A plastic container and liquid dispenser apparatus includes a plastic container and a liquid dispenser. The plastic container includes a base portion, a body portion, an interior of the plastic container, and a dispenser opening. The liquid dispenser has a hollow cap and a pick-up tube. The liquid dispenser is disposed in the dispenser opening of the plastic container. The pick-up tube extends inside the body portion of the plastic container and is fixed to the hollow cap. Thus, the interior of the plastic container is in communication with the interior of the hollow cap through the pick-up tube.

A device for providing a droplet of a liquid stored in an interior of a vial is disclosed that includes a support body and a resilient dome portion mounted to the support body to form a chamber having air, with the dome portion being configured to create an air flow when activated by compression. The support body includes a vial seat, a nozzle, and air flow and transfer conduits. The support body is arranged, when the vial is received by the vial seat, such that the air flow conduit establishes an air connection between the vial interior and the chamber, the transfer conduit establishes a fluid connection between the vial and the nozzle, and, upon activation of the dome portion, the air flow delivers air into the vial that causes liquid to be transferred from the vial to the nozzle through the transfer conduit.

A container configured for housing a fluid. A compressible body disposed within the container for dispensing fluid. The compressible body is compressed by applying compression to the container. When the compressible body changes from a non-compressed state to a compressed state, the fluid within the container does not flow into compressible body and fluid within the compressible body flows out of the compressible body and when the compressible body changes from the compressed state to the non-compressed state the fluid flows into the compressible body.

Dropper including a first element which may be associated with a container mouth, the first element including a support for an elastically deformable suction cap sealedly coupled to a pipette, a push button which slides axially in relation to the first element to compress the suction cap, a selector rotatably constrained to the first element, with one thereofi.e. either selector or push buttonbeing fitted with at least two grooves with different depths and with the otheri.e. either button or selectorequipped with at least one flap cooperating with grooves so, when the flap is associated with a groove, following rotation of the selector, button stroke length is limited to depth of the groove associated with the flap, to adjust the amount of a fluid suctioned and/or dispensed by the dropper, the first element and button torsionally coupled.

A fluid dispensing device having a flexible fluid pouch and a dispensing assembly, the dispensing assembly having a top piece and a bottom piece, the top piece having a flexible actuator including a flexible dome and a flexible flange extension, the bottom piece having a bottom portion of a pump chamber, a pump chamber inlet, a chamber inlet valve, and a bottom portion of an outlet valve, the top piece and the bottom piece mated together to form a pump chamber and an outlet valve, the device configured to allow bidirectional fluid flow through either or both inlet and outlet valves, and to dispense a volume of fluid that is less than the volume of the pump chamber. The flexible pouch may have a single opening or two openings. In the case of a single opening, the entire dispensing assembly is in the interior of the pouch. In the case of two openings, only the flexible dome extends to the exterior of the pouch. The outlet valve is configured so that the more pressure that is applied to the flexible fluid pouch, the more tightly the outlet valve seals.