Laser device based on internet and control method thereof

Abstract

The invention discloses a laser device based on the internet and a control method thereof. The laser device comprises an MCU module which is connected with a microwave generator and an FPGA module through an internal data bus. The MCU module and the power supply end of the FPGA module are connected with a power supply module. The FPGA module is respectively connected with a mobile communication module and a 2.4G wireless module through a serial bus. The input end of the FPGA module is connected with a data acquisition sensor. The microwave generator is a multi-frequency microwave generator. One path of output of the multi-frequency microwave generator is connected with a laser treatment head, and the other path of output is connected with a magnetron used for plasma sterilization. Connection with user terminals is realized through networking of the wireless communication module and the FPGA module so that networking cost is low, and data acquisition automation and user customization functions can be conveniently realized; and disinfecting and water supplementing functions can also be provided in a combination way so that laser skin rejuvenation treatment can be realized and skin care and humidity regulation can also be realized.

Description

technical field [0001] The invention relates to a laser instrument and its control method, in particular to an Internet-based laser instrument and its control method. Background technique [0002] The laser therapy instrument will produce a series of response reactions in human tissue through specific intensity laser irradiation, and at the same time cause a wide range of biological effects, change the hemorheological properties, reduce the viscosity of whole blood and platelet aggregation ability; promote the generation of ATPase, Increase the deformability and fluidity of red blood cells; at the same time improve the oxygen-carrying capacity of red blood cells and enhance the utilization of oxygen by tissues; promote the body's metabolic function, improve microcirculation, reduce molecular substances in the body, and enhance the activity of superoxide (SOD) in the body , so that it can purify the blood very well, remove toxins and free radicals in the blood; decompose, dis...

AI Technical Summary

Problems solved by technology

However, the operation of the existing laser therapy equipment is relatively complicated, there is no intuitive human-computer interaction interface, and the user cannot understand the state of their own skin, and the experience is poor.

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