초록 ▼

An optical catheter connection system is described which has two mating assemblies: a motor unit and an optical catheter connector. The optical catheter connector mates to the motor unit for coupling optical signal into and out of a catheter optical fiber and providing drive torque to the catheter o

An optical catheter connection system is described which has two mating assemblies: a motor unit and an optical catheter connector. The optical catheter connector mates to the motor unit for coupling optical signal into and out of a catheter optical fiber and providing drive torque to the catheter optical fiber. The motor unit includes a rotary shaft powered by a motor for providing drive torque to the catheter optical fiber to rotate the fiber. The motor unit further includes a split sleeve for aligning a motor optical fiber with the catheter optical fiber for coupling optical signals between the two fibers. In one embodiment, a shield is provided around the outer surface of the optical catheter connector to help maintain a sterile field by forming a barrier between a clinician's sterile hand, which holds the optical catheter connector, and the non-sterile motor unit.

대표청구항 ▼

1. An optical catheter connector comprising: a flexible hollow catheter ferrule; a rigid retainer housed inside the catheter ferrule, wherein the retainer has at least two cutouts; a fiber connector housed inside the retainer; an optical fiber positioned along a rotational axis of the fib

1. An optical catheter connector comprising: a flexible hollow catheter ferrule; a rigid retainer housed inside the catheter ferrule, wherein the retainer has at least two cutouts; a fiber connector housed inside the retainer; an optical fiber positioned along a rotational axis of the fiber connector; and a connector bushing housed inside the retainer, wherein the connector bushing is attached to the fiber connector and the connector bushing has ribs on its outer surface positioned at, and configured to engage, the cutouts of the retainer for providing proper engagement with a motor unit. 2. The catheter connector of claim 1, wherein the cutouts in the retainer are elliptical.3. The catheter connector of claim 1, wherein the catheter ferrule is made of a flexible polymer.4. The catheter connector of claim 1, wherein the retainer is made of polycarbonate.5. The catheter connector of claim 1, wherein the retainer is made of plastic.6. The catheter connector of claim 1, further comprising a shield disposed around an outer periphery of the catheter ferrule.