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A closure, for rotatably coupling with a container to cover an opening of the container, includes a lid and a lever. The lid includes a primary panel defining a top surface, a skirt configured to couple with the container, and a stop positioned adjacent the top surface of the primary panel. The lid

A closure, for rotatably coupling with a container to cover an opening of the container, includes a lid and a lever. The lid includes a primary panel defining a top surface, a skirt configured to couple with the container, and a stop positioned adjacent the top surface of the primary panel. The lid defines an outermost perimeter, and a footprint of the lid is defined within the outermost perimeter. The lever is rotably coupled with the lid to rotate relative to the lid between a use position and a storage position. When the lever is in the storage position, the lever is maintained substantially within the footprint of the lid. When the lever is in the use position, the lever extends outwardly beyond the outermost perimeter of the lid contacting the stop of the lid such that force applied to lever is transferred to the lid via the stop.

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1. A closure for rotatably coupling with a container to cover an opening of the container, the closure comprising: a lid including: a primary panel defining a top surface,a skirt extending away from the primary panel and being configured to couple with the container, anda stop positioned adjacent th

1. A closure for rotatably coupling with a container to cover an opening of the container, the closure comprising: a lid including: a primary panel defining a top surface,a skirt extending away from the primary panel and being configured to couple with the container, anda stop positioned adjacent the top surface of the primary panel,wherein the lid defines an outermost perimeter, the primary panel is continuous within the outermost perimeter to fully cover the opening of the container when the lid is coupled to the container, and a footprint of the lid is defined within the outermost perimeter of the lid; anda lever rotably coupled with the lid such that the lever rotates relative to the lid between a use position and a storage position;wherein: the lid includes a coupling pin extending upwardly from the primary panel,the lever includes an aperture therethrough,the lever is rotatably coupled to the lid by receiving the coupling pin through the aperture such that the lever rotates about the coupling pin between the use position and the storage position,when the lever is in the storage position, the lever is maintained substantially within the footprint of the lid, andwhen the lever is in the use position, the lever extends outwardly beyond the outermost perimeter of the lid contacting the stop of the lid such that force applied to lever to remove the lid from the container is transferred to the lid via the stop. 2. The closure of claim 1, wherein the force applied to the lever is applied outside the footprint of the lid in a manner providing a greater torque to the lid relative to the container via the stop than a torque created by an equal force applied directly to the lid to more easily rotate the lid to disengage the container. 3. The closure of claim 2, wherein the greater torque is greater than the torque resulting from the equal force applied directly to the lid by a factor of at least about 1.2. 4. The closure of claim 2, wherein the lever extends away from a center axis of the lid a first distance that is at least about 1.2 times greater than a second distance measured from the center axis of the lid to the outermost perimeter of the lid. 5. The closure of claim 1, wherein the lever is positioned adjacent the top surface of the primary panel, the primary panel of the lid defines a substantially planar top surface extending substantially perpendicularly to the skirt, and the lever rotates in a plane substantially parallel to the substantially planar top surface of the lid. 6. The closure of claim 1, wherein the lever is circular in shape. 7. The closure of claim 1, wherein the skirt extends substantially around an outer perimeter of the primary panel. 8. The closure of claim 1, wherein the skirt of the lid includes threads configured to interact with threads of the container to securely couple the lid to the container. 9. The closure of claim 1, wherein: the stop is a first stop of two stops of the lid,the use position of the lever is an opening use position used in removing the closure from the container, andthe lever additionally rotates to a closing use position, contacting a second stop of the two stops of the lid, used in tightening the closure on the container. 10. A closure for rotatably coupling with a container to cover an opening of the container, the closure comprising: a lid including: a primary panel defining a top surface,a primary panel defining a top surface, a groove depending from the primary panel and being curvilinear in shape centered about a rotational axis of the lever about the lid,a skirt extending away from the primary panel and being configured to couple with the container, andtwo stops including a first stop positioned adjacent the top surface of the primary panel and a second stop,wherein the lid defines an outermost perimeter, the primary panel is continuous within the outermost perimeter to fully cover the opening of the container when the lid is coupled to the container, and a footprint of the lid is defined within the outermost perimeter of the lid; anda lever rotably coupled with the lid such that the lever rotates relative to the lid between a use position and a storage position, the lever including a bottom depending peg extending below a remainder of the lever and received within the groove;wherein: the first stop is defined by a first end of the groove such that moving the lever from the storage position to the opening use position moves the peg within groove until the peg contacts the first stop,the second stop is defined by a second end of the groove, opposite the first end of the groove, such that moving the lever from the storage position to the closing use position, moves the peg within groove until the peg contacts the second stop,the use position of the lever is an opening use position used in removing the closure from the container,the lever additionally rotates to a closing use position, contacting the second stop of the lid, used in tightening the closure on the containerwhen the lever is in the storage position, the lever is maintained substantially within the footprint of the lid, andwhen the lever is in the opening use position, the lever extends outwardly beyond the outermost perimeter of the lid contacting the first stop of the lid such that force applied to lever to remove the lid from the container is transferred to the lid via the first stop. 11. A closure for rotatably coupling with a container to cover an opening of the container, the closure comprising: a lid including: a primary panel defining a top surface,a skirt extending away from the primary panel and being configured to couple with the container, anda stop positioned adjacent the top surface of the primary panel,wherein the lid defines an outermost perimeter, the primary panel is continuous within the outermost perimeter to fully cover the opening of the container when the lid is coupled to the container, and a footprint of the lid is defined within the outermost perimeter of the lid; anda lever rotably coupled with the lid such that the lever rotates relative to the lid between a use position and a storage position;wherein: when the lever is in the storage position, the lever is maintained substantially within the footprint of the lid, andwhen the lever is in the use position, the lever extends outwardly beyond the outermost perimeter of the lid contacting the stop of the lid such that force applied to lever to remove the lid from the container is transferred to the lid via the stop,the primary panel defines a groove depending from the primary panel and being curvilinear in shape centered about a rotational axis of the lever about the lid,the groove is entirely spaced from the outermost perimeter of the lid,the lever includes a bottom depending peg extending below a remainder of the lever and received within the groove, andthe stop is defined by an end of the groove such that moving the lever from the storage position to the use position, moves the peg within groove until peg contacts the stop. 12. The closure of claim 11, wherein the lever defines a lever outermost perimeter substantially identical in size and shape to the outermost perimeter of the lid. 13. A closure for rotatably coupling with a container to cover an opening of the container, the closure comprising: a lid including: a primary panel defining a top surface,a skirt extending away from the primary panel and being configured to couple with the container, anda stop positioned adjacent the top surface of the primary panel,wherein: the lid defines an outermost perimeter,the primary panel is continuous within the outermost perimeter to fully cover the opening of the container when the lid is coupled to the container, anda footprint of the lid is defined within the outermost perimeter of the lid,a protruding block extends upwardly from the top surface of the primary panel and defines a first surface and a second surface, andthe first surface and the second surface intersect one another at a point of the protruding block nearest a center of the lid and extend away from each other toward the outer perimeter of the lid to form the protruding block in with a wedge shape; anda lever rotably coupled with the lid such that the lever rotates relative to the lid between a use position and a storage position;wherein: the first surface is the stop of the lid, such that in the use position, the lever abuts the first surface of the protruding block,when the lever is in the storage position, the lever is maintained substantially within the footprint of the lid, andwhen the lever is in the use position, the lever extends outwardly beyond the outermost perimeter of the lid contacting the stop of the lid such that force applied to lever to remove the lid from the container is transferred to the lid via the stop. 14. The closure of claim 13, wherein: the stop is a first stop,the use position is an opening use position configured to be used to transfer force from the lever to the lid when removing the closure from the container,the second surface of the protruding block defines a second stop,the lever additionally rotates to a closing use position contacting the second stop such that the lever extends beyond an outer perimeter of the lid in each of the opening use position and the closing use position, andthe closing use position configured to be used to transfer force applied to the lever outside the outermost perimeter of the lid when tightening the closure on the container. 15. The closure of claim 14, wherein the first surface and the second surface are concave, curved surfaces each having a block curvature complementing a lever curvature of a corresponding portion of the outermost perimeter of the lever that selectively contacts each of the first surface and the second surface such that a substantial entirety of a length of each of the first surface and the second surface contact the corresponding portions of the outermost perimeter of the lever in the opening use position and the closing use position, respectively. 16. The closure of claim 1, wherein the lid includes a pressure equalization feature coupled to the primary panel, the pressure equalization feature is positioned adjacent the lever in the storage position, such that rotation of the lever to the use position moves the lever to impact the pressure equalization feature in a manner creating an open port to an interior of the container, which, in turn, results in an equalization of pressure between the interior of the container and an environment surrounding the container. 17. The closure of claim 16, wherein the pressure equalization feature is one of a frangible protrusion that is broken off of a remainder of the lid when impacted and a puncturable diaphragm. 18. A container assembly comprising: a container defining a storage chamber and an open top;a closure for rotatably coupling with the container to cover the open top of the container, the closure comprising: a lid including: a primary panel defining a top surface,a skirt extending away from the primary panel and being configured to couple with the container, anda first stop positioned adjacent the top surface of the primary panel,a second stop positioned adjacent the top surface of the primary panel,wherein the lid defines an outside perimeter, and a footprint of the lid is defined within the outermost perimeter of the lid, anda lever rotably coupled with the lid such that the lever rotates relative to the lid between an opening use position and a storage position;wherein: the lid includes a coupling pin extending upwardly from the primary panel,the lever includes an aperture therethrough,the lever is rotatably coupled to the lid by receiving the coupling pin through the aperture such that the lever rotates about the coupling pin between the use position and the storage position,when the lever is in the storage position, the lever is maintained substantially within the footprint of the lid,when the lever is in the opening use position, the lever extends outwardly beyond the outermost perimeter of the lid contacting the stop of the lid such that an opening force applied to lever outside the footprint of the lid is transferred to the lid via the stop, facilitating removal of the closure from around the open top of the container, andthe lever additionally rotates in a direction opposite the opening use position to a closing use position contacting the second stop such that the lever extends beyond the footprint of the lid and the closure is tightly secured to the container via a closing force applied to the lever outside the footprint of the lid, such that the closure provides for bi-directional amplification of the closing force via the lever, the first stop, and the second stop relative to a force applied to an outer perimeter of the lid. 19. The container assembly of claim 18, wherein: the lever extends away from a center axis of the lid a first distance that is at least about 1.2 times greater than a second distance measured from the center axis of the lid to the outermost perimeter of the lid, such that application of a first force to the lever imparts a greater torque to the lid relative to the container than a torque imparted to the lid relative to the container due to application of a second force applied directly to the lid, andthe first force is equal to the second force.