SEPARATOR CARTRIDGE FOR RADIONUCLIDE
A processing device for a radionuclide including a cartridge assembly including a cartridge and receptacle, the cartridge containing a chromatographic material that captures one of a daughter and parent radionuclide from a mixture of the parent and daughter radionuclide passing longitudinally through the cartridge, the cartridge having respective transverse flanges on opposing ends, the receptacle having a slot on each end of a space that receives the cartridge where, the slots on each end receive the transverse flanges, the receptacle further including a connection assembly on each end of the space, the connection assemblies each having a lever that is moved along a respective slot that advances a connector towards the cartridge while twisting the connector as it makes contact with the cartridge to form a liquid tight connection.
1 . A processing device for a radionuclide comprising:
a cartridge assembly including a cartridge and receptacle, the cartridge containing a chromatographic material that captures one of a daughter and parent radionuclide from a mixture of the parent and daughter radionuclide passing longitudinally through the cartridge, the cartridge having respective transverse flanges on opposing ends, the receptacle having a slot on each end of a space that receives the cartridge where, the slots on each end receive the transverse flanges, the receptacle further including a connection assembly on each end of the space, the connection assemblies each having a lever that is moved along a respective slot that advances a respective connector along an axis of engagement towards the cartridge while rotating the connector around the axis of engagement as it makes contact with the cartridge to form a liquid tight connection.
2 . The cartridge assembly as in claim 1 further comprising a radio frequency identification (RFID) tag attached to the cartridge.
3 . The cartridge assembly as in claim 1 wherein the connectors further comprising one of male and female Luer fittings.
4 . The cartridge assembly as in claim 3 wherein the male and female Luer fitting further comprise male fitting attached to the cartridge.
5 . The cartridge assembly as in claim 1 wherein the cartridge assembly further plastic.
6 . The cartridge assembly as in claim 1 wherein the chromatographic material captures a daughter radionuclide.
7 . A processing device for a radionuclide comprising:
a housing;
a cartridge containing a chromatographic material that captures one of a daughter and parent radionuclide from a mixture of a parent and daughter radionuclide flowing longitudinally through the cartridge, the cartridge having respective transverse flanges on opposing ends;
a cartridge receptacle incorporated into the housing, the receptacle having a slot on opposing ends of the cartridge receptacle that receives the transverse flanges of the cartridge; and
a connection assembly of the cartridge receptacle on each end of the space, the connection assemblies each having a lever that is moved along a respective slot extending at least partially transverse to the longitudinal flow and that advances a connector towards the cartridge while twisting the connector as it makes contact with a respective connector of the cartridge to form a liquid tight connection.
8 . The cartridge assembly as in claim 7 further comprising a radio frequency identification (RFID) tag attached to the cartridge.
9 . The cartridge assembly as in claim 7 wherein the connectors further comprising Luer fittings.
10 . The cartridge assembly as in claim 9 wherein the Luer fittings further comprise male fittings extending from opposing ends of the cartridge.
11 . The cartridge assembly as in claim 7 wherein the cartridge assembly further plastic.
12 . The cartridge assembly as in claim 7 wherein the chromatographic material captures a daughter radionuclide.
13 . A processing device for a radionuclide comprising:
a housing;
a container holding a parent radionuclide that decays into a daughter radionuclide;
a cartridge containing a chromatographic material that captures one of the daughter and parent radionuclide from a mixture of a parent and daughter radionuclide flowing longitudinally through the cartridge, the cartridge having respective transverse flanges on opposing ends and respective connectors extending through the transverse flanges;
a cartridge receptacle incorporated into the housing, the receptacle having a slot on opposing ends of the cartridge receptacle that receives the transverse flanges of the cartridge; and
a connection assembly of the cartridge receptacle on each end of the space, the connection assemblies each having a lever that is moved along a respective slot extending at least partially parallel and partially transverse to the longitudinal flow and that advances a connector in the longitudinal direction towards the cartridge while rotating the connector around the longitudinal direction as it makes contact with a respective connector of the cartridge to form a liquid tight connection.