CN212395619U

CN212395619U - A red and blue light acne mask based on flexible fiber optic fabric

Info

Publication number: CN212395619U
Application number: CN202021555296.0U
Authority: CN
Inventors: 孔令豹
Original assignee: Fudan University
Current assignee: Fudan University
Priority date: 2020-07-31
Filing date: 2020-07-31
Publication date: 2021-01-26
Anticipated expiration: 2030-07-31

Abstract

The utility model discloses a red and blue light acne-removing mask based on a flexible optical fiber fabric. It includes a red and blue laser or LED light source, a conductive fiber and a fiber mask; one end of the red and blue laser or LED light source is provided with a light source end fiber connection port, one end of the fiber mask is provided with a mask end fiber connection port, and both ends of the conductive fiber are provided with light source ends respectively. The optical fiber coupler is connected to the optical fiber coupler of the mask end, the optical fiber coupler of the light source end is connected to the optical fiber connection port of the light source end, and the optical fiber coupler of the mask end is connected to the optical fiber connection port of the mask end; the optical fiber mask includes the mask body and the ear straps on both sides of the mask; the mask The body is woven from optical fibers and is in the form of a grid. Different from the current LED light irradiation methods on the market, the red and blue light acne mask of the present invention has obvious advantages in safety, convenience, uniformity of irradiation, easy regulation and the like.

Description

Red and blue light acne removal mask based on flexible optical fiber fabric

Technical Field

The utility model belongs to the technical field of the phototherapy, specific theory relates to a red blue light acne removal face guard based on flexible fiber fabric.

Background

Acne, commonly known as whelk, is a common dermatological disease and is often found in teenagers. The most obvious symptom is acne appearing on the face. Acne is a common disease involving pilosebaceous glands, and its clinical manifestations include comedones, papules, pustules, nodules, cysts, and scars of varying degrees. Acne occurs well in adolescents and is also common in middle-aged people, although the acne does not threaten the life of people, the acne affects the appearance of people, causes physical and psychological diseases and needs to be actively treated. At present, various treatment methods for acne exist, such as external medicines, chemotherapy, physical therapy and the like, but scar is difficult to avoid, and the treatment effect is not ideal. In recent years, the method of irradiation with red and blue lights is widely regarded because of the convenience of treatment and good effect.

The combined therapy of red and blue light has antibacterial, antiinflammatory and repairing effects, and can be used for treating various skin problems such as acne, acne mark, hormone dependent dermatitis, seborrheic dermatitis, and sensitive skin.

SUMMERY OF THE UTILITY MODEL

Not enough to prior art, the utility model aims to provide a red blue light acne removal face guard based on flexible fiber fabric.

The technical scheme of the utility model specifically introduces as follows.

A red and blue light acne removing mask based on a flexible optical fiber fabric comprises a red and blue laser or LED light source, a conducting optical fiber and an optical fiber mask; one end of the red and blue laser or LED light source is provided with a light source end optical fiber connector, one end of the optical fiber mask is provided with a mask end optical fiber connector, two ends of the conducting optical fiber are respectively provided with a light source end optical fiber coupler and a mask end optical fiber coupler, the light source end optical fiber coupler is connected with the light source end optical fiber connector, and the mask end optical fiber coupler is connected with the mask end optical fiber connector; the optical fiber mask comprises a mask body and ear belts on two sides of the mask; the mask body is a latticed optical fiber fabric.

The utility model discloses in, red blue laser or LED light source include the casing, set up light source display screen and light source shift knob on the casing, light source red light control button, light source blue light control button and light source irradiation mode selection button.

Compared with the prior art, the beneficial effects of the utility model reside in that: the utility model discloses based on flexible fiber fabric, carry out red blue light radiation treatment acne, realize the acne removal effect, shine the product differently with the LED lamp on the current market, the utility model discloses simple structure, convenient to carry, the irradiation is even and alternative better, only shines in the contact skin side, and is safer to eyes, and simultaneously, the cost is lower. Therefore, the method has obvious advantages in the aspects of safety, convenience, irradiation uniformity, easiness in regulation and control, economy and the like.

Drawings

Fig. 1 is a schematic structural view of the acne-removing mask with red and blue lights of the utility model.

Reference numbers in the figures: 1-mask body, 2-ear belt, 3-optical fiber connector, 4-conducting optical fiber, 41-mask end optical fiber coupler, 42-light source end optical fiber coupler, 6-red and blue laser or LED light source, 61-light source end optical fiber connector, 62-light source display screen, 63-light source switch button, 64-light source red light control button, 65-light source blue light control button and 66-light source irradiation mode selection button.

Detailed Description

The technical solution of the present invention will be explained in detail with reference to the accompanying drawings and embodiments.

Example 1

The utility model discloses utilize red blue light acne removal face guard to play antibiotic, anti-inflammatory and prosthetic effect simultaneously through red blue light combined therapy, can treat multiple skin problems such as acne, acne mark, hormone dependent dermatitis, seborrhoic dermatitis, sensitive skin. In the examples, the fiber fabric was loaded with a red and blue light source with an irradiation intensity of about 100mW/cm². The 630-660nm wave band red light is adopted for deeper acne inflammatory pimple and skin repair after acne, the red light penetrates deeper and can enter into the dermis layer, and during anti-inflammatory treatment, macrophages are stimulated to release various cytokines so as to promote the proliferation of fibroblasts, accelerate blood circulation and promote the regeneration of collagen and fibroblasts, thereby accelerating the regeneration of new skin and reducing the formation of acne scars (acne marks). The blue light with the wave band of 405 and 420nm is adopted to act on the surface layer of the skin, so that the acne propionibacterium can be killed and inhibited, the sebaceous gland cells can be inhibited from secreting grease, and the inflammatory reaction can be reduced. During treatment, a blue light wave band is loaded firstly, the skin is irradiated for 10 to 15 minutes through the optical fiber fabric, and red light is loaded for irradiation for 10 to 15 minutes after two to three times of irradiation. Or simultaneously loading red light and blue light for irradiation, and treating each timeHalf an hour to 1 hour. The specific irradiation times and sequence can be adjusted according to the acne condition.

The utility model discloses based on flexible fiber fabric, carry out red blue light radiation treatment acne, realize the acne removal effect, it is different with the LED lamp irradiation mode on the current market, in aspects such as safety, convenient, irradiation homogeneity, easily regulation and control, all have obvious advantage.

The utility model discloses a red blue light acne removal face guard based on flexible fiber fabric includes: the device comprises an optical fiber fabric 1, two ear belts 2, an optical fiber connector 3, a conducting optical fiber 4, a mask end optical fiber coupler 41, a light source end optical fiber coupler 42, a red-blue laser or LED light source 6, a light source end optical fiber connector 61, a light source display screen 62, a light source switch button 63, a light source red light control button 64, a light source blue light control button 65 and a light source irradiation mode selection button 66.

When the acne removing mask works, the acne removing mask with red and blue light is worn on the face through the ear belt 2, then the light source switch 63 is turned on, red and blue light output by red and blue laser or an LED light source 6 reaches the optical fiber fabric 1 through the light guide optical fiber 4, the light guide optical fiber is connected with the light source end optical fiber connector 61 through the optical fiber coupler 42 and is connected with the mask end optical fiber connector 3 through the mask end optical fiber coupler 41, the optical fiber fabric end is used for irradiation treatment, the intensity, the waveband and the like of the red and blue light can be adjusted and controlled through the

control buttons

64 and 65, and the irradiation mode can be controlled through the light source irradiation selection mode 66 and comprises continuous irradiation, automatic interval irradiation, red and blue light separate irradiation, red and blue light alternate irradiation, set period.

Compare with current red blue light direct irradiation treatment, the utility model discloses the advantage that has includes:

1. the utility model discloses a red blue light acne removal face guard based on flexible fiber fabric wears conveniently, can be portable, need not treat in special places such as hospital, beauty parlor;

2. the optical fiber fabric is used for red and blue light irradiation, so that the light irradiation is more concentrated, the irradiation intensity is easier to control, and the optimal irradiation effect can be obtained;

3. compare current special red blue light irradiation system cost lower, the utility model discloses a red blue light acne removal face guard based on flexible fiber fabric has better economic nature, more is fit for the beauty and health care of house type.

Claims

1. A red and blue light acne removing mask based on a flexible optical fiber fabric is characterized by comprising a red and blue laser or LED light source, a conducting optical fiber and an optical fiber mask; one end of the red and blue laser or LED light source is provided with a light source end optical fiber connector, one end of the optical fiber mask is provided with a mask end optical fiber connector, two ends of the conducting optical fiber are respectively provided with a light source end optical fiber coupler and a mask end optical fiber coupler, the light source end optical fiber coupler is connected with the light source end optical fiber connector, and the mask end optical fiber coupler is connected with the mask end optical fiber connector; the optical fiber mask comprises a mask body and ear belts on two sides of the mask; the mask body is a latticed optical fiber fabric.

2. The red and blue light acne removal mask based on flexible fiber fabric according to claim 1, characterized in that the red and blue laser or LED light source comprises a housing, and a light source display screen and a light source switch button, a light source red light control button, a light source blue light control button and a light source irradiation mode selection button are arranged on the housing.