A heating system comprising a packette for heating a mask, wipe or towelette. In preferred embodiments, the packette comprises printed heating elements, printed circuit elements and a means of connecting to a power source. Power may be supplied through a USB-type connector or a handheld power supply that is custom designed to work with the heating packette.

A method for forming a facial pad, the method including: (a) forming a water-impermeable film on one surface of a first sheet body that is flexible and elastic; (b) forming a water-impermeable film on one surface of a second sheet body that is flexible and elastic; (c) applying a creamed or gelled beauty material on a surface of the film formed in step (a); (d) after step (c), stacking the first sheet body and the second sheet body so as to sandwich the beauty material between the films formed in steps (a) and (b); and (e) cutting the first sheet body and the second sheet body which sandwich the beauty material in step (d) into a predetermined shape.

A hair coloring membrane assembly for enhancing the dye process of grey hair includes a dispenser that has an opening therein. A plurality of strips is positioned in the dispenser and is selectively removable from the dispenser. Thus, each of the strips may be positioned on a scalp during hair coloring. Each of the strips comprises a first layer, a second layer and a third layer. Each of the first layer and the third layer is comprised of a fluid absorbent material to transfer a fluid hair dye onto the scalp thereby enhancing the fluid hair dye to penetrate roots of hair being dyed. The second layer is comprised of a light reflective material and the second layer is infused with a fluid emulsifier. The fluid emulsifier is released into the hair thereby enhancing absorption of the fluid hair dye into the hair.

An applicator of topical formulas. The applicator includes a monolithic piece of material having two equally sized major surfaces separated by a thickness of the material, wherein each major surface has a convex surface section at a maximum that transitions to concave surfaces toward the periphery or diminishes toward the periphery, and the piece of material has a perimeter shape defined by the following: a first plane of symmetry bisecting both major surfaces into two similar halves; each half has a turning point maximum through which a second plane further divides each half into two approximate quadrants; a first approximate quadrant of each half has a concave periphery; and a second approximate quadrant of each half has a convex periphery.

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.

The present invention relates to a buttocks wiping device 1 for wiping the buttocks with paper. The buttocks wiping device 1 includes a wiping arm 4 including a pressing unit 4a configured to press the paper against the buttocks, and a wiping arm drive unit 3 configured to cause the wiping arm 4 to move and perform wiping operation. The wiping arm drive unit 4 wipes, without attaching or inserting the paper to the pressing unit 4a, the buttocks with the paper being placed on the pressing unit 4a. Moreover, the buttocks wiping device 1 of the present invention includes a paper supply unit 17 configured to expose the paper. The wiping arm drive unit 4 drives the wiping arm such that the pressing unit 4a pushes up, from below, the paper exposed by a paper loading guide 17c of the paper supply unit 17.

The described invention relates, in part, to cosmetic sheet structures for application to a region of skin of the human body, the cosmetic sheet structure comprising a cosmetic layer comprising material impregnated with at least active ingredient contained in the cosmetic sheet structure and transferrable to the region. According to some embodiments, the cosmetic sheet structures are used to improve the appearance of skin and/or for decorative purposes.

A thin film affixing device used to affix a thin film to an adherend surface, such as the face of a user, is provided. The thin film affixing device is configured to include a main portion having a first surface and a second surface, where the first surface has a temporary adherend portion that allows the thin film to be temporarily attached thereto, a holding member that holds the main portion so that the first side is viewable from the second side through the main portion and the temporary adherend portion is capable of pressing against the adherend surface, and a transparent hydrophilic layer formed on the first surface of the main portion so as to serve as the temporary adherend portion.

A makeup remover mask includes a first sheet of an absorbent material having a periphery with a concave section; and a second sheet of an absorbent material having a periphery with a convex section. The makeup remover mask is used for removing eye makeup by placing the first sheet of an absorbent material having a periphery with a concave section on a lower eye lid of an eye beneath eyelashes, and placing a second sheet of an absorbent material having a periphery with a convex section on an upper eye lid of an eye, wherein the second sheet covers the eye makeup to be removed.

Disclosed herein are a bio-cellulose sheet without a supporting means, in which the bio-cellulose sheet includes coconut and contains a preservative including a plant extract, a bio-cellulose sheet product including the bio-cellulose sheet without a supporting means, and production methods thereof. The bio-cellulose sheet without a supporting means and the product including the same have a high content of a cosmetic composition, are less irritating to the skin, and are convenient to use. The use of the methods for producing the bio-cellulose sheet without a supporting means and the product including the bio-cellulose sheet results in increased efficiency and a reduced production cost.