an air blowing assembly 10 consisting of a housing enclosing an internal fan or blower see fig3 a rechargeable battery 40 a battery charging power supply see fig3 an ozone generator see fig3 the various switches needed for controlling the system 60 70 80 90 and ports 20 30 for the electrical power required by the system and a separate attachment consisting of a manifold 110 with attached hoses 120 and attached to the distal end of the hoses 120 ultraviolet light emitting diodes uv led for anti bacterial effect 135 and spring activated clamping clips 130 the housing may be constructed of metal or plastic or other appropriate material referring to fig3 the housing includes an air intake opening 50 which may include a screening or filtering device intended to keep out debris such as vegetation pollen sand and insects connected internally to the air intake opening is a plenum 90 that directs the flow of air across and through heat sinks 170 that are associated with the battery 40 and power supply battery charging system 180 through the anti bacterial ozone generator 160 through the fan 150 or blower and out of the housing through a port 100 which has normally attached to it a manifold see fig1 separating the airflow into five flexible conduit hoses see fig1 still referring to fig3 the invention may be operated with the anti bacterial ozone generation unit 160 either on or off the invention includes a rechargeable battery 40 capable of powering the blower 150 the ozone generator 160 and the uv led 39 s see fig1 the invention further includes an preferably.