Compact catheter assembly with adjustable catheter tube
A compact catheter assembly is disclosed. The catheter assembly includes a receiver and a catheter sub-assembly. The catheter sub-assembly includes a catheter tube a fluid drain that are adapted for relative pivotal movement about a fluid junction.
1. A catheter sub-assembly comprising a handle including lateral walls and defining a fluid drain, a fluid junction including a flow path defined therein, a catheter tube defining a flow path therein and communicating with and carried by said junction, said catheter tube and said fluid drain being relatively pivotally movable about said junction, wherein said handle is configured to receive said catheter tube in a non-deployed position between said lateral walls.
2. The catheter sub-assembly of claim 1 wherein said drain defines a flow path.
3. The catheter sub-assembly of claim 2 wherein said drain flow path is defined by an enclosed lumen within said handle.
4. The catheter sub-assembly of claim 1 wherein said handle comprises a terminal proximal end said catheter tube comprises a distal portion and a proximal portion, wherein said proximal portion of said catheter tube includes at least a pair of eyelet openings and extends beyond said proximal end of said handle when said catheter tube is in its initial state.
5. The catheter sub-assembly of claim 4 wherein said fluid junction comprises a rotary member.
6. The catheter assembly of claim 5 wherein said rotary member is selected from one of a generally spherical member or a spool.
7. The catheter sub-assembly of claim 1 wherein said flow path through said fluid junction is non-linear.
8. The catheter sub-assembly of claim 1 further comprising a flow controller associated with said fluid junction.
9. The catheter assembly of claim 8 further comprising a socket in said handle for receiving said fluid junction.
10. The catheter sub-assembly of claim 9 wherein said fluid junction and said catheter tube comprises an integrally molded unit.
11. The catheter sub-assembly of claim 1 further comprising an actuator for effecting relative pivotal movement of said catheter tube and said handle.
12. The catheter sub-assembly of claim 1 further comprising a sleeve over at least a portion of said catheter tube.
13. The catheter sub-assembly of claim 1 further comprising an introducer tip at the proximal tip of said catheter tube.
14. The catheter sub-assembly of claim 1 further comprising an engagement surface for allowing attachment of one or both of a cap and a receiver.
15. The catheter sub-assembly of claim 14 wherein said engagement surface comprises a threaded surface.
16. The catheter sub-assembly of claim 14 further comprising a receiver cap.
17. The catheter sub-assembly of claim 16 wherein said receiver cap has a plurality of depressions.
18. The catheter sub-assembly of claim 1 , said catheter assembly having a central longitudinal axis wherein said catheter tube is adjustable to an angle no greater than 90° from said central longitudinal axis.
19. The catheter sub-assembly of claim 1 further comprising a port adapted for attachment of a collection container.
20. A catheter sub-assembly comprising a drainage tube, a fluid junction including a flow path defined therein, a catheter tube defining a flow path therein and communicating with and carried by said junction, and a flow controller for opening and blocking flow through said drainage tube, said catheter tube and said drainage tube being relatively pivotally movable about said junction, wherein said drainage tube is laterally spaced from said catheter tube.
21. The catheter assembly of claim 20 further comprising an actuator for allowing and blocking flow.
22. The catheter assembly of claim 14 wherein said catheter assembly is configured to be carried within a receiver.