FINGERNAIL SLEEVE DEVICE

A fingernail sleeve device for enwrapping both the finger and the elongated decorated fingernail includes an opening. The opening is circular and is coupled to a surface. The surface has a finger side and a nail side and enwraps the end of a finger. The nail side is positioned upon the fingernail of the finger, and the finger side is positioned against the skin. A cavity protrudes out from an end of the surface and has a downward curvature. An elongated decorated fingernail is nested within the cavity. The cavity defines an enclosed space for the fingernail. The cavity and the nail side of the surface have a hard material to protect the fingernail within the fingernail sleeve device. The soft material facilitates the application of the fingernail sleeve device to the finger.

CROSS-REFERENCE TO RELATED APPLICATIONS

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THE NAMES OF THE PARTIES TO A JOINT RESEARCH AGREEMENT

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BACKGROUND OF THE INVENTION

(1) Field of the Invention

The disclosure relates to fingernail protective covers and more particularly pertains to a new fingernail protective cover for enwrapping both the finger and the elongated decorated fingernail.

The prior art relates to fingernail protective covers. The prior art includes a variety of fingernail protective covers designed to covering a variety of fingernail lengths. Furthermore, the prior art includes a variety of fingernail protective covers having a durable material to provide protection. Known prior art lacks a fingernail protective cover having an elastomeric material to enwrap the end of a finger and a cavity having a durable material designed to accommodate an elongated decorative nail.

BRIEF SUMMARY OF THE INVENTION

An embodiment of the disclosure meets the needs presented above by generally comprising an opening. The opening has a perimeter. The perimeter is configured for being a range of sizes for a finger of a user. A surface is coupled to the perimeter of the opening and protruding out therefrom. The surface has a nail side and a finger side. The nail side is configured for being positioned upon a finger nail. The surface is configured for enwrapping the end of the finger of the user. A cavity is positioned on an end of the surface. The cavity is an enclosed space. The enclosed space defines a space for the nail of a finger to be positioned within.

DETAILED DESCRIPTION OF THE INVENTION

With reference now to the drawings, and in particular toFIGS.1through6thereof, a new fingernail protective cover embodying the principles and concepts of an embodiment of the disclosure and generally designated by the reference numeral10will be described.

As best illustrated inFIGS.1through6, the fingernail sleeve device10generally comprises an opening12. The opening12is circular14and has a perimeter16. The perimeter16is configured for being a range of sizes for a finger30of a user32. The perimeter16has a tubular shape18. The opening12is a soft material20whereby the soft material20is an elastomeric material22such as microfiber. The soft material20is comfortable for the finger30of the user32. The soft material20is configured for facilitating the application of the fingernail sleeve device10.

A surface24is coupled to the perimeter16of the opening12and protrudes out therefrom. The surface24has an interior25that defines a space for the finger30of the user32to be inserted within. The surface24is configured for enwrapping the end15of the finger30of the user32to the first knuckle34of the finger30. The surface24has a nail side26and a finger side28. The nail side26and the finger side28are parallel to each other. The nail side26is configured for be positioned upon the fingernail38of the user32, thus the finger side28is positioned on the skin40of the finger30. The finger side28of the surface24has the soft material20, where the nail side26has a hard material42. The hard material42is a durable material such as a thermoset polymer. The hard material retains its shape continuously.

A cavity44is positioned on an end46of the surface24. The cavity44is coplanar with the nail side26, thus being parallel with the finger side28. The cavity44is an enclosed space48that defines a space for the fingernail38to be positioned within. The cavity44is made of the hard material42whereby providing protection to the fingernail38. The cavity44has a fingernail shape being configured for accommodating the shape of an elongated decorated fingernail36. The elongated decorated fingernail36has extends outward from the finger30and has a downward curvature. Furthermore, the elongated decorated fingernail36can comprise a variety of designs and elements such as a gem50. The purpose of the cavity44is for enclosing the elongated decorated fingernail36inserted within the enclosed space48of the cavity44.

In use, the finger30of the user32is inserted through the opening12into the interior25of the surface24. The finger side28of the surface24would be positioned against the skin40of the finger30, thus the nail side26of the surface24being positioned upon the fingernail38. The elongated decorated fingernail36of the finger30is nested within the enclosed space48of the cavity44. The hard surface42is configured to protect the elongated decorated fingernail36from the outside environment.