Application of infrared spectroscopy therapeutic apparatus applying big data analysis to gynecologic clinic

Abstract

The invention discloses application of an infrared spectroscopy therapeutic apparatus applying big data analysis to gynecologic clinic. The principle of an infrared ray non-thermal biological effect is adopted, infrared rays of 1-3 [mu]m are mainly utilized, photon energy of specific wavelengths in light waves of the band is equivalent to energy released during ATP hydrolysis, in addition, part ofwavelengths can cause quantum vibration of amido bonds in protein molecules, and thus biological energy is smoothly transferred from one place to the other place. By means of the principle and in cooperation with various matched nutrients, energy transfer is accelerated, cell tissue is promoted to absorb in-vivo and external nutrient substances, cells are directly activated, cell regeneration capacity is enhanced, body immunity is improved, and thus the functions of physiological repairing and noninvasive treating of gynecological external genital tract diseases are achieved. In addition, thetherapeutic apparatus is provided with a data analysis and management system, convenience is brought to patients and doctors, the study cost of doctors using the therapeutic apparatus is reduced, treating data are clear between doctors and patients, and trust between doctors and patients is increased.

Description

technical field [0001] The present invention relates to the technical field of medical equipment, and more specifically relates to a patient picture collected and acquired through a camera function probe, which uses big data analysis and identification technology to automatically generate a treatment plan according to the severity of the patient, and uses infrared light and non-thermal biological The effect and the application of a variety of supporting nutritional agents for physiological repair and non-invasive treatment of gynecological external reproductive tract diseases (vulvar dystrophy, cervicitis, cervical columnar epithelial heterotopia, various vaginitis, etc.) on the medical equipment. Background technique [0002] Gynecological external reproductive tract diseases are common gynecological diseases, accounting for 87.5% of women of childbearing age, common reproductive infections of adult women account for more than 50%, of which: the incidence of various vaginit...

AI Technical Summary

Problems solved by technology

At the same time, after the patient is treated, the recovery progress of the disease cannot be communicated with the doctor in a timely and intuitive manner

There are generally insufficient medical resources in domestic departments, heavy workload, and limited learning time and operating time. Even trained doctors or nurses may make operational mistakes in blind work, which brings inconvenience to operating and learning new treatment techniques. , does not achieve the desired effect

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