Provided is an adhesive gel nail which includes a base film, an adhesive layer on the base film, a printed layer on the adhesive layer, an UV gel coating layer on the printed layer, an LED gel coating layer on the UV gel coating layer, and a highpoint glossy-top coating layer on the LED gel coating layer, and the highpoint glossy-top coating layer is formed by applying and drying a glossy-top coating solution in which a monomer, an oligomer, a cellulose, and a long-wavelength initiator are mixed.

Provided is an adhesive gel nail which includes a base film, an adhesive layer on the base film, a printed layer on the adhesive layer, an UV gel coating layer on the printed layer, an LED gel coating layer on the UV gel coating layer, and a highpoint glossy-top coating layer on the LED gel coating layer, and the highpoint glossy-top coating layer is formed by applying and drying a glossy-top coating solution in which a monomer, an oligomer, a cellulose, and a long-wavelength initiator are mixed.

The present invention relates to a method for obtaining and storing information suitable for production of artificial (also referred to as “fake”) nails for an individual, In particular, there is provided a method for obtaining and storing information suitable for production of artificial nails for an individual, the method comprising the steps of:

a) Providing a first untrimmed artificial nail of length, L, width, W, and depth of curvature, D,

b) Trimming the artificial nail to fit an individual's nail,

c) Recording information characterising the shape of the trimmed artificial nail, which includes at least information defining the boundary line of the trimmed artificial nail, and which information is sufficient to allow reproduction of the trimmed artificial nail from an untrimmed artificial nail, and

d) Storing the information as well as identifying details of the individual.

In the fitting of artificial nails the first priority of the customer is a high-quality look of the artificial nail. This requires an accurate fitting of the artificial nails, which is time-consuming for both the customer and the nail technician.

The present invention enables the production of artificial nails for an individual with high quality fit in a reduced appointment time based on stored information on the individual and previous artificial nail fittings.

The present invention relates to a method for obtaining and storing information suitable for production of artificial (also referred to as “fake”) nails for an individual, In particular, there is provided a method for obtaining and storing information suitable for production of artificial nails for an individual, the method comprising the steps of:

a) Providing a first untrimmed artificial nail of length, L, width, W, and depth of curvature, D,

b) Trimming the artificial nail to fit an individual's nail,

c) Recording information characterising the shape of the trimmed artificial nail, which includes at least information defining the boundary line of the trimmed artificial nail, and which information is sufficient to allow reproduction of the trimmed artificial nail from an untrimmed artificial nail, and

d) Storing the information as well as identifying details of the individual.

In the fitting of artificial nails the first priority of the customer is a high-quality look of the artificial nail. This requires an accurate fitting of the artificial nails, which is time-consuming for both the customer and the nail technician.

The present invention enables the production of artificial nails for an individual with high quality fit in a reduced appointment time based on stored information on the individual and previous artificial nail fittings.

A light-curable artificial nail is disclosed having an adhesive section including a light-curable composition in a semi-cured state. The light-curable composition is configured to transition from the semi-cured state to a cured state based on exposure to at least one wavelength of electromagnetic radiation. The light-curable artificial nail includes a strengthening section disposed above the adhesive section and a polish section disposed above the adhesive section.

A light-curable artificial nail is disclosed having an adhesive section including a light-curable composition in a semi-cured state. The light-curable composition is configured to transition from the semi-cured state to a cured state based on exposure to at least one wavelength of electromagnetic radiation. The light-curable artificial nail includes a strengthening section disposed above the adhesive section and a polish section disposed above the adhesive section.

An electronic fingernail display is disclosed. An LCD or LED display is mounted on a human finger, covering part or all of the nail with a display that can show patterns, images, or other ornamental display items. Electronic controller elements are integrated into the display or a mounting element which provide power, control, and communications capability allowing the display item to be changed without physical removal or modification of the electronic fingernail display.

An electronic fingernail display is disclosed. An LCD or LED display is mounted on a human finger, covering part or all of the nail with a display that can show patterns, images, or other ornamental display items. Electronic controller elements are integrated into the display or a mounting element which provide power, control, and communications capability allowing the display item to be changed without physical removal or modification of the electronic fingernail display.

A light-curable artificial nail is disclosed having an adhesive section including a light-curable composition in a semi-cured state. The light-curable composition is configured to transition from the semi-cured state to a cured state based on exposure to at least one wavelength of electromagnetic radiation. The light-curable artificial nail includes a strengthening section disposed above the adhesive section and a polish section disposed above the adhesive section.

A light-curable artificial nail is disclosed having an adhesive section including a light-curable composition in a semi-cured state. The light-curable composition is configured to transition from the semi-cured state to a cured state based on exposure to at least one wavelength of electromagnetic radiation. The light-curable artificial nail includes a strengthening section disposed above the adhesive section and a polish section disposed above the adhesive section.