Abstract: Injection training devices comprising elements for repeatable and accurate simulation of parenteral injection for training individuals in the administration of one or more medications are provided.

Abstract: Interactive medicine organizers comprising integrated software and hardware elements and multifunctional interactive wireless devices to provide assistance to individuals who need to organize or monitor the administration of one or more medications are provided.

Abstract: Injection training devices comprising elements for repeatable and accurate simulation of parenteral injection for training individuals in the administration of one or more medications are provided.

Abstract: A blister card container includes a plurality of walls defining an opening and a chamber, an arm projecting into the chamber, and a yoke. The opening and chamber are sized and configured to receive at least a portion of a blister card therein. The yoke is sized and configured to be slidably received in the chamber. The yoke includes a body, a hook extending from the body, and a locking cantilever extending from the body. The hook is sized and configured to engage the blister card. The locking cantilever has a stop sized and configured to be releasably engaged with the arm. The yoke is in a locked position when the locking cantilever is engaged with the arm.

Abstract: A child-resistant pill bottle combines the child resistance of a “push and turn” pill bottle and the compliance feature of a pill tray. The pill bottle includes a container for holding medication, a pill tray formed to fit either within the container or integrated into the container, and a lid, which traps the pill tray within the container.

Abstract: A child-resistant container for housing a blister card includes a top section and bottom section with an opening on one side for a blister card to be moved from a stored position to a dispensing position, partially removed form the container. A blister card sits against the inner surface bottom section and is held there by a trap arm molded into the top section. The trap arm has a plate that presses down on the blister holding it in place. The blister card is unreachable, except via an opening in the bottom of the container. The user pushed on the blister card through the thumbhole causing the blister into a dispensing position. As the blister moves out of the container a notch in the blister card catches on a hook molded into the trap arm not permitting the card to completely leave the container.

Abstract: A pill bottle for housing a blister card that includes a top section, a bottom section, and a center section connected by a pair of hinges. The top section and bottom section each include one half of a child-resistant neck. One half of the neck including a member that can be rotated while being connected to a knob having a hook on a bottom surface. The other half of the neck has two stacked platforms with one of the platforms having a slot and an opening. The hook lines up with and enters the opening to lock the pill bottle closed unless the knob is pressed so the hook drops too low for the opening and then rotated so the hook can slide out of the slot. This allows the top and bottom sections to open and reveal a blister card attached to the center section of the pill bottle.

Abstract: A mechanism for permanently attaching a blister card includes a top plate, a bottom plate, and a base with a pair of arced protrusions molded into the top plate that bend a blister card around a hook in the bottom plate. The top plate and bottom plate each extend beyond the width of the blister card to ensure a user is unable to bend the blister card back around the hook and arced protrusions. The blister card, once installed by either hand or high speed automated device, cannot be removed from the mechanism.