Multiuse Disinfection Cap Assembly

A multiuse disinfection cap assembly configured to disinfect a connector, comprising:

• a cap comprising a closed top, an open bottom, a first sidewall extending between the top of the cap and the bottom of the cap, and a second sidewall extending between the top of the cap and the bottom of the cap, wherein the second sidewall is surrounded by the first sidewall, wherein the first sidewall of the cap comprises at least one ridge on an interior surface of the first sidewall of the cap that is configured to engage, in sequence, with a plurality of ridges on an exterior surface of a sidewall of a housing attached to the connector, and wherein the cap further comprises a center arm extending from a center of the top of the cap toward a center of the bottom of the cap;
• and
• a chamber comprising a sidewall extending between an open top of the chamber and a perforated bottom of the chamber, wherein the sidewall of the chamber is slidably engaged with the second sidewall of the cap, and wherein the top of the chamber comprises an opening configured to allow the center arm of the cap to extend into the chamber and engage a stopper located within the chamber that seals the top of the chamber;
• wherein the cap is configured to be pushed in a downward direction toward the bottom of the chamber a plurality of times, wherein each time of the plurality of times the cap is pushed:
• (i) the at least one ridge of the first sidewall of the cap slides over a ridge of the plurality of ridges of the sidewall of the housing to allow the cap to advance incrementally in the downward direction;
• and (ii) the center arm of the cap moves the stopper within the chamber to cause a disinfectant in the chamber to spray out of the perforated bottom of the chamber and onto the connector.

A multiuse disinfection cap assembly configured to disinfect a connector, comprising:

• a cap comprising a closed top, an open bottom, a first sidewall extending between the top of the cap and the bottom of the cap, and a window in the first sidewall of the cap, wherein the first sidewall of the cap comprises at least one ridge on an interior surface of the first sidewall of the cap that is configured to engage, in sequence, with a plurality of ridges on an exterior surface of a sidewall of a housing attached to the connector, and wherein the cap further comprises a center arm extending from a center of the top of the cap toward a center of the bottom of the cap;
• and
• a chamber comprising an open top and a perforated bottom, wherein the top of the chamber comprises an opening configured to allow the center arm of the cap to extend into the chamber and engage a stopper located within the chamber that seals the top of the chamber;
• wherein the cap is configured to enclose at least a portion of the housing and to be pushed in a downward direction toward the bottom of the chamber a plurality of times, wherein each time of the plurality of times the cap is pushed:
• (i) the at least one ridge of the first sidewall of the cap slides over a ridge of the plurality of ridges of the sidewall of the housing to allow the cap to advance incrementally in the downward direction;
• (ii) the first sidewall of the cap moves over the housing to reveal, via the window, a different visual indicium of a plurality of visual indicia on an exterior surface of the sidewall of the housing;
• and (iii) the center arm of the cap moves the stopper within the chamber to cause a disinfectant in the chamber to spray out of the perforated bottom of the chamber and onto the connector.