Laser treatment system based on emergent laser detection and correction treatment scheme

Abstract

The invention provides a laser treatment system based on an emergent laser detection and correction treatment scheme. The system is characterized by detecting the error between an actual output laserof an operation optical fiber emitting end of a laser treatment instrument and a set laser, correcting the original treatment scheme according to the actual output laser and target position information, and adjusting the output power and time of a laser device, so that the optimization of an operative program is realized, and the operation results of being minimally invasive, precise, accurate andsafe are achieved. The laser treatment system provided by the invention has the technical effects of being stable and reliable, flexible and convenient in device configuration and arrangement and high in applicability; and furthermore, the device is low in processing production cost, and has a higher market promotion value.

Description

technical field [0001] The invention relates to the technical field of laser therapy, in particular to a laser therapy system based on outgoing laser detection and correction of a treatment plan. Background technique [0002] As an integral part of precision medicine, precision surgery aims to optimize surgical decisions through the in-depth integration of medicine, biology, physics, and computer science. Compared with traditional surgery, the concept and technical system of precision surgery are dedicated to the precise balance between surgical efficacy and protective function, so as to achieve minimally invasive, fine, precise and safe results. In recent years, the widespread use of laparoscopic minimally invasive surgery has made people see a bright prospect for minimally invasive surgery. Laser medical equipment occupies a pivotal position in the field of precision medicine. Since the birth of laser, it has been widely used in various fields of medicine. In precision su...

AI Technical Summary

Problems solved by technology

However, this solution only detects the abnormality of the laser, and does not involve the detection of errors caused by the transmission fiber. The laser surgical fiber will be lost during the operation and has a certain service life. After each use, the efficiency of the fiber will decrease. The energy delivered to the proximal end of the fiber will be reduced to the far end. In addition, this solution does not involve the difference in efficacy based on the error between the actual output laser and the set laser

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