Circon Corporation

Mihail Filip

Frank D D'Amelio

Robert H Quint

Dominick G Esposito

David L Morris

An electrohydraulic probe for impacting object is shown. The electrohydraulic probe comprises a first electrode, and a second electrode which positioned at a preselected space from the first electrode defining a uniformly spaced controlled discharge path therebetween. An insulating means is disposed between and encloses the space between the first electrode and second electrode. The insulating means comprises a relatively mechanically rigid dielectric material that structurally maintains the predetermined space between the first electrode and second electrode while preventing a controlled discharge through the insulating means to cause an electrical discharge shock to occur only across the uniformly spaced controlled discharge path which electrical discharge shock generates and applies a hydraulic shock wave through a fluid to the object to impact the same.

Electrohydraulic probe having a controlled discharge path

A method of manufacturing an electrohydraulic probe for use with a lithotriptic instrument is shown. The probe comprises a first electrode, a second electrode and a relatively rigid spacer means therebetween to maintain a relatively constant equidistant space between the first and second electrodes during the entire work life of the probe. The method comprises the steps of connecting a distal end spacer member with a first electrode wherein the spacer member has a central aperture therein with a relatively constant thickness between its central aperture and an outer perimeter of the space member at the distal tip of the probe and wherein the spacer member comprises a relatively mechanically rigid dielectric material; and connecting a second electrode with the spacer member wherein the central aperture such that said second electrode is spaced equidistantly from the first electrode at the distal tip of the probe.

Method of manufacturing an electrohydraulic probe

A gas pressure neutralizing device for use with a working channel of an inspection instrument. The device comprises means for providing a first gas pressure buffer, a second gas pressure buffer, a chamber formed therebetween and means for reducing the pressure in the chamber whereby gases are substantially prevented from exiting the instrument through a working inlet of the device at an elevated pressure or high velocity.

Growing community of inventors

Shelton, CT, United States of America

Mihail Filip