onto the panel (22).

Abstract: A three-dimensional collapsible insect trap and assembly for capturing and monitoring insects comprising a collapsible carton container coated externally and internally. The carton container, collapsed for shipping and storing, is easily assembled into a three-dimensional trap. The trap comprises essentially a carton container suited to be assembled into a three-dimensional trap, a locking clasp and, optionally, an attachment means for attaching the trap to a place of insect infestation monitoring.

Abstract: An adhesive insect trap with a carrier layer, an attractant-containing pressure-sensitive adhesive layer suitable for trapping insects, and a protective layer contains attractant-loaded microparticles in the pressure-sensitive adhesive layer.

Abstract: Several embodiments of an insect trap using attractant light displayed on a projection surface are disclosed. The insect trap can be mounted on a vertical surface or on a ceiling surface. The wall-mounted housing forms an upwardly facing opening for facilitating entry of flying insect pests and for the reflection of light onto the vertical surface. The ceiling-mounted housing has a lateral opening for facilitating entry of pests and for reflection of light onto the ceiling and/or opposite wall. Insects that enter the trap are immobilized on an adhesive surface within the trap. A method of trapping insects is also disclosed.

Abstract: A mosquito trap that will effectively trap mosquitoes as they invade a persons home to allow for their easy disposal including a base member having an upper end and a lower end. The upper end has a light socket formed therein. A fluorescent bulb is adapted for coupling with the light socket of the base member. A translucent cover member is adapted for coupling with the base member over the fluorescent bulb. A sleeve member is adapted for being removably coupled with the cover member. The sleeve member has a sticky substance disposed on an entirety thereof.

Abstract: A device for use during outdoor activities for protection against crawling insects such as deer ticks carrying Lyme Disease includes a set of protection elements. The elements consist of a substrate with an adhesive layer at each surface. A first (inner) adhesive layer is provided for removable attachment of the protection element upon clothing surfaces in regions adjacent to clothing openings where a second (outer) adhesive layer is exposed to impede advancement of crawling insects toward clothing openings, and preferably to securely trap deer ticks that contact the surface. One or both adhesive surfaces may be covered with release sheets removed prior to use. A shield may extend outwardly from the plane of the substrate, generally above the outer adhesive layer, to shield the adhesive surface from the elements, e.g., rain, dew, dust, leaves, grasses, etc., for extending the effective life of the protection element.

Abstract: The present invention solves the problems of the prior art by providing a holder to arrange a plurality of roach traps in parallel to form a barrier to the path of the roaches. Roach migration patterns may be readily observed or predicted. Typical pathways include under doorways, near pipe entries, and near sources of water. Placed in the path of the roaches, the plurality of roach traps force a roach to traverse through one of the traps, where it is ensnared. The trap holder may be provided with a attachment point so that multiple holders may be arranged in series to form larger barriers. Individual roach traps, either of the prior art design, or of a specialized design disclosed herein, may be used with the roach trap holder. As individual traps are filled, they may be removed one at a time without having to replace the entire traps and trap holder combination.

Abstract: An arrangement for an insect trap includes a surface with adhesive for retaining files and similar winged insects upon it where the surface has a pattern of three dimensional objects for attracting insects to fly into the trap. In order to increase trap efficiency, fluorescent color paint is used on the catch surface.

Abstract: A device for the removal of insects, particularly ticks, from a human or animal host includes a foam backing with an adhesive surface that folds along a central folding axis. The adhesive surface will adhere to the body of the tick while the device is pulled away from the skin, resulting in the removal of the tick. The foam backing facilitates the application of pressure to the device and more complete adhesion to the body of the tick. A tab extending from the side of the backing opposite the adhesive is gripped between the user's thumb and forefinger and facilitates removal of the insect.

Abstract: The present invention relates to a trap for crawling insects, particularly cockroaches, being in form of a box or a raised surface which is accessed by the insects via ramps beginning inwardly of the periphery of the base and beneath the base.

Abstract: An attractant miticide and a capturing device containing the miticide to capture and exterminate mites that are implicated as a source of allergens in the home, without polluting the inhabited environment. The miticide is a mixture of a non-toxic feeding attractant, a non-toxic aromatic attractant and a non-toxic miticidal substance, which contains non-toxic feeding attractants such as beer yeast, chocolate, cheese, food scraps, rice malt, and the like. The food aroma additive-type ester-based aromatic attractant can be geranyl and the miticidal substance can be silica gel that absorbs moisture and generates heat to kill mites that have been attracted to eat the bait.

Abstract: A trap and monitoring system for controlling pests, which system comprises generally of two sections, a back panel that attaches to a front housing forming the system. Said front housing having openings sized to permit the pest to pass through the openings so that the pest can gain access to the interior of the system. Disposed within the front housing is a tubular member having a sticky substance thereon that lures pests to the tubular member and traps the pests upon contact.

Abstract: An electronic fly trap apparatus having a housing with an upper housing aperture. A removable front panel is placed over the upper housing aperture, and at least one fly access aperture extends through the removable front panel. At least one light is positioned in the lower portion of the housing. Flies are drawn into the housing by the light, and the warmth and sound generated by the light. A disposable sheet having a plurality of apertures therethrough is positioned above the source of light. A sticky adhesive is disposed upon the upper surface of the disposable sheet. A curved, light reflective panel extends behind and above the disposable sheet. Reflected light passing through the plurality of apertures in the disposable sheet, are redirected by the light reflective surface to pass through the access aperture(s) in the front panel, to attract flying insects within the housing.