A package comprising a container exhibiting: a compartment having a passage opening delimited by a free edge, a closure system engaged at the free edge and movable with respect to the compartment between a closure condition and an open condition of the container. The package comprises a wrapping housed at least partially inside the compartment; the wrapping is configurable between a first operative position wherein the wrapping is completely housed in the compartment of the container and a second operative position wherein part of the wrapping is arranged outside the inner volume of the compartment: the wrapping, in the second operative position, exhibiting at least one portion housed in the inner volume of the compartment. The container comprises a stop element placed inside the compartment, emerging, from at least one lateral wall of the compartment, inside this latter in order to define a projection. The wrapping comprises at least one abutment element configured for abutting against the stop element of the container, for preventing the wrapping from being completely extracted from the container.

The disclosure relates to an insert adapted to be slidably received in a sleeve. The insert comprises a base portion, a first flap portion adapted to be refolded about a first fold line, a second flap portion adapted to be refolded about a second fold line, wherein the second fold line extends essentially in parallel with the first fold line, and wherein the first flap portion is refolded in relation to the base portion such that it extends backwardly over a first surface of the base portion, and the second flap portion is refolded in relation to the base portion such that it extends backwardly over a second surface, opposite the first surface, of the base portion. The disclosure also relates to a sleeve adapted to slidably receive such an insert and the thus formed package.

There is described a chain of pouches including a plurality of pouches each pouch containing aerosolizable material. Each pouch in the chain is connected to at least one other pouch in the chain by a respective weakened region. The chain is arranged to be foldable and breakable at each respective weakened region. Each pouch is porous to enable aerosol to flow through or out of the pouch.

A carrier for a blister pack includes a first panel having an opening for movably receiving a blister of the blister pack, and a second panel having one or more dispensing openings aligned with the first panel opening. The first panel and the second panel slidably receive the blister pack there between. The carrier includes a blocking tab between the first and second panels that is selectively moveable between a blocking position and a dispensing position. When the blocking tab is in its blocking position it prevents movement of the blister in the first panel opening into alignment with a dispensing opening, thereby preventing dispensing of the blister's contents through the dispensing opening. When the blocking tab is in the dispensing position, it permits the blister to be moved into alignment with a dispensing opening for dispensing the blister's contents. The blocking tab is connected to a free edge of one of the first and second panels about a fold line, and one of the first and second panels of the blister pack carrier is connected to a panel of a slider.

A dispenser for dispensing pills stored into any one of a plurality of individual containers of an array-type pill package is provided. The individual containers have a generally flexible common top surface and all extend on a same side. The 5 dispenser includes a cylindrical package holder having a cylindrical periphery configured for holding the array-type pill package thereon with the individual containers projecting radially away and is rotatably mounted on a chassis. A controller system controls the rotation of the cylindrical package holder to bring a selected one of the individual containers in alignment with a pill extracting 10 mechanism.

A package includes an outer sleeve with a slide card slidingly received in the outer sleeve. A monitoring device is operatively connected to the package to generate data indicative of use of the package. A switch is electrically connected to the monitoring device for activating and deactivating the monitoring device. The at least part of the switch is secured to the slide card such that the switch is operated to activate or deactivate the monitoring device by at least one of translating movement of the slide card relative to the outer sleeve or transforming movement of the slide card. Another exemplary package includes an outer sleeve with a slide card slidingly received in the outer sleeve. A monitoring device is detachably attached to the slide card to generate data indicative of use of the package.

A package includes a blank having a face panel and a back panel. The face panel includes apertures and face tabs. The back panel includes gates that correspond with apertures, and tab strips that overlap the gates and are adjoined to back tabs. A blister pack is sealed between the face panel and the back panel whereby blisters align over gates and protrude through apertures. To remove an item from a blister, a tab is pressed out of the panels, a pull tab is pulled to move a slidable tab clear from the gate, and pressure is applied to force the item through the backing sheet of the blister pack and the gate.

This invention provides a blister pack dosage form container, comprising an advanceable blister pack holder, comprising a series of access portals sized to accommodate pass-through of at least one dosage form contained within a multi-dosage form containing blister pack located within said holder proximally therethrough upon engagement of an appropriate depilling structure, wherein said advanceable blister pack holder optionally accommodates upright positioning of said dosage forms and said depilling structure displaces said dosage form laterally. The invention also provides a multi-dosage form container, comprising an advanceable multi-sectioned dosage form holder, comprising a series of access portals sized to accommodate pass-through of at least one dosage form contained within said multi-sectioned dosage form holder proximally therethrough upon alignment with an appropriate egress structure, optionally wherein said multi-sectioned dosage form holder accommodates upright positioning of said dosage forms such that said egress structure provides for lateral displacement of said at least one dosage form; and a lockable outer container, comprising a tamper proof casing within which the multi-sectioned dosage form holder is contained. Kits containing the blister pack dosage form container and multi-dosage form containers are also described.

A blister packaging for a pharmaceutical cartridge or capsule and methods of forming same are disclosed.

A blister and package system made of a blister card and an outer package with unique interacting locking mechanisms. The blister card or strip is inserted into the outer package or sleeve and locks immediately without having to further process the outer package or the blister card or strip. The user is able to expose the blisters from the outer package by disengaging the lock. The blister card or strip includes a formable, pliable sheet material, into which one or more individual cavities or blisters are formed. The separated cavities are loaded with product and sealed with one or more layers of puncturable or tearable sheet material, such as aluminum foil. The blister card or strip contains a plastic rivet assembly that forms an interference mechanism. The rivet is trapped by an internally formed panel and stopped by a catch flap included in the outer package.