A medical liquid supply device that includes: a container including a containing portion with a mouth (16); an interior cap (30); and an exterior cap (60). The interior and exterior caps (30, 60) include a ratchet mechanism (50, 80). The interior cap (30) includes: an interior-cap main body (32) and an interior-cap protrusion (54). The interior-cap main body (32) includes a contact ring (44). The exterior cap (60) includes: an exterior-cap main body (62); and an exterior-cap protrusion (84) configured to be engaged with the interior-cap protrusion (54). The contact ring (44) is distant from the interior-cap protrusion (54) in the radial direction of the interior-cap main body (32).

Product containers, especially child-resistant product dispensers, and methods of use thereof. In some particular embodiments, provided herein are child-resistant medication dispensers, and methods of use thereof for administering medications to individuals that may suffer from manual dexterity problems. The disclosure is particularly useful in dispensing orally dissolving medications intended for sublingual application, such as orally dissolving strips. In one embodiment of the disclosure a medication dispenser is disclosed comprising a container having an opening and an inner chamber, a cap configured to close the opening of the container and provide a child-resistant locking engagement with the container, and a tray deployable in the chamber of the container and configured to hold at least one pouch carrying a dose of medication. The tray can include a support configured to hold one or more pouches when the tray and pouches are deployed within the container.

Product containers, especially child-resistant product dispensers, and methods of use thereof. In some particular embodiments, provided herein are child-resistant medication dispensers, and methods of use thereof for administering medications to individuals that may suffer from manual dexterity problems. The disclosure is particularly useful in dispensing orally dissolving medications intended for sublingual application, such as orally dissolving strips. In one embodiment of the disclosure a medication dispenser is disclosed comprising a container having an opening and an inner chamber, a cap configured to close the opening of the container and provide a child-resistant locking engagement with the container, and a tray deployable in the chamber of the container and configured to hold at least one pouch carrying a dose of medication. The tray can include a support configured to hold one or more pouches when the tray and pouches are deployed within the container.

A liquid dispenser is for the delivery of pharmaceutical liquids, including a droplet dispenser, the liquid reservoir thereof being formed by a squeezable bottle body. Two measures secure the liquid dispenser, namely the provision of a cover body, an application of force on the squeezable bottle body being able to be prevented thereby, as well as a cap with a rotatable locking ring. The removal of the cap and the transfer of the cover body into a use position requires the deformation of an annular partial element.

A plastic closure includes a lower part, a lid, integrally connected to the lower part via a hinge, and at least one integrity guarantee element to indicate if the plastic closure has ever been opened. The plastic closure further includes at least one first detent element and at least one second detent element, and the at least one first detent element forms at least one integrity guarantee element and in the closed state and before the plastic closure is opened for the first time is in engagement with the at least one second detent element. The first detent element has a predetermined breaking point, and, when the plastic closure is opened for the first time via a pivoting movement of the lid, the predetermined breaking point can be broken and at least one part of the first detent element is configured to swing out to release the second detent element.

A plastic closure includes a lower part, a lid, integrally connected to the lower part via a hinge, and at least one integrity guarantee element to indicate if the plastic closure has ever been opened. The plastic closure further includes at least one first detent element and at least one second detent element, and the at least one first detent element forms at least one integrity guarantee element and in the closed state and before the plastic closure is opened for the first time is in engagement with the at least one second detent element. The first detent element has a predetermined breaking point, and, when the plastic closure is opened for the first time via a pivoting movement of the lid, the predetermined breaking point can be broken and at least one part of the first detent element is configured to swing out to release the second detent element.

A child-resistant closure for a container includes an inner cap retained in an outer cap, the outer cap being rotatable with respect to the inner cap; the inner cap having a gripping surface on a circumferential sidewall; the outer cap having a circumferential lateral wall defining at least one elongate cutout that exposes the gripping surface, the cutouts providing adequate contact area between a typical thumb and/or fingers of an adult and the exposed gripping surface to allow removal of the closure from a container, and inadequate contact area between a typical thumb, finger and/or hand of a child to allow removal of the closure.

A child-resistant closure for a container includes an inner cap retained in an outer cap, the outer cap being rotatable with respect to the inner cap; the inner cap having a gripping surface on a circumferential sidewall; the outer cap having a circumferential lateral wall defining at least one elongate cutout that exposes the gripping surface, the cutouts providing adequate contact area between a typical thumb and/or fingers of an adult and the exposed gripping surface to allow removal of the closure from a container, and inadequate contact area between a typical thumb, finger and/or hand of a child to allow removal of the closure.

The invention described herein generally relates to airtight and child-resistant forms of packaging for various products. In particular, the invention relates to forms of packaging for products which can be negatively affected by atmospheric conditions and changes to the same.

A child-resistant container including a container body, a lid, and at least one resilient tab is provided. The lid is pivotable about an axis through a hinge joining the lid to the container body to open and close the container. The resilient tab has a proximal portion fixed to the lid, a distal portion projecting from the lid, and at least one abutment on the distal portion. The abutment on the distal portion of the tab is normally biased into engagement with an abutment on the container body when the lid is in its closed position. The distal portion of the tab is displaceable against the bias to disengage the abutment of the tab from the abutment of the container. Displacement of the tab releases the lid so that it can be pivoted about the hinge to open the container.