Abstract: A mist assembly connected to an existing fan grill resulting in a cooling device that has an electrical fan member and a mist assembly featuring an atomizing nozzle. The mist assembly is operably associated with the fan member. The mist assembly has a pump member that draws water from a water source and pumps the water through the atomizing nozzle. The water mist emitted from the nozzle is uniformly dispersed as a fine mist within the airflow produced by the rotating fan blades and creates a cooling effect.

Abstract: A mist assembly connected to an existing fan grill resulting in a cooling device that has an electrical fan member and a mist assembly featuring an atomizing nozzle. The mist assembly is operably associated with the fan member. The mist assembly has a pump member that draws water from a water source and pumps the water through the atomizing nozzle. The water mist emitted from the nozzle is uniformly dispersed as a fine mist within the airflow produced by the rotating fan blades and creates a cooling effect.

Abstract: A passenger cooling device for use on a watercraft in a body of water, the passenger cooling device comprising a fan member and a mist assembly associated with the fan member. The mist assembly includes a nozzle, a pump for pumping water from the body of water through the mist assembly to form a vapor mist, and a filter member for filtering solids from the water. The nozzle and fan member are aligned, such that the vapor mist is directed toward passengers on the watercraft. An intake conduit extends from the pump into the body of water.