Closure with rotational stop
View Patent ↗A dispensing closure with a rotational stop that limits the rotation of the closure and generally prevents removal of the closure from the container. The dispensing closure may include a cap body operably engaging a fitment and a container finish. When the cap body is rotated about the container finish, the interior abutment surface of the recessed squeeze pad engages a lug stop located on the container finish so as to limit the rotation, thereby preventing removal of the cap body from the container finish.
1. A dispenser closure and container combination comprising:
a container finish having at least one thread and a pair of opposing lug stops, said container finish further including a pair of opposing child resistant stops;
a dispenser closure having a cap body threadably attached to said container finish, said cap body having a top wall with a dispensing orifice, said top wall having a depending annular outer wall;
a pair of opposing recessed squeeze pads positioned within said annular outer wall so that each said squeeze pad has an arcuate cross section;
each said recessed squeeze pad having an inner wall, said inner wall is a vertical conical section with an upper end and a lower end, wherein said upper end has a first width and said lower end has a second width wherein said first width is smaller than said second width;
an inner diameter between each said inner wall of said pair of opposing recessed squeeze pads;
an outer diameter between said pair of opposing lug stops of said container finish;
said outer diameter is larger than said inner diameter creating an abutting relationship between an abutment surface of said inner wall of each said pair of opposing recessed squeeze pads and said pair of opposing lug stops of said container finish to prevent continued counterclockwise rotation of said closure on a container;
said annular outer wall of said cap body includes a pair of opposing inwardly directed child-resistant locks, said pair of opposing child-resistant locks in operable engagement with said pair of opposing child-resistant stops of said container finish upon initial counterclockwise rotation of said closure on said container and wherein inward pressure on said pair of opposing recessed squeeze pads cause said annular outer wall to deflect allowing said pair of opposing child resistant locks to override said pair of opposing child resistant stops.
2. The dispenser closure and container combination as in claim 1 wherein said inner wall abutment surface of each said recessed squeeze pad is a squared-off abutment surface.
3. The dispenser closure and container combination as in claim 1 wherein an outer wall of said squeeze pad is substantially concave in shape.
4. The dispenser closure and container combination as in claim 3 wherein said outer wall of each said squeeze pad is a vertical conical section with an upper end and a lower end, wherein said upper end has a first width and said lower end has a second width, wherein said first width is smaller than said second width.
5. The dispenser closure and container combination as in claim 1 wherein each said squeeze pad extends upwardly towards said top wall from proximate a terminating end of said annular outer wall of said cap body.
6. The dispenser closure and container combination as in claim 1 wherein said abutment surface is curved.
7. A child-resistant dispensing closure and container combination comprising:
a container finish having at least one thread and a pair of opposing lug stops, said container finish further including a pair of opposing child resistant stops;
a threadable dispensing closure having a top wall with a deflectable annular skirt, and a dispensing orifice extending through said top wall;
said annular skirt having a pair of opposing squeeze pads proximate a distal free end of said annular skirt, a pair of opposing child resistant locks directed inwardly from an inner surface of said annular skirt spaced at about 90 degrees from said pair of opposing squeeze pads and in operable engagement with said pair of opposing child resistant stops on said container finish upon initial counterclockwise rotation of said closure on a container, whereby inward pressure on said pair of opposing squeeze pads causes said child resistant locks to override said pair of opposing child resistant stops on said container finish;
each one of said squeeze pads defined by one or more exterior walls and one or more interior walls;
said one or more exterior walls of each one of said squeeze pads being substantially concave and said one or more interior walls of each one of said squeeze pads being substantially convex;
an inner diameter between one of said interior walls of each one of said opposing squeeze pads;
an outer diameter between said pair of opposing lug stops of said container finish; wherein said outer diameter is larger than said inner diameter creating an abutting relationship between an abutment surface of said one or more interior walls of each one of said squeeze pads with said pair of opposing lug stops on said container finish preventing continued counterclockwise rotation of said closure on said container; and
said abutment surface of said one or more interior walls remain engaged with said pair of opposing lug stops on said container finish when inward pressure is applied to said annular skirt adjacent said pair of opposing child resistant locks.
8. The child-resistant dispensing closure and container combination as in claim 7 wherein said one or more squeeze pad interior walls is a vertical conical section.
9. The child-resistant dispensing closure and container combination as in claim 7 wherein said annular skirt is an annular outer wall of a double wall closure.
10. The child-resistant dispensing closure and container combination as in claim 7 wherein said abutment surface of said one or more squeeze pad interior walls is squared-off.
11. The child-resistant dispensing closure and container combination as in claim 7 wherein said distal free end of said annular skirt includes a scuff band.
12. The child-resistant dispensing closure and container combination as in claim 11 wherein said substantially concave one or more exterior walls of said squeeze pad extends through said scuff band so that said scuff band is annularly discontinuous.
13. The child-resistant dispensing closure and container combination as in claim 7 wherein said substantially concave one or more exterior walls of said squeeze pad extends through said distal free end of said annular skirt.
14. A child resistant dispensing closure and container comprising:
a container having a neck finish with two child resistant stops and two lug stops;
a closure having a threadable engagement with said neck finish of said container, wherein said closure is threadably positioned relative to said container between a closed position and an open position, wherein contents of said container may be removed therefrom when said closure is in said open position;
said closure having a top wall with a depending outer annular skirt, wherein said outer annular skirt is frustoconical in shape, said top wall having an aperture extending therethrough;
a fitment operably engaging said aperture of said closure top wall, wherein said fitment seals said aperture when said closure is in said closed position and said fitment disengages from said aperture when said closure is in said open position;
said outer annular skirt being deflectable and having two opposing concave recessed squeeze pads and two opposing child resistant lugs spaced at about 90 degrees from said squeeze pads;
an inward force applied to each one of said squeeze pads causes said two opposing child resistant lugs to override each of said two child resistant stops;
each one of said squeeze pads defined by an exterior wall and an interior wall, wherein each of said exterior wall and said interior wall is a substantially vertical conical section;
a forward abutment surface of said interior wall of each one of said squeeze pads contacts said two lug stops to prevent further counterclockwise rotation of said closure and further inhibits removal of said closure from said container; and
said forward abutment surface of said interior wall of each said squeeze pads in an abutting relationship with said two lug stops of said container neck finish when said closure is in said open position.
15. The child resistant dispensing closure and container as in claim 14 wherein said forward abutment surface of said interior wall of each one of said squeeze pads is curved.
16. The child resistant dispensing closure and container as in claim 14 wherein said forward abutment surface of said inner wall of each one of said squeeze pads is squared-off.
17. The child resistant dispensing closure and container as in claim 14 wherein said interior wall of each one of said squeeze pads is substantially convex in shape.
18. The child resistant dispensing closure and container as in claim 14 further comprising an inner annular skirt having said thread.
19. The child resistant dispensing closure and container as in claim 14 wherein said interior wall of each one of said squeeze pads is frustoconical in shape.
20. The child resistant dispensing closure and container as in claim 14 wherein said interior wall of each one of said recessed squeeze pads having a first end with a first width proximate a distal free end of said outer annular skirt and a second end with a second width proximate said closure top wall, wherein said first width is larger than said second width.
21. The child resistant dispensing closure and container as in claim 14 wherein each said child resistant stop is integrally formed with each said lug stop.
22. A child-resistant dispensing closure and container combination comprising:
a container including a container finish having a pair of lug stops and a pair of child resistant stops;
a threadable dispensing closure having a top wall with a deflectable annular skirt, and a dispensing orifice extending through said top wall;
said annular skirt having a pair of opposing squeeze pads proximate a distal free end of said annular skirt, a pair of opposing child resistant locks directed inwardly from an inner surface of said annular skirt spaced at about 90 degrees from said pair of opposing squeeze pads to operationally engage the child resistant stops on the container finish of the container upon initial counterclockwise rotation of said closure on the container, whereby inward pressure on said pair of opposing squeeze pads causes said child resistant locks to override the child resistant stops on the container;
each one of said squeeze pads defined by one or more exterior walls and one or more interior walls; and
said one or more exterior walls of each one of said squeeze pads being substantially concave and said one or more interior walls of each one of said squeeze pads being substantially convex, wherein an abutment surface of said one or more interior walls is inwardly directed towards the center of said closure to operationally engage the lug stops on the container finish of the container preventing continued counterclockwise rotation of said closure on the container and said abutment surface of said one or more interior walls remain engaged with the lug stops on the container finish of the container when inward pressure is applied to said annular skirt adjacent said pair of opposing child resistant locks.