The present disclosure relate to an actuator assembly for an aerosol can. The assembly includes a body attachable to a can and a disc provided with two opposing levers. The disc is hinged to the body and generally overlies a valve provided on the aerosol can. When either lever is depressed, a valve socket on the bottom of the disc engages the valve of the aerosol can to discharge pressurized liquid through a port formed through the disc. One of the levers is provided with a catching member that engages and selectively locks onto a latch provided on the body so that the lever is captured in a depressed position to cause the continuous discharge of liquid from the can. The captured lever can be released to discontinue discharge of liquid by pressing the other lever.

A mounting assembly for mounting an adapter to a valve stem of a valve of a pressurized container for the application of foam, where the adapter is configured to be mounted by means of the female threaded element onto the male threaded element of the valve stem by means of an axial screwing movement up to the mounted position, wherein the adapter further comprises a locking element at the extreme upstream end that is configured, when mounting, under the effect of the axial screwing movement towards the mounted position, to move past the collar and secure the female threaded element in the mounted position.

An actuator is provided. The actuator includes a nozzle; a valve; a conduit in fluid communication with the valve at one end portion and in fluid communication with the nozzle at an opposite end portion; and a trigger operatively connected with the valve, wherein the trigger includes a first zone and a second zone, wherein the first and second zones are independently movable about a common axis.

An actuator includes a nozzle; a valve; and a trigger operatively connected with the valve, wherein the trigger comprises an elastomeric material, wherein the trigger is configured to reciprocate from a forward position to a rearward position and back to a forward position upon actuation, wherein upon actuation from a forward position to a rearward position the trigger comprises a changing moment arm.

A dispensing device includes a container, wherein a bottom surface of the container includes a container opening to the interior storage; first and second sliding members that engage with the first and second tracks, respectively; a bowl support connected to the first and second sliding members, and wherein the bowl support is configured to move between a filling position and a serving position; and an actuator including a body including a first end and a second end. When the first end is in a first position, the bowl support is in the filling position. When the first end is in a second position, the bowl support is in the serving position.

A disperser system includes a disperser body that defines a substantially air-tight chamber therein. A sprayer assembly includes a passage, a fluid coupling, a nozzle, a valve, a valve trigger and a pouch. The passage is in fluid communication with the chamber. The valve is in fluid communication with both the passage and the fluid coupling and opens to the nozzle. The valve trigger is configured selectively to open the valve, thereby placing the passage and the fluid coupling in fluid communication with the nozzle. The pouch contains a fluid. When the chamber is charged with a gas and when the valve is opened, the gas flows through the passage and the fluid flows through the fluid coupling into the valve so that the gas entrains the fluid and delivers a suspension of the gas and the fluid to the nozzle, out of which the suspension is sprayed.

A fluid dispensing cap has a trigger vertically operable to actuate a valve. The cap has a window located below the trigger. The window defines a side edge and a bottom edge of the cap. A plate has a tab projecting therefrom. The plate also has a bottom surface with a channel. The plate is disposed in the window. A linking rib connects the plate to the side edge of the cap. The bottom edge is disposed in the channel. Movement of the trigger to actuate the valve is prevented until the plate and tab are affirmatively removed.

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.

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 present disclosure relate to an actuator assembly for an aerosol can. The assembly includes a body attachable to a can and a disc provided with two opposing levers. The disc is hinged to the body and generally overlies a valve provided on the aerosol can. When either lever is depressed, a valve socket on the bottom of the disc engages the valve of the aerosol can to discharge pressurized liquid through a port formed through the disc. One of the levers is provided with a catching member that engages and selectively locks onto a latch provided on the body so that the lever is captured in a depressed position to cause the continuous discharge of liquid from the can. The captured lever can be released to discontinue discharge of liquid by pressing the other lever.