Combined air purification and object sterilization apparatus and method of use
An air purification and object sterilization apparatus includes an outer housing that defines a volume therein. The volume is divided into a fan compartment and an air purification and sterilization compartment. A fan assembly is configured to draw surrounding air into the air purification and sterilization compartment and then into the fan compartment. A sterilization compartment is located in the air purification and sterilization compartment. A portion of the outer housing is movable to access the sterilization compartment. A lamp assembly includes a light source located in the air purification and sterilization compartment that provides ultraviolet radiation to the sterilization compartment and to the air drawn into the air purification and sterilization compartment by the fan assembly.
1 . An air purification and object sterilization apparatus comprising:
an outer housing that defines a volume therein, the volume being divided into a fan compartment and an air purification and sterilization compartment;
a fan assembly configured to draw surrounding air into the air purification and sterilization compartment then through a fan support wall that divides the volume into the fan compartment and air purification and sterilization compartment, the fan support wall configured to support the fan assembly within the fan compartment and extending from a top of the housing toward a bottom of the housing such that the air purification and sterilization compartment is entirely in front of the fan compartment between a front of the outer housing and the fan support wall;
a sterilization compartment located in the air purification and sterilization compartment, a portion of the outer housing being movable to access the sterilization compartment;
a lamp assembly comprising an ultraviolet light source located in the air purification and sterilization compartment that provides ultraviolet radiation to the sterilization compartment and to the air drawn into the air purification and sterilization compartment by the fan assembly; and
a drawer having a closed configuration inside the air purification and sterilization compartment and an open configuration at least partially outside the air purification and sterilization compartment, the drawer located on a same wall as an air intake structure comprising one or more openings through which air enters the air purification and sterilization compartment.
2 . The air purification and object sterilization apparatus of claim 1 , wherein the portion of the outer housing comprises a handle used to move the sterilization compartment between the open configuration and the closed configuration.
3 . The air purification and object sterilization apparatus of claim 1 , wherein the fan support wall provides a boundary to a rear side of the air purification and sterilization compartment and comprises an opening in which a motor of the fan assembly is mounted.
4 . The air purification and object sterilization apparatus of claim 1 further comprising a vent structure through which air exits the fan compartment.
5 . The air purification and object sterilization apparatus of claim 4 , wherein one or both of the air intake structure and vent structure comprises an air filter.
6 . The air purification and object sterilization apparatus of claim 4 further comprising a flow directing structure comprising a surface that directs air from the fan assembly toward the vent structure.
7 . The air purification and object sterilization apparatus of claim 1 , wherein the ultraviolet light source is a UV-C light source.
8 . The air purification and object sterilization apparatus of claim 1 further comprising a control system that is configured to control operation of the fan assembly based on a user-selected mode.
9 . A method of sterilizing an object while sterilizing air using an air purification and object sterilization apparatus, the method comprising:
placing the object in a sterilization compartment of the air purification and object sterilization apparatus, the sterilization compartment located in an air purification and sterilization compartment of the air purification and object sterilization apparatus;
pulling surrounding air into the air purification and sterilization compartment then through a fan support wall that divides the volume into the fan compartment and air purification and sterilization compartment using a fan assembly, the fan support wall configured to support the fan assembly within the fan compartment and extending from a top of the housing toward a bottom of the housing such that the air purification and sterilization compartment is entirely in front of the fan compartment between a front of the outer housing and the fan support wall;
exposing the air and the object to ultraviolet radiation using an ultraviolet light source located in the air purification and sterilization compartment; and
moving a drawer having a closed configuration inside the air purification and sterilization compartment and an open configuration at least partially outside the air purification and sterilization compartment, the drawer located on a same wall as an air intake structure comprising one or more openings through which air enters the air purification and sterilization compartment.
10 . The method of claim 9 , wherein the drawer comprises a handle used to move the sterilization compartment between the open configuration and the closed configuration.
11 . The method of claim 9 , wherein the fan support wall comprises an opening in which a motor of the fan assembly is mounted.
12 . The method of claim 9 further comprising a vent structure through which air exits the fan compartment.
13 . The method of claim 12 , wherein one or both of the air intake structure and vent structure comprises an air filter.
14 . The method of claim 12 further comprising a flow directing structure comprising a surface directing air from the fan assembly toward the vent structure.
15 . The method of claim 9 , wherein the ultraviolet light source is a UV-C light source.
16 . The method of claim 9 further comprising using a control system selecting a user-selected mode, the control system controlling operation of the fan assembly based on the user-selected mode.