Abstract: A dome-covered rodent trap for capturing rodents. The trap has a base formed of walls and two openings through which rodents may enter. A snap mechanism for trapping rodents is secured to the base. A movable dome also is attached to the base. When the trap is set, the movable dome is maintained in a raised position. However, when the snap mechanism is triggered by a rodent, the movable dome moves downward to cover the base—thereby forming a sealed container around a captured rodent.

Abstract: A system for detecting rodent activity in an area. A series of detectors that calibrated to detect rodent vocalizations are placed in a geographic area. One or more of the detectors detect rodent vocalizations and transmits data notifying a central computer of detected vocalizations. The computer is provided with a program that generates a report of incidences and locations of detected vocalizations.

Abstract: A system for detecting rodent activity in an area. A series of detectors that calibrated to detect rodent vocalizations are placed in a geographic area. One or more of the detectors detect rodent vocalizations and transmits data notifying a central computer of detected vocalizations. The computer is provided with a program that generates a report of incidences and locations of detected vocalizations.

Abstract: A system for detecting rodent activity in an area. A series of detectors that calibrated to detect rodent vocalizations are placed in a geographic area. One or more of the detectors detect rodent vocalizations and transmits data notifying a central computer of detected vocalizations. The computer is provided with a program that generates a report of incidences and locations of detected vocalizations.

Abstract: A system for detecting rodent activity in an area. A series of detectors that calibrated to detect rodent vocalizations are placed in a geographic area. One or more of the detectors detect rodent vocalizations and transmits data notifying a central computer of detected vocalizations. The computer is provided with a program that generates a report of incidences and locations of detected vocalizations.

Abstract: A system for detecting rodent activity in an area. A series of detectors that calibrated to detect rodent vocalizations are placed in a geographic area. One or more of the detectors detect rodent vocalizations and transmits data notifying a central computer of detected vocalizations. The computer is provided with a program that generates a report of incidences and locations of detected vocalizations.

Abstract: A dome-covered rodent trap for capturing rodents. The trap has a base formed of walls and two openings through which rodents may enter. A snap mechanism for trapping rodents is secured to the base. A movable dome also is attached to the base. When the trap is set, the movable dome is maintained in a raised position. However, when the snap mechanism is triggered by a rodent, the movable dome moves downward to cover the base—thereby forming a sealed container around a captured rodent.

Abstract: A system for detecting rodent activity in an area. A series of detectors that calibrated to detect rodent vocalizations are placed in a geographic area. One or more of the detectors detect rodent vocalizations and transmits data notifying a central computer of detected vocalizations. The computer is provided with a program that generates a report of incidences and locations of detected vocalizations.

Abstract: A rodent trap may be in an active or inactive state, with the inactive state being first set to enable the rodent to enter the trap without feeling threatened, and after a desired period of time, the trap becomes activated such that the rodent which became comfortable in the previously inactive trap then becomes trapped.

Abstract: A bed bug monitor includes a base and a central housing. The central housing is insulated and encloses a supply of solid carbon dioxide. During use an aperture in the housing releases a plume of carbon dioxide vapor which attracts bed bugs onto the base.

Abstract: A bed bug detection system is provided which includes a container having a receiving chamber for holding solidified carbon dioxide, an opening in the chamber communicating with and of sufficient size to insert the solidified carbon dioxide into the receiving chamber, a removable cover fitting over the opening, a plurality of channels formed in walls of the container, the channels allowing flow from the chamber of carbon dioxide to exit outside the walls of the container, exit occurring at exit ports; a plurality of tubes formed of a polymeric material, each tube connected to an exit port; and a plurality of bed bug detector stations, each station attached to one of the plurality of tubes, each of the stations formed of a housing with open first and second ends, and a trapping chemical being deposited within each housing.

Abstract: A bed bug monitor includes a base and a central housing. The central housing is insulated and encloses a supply of solid carbon dioxide. During use an aperture in the housing releases a plume of carbon dioxide vapor which attracts bed bugs onto the base.