Temperature regulated, pressure activated scent dispenser and method of using thereof

A liquid scent dispenser comprising:

• a container having an interior volume configured to hold a volume of a liquid scent, the container comprising a container opening at a first end of the container;
• and
• a scent release orifice defined in a cap and comprising a release structure having an open position and a closed position, the scent release orifice in fluid communication with the interior volume of the container and the cap sealingly engaged with the container opening,
• wherein:
• the dispenser is configured to permit a build-up of air pressure in the interior volume when there is an increase in ambient temperature above an initial ambient temperature, and upon reaching a threshold amount of built-up air pressure, the release structure transitions to the open position and releases a portion of the liquid scent from the interior volume as a burst and subsequent stream of liquid, thereby decreasing the amount of built-up air pressure in the interior volume such that the pressure stabilizes and the release structure returns to a closed position.

A liquid scent dispenser comprising:

• a liquid scent;
• a container having an interior portion configured to hold the liquid scent;
• and
• a scent release orifice in fluid communication with the interior portion of the container, the scent release orifice comprising a release structure having an open position and a closed position,
• wherein:
• the dispenser is configured to permit a build-up of air pressure in the interior portion of the container when there is an increase in ambient temperature above an initial ambient temperature, and upon reaching a threshold amount of built-up air pressure, the release structure transitions to the open position and releases a portion of the liquid scent from the interior portion of the container as a burst and subsequent stream of liquid, thereby decreasing the amount of built-up air pressure in the interior of the container such that the pressure stabilizes and the release structure returns to a closed position.