Apparatus and method for heating hair styling devices
Abstract
A hair styling device heating system, is disclosed comprising a hair styling device having a high heat plastic polymer, an insulating material, an induction material, a conducting material and a high heat plastic polymer and securing all of the layers together. There is a housing for receiving said hair styling device and for heating it therein. The housing includes an induction coil, a control circuit operatively connected to the coil, a resonant capacitor operatively connected to the circuit, a heat sink connected to the capacitor, and a colored heating indication panel attached to the housing and operatively connected to the circuit.
Claims
exact text as granted — not AI-modifiedWhat is claimed is:
1 . A hair styling device having a pair of members hingedly attached to each other, wherein each member comprises:
a. a first layer comprising a high heat plastic polymer; b. a second layer attached to said first layer comprising an insulating material; c. a third layer attached to said second layer comprising an induction material; d. a fourth layer attached to said third layer comprising a conducting material; and; e. a fifth layer comprising a high heat plastic polymer and securing all of the layers together.
2 . The hair styling device of claim 1 , wherein the insulating material of said second layer is silicon.
3 . The hair styling device of claim 2 , wherein the induction material of said third layer is an iron alloy.
4 . The hair styling device of claim 3 , wherein the conducting material of said fourth layer is aluminum.
5 . The hair styling device of claim 4 , wherein said fourth layer is an aluminum film.
6 . The hair styling device of claim 5 , wherein said first layer is of the same material as said fifth layer.
7 . The hair styling device of claim 6 , wherein said layers are fused to one another.
8 . The hair styling device of claim 6 , wherein said layers are welded to one another.
9 . The hair styling device of claim 8 , wherein said welding is accomplished by ultra-sound welding.
10 . The hair styling device of claim 9 , wherein said hinge is a spring hinge.
11 . The hair styling device of claim 10 , wherein said polymer material of said first layer changes from opaque to transparent when heated.
12 . The hair styling device of claim 11 , wherein said polymer material of said fifth layer changes from opaque to transparent color when heated.
13 . A hair styling device, comprising:
a. a first member comprising a conducting material; b. a second member fitting substantially within said first member comprising a high heat plastic polymer; c. a third member fitting substantially within said second member comprising an induction material; d. a fourth member fitting substantially within said third member comprising an aluminum film; e. an end cap fitting on the end of the hair styling device having a handle extending therefrom; and f. bristles radially extending from the hair styling device.
14 . The hair styling device of claim 13 , further comprising a pair of rings for holding said fourth member within said third member.
15 . The hair styling device of claim 14 , wherein the conducting material of said first member is aluminum.
16 . The hair styling device of claim 15 , wherein the induction material of said third member is an iron alloy.
17 . The hair styling device of claim 16 , wherein said members are welded to one another.
18 . The hair styling device of claim 17 , wherein said welding is accomplished by ultra-sound welding.
19 . The hair styling device of claim 18 , wherein said polymer material changes from opaque to a transparent when heated.
20 . A hair styling heating apparatus, comprising:
a. a pair of members hingedly attached to each other, wherein each member comprises:
i. a first layer comprising a high heat plastic polymer;
ii. a second layer attached to said first layer comprising an insulating material;
iii. a third layer attached to said second layer comprising an induction material;
iv. a fourth layer attached to said third layer comprising a conducting material, and;
v. a fifth layer comprising a high heat plastic polymer securing all of the layers together; and
b. a housing for receiving said hair styling device and for heating it therein, wherein said housing comprises:
i. an induction coil;
ii. a control circuit operatively connected to the coil;
iii. a resonant capacitor operatively connected to the circuit;
iv. a heat sink connected to the capacitor; and
v. a colored heating indication panel attached to the housing and operatively connected to the circuit,
wherein said hair styling device is inductively heated by said housing.Join the waitlist — get patent alerts
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