A refillable absorbent swab applicator pen has a pen shell, a plurality of absorbent swab cartridges, and a cartridge advancement mechanism. The plurality of absorbent swab cartridges are positioned within the pen shell, and the cartridge advancement mechanism is integrated into the pen shell in order to advance the absorbent swab cartridges toward a dispensing end in order to expose a swab for use or discard a swab after use.

A nail gel removal method includes the steps of (a) absorbing warm water, which is water having a temperature higher than the room temperature, with the nail gel coated on the nail a user by soaking one or more nails in the warm water for three minutes or more; (b) softening the nail gel on the nail of the user until it is removable from the nail of the user; and (c) removing the softened nail gel from the nail of the user.

A stereolithographic object according to one embodiment of the technology includes: a first curable resin part that is provided at a position suitable for contact with a base member; and one or a plurality of second curable resin parts that are provided to be in contact with the first curable resin part and to allow part of a side surface of the first curable resin part to be exposed. The first curable resin part is configured by resin that has a functional group number and a polymer polymerization degree that are relatively small compared with those of the second curable resin part. The one or the plurality of second curable resin parts are configured by resin that has a functional group number and a polymer polymerization degree that are relatively great compared with those of the first curable resin part.

A method and apparatus for removing a nail polish using a wearable article is disclosed. The wearable article comprises a fluid impermeable wearable glove having a plurality of finger covers adapted to receive a user finger. Two openings are defined in each of the finger cover configured to receive a cotton member and a solvent is sprayed on the cotton member of the finger cover to remove the nail polish from the user's finger. The openings of the finger cover in the fluid impermeable wearable glove are secured via an adhesive member.

According to an aspect of the disclosure, a protective film for application to a portion of an individual's body, a method for applying a protective film to a portion of an individual's body, and an apparatus with a protective film for application to a portion of the individual's body are provided.

This invention refers to a system formed by a rotational movement circular device for nail varnish remover, consisting of a pattern made of polyethylene or polypropylene or material with a similar consistency and soft texture and a part made of spongy material with an inner circular cut used together, placed inside a jar which is not higher than the average length of the fingers of the hand with its respective lid (10) containing nail varnish remover liquid. The system can be used domestically and/or commercially that allows the removal of the enamel or varnish or polish of the type used on nails used on the nails allowing to remove the nail varnish from the five nails of the fingers of the hand at once in shorter period of time and with a higher level of efficiency and comfort and also allowing a better use of both the nail varnish removal liquid and the surface of the part of spongy material for rubbing the finger nails.

A nail clip includes a base, a top, and a spring element. The base defines a bed, a first finger grip coupled to the bed, opposing slotted posts coupled to the base and extending therefrom where the bed meets the first finger grip, and a ramp disposed in the bed. The top defines a cap, a second finger grip coupled to the cap, and opposing support posts coupled to the cap and extending therefrom where the cap meets the second finger grip. Each support post includes a hinge pin extending therefrom for engagement with one of the base's slotted posts. The spring element is disposed between the base and the cap for biasing the first finger grip away from the second finger grip.

A method and kit for treating a nail surface. The method includes brushing or spraying an adhesive on a coated or uncoated nail surface to form an adhesive-coated surface. A covering (e.g., a curable nail gel, evaporative nail polish, or artificial nail) is then applied to the adhesive-coated surface. The covering is removable by soaking in solvent for less than 20 minutes, peeling, or a combination thereof.

An acrylic nail removal system includes a glove including a plurality of finger sleeves. The glove includes a palm portion and each of the finger sleeves has a tip portion positioned distal to the palm portion. A quantity of acetone is positioned within each of the tip portions.

A nail gel/acrylic removal system and method for manufacturing a roll of foil segments with pads around a core used for nail gel and acrylic nail removal. A pad is configured to receive and absorb a substance for dissolving at least one of nail gel and acrylic nails. A segment of foil with an affixed pad is sized to wrap around at least a portion of a finger of a human hand so that the pad with the substance for dissolving is in contact with a fingernail of the hand. First and second sets of perforations are placed along opposite edges of the foil segment, so that pairs of foil segments with the pads are joined at the first and second set of perforations. A roll is formed of the foil segments with pads around a core.