Abstract: Embodiments of a targeted surface disinfection system are disclosed. The system includes a set of one or more UV lamps, a high voltage power supply for driving the lamps, a mobile carriage including a chassis supporting the set, an articulated head assembly including at least one UV lamp from the set, a vacuum pump, and a suction hose extending between the vacuum pump and the head assembly for dissipating heat generated by the at least one UV lamp. The system also includes a pulse configuration control unit for configuring an output of the high voltage power supply for driving the set to emit a UV radiant energy upon a target surface requiring disinfection, where the set of one or more UV lamps emits the UV radiant energy at a rate of at least 20 pulses per second.

Abstract: Embodiments of a targeted surface disinfection system are disclosed. The system includes a set of one or more UV lamps, a high voltage power supply for driving the lamps, a mobile carriage including a chassis supporting the set, an articulated head assembly including at least one UV lamp from the set, a vacuum pump, and a suction hose extending between the vacuum pump and the head assembly for dissipating heat generated by the at least one UV lamp. The system also includes a pulse configuration control unit for configuring an output of the high voltage power supply for driving the set to emit a UV radiant energy upon a target surface requiring disinfection, where the set of one or more UV lamps emits the UV radiant energy at a rate of at least 20 pulses per second.

Abstract: Embodiments of a targeted surface disinfection system are disclosed. The system includes a set of one or more UV lamps, a high voltage power supply for driving the lamps, a mobile carriage including a chassis supporting the set, an articulated head assembly including at least one UV lamp from the set, a vacuum pump, and a suction hose extending between the vacuum pump and the head assembly for dissipating heat generated by the at least one UV lamp. The system also includes a pulse configuration control unit for configuring an output of the high voltage power supply for driving the set to emit a UV radiant energy upon a target surface requiring disinfection, where the set of one or more UV lamps emits the UV radiant energy at a rate of at least 20 pulses per second.

Abstract: A pulsed UV disinfection system includes a xenon UV lamp mounted in an articulated head assembly and a chassis housing a high voltage power supply for driving the lamp and a pulse configuration control unit for configuring the output of the power supply. The head assembly and the chassis are positioned on a mobile carriage. The pulse configuration control unit is programmed for driving the UV lamp at a rate of between 20 and 50 pulses per second, with each pulse emitting between 30 and 150 joules of UV radiant energy. The system also features remote video imaging of a target area, remote control of the carriage and head assembly as well as a remote emergency shutdown.

Abstract: A pulsed UV disinfection system includes a xenon UV lamp mounted in an articulated head assembly and a chassis housing a high voltage power supply for driving the lamp and a pulse configuration control unit for configuring the output of the power supply. The head assembly and the chassis are positioned on a mobile carriage. The pulse configuration control unit is programmed for driving the UV lamp at a rate of between 20 and 50 pulses per second, with each pulse emitting between 30 and 150 joules of UV radiant energy. The system also features remote video imaging of a target area, remote control of the carriage and head assembly as well as a remote emergency shutdown.