A film type wet tissue tube, comprising a wet tissue cover and a wet tissue bag. The wet tissue bag is made of plastic film and hermetically connected below the wet tissue cover in a replaceable manner. By replacing existing injection molding tubes with the wet tissue bag made of plastic film, wet tissue bags of different types can be connected and replaced with the same wet tissue cover as a bag mouth of the wet tissue bag can be adjusted at the time of connection according to the size of the wet tissue cover. This meets the needs of users to change wet tissue bags at any time. This is both environmentally friendly and economical. The plastic film has low cost and thus lowers costs of raw materials and costs in the wet tissue manufacturing process, making the product more competitive in the market.

Disclosed is a vapor-tight container comprising a container body having a first extension formed to extend outwards along a rim of a sidewall thereof and a locking protrusion bent downwards from an end of the first extension, and a container lid configured to cover an upper portion of the container body so that the inside of the container body is sealed.

Storage containers and lids for such containers are provided. The lid has a first lid face and a second lid face. The second lid face has a rim configured to attach the lid to a storage bin. On the first lid face and extending to the second lid face is a plurality of apertures to provide airflow through the lid. A seal material extends from the second lid face that is configured to make the airflow path selectively sealable at a continuous wall and closed surface of a corresponding storage bin.

Methods, systems, and apparatus, including food waste removal system employed to eliminate food waste from trash for food permitted establishment. In one aspect, a method for evacuating food waste from a food permitted establishment includes providing a sealable container, the sealable container comprising a vessel and a lid, the vessel comprising a base portion and a vertical sidewall forming a closed bottom, an inner surface, and an open top, the inner surface having been exposed to a chemical to form a coating resistant to molecule permeation, the lid configured to form a seal preventing oxygen from entering, distributing the sealable container within the food permitted establishment, filling the vessel with the food waste, sealing the vessel with the lid to form the seal, placing the sealable container on a delivery vehicle, and removing the sealable container filled with food wastes from the food permitted establishment with the delivery vehicle.

A drinking cup lid, comprising: a center cover portion; a rib ring formed at the external circumferential edge of the center cover portion, the rib ring having a drinking recess, the external edge of the drinking recess being open while an insertion opening is disposed at the internal edge thereof, the bottom surface of the drinking recess being provided with a drinking opening; a vent hole formed in the center cover portion or in the rib ring; a snap ring portion formed at the external circumferential edge of the rib ring for a snap fit to the drinking cup; and a plug connected by a flexible strip in a hanging way to the external circumferential edge of the snap ring portion, the plug having a plug portion, a hand-held portion and an insert portion. Before use, the insert portion of the plug is fitted first into the insertion opening. Thereafter, the plug portion is fitted to the drinking opening. In this way, the laborious plug-and-pull problem of the conventional splash proof plug is resolved. As a result, the splash proof plug according to the invention can achieve an effort-saving plug-and-pull effect.

A lid for covering the open end of a beverage container (e.g. a container of coffee) having: an annular base adapted to detachably and sealably engage with the circumference of a drinking edge of a container; an elevated portion projecting upwardly from the annular base; and a spout; the lid arranged and formed such that when in use with a container containing liquid and wherein the lid is securely fitted to the container a user is able to move the spout between a closed configuration which closes the open end of a container such that liquid is substantially prevented from escaping from the container and a drinking configuration which allows a user to drink the liquid contained within the container and also wherein in use the lid is adapted such that a user can squeeze the container or the elevated portion which results in the spout moving from a closed configuration to a drinking configuration.

A multifunction drinking assembly includes a primary container having a bottom wall and a continuous upstanding side wall, the side wall defining an open top and defining an interior area. An inner surface of the side wall includes a threaded section displaced from the upper rim and includes an upper ledge. The side wall has a lower ledge upwardly displaced from the bottom wall. A primary lid includes an upper portion having a rim and a top wall extending across the continuous rim, the primary lid having outer threads removably coupled to the threaded section of the side wall. The multifunction drinking assembly includes a coozie lid for securing either a can or bottle, a shaker lid for making mixed drinks, and an infuser assembly and steeper basket for holding loose leaf teas and fruit.

Collapsible indoor and outdoor containers having a collapsible wall section with shape-retaining characteristics are disclosed. In particular, collapsible coolers, fish bins, and wheeled vertical bins are provided. The collapsible wall section may include foldable tiers of a flexible material, each tier having at least one stable, relatively expanded position and at least one stable, relatively collapsed position; and an intervening, non-folding tier composed of a different, relatively stiff or rigid material. The coolers, fish bins, and wheeled vertical bins are each advantageously provided with a collapsible insert container that nests within and collapses together with a shell of the respective container, the respective wall folds of the shell and insert meshing together to result in a combined collapsed vertical dimension as small or nearly as small as that of the collapsed shell alone.

A lid for a drinking cup enables drinking while inhibiting splashing and spilling. The lid features a drinking spout having an outer wall, an inner wall and a top wall. A dispensing well formed in the spout includes a bottom wall, two end walls, and at least two opposed sidewall openings. Nearly all vertical beverage splashes impinge upon the underside of the bottom wall, while the opposed openings allow splashes entering the dispensing well to be drained through the opposite opening. A plurality of vent holes can be provided to allow air to enter the cup as beverage is consumed. Vent holes near the dispensing well can be blocked during drinking, when the cup is full and the beverage is hot, but unblocked as the beverage cools and is consumed. Interior baffle walls around the dispensing well can inhibit swirling or laterally-splashing beverage from entering the dispensing well.

The present disclosure provides a lid that has a design that is configured to enable drinking from any point along the perimeter of the lid while at the same time preventing liquid to escape from the lid when a user is not drinking (i.e., spill proof). The lid has a plurality of slits around at least a portion of the lid.