Golf ball cores with dual parting lines made from a three plate mold
View Patent ↗An improvement in the manufacture of golf ball cores utilizing a three plate mold to form the cores therein providing the cores with dual parting lines. The apparatus comprises top, center and bottom plates, each having at least one mold insert. Each insert having a cavity therein. The three cavities collectively forming a spherical shape for molding a golf ball core. Upon the cores being formed, the center plate holding the cores, is lifted and rotated to a juxtaposed position against a stripping plate, whereby the cores are mechanically separated from both the mold and overflow flashing. The dual parting lines of different distances from their respective polar ends.
1. A golf ball core comprising of a substantially spherical component having:
at least a first parting line and a second parting line:
the first parting line being spaced from a first pole of the spherical component by a first distance; and
the second parting line being spaced from an opposite pole by a second distance, which is less than the first distance.
2. A golf ball core comprising of a substantially spherical component having:
at least a first parting line and a second parting line:
the first parting line being spaced from a first pole of the spherical component by a first distance; and
the second parting line being spaced from an opposite pole by a second distance, which is less than the first distance,
wherein the core comprises a diameter, the first distance being between about 30 to 49 percent of the length of the diameter.
3. A golf ball core comprising of a substantially spherical component having:
at least a first parting line and a second parting line:
the first parting line being spaced from a first pole of the spherical component by a first distance; and
the second parting line being spaced from an opposite pole by a second distance, which Is less than the first distance.
wherein the core comprises a diameter, the second distance being between about 3 to 20 percent of the length of the diameter.