Removable High Intensity Focused Ultrasound Transducer Assembly and Coupling Mechanism
There is presented a removable high-intensity focused ultrasound (HIFU) transducer and supporting system that allows for HIFU transducer assemblies and other therapeutic ultrasound assemblies to be attached to third party positioning, imaging, or guidance systems while maintaining the required focal-zone positioning ability and the required acoustic energy coupling to tissue, to mechanically or automatically ablate a target volume in unimpeded fashion. There is provided an acoustically transparent and pliable vessel that has an open top end and filled with acoustic coupling fluid, capable of holding the transducer assembly and distal end of the positioning system within it as it executes the HIFU treatment plan/process. The vessel is held in place using a transducer/positioning system and independent external fixturing mechanism.
1 . A removable high-intensity focused ultrasound (HIFU) transducer and supporting system, comprising:
an acoustically transparent and pliable vessel that is open at a top end and filled with acoustic coupling fluid, said pliable vessel capable of holding a transducer assembly and a distal end of a positioning system within said pliable vessel as a HIFU treatment process is executed;
said vessel fixed in place using a transducer with said positioning system which is independent of an external fixturing mechanism;
said HIFU transducer and supporting system allowing for HIFU transducer assemblies and other therapeutic ultrasound assemblies to be attached to third party positioning, imaging or guidance systems while maintaining a required focal-zone positioning ability and a required acoustic energy coupling to target tissue in order to mechanically or automatically ablate a target volume in unimpeded fashion.
2 . The removable high-intensity focused ultrasound (HIFU) transducer and supporting system of claim 1 wherein said system includes an acoustically transparent, self-contained coupling structure which is placed between a face of the transducer assembly and the target tissue; said structure attached to the transducer assembly and moving with the transducer assembly as the transducer assembly is re-positioned as the transducer assembly executes the HIFU treatment process.
3 . An endoscope mounted transducer device comprising:
a high intensity focused ultrasound handpiece having a channel for receiving an endoscope, and a first end;
a high intensity focused ultrasound transducer removably connected to said handpiece at said first end;
said high intensity focused ultrasound transducer connected to an acoustic coupling which delivers energy to a target tissue for treatment.