A Method for Detecting an Energy with an Optical Temperature Sensor to Regulating an Output of a Resonant Surgical Instrument and The Surgical Instrument with the Same

摘要

The present invention relates to an energy detection method for controlling the output of a resonant surgical tool by an optical temperature sensor and a surgical tool to which the same, and specifically, by detecting the temperature of the treatment site and the temperature of the surgery site of the surgical tool by optical means To provide an energy detection method for controlling the output of a resonant surgical tool by an optical temperature sensor capable of accurate temperature measurement and output control accordingly, and a surgical tool using the same. An energy detection method for controlling the output of a resonant surgical tool by an optical temperature sensor and a surgical tool using the same detects the output light generated from heat at the site where the effect of the surgical tool occurs and the energy wavelength emitted by the absorption of heat at the surgical site. Placing means; Detecting output light and energy wavelengths and transmitting them to an optical transmission means; Detecting the transmitted light and determining a temperature distribution of an effect generating portion and a heat absorbing portion; And controlling the output of the area where the effect of the surgical tool occurs based on the determined temperature.