6 results about "Laser treatment" patented technology

The invention discloses an automatic laser treatment robot. The automatic laser treatment robot comprises a control system, a three-dimensional scanning system, a laser system, and a tracking and positioning system, wherein the control system is used for obtaining a treatment scheme; the three-dimensional scanning system is used for obtaining data of a treatment region; the laser system comprisesa mechanical arm, wherein a laser machine is arranged on the mechanical arm; the tracking and positioning system is used for transmitting a tracking signal to the control system, so that the control system determines the position relationship between the treatment region and the mechanical arm according to the tracking signal, and/or the control system determines the position of the treatment region according to the tracking signal, and/or the control system determines the position of the mechanical arm according to the tracking signal; and the control system is also used for controlling the mechanical arm to move to the treatment region according to the treatment scheme, the position of the treatment region and the position of the mechanical arm. Through the adoption of the scheme of theautomatic laser treatment robot disclosed by the invention, automatic laser treatment can be realized, and labor can be saved.

The invention discloses a laser carrying device for treating an inner wall surface of a pipeline and a laser treating method. The laser carrying device comprises a laser beam splitter, two fixing rods and two sets of moving frame components, wherein the fixing rods are respectively arranged at the two ends of the laser beam splitter; the moving frame components are respectively arranged on the two fixing rods; the moving frame components comprise mounting bases and two sets of guiding frames; the mounting bases are in pivoted connection with the fixing rods; the two sets of guiding frames are respectively arranged on the two sides of the mounting bases; each set of guiding frame is composed of two guiding rods and an elastic component; the guiding rods are crossed with each other and are in pivoted connection with each other through a spindle on a position; the elastic component is arranged between the two guide rods; idler wheels are arranged at the two ends of each guide rod; the guiding frames are in pivoted connection with the mounting bases through the spindles. According to the invention, the moving frame components are additionally arranged at the two ends of the laser beam splitter, so that the laser beam splitter can be firmly and stably positioned, and meanwhile, the laser beam splitter is protected from being in contact with the inner wall of the pipeline. The laser carrying device can be advanced along the extending direction of the pipeline so as to realize the laser treatment for the inner wall surface of the pipeline.

The invention discloses a high-stability thermistor manufacturing process which comprises the following steps: firstly, manufacturing an inner layer on a thermistor material, performing laser treatment on a side of a gong groove, pressing a prepreg with a copper foil, filling the gong groove with a resin, further performing laser treatment on the other side of the gong groove, pressing the prepregwith the copper foil, filling the gong groove with the resin, wrapping a thermistor inside the gong groove completely, and finally performing patterning, thereby obtaining a finished product of the thermistor. By adopting the high-stability thermistor manufacturing process, the thermistor is manufactured in modes that groove holes are formed through laser and mechanical means and the resin is repeatedly pressed and supplied, the thermistor is surrounded by the resin, very high reliability and stability are achieved, the characteristics that the resistance of a thermistor plate is increased incase of heat and large current and normal resistance is recovered after the heat and the current are recovered are met, then relatively high market requirements are met, and product diversity is achieved.

The invention provides a laser system of an oral cavity laser therapeutic instrument. The laser system comprises a laser power supply, a laser head, a laser water cooling system, an optical fiber output system, a gas-water spraying system and a complete machine control system, wherein the laser power supply is used for providing energy for the laser head, the laser head comprises a total reflection mirror, an output mirror, a xenon lamp, a laser rod, a light condensation cavity and an optical turn, the laser water cooling system is used for cooling the laser rod and the xenon lamp of a laser device, a light guide output system is used for laser output and is composed of a beam expanding shaping mirror, a coupling focusing mirror and an optical fiber, the gas-water spraying system is used for spraying a gas-water mixture to tooth tissue under the action of laser so as to achieve the effects of reducing the temperature of the tissue in an irradiation area and participating in laser treatment, and a central control system is used for controlling parameters of the laser power supply, the laser water cooling system and the gas-water spraying system and coordination work among the subsystems. The laser system has the advantages of stable output laser energy, good light spot uniformity, high operation flexibility and the like.