Abstract: A container assembly including a removable closure and a container which includes a chamber wall and a bottom attached to the chamber wall to form a cavity in which product is contained. An outer surface of the chamber wall includes a first attachment connector near the upper end of the chamber wall and which removably engages with a mating second attachment connector formed on the closure. A shoulder extends radially outward from the chamber wall at a point below the first attachment connector, and an outer support skirt extends downward from a distal end of the shoulder. The outer support skirt surrounds at least a substantial portion of the outer surface of the chamber wall and, when placed on a surface, the support skirt rests on the surface and the bottom of the cavity rests on or is spaced apart from the surface.

Abstract: A container for a cryosurgery device which includes a cryogen bottle. The container includes a container body including an internal space sufficiently large to hold the cryogen bottle; a valve actuation assembly mechanically coupled to the container body, the valve actuation assembly configured to actuate a valve on the cryogen bottle; and a reservoir positioned relative to the valve actuation assembly so that the reservoir receives cryogen from the cryogen bottle when the valve on the cryogen bottle is actuated using the valve actuation assembly.

Abstract: A plastic closure for receipt on a container includes a plastic ring having an internal recess adapted to be received by snap fit over an external crown or bead on the container neck finish such that the ring is retained against axial movement on the container neck finish. A plastic lid is coupled by a hinge to the ring, with the ring, the lid and the hinge being of one-piece integrally molded plastic construction. The lid has a skirt that is adapted releasably to be snapped to the ring in a closed position of the lid over the ring. The lid skirt may have an external bead that is adapted to be received by snap-fit within an internal channel on the ring in the closed position of the lid over the ring, and a conical internal surface on the ring may be provided to guide the bead on the lid into the channel on the ring.

Abstract: A child-resistant container of one-piece integrally molded construction for storing and dispensing products. A body includes an open bottom through which product is introduced into the container, and a top wall with a dispensing opening through which product is dispensed out of the container. A lid is pivotably coupled to the body and is closeable with respect to the body in a child-resistant configuration.

Abstract: A package includes a container having a neck finish with at least one left-hand external thread segment, a fitment having at least one left-hand internal thread segment for threaded receipt over the container neck finish and at least one right-hand external thread segment, a closure having at least one right-hand internal thread segment for removable receipt over the fitment, and a handle attached to the container by the fitment. The container neck finish preferably has a transfer ring, and the handle preferably has a collar received over the transfer ring and held in place by the fitment. The transfer ring and the collar preferably have opposed flats to prevent rotation of the handle with respect to the transfer ring. The collar and the fitment preferably have opposed cam lugs that permit threading of the fitment onto the container neck finish over the collar but prevent unthreading of the fitment from the neck finish so that the fitment and handle are permanently attached to the container neck finish.

Abstract: A dual-container package includes a closure having a body with a first annular wall extending from the body, a second annular wall extending from the body within the first annular wall, a first dispensing opening extending through the body from between the first and second annular walls, and a second dispensing opening extending through the body from within the second annular wall. A first container is mounted to the closure by the first annular wall, and a second container is disposed within the first container and mounted to the closure by the second annular wall. The containers and the annular walls have structure for holding the containers in a predetermined angular orientation with respect to each other. In the exemplary embodiments of the disclosure, this structure includes internal beads on the annular walls received by snap fit within external channels on the neck finishes of the containers.

Abstract: A container for a cryosurgery device which includes a cryogen bottle. The container includes a container body including an internal space sufficiently large to hold the cryogen bottle; a valve actuation assembly mechanically coupled to the container body, the valve actuation assembly configured to actuate a valve on the cryogen bottle; and a reservoir positioned relative to the valve actuation assembly so that the reservoir receives cryogen from the cryogen bottle when the valve on the cryogen bottle is actuated using the valve actuation assembly.

Abstract: A child-resistant compact for dispensing product on blister cards includes a first portion having a first panel hinged to a first clamp for capturing an end of a first blister card, and a second portion having a second panel hinged to a second clamp for capturing an end of a second blister card. The first and second clamps are connected to each other such that the first and second panels form a chamber for enclosing the blister cards. At least one child-resistant latch is on the periphery of the panels for opening one or both panels with respect to the clamps for access to the blister cards.

Abstract: A dual-container package includes a closure having a body with a first annular wall extending from the body, a second annular wall extending from the body within the first annular wall, a first dispensing opening extending through the body from between the first and second annular walls, and a second dispensing opening extending through the body from within the second annular wall. A first container is mounted to the closure by the first annular wall, and a second container is disposed within the first container and mounted to the closure by the second annular wall. The containers and the annular walls have structure for holding the containers in a predetermined angular orientation with respect to each other. In the exemplary embodiments of the disclosure, this structure includes internal beads on the annular walls received by snap fit within external channels on the neck finishes of the containers.

Abstract: A plastic closure for receipt on a container includes a plastic ring having an internal recess adapted to be received by snap fit over an external crown or bead on the container neck finish such that the ring is retained against axial movement on the container neck finish. A plastic lid is coupled by a hinge to the ring, with the ring, the lid and the hinge being of one-piece integrally molded plastic construction. The lid has a skirt that is adapted releasably to be snapped to the ring in a closed position of the lid over the ring. The lid skirt may have an external bead that is adapted to be received by snap-fit within an internal channel on the ring in the closed position of the lid over the ring, and a conical internal surface on the ring may be provided to guide the bead on the lid into the channel on the ring.

Abstract: This pump body is mounted on a container and has a forward manually operated pump and a rearward vertical container fill conduit. In the filling process, the container is filled through the conduit, and a closure is then applied to the top of the conduit. The closure may be part of the pump body housing. Multiple containers with their pump bodies may be filled simultaneously.

Abstract: A package for containing and dispensing a multiple-component liquid solution includes a product chamber member movably mounted within the sidewall of a canister, and defining at least first and second separate product chambers for containing liquids to be dispensed. First and second pistons are mounted in fixed positions within the canister and respectively slidably disposed within the first and second chambers. First and second passages extend from the respective pistons for feeding liquids displaced from the chambers through a manifold to a surface applicator mounted on the canister. Cooperating structure on the canister and the chamber member is manipulated by a user to move the chamber member within the canister over the pistons, and thereby to displace liquids from the chambers through the pistons to the manifold, in which the liquids are mixed and fed to the applicator.