Abstract: A drainage spigot guard may be configured to disinfect a spigot from a urinary catheter. The drainage spigot guard may include a shell with an interior cavity shaped to receive the spigot. The drainage spigot guard may further include a first disinfectant swab within the interior cavity. The first disinfectant swab may be positioned to disinfect at least part of the spigot in response to insertion of the spigot into the interior cavity. The shell may have an exterior shape configured to be received within a spigot retainer on a urinary catheter bag attached to the spigot.

Abstract: In some implementations, a caddy can include a shape where the caddy may include a bridge defining a remote seat that is structured to receive a call button remote, the remote seat opening upwardly, and the caddy having one or more protrusions extending up from a periphery of the remote seat. The caddy may also include a pair of legs extending down from the bridge, with a downwardly opening gap between the legs. The caddy may define apertures on opposite ends of the remote seat, each of the apertures being structured to receive a cord of a call button remote while the call button remote is seated in the remote seat. A call button remote can be seated in the remote seat with at least a portion of the call button remote being above the armrest of the medical chair.

Abstract: A drainage spigot guard may be configured to disinfect a spigot from a urinary catheter. The drainage spigot guard may include a shell with an interior cavity shaped to receive the spigot. The drainage spigot guard may further include a first disinfectant swab within the interior cavity. The first disinfectant swab may be positioned to disinfect at least part of the spigot in response to insertion of the spigot into the interior cavity. The shell may have an exterior shape configured to be received within a spigot retainer on a urinary catheter bag attached to the spigot.