The present invention relates generally to hygiene products, and more particularly to pads for cleaning the skin.
Cosmetics have been worn by people for thousands of years. The proliferation of synthetic cosmetics products in recent times has only increased the use of makeup, especially among women. There are a variety of types of cosmetics, with facial makeup being one of the most popular, if not the most popular. Facial makeup can be applied throughout the day, but is most frequently applied in the morning, such as after a bath or shower when the face is clean. The facial makeup is worn throughout the day and may be re-applied or touched up during the day, such as after a meal, a drink, before a meeting, before an event, etc. Makeup may be reapplied before a dinner appointment or before going out for entertainment at night. Typically, though, regardless of when the facial makeup is applied or re-applied, most women prefer to not sleep with makeup on their face. There has thus long been a need for women to remove makeup from their face. Depending on the type and amount of makeup, women use different techniques for its removal. Some women simply wash their face with water, others use soap and water, some with water and a towel, others use powered exfoliating brushes, still others use chemical cleansers. Generally, towels or tissues that are used to remove makeup are covered with the makeup and can be extremely difficult to clean. Indeed, many women have a towel reserved for removing makeup because it is so difficult to clean that it is rendered unsuitable for other use, such as a decorative towel or a towel to be used by guests. A simple device for removing makeup is needed.
A facial cleansing pad includes a body constructed from a pliant fabric and having opposed first and second surfaces. The first surface has a long pile knit finish, preferably an openwork finish, and the second surface has a warp knit finish. The long pile knit finish extends beyond the first surface, and the warp knit finish has no height with respect to the second surface. The body includes opposed major sides and opposed minor ends. The major sides are coextensive to each other and longer than the minor ends, and the minor ends are coextensive to each other. The major sides are parallel to each other and perpendicular to the minor ends, and the minor ends are parallel to each other. The pad also has a perimeter with an oval configuration. Edging constructed from a smooth inelastic fabric is sewn to the perimeter. The edging is secured to the perimeter with stitching through the first and second surfaces. The second surface is defined by having an openwork finish. The fabric of the pad has a weight-area density of 285 grams per square meter, and is constructed from two threads plied together, having the property of 150 deniers per 288 feet and 100 deniers per 36 feet, respectively.
Referring to the drawings:
Reference now is made to the drawings, in which the same reference characters are used throughout the different figures to designate the same elements.
Referring now primarily to
The body 11 has symmetry with respect to both a first, or major axis A, and a second, or minor axis B, both shown in
The second axis B bisects the body 11 into two minor halves, generally indicated by the reference characters 30 and 31. The minor half 30 includes the body 11 and base sheet 12 extending from the axis A to the side 15, and the minor half 31 includes the body 11 and base sheet 12 extending from the axis A to the side 16. The minor halves 30 and 31 are identical in size and shape.
The pad 10 is constructed from a flexible, pliant, soft material, such as cotton, polypropylene, nylon, or like material. The base sheet 12 is preferably formed entirely from a single, continuous sheet of polyester. Generally, individual base sheets 12 are cut from a long, continuous sheet of the constituent fabric, and each is formed into a pad 10. The fabric has a surface density in the range of approximately 200 grams per square meter to 250 grams per square meter, and is preferably 285 grams per square meter. The fabric is woven of two plied threads having a metric number per single yarn of fabric is 150 deniers per 288 feet and 100 deniers per 36 feet, respectively.
Referring now to
Referring to
A smooth fabric is sewn to the perimeter 20 to form a continuous edging 35 for the pad 10. The edging 35 is secured on the body 11 with stitching through the top and bottom surfaces 32 and 33 so that the edging 35 contains any loose or frayed edges, fibers, or other matter of the base sheet 12 from pulling off the base sheet 12. The fabric from which the edging 35 is constructed is inelastic. Thus, the edging 35 prevents the pad 10 from stretching along either of the axes A and B. In contrast, the fabric of the base sheet 12 is elastic, and is capable of stretching along either of the axes A and B as well as out of a plane defined by the axes A and B; elastic stretching of the base sheet 12 is limited by the inelastic edging 35.
In operation, the pad 10 is preferably washed thoroughly, such as in a machine wash, prior to use. The user applies water to the pad 10, such water preferably being warm. The pad 10 is then applied to the user's face and is pressed against the face while moving the pad 10 in a circular motion so as to remove makeup from the face of the user. When the makeup has been entirely removed, the pad 10 is washed, again, such as in a machine wash. When the wash is complete, the pad 10 is ready for re-use.
A preferred embodiment is fully and clearly described above so as to enable one having skill in the art to understand, make, and use the same. Those skilled in the art will recognize that modifications may be made to the described embodiment without departing from the spirit of the invention. To the extent that such modifications do not depart from the spirit of the invention, they are intended to be included within the scope thereof.
This application claims the benefit of U.S. Provisional Application No. 62/077,219, filed Nov. 8, 2014, which is hereby incorporated by reference.
Number | Date | Country | |
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62077219 | Nov 2014 | US |