Electro-kinetic ion emitting footwear sanitizer

A method of sanitizing footwear with a flow of ionized air containing ozone, the method comprising:

• providing a housing including at least a first projecting member, a first electrode array and a second electrode array;
• and
• inserting said projecting member at least partially into a piece of said footwear;
• said first electrode array includes at least one metal wire electrode;
• said second electrode array includes at least two electrically conductive rod electrodes, said rod electrodes being equidistant from said metal wire electrode;
• and
• wherein an interior region of said footwear is subject to a flow of ionized air including ozone.

A self-contained ion and ozone emitting device for sanitizing footwear, comprising:

• a device housing defining at least one vent and including a first projecting member, sized to fit within a first piece of footwear;
• a high voltage generator, disposed within said housing;
• and
• a first electrode assembly disposed within said first projecting member, comprising:
• at least one electrically conductive pin-shaped electrode electrically coupled to a first output port of said generator;
• and
• at least one electrically conductive ring-shaped electrode defining an opening and being electrically coupled to a second output port of said generator, said ring-shaped electrode including a flat surface area region generally facing said pin-shaped electrode;
• wherein when operating potential is provided to said generator, said first electrode assembly produces ionized air that flows from said pin-shaped electrode toward said ring-shaped electrode, such that air exiting said vent includes ions and ozone and flows toward footwear surrounding said first projecting member,
• wherein said housing further includes a second projecting member with a second vent, sized to fit within a second piece of footwear and spaced-apart from said first projecting member a distance permitting said first projecting member to fit within the first piece of footwear while said second projecting members fits within the second piece of footwear,
• a second electrode assembly disposed within said second projecting member, said second electrode assembly comprising:
• at least a second electrically conductive pin-shaped electrode electrically coupled to said first output port of said generator;
• and
• at least a second electrically conductive ring-shaped electrode defining an opening and being electrically coupled to said second output port of said generator;
• and
• wherein when operating potential is provided to said generator, said second electrode assembly produces ionized air that flows from said second pin-shaped electrode toward said second ring-shaped electrode, such that air exiting said second vent includes ions and ozone and flows toward footwear surrounding said second projecting member.

A method of sanitizing footwear with a flow of ionized air containing ozone, the method comprising:

• selecting a device including at least a first projecting member, where said device includes an electrode assembly comprising a first electrode, a second electrode, and a high voltage generator, having a first output port electrically coupled to said first electrode, and further having a second output port electrically coupled to said second electrode, where said first electrode includes at least one metal wire electrode, said second electrode includes at least two electrically conductive rod-shaped electrodes, said rod-like electrodes being equidistant from said metal wire electrode;
• and
• inserting said projecting member at least partially into a piece of said footwear;
• and subjecting an interior region of said footwear to a flow of ionized air including ozone.

An ion emitting device adapted to sanitize footwear, comprising:

• a housing including at least a first projecting member, adapted for insertion into a first piece of footwear, and a second projecting member, adapted for insertion into a second piece of footwear and spaced-apaft from said first projecting member a distance permitting said first projecting member to fit within the first piece of footwear while said second projecting member fits within the second piece of footwear;
• an electrode assembly within each of said first and second projecting members, each electrode assembly comprising a first electrode and a second electrode, where said first electrode includes at least one metal wire electrode, and further where said second electrode includes at least two electrically conductive rod electrodes with said rod electrodes being spaced from said metal wire electrode;
• and
• a high voltage generator having a first output port operably coupled to the first electrode and a second output port operably coupled to the second electrode.

An ion emitting device adapted to sanitize footwear, comprising:

• a housing including at least a first projecting member which is adapted for insertion into footwear;
• an electrode assembly comprising a first electrode and a second electrode, where said first electrode includes at least one metal wire electrode, and further where said second electrode includes at least two electrically conductive rod electrodes;
• and
• a high voltage generator having a first output port operably coupled to the first electrode and a second output port operably coupled to the second electrode;
• wherein said housing includes an inlet vent and an outlet vent, where said outlet vent is located in said first projecting member so as to be disposable in footwear when said first projecting member is disposed in footwear, and further where said inlet vent is located distally from said outlet vent so as to communicate with ambient air and extend out of the footwear when the first projecting member is disposed in footwear.

An ion emitting device adapted to sanitize footwear, comprising:

• a housing including at least a first projecting member which is adapted for insertion into footwear;
• an electrode assembly comprising a first electrode and a second electrode, where said first electrode includes at least one metal wire electrode, and further where said second electrode includes at least two electrically conductive U-shaped electrodes;
• and
• a high voltage generator having a first output port operably coupled to the first electrode and a second output port operably coupled to the second electrode.

An ion emitting device adapted to sanitize footwear, comprising:

• a housing including at least a first projecting member which is adapted for insertion into footwear;
• an electrode assembly comprising a first electrode and a second electrode, where said first electrode includes at least one metal wire electrode, and further where said second electrode includes at least two electrically conductive U-shaped electrodes with pointed regions;
• and
• a high voltage generator having a first output port operably coupled to the first electrode and a second output port operably coupled to the second electrode.

An ion emitting device adapted to sanitize footwear, comprising:

• a housing including at least a first projecting member which is adapted for insertion into footwear;
• an electrode assembly comprising a first electrode and a second electrode, where said first electrode includes at least one metal wire electrode, and further where said second electrode including at least two electrically conductive L-shaped electrodes;
• and
• a high voltage generator having a first output port operably coupled to the first electrode and a second output port operably coupled to the second electrode.

A self-contained ion and ozone emitting device for sanitizing footwear, comprising:

• a device housing including:
• a first projecting member sized to fit within a first piece of footwear;
• a second projecting member sized to fit within a second piece of footwear;
• a bridge spacing said first projecting member from the second projecting member a sufficient distance to permit said first projecting member to fit within the first piece of footwear while said second projecting member fits within the second piece of footwear;
• a first outlet vent located in said first projecting member;
• and
• a second outlet vent located in said second projecting member;
• at least one inlet vent located in said bridge to communicate with ambient air and extend out of the first and second pieces of footwear when said first projecting member is disposed in the first piece of footwear and said second projecting member is disposed in the second piece of footwear;
• an ion and ozone generator disposed in said housing, that draws ambient air in through said at least one inlet vent and creates electrostatic flows of air that travel in a downstream direction from said at least one inlet vent to said first and second outlet vents, said ion and ozone generator including:
• a high voltage generator, disposed within said housing;
• a first electrode assembly disposed in said first projecting member and electrically coupled with said high voltage generator, said first electrode assembly producing both ions and ozone that exit said first outlet vent and flow towards the first piece of footwear when said first projecting member is disposed in the first piece of footwear;
• and
• a second electrode assembly located in said second projecting member and electrically coupled with said high voltage generator, said second electrode assembly producing both ions and ozone that exit said second outlet vent and flow toward the second piece of footwear when said second projecting member is disposed in the second piece of footwear.

A self-contained ion and ozone emitting device for sanitizing footwear, comprising:

• a device housing including:
• a first projecting member sized to fit within a first piece of footwear;
• a second projecting member spaced sized to fit within a second piece of footwear;
• a bridge spacing said first projecting member from the second projecting member a sufficient distance to permit said first projecting member to fit within the first piece of footwear while said second projecting member fits within the second piece of footwear, said bridge including a center console and first and second angled portions, said first angled portion projecting at an angle from said center console to said first projecting member, said second angled portion projecting at an angle from said center console to said second projecting member;
• a first outlet vent located in said first projecting member;
• and
• a second outlet vent located in said second projecting member;
• at least one inlet vent located in said first and second portions of said bridge to communicate with ambient air and extend out of the first and second pieces of footwear when said first projecting member is disposed in the first piece of footwear and said second projecting member is disposed in the second piece of footwear;
• an ion and ozone generator disposed in said housing, that draws ambient air in through said at least one inlet vent and creates electrostatic flows of air that travel in a downstream direction from said at least one inlet vent to said first and second outlet vents, said ion and ozone generator including:
• a high voltage generator, disposed within said housing;
• a first electrode assembly disposed in said first projecting member and electrically coupled with said high voltage generator, said first electrode assembly producing both ions and ozone that exit said first outlet vent and flow towards the first piece of footwear when said first projecting member is disposed in the first piece of footwear;
• and
• a second electrode assembly located in said second projecting member and electrically coupled with said high voltage generator, said second electrode assembly producing both ions and ozone that exit said second outlet vent and flow toward the second piece of footwear when said second projecting member is disposed in the second piece of footwear.

A self-contained ion and ozone emitting device for sanitizing footwear, comprising:

• a device housing including:
• a first projecting member sized to fit within a first piece of footwear;
• a second projecting member spaced sized to fit within a second piece of footwear;
• a bridge spacing said first projecting member from the second projecting member a sufficient distance to permit said first projecting member to fit within the first piece of footwear while said second projecting member fits within the second piece of footwear;
• a first outlet vent located in said first projecting member;
• a second outlet vent located in said second projecting member;
• at least one user control located on said bridge that is accessible when said first projecting member is disposed in the first piece of footwear and said second projecting member is disposed in the second piece of footwear;
• and
• an ion and ozone generator disposed in said housing, that draws ambient air in through said at least one inlet vent and creates electrostatic flows of air that travel in a downstream direction from said at least one inlet vent to said first and second outlet vents, said ion and ozone generator including:
• a high voltage generator, disposed within said housing;
• a first electrode assembly disposed in said first projecting member and electrically coupled with said high voltage generator, said first electrode assembly producing both ions and ozone that exit said first outlet vent and flow towards the first piece of footwear when said first projecting member is disposed in the first piece of footwear;
• and
• a second electrode assembly located in said second projecting member and electrically coupled with said high voltage generator, said second electrode assembly producing both ions and ozone that exit said second outlet vent and flow toward the second piece of footwear when said second projecting member is disposed in the second piece of footwear.

A method of sanitizing footwear with a flow of ionized air containing ozone, the method comprising:

• providing a housing including at least a first projecting member, a first electrode array and a second electrode array;
• and
• inserting said projecting member at least partially into a piece of said footwear;
• said first electrode array includes at least one metal wire electrode;
• said second electrode array includes at least two electrically conductive rod electrodes, said rod electrodes being spaced from said metal wire electrode;
• and
• wherein an interior region of said footwear is subject to a flow of ionized air including ozone.

A method of sanitizing footwear with a flow of ionized air containing ozone, the method comprising:

• providing a housing including at least a first projecting member, a first electrode array and a second electrode array;
• and
• inserting said projecting member at least partially into a piece of said footwear;
• said first electrode array includes at least one electrode that has a base and an apex, said base being wider than said apex, and said apex aimed generally in the downstream direction and generally toward said second electrode array;
• said second electrode array includes at least one electrically conductive member through which there is defined at least one opening disposed generally in front of said apex;
• wherein an interior region of said footwear is subject to a flow of ionized air including ozone.

A method of sanitizing footwear with a flow of ionized air containing ozone, the method comprising:

• selecting a device including at least a first projecting member, where said device includes an electrode assembly comprising a first electrode array, a second electrode array, and a high voltage generator, having a first output port electrically coupled to said first electrode array, and further having a second output port electrically coupled to said second electrode array, where said first electrode array includes at least one metal wire electrode, said second electrode array includes at least two electrically conductive rod-shaped electrodes, said rod-like electrodes being spaced from said metal wire electrode;
• and
• inserting said projecting member at least partially into a piece of said footwear;
• and subjecting an interior region of said footwear to a flow of ionized air including ozone.

A method of sanitizing footwear with a flow of ionized air containing ozone, the method comprising:

• selecting a device including at least a first projecting member, where said device includes an electrode assembly comprising a first electrode array, a second electrode array, and a high voltage generator, having a first output port electrically coupled to said first electrode, and further having a second output port electrically coupled to said second electrode array, where said first electrode array includes at least one pin shaped electrode aimed generally toward said second electrode array, and said second electrode array includes at least one electrically conductive member through which there is defined at least one opening disposed generally in front of a free end of said pin shaped electrode;
• and
• inserting said projecting member at least partially into a piece of said footwear;
• and subjecting an interior region of said footwear to a flow of ionized air including ozone.

A self-contained ion and ozone emitting device for sanitizing footwear, comprising:

• a device housing including an inlet vent, a projecting member sized to fit within footwear, and an outlet vent located in said projecting member, said inlet vent being located at or a near an opposite end of said housing from said outlet vent so as to communicate with ambient air and extend out of the footwear when said first projecting member is disposed in footwear;
• a high voltage generator, disposed within said housing;
• an electrode assembly disposed within said first projecting member and comprising:
• at least one electrically conductive pin-shaped electrode electrically coupled to a first output port of said generator, said pin-shaped electrode being located closer to the inlet vent than to the outlet vent;
• and
• at least one electrically conductive electrode, defining an opening, being electrically coupled to a second output port of said generator, and being located closer to the inlet vent than to the outlet vent;
• wherein said projecting member includes an upper half within which the inlet vent is located and a lower half within which the outlet vent is located, said electrode assembly being located in said lower half;
• and
• wherein when operating potential is provided to said generator, said electrode assembly produces ionized air that flows electrostatically from said pin-shaped electrode toward said opening, such that air exiting said outlet vent includes ions and ozone and flows toward the footwear surrounding said projecting member.