A portable container system including: an insert tray having a tray body with at least one tray recess formed therein; and a rigid container having a chamber therein configured for receiving the insert tray; wherein the insert tray includes at least one first securement member extending from the tray body, said first securement member being configured for arrangement in to a first configuration in which the first securement member is moved relatively inwardly towards a side-wall of the tray body as the insert tray is inserted in to the chamber of the rigid container in a direction inwardly of an opening of the chamber, and, said first securement member being configured for arrangement in to a second configuration in which the first securement member is moved relatively outwardly away from the side-wall of the tray body once the insert tray has been inserted in to the chamber of the rigid container, and wherein, the rigid container includes at least one second securement member protruding inwardly of the chamber from an inner surface of a side-wall of the rigid container, whereby when the at least one first securement member of the insert tray is arranged in the second configuration after being inserted in to the chamber, the at least one first securement member is configured to abut against the at least one second securement member so as to restrict movement of the insert tray in a direction outwardly of the opening of the chamber; and wherein a portion of the insert tray is configured for biasing the at least one securement member in to the second configuration from the first configuration.

A package that is configured to store and dispense fluids. The package includes a container and a dosing dispenser for closing an opening to the container. The dosing dispenser includes a body portion having a discharge aperture. Discharge aperture may be closed and opened using a flip-top cap of the dosing dispenser.

The invention relates to a product packaging and dispensing device (10) which comprises a container (12) containing the product to be dispensed; a sub-assembly attached to the container (12) and comprising a grooved neck (14), a pump (16) and a push member (18) actuating the pump (16) by manual pressure; and a closure cap (20) having a first ribbed cylindrical wall (200) engaging on the grooved neck (14), thus forming a bayonet-type connection system. The sub-assembly has an annular surface (140) provided with at least one lug (142). The cover (20) has a second wall (300) provided with at least one axial rib (304) abutting against the at least one lug (142) when the cover (20) is in a closed position, The second wall (300) has two diametrically opposed regions (306) that can be deformed by manual pressure so as to allow rotation of the cover (20) by releasing the at least one rib (304) from the at least one lug (142).

A container for detergent pods includes a container body and a movable cover, wherein the movable cover has a pair of engagement tabs which, in a closed configuration, engage respective windows to form child-proof engagement formations. The container body and the movable cover are entirely made of paper or cardboard and can be recycled as a paper waste without the need of removing any plastic part.

Child resistant closures are typically two-piece assemblies or squeeze and turn closures with an inside wall and an outside wall. The current squeeze and turn child resistant closures are expensive and difficult for seniors to operate. The preferred design is a child-resistant single wall cap and container assembly that is preferably easy for seniors to open and difficult for children to open or is substantially child-resistant. In addition, due to the single wall of the cap and relatively low cap height, the preferred assembly is light, requires less material and relatively less expensive to manufacture than prior art container assemblies. Like many child resistant closure systems, the preferred container assembly design includes a container with specifically designed neck finish to lock the closure on the container. However, the preferred design includes two small lugs, which generally do not add significantly to the bottle complexity or bottle cost.

A child-resistant package that can be difficult to open by a child but easily opened by an adult. The child-resistant package includes a box cover and a tray that is slidably received into the box cover. The box cover and the tray can be rectangular, such as the tray can fit into the box cover. The box cover has a first cutout in a side face and a second cutout that extends from the rear face to the bottom face of the box cover. A tab on a side wall of the tray that can protrude from the first cutout when the tray is fully inserted into the box cover and the open-top of the tray is covered by the top face of the box cover. One of the side edges of the box cover is provided with an outwards-protruding tab buckled in the cutout one to one correspondingly, the wall thickness of the outwards-protruding tab is equal to that of the tray, and one outwards-protruding tab deforms inwards in the opposite directions under the action of external force so that the outwards-protruding tab may be forced to be separated from the cutout and pushed out of the paperboard tray.

In one example, a lid configured for use with a container includes an upper surface that is generally circular in shape, and further includes a side wall with an annular configuration, the side wall intersecting the upper surface to define an edge of the lid. A grip element is defined in the upper surface and sized and configured to be grasped by one or more fingers of a user, and the grip element includes a grip portion that is set back a distance from the edge of the lid. Finally, a tab is provided that is attached to the side wall of the lid by an elastically deformable standoff element.

A container assembly is provided with a container and a lid, with the lid cooperating with the container to enclose the interior of the container. A magnetic member is supported by the lid or the container for transverse movement between a first position and a second position. When the lid is cooperatively associated with the container, the magnetic member is in the first position and inhibits movement of the lid along a longitudinal axis of the container to lock the container. With the magnetic member in the second position, the lid is moveable along the longitudinal axis to open the container.

Squeezable closures. Container systems, closure systems, and methods that include such closures.

Container systems that include a squeeze-and-turn closure. Closure systems that include a squeeze-and-turn closure. Methods related to such systems.