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US Patent 10285750 Systems and methods for operating an electrosurgical generator

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Patent
Patent
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Patent attributes

Patent Jurisdiction
United States Patent and Trademark Office
United States Patent and Trademark Office
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Patent Number
102857500
Patent Inventor Names
Gary M. Couture0
Rebecca J. Coulson0
Sara E. Anderson0
Prakash Manley0
Date of Patent
May 14, 2019
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Patent Application Number
142550510
Date Filed
April 17, 2014
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Patent Citations Received
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US Patent 12070259 Short circuit error trapping with band between trigger and escape values in electrosurgical systems
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US Patent 11864813 Evaluation of consumed energy in electrosurgical systems
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US Patent 11864726 Correction to measured tissue impedance to account for electrode temperature in electrosurgical systems
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US Patent 11877787 Terminating a pulse based upon measurements taken within the pulse in electrosurgical systems
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US Patent 11883088 Open circuit check in electrosurgical systems
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US Patent 11918274 Incremental adjustment of a control parameter as a function of a monitored variable in electrosurgical systems
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US Patent 11918270 Electrosurgical generator, electrosurgical system, and method of operating an electrosurgical generator
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US Patent 12059191 Terminating drying cycles by monitoring impedance in electrosurgical systems
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Patent Primary Examiner
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Daniel W Fowler
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Patent abstract

The systems and methods according to embodiments of the present disclosure provide optimal tissue effect during an electrosurgical procedure. A system and method for controlling an electrosurgical generator is provided including sensing an impedance of target tissue; generating electrosurgical energy in a first phase at a first power level until the sensed impedance of the target tissue is greater than a first threshold impedance; generating a plurality of pulses of electrosurgical energy in a second phase at a second power level, each pulse being generated until the sensed impedance of the target tissue is greater than a second threshold impedance set for that pulse; and generating at least one high-voltage pulse in a third phase at a third power level for a predetermined duration to divide the target tissue.

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