Abstract: A pharmaceutical storing and dispensing device including a child resistant mode and a non-child resistant mode between the container and the closure. The closure comprises a non-child resistant cap shaped to removeably engage the container and a child-resistant cap shaped to be permanently fixed to the non-resistant cap. The non-child resistant cap and child resistant cap are provided in intentionally varying quantities such that the quantity of child resistant caps is less than the quantity of non-child resistant caps.

Abstract: A system for labels that are positioned on a pharmaceutical container. The system can vary the choices for design and size of the labeling with respect to several types of container in which pharmaceuticals are positioned. The system increases the readability of information positioned on the pharmaceutical container by coordinating a label to the type and size of the container.

Abstract: A labeling and a method of labeling adapted for pharmaceutical containers having multiple printed indicia locations varying in size and containing information for a user of varying sized pharmaceutical containers. The labeling includes a single substrate having several labeling options and can be designed with multiple main die cut portions separating various sections of the label such that various size labels can be produced from the single substrate.

Abstract: A pharmaceutical storing and dispensing device having a closure and container. The container includes a container axis and a neck having a container stop device, a container opening edge defining a container opening, and a container engaging device positioned to engage the closure. The closure is a one piece convertible child resistant closure comprising an outer section, an inner section, and at least one armature integrally formed between the inner section and the outer section and attaching the inner section to the outer section. The inner section is axially moveable relative to the outer section between a child resistant position and a non child resistant position to convert the closure from a child resistant mode to a non child resistant mode.

Abstract: The present invention relates to a reversible child resistant cap and a closure system having two positions, the first being a child resistant position and the other being a non-child resistant position.

Abstract: A labeling and a method of labeling adapted for pharmaceutical containers having multiple printed indicia locations varying in size and containing information for a user of varying sized pharmaceutical containers. The labeling includes a single substrate having several labeling options and can be designed with multiple main die cut portions separating various sections of the label such that various size labels can be produced from the single substrate.

Abstract: A system for labels that are positioned on a pharmaceutical container. The system can vary the choices for design and size of the labeling with respect to several types of container in which pharmaceuticals are positioned. The system increases the readability of information positioned on the pharmaceutical container by coordinating a label to the type and size of the container.

Abstract: The present invention relates to a reversible child resistant cap and a closure system having two positions, the first being a child resistant position and the other being a non-child resistant position. The cap is characterized in that it has a closure plane, a circumferential outer skirt for engaging a container, and a circumferential resilient depending inner member.

Abstract: A reversible child resistant closure system including a closure and container a container having a neck portion, an engaging means and an axis extending therethrough about which the closure is rotatable. The closure has a child resistant mode when applied to the container in a first child resistant position and has a non-child resistant mode when applied to the container in a second non-child resistant position. The closure includes an outer cap and an inner cap. The inner cap is coaxially positioned and nested within the outer cap and is axially movable between the first child resistant engaging means and the bottom edge of the outer cap such that the plurality of angular abutment surfaces of the inner cap engage the series of angular abutments of the outer cap upon rotation of the outer cap to rotates the inner cap in a closing direction.

Abstract: A shellable, positively lockable, child resistant closure and container includes a pair of nested inner and outer caps designed to be purposefully shellable for use in its non-child resistant mode. The inner cap is coaxially positioned and nested within the outer cap such that a row of angular abutments of the inner cap engage a row of angular abutments of the outer cap upon rotation of the outer cap in a closing direction, and upon rotation of the outer cap in an opening direction, without a concomitant axial force, the respective angular abutments cam over and past each other to prevent rotation of the inner cap. Additionally, the inner cap contains a positive locking device for engagement with a complementary locking device on the neck of the container.

Abstract: The present invention relates to a reversible child resistant cap and a closure system having two positions, the first being a child resistant position and the other being a non-child resistant position. The cap is characterized in that it has a closure plane, a circumferential outer skirt for engaging a container, and a circumferential resilient depending inner member.

Abstract: The present invention relates to a reversible child resistant cap and a closure system having two positions, the first being a child resistant position and the other being a non-child resistant position. The cap is characterized in that it has a closure plane, a circumferential outer skirt for engaging a container, and a circumferential resilient depending inner member.

Abstract: A reversible child-resistant closure system including a closure and container. The closure has a child resistant mode when applied to the container in a first child-resistant position and has a non-child resistant mode when applied to the container in a second non-child resistant position. The closure includes an outer cap and an inner cap. The inner cap is coaxially positioned and nested within the outer cap such that a plurality of angular abutment surfaces of the inner cap engage a series of angular abutments of the outer cap upon rotation of the outer cap to rotate the inner cap in a closing direction. However, upon rotation of the outer cap member in an opening direction in the absence of an axial force, the angular abutment surfaces of the inner cap cam over and past the series of angular abutments of the outer cap, preventing rotation of the inner cap.

Abstract: The present invention relates to a reversible child resistant cap and a closure system having two positions, the first being a child resistant position and the other being a non-child resistant position. The cap is characterized in that it has a closure plane, a circumferential outer skirt for engaging a container, and a circumferential resilient depending inner member.

Abstract: A reversible child resistant closure system including a closure and container having a neck portion, an engaging means and an axis extending therethrough about which the closure is rotatable. The closure has a child resistant mode when applied to the container in a first child resistant position and has a non-child resistant mode when applied to the container in a second non-child resistant position. The closure includes an outer cap and an inner cap. The inner cap is coaxially positioned and nested within the outer cap and is axially movable between the first child resistant engaging means and the bottom edge of the outer cap such that a plurality of angular abutment surfaces of the inner cap engage a series of angular abutments of the outer cap upon rotation of the outer cap to rotate the inner cap in a closing direction.