Apparatus and method for sterile docking of male medical line connectors
A docking station for maintaining sterilization of temporarily disconnected male medical line connectors. The docking station has a plurality of docking bays, each of which retain an ampule therein containing a sterilization fluid and has an access mouth exteriorly exposed when the ampule is secured in its respective bay. The mouth of the ampule is provided with a female medical line connection for temporarily receiving and securing one of the male medical line connector temporarily disconnected from a patient. A tubular tip and a concentric connection collar of the one of the male medical line connector is thereby immersed in the sterilization fluid for sterilization while docked. Each of the ampules is secured against rotation in a clockwise direction in their respective docking bay to facilitate threadable connection of one of the male medical line connector. However, the ampules are permitted to freely rotate in the counterclockwise direction in their respective bays to prevent disconnection of one of the male medical line connectors therefrom while the connected ampules are retained in their respective bays. This prevents accidental reuse of an ampule. The ampules are provided with laterally extending wings which are received in recesses in their respective bays. The recesses have inclined ramp surfaces for engaging the bottom of the wings and thereby ejecting the ampules out of the bays when rotated in the counterclockwise direction.
1. A docking station for a male medical line connector, comprising:
a base housing having a docking bay dimensioned and contoured for receiving and temporarily retaining an ampule containing a sterilization fluid;
said ampule having a chamber therein containing the sterilization fluid and an access mouth exteriorly exposed when said ampule is retained in said bay, said mouth having a female medical line connection dimensioned and contoured for temporarily receiving and securing the male medical line connector thereto with a tubular tip of said male connector thereby exposed to said sterilization fluid;
said ampule secured against rotation in a clockwise direction in said bay to facilitate threadable connection of the male medical line connector, and permitted to freely rotate in a counterclockwise direction in said bay to prevent disconnection of the male medical line connector therefrom while the connected ampule is retained in said bay, whereby said ampule is dislodged from said bay with said male medical line connector attached; and
said ampule and said bay having inter-engaging parts whereby said ampule is secured against rotation in the clockwise direction in said bay and permitted to freely rotate in the counterclockwise direction.
2. The docking station of claim 1 , wherein said inter-engaging parts include laterally extending wings on said ampule and corresponding recesses in said bay receiving said wings, said recesses having ramp surfaces for engaging bottom edges of said wings and thereby forcing said ampule out of said bay when rotated in the counterclockwise direction.
3. The docking station of claim 1 , wherein said bay is positioned in a recess with a removable sterilization seal covering said recess and thereby covering said bay with said ampule retained therein.
4. A docking station for male medical line connectors, comprising:
a base housing securable to a normally stationary surface and having a plurality of docking bays, each of which is dimensioned and contoured for respectively receiving and temporarily retaining ampules containing a sterilization fluid;
each of said ampules having a chamber therein containing the sterilization fluid and an access mouth exteriorly exposed when said ampule is secured in one of said bays, said mouth having a female medical line connection dimensioned and contoured for temporarily receiving and securing one of the male medical line connectors thereto with a tubular tip of said one of said male connectors thereby exposed to said sterilization fluid;
said ampules secured against rotation in a clockwise direction in said bays to facilitate threadable connection of the male medical line connectors, and permitted to freely rotate in a counterclockwise direction in said bays to prevent disconnection of said male medical line connectors therefrom while the connected ampules are retained in said bays, whereby said ampules are dislodged from said bays with said male medical line connectors attached; and
said ampules and said bays having inter-engaging parts whereby said ampules are secured against rotation in the clockwise direction in said bays and permitted to freely rotate in the counterclockwise direction.
5. The docking station of claim 4 , wherein said inter-engaging parts include laterally extending wings on said ampules and corresponding recesses in said bays receiving said wings, said recesses having ramp surfaces for engaging bottom edges of said wings and thereby forcing said ampules out of said bays when rotated in the counterclockwise direction.
6. The docking station of claim 4 , wherein said bays are positioned in respective recesses with removable sterilization seals respectively covering said recesses and thereby covering said bays with said ampules retained therein.