Abstract: The present disclosure provides a container including a housing shell and an interior sleeve positioned within the housing shell. The housing shell can include a magnetic panel within one end, wherein the magnetic panel is positioned flush against at least one end of the interior sleeve. The position of the magnetic panel determines whether the container is in a locked or unlocked position. The interior sleeve can slide in and out of the housing shell when the container is in the unlocked position.

Abstract: The present childproof container with pressure-operated lid provided includes a cylindrical container, wherein the outside diameter of the lid matches the dimensions of the container body, wherein the lid and body engage in a screw-type mating mechanism. The threaded insert in the lid assembly rotates freely inside the outer insert that mates tightly to the lid sleeve when the lid assembly is rotated in either direction. The top surface of the inner threaded insert of the lid assembly has protrusions that can match grooves or channels on a bottom surface of the tightly-mated outer insert, allowing the components to engage with each other when inward pressure is applied to the top of the outer sleeve to open the container.

Abstract: The present childproof squeeze cap tube container includes a cylindrical container with a screw-type mating mechanism on an insert within the cap that nests inside the cap sleeve and moves independently from the exterior shell of the cap. The insert can rotate independently from the cap sleeve when the cap sleeve is rotated in either direction. The exterior surface of the insert of the cap assembly has vertical grooves, channels, ribs or similar surface texture, wherein the interior surface of the cap sleeve has matching surface grooves, channels, ribs, or surface texture to the insert component of the cap assembly, allowing the sleeve and insert to grip each other and move together when inward pressure is applied to the outer sleeve.