Systems and methods for applying texture material to ceiling surfaces

1. A texturing system for applying a textured coating to a ceiling surface, comprising:

a container defining a container axis and a product chamber containing texture material and propellant material, where the propellant material pressurizes the texture material;

a valve system operable in

a first configuration in which pressurized texture material is substantially prevented from flowing out of the product chamber, and

a second configuration in which the valve system allows the pressurized texture material to flow out of the product chamber; and

an outlet assembly comprising

an actuator member comprising

a stem portion adapted to engage the valve system,

a mounting portion, and

at least one ear portion, and

a plurality of outlet members, where each outlet member defines an outlet member axis and an outlet opening having a predetermined cross-sectional area; wherein

a selected one of the plurality of outlet members is frictionally engaged with the mounting portion of the actuator member such that the outlet axis of the selected outlet member is substantially aligned with the container axis; and

displacing the at least one ear portion of the actuator member towards the container places the valve system in the second configuration to allow the pressurized texture material to flow out of the outlet opening along the container axis and onto the ceiling surface in a spray pattern; and

the texture material on the ceiling surface dries to form the textured coating.

2. A texturing system for applying a textured coating to at least one of a wall surface and a ceiling surface, comprising:

a container defining a container axis and a product chamber containing texture material and propellant material, where the propellant material pressurizes the texture material;

a valve system operable in

a first configuration in which pressurized texture material is substantially prevented from flowing out of the product chamber, and

a second configuration in which the valve system allows the pressurized texture material to flow out of the product chamber; and

an outlet assembly comprising

an actuator member comprising

a stem portion adapted to engage the valve system, and

a first mounting portion,

a support member, where the support member defines a second mounting portion, and

supported by the actuator member for movement between first and second positions,

a conduit member connected between the first and second mounting portions, and

an outlet member supported by the support member; wherein

the conduit member is flexible such that, as the support member is moved relative to the actuator member, the conduit member maintains a fluid path between the first and second mounting portions;

displacing the at least one ear portion of the actuator member towards the container places the valve system in the second configuration to allow the pressurized texture material to flow through the actuator member, through the conduit member, through the support member, through the outlet member, and out of the outlet opening in a spray pattern;

when the support member is in the first position, the pressurized texture material is deposited on the wall surface;

when the support member is in the second position, the pressurized texture material flows in a direction substantially parallel to the container axis and is deposited on the ceiling surface; and

the texture material on the wall or ceiling surface dries to form the textured coating.