A recloseable lid for closing an open top of a cup terminating in an annular upper edge includes a cup mount defining an annular channel configured to receive the annular upper edge of the cup and a cap having an annular side wall extending upwardly from the cup mount and terminating in a top having an annular floor spaced above the cup mount. A drink opening is disposed in the top and a plug assembly having a drink opening plug is provided. The drink opening plug can be selectively moveable between a closed position in which the drink opening plug is received within the drink opening for closing the drink opening and an open position in which the drink opening plug is not disposed within the drink opening. The lid can also include a plug retainer disposed in the cap and configured to retain the drink opening plug in the open position.

The present invention provides a container lid. The container lid includes a lid main body. The lid main body includes a top wall, a first elastic side wall extending from the top wall, and a second elastic side wall extending from the top wall. The first elastic side wall and the second elastic side wall are encircled to form a sealing groove. The sealing groove is provided with a groove opening. The sealing groove is configured to press and seal a container opening. Through the above structure, the container opening can be sealed through the sealing groove. Specifically, the first elastic side wall presses and seals an inner side wall of the container opening, and the second elastic side wall presses and seals an outer side wall of the container opening.

A lid with a flexible inner seal portion for fitting onto containers having differently angled inner walls.

A lid consisting of fibrous material, in particular of fibrous material containing cellulose fibers, for at least partly covering an opening of a container is provided. The lid comprises a domed portion which is configured to at least partly cover the container opening and an attachment portion which externally surrounds the domed portion at least in portions. The lid attachment portion is configured to attach the lid to a counter attachment portion in the region of the opening of the container, preferably on an opening edge delimiting the container opening of the container. The lid can be formed at least in portions, preferably completely, from a uniform material with respect to its constituents, and the lid can have material characteristics which differ in different regions within a portion of a uniform material composition.

A container for food includes a tray and a lid. with the lid extending between first and second longitudinal ends. The lid has one or more sidewalls, as well as a top wall that is connected to the one or more sidewalls, with the top wall having an interior surface that faces an interior of the container. The top wall also includes an exterior surface that is disposed opposite the interior surface. The one or more sidewalls of the lid include an end wall that is located at the first longitudinal end of the lid, and the interior surface includes an end portion adjacent the end wall. The lid has at least one of a preformed raised portion on the exterior surface, or a deployable element for defining a raised portion on the exterior surface.

A drop lid-shaped formed lid to be fittably applied to a container having a flange section is formed with a flange, a fitting section extending downwardly from the flange, and an introducing section below the fitting section. The introducing section is composed of first and second tapered sections whose inner diameters each decrease downwardly. The taper angle of the second tapered section is larger than the taper angle of the first tapered section, and the second tapered section is formed in an arcuate shape smaller than a range in which the first tapered section is formed.

A combination bucket lid and seat permits a user to access contents of the bucket while the user is seated. The lid has a lip for engaging the bucket, and an opening configured to receive a hand of a user for removing the bucket contents. The opening may be selectively covered by a door that is attached to the lid. The door is movable between a closed position and an opened position. The door is configured to cover the opening of the lid in the closed position and uncover the opening of the lid in the open position. The door also may have a pad that allows the user to be comfortable while sitting. More specifically, the door may be attached to the lid by a hinge, or rotatable about an axis of rotation, to selectively cover and uncover the opening.

A low-profile dust collector assembly incorporates a low-profile cyclonic separator into a lid for a dust collection bucket. An outer lid ring can be formed of coffers that add strength to the lid and also reduce swirl in the air below the lid. The cyclonic separator has a shell rising from an inner circumference of the lid ring and has a horizontal inlet tube and central vertical outlet tube. A baffle for the separator includes a baffle plate fitted within the inner circumference and a turret of vertical members arranged with a top ring that fits onto the outlet tube. This compact arrangement has improved performance in airflow and dust separation. A spring clamp assists in fitting onto buckets over a range of diameters, and a pair of circumferential gaskets at right angles to one another form an air-tight seal.

A pulp-molded cup lid with a leakproof structure is introduced in accordance to the present invention. The leakproof structure is constructed jointly by both of an annular hook and a bulger of an annularly peaked saddle, and an upward-bent bottom of an annularly caved channel, all of which are located respectively at different standard position angles to jointly clamp an annular roll side of a cup body in a manner of making the annular roll side being tightly snapped-on, water-sealed and movement-restricted within a movement-restricting space of the annularly peaked saddle, thereby effectively preventing a fluid, stored within the cup body, from spillover, wherein the standard position angle where the bulger is located is an acute angle.