The disclosure is directed to a container having a lid with an opener that facilitates separating the lid from the container to allow access to an interior of the container. The container may be a drink or beverage container.
As will become evident from the disclosure that follows, the lid opener 24 which may be integral with the body 32, makes it easier for the user to remove the lid 22 from the container 20, for instance, when refilling the beverage container or washing the beverage container. The exemplary container 20 with lid opener 24 eliminates issues with conventional beverage containers where the lid is often tightly press fit on the container and not easily removed, or the issue where the contents of the container is inadvertently spilled when the lid is pried off the container, which is especially problematic when the contents of the container is hot.
The body 32 of the lid 22 may have a top 40 and a bottom 42. The top 40 of the body may extend away from the container when the lid covers the opening of the container. The bottom 42 of the body may extend through the opening 28 into the interior 30 of the container 20 when the lid 22 covers the opening 28 of the container. The bottom of the body may also extend along and seal against an outer surface of the container as a cap with or without any portion of the body extending through the opening of the container. The bottom 42 may be irregularly shaped and need not be flat. Likewise, the top 40 may be irregularly shaped and need not be flat. As shown in the drawings, the top 40 of the body has a recess 44 and inclined surfaces in the recess. The aperture may be positioned at the end of the recess 44 at the bottom of the incline so as to have the furthest depth in the recess in the top 40 of the body. The aperture closure 38 may slide along the incline of the recess 44 or may pivot across the incline of the recess. As shown the drawings, the top 40 of the body and the recess 44 have multiple surfaces to accommodate the closure, the aperture and the lid opener 24 and provide a low, neat profile, as will be described.
The body 32 of the lid may also have a shoulder 52 intermediate of the top 40 and bottom 42 of the body that faces the rim 26 when the lid 22 is attached to the container 20 and the lid covers the opening 28. The shoulder 52 may extend around part of or the entirety of the outer periphery of the body 32. Alternatively, the shoulder may be located in a pocket of the body and face a portion of the rim. At least a portion of the shoulder 52 may define a plane that is parallel with at least a portion of the rim 26 of the container when the lid 22 is connected to the container 20. At least a portion of the rim 26 of the container may also define a plane that is parallel to at least a portion the shoulder 52 when the lid 22 is connected to the container 20. The lid opener 24 allows the shoulder 52 to be spaced from the rim 28 to allow the user to easily remove lid 22 from the opening 28 of the container.
The body 32 of the lid 22 may also have an arm 62 which forms part of the opener 24. The arm 62 may have a pivot connection 64 to the body 32 allowing the arm to move between a retracted position of the arm relative to the body and extended position of the arm relative to the body. As shown in the drawings, the pivot connection may comprise an axle pin extending through a hole in the arm and a corresponding journal in the recess 44 of the top 40 of the body 32. The arm may also be hingedly connected to the body, for instance, via a live hinge, allowing the arm to move between a retracted position of the arm relative to the body and extended position of the arm relative to the body. The arm may also be slidingly connected to the body allowing the arm to move between a retracted position of the arm relative to the body and extended position of the arm relative to the body. As will be explained in greater detail below, the arm 62 may be moved from the retracted position to the extended position to separate the lid 22 from the container 20. The arm 62 may have an actuator portion 66 and an extension 68. The pivot, hinge or connection of the arm to the body may be disposed between the extension and the actuator portion. The arm 62 may be arcuate with first and second ends 70, and each of the ends may have the extension 68 and the pivot connection 64 to the body with the actuator portion 66 intermediate the first and second ends. The arm 62 may also be bifurcated with first and second ends, and each of the ends may have the extension and the pivot connection to the body with the actuator portion intermediate the first and second ends. For the arcuate or bifurcated configurations of the arm 62, the pivot connection 64 may extend from each end 70 into the body 32. As shown in the drawings, the recess 44 of the top of the body has surfaces adjacent each end of the arm that have journals to receive an axle pin for each end 70 of the arm. The arm 62 may have one end with the extension and pivot connection to the body, and a corresponding single journal formed in the recess of the top of the body.
The extensions 68 and actuator portion 66 may be integral with or monolithically formed in the arm 62. The extension 68 may have a rounded shaped, for instance, a circular, oval, cam, tear drop shape. The extension 68 may also have a polygonal shape that may include rounded corners. The actuator portion 66 may be a tab projecting from the arm 62 or may be a portion of the arm, for instance, a distal portion of the arm. The arm 62 and actuator portion 66 may be shaped to approximate the shape of the body 32 so as to allow the arm and actuator portion to be at least partially nested within the recess 44 at the top of the body when the arm is in the retracted position. Preferably, a majority of the arm 62 is disposed within the recess 44 when the arm is in the retracted position relative to the body so that no more than a minority of the arm projects from the recess beyond the top 40 of the body. Even more preferably, a substantial portion of the arm 62 is disposed within the recess 44 when the arm is in the retracted position so that no more than an insubstantial portion of the arm projects from the recess beyond the top 40 of the body. Even more preferably, an entirety of the arm 62 is disposed within the recess 44 when the arm is in the retracted position so that no portion of the arm extends from the recess beyond the top 40 of the body. Likewise, preferably, a majority of the actuator portion 66 is disposed within the recess 44 when the arm 62 is in the retracted position relative to the body so that no more than a minority of the actuator portion 66 projects from the recess beyond the top of the body. Even more preferably, a substantial portion of the actuator portion 66 is disposed within the recess 44 when the arm 62 is in the retracted position so that no more than an insubstantial portion of the actuator portion projects from the recess beyond the top 40 of the body. Even more preferably, an entirety of the actuator portion 66 is disposed within the recess 44 when the arm 62 is in the retracted position so that no portion of the arm actuator extends from the recess beyond the top 40 of the body. As shown in the drawings, a cut-out 72 is provided in the top 40 of the body 32 to accommodate the actuator portion 66 of the arm 62 so that no portion of the arm or actuator portion extends from the recess 44 beyond the top of the body.
Making reference to
To allow the lid 22 to be connected to the container 20 at the opening 28, the reverse steps may be performed. The arm 62 may be pivoted from the extended position of
It should also be understood that when introducing elements of the present invention in the claims or in the above description of exemplary embodiments of the invention, the terms “comprising,” “including,” and “having” are intended to be open-ended and mean that there may be additional elements other than the listed elements. Additionally, the term “portion” should be construed as meaning some or all of the item or element that it qualifies. Moreover, use of identifiers such as first, second, and third should not be construed in a manner imposing any relative position or time sequence between limitations. Still further, the order in which the steps of any method claim that follows are presented should not be construed in a manner limiting the order in which such steps must be performed, unless such an order is inherent or explicit. Additionally, the terms “top”, “bottom”, “left” and “right” are used for ease of illustration with reference to the orientation and direction associated with the elements as shown in the drawings, and accordingly the elements should not be construed in any limiting sense.
While various embodiments have been described above, it should be understood that they have been presented by way of example only, and not limitation. Thus, the breadth and scope of a preferred embodiment should not be limited by any of the above-described exemplary embodiments.