Heat delivery system for heated hair rollers/curlers and clips
View Patent ↗By providing a hair curler/roller which comprises a unique, distinctive construction that enables the hair roller/curler to be heated substantially more rapidly than prior art constructions, an easily used, hair curler/roller and heating system is obtained which is capable of providing rapid heating of the hair curler/roller. In addition, the heating system employed for transferring heat to the hair curler/roller is also constructed in a unique manner that optimizes heat transfer, while also being constructed efficiently and inexpensively. In accordance with the present invention, the hair curler/roller incorporates an elongated cylindrically shaped body or core formed from heat retaining metal, such as aluminum. In addition, the cylindrical body incorporates a plurality of thin, interconnected wall members peripherally surrounded by a cylindrical outer wall. Preferably, the unique metal core is easily manufactured by extrusion, thereby achieving a hair roller/curler which is easily constructed as well as capable of absorbing and retaining heat rapidly and efficiently.
1. A hair curler assembly comprising:
A. a housing;
B. a plurality of heat producing rails mounted in the housing, each of said rails comprising:
a) an elongate carrier on which a heating element is mounted,
b) a pair of elongate panel members mounted to the carrier on opposed surfaces thereof, and
c) a plate member peripherally surrounding the panel members and establishing the outer surface of the rail; and
C. a plurality of hair curlers, each of said hair curlers comprising a central body formed from heat absorbing material and defining a mounting slot in the central body, said mounting slot enabling the curler to be mounted directly on the heat producing rail, the central body comprising an outer cylindrically shaped member, an inner member, and a plurality of fins connecting the inner member to the outer cylindrically shaped member, the fins being in direct contact with both the inner member and the outer cylindrically shaped member.
2. The hair curler assembly defined in claim 1 , wherein the mounting slot extends longitudinally along the entire length of the curler for enabling the curler to be mounted to one of the heat producing rails with the longitudinal axis of the curler being parallel to a longitudinal axis of the rail.
3. The hair curler assembly defined in claim 2 , wherein said assembly is further defined as comprising a hair retaining clip constructed for being removably mounted to the hair curler in peripherally surrounding engagement therewith for retaining hair wound on the hair curler.
4. The hair curler assembly defined in claim 3 , wherein said hair retaining clip is further defined as being constructed from metal.
5. The hair curler assembly defined in claim 2 , wherein the central body is an aluminum extrusion.
6. The hair curler assembly defined in claim 5 , wherein the inner member of said central body comprises a pair of elongate, juxtaposed, spaced, facing panel members, said panel members extending longitudinally along a central axis of the outer cylindrically shaped member and extending radially into engagement with the cylindrically shaped member, said panel members defining at least part of said mounting slot.
7. The hair curler assembly defined in claim 6 , wherein said panel members extend the entire length of the central body of the hair curler and comprise substantially flat surfaces.
8. The hair curler assembly defined in claim 1 , wherein said central body further comprises a soft, non-heat absorbing layer of material about the outer surface of the outer cylindrically shaped member.
9. The hair curler assembly defined in claim 8 , wherein said non-heat absorbing layer comprises a material selected from the group consisting of felt, rubber, and plastic.
10. The hair curler assembly defined in claim 1 , wherein the mounting slot extends along a diameter of the central body and inwardly from one end of the central body for enabling the hair curler to be mounted to the heating rail so that a central axis of the hair curler is perpendicular to a longitudinally extending axis of the rail.
11. The hair curler assembly defined in claim 1 , wherein the inner member of the central body is an inner cylindrically shaped member coaxially aligned with the outer cylindrically shaped member.
12. The hair curler assembly defined in claim 1 , wherein the plate members peripherally surrounding the panel members of the heat producing rails comprises a plurality of rounded, outwardly extending, bossed areas transversely extending along the length of the rail member in juxtaposed, spaced relationship to each other, the bossed areas defining an engagement zone for receiving and contacting the inside surface of the inner member of the central body.
13. The hair curler assembly defined in claim 1 , wherein said housing comprises a base in which the plurality of heat producing rails are mounted in parallel relationship with each other, and a lid pivotally mounted to the housing for opening and closing the housing.
14. A hair curler constructed for being mounted on an elongate heat producing rail, said curler comprising a central body formed from heat absorbing material, said central body comprising an outer cylindrically shaped tubular member forming the outer surface of the central body, a pair of arcuately curved wall members positioned within the tubular member in juxtaposed facing relationship with each other, and fins extending radially between one of the respective wall members and the tubular member to connect the wall members to the tubular member, the tubular member having a length and each of the fins having a length that is substantially equal to the length of the tubular member, the central body defining a mounting slot in the tubular member of the central body extending along a diameter of the tubular member and extending from one axial end thereof inwardly so the hair curler can be mounted on the heating rail with the central axis of the hair curler being perpendicular to the rail.
15. The hair curler defined in claim 14 , wherein the pair of arcuately curved wall members extend substantially all the way between opposite ends of the tubular member.
16. The hair curler defined in claim 15 , wherein the central body comprises a soft, non-heat absorbing layer of material about the outer surface of the cylindrically shaped member.
17. The hair curler defined in claim 16 , wherein the central body is an aluminum extrusion.
18. The hair curler defined in claim 15 , wherein the pair of arcuately curved wall members constitute an inner cylindrically shaped tubular member coaxially aligned with the outer tubular member.
19. A hair curler constructed for being mounted on an elongate heat producing rail, said curler comprising a central body made from a heat absorbing material, said central body comprising an outer cylindrically shaped member having a length and a first diameter, and an inner cylindrically shaped member having a length and a second diameter less than the first diameter, the inner cylindrically shaped member being coaxially aligned with the outer cylindrically shaped member, and a plurality of radially extending fins connecting the inner cylindrically shaped member to the outer cylindrically shaped member, the inner and outer cylindrically shaped members being free from direct contact along their entire lengths, the central body defining a mounting slot in the outer cylindrical member along a diameter thereof and extending from one end thereof inwardly so the hair curler can be mounted to a heating rail with the central axis of the hair curler being perpendicular to the rail.
20. The hair curler as set forth in claim 19 wherein the fins are in direct contact with the outer cylindrically shaped member.
21. The hair curler as set forth in claim 19 wherein the fins have a length that is substantially equal to the length of the outer cylindrically shaped member.
22. The hair curler as set forth in claim 21 wherein the length of the inner cylindrically shaped member is substantially equal to the lengths of the fins and the outer cylindrically shaped member.