A container has an opening lying in a plane, wherein the opening is provided on a connecting piece of the container. A closure of the container can be removed by displacement in the plane. At least one guide element is provided on the connecting piece, on or in which the closure can be displaced relative to the container. The closure has at least one recess on at least one of its outer surfaces.

Systems and methods for controlling oxygen ingress in cap closures are herein disclosed. According to one embodiment, the current apparatus includes a cap and a cap liner. The cap liner includes a primary oxygen barrier layer and a first diffusive layer. A first side of the first diffusive layer is adjacent to a first side of the primary oxygen barrier layer. A second &de of the first diffusive layer contacts a lip-sealing surface of a bottle. The oxygen transmission rate of the cap liner is controlled by varying a thickness of the first diffusive layer.

A universal pill bottle cap for securely locking up medications with a high-risk factor for abuse and theft. The pill bottle cap includes a unique locking mechanism, a biometric scanning locking mechanism, a one-step opening process, and a universal applicability. The unique locking mechanism includes a sliding latch on the underside of the cap that will allow a pill bottle to be inserted and the cap to lock around the pill bottle until an authorized user follows a prompt to unlock the cap from the bottle. The biometric scanner opens either the sliding mechanism to allow the pill bottle to be removed or opens the lid to allow access to the contents of the bottle. This depends on a button on the underside of the pill bottle cap. The pill bottle has a microprocessor that drives the functionality of the cap.

A nebulizer with a press-type medicine cup is provided. The nebulizer includes a body, a medicine cup, an engagement structure, and a multi-directional resilient member. The engagement structure includes an inner protruding base and an outer protruding block disposed outside the inner protruding base. The inner protruding base and the outer protruding block extend from the body and the medicine cup. The inner protruding base includes a cavity inside and includes two through holes. The outer protruding block includes two engagement grooves. The multi-directional resilient member is installed in the cavity and includes a press element, two straight resilient arms extend from the press element, two oblique resilient arms are bent from the two straight resilient arms, and each oblique resilient arm has a block member. The two block members are inserted through the two through holes to be engaged with the two engagement grooves.

A container has an opening lying in a plane, wherein the opening is provided on a connecting piece of the container. A closure of the container can be removed by displacement in the plane. At least one guide element is provided on the connecting piece, on or in which the closure can be displaced relative to the container. The closure has at least one recess on at least one of its outer surfaces.

A container has an opening lying in a plane, wherein the opening is provided on a connecting piece of the container. A closure of the container can be removed by displacement in the plane. At least one guide element is provided on the connecting piece, on or in which the closure can be displaced relative to the container. The closure has at least one recess on at least one of its outer surfaces.

A container includes a connection with an opening and a removable closure. At least one guide element, on or in which the closure is displaceable, is provided on the connection. At least one socket projecting forwardly in a sliding direction is formed on a side of the container having the connection. A dispensing system having the container is also provided.

A nebulizer with a press-type medicine cup is provided. The nebulizer includes a body, a medicine cup, an engagement structure, and a multi-directional resilient member. The engagement structure includes an inner protruding base and an outer protruding block disposed outside the inner protruding base. The inner protruding base and the outer protruding block extend from the body and the medicine cup. The inner protruding base includes a cavity inside and includes two through holes. The outer protruding block includes two engagement grooves. The multi-directional resilient member is installed in the cavity and includes a press element, two straight resilient arms extend from the press element, two oblique resilient arms are bent from the two straight resilient arms, and each oblique resilient arm has a block member. The two block members are inserted through the two through holes to be engaged with the two engagement grooves.