Non-adhesive false eyelash system and method
A false eyelash system comprised of upper and lower eyelash assemblies, each including a magnetic and/or metallic element, the assemblies are frictionally secured through magnetic attraction to the wearer's natural eyelash which is sandwiched therebetween.
1. A false eyelash system comprising:
a first and second artificial eyelash assembly, the first artificial eyelash assembly configured to be positioned on top of a wearer's upper eyelash and the second artificial eyelash assembly configured to be positioned under a wearer's upper eyelash;
each of the first and second artificial eyelash assemblies including: a substrate strip having a top surface and an opposing bottom surface defining a length of the substrate strip, two opposing distal ends, and a central region located between the distal ends;
artificial eyelash hairs attached to each of the first and second artificial eyelash assembly substrate strips;
three rectangular plate magnets attached at first spaced apart locations along the central region of the bottom surface of the substrate strip of the first artificial eyelash assembly;
three rectangular plate magnets attached at second spaced apart locations along the central region of the top surface of the substrate strip of the second artificial eyelash assembly, where the first and second spaced apart locations are at corresponding locations on each substrate strip such that when the opposing distal ends of the first and second substrate strips are aligned and in contact, the three rectangular plate magnets of each strip overlap and engage in magnetic attraction; and,
whereby placement of the first artificial eyelash assembly above the wearer's upper eyelash, adjacent the upper eyelid edge and placement of the second artificial eyelash assembly below the wearer's upper eyelash, adjacent the eyelid edge, allows engagement of the magnets of the first and second artificial eyelash assemblies so that the first and second eyelash assemblies are magnetically secured to the wearer's natural upper eyelash.
2. A false eyelash system comprising:
a first and second artificial eyelash assembly, the first artificial eyelash assembly configured to be positioned on top of a wearer's upper eyelash and the second artificial eyelash assembly configured to be positioned under a wearer's upper eyelash;
each of the first and second artificial eyelash assemblies including: a substrate strip having a top surface and an opposing bottom surface defining a length of the substrate strip, two opposing distal ends, and a central region located between the distal ends
artificial eyelash hairs attached to each of the first and second artificial eyelash assembly substrate strips;
a plurality of magnetic elements attached at first spaced apart locations along the central region of the bottom surface of the substrate strip of the first artificial eyelash assembly;
a plurality of magnetic elements attached at second spaced apart locations along the central region of the top surface of the substrate strip of the second artificial eyelash assembly, where the first and second spaced apart locations are at corresponding locations on each substrate strip such that when the opposing distal ends of the first and second substrate strips are aligned and in contact, the three rectangular plate magnets of each strip overlap and engage in magnetic attraction; and,
whereby placement of the first artificial eyelash assembly above the wearer's upper eyelash, adjacent the upper eyelid edge and placement of the second artificial eyelash assembly below the wearer's upper eyelash, adjacent the eyelid edge, allows engagement of the magnets of the first and second artificial eyelash assemblies so that the first and second eyelash assemblies are magnetically secured to the wearer's natural upper eyelash.
3. The false eyelash system of claim 2 wherein the magnetic elements are plates.
4. The false eyelash system of claim 2 wherein the magnetic elements are rectangular.
5. The false eyelash system of claim 2 where the magnetic elements are rectangular plates.
6. A process of applying false eyelashes to natural eyelashes of a wearer comprising:
providing a first and second artificial eyelash assembly,
the first artificial eyelash assembly configured to be positioned on top of a wearer's upper eyelash and the second artificial eyelash assembly configured to be positioned on bottom of a wearer's upper eyelash;
each of the first and second artificial eyelash assemblies including:
a substrate strip having a top surface and an opposing bottom surface defining a length of the substrate strip, two opposing distal ends and a central region located between the distal ends;
artificial eyelash hairs attached to each of the first and second artificial eyelash assembly substrate strips;
three rectangular plate magnets attached at first spaced apart locations along the central region of the bottom surface of the substrate strip of the first artificial eyelash assembly;
three rectangular plate magnets attached at second spaced apart locations along the central region of the top surface of the substrate strip of the second artificial eyelash assembly where the first and second spaced apart locations are at corresponding locations on each substrate strip such that when the opposing distal ends of the first and second substrate strips are aligned and in contact, the three rectangular plate magnets of each strip overlap and engage in magnetic attraction; and,
placing the first artificial eyelash assembly adjacent to and on a top edge of one of the wearer's natural eyelash;
placing the second artificial eyelash assembly adjacent to and under the same one eyelash; and,
magnetically engaging and securing the wearer's same one natural eyelash between the first and second eyelash assemblies.
7. A process of applying false eyelashes to natural eyelashes of a wearer comprising:
providing a first and second artificial eyelash assembly,
the first artificial eyelash assembly configured to be positioned on top of a wearer's upper eyelash and the second artificial eyelash assembly configured to be positioned on bottom of a wearer's upper eyelash;
each of the first and second artificial eyelash assemblies including:
a substrate strip having a top surface and an opposing bottom surface defining a length of the substrate strip, two opposing distal ends and a central region located between the distal ends;
artificial eyelash hairs attached to each of the first and second artificial eyelash assembly substrate strips;
a plurality of magnetic elements attached at first spaced apart locations along the central region of the bottom surface of the substrate strip of the first artificial eyelash assembly;
a plurality of magnetic elements attached at second spaced apart locations along the central region of the top surface of the substrate strip of the second artificial eyelash assembly where the first and second spaced apart locations are at corresponding locations on each substrate strip such that when the opposing distal ends of the first and second substrate strips are aligned and in contact, the plurality of magnetic elements of each strip overlap and engage in magnetic attraction; and,
placing the first artificial eyelash assembly adjacent to and on top of the wearer's natural eyelash;
placing the second artificial eyelash assembly adjacent to and under the wearer's natural upper eyelash; and,
magnetically engaging and securing the wearer's natural upper eyelash between the first artificial eyelash assembly and the second artificial eyelash assembly.
8. The process of claim 7 wherein the magnetic elements are plates.
9. The process of claim 7 wherein the magnetic elements are rectangular.
10. The process of claim 7 where the magnetic elements are rectangular plates.