Falkenstein, Zoran,Cappello, Christopher J,Johnson, Gary M,Gianneschi, Benjamin A,Tran, Oliva J,Wixey, Matthew A.,Pravongviengkham, Kennii,Pravong, Boun,Yawata, Haruyasu,Brustad, John R,Cohen, Adam J
申请号：
ES10192614
公开号：
ES2651687T3
申请日:
2009.03.31
申请国别(地区):
ES
年份:
2018
代理人:
摘要：
An electrosurgical system for performing surgical procedures on a patient's body tissue comprising: an electrosurgical generator (12)； and an electrosurgical tool (40) comprising a memory module (70) that stores tool data； and wherein the electrosurgical generator (12) is configured to receive the tool data from the memory module (70) and apply an electrosurgical signal profile to the electrosurgical tool (40) based on the tool data； The electrosurgical generator (12) comprises a configured analysis module: to monitor operational data of the electrosurgical tool (40), the operational data comprises a phase angle between voltage and current； The electrosurgical tool (40) comprises at least two electrodes (2302, 2303, 2304, 2037, 2307 ', 2308) configurable to operate in a coagulation state and a cutting state, wherein the memory module further comprises a script of tool configured to modify electrosurgical tool performance to change from coagulation to cut by reconfiguring the at least two electrodes and the electrosurgical generator output and where the tool script is arranged to: first configure the system for tissue fusion； measure the tissue phase angle to determine expected phase angle endpoint data indicative of an expected fusion of that tissue； then turn on radio frequency energy until the predetermined expected phase angle endpoint is reached； then turn off the radio frequency energy； then change the electrodes to the cutting configuration； set the radiofrequency output for cutting； and restart the radio frequency energy.Un sistema electroquirúrgico para realizar procedimientos quirúrgicos en tejido corporal de un paciente que comprende: un generador electroquirúrgico (12)； y una herramienta electroquirúrgica (40) que comprende un módulo de memoria (70) que almacena datos de herramienta； y en donde el generador electroquirúrgico (12) se configura para recibir los datos de herramienta del módulo de memoria (70) y aplicar un perfil de señal electroquirúrgica a
