Abstract: Storage and dispensing systems are provided. In various embodiments, systems of the present disclosure provide safety feature to prevent or limit the risk of a child or minor opening the system. Embodiments of the present disclosure further comprise novel cap and closure arrangements including, for example, features that are operable to automatically load or fill a pipette of the system.

Abstract: A container and method include a bowl having an interior for storing a substance, an openable lower lid for accessing the substance when the lower lid is in an open configuration, and an upper lid for retaining the substance within the interior of the bowl and the lower lid. The lower lid in the open configuration is replaceable and resealable using an adhesive to be in a closed configuration, with the substance sealed within the bowl. The bowl, the lower lid, and the upper lid are composed of a biodegradable or recyclable material. A ring is disposed under a lip of the bowl and engageable with the upper lid for establishing a child-resistant engagement between the upper lid and the bowl. An intermediate lid pushes against an engagement surface of the bowl for locking the upper lid and the ring together.

Abstract: A restricted access container may include an outer shell and an inner tray. The outer shell may define a recess. The outer shell may include a first wall, a second wall, a third wall, and an opening. The first wall may include a hole and a notch. The second wall may be opposite the first wall. The third wall may be coupled to each of the first wall and the second wall. The opening may be opposite the third wall. The inner tray may define a receiving area. The inner tray may include a tab, a first protrusion, and a second protrusion. The first protrusion may be disposed on the tab. The inner tray may be inserted through the opening into the recess of the outer shell such that the first protrusion is disposed within the hole of the first wall to fix the inner tray to the outer shell and the second protrusion is disposed within the notch.

Abstract: A container and method include a bowl having an interior for storing a substance, an openable lower lid for accessing the substance when the lower lid is in an open configuration, and an upper lid for retaining the substance within the interior of the bowl and the lower lid. The lower lid in the open configuration is replaceable and resealable using an adhesive to be in a closed configuration, with the substance sealed within the bowl. The bowl, the lower lid, and the upper lid are composed of a biodegradable or recyclable material. A ring is disposed under a lip of the bowl and engageable with the upper lid for establishing a child-resistant engagement between the upper lid and the bowl.

Abstract: A safety container having a container section with a container body and a lip portion above an inner surface of a passage in the body. A cover section conforms to at least a part of the lip portion and is coupled thereto. A sealing member is coupled to a bottom portion of the cover section. A locking pin is slidably mounted to the bottom portion of the cover section and engageable with the container section. In a locked position, the container section and the cover section are locked by the locking pin outer end engaging the lip portion outer end, and the sealing member engaging the container body inner surface, to seal the passage of the container body. In an open position, the locking pin and the lip portion are disengaged, and the locking pin is engaged upward to at least partially remove the cover section from the container section.

Abstract: A safety container having a liner disposed within an outer container. The liner includes a liner box removably coupled to a liner lid. The liner box has a liner floor with upwardly extending liner walls. In a first closed state the liner lid is positioned such that the liner lid engages the liner walls. The liner lid is removable from the liner walls in a first open state. The outer container box is slidingly coupled to the outer container lid through openings at opposing ends of the outer container lid. In a second closed state the outer container box and liner are enclosed by the outer container lid. The outer container box is slidably removed at least partially from the outer container lid to a second open state while the liner is configured to the first open state.

Abstract: A lid opens and closes a container which has first walls forming an interior. The lid includes a lower member and an upper member. The lower member has a plurality of edges forming an aperture for accessing the interior of the container when the lid is in an open configuration.

Abstract: A lid opens and closes a container which has first walls forming an interior. The lid includes a lower member and an upper member. The lower member has a plurality of edges forming an aperture for accessing the interior of the container when the lid is in an open configuration.

Abstract: A safety container having a liner disposed within an outer container. The liner includes a liner box removably coupled to a liner lid. The liner box has a liner floor with upwardly extending liner walls. In a first closed state the liner lid is positioned such that the liner lid engages the liner walls. The liner lid is removable from the liner walls in a first open state. The outer container box is slidingly coupled to the outer container lid through openings at opposing ends of the outer container lid. In a second closed state the outer container box and liner are enclosed by the outer container lid. The outer container box is slidably removed at least partially from the outer container lid to a second open state while the liner is configured to the first open state.

Abstract: A safety container having a liner disposed within an outer container. The liner includes a liner box removably coupled to a liner lid. The liner box has a liner floor with upwardly extending liner walls. In a first closed state the liner lid is positioned such that the liner lid engages the liner walls. The liner lid is removable from the liner walls in a first open state. The outer container box is slidingly coupled to the outer container lid through openings at opposing ends of the outer container lid. In a second closed state the outer container box and liner are enclosed by the outer container lid. The outer container box is slidably removed at least partially from the outer container lid to a second open state while the liner is configured to the first open state.

Abstract: A method for hydroponical aeration of plants may include supplying, via an air pump, oxygenated air to a plant within a section of a plant vase that is part of a plant vessel. The section includes roots of the plant submerged in water. The method may further include evenly distributing, via an air diffuser, the oxygenated air to the roots of the plant to facilitate hydroponic growth of the plant.

Abstract: A method for hydroponical aeration of plants may include supplying, via an air pump, oxygenated air to a plant within a section of a plant vase that is part of a plant vessel. The section includes roots of the plant submerged in water. The method may further include evenly distributing, via an air diffuser, the oxygenated air to the roots of the plant to facilitate hydroponic growth of the plant.