Among other things, a dispenser for dispensing material is provided herein. The dispenser includes a cover. The dispenser is configured to receive a container from which material is dispensed. The container is adapted to be supported by the cover. Biasing structure is adapted to apply a force to the container to facilitate dispensing the material from the container.

Among other things, a dispenser for dispensing material is provided herein. The dispenser includes a cover. The dispenser is configured to receive a container from which material is dispensed. The container is adapted to be supported by the cover. Biasing structure is adapted to apply a force to the container to facilitate dispensing the material from the container.

A dispensing mechanism dispenses even doses of a substance, and comprises a base, a leverable surface, a stepper mechanism; and a space for an application substance. The levered surface is hinged at one end or is collapsible and is pressed downwards towards the base to squeeze the space to force the substance out of the cartridge. The stepper mechanism is located at the far end of the leverable surface to halt pressing at intervals corresponding to even doses of the substance. A carrier for a cartridge incorporating the dispensing mechanism comprises a housing which may be pressed to squeeze the cartridge and dispense the substance, an insertion opening through which the dispensing cartridge is inserted and a dispensing opening which lines up with a spout on the cartridge and through which the liquid is dispensed. The carrier may be attached to the wrist or to bicycle handlebars and the like.

Non-durable self-supporting flexible containers having product volumes and structural support volumes are provided with a valve mechanism to facilitate dispensing fluid product from the product support volume. One or more tension-inducing elements may be used to provide the valves with the ability to permit dispensing of fluid product from the product volume upon application of greater than a minimum threshold but less than a maximum threshold of squeeze force to an exterior of the flexible container. The valve may also be re-closable to prevent fluid product from being dispensed subsequent to use. The flexible container may further be provided with a product sensory experience sampling mechanism to provide for consumer interaction with one or more characteristics of the fluid product contained in the product volume without compromising the integrity of the product volume.

A container is disclosed which includes a body shaped to define a reservoir. The body has a body flange coupled to a sidewall. The body flange forms a perimeter around an opening in the body, and the opening includes a spout and a dipping area. The container also includes a hinge region fixedly adhered to the body flange to form a hinge. The hinge region separates the lid into a first lid portion sealing the spout and a second lid portion sealing the dipping area, and the first lid portion rotates at the hinge to expose the spout and wherein the second lid portion rotates at the hinge to expose the dipping area.

A fresh-keeping bottle includes a volumetric bottle having a bottle cap, a bottle body and a base. The upper end of the bottle body has a liquid squeezing outlet. The lower part of the bottle body is fixed with the base that includes a flexible bottle bottom and a cylindrical support. The upper edge of the bottle bottom is fixed in the inner wall of the cylindrical support. The liquid can be squeezed from the fresh-keeping bottle by pressing with a single hand without leakage. Solid and liquid materials can be separately packed at the upper and lower parts of a package bottle through tinfoil, which is punctured through sharp protrusion of the bottle bottom to mix the solid and liquid materials. The bottle keeps the powder fresh in transmission and storage and can simply mix the solid and liquid material together without needing special work when in use.

The invention relates to a mixing bottle (1) for mixing two liquids (23, 24). In order to avoid that the liquids have to be mixed in a separate vessel, the invention provides that the mixing bottle (1) comprises two storage compartments (2, 3) and a mixing compartment (11), wherein the storage compartments (2, 3) are each connected to the mixing compartment (11).

The present invention relates to an assembly composed of a container for a fluid and a dispenser packaging which makes it possible to receive said container and envelop it, at least partially, said container comprising a dispenser and at least one flexible wall, the container being suitable for dispensing said fluid by means of the dispenser by deforming said at least one flexible wall, the dispenser packaging being suitable so that at least part of said at least one flexible wall is accessible from outside of said dispenser packaging when the container is placed inside said dispenser packaging.

A dropper of eye drops comprises an eye drops storage for storing eye drops, which has an opening at the top and an eye drop outlet at the bottom; an elastic seal assembly installed inside the eye drop storage and forming a space for storing the eye drops together with the eye drop outlet; a pressing device installed at the top of the eye drop storage and configured to press the elastic seal assembly so as to compress the space for storing the eye drops, such that the eye drops are dropped out of the eye drop outlet. The dropper of eye drops eye drops by means of pressing the pressing device, and thus can be operated simply and safely, time- and energy-saving, and avoid waste. In addition, the dropper of eye drops has a simple design in structure and is convenient for use.

A deflating device for transferring a liquid content from a supply container into a baby feeding device is disclosed, comprising a positioning and holding arrangement configured for positioning and for holding a dual structure comprising (i) a squeezable bag prefilled with a liquid content and constituting said supply container, and (ii) an inflatable container constituting said baby feeding device, the positioning and holding arrangement being configured to allow transferring the liquid content from the squeezable bag into the inflatable container while the dual structure is held by; the device is further comprising a deflating mechanism configured to apply a deflating pressure on the squeezable bag thereby evacuating its liquid content into the inflatable container. A method for finalizing a baby feeding formula and introducing it into a disposable inflatable container is also disclosed.