Lash cleansing slips

A lash cleansing slip apparatus and cleaning system is described. The lash cleansing slip is configured to facilitate the safe and effective cleaning of make-up such as mascara, eyeliner, and similar cosmetics from the eye region of a user. The apparatus is equipped with specially designed holes configured to accommodate an index finger and a thumb of a user to facilitate the cosmetic removal. A front of the apparatus is preferably padded and is designed to be the cleaning face of the apparatus to be applied to the eyelid and eyelashes of the user while minimizing irritation of the eyes. Consistent use of the apparatus, in contrast to conventional cleansing wipes, is envisioned to minimize the creation of wrinkles of the eye region over time.

FIELD OF THE PRESENT INVENTION

The present invention relates to the field of cosmetic care, and more specifically relates to a new apparatus and system configured to facilitate the removal of make-up and particles from eyelashes and eyelids to ensure proper care and eyelash maintenance.

BACKGROUND OF THE PRESENT INVENTION

It is known that traditional make-up removal wipes configured for use on the eye-area of the face of a user require the customer to wipe the entire eye area in order to sufficiently remove unwanted mascara. Such conventional make-up removal wipes require the use to continuously rub the eye-area with the wipe, which can damage the sensitive skin around the eyes. Additionally, conventional make-up removal wipes cause redness of the eye, and may help to exacerbate the creation of wrinkles near the eyes from repetitive rubbing over time.

If there were a way in which users could remove unwanted make-up, mascara, and other eye products from the lashes and surrounding eye-area effectively without excessive rubbing, redness would be reduced, and preemptive wrinkles could be eliminated.

Thus, there is a need for a new form of lash cleaning apparatus configured to facilitate the removal of make-up, mascara, and similar eye cosmetics from the eye area of users without the need for excessive rubbing and friction. Such an apparatus is preferably embodied as a lash cleaning slip which ensures effective and safe cleansing of the eyelashes specifically, removing the need to excessively rub the entire eye area to remove cosmetics commonly applied to the eye area. Unlike conventional cosmetic cleaning wipes found in the prior art, such an apparatus is preferably configured to slide over both the index finger and thumb of a user to facilitate cleansing of the eye area while minimizing excessive rubbing and irritation.

SUMMARY OF THE PRESENT INVENTION

The present invention is a cosmetic removal device specifically designed for use on eyelashes. The apparatus is equipped with dual slits, one disposed at each end of the apparatus. The slits are configured to slip over the index finger and thumb of a user, which creates a controlled method by which eye makeup, dirt particles, dust, build-up, and potential bacteria may be removed from eyelashes via an easy-gliding motion. In contrast to conventional cosmetic wipes configured for makeup removal which employ a traditional cloth and excessive rubbing for effective removal of makeup, the present invention preferably uses raw materials such as cotton, bamboo, vicrose fiber, hemp fiber, and others to facilitate and expedite makeup removal with minimal eye irritation.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

The present specification discloses one or more embodiments that incorporate the features of the invention. The disclosed embodiment(s) merely exemplify the invention. The scope of the invention is not limited to the disclosed embodiment(s).

The present invention is a cosmetic removal apparatus configured for use by a user to remove makeup, eyeliner, mascara, and similar makeup generally used on the eye area of an individual. The present invention has a body (10) which is preferably elongated, and is equipped with an index finger hole (20) and a thumb finger hole (30). The index finger hole (20) is disposed at a first end (25) of the body (10) and the thumb finger hole (30) is disposed at a second end (35) of the body (10). The front, as shown onFIG. 2, is preferably at least twice as thick as the rear, as shown inFIG. 1. The whole of the body (10) is preferably composed of one or more of a variety of soft raw materials, including, but not limited to: cotton, bamboo, vicrose fiber, hemp fiber, flax, kenaf, yellow kenaf, apocynum, polyester, polyester/50% vicrose combination, nylon, microfiber, and/or yieldable stretchable materials such as rubber. Additionally, manufactured, non-woven materials may also be employed in the construction of the body (10) of the present invention, including cross-lapped spunlaced (LAPP), parallel lapped spunlace, stitchbond (NAPA), Texpun PP, and/or Spunbon+meltdown+Spunbond (SMS/SMMS).

As such, both the thumb finger hole (30) and the index finger hole (20) amount to instances, present at the first end (25) and second end (35) which exhibit double layers of one or more of the above-listed materials, amounting to open-ended pockets into which the thumb and index finger are to be placed during use of the present invention.

It should be understood that the present invention is equipped with a rear side as shown inFIG. 1, and a front side as shown inFIG. 2. The rear side is equipped with the thumb finger hole (30) and index finger hole (20), and may not be equipped with as much of the natural and/or synthetic wiping material as that of the front side of the present invention.

The front side of the present invention is equipped with at least one layer of at least one of the aforementioned natural and/or synthetic wiping materials, which are to be manipulated by the fingers of the user when placed into the index finger hole (20) and thumb finger hole (30). Given the slender and elongated stature of the body (10) of the present invention, it is envisioned that the present invention remains more efficient and functional at removing eye cosmetic products from the eyelashes and eyelids of the eye itself, rather than requiring the user to rub the entire eye socket area haphazardly and repeatedly as with conventional cleansing wipes.

Potential assembly options for the apparatus of the present invention preferably include, but are not limited to: non-woven bindings such as inter-fiber adhesions established through mechanical, chemical, thermal, or solvent means or various combinations of these processes; hybrid combinations of non-woven and other films to create the apparatus; adhesives of binding agents using the “Paste Dot” coating system and “Powder Dot” system with a low-voc polymer such as copolyimide or copolyster; and other method of combining non-woven materials including calendaring, perforation, solvent bonding, through-air entanglement, emulsion adhesive (web bonding), radiant heat, pressure embossing, dry bonding with thermoplastic fibers or film, ultrasonic stitching, powdered resin binding (thermoplastic &e thermoset), dielectric, hot-melt bonding, flame bonding, and extrusion. Rubber binding methods may also be employed in the manufacturing of the apparatus of the present invention, including low viscosity rubber bond adhesives (EP30FL) or master bond (EP21Fl, two component epoxy resin system to secure bonding to rubber slip. Alternately, non-adhesive pond options may be used, such as the sue of an injection molding process including compounds of 40% glass-fiber reinforced polamide 612 compound.

The functionality of the apparatus of the present invention is preferably achieved via a specific process which is primarily applied to the front of the apparatus. Disposable, non-woven material which is pre-moistened with an amino acid ester as an emulsifier, a natural oil or wax component such as coconut oil, and/or at least one further surfactant such as water or a solution is preferably used. Disposable, non-woven dry cloth with a premix solution (provided separately) which may be dipped and applied is an alternative option preferably available to the apparatus. Similarly, a microfiber terrycloth dry cloth with a premix solution (to be applied separately) may also be used. Rubber slip base with a plastic agent to hold an interchangeable non-woven pad (which is held in place and is removable with at least one hook-and-loop fastener, hook-and-pile fasteners, or touch fasteners) which may then be disposed after a single use.

The process of use of the present invention, as disclosed inFIG. 3, is preferably as follows:1. First, the user acquires the apparatus of the present invention from a retailer or e-retailer. (100)2. Next, the user unpackages the apparatus, which preferably contains multiple iterations of the apparatus for multiple uses. (110) Preferred embodiments of the present invention are preferably disposable, and therefore only used once.3. Then, the user unfolds an instance of the apparatus, revealing the rear as shown inFIG. 1. (120)4. The user then inserts his or her index finger into the index finger hole, and his/her thumb into the thumb finger hole present on the rear of the apparatus. (130) It should be noted that the index finger and thumb of the user should be on the same hand.5. The thumb and index finger of the user are now covered by the body of the apparatus, which, when the fingers are extended apart, reveal a soft durable material specially designed to facilitate the removal of makeup from the eye region of the user. (140)6. The user then gently rubs the eyelashes and eyelid of his or herself until any and all makeup applied to the eye region is removed to the satisfaction of the user. (150)7. Once complete, the user may switch to the opposite eye. To do so, the user may wish to move the apparatus to the opposite hand to make the cleansing procedure easier. (160)8. Alternately, the user may wish to use a new instance of the apparatus for the opposite eye region, in which case, the user retrieves a new lash cleansing slip from the package, and performs the cleaning procedure a second time on the opposite eye region. (170)9. Once complete, the user disposes of the apparatus in a waste receptacle. (180)

Alternate embodiments of the present invention preferably include variations on the thickness of the body (10) of the apparatus, namely the front which comes into contact with the eye region of the user. Similarly, the size, shape, and color may vary in accordance with personal styling or desire of the manufacturer. In some embodiments, a logo or logos may be present on one or more sides of the apparatus.

It should be noted that both the front and rear of the apparatus are preferably manufactured of the same materials in the preferred embodiment of the present invention, however alternate embodiments may employ a different material for the construction of the front than that of the rear to reduce costs if found necessary. The materials used are preferably relevant to the raw materials previously noted, including cotton, bamboo, vicrose fiber, hemp fiber, flax, kenaf, yellow kenaf, apocynum, polyester, etc.

Regarding the index finger hole (20) and thumb finger hole (30), it is envisioned that both are preferably of the same depth and diameter such that they may be employed interchangeably between fingers and hands (left from right). Additionally, it should be noted that the first end (25) and second end (35) of the present invention are preferably equipped with tips (40) which are rounded in order to accommodate the circumference of the fingers themselves for a comfortable fit, and to ensure that the user is able to reach as close to the eye and nose area without injuring the eye area or pressing up against the nose bridge area of the user.

Presently, the ideal manufacturing method of the preferred embodiment of the present invention includes the use of adhesive or binding agents conventional used in a coating system such as the “paste dot” method to secure the sleeve portion (index finger hole (20) and thumb finger hole (30)) in place. As an alternative method, stitching may be used when the apparatus is composed of microfiber or similar heavy material. It should also be noted that the body (10) of the present invention, being configured to accept a first finger and second finger via the index finger hole (20) and thumb finger hole (30) is preferably approximately as wide as a finger, not to exceed one inch in width. It should be noted that the present invention is configured for use with both natural and false lash extensions.

Having illustrated the present invention, it should be understood that various adjustments and versions might be implemented without venturing away from the essence of the present invention. Further, it should be understood that the present invention is not solely limited to the invention as described in the embodiments above, but further comprises any and all embodiments within the scope of this application.