초록 ▼

A cosmetic applicator formed from ceramic material covered in a metal sheath. The tip is designed to provide a product chilling effect when applying creams, lotions, treatment products, etc. The applicator is provided with a relatively substantial mass of ceramic material so that it has a greater th

A cosmetic applicator formed from ceramic material covered in a metal sheath. The tip is designed to provide a product chilling effect when applying creams, lotions, treatment products, etc. The applicator is provided with a relatively substantial mass of ceramic material so that it has a greater thermal capacity than the dose of cosmetic and the application area combined. The applicator is in the form of a molded-ceramic applicator head or applicator tip sheathed, coated or plated in metal. The tip provides a relatively larger product-chilling effect to both the dose of cosmetic applied and to the user's skin in the application area when applying creams, lotions, treatment products, etc. The applicator provides an application device which will deliver the creams, lotions, treatment products, etc. such that the temperature of the product being delivered is lower than the temperature of the skin, and to provide a means of lowering the temperature of the skin by virtue of the thermal absorption capacity of the applicator head or tip, and to provide a vehicle by which formulations may be activated or enhanced by specific compounds in the ceramic material from which the applicator tip is comprised.

대표청구항 ▼

1. A cosmetic applicator tip for applying a quantity of cosmetic product to an application area on the skin of a user, the quantity of cosmetic product and the application area combined having a first thermal capacity, the tip comprising: a core made of a ceramic material in a mass sufficient to pro

1. A cosmetic applicator tip for applying a quantity of cosmetic product to an application area on the skin of a user, the quantity of cosmetic product and the application area combined having a first thermal capacity, the tip comprising: a core made of a ceramic material in a mass sufficient to provide a second thermal capacity greater than the first thermal capacity;a metal sheath covering at least a portion of the core; andat least one surface of the metal sheath adapted to receive the quantity of cosmetic product and apply it to the application area;wherein the ratio of the first thermal capacity to the second thermal capacity is at least 1:2. 2. The cosmetic applicator tip of claim 1 further comprising means for attaching the tip to at least one of a wand and a package. 3. The cosmetic applicator tip of claim 1 wherein at least part of the ceramic material is aluminum. 4. The cosmetic applicator tip of claim 3 wherein the aluminum is selected from aluminum oxide and aluminum nitride or combinations thereof. 5. The cosmetic applicator tip of claim 1 wherein at least part of the ceramic material is silicon carbide. 6. The cosmetic applicator tip of claim 1 wherein the sheath is made from a metal selected from at least one of silver, iridium, gold, titanium, magnesium, chromium, aluminum, copper, brass and stainless steel. 7. The cosmetic applicator tip of claim 1 wherein the ceramic material comprises concentrations ranging from 0.1% to 99.9% of the mass of the core. 8. The cosmetic applicator tip of claim 1 wherein the ceramic material comprises concentrations ranging from 94% to 99.9% of the mass of the core. 9. The cosmetic applicator tip of claim 1 wherein the ceramic material further comprises at least one mineral. 10. The cosmetic applicator tip of claim 9 wherein the mineral is selected from at least one of tourmaline, jade, calcite and agate. 11. The cosmetic applicator tip of claim 1 wherein the core is made by a high-temperature, fired-ceramic process. 12. The cosmetic applicator tip of claim 1 wherein the applicator tip is adapted to be attached to a container that defines a cosmetic product reservoir, the applicator tip further comprising at least one product delivery orifice in the applicator surface, the orifice adapted to be in fluid communication with the product reservoir. 13. The cosmetic applicator tip of claim 12 further comprising a product delivery passage in the body between the delivery orifice and the product reservoir, the product delivery passage providing fluid communication from the product reservoir to the delivery orifice. 14. The cosmetic applicator tip of claim 13 wherein the product delivery passage has an inwardly directed surface through which product is delivered, the surface having an included draft angle of no less than 1 degree, and no more than 45 degrees. 15. The cosmetic applicator tip of claim 13 wherein the ceramic material further comprises at least one mineral selected from at least one of tourmaline, jade, calcite and agate, and at least a portion of the ceramic material of the core is exposed in the product delivery passage. 16. The cosmetic applicator tip of claim 1 wherein the tip is in the form of a roller ball. 17. The cosmetic applicator tip of claim 16 wherein the tip in the form of a roller ball is secured in a neck of a container. 18. The cosmetic applicator tip of claim 16 wherein the tip in the form of a roller ball is secured in a neck of a container selected from a tube and a bottle. 19. The cosmetic applicator tip of claim 1 wherein the applicator tip is in the form of one of a spatula, a spreader and a spoon. 20. The cosmetic applicator of claim 19 wherein the applicator tip is secured on at least one of a wand and a handle.