CN114948783A - Photoelectric combination treatment method for facial rejuvenation - Google Patents

Abstract

The invention relates to the technical field of beauty, in particular to a photoelectric combined treatment method for facial rejuvenation, comprising the following steps: a photoelectric combined treatment method for facial rejuvenation, comprising the following steps: cleaning; injection; massage; irradiation; photoelectric combined therapy A step of. The present invention improves skin texture, complexion and skin age through layered treatment of skin epidermis, dermis, fat layer and fascia layer by light, sound and electricity, and stimulates collagen, and then injects botulinum toxin to relax Facial muscles, the elimination of dynamic wrinkles, to achieve the purpose of overall face rejuvenation.

Description

A photoelectric combined treatment method for facial rejuvenation

technical field

The invention relates to the technical field of beauty, in particular to a photoelectric combined treatment method for facial rejuvenation.

Background technique

Aging is a normal physiological process of the human body, and everyone has to face it and accompany people throughout their lives. The main manifestations of aging on the face are skin laxity, sagging, osteoporosis, ligament laxity, fat loss, displacement, dull skin tone, and pigmentation. Anti-aging is an eternal theme for people, and facial anti-aging and rejuvenation is also a topic of great concern to all beauty lovers. Among them, facial rejuvenation is a large category, which generally refers to all treatments related to anti-aging and rejuvenation; mainly including surgical treatment , micro plastic surgery (injection, line carving, etc.) and photoelectric skin beauty three aspects; for mild or local skin aging, it is recommended to take non-surgical methods such as micro plastic injection or photoelectric treatment; Surgery is recommended.

In recent years, the progress of optoelectronic technology has brought good news to beauty seekers. Various wavelengths of laser, radio frequency, and ultrasound can treat various pigmentation, skin wrinkles, dull and rough skin, red blood, and various skin lesions caused by aging. Phototherapy can also stimulate collagen regeneration, firming and rejuvenating skin. , shrink pores, etc., to achieve the effect of skin rejuvenation.

However, the existing photoelectric treatment methods can only be effective on various pigmentation spots, skin wrinkles, dull and rough skin, red blood, and various skin lesions, etc., and cannot fully achieve facial rejuvenation.

Therefore, it is an urgent problem for those skilled in the art to provide an optoelectronic combined treatment method combining injection and optoelectronic technology for facial rejuvenation.

SUMMARY OF THE INVENTION

In order to overcome the above shortcomings, the present invention provides an optoelectronic combined treatment method combining injection and optoelectronic technology for facial rejuvenation.

Technical embodiment of the present invention:

1. A photoelectric combined treatment method for facial rejuvenation, comprising the following steps:

(1) Clean, use purified water to clean and aseptically disinfect the face;

(2) Irradiation, using a laser to irradiate the facial skin;

(3) Combined photoelectric therapy, using a division and marking around the face treatment area, using a physiological signal recorder to input electrical signals to the cells below the face through divisions, and at the same time, the laser instrument again performs light stimulation.

(4) Inject botulinum toxin into facial wrinkles;

2. A photoelectric combined treatment method for facial rejuvenation according to claim 1, characterized in that, in the step (2), the laser instrument adopts a sinolon picoway laser instrument, and the specific irradiation steps are:

S1: The large spot is fully illuminated 1-2 times;

S2: The small light spot is irradiated 1-2 times at the color spot position.

3. The photoelectric combined treatment method for facial rejuvenation according to claim 1, wherein the laser in the step (2) is a pulsed laser generating device, and the wavelength of the light stimulation signal is 420nm-1200nm.

4. The photoelectric combined treatment method for facial rejuvenation according to claim 1, characterized in that the electrical stimulation signal of the physiological signal recorder in the step (4) can adopt a double electrode mode, or a single electrode mode can be adopted. electrode pattern.

The present invention has the following advantages:

In the invention, the skin lesions such as pigmentation spots are eliminated first by using the Sinolong picoway laser, and the intensity of the electrical stimulation signal and the light stimulation signal required by the skin cells is also reduced by combining the electrical stimulation signal and the light stimulation signal, thereby further reducing the intensity of the skin cells. It reduces the damage to nerve cells, at the same time stimulates cells to accelerate the absorption of nano-fat, and then injects botulinum toxin at the facial wrinkles to relax the subcutaneous muscles of the face, so that the wrinkles have nowhere to hide.

Detailed ways

Reference herein to an embodiment means that a particular feature, structure or characteristic described in connection with the embodiment can be included in at least one embodiment of the present invention. The appearances of the phrase in various places in the specification are not necessarily all referring to the same embodiment, nor a separate or alternative embodiment that is mutually exclusive of other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments described herein may be combined with other embodiments.

Example

1. A photoelectric combined treatment method for facial rejuvenation, comprising the following steps:

(1) Clean, use purified water to clean and aseptically disinfect the face;

(2) Irradiation, using a laser to irradiate the facial skin;

(3) Combined photoelectric therapy, using a division and marking around the face treatment area, using a physiological signal recorder to input electrical signals to the cells below the face through divisions, and at the same time, the laser instrument again performs light stimulation.

(4) Inject botulinum toxin into facial wrinkles;

2. A photoelectric combined treatment method for facial rejuvenation according to claim 1, characterized in that, in the step (2), the laser instrument adopts a sinolon picoway laser instrument, and the specific irradiation steps are:

S1: The large spot is fully illuminated 1-2 times;

S2: The small light spot is irradiated 1-2 times at the color spot position.

3. The photoelectric combined treatment method for facial rejuvenation according to claim 1, wherein the laser in the step (2) is a pulsed laser generating device, and the wavelength of the light stimulation signal is 420nm-1200nm.

4. The photoelectric combined treatment method for facial rejuvenation according to claim 1, characterized in that the electrical stimulation signal of the physiological signal recorder in the step (4) can adopt a double electrode mode, or a single electrode mode can be adopted. electrode pattern.

The optical stimulation signal may be a pulsed laser synchronized with the electrical stimulation signal or delayed by a preset time relative to the electrical stimulation signal. When the optical stimulation signal is synchronized with the electrical stimulation signal, that is, the time of generating the optical stimulation signal is synchronized with the time of generating the electrical stimulation signal. The preset time may be the time required for the nerve fibers to respond to the electrical stimulation signal, or the length of the preset time may be determined according to the amount of electric charge to stimulate the nerve fibers and the strength of the electrical stimulation signal.

The stimulation electrode is in contact with the nerve fibers, and the physiological signal recorder generates and inputs electrical stimulation signals to the stimulation electrodes to stimulate the nerve fibers. At the same time, the pulsed laser generating device receives the electrical stimulation signal and inputs the optical stimulation signal to the optical fiber according to the electrical stimulation signal, and irradiates the optical stimulation signal on the nerve fiber through the optical fiber, and the electrical stimulation signal and the optical stimulation signal stimulate the nerve fiber at the same time. Under the combined optoelectronic stimulation, the intensity of the electrical stimulation signal and the optical stimulation signal required to stimulate the nerve fibers were reduced at the same time.

When the electrical stimulation signal is in contact with the nerve fibers through the stimulation electrodes, charge diffusion will occur, which reduces the spatial resolution of the nerve; at the same time, to achieve the inhibition of the nerve requires a higher-intensity current, which will inevitably cause more charge input to the nerve. It can damage the nerve fibers, and it is easy to damage the stimulating electrode or the collecting electrode. Light stimulation has high spatial resolution and can achieve selective stimulation of nerves. However, the intensity of laser stimulation on nerves is only twice the threshold required to activate nerves. tissue damage. Under the combined optoelectronic stimulation, the electrical stimulation intensity and optical stimulation intensity required for the nerve fibers are reduced, thereby reducing the damage to the nerve.

In the invention, the skin lesions such as pigmentation spots are eliminated first by using the Sinolong picoway laser, and the intensity of the electrical stimulation signal and the light stimulation signal required by the skin cells is also reduced by combining the electrical stimulation signal and the light stimulation signal, thereby further reducing the intensity of the skin cells. It reduces the damage to nerve cells, at the same time stimulates cells to accelerate the absorption of nano-fat, and then injects botulinum toxin at the facial wrinkles to relax the subcutaneous muscles of the face, so that the wrinkles have nowhere to hide.

The above are only specific embodiments of the present invention, but the protection scope of the present invention is not limited thereto. Any person skilled in the art can easily think of changes or substitutions within the technical scope disclosed by the present invention. should be included within the protection scope of the present invention. Therefore, the protection scope of the present invention should be based on the protection scope of the claims.

Claims (4)

1. A method of photoelectric combination therapy of facial rejuvenation comprising the steps of:

(1) cleaning, namely cleaning and sterilizing the face by adopting purified water;

(2) irradiating, namely irradiating the facial skin by adopting a laser instrument;

(3) photoelectric combination therapy, which adopts the surrounding of a facial treatment area to perform zone scribing, adopts a physiological signal recorder to input electric signals to cells below the face through zones, and simultaneously adopts a laser instrument to perform light stimulation again.

(4) Injecting botulinum toxin to the wrinkles on the face.

2. The photoelectric combination therapy method for facial rejuvenation according to claim 1, wherein the laser in step (2) is a Xeno dragon picoway laser, and the specific irradiation steps are as follows:

s1: the large light spots are irradiated for 1-2 times comprehensively;

s2: the small light spot is irradiated for 1-2 times at the color spot position.

3. The photoelectric combination therapy method for facial rejuvenation according to claim 1 wherein the laser in step (2) is a pulsed laser generator and the optical stimulation signal has a wavelength of 420nm to 1200 nm.

4. The photoelectric combination therapy method for facial rejuvenation according to claim 1, wherein the electrical stimulation signal of the physiological signal recorder in step (4) can be in a two-electrode mode or a single-electrode mode.