| 摘要 |
A composite toroid forming cup (63) for an automated toroid-forming apparatu s has a molded plastic upper closure (64a, 64b) and a bottom reinforced cup section (74). The upper closure has a hinge pin (66a, 66b) and an upper non- stick partial toroid forming surface (79a, 79b). The bottom reinforced cup section (74) has a substantially rigid reinforcing subframe (82) and a plast ic outer body portion (76) that may be molded about the subframe (82). The bott om reinforced cup section (74) has a bottom non-stick, partial toroid-forming surface (78). A method of making a composite dough toroid forming cup has several steps. A flat reinforcing plate (120) is perforated with a plurality of apertures (122), and studs (128a, 128b) are spot-welded in a spaced relation onto the reinforcing plate. The reinforcing plate (120) is position ed on a forming die (160) and is formed thereon. The formed reinforcing plate (140) is positioned in a mold (182), and plastic is molded about the formed reinforcing plate (140) to form a reinforced bottom cup section (226). Plast ic closures (218a, 218b) are formed in a closure mold (192), and are hingedly mounted on the reinforced buttom cup section (226) to make a full dough forming cup (252). A shape-retaining core (240, 241) is provided within the cup which is maintained tightly fitted about the core by cup holder assembly (238). The cup is immersed in chilled water for cooling pressure.
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