Abstract: An adaptor 20 temporarily transforms a valved urinary catheter 2 into one that permits continuous fluid flow by deforming the valve 3. The adaptor 20 includes a tube 22 that sealingly engages into the catheter outlet tube 4 and is provided with an actuator member 24 extending therefrom that engages the catheter valve 3. The actuator member 24 is sized to allow urine to flow therearound and into the tube 22, when the member 24 extends into engagement with the valve to deformably open same. However, the actuator member 24 is of a smaller diameter than the tube 22, and therefore does not greatly deform the valve 3 thereby avoiding damage to the valve 3. The adaptor 20 additionally includes a releasable clip 30, 32 that augments the frictional fit between the outlet tube 4 of the catheter 2 and the adaptor 20. The clip 30, 32 can also be sized to interact with a portion of the catheter 2 or the valve housing 5 to ensure the adaptor 20 is inserted an appropriate distance into the catheter 2.

Abstract: A flow control valve (22) such as for a catheter (10) allows discharge of urine from a bladder (12) by manual actuation. The valve (22) may be a double-duckbill valve (22) with a single slit (62) at one apex (60a) thereof. An elastomeric band (66) is positioned in a groove (68) of the valve member (22). An isolation member such as a stem (72) spaces the valve (22) from the walls (34, 36) of the valve housing (32). Crush limiting structure, such as a tube (76) or blade (82), is provided within valve member (22), or stop elements (86 or 92) are positioned external to valve member (22).

Abstract: A flow control valve (22) such as for a catheter (10) allows discharge of urine from a bladder (12) by manual actuation. The valve (22) may be a double-duckbill valve (22) with a single slit (62) at one apex (60a) thereof. An elastomeric band (66) is positioned in a groove (68) of the valve member (22). An isolation member such as a stem (72) spaces the valve (22) from the walls (34, 36) of the valve housing (32). Crush limiting structure, such as a tube (76) or blade (82), is provided within valve member (22), or stop elements (86 or 92) are positioned external to valve member (22).

Abstract: A syringe pump infusion control set (10) includes a high cracking bottle port check valve (22) and a low cracking patient port check valve (50) by which to selectively and automatically couple a syringe (40) to the fluid source (36) and the patient (58) with proper dynamic response for an injection from the syringe (40).