LED optical treatment apparatus for gynecological inflammation

Abstract

The invention discloses an LED optical treatment apparatus for gynecological inflammation, for treatment of cervical and vaginal inflammation. The apparatus is composed of an optical conductor, an LED light source, a support structure, a reflection cover, a lens and a lens position adjusting device. A red high-power LED chip and a blue high-power LED chip are integrated together as a treatment light source. Through adjustment of a light beam by use of the reflection cover and the lens, in the process of introducing radiant light through the optical conductor into a human body, the side surface and the end portion of the optical conductor are uniformly radiated, the intensity is freely controlled, i.e., the optical energy at a vaginal portion and a cervical portion can be freely adjusted according to needs, and the effect of symptomatic treatment of cervicitis or vaginitis is achieved.

Description

technical field [0001] The invention relates to an optical device using semiconductor light-emitting diode (LED) radiated light for gynecological inflammation treatment, specifically a gynecological optical treatment head for cervix and vaginal inflammation, belonging to the technical field of optical medical instruments. Background technique [0002] When visible light interacts with living organisms, the photon energy is absorbed by biological molecules to produce photochemical effects. Appropriate light energy can produce positive biological stimulation effects and play a role in disease treatment. Red light around 630nm can enhance cell activity, promote cell metabolism, improve hemodynamic effects, reduce inflammation and analgesia, and improve human immunity; blue light with a wavelength of around 470nm can quickly inhibit inflammation. Gynecological inflammation such as vaginitis and cervicitis is a common gynecological disease. Generally, drug treatment takes a long ...

AI Technical Summary

Problems solved by technology

Patent 200910061587.6 uses optical fibers and fiber bundles to introduce LED radiation into the body. Based on the characteristics of LED light, there are disadvantages such as difficult coupling, large transmission loss, and low efficiency. At the same time, because of the small space in the body, the radiated light at the end of the optical fiber has no spatial divergence, resulting in irradiation Disadvantages of too small a range

There are related products that place multiple low-power LED beads on the structure in the cavity, so that the heat generated by the LEDs is concentrated in the body, which is inconvenient for treatment, and the LED chip temperature is too high, which greatly reduces the life of the chip.

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