A closure assembly for a medical container having a sleeve with a tip cap disposed therein in an accessible position relative to an access opening. A cover is fixedly secured to one end of said sleeve, opposite to said access opening and a retainer is fixedly secured within the sleeve, adjacent the cover and in a removably retaining engagement with the tip cap. The removably retaining engagement includes the retainer having one or more segments disposed in retaining engagement with an exterior of the tip cap. Upon detachment of the tip cap from the retainer and the removal thereof from the sleeve, the one or more segments are separable from one another and/or a remainder of the retainer, while being maintained in a captured position within the sleeve.

A unified dispenser for holding, mixing, and dispensing a drug includes a housing holding a diluent reservoir, a drug reservoir, and a tubing set connecting and defining a fluid communication path therebetween. A first occlusion is at the diluent reservoir, and a second occlusion is at the drug reservoir. In a storage state of the dispenser, the first and second occlusions are entirely encased within the housing and occlude the fluid communication path. First and second pull assemblies extend outside the housing. The first and second pull assemblies are coupled to the first and second occlusions, respectively, so that removal of the first and second pull assemblies removes the first and second occlusions and joins the diluent reservoir to the drug reservoir in fluid communication through the tubing set, thereby arranging the dispenser from the storage state to a use state.

In some embodiments, a container includes a cover placed on the container. Shrinkable material that is placed on the container where the shrinkable material is shrunk around the container and the cover. The shrinkable material includes a tamper indicator. A cap is placed over the shrinkable material where the cap covers the shrinkable material such that the shrinkable material is not shown below the cap.

A container (200) is provided. The container (200) comprises a mouth (202), a cap (204) for operably exposing or closing the mouth (202), a sealing layer (206) on top of the mouth (202) and a security label (208) which is scannable. At least a portion (204a) of the cap (204) is transparent. The security label (208) is disposed over the sealing layer (206) below the transparent cap (204) and the security label (208) is machine scannable.

A container (200) is provided. The container (200) comprises a mouth (202), a cap (204) for operably exposing or closing the mouth (202), a sealing layer (206) on top of the mouth (202) and a security label (208) which is scannable. At least a portion (204a) of the cap (204) is transparent. The security label (208) is disposed over the sealing layer ((206) below the transparent cap (204) and the security label (208) is machine scannable.

A bottle-shaped resin container with a bottle body and a cap, the container being configured to determine whether the seal has been broken by: the container having a long, tall cylindrical section between a neck ring and a flange that connects the neck ring and the flange; and when the cap body is rotated in the unscrewing direction, bridges being broken and the cap ring separating from the cap body and falling by its own weight so that the lower surface thereof contacts the flange and remains above the flange, exposing the side surface of the long, tall cylindrical-section between the upper surface of the cap ring and the lower surface of the neck ring. As the side surface of the long, tall cylindrical section is a straight line when viewed from the front, it is possible to determine the taper angle definitively and the taper angle is 60-80 degrees.

A bottle-shaped resin container with a bottle body and a cap, the container being configured to determine whether the seal has been broken by: the container having a long, tall cylindrical section between a neck ring and a flange that connects the neck ring and the flange; and when the cap body is rotated in the unscrewing direction, bridges being broken and the cap ring separating from the cap body and falling by its own weight so that the lower surface thereof contacts the flange and remains above the flange, exposing the side surface of the long, tall cylindrical-section between the upper surface of the cap ring and the lower surface of the neck ring. As the side surface of the long, tall cylindrical section is a straight line when viewed from the front, it is possible to determine the taper angle definitively and the taper angle is 60-80 degrees.

A closure system for closing a container opening is disclosed that includes a stopper member, a cage member for mounting to a container, a cover member reversibly mountable to the cage member, and an integrity visualization member. The stopper member has a plug portion to fit into the container opening and a cover portion to abut a boundary surface of the container opening. The plug portion of the stopper member is fitted into the opening of the container and the cage member is mounted to the container. The cage member applies a force to the cover portion to push the cover portion onto the boundary surface of the container opening. The cover member covers an aperture of the cage member when mounted to the cage member. The integrity visualization member indicates an integrity of the closure system and is positioned between the cover portion and the cage member.

A unified dispenser for holding, mixing, and dispensing a drug includes a housing holding a diluent reservoir, a drug reservoir, and a tubing set connecting and defining a fluid communication path therebetween. A first occlusion is at the diluent reservoir, and a second occlusion is at the drug reservoir. In a storage state of the dispenser, the first and second occlusions are entirely encased within the housing and occlude the fluid communication path. First and second pull assemblies extend outside the housing. The first and second pull assemblies are coupled to the first and second occlusions, respectively, so that removal of the first and second pull assemblies removes the first and second occlusions and joins the diluent reservoir to the drug reservoir in fluid communication through the tubing set, thereby arranging the dispenser from the storage state to a use state.

A unified dispenser for holding, mixing, and dispensing a drug includes a housing holding a diluent reservoir, a drug reservoir, and a tubing set connecting and defining a fluid communication path therebetween. A first occlusion is at the diluent reservoir, and a second occlusion is at the drug reservoir. In a storage state of the dispenser, the first and second occlusions are entirely encased within the housing and occlude the fluid communication path. First and second pull assemblies extend outside the housing. The first and second pull assemblies are coupled to the first and second occlusions, respectively, so that removal of the first and second pull assemblies removes the first and second occlusions and joins the diluent reservoir to the drug reservoir in fluid communication through the tubing set, thereby arranging the dispenser from the storage state to a use state.