Ozone sanitizing system and method

A system for sanitizing various objects using ozone gas, the system comprising:

• an ozone generating device comprising:
• an inlet port for at least drawing in ambient air from surrounding environment,
• air moving circuitry implemented inside an outer casing of the ozone generating device configured to propel the ambient air to ozone gas generating circuitry and into a vessel configured to releasably couple with the ozone generating device,
• the ozone gas generating circuitry configured to use the ambient air to generate ozone gas during an ozone sanitizing cycle, and
• an outlet port configured to deliver at least the ozone gas and connect with the vessel;
• and
• the vessel configured to receive the ozone gas to sanitize one or more objects stored inside the vessel during the ozone sanitizing cycle,
• wherein the vessel comprises:
• a first end having a resealable locking means for providing access to an interior of the vessel in an open position and for enclosing the vessel in a closed position,
• a second end having a portal implemented thereon and configured to form a connection with the outlet port of the ozone generating device, and
• a discharge port for discharging at least the ozone gas inside the vessel,
• wherein the ozone generating device comprises a switch configured to prevent the ozone generating device from producing the ozone gas in response to detecting that the connection between the outlet port of the ozone generating device and the portal of the vessel is improper, thereby preventing ozone gas leakage through the connection,
• wherein, at the end of the ozone sanitizing cycle, the ozone generating device is configured to stop the ozone gas generating circuitry and operate the air moving circuitry for a preset period of time to draw in the ambient air via the inlet port and propel the ambient air through the ozone generating device and the vessel to reduce a concentration of the ozone gas inside the ozone generating device and vessel.