A shoe lace securement system has a pair of shoe lace securing mechanisms. Each of the pair of shoe lace securing mechanisms has a container having a hollow interior storing unused portions of the shoe lace. A mechanism secures one end of the shoe lace to the container. A first connector is coupled to a bottom surface of the container attaching the container to the shoe.
1. A shoe lace securement system comprising:
a pair of shoe lace securing mechanisms, each of the pair of shoe lace securing mechanisms coupled to a same shoe, wherein each of the pair of shoe lace securing mechanisms comprises:
a container having a hollow interior storing unused portions of the shoe lace;
a mechanism securing one end of the shoe lace to the container;
a first connector coupled to a bottom surface of the container attaching the container to the shoe; and
a second connector attached to the shoe, the first connector attaching to the second connector securing the container to the shoe.
2. The shoe lace securement system of claim 1 , wherein each of the pair of shoe lace securing mechanisms comprises a slit formed in the container, wherein the unused portion of the shoe lace is inserted into the slit and into the hollow interior of the container for storage.
3. The shoe lace securement system of claim 1 , wherein each of the pair of shoe lace securing mechanisms comprises a lighting circuit housed within the container.
4. The shoe lace securement system of claim 1 , wherein the container comprises:
a flat bottom surface; and
an enclosure extending from an outer perimeter of the flat bottom surface forming the hollow interior.
5. The shoe lace securement system of claim 4 , wherein the enclosure is formed of a semi-pliable material.
6. The shoe lace securement system of claim 4 , wherein the enclosure is formed of a semi-pliable and translucent material.
7. The shoe lace securement system of claim 4 , wherein the mechanism securing one end of the shoe lace to the container comprises:
a first opening formed through the flat bottom surface; and
a second opening formed through the enclosure;
wherein one end of the shoe lace is inserted into the first opening into the hollow interior and out of the second opening to secure the shoe lace to the container.
8. The shoe lace securement system of claim 5 , comprising a lighting circuit stored within the hollow interior and having a push button activating and deactivating the lighting circuit, wherein pushing downward on the enclosure formed of a semi-pliable and translucent material a first time activates the lighting circuit and pushing downward on the enclosure formed of a semi-pliable and translucent material a second time deactivates the lighting circuit.
9. A shoe lace securement system comprising:
a pair of shoe lace securing mechanisms, each of the pair of shoe lace securing mechanisms attached to a same shoe, wherein each of the pair of shoe lace securing mechanisms comprises:
a container having a hollow interior storing unused portions of the shoe lace;
a slit formed in the container, wherein the unused portion of the shoe lace is inserted into the slit and into the hollow interior of the container for storage, the slit configured to secure the unused portion of the shoe lace in the hollow interior;
a mechanism securing one end of the shoe lace to the container;
a first connector coupled to a bottom surface of the container attaching the container to the shoe; and
a second connector attached to the shoe, the first connector attaching to the second connector securing the container to the shoe.
10. The shoe lace securement system of claim 9 , wherein each of the pair of shoe lace securing mechanisms comprises a lighting circuit housed within the hollow interior of the container.
11. The shoe lace securement system of claim 9 , wherein the container comprises:
a flat bottom surface; and
an enclosure extending from an outer perimeter of the flat bottom surface forming the hollow interior.
12. The shoe lace securement system of claim 11 , wherein the enclosure is formed of a semi-pliable material.
13. The shoe lace securement system of claim 11 , wherein the enclosure is formed of a semi-pliable and translucent material.
14. The shoe lace securement system of claim 11 , wherein the mechanism securing one end of the shoe lace to the container comprises:
a first opening formed through the flat bottom surface; and
a second opening formed through the enclosure;
wherein one end of the shoe lace may be inserted into the first opening into the hollow interior and out of the second opening to secure the shoe lace to the container.
15. The shoe lace securement system of claim 13 , comprising a lighting circuit housed within the hollow interior and having a push button activating and deactivating the lighting circuit, wherein pushing downward on the enclosure formed of a semi-pliable and translucent material a first time activates the lighting circuit and pushing downward on the enclosure formed of a semi-pliable and translucent material a second time deactivates the lighting circuit.
16. The shoe lace securement system of claim 12 , wherein pushing downward on the enclosure formed of a semi-pliable material opens the slit allowing the unused portion of the shoe lace to be removed from the hollow interior.
17. A shoe lace securement system comprising:
a pair of shoe lace securing mechanisms, each of the pair of shoe lace securing mechanisms coupled to a same shoe, wherein each of the pair of shoe lace securing mechanisms comprises:
a container having a hollow interior storing unused portions of the shoe lace, wherein the container comprises:
a flat bottom surface; and
an enclosure extending from an outer perimeter of the flat bottom surface forming the hollow interior;
a slit formed in the enclosure, wherein the unused portion of the shoe lace is inserted into the slit and into the hollow interior of the container for storage, the slit configured to secure the unused portion of the shoe lace in the hollow interior;
a mechanism securing one end of the shoe lace to the container, wherein the mechanism securing one end of the shoe lace to the container comprises:
a first opening formed through the flat bottom surface; and
a second opening formed through the enclosure;
wherein one end of the shoe lace may be inserted into the first opening into the hollow interior and out of the second opening to secure the shoe lace to the container;
a first connector coupled to the flat bottom surface attaching the container to the shoe; and
a second connector attached to the shoe, the first connector attaching to the second connector securing the container to the shoe.
18. The shoe lace securement system of claim 17 , wherein each of the pair of shoe lace securing mechanisms comprises a lighting circuit housed within the hollow interior of the container.
19. The shoe lace securement system of claim 18 , wherein the enclosure is formed of a semi-pliable and translucent material, the lighting circuit having a push button activating and deactivating the lighting circuit, wherein pushing downward on the enclosure formed of a semi-pliable and translucent material a first time activates the lighting circuit and pushing downward on the enclosure formed of a semi-pliable and translucent material a second time deactivates the lighting circuit.