An intelligent photodynamic hair growth helmet

Abstract

The invention discloses an intelligent photodynamic hair growth helmet, which comprises a helmet body and an external integrated control system. The helmet body is obtained by one-time injection molding of light materials, and the external integrated control system includes an adjustable laser source, a power supply, a liquid crystal display, and a timer. , automatic power-off controller, CPU, power switch and sensor; the helmet body is provided with a cavity, the cavity includes a fan cavity, a light source hole cavity, a sensor cavity and a shading exhaust device cavity, and the fan cavity is installed There is a fan; the cavity of the light source hole is equipped with a sphere with a rod and a sponge body, the upper and lower ends of the cavity of the light source hole are respectively equipped with an upper limit ring and a lower limit ring, and the bottom of the sphere with a rod is provided with a glass body; the inner part of the helmet body There is a long hexahedral optical fiber integrator in the middle of the surface, and the luminous optical fiber is installed in the glass body. The luminous optical fiber is led out from the side of the glass body and connected to the optical fiber integrator. The optical fiber integrator is connected to the external integrated control system through an optical fiber bundle.

Description

technical field [0001] The invention belongs to the technical field of photobiostimulation, in particular to an intelligent photodynamic hair growth helmet. Background technique [0002] Biostimulation laser, also known as low-level laser therapy (LLLT), cold laser, soft laser, or laser acupuncture. It has been clinically proven that low-level laser therapy (LLLT), namely photobiomodulation and photobiostimulation, can prevent hair loss and stimulate hair growth. At present, the hair growth helmet or hair growth cap made by this laser technology has been greatly improved compared with the traditional large-scale laser irradiation equipment in hospitals. However, due to the limitations of its own structural design, there are several shortcomings: 1. It cannot be irradiated to the hair to be irradiated. Covered scalp, 2 The distance between the laser source and the scalp cannot be adjusted, 3 The number of laser heads is large, and the truly effective ones are less than one-f...

AI Technical Summary

Problems solved by technology

At present, the hair growth helmet or hair growth cap made by this laser technology has indeed been greatly improved compared with the traditional large-scale laser irradiation equipment in hospitals, but due to the limitation of its own structural design, there are several major shortcomings: 1. It cannot irradiate the damaged hair Covered scalp, 2. The distance between the laser source and the scalp cannot be adjusted. 3. There are a large number of laser heads, and less than one-fifth of the total number of laser heads are really effective. Not only is the curative effect poor, but it also causes waste. 4. A large amount of laser energy is absorbed by the hair. The temperature inside the helmet is too high, and patients with sensitive skin are prone to skin problems

5 The limitations of the structure lead to a single light source, making it impossible to customize treatment plans for patients with different characteristics

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