An actuating assembly for dispensing a product under pressure is provided, which includes a shoulder mounted on a device for sampling the product under pressure, and a button with an inner actuator having a upstream spout mounted in a feeding tube and a downstream spout in communication with the upstream spout which terminates in a dispensing outlet, wherein the button has an outer cover with a peripheral skirt and a dispensing hole, and wherein the outer cover is mounted on the actuator in a actuating position in which the hole is arranged opposite the outlet to allow the product to be dispensed through the hole. The button is also axially displaceable with respect to the shoulder in a dispensing and aspiration stroke, and the cover is reversibly mounted on the actuator from an actuating to an inactive position and is arranged in order to prevent axial displacement of the button.

A dispenser has a body with a variable-volume storage chamber for storing substance, and a dispensing portion defining a dosage chamber in fluid communication with the storage chamber. A first valve includes a valve seat and a flexible valve cover seated thereon defining a normally-closed fluid-tight seam therebetween. The valve cover relative to moves from the valve seat to allow substance through the seam and out of the dispenser. A second valve allows substance from the storage chamber into the dosage chamber and substantially prevents flow from the dosage chamber into the storage chamber. An actuator is manually movable between (i) a first non-actuated position, and (ii) a second actuated position extending into the dosage chamber for compressing a dose of substance therein, dispensing substance through the first valve. The elasticity of the actuator causes it to return to the first non-actuated position upon manually releasing the actuator.

Provided is a liquid discharging vessel including: an application tip; and a nozzle exposed upwardly from the application tip by means of an external force and having an outlet adapted to discharge content to top of the application tip, wherein the nozzle moves downwardly from the application tip to close the outlet.

Provided is a liquid discharging vessel including: a pump for discharging content; an application tip descended to operate the pump; and a nozzle exposed upwardly from the application tip when the application tip is descended and having an outlet adapted to discharge the content to top of the application tip, the outlet being closed by the application tip ascended.

Exemplary hand-held sprayer systems are shown and described herein. An exemplary hand-held sprayer system includes a container for holding fluid. The container has a neck. A closure connects to the neck. A fluid conduit extends from the closure to a dispensing wand. The dispensing wand is configured to be held in a hand and to be moved about while dispensing fluid. A data tag is secured to the container. The dispensing wand has a trigger, a data tag reader, a pump, a motor, a power source, a processor and memory. The hand-held sprayer also includes logic for causing the processor to determine whether a data read from the data tag meets a criteria for allowing the dispensing of fluid from the container. If the data read from the data tag meets the criteria, fluid is dispensed from the container when the trigger is activated.

The methods and systems generally include a packaging system for perishable consumables including a container having an inner member configured to slide in and out of an outer member. A button that extends from a surface of the inner member through an aperture defined in a surface of the outer member. The button is configured to hold the inner member from sliding relative to the outer member. The button is configured to be deflected and removed from the aperture to permit the inner member to slide relative to the outer member.

Aerosol actuation mechanisms include improvements allowing a user to extend the reach of an aerosol application device, apply an aerosol in a windy environment, improve coverage of the aerosol product, or facilitate improved ability to ensure coverage for an aerosol product.

The invention relates to a novel pump device for a fluid container for dispensing a fluid, which device has an operating element and a head part, wherein a piston-cylinder unit forming a pump chamber is provided between the operating element and the head part. An inlet valve is provided at the inlet of the pump chamber, and an outlet valve is provided at the outlet of the pump chamber, wherein the operating element has an outflow with an outflow opening. The outlet valve is also provided at the outflow, and the outflow opening forms a valve seat in such a way that the outlet valve closes the outlet opening from outside.

A fluid dispenser device comprising a body (10) that supports, in stationary manner, a reservoir (20) containing fluid, a dispenser head (30) being assembled on said body (10) so as to be axially movable relative to said reservoir (20), said dispenser head (30) being provided with a dispenser orifice (31), said dispenser head (30) including a proximal bearing surface (35) that, during actuation, receives at least one, and typically two, of the user's fingers, and said body (10) including a distal bearing surface (15) that, during actuation, is suitable for receiving one of the user's fingers, and typically the thumb, said device including a removable actuator member (40) that is fastened in removable manner on said body (10) at said distal bearing surface (15), said removable actuator member (40) having a radial dimension that is greater than the radial dimension of said bearing surface (15).

A fluid dispenser device comprising: a reservoir (10) containing fluid; a dispenser head (20) that is provided with a dispenser orifice (21); dispenser means (30) for dispensing at least a fraction of said fluid through said dispenser orifice (21); and passage means (40) for connecting said reservoir (10) to said dispenser orifice (21) on actuation of said dispenser means (30), said passage means (40) including a hollow needle (41) that penetrates into said reservoir (10) on actuation of said dispenser means (30), said needle (41) being fastened in a needle support (60) that is itself fastened in said dispenser head (20); said needle support (60) including blocking means (65, 66) that, in the rest position, co-operate with said reservoir (10) so as to prevent it from moving axially relative to said head (20).