Variable-bandwidth transducers with asymmetric features
OwnerKobi VORTMAN, Yoav LEVY +1inventors
InventorsKobi VORTMAN, Yoav LEVY, Oleg PRUS
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OwnerKobi VORTMAN, Yoav LEVY +1inventors
InventorsKobi VORTMAN, Yoav LEVY, Oleg PRUS
Estimating the term…
Transducer elements have one or more asymmetric features that give rise to multiple natural resonance frequencies. The feature(s) can be discrete (e.g., steps, bars, or gemstone-like facets) or continuous across one or more dimensions of the transducer element (e.g., a triangular prism). A transducer element can be driven at more than one resonance frequency; multiple frequencies will excite more than one feature in parallel, each producing an output emission with a characteristic frequency and phase. An optimal frequency—i.e., one that maximizes the peak acoustic intensity or acoustic power at the target—within a certain frequency range may be determined, and a plurality of asymmetric transducer elements may be driven at a center frequency that coincides with or is close to this optimal frequency.
An ultrasound emitter comprising:
A system for delivering ultrasound energy to a target region, the system comprising:
Dependencies are inferred from the claim text.