A bottle, or a generic container, for the tight storage of diverse materials, may comprise a circular lip at the top of its neck finish or opening with an inferiorly disposed smooth, slanted and curved outer surface that is punctuated by equally spaced indentations and that may extend outwards and stepwise downwards, first through a vertical and then a convex surface and finally to a smooth surface on which may be disposed a button protrusion. A tightly sealed finish may be characterized by its lip and the equally spaced protruding lugs disposed on its inner surface interacting tightly with threading and other parts of the inner part of a reusable aggregate cap which, in turn, may inextricably couple with an outer part on whose outer annular flange surface may be disposed a button marker protrusion that, because of inaccessible features and mechanisms on the cap units, may only align with the one on the outer surface of the finish or opening of an unopened bottle or container. Determination of whether a tightly capped container has been previously opened or tampered with, may quickly be performed, either visually or through touch, by checking the alignment, or not, of the externally exposed button protrusions.

A resealable, vacuum packable receptacle has a container, a sealing layer, an inner lid, and an outer lid. When (i) the outer lid opening receives the inner lid, (ii) the inner lid is threadably mated with the container, and (iii) the container has the sealing layer positioned over the container's mouth; (A) a portion of the outer lid causes the outer lid or the inner lid to contact the sealing layer to push a desired amount of air from the container which then results in inhibiting air from entering or exiting the container, or (B) the distance between the outer lid's top surface and the inner lid's top surface can be altered, and when the distance is increased, the air pressure in the container is decreased.

A closure of a container comprising a capsule (10) in turn comprising: —a cap (2) that can be associated with a container and comprising a frangible mouth (20); —a cutter (3) comprising a cutting edge (30) designed to open said frangible mouth (20); —a covering (4) of the cutter (3); —transmission means (50) for transmitting a rotary component of a movement of the covering (4) to the cutter (3); —guide means (900) which enable a rotation-translation of the covering (4) which draws said cutter (3), determining the passage of the covering (4) and the cutter (3) from a resting configuration in which the frangible mouth (20) is intact to an operating configuration in which the cutter (3) is in a stroke-end position, the frangible mouth (20) is at least partially open and the covering (4) is rotatingly integral with the cap (2). The closure (1) further comprises: i) a capsule cover (11) which surmounts the covering (4); the covering (4) and the capsule cover (11) in a first configuration being axially neared to one another along an axial direction (40), in a second configuration being moved away from one another along the axial direction (40); the axial direction (40) being identified by an axis (300) along which the movement of the cutter (3) from the resting configuration to the operating configuration takes place; ii) disengageable means (6) for transmitting an unscrewing torque from the capsule cover (11) to the covering (4), said disengageable means (6) for the unscrewing of the capsule (10) being mutually engaged in the first configuration and mutually disengaged in the second configuration.

A child resistant container can include a container body, a closed base, an open top, an exterior and a cap assembly configured to couple to the container body for closing the container. A cap assembly can include an inner cap configured to couple to a container body and an outer cap coupled to the inner cap. A first coupler can be coupled to the inner cap and a second coupler can be coupled to the outer cap and configured to optionally engage the first coupler. An outer cap can be configured to rotate relative to an inner cap when the outer cap is in one or more positions and to engage the inner cap when the outer cap is in one or more other positions. A child resistant container can be made from recyclable metal.

A sealing cap for a container provides a resealable, multi-piece assembly featuring a watertight and airtight seal and child resistance against opening the sealing cap, and which is designed to be snapped on to the top of conventional aluminum cans and extendable to common food and herb matter containers.

A vaporizer apparatus is provided. The vaporizer apparatus includes a cartridge body and a child resistant device. The cartridge body includes an activation button and an inhalation portion. The inhalation portion is operable to allow a user to draw vapor from the cartridge body. The child resistant device includes an outer cap and an inner cap nestled within an inside chamber of the outer cap. The inner cap is coupled with the cartridge body to prevent access to the inhalation of the cartridge body. In a locked configuration, the outer cap and the inner cap are disengaged such that the outer cap is freely movable independent of the inner cap. In an unlocking configuration, the outer cap and the inner cap are engaged with one another such that movement of the outer cap detaches the child resistant device from the cartridge body.

A container with a security lock is provided. The container may have a lid (or “top”) portion and a bottom portion. The lid portion may have an exterior cover, a first disc, a second disc and a third disc. The first disc may have a plurality of indented downward partial trapezoids. The second disc may also have a plurality of nearly identical, upwardly extending partial trapezoids wherein the plurality of indented partial trapezoids of the first disc may be temporarily and selectively located between the plurality of partial trapezoids of the second disc in order to allow the lid to be rotated and the container therein opened. The third disc may be made of a thin material that allows the container to remain substantially airtight.

Provided is a system a push and turn child safety container with finger indents. This improved safety container is characterized by a outer body having a first circular element bounded by a first circumferential wall having an inward lip at the distal end. An inner surface of the first circular element providing a plurality of first ridges. Nested within the outer body is an inner body characterized by a second circular element bounded by a second circumferential wall extending normally away from the second circular element. The inner surface of the second circumferential wall having first threads; and an outer surface of the second circular element having a plurality of second ridges for temporarily engaging with the first ridges of the first circular element. The safety container has a screw element screw element characterized by a circular first element having an outer circumferential wall having at least one indent structured and arranged to receive a user’s finger tips. The indent provides abutment surfaces for the user’s finger tips. A threaded collar extends normally from the circular first element below the indents and is structured and arranged to be disposed within the inner body and engage the first threads of the inner surface of the second circumferential wall to temporarily bind the screw element with the inner body.

An airtight lid for a jar includes a sealing gasket that forms an airtight seal with the jar for the storage of aromatic or otherwise odoriferous contents within the jar. The airtight lid also includes and a child resistant opening mechanism that requires a simultaneous combination of a directed force and a torque to remove the lid from the jar.

A child-resistant container may include a container body having a central longitudinal axis, a closed base, and an open top; and a cap assembly configured to couple to the container body for closing the container. The cap assembly may include an inner cap having an inner cap sidewall with an annular groove formed between an inner cap top surface and an inner cap open bottom and an outer cap covering the inner cap and having an outer cap sidewall having with annular ridge formed between an outer cap top surface and an outer cap open bottom. The inner cap may be configured to couple to the container body and seal the container body via the open top. The outer cap may be configured to couple to the inner cap with the annular ridge nested within the annular groove.