Candle holder with heat deflecting shield
A candle holder apparatus for housing a candle and a method for using such a device, the candle holder apparatus comprising a body having an open top, at least one body wall, and a cavity configured to house a candle. The candle holder further comprises a heat deflecting shield and a cover having a recess configured to house the heat deflecting shield. The heat deflecting shield is seated in the cover recess such that an air gap is formed between the heat deflecting shield and an inner surface of the cover. This air gap insulates and decreases the top surface temperatures of the cover, allowing a user to touch the cover without being burned. Further, the candle holder cover is configured to fit on the open top of the candle holder body. Vent openings are disposed in the wall of the candle holder body to permit airflow between the cavity and the exterior when the cover is atop the body.
1. A candle holder apparatus for housing a candle comprising:
a body having an open top, at least one body wall forming a cavity configured to house a candle;
a heat deflecting shield;
a cover having a recess configured to house said heat deflecting shield, wherein said cover is configured to fit on the open top of said body, and further wherein said cover comprises an inner lip that extends laterally inwardly from a perimeter of said cover, wherein edges of said heat deflecting shield are held in place inside an alcove in said recess by said inner lip; and
at least one vent opening disposed in said at least one body wall of said body to allow airflow between said cavity and the exterior of said body.
2. The candle holder apparatus according to claim 1 wherein said heat deflecting shield is aluminum.
3. The candle holder apparatus according to claim 1 wherein said heat deflecting shield is dome shaped.
4. The candle holder apparatus according to claim 1 wherein said cover and said body are ceramic.
5. The candle holder apparatus according to claim 1 wherein said heat deflecting shield is seated in said recess such that an air cap is fog need between said heat deflecting shield and an inner surface of said cover, wherein said air gap insulates and decreases top surface temperatures of said cover.
6. The candle holder apparatus according to claim 1 wherein said heat deflecting shield directs air from inside said cavity to exit through said at least one vent opening.
7. A candle holder apparatus for housing a candle comprising:
a body having an open top, at least one body wall forming a cavity configured to house a candle;
a dome shaped heat deflecting shield;
a cover having a recess configured to house said dome shaped heat deflecting shield, wherein said cover is configured to fit on the open top of said body; and
at least one vent opening disposed in said at least one body wall of said body to allow airflow between said cavity and the exterior of said body, wherein the dome shaped heat deflecting shield extends in a downward direction toward the candle effectuating air circulation in an air gap between the dome shaped heat deflecting shield and the cover, and further effectuates the airflow between said cavity and the exterior of said body.
8. The candle holder apparatus according to claim 7 wherein said dome shaped heat deflecting shield is aluminum.
9. The candle holder apparatus according to claim 7 wherein said dome shaped heat deflecting shield is seated in said recess such that an air gap is formed between said dome shaped heat deflecting shield and an inner surface of said cover, wherein said air gap insulates and decreases top surface temperatures of said cover.
10. The candle holder apparatus according to claim 7 wherein said cover and said body are ceramic.
11. The candle holder apparatus according to claim 7 wherein said cover further comprises an inner lip, wherein edges of said dome shaped heat deflecting shield are held in place inside said recess by said inner lip.
12. The candle holder apparatus according to claim 7 wherein said dome shaped heat deflecting shield directs air from inside said cavity to exit through said at least one vent opening.
13. A method for circulating air within a candle holder comprising a cover and insulating the cover comprising the steps of:
placing a candle in a body having an open top, at least one body wall, and a cavity configured to house the candle;
inserting and retaining a dome shaped heat deflecting shield into a recess at an inner lip of the cover such that the dome shaped heat deflecting shield extends downward such that an air gap is formed between the dome the dome shaped heat deflecting shield and an inner surface of the cover, wherein the air gap insulates and decreases top surface temperatures of the cover;
attaching the cover to the body;
disposing at least one vent opening in the at least one body wall of the body to allow airflow between the cavity and the exterior of the body;
deflecting heat outwards and insulating the cover using the dome shaped heat deflecting shield; and
directing air from inside the cavity to exit through the at least one vent opening using the dome shaped heat deflecting shield.
14. The method according to claim 13 wherein said heat deflecting shield is aluminum.
15. The method according to claim 13 wherein said cover and said body are ceramic.
16. The method according to claim 13 wherein said cover further comprises an inner lip.
17. The method according to claim 16 wherein edges of said heat deflecting shield are held in place inside said recess by said inner lip.
18. The method according to claim 13 wherein said dome shape of said heat deflecting shield forces heat to spread outward through the venting holes in said at least one body wall.