Lidded container

Abstract

A moist product dispenser (10) comprising a lid (12) coupled with a container (14) is disclosed. The lid (12) comprises a circumferential seal slidably received on the container sidewall (18) for preventing moisture loss from the container interior. The seal generally comprises a circumferential ridge (20) having top and bottom faces (24, 26) and is configured for nonthreaded engagement with the container sidewall (18).

Description

BACKGROUND OF INVENTION [0001] 1. Field of the Invention [0002] The present invention is generally directed toward an improved lidded container particularly suited for storing and dispensing a moist product such as a moist cleaning wipes. The dispenser lid comprises an improved seal to prevent moisture loss from inside the container. [0003] 2. Description of the Prior Art [0004] Premoistened cleaning wipes have become increasingly popular because of the convenience they provide. Such wipes generally comprise a web material (natural or synthetic fibers) moistened with a quantity of cleaning fluid suitable for a particular purpose. Oftentimes, this cleaning fluid comprises a relatively volatile chemical, like alcohol, which tends to evaporate when left exposed to the atmosphere. The wipes are generally provided in a resealable, plastic container with the container also serving to assist in dispensing the wipes in a selective manner. An exemplary wipe dispenser is depicted in U.S. Pat....

AI Technical Summary

Benefits of technology

[0007] The present invention overcomes the foregoing problems and provides a moist product dispenser comprising a specially adapted seal for preventing moisture loss from the container interior.

[0009] In another aspect of the invention, the moist product dispenser comprises a container having an interior for storing the moist product and presenting a circumferential container sidewall. The dispenser further comprises a lid coupled with the container, the lid presenting a circumferential lid sidewall having an interior surface. The lid further presents a top wall and includes a dispensing port formed in the top wall which communicates with the container interior. The lid comprises a hinged flap moveable between a closed position wherein the flap is in covering relationship to the port and an open position whereby the port is uncovered. The lid further comprises a flexible ridge protruding inwardly from the lid sidewall interior surface and is in nonthreaded engagement with the container sidewall and provides a seal between the container and the lid for preventing moisture loss from the container interior.

[0010] As noted above, in one aspect of the invention, the flexible ridge presents top and bottom faces which obliquely and substantially co-directionally slope away from the lid sidewall interior surface. Preferably, the top and bottom faces slope in a generally downward direction away from the lid sidewall interior surface and lie in converging planes. However, it is within the scope of the present invention for each face to lie in spaced but parallel planes that obliquely slope away from the lid sidewall interior surface. It is also preferred for the inner diameter of the flexible ridge to be less than the outer diameter of the container sidewall proximate the container orifice. Furthermore, the bottom face and lid sidewall interior surface cooperatively define a circumferential channel which allows for flexing of the ridge when slidably engaged with the container sidewall. This particular arrangement allows the ridge to accommodate and provide an effective seal with containers manufactured according to relatively unexacting tolerances.

[0014] Preferably, the container sidewall comprises a beveled section proximate the container top orifice. The beveled section presents a downwardly divergent slope away from the top orifice and helps to facilitate coupling of the lid and the container. The beveled section also assists in maintaining the orientation of the flexible ridge during the coupling process so that an effective seal between the lid and container is formed.

Problems solved by technology

Conventional wipe dispensing containers are not particularly suited for extended storage of the moist product in that moisture tends to escape from the container interior causing the product to dry out.

Not only does this present an inconvenience to the consumer, but also results in increased expense in that the dried-out product is no longer suitable for the purpose for which it was intended and must be discarded.

Furthermore, such a moisture loss prevention system should not substantially increase the manufacturing costs of the dispenser and should be able to operate effectively with dispensers manufactured according to varying tolerances.

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