A new type of auxiliary hair growth mixed light irradiation device

Abstract

The invention provides a novel auxiliary hair growth mixed light irradiation device, which comprises a support assembly, an installation plate, two rocker arm assemblies, a cross bar and an electric control device. The support assembly comprises a vertical rod and a base, wherein the vertical rod is arranged on the upper end of the base; the installation plate is movably arranged in the middle portion of the vertical rod; an adjustable clamping device is arranged between the installation plate and the vertical rod; the two rocker arm assemblies are arranged at the left end and the right end of the installation plate respectively; one end of each rocker arm assembly is pivoted to the installation plate, and the other end of the each rocker arm assembly is movably provided with a head side irradiation module through a universal sphere hinge assembly; the cross bar is movably arranged at the upper portion of the vertical rod; a front head top irradiation module, an upper part irradiation module and a back head top irradiation module are connected on the cross bar in sequence; the electric control device is arranged in the middle portion of the vertical rod through a support rocker arm; and the electric control device is used for adjusting irradiating power of the head side irradiation module, the front head top irradiation module, the upper part irradiation module and the back head top irradiation module. The device provides hair-loss patients irradiation conditions for promoting hair growth.

Description

technical field [0001] The invention relates to the field of hair growth treatment equipment, in particular to a novel mixed light irradiation device for assisting hair growth. Background technique [0002] The problem of hair loss has always plagued hundreds of millions of people with hair loss. Hair loss patients often try various treatment methods. The applicant applied near-infrared therapy to the field of hair growth for the first time, and is committed to helping more hair loss patients stay away from hair loss problems with technology. Near-infrared rays have the advantages of high efficiency, comfort and no side effects, and can penetrate into the cells under the scalp to increase the synthesis of proteins and DNA, thereby activating weakened and nearly atrophic hair follicles, promoting blood circulation throughout the scalp, and opening up the nutritional channels of hair follicles in the body, so as to achieve The purpose of hair growth. The application of near-i...

AI Technical Summary

Problems solved by technology

The application of near-infrared rays to hair growth therapy needs to rely on some special light irradiation equipment to emit near-infrared rays to promote the therapeutic effect. However, most of the special light irradiation equipment in the prior art are large in size and inconvenient to operate. The light source of near-infrared light is directly irradiated on the scalp of the hair loss patient

In addition, the luminous power of the near-infrared light irradiation equipment is relatively fixed. In reality, hair loss patients may only need to irradiate the injured scalp. Therefore, if the luminous power adjustment function of the local light-emitting module is not available, the treatment effect will be affected and a part of the electric energy will also be generated. waste of

[0003] Various hair growth treatment methods often have multiple bottlenecks such as treating the symptoms but not the root cause, and being easy to repeat.

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