Abstract: A containment (3;3a;3b;3c) comprises an outer box (2;2a;2b;3c) defining an inner space where a stack of individual pouches (1;1a) is arranged. The individual pouches each have a pocket (10) containing a product, e.g. a thin-film strip (FS), and are designed to be individually removed from the stack. The outer box (2;2a;2b;2c) comprises a closure (26;26a;26b;26c) for preventing/allowing access to the individual pouches (1;1a) and further comprises means (20;20a;20b;20c) for interacting with the pouches (1;1a) in a manner such as to allow access to the pocket (10) upon removing the pouch from the stack. The means (20;20a;20b;20c) for interacting with the pouches are arranged such that upon removing a pouch (1;1a) from the stack the pouch is opened along an essential part of its longitudinal extension and is completely removed from the outer box (2;2a;2b;2c) with no residual part of the pouch (1;1a) remaining in the outer box.

Abstract: A containment (3;3a;3b;3c) comprises an outer box (2;2a;2b;3c) defining an inner space where a stack of individual pouches (1;1a) is arranged. The individual pouches each have a pocket (10) containing a product, e.g. a thin-film strip (FS), and are designed to be individually removed from the stack. The outer box (2;2a;2b;2c) comprises a closure (26;26a;26b;26c) for preventing/allowing access to the individual pouches (1;1a) and further comprises means (20;20a;20b;20c) for interacting with the pouches (1;1a) in a manner such as to allow access to the pocket (10) upon removing the pouch from the stack. The means (20;20a;20b;20c) for interacting with the pouches are arranged such that upon removing a pouch (1;1a) from the stack the pouch is opened along an essential part of its longitudinal extension and is completely removed from the outer box (2;2a;2b;2c) with no residual part of the pouch (1;1a) remaining in the outer box.

Abstract: A dispensing system for controlled, especially remote controlled, dispensing of medicaments is disclosed. The system consists of a dispensing mechanism adapted to receive a sealed or resealable container of material to be dispensed and to validate that it is the correct material, and which includes a mechanical actuation mechanism which, when actuated, causes a measured dose of material to be dispensed from the material container. The mechanical actuation mechanism may be inhibited from operation by a locking mechanism which, when actuated, locks the device against the further dispensing of a dose of material until release in accordance with the desired dispensing programme, e.g. until a certain time period has elapsed, or until the programme permits dispensing to occur on some other basis. The dispensing system may be in two parts, a hand-held hand-actuated dispensing mechanism (1) and a base or docking station (2) into which the hand-held unit may be placed in order to release the locking mechanism.