Synthetic Fiber Ball
A synthetic fiber ball and method of manufacturing the same is disclosed. The fiber ball includes a plurality of fibers having a predetermined length bound together with a fastening fiber at a central core. The fibers extend outwardly from the fastening fiber at the central core to form a generally spherical shaped ball. The fibers are heat shrunk in a spinning oven from a generally cylindrical shaped fiber bundle having a predetermined diameter to form the fiber ball. An illumination element is thereafter inserted into the fiber ball, for lighting the fiber ball when desired or upon impact.
1 . A synthetic fiber ball that mimics the look and feel of a snowball, comprising a fiber ball made from a cut fiber bundle made by bundling a plurality of individual fiber beads and binding said bundled fiber beads together with a fastening fiber at a central core and cutting said bundled fiber beads at a predetermined length from said fastening fiber so that said predetermined length of said bundled fiber beads on each side of said fastening fiber is approximately equal, so that said plurality of individual fiber beads extend outwardly and away from said fastening fiber at said central core to form a generally spherical shaped ball having a predetermined diameter after said cut fiber bundle is heated in a spinning oven at a predetermined temperature and for a predetermined duration, said ball further comprising an illumination element inserted within said ball.
2 . The fiber ball of claim 1 , wherein said predetermined temperature is in the range of about 40° C. to about 80° C., and said predetermined duration is in the range of about 2 minutes to about 4 minutes.
3 . The fiber ball of claim 2 , wherein said predetermined temperature is about 60° C.
4 . The fiber ball of claim 2 , wherein said predetermined duration is about 3 minutes.
5 . The fiber ball of claim 1 , wherein said illumination element comprises a light source functionally connected to a battery.
6 . The fiber ball of claim 5 , wherein said light source comprises an LED light.
7 . The fiber ball of claim 5 , wherein said illumination element further comprises an activation switch.
8 . The fiber ball of claim 7 , wherein said activation switch activates functions selected from the group consisting of manual on/off activation, impact activation or timer-delayed activation, and combinations thereof.
9 . The fiber ball of claim 8 , wherein said activation switch activates light source sub-functions selected from the group consisting of continuous illumination until manually deactivated, continuous illumination for a pre-set timer duration, continuous illumination until impact deactivation, flashing illumination until manually deactivated, flashing illumination for a pre-set timer duration, flashing illumination until impact deactivation, continuous illumination of the light source emitting a plurality of colors until manually deactivated, continuous illumination of the light source emitting a plurality of colors for a pre-set timer duration, continuous illumination of the light source emitting a plurality of colors until impact deactivation, flashing illumination of the light source emitting a plurality of colors until manually deactivated, flashing illumination of the light source emitting a plurality of colors for a pre-set timer duration, or flashing illumination of the light source emitting a plurality of colors until impact deactivation, and combinations thereof.
10 . The fiber ball of claim 1 , wherein said fiber ball feels like a snowball such that it emits tactile sensations to a user when the user manually compresses the fiber ball.
11 . The fiber ball of claim 1 , wherein said fiber ball looks and feels like a snowball such that its size and appearance resemble that of a snowball manually compressed by the user.
12 . The fiber ball of claim 1 , wherein said fiber ball is operable to compress upon impact and then recover to its original form after impact.
13 . A synthetic fiber ball that mimics the look and feel of a snowball, comprising a fiber ball made from a cut fiber bundle made by bundling a plurality of individual fiber beads formed by forcing fiber material through a spinneret and binding said bundled fiber beads together with a fastening fiber at a central core and cutting said bundled fiber beads at a predetermined length from said fastening fiber so that said predetermined length of said bundled fiber beads on each side of said fastening fiber is approximately equal, so that said plurality of individual fiber beads extend outwardly and away from said fastening fiber at said central core to form a generally spherical shaped ball having a predetermined diameter after said cut fiber bundle is heated in a spinning oven at a predetermined temperature and for a predetermined duration, said ball further comprising a battery powered illumination element inserted within said ball.
14 . The fiber ball of claim 13 , wherein said predetermined temperature is in the range of about 40° C. to about 80° C., and said predetermined duration is in the range of about 2 minutes to about 4 minutes.
15 . The fiber ball of claim 14 , wherein said predetermined temperature is about 60° C.
16 . The fiber ball of claim 14 , wherein said predetermined duration is about 3 minutes.
17 . The fiber ball of claim 13 , wherein said illumination element comprises a light source functionally connected to a battery.
18 . The fiber ball of claim 17 , wherein said light source comprises an LED light.
19 . The fiber ball of claim 17 , wherein said illumination element further comprises an activation switch.
20 . The fiber ball of claim 17 , wherein said activation switch activates functions selected from the group consisting of manual on/off activation, impact activation or timer-delayed activation, and combinations thereof.
21 . The fiber ball of claim 20 , wherein said activation switch activates light source sub-functions selected from the group consisting of continuous illumination until manually deactivated, continuous illumination for a pre-set timer duration, continuous illumination until impact deactivation, flashing illumination until manually deactivated, flashing illumination for a pre-set timer duration, flashing illumination until impact deactivation, continuous illumination of the light source emitting a plurality of colors until manually deactivated, continuous illumination of the light source emitting a plurality of colors for a pre-set timer duration, continuous illumination of the light source emitting a plurality of colors until impact deactivation, flashing illumination of the light source emitting a plurality of colors until manually deactivated, flashing illumination of the light source emitting a plurality of colors for a pre-set timer duration or flashing illumination of the light source emitting a plurality of colors until impact deactivation, and combinations thereof.