Abstract: A container ensemble for food packaging comprising a substantially planar lid member formed of a polymeric material which has a plurality of substantially planar lids which are integrally formed and separably joined to each other, each of the lids including a sealing channel around its perimeter and a skirt extending outwardly therefrom. The lid member is provided with tearable portions to facilitate separation. The other component of the ensemble is a cup member formed of a polymeric material defining a plurality of cups which are integrally formed and also separably joined to each other, the cups including a bottom, a sidewall, and a brim about an upper opening of each cup. Each cup has a skirt extending outwardly from its brim provided with tearable portions to facilitate separation.

Abstract: An improved lidded container includes a receptacle portion with a brim having a plurality of lateral substantially straight brim wall segments provided with medial sealing beads extending between corners of the brim. The medial sealing beads are characterized in that they project away from the respective walls upon which they are disposed a maximum distance at a central portion of the wall and the medial sealing beads extend over a major portion of the length of the lateral sealing wall upon which they are disposed. Most preferably, the beads are tangent with and terminate at rounded corners between the wall segments.

Abstract: The present invention relates generally to cup lids and, more particularly, to a thermoformed disposable cup lid with a drinking aperture and a closure panel displaceable along a generally radial direction between an open position wherein the aperture communicates with the interior of the lid and a closed position where the closure panel covers the aperture to reduce or substantially prevent spillage in use.

Abstract: A reclosable cup lid thermoformed from a polymeric material includes a domed member and a closure panel. The thermoformed domed member is provided with a sidewall and a top wall, the top wall having upper and lower surfaces and a drinking aperture at a periphery of the top wall. The top wall further defines a pair of engagement tracks depending from the lower surface of the top wall and also defines a post aperture disposed inwardly with respect to the drinking aperture. The closure panel has opposed engagement edges, an upper surface provided with a post projecting upwardly therefrom, and a drinking aperture sealing area. As assembled, the domed member and closure panel are configured such that the opposed engagement edges of the closure panel are slidingly mounted in the engagement tracks for generally radial displacement.

Abstract: A reclosable cup lid thermoformed from a polymeric material includes a domed member and an elongate closure panel. The thermoformed domed member is provided with a sidewall and a top wall, the top wall having upper and lower surfaces and a drinking aperture at a periphery of the top wall. The top wall further defines a pair of slide tracks depending from the lower surface of the top wall and also defines a post aperture disposed inwardly with respect to the drinking aperture. The elongate closure panel has opposed engagement edges, an upper surface provided with a post projecting upwardly therefrom, and a drinking aperture sealing area. As assembled, the domed member and elongate closure panel are configured such that the opposed engagement edges of the elongate closure panel are slidingly mounted in the slide tracks for generally radial displacement.

Abstract: A container ensemble for food packaging comprising a substantially planar lid member formed of a polymeric material which has a plurality of substantially planar lids which are integrally formed and separably joined to each other, each of the lids including a sealing channel around its perimeter and a skirt extending outwardly therefrom. The lid member is provided with tearable portions to facilitate separation. The other component of the ensemble is a cup member formed of a polymeric material defining a plurality of cups which are integrally formed and also separably joined to each other, the cups including a bottom, a sidewall, and a brim about an upper opening of each cup. Each cup has a skirt extending outwardly from its brim provided with tearable portions to facilitate separation.

Abstract: A cup dispenser is disclosed including a housing having an open end and a closed end defining a cup receiving cavity, a cup support reciprocally positioned within the cup receiving cavity for supporting at least one cup received in the cup receiving cavity and a spring for biasing the cup support towards the open end of the cup receiving cavity thereby projecting at least a portion of the cup from the housing. The cup dispenser further includes a guide for guiding the cup support within the housing with a guide including axially extending substantially diametrically opposed rails and a cup restraint for restraining outward movement of the cup within the cavity and a stop position adjacent the guide for stopping outward movement of the cup support. The stop includes at least one circumferentially extending contact surface which contacts a surface of the cup support in order to stop outward movement of the cup support.