Abstract: A vermin trap including a movable path between the trap entrance and the bait, and a sensor adjacent the movable path for detecting vermin presence on the path. When a vermin detection signal is sent to a controller, the controller causes a movable clamping member to trap the vermin for electrocution. Also provided are methods for the path to rotate and/or pivot, thereby dislodging the electrocuted vermin into a containment region. Methods for electrocuting vermin are also disclosed.

Abstract: A vermin trap apparatus and method. The trap comprises a movable path between the entrance and the bait, and sensor means adjacent the movable path for detecting vermin presence on the path. When a vermin detection signal is sent to control means, the control means causes a movable clamping member to trap the vermin for electrocution. Also provided are methods of the path to rotate and/or pivot, thereby dislodging the electrocuted vermin and into a containment region. Methods for electrocuting vermin are also disclosed.

Abstract: An apparatus for disinfecting a user's hands has a spray chamber or an open spray zone with an opening for a user to insert his or her hands into the chamber. A supply of a disinfecting solution is provided, and preferably comprises a storage tank with a concentrated solution. This solution is mixed with an incoming freshwater supply, e.g. in a venturi valve, and supplied through spray nozzles into the chamber. A sensor detects the presence of a user's hands and automatically operates the spray nozzles for a predetermined time. The apparatus can also include a fan with its own timer, to provide a supply of drying air. Thus, a user can insert his or her hands, disinfect them with the disinfecting solution, remove the hands and dry them, without requiring any manual operation.