Child-resistant container having cap retainer features

1. A child-resistant container, comprising:

a cap with a cover member, an inner member that depends from the cover member, and an outer member that depends from the cover member, an axis extending through the cover member, the outer member being moveable relative to the axis radially between a first position and a radially displaced position, the outer member of the cap including a squeeze actuator with a first pad and a second pad that are disposed on opposite sides of the axis and aligned along a squeeze axis that is spaced away radially from the axis, the first and second pads configured for manual squeezing along the squeeze axis for selective movement of the outer member from the first position toward the radially displaced position;

a container body with a neck that defines an opening to an inner cavity within the container body, the axis extending through the opening, the neck engaged with the inner member to support rotational movement of the cap in a twist-off direction and a twist-on direction about the axis, the container body having a projection that engages the outer member and limits rotational movement of the cap when the outer member is in the first position and the cap is contemporaneously rotated in the twist-off direction, the outer member bypassing the projection when the outer member is in the radially displaced position and the cap is contemporaneously rotated in the twist-off direction; and

the projection including a receiving aperture that receives at least part of the outer member when the outer member is in the first position and the cap is contemporaneously rotated in the twist-off direction;

wherein the outer member depends from the cover member and terminates at a lower edge, wherein the outer member includes an outer member aperture defined in the lower edge, wherein the outer member includes a lug that is disposed at a side of the aperture and that projects radially inward, wherein the aperture is configured to receive the projection of the container body, and wherein the lug engages the projection for limiting rotational movement of the cap in the twist-off direction.

2. The container of claim 1 , wherein the projection includes an abutment surface facing in a direction that opposes the twist-off direction, wherein the projection includes a top surface that faces axially along the axis;

wherein the receiving aperture is recessed into the abutment surface and the top surface to include internal surfaces facing upward axially, inward radially, outward radially, and in the direction that opposes the twist-off direction.

3. The container of claim 1 , wherein the neck is threadably engaged with the inner member of the cap.

4. The container claim 1 , wherein the outer member is resiliently flexible between the first position and the radially displaced position; and

wherein the outer member is biased toward the first position.

5. The container of claim 1 , wherein the container body includes a collar that is substantially flush with the outer member of the cap.

6. The container of claim 5 , wherein the collar includes at least one surface that is substantially flush with the first pad or the second pad.

7. The container of claim 1 , wherein the cap includes a thread that threadably engages the neck of the container body, the thread including a terminal end;

wherein the cap includes a rib that is attached to the inner member and the outer member; and

wherein the terminal end of the thread and the rib are disposed at a common circumferential position with respect to the axis.

8. The container of claim 1 , wherein the projection of the container body is one of a plurality of projections, the plurality of projections being disposed with rotational symmetry with respect to the axis.

9. A child-resistant container, comprising:

a cap with a cover member, an inner member that depends from the cover member, and an outer member that depends from the cover member, an axis extending through the cover member, the outer member being moveable relative to the axis radially between a first position and a radially displaced position, the outer member of the cap including a squeeze actuator with a first pad and a second pad that are disposed on opposite sides of the axis and aligned along a squeeze axis that is spaced away radially from the axis, the first and second pads configured for manual squeezing along the squeeze axis for selective movement of the outer member from the first position toward the radially displaced position;

a container body with a neck that defines an opening to an inner cavity within the container body, the axis extending through the opening, the neck engaged with the inner member to support rotational movement of the cap in a twist-off direction and a twist-on direction about the axis, the container body having a projection that engages the outer member and limits rotational movement of the cap when the outer member is in the first position and the cap is contemporaneously rotated in the twist-off direction, the outer member bypassing the projection when the outer member is in the radially displaced position and the cap is contemporaneously rotated in the twist-off direction; and

the projection including a receiving aperture that receives at least part of the outer member when the outer member is in the first position and the cap is contemporaneously rotated in the twist-off direction;

wherein the outer member of the cap includes a segment that extends about the axis from the first pad, the segment depending from the cover member of the cap and terminating at a lower edge, the lower edge including a trimmed area proximate the first pad, the trimmed area receiving the projection and allowing passage of the projection during rotational movement of the cap in the twist-off direction.

10. The container of claim 9 , wherein the outer member includes a wall and a lug that projects radially inward from the wall, the lug including an abutment surface that engages the projection of the container body for limiting rotational movement of the cap, the wall and the lug supported for movement between the first position and the radially displaced position.

11. The container of claim 10 , wherein the lug is configured to move radially inward from the first position toward the axis to wedge into the receiving aperture when the cap is rotated in the twist-off direction with the outer member in the first position.

12. The container of claim 11 , wherein the projection includes a lip, wherein the receiving aperture is disposed radially between the lip and the neck; and

wherein the lug includes a catch that is received within the receiving aperture between the lip and the neck when the outer member is in the first position.

13. The container of claim 12 , wherein the lug includes a radial portion and the catch, the radial portion projecting radially inward from the wall, the abutment surface included on the radial portion, the catch projecting from the radial portion to be received in the receiving aperture.

14. The container of claim 11 , wherein the lug is catchless with a majority the lug remaining outside the receiving aperture when the outer member is in the first position;

wherein the lug wedges into the receiving aperture when the cap is rotated in the twist-off direction with the outer member in the first position.

15. The container of claim 9 , wherein the neck is threadably engaged with the inner member of the cap.

16. The container of claim 9 , wherein the outer member is resiliently flexible between the first position and the radially displaced position; and

wherein the outer member is biased toward the first position.

17. The container of claim 9 , wherein the container body includes a collar that is substantially flush with the outer member of the cap.

18. The container of claim 9 , wherein the projection of the container body is one of a plurality of projections, the plurality of projections being disposed with rotational symmetry with respect to the axis.