Abstract: Combinations, assemblies and methods for releasing candles and like objects to promptly flamelessly release a fragrance are disclosed, which utilize a heater and a fan disposed above or at the top of the candle whereby heat and forced air are applied to the top of the material in the container.

Abstract: This application discloses methodology and several devices by which a fragrance-emitting tunnel is fashioned in a body of candle material in a container, whereby when heat is applied to the bottom or side of the container, fragrance is rapidly released from melted candle material to travel almost instantly along the tunnel to the surrounding ambient environment, while reducing the risk of an explosion or splatter discharge due to rapid gaseous release through the unmelted candle material.

Abstract: Combinations, assemblies and methods for releasing fragrance from candles and like objects are disclosed, which utilize a heat conductive core or element embedded in the material from which the containerized candle or like item is made whereby heat is applied to the container is distributed to the material along the core to facilitate more rapid and more uniform melting, while reducing the risk of an explosion due to uneven beating.

Abstract: Combinations, assemblies and methods for releasing fragrance from candles and like objects are disclosed, which utilize a heat conductive core or element embedded in the material from which the containerized candle or like item is made whereby heat is applied to the container is distributed to the material along the core to facilitate more rapid and more uniform melting, while reducing the risk of an explosion due to uneven heating.