Hair waving applicance having plural independently temperature controllable electric heaters

Claim 2

A hair waving appliance comprising: (a) a head receiving and confining assembly; (b) a plurality of independently controllable heating means provided within said head receiving and confining assembly for heating different hairline areas of the head received and confined therein; and (c) a plurality of temperature sensing probes, each of said temperature sensing probes being associated with a respective independently controllable heating means and carrying a temperature sensitive element connected to a temperature control means for controlling the heating of said heating means, each of said temperature sensing probes extending into the interior of the head receiving and confining assembly and being arranged to contact the hair on different portions of the head received and confined in the assembly and being movably constructed to adapt to the curved surface of the hairline area of the head received in the head confining and receiving assembly.

Claim 3

The hair waving applicant as set forth in claim 1 wherein the temperature sensing probe comprises a spring-biased cord carrying said temperature sensitive element.

Claim 4

The hair waving appliance as set forth in claim 1 wherein the temperature sensing probe comprises a flexible pipe carrying said temperature sensitive element.

Claim 5

The hair waving applicant as set forth in claim 1 wherein said temperature sensing probe comprises a spherical shell, said temperature-sensitive element being contained in said spherical shell, and a spring-biased cord secured on the head receiving and confining assembly for carrying said shell and leading a signal from said temperature-sensitive element.

Claim 6

The hair waving appliance of claim 4, wherein the spherical shell is provided with a plurality of apertures.

Claim 7

The hair waving appliance of claim 1, wherein atomizer means are provided in the appliance for generating moisture-laden air mist at room temperature, thereby imparting moisture to the hair being heated by said heating means.

Claim 8

The hair waving appliance as set forth in claim 6 further comprising means associated with said probes for protecting said temperature sensing probes against the moisture-laden air mist dissipated from said atomizer means.

Claim 9

A hair waving appliance used for treating hair curled on curler rods comprising: (a) a head receiving and confining assembly; (b) at least one heating means provided within said head receiving and confining assembly for heating hair of the head of a user of said hair waving appliance; (c) at least one temperature sensing probe, each carrying a temperature sensitive element connected to a temperature control for controlling the heating of said at least one heating means, said temperature sensing probe extending into the interior of the assembly and being arranged to contact the hair on the head received and confined in the assembly, said probe being movably constructed to adapt to the curved surface of the hairline area of the head confined in the assembly, the end of said probe having a size at least substantially equal to the size of the curler rods.

Claim 10

A hair waving appliance used for treating hair curled on curler rods comprising: (a) a head receiving and confining assembly; (b) at least one heating means provided within said head receiving and confining assembly for heating hair of the head of a user of said hair waving appliance; (c) at least one temperature sensing probe, each carrying a temperature sensitive element connected to a temperature control for controlling the heating of said at least one heating means, said temperature sensing probe extending into the interior of the assembly and being arranged to contact the hair on the head received and confined in the assembly, said probe being movably constructed to adapt to the curved surface of the hairline area of the head confined in the assembly, the end of said probe having a size at least substantially equal to the size of the curler rods.

Claim 11

The hair waving appliance of claim 8, wherein the temperature sensing probe comprises a spring-biased cord carrying the temperature sensitive element.

Claim 12

The hair waving appliance of claim 8, wherein the temperature sensing probe comprises a flexible pipe carrying the temperature sensitive element.

Claim 13

The hair waving appliance of claim 8, wherein said temperature sensing probe comprises a spherical shell, said temperature sensitive element being contained in said spherical shell and a spring-biased cord secured on the head receiving and confining assembly for carrying said shell and leading a signal from said temperature sensitive element.

Claim 14

The hair waving appliance of claim 11, wherein the spherical shell is provided with a plurality of apertures.

Claim 15

The hair wave appliance of claim 8, wherein atomizer means are provided in the appliance for generating moisture-laden air mist at room temperature, thereby imparting moisture to the hair being heated by said heating means.

Claim 16

The hair waving appliance of claim 13, further comprising means associated with each of said temperature sensing probes for protecting said temperature sensing probes against the moisture-laden air mist dissipated from said atomizer means.

Claim 17

A hair waving appliance comprising (a) a head receiving and confining assembly constructed to conform to the head of a user while maintaining a gap therebetween; (b) a plurality of independently controllable heating means provided within said head receiving and confining assembly for heating different hairline areas of the head of the user; (c) a plurality of temperature sensing probes, each of said temperature sensing probes being associated with a respective independently controllable heating means and carrying a temperature sensitive element connected to a temperature control means for controlling the heating of said heating means, each of said temperature sensing probes being movably constructed and located within the confines of the head receiving and confining assembly and being arranged to contact the hair of a head inserted into the assembly; (d) means for introducing a moisture-laden air mist mixture into the gap provided between the head receiving and confining assembly and the head of the user; (e) protector means associated with said head receiving and confining assembly for protecting the respective heating means against the moisture-laden air mist mixture; and (f) a discharge assembly communicating with said gap for removing hot air from the gap to the environment.

Claim 18

A hair waving appliance comprising (a) a head receiving and confining assembly constructed to conform to the head of a user while maintaining a gap therebetween; (b) a plurality of independently controllable heating means provided within said head receiving and confining assembly for heating different hairline areas of the head of the user; (c) a plurality of temperature sensing probes, each of said temperature sensing probes being associated with a respective independently controllable heating means and carrying a temperature sensitive element connected to a temperature control means for controlling the heating of said heating means, each of said temperature sensing probes being movably constructed and located within the confines of the head receiving and confining assembly and being arranged to contact the hair of a head inserted into the assembly; (d) means for introducing a moisture-laden air mist mixture into the gap provided between the head receiving and confining assembly and the head of the user; (e) protector means associated with said head receiving and confining assembly for protecting the respective heating means against the moisture-laden air mist mixture; and (f) a discharge assembly communicating with said gap for removing hot air from the gap to the environment.

Claim 19

The hair waving appliance of claim 15, wherein the temperature sensing probes are spring-biased.