Actuator systems and methods for aerosol wall texturing
View Patent ↗An outlet assembly for a spray dispenser comprises an actuator member, an outlet member, and an adjustment member. The actuator member comprises a stem portion, a first displacement surface portion, and at least one finger. The outlet member is arranged adjacent to the actuator member such that the outlet member and the actuator member define a dispensing path and the outlet member is adjacent to the at least one finger. The adjustment member is arranged relative to the actuator member. Movement of the adjustment member relative to the actuator member displaces the adjustment member relative to the actuator member to deform the at least one finger. As the at least one finger deforms, the at least one finger deforms the outlet member to alter a cross-sectional area of the outlet opening.
1. An outlet assembly for a spray dispenser, comprising:
an actuator member, where the actuator member comprises
a stem portion,
a first displacement surface portion, and
at least one finger;
an outlet member defining an outlet opening, where the outlet member is deformable;
an adjustment member defining a second displacement surface portion and an adjustment edge; whereby
the outlet member is arranged adjacent to the actuator member such that
the outlet member and the actuator member define a dispensing path, and
the outlet member is adjacent to the at least one finger;
the adjustment member is arranged relative to the actuator member such that
the first and second displacement surfaces engage each other, and
the adjustment edge is in contact with the at least one finger; and
movement of the adjustment member relative to the actuator member displaces the adjustment member relative to the actuator member to cause the adjustment edge to deform the at least one finger; and
as the adjustment edge deforms the at least one finger, the at least one finger deforms the outlet member to alter a cross-sectional area of the outlet opening.
2. An outlet assembly for a spray dispenser, comprising:
an actuator member, where the actuator member comprises
a stem portion, and
an adjustment edge;
an outlet member defining an outlet opening, where the outlet member is deformable;
a first adjustment member defining
a first displacement surface portion, and
at least one finger; and
a second adjustment member defining a second displacement surface portion; wherein
the outlet member is arranged adjacent to the actuator member and the first adjustment member such that
the outlet member, the actuator member, and the first adjustment member define a dispensing path,
the outlet member is adjacent to the at least one finger, and
the adjustment edge is in contact with the at least one finger;
the second adjustment member is arranged relative to the first adjustment member such that the first and second displacement surfaces engage each other; and
movement of the first adjustment member relative to the second adjustment member displaces the first adjustment member relative to the actuator member to cause the adjustment edge to deform the at least one finger; and
as the adjustment edge deforms the at least one finger, the at least one finger deforms the outlet member to alter a cross-sectional area of the outlet opening.
3. An outlet assembly for a spray dispenser, comprising:
an actuator member, where the actuator member comprises
a stem portion, and
at least one finger;
an outlet member defining an outlet opening, where the outlet member is deformable;
a first adjustment member defining
a first displacement surface portion, and
an adjustment edge; and
a second adjustment member defining a second displacement surface portion; wherein
the outlet member is arranged adjacent to the actuator member such that
the outlet member and the actuator member define a dispensing path, and
the outlet member is adjacent to the at least one finger;
the first adjusting member is arranged adjacent to the actuator member such that the adjustment edge is in contact with the at least one finger;
the second adjustment member is arranged relative to the first adjustment member such that the first and second displacement surfaces engage each other; and
movement of the first adjustment member relative to the second adjustment member displaces the first adjustment member relative to the actuator member to cause the adjustment edge to deform the at least one finger; and
as the adjustment edge deforms the at least one finger, the at least one finger deforms the outlet member to alter a cross-sectional area of the outlet opening.