Abstract: A lid for a container is provided generally comprising a main body and a door having a flip section pivotally connected to a push section, the push section pivotally connected to the main body. The main body includes a recess that defines a pivot wall. The flip section is positioned to engage the pivot wall and rotate relative to the push section in response to downward pressure on the push section. The floor of the recess includes a dispensing hole sized to dispense large items. Preferably, the dispensing hole is sized to accommodate a person's fingers while gasping an item. Additionally, the flip section of the door includes a sealing ring projecting from the underside of the door. The sealing ring is sized to engage the inner periphery of the dispensing hole to provide a seal to preserve organic or other perishable items.

Abstract: A lid for a container is provided generally comprising a main body and a door having a flip section pivotally connected to a push section, the push section pivotally connected to the main body. The main body includes a recess that defines a pivot wall. The flip section is positioned to engage the pivot wall and rotate relative to the push section in response to downward pressure on the push section. A detent mechanism is used to control opening the door in at least two stages. In the first stage, the detent mechanism substantially fixes the push section in a closed position, and in the second stage substantially fixes the push section in an open position. In one embodiment, the floor of the recess is sloped to increase container space and limit flexure of the push section of the door.

Abstract: A lid for a container is provided generally comprising a main body and a door having a flip section pivotally connected to a push section, the push section pivotally connected to the main body. The main body includes a recess that defines a pivot wall. The flip section is positioned to engage the pivot wall and rotate relative to the push section in response to downward pressure on the push section. A detent mechanism is used to control opening the door in at least two stages. In the first stage, the detent mechanism substantially fixes the push section in a closed position, and in the second stage substantially fixes the push section in an open position. In one embodiment, the floor of the recess is sloped to increase container space and limit flexure of the push section of the door.

Abstract: A unitary hinged connector connects a metal container lid and a metal container bottom to form a hinged container. The metal lid and bottom have matching formed edges which may be identical in shape or interfitting. The hinged connector is formed of molded thermoplastic and includes a ring member, a swingable partial segment, and an integrally formed hinge joining the ring member and the partial segment. The ring member, which is substantially continuous about the periphery, is normally attached to the formed edge of the container bottom, and has an upper seat for engaging less than all sides of the formed edge of the lid when the container is closed, leaving a hinge side of the formed edge free. The swingable partial segment securely grips at least the hinge side of the formed edge of the lid. The hinge is positioned to close the container in a normal condition and allow the container lid to pivot about the hinge to open the container.