Earpiece-foam sizing apparatus and method

1. A system for shaping at least a foam portion of an earpiece, the system comprising:

a sizer configured to receive at least the foam portion of the earpiece such that at least the foam portion of the earpiece is reduced in size before being placed into an ear of a user, wherein the sizer includes:

a hollow structure having an open first end and a second end, wherein the first end has a first cross-sectional area, wherein the second end has a second cross-sectional area, and wherein the first cross-sectional area is larger than the second cross-sectional area, and

a center post that extends from the second end of the hollow structure toward the open first end of the hollow structure, wherein the center post is configured to keep the at least foam portion of the earpiece centered in the hollow structure; and

a container configured to store the earpiece, wherein the container includes:

a bottom portion that includes a hollow interior and an exterior, wherein the sizer is formed as part of the bottom portion, and wherein the open first end of the sizer opens to the exterior of the bottom portion, and|

a cap configured to removably couple to the bottom portion such that the container has a closed position where the hollow interior of the bottom portion is covered by the cap and an open position where the hollow interior of the bottom portion is uncovered,

wherein the sizer further includes a plurality of ridges located along an interior surface of the hollow structure, wherein the plurality of ridges is configured to hold the at least foam portion of the earpiece in place while the at least foam portion is inserted into the sizer.

2. The system of claim 1 , wherein the open first end of the hollow structure has cross-section that includes a circular portion and a non-circular portion, wherein the non-circular portion of the cross-section is configured to prevent slipping of the at least foam portion of the earpiece while the at least foam portion is inserted into the sizer.

3. The system of claim 1 , wherein the sizer further includes a handle that extends from the second end of the hollow structure on a side of the second end opposite the open first end, and wherein the handle is configured to provide a grip for the user to hold the sizer as a stand-alone device.

4. The system of claim 1 , wherein the container further includes a connector coupled to the bottom portion and the cap such that the cap stays connected to the bottom portion when the container is in the open position.

5. A system for shaping at least a foam portion of an earpiece, the system comprising:

a sizer configured to receive at least the foam portion of the earpiece such that at least the foam portion of the earpiece is reduced in size before being placed into an ear of a user, wherein the sizer includes:

a hollow structure having an open first end and a second end, wherein the first end has a first cross-sectional area, wherein the second end has a second cross-sectional area, and wherein the first cross-sectional area is larger than the second cross-sectional area, and

a plurality of ridges located along an interior surface of the hollow structure, wherein the plurality of ridges is configured to keep the at least foam portion of the earpiece from slipping while the at least foam portion is inserted into the sizer.

6. The system of claim 5 , further comprising:

a container configured to store the earpiece, wherein the container includes:

a bottom portion that includes a hollow interior and an exterior, wherein the sizer is formed as part of the bottom portion,

a cap configured to removably couple to the bottom portion such that the container has a closed position where the hollow interior of the bottom portion is covered by the cap and an open position where the hollow interior of the bottom portion is uncovered, and

a connector coupled to the bottom portion and the cap such that the cap stays connected to the bottom portion when the container is in the open position.

7. The system of claim 5 , wherein the sizer further includes a handle that extends from the second end of the hollow structure on a side of the second end opposite the open first end, and wherein the handle is configured to provide a grip for the user to hold the sizer as a stand-alone device.

8. The system of claim 5 , wherein the open first end of the hollow structure has cross-section that includes a circular portion and a non-circular portion, wherein the non-circular portion of the cross-section is configured to prevent slipping of the at least foam portion of the earpiece while the at least foam portion is inserted into the sizer.

9. The system of claim 4 , wherein the sizer further includes a center post that extends from the second end of the hollow structure toward the open first end of the hollow structure, wherein the center post is configured to keep the at least foam portion of the earpiece centered in the hollow structure.

10. The system of claim 5 , further comprising:

a container configured to store the earpiece, wherein the container includes:

a bottom portion that includes a hollow interior and an exterior, wherein the sizer is coupled to the exterior of the bottom portion via a tether, and

a cap configured to removably couple to the bottom portion such that the container has a closed position where the hollow interior of the bottom portion is covered by the cap and an open position where the hollow interior of the bottom portion is uncovered.

11. The system of claim 5 , further comprising:

a container configured to store the earpiece, wherein the container includes:

a bottom portion that includes a hollow interior and an exterior, wherein the sizer is formed as part of the bottom portion, and wherein the open first end of the sizer opens to the hollow interior of the bottom portion, and

a cap configured to removably couple to the bottom portion such that the container has a closed position where the hollow interior of the bottom portion is covered by the cap and an open position where the hollow interior of the bottom portion is uncovered.

12. The system of claim 5 , further comprising:

a container configured to store the earpiece, wherein the container includes:

a bottom portion that includes a hollow interior and an exterior, wherein the sizer is formed as part of the bottom portion, and wherein the open first end of the sizer opens to the exterior of the bottom portion, and

a cap configured to removably couple to the bottom portion such that the container has a closed position where the hollow interior of the bottom portion is covered by the cap and an open position where the hollow interior of the bottom portion is uncovered.

13. The system of claim 5 , further comprising:

a container configured to store the earpiece, wherein the container includes:

a bottom portion that includes a hollow interior and an exterior, wherein the sizer is formed as part of the bottom portion, and wherein the open first end of the sizer opens to the exterior of the bottom portion, and

a cap configured to removably couple to the bottom portion such that the container has a closed position where the hollow interior of the bottom portion is covered by the cap and an open position where the hollow interior of the bottom portion is uncovered,

wherein the sizer further includes:

a cleaning tool coupled to the second end of the hollow structure on a side of the second end opposite the open first end such that the cleaning tool is accessible from the hollow interior of the bottom portion of the container, and wherein the cleaning tool is configured to remove undesired material off of the earpiece.

14. A method of making a system for shaping at least a foam portion of an earpiece, the method comprising:

forming a sizer configured to receive at least the foam portion of the earpiece such that at least the foam portion of the earpiece is reduced in size before being placed into an ear of a user, wherein the forming of the sizer includes:

creating a hollow structure having an open first end and a second end, wherein the first end has a first cross-sectional area, wherein the second end has a second cross-sectional area, and wherein the first cross-sectional area is larger than the second cross-sectional area;

forming a plurality of ridges located along an interior surface of the hollow structure, wherein the plurality of ridges is configured to hold the at least foam portion of the earpiece in place while the at least foam portion is inserted into the sizer; and

forming a container configured to store the earpiece, wherein the forming of the container includes:

creating a bottom portion of the container, wherein the bottom portion includes a hollow interior and an exterior, wherein the creating of the bottom portion includes the forming of the sizer such that the sizer is part of the bottom portion, wherein the open first end of the sizer opens to the hollow interior of the bottom portion, and

creating a cap configured to removably couple to the bottom portion such that the container has a closed position where the hollow interior of the bottom portion is covered by the cap and an open position where the hollow interior of the bottom portion is uncovered.

15. The method of claim 14 , wherein the forming of the sizer further includes:

generating a center post that extends from the second end of the hollow structure toward the open first end of the hollow structure, wherein the center post is configured to keep the at least foam portion of the earpiece centered in the hollow structure, and

generating a cleaning tool that extends from a side of the second end opposite the open first end, and wherein the cleaning tool is configured to remove undesired material off of the earpiece.

16. The method of claim 14 , wherein the forming of the sizer further includes forming a handle that extends from the second end of the hollow structure on a side of the second end opposite the open first end, wherein the handle is configured to provide a grip for the user to hold the sizer as a stand-alone device.

17. The method of claim 14 , wherein the open first end of the hollow structure has cross-section that includes a circular portion and a non-circular portion, wherein the non-circular portion of the cross-section is configured to prevent slipping of the at least foam portion of the earpiece while the at least foam portion is inserted into the sizer.

18. The method of claim 14 , wherein the forming of the container further includes creating a connector coupled to the bottom portion and the cap such that the cap stays connected to the bottom portion when the container is in the open position.

19. The method of claim 14 , wherein the forming of the sizer further includes:

forming a center post that extends from the second end of the hollow structure toward the open first end of the hollow structure, wherein the center post is configured to keep the at least foam portion of the earpiece centered in the hollow structure.

20. The method of claim 14 , wherein the forming of the sizer further includes:

forming a cleaning tool that extends from a side of the second end opposite the open first end, wherein the cleaning tool is configured to remove undesired material off of the earpiece.