Tooling pod for double action can end press
A double action press for forming a beverage can lid has a longitudinal axis, an inner tooling, and an outer tooling. The inner tooling is positioned about the longitudinal axis and has a downwardly extending stem. The stem has an upper segment having a free end and a separate lower segment having a proximal end. The proximal end is in communication with, but is not joined to, the lower free end of the upper segment. An opposing distal end is joined to a punch core. The outer tooling is positioned about the longitudinal axis and has a passageway through which a portion of the stem passes, a chamber in which the proximal end of the lower segment of the stem resides and traverses upwardly and downwardly therein, a biasing means within the chamber for biasing the lower segment of the stem in an upward position, and a circumferential tooling assembly.
1. An apparatus for forming a beverage can lid, the apparatus comprising:
a longitudinal axis; and
an upper tooling assembly separated from a lower tooling assembly such that a metal blank may be deformed therebetween, the upper tooling assembly comprising:
an inner tooling assembly positioned about the longitudinal axis comprising a downwardly extending stem comprising an upper segment having a lower free end and a separate lower segment having a proximal end in operative communication with, but not joined to, the lower free end of the upper segment and an opposing distal end joined to a punch core tool; and
an outer tooling assembly positioned about the longitudinal axis and having a passageway through which a portion of the stem passes, a chamber in which the proximal end of the lower segment of the stem resides and traverses upwardly and downwardly therein, a biasing means associated with the chamber for biasing the lower segment of the stem in an upward position, and a circumferential tooling set comprising a tool having an annular contacting surface and a void defined by an elongated circumferential sidewall, another tool located radially inwardly of the annular contacting surface of the tool and within the void defined by the inner surface of the elongated circumferential sidewall of the tool.
2. The apparatus of claim 1 wherein the chamber has a cross-sectional area greater than a cross-sectional area of the passageway located directly below the chamber.
3. The apparatus of claim 2 further comprising:
an inner tooling assembly drive mechanism in operative communication with the inner tooling assembly for imparting a downward force to thereto.
4. The apparatus of claim 3 wherein the lower segment of the stem and the punch core tool form a removable tooling pod with the circumferential tooling set of the outer tooling assembly and wherein the tooling pod is removable from the apparatus as a single unit.