Four-dimensional aesthetic vector design reverse-age engraving and milling application technology

Abstract

The invention belongs to the technical field of beauty, and particularly relates to a four-dimensional aesthetic vector design reverse-age engraving and milling application technology which comprises the following specific steps: consulting and evaluating: firstly, performing face-to-face consulting with a customer to know the expectation, health condition and specific face requirements of the customer; the face is comprehensively analyzed through equipment and technology, skin quality, structural features and information obtained through analysis are analyzed, a personalized treatment plan is formulated in combination with the aesthetic principle, the face treatment plan suitable for the client can be formulated according to the face condition of each client, after treatment is completed, the client can be regularly visited back, and the treatment efficiency is improved. And the technology is further perfected according to suggestions proposed by customers, so that the technology is better improved.

Description

Technical Field

[0001] The present invention relates to the field of beauty technology, and in particular to a four-dimensional aesthetic vector design anti-aging precision sculpture application technology. Background Art

[0002] With people's ever-increasing pursuit of beauty, the field of medical aesthetics has ushered in unprecedented development opportunities. Medical aesthetics and anti-aging refer to the process of delaying or improving the decline in appearance and body functions caused by aging through medical aesthetics technology. Its core is to use medical methods to stimulate tissue regeneration, repair skin defects, and enhance overall youthfulness.

[0003] Four-dimensional aesthetics usually refers to considering the beauty effect from multiple dimensions. It not only focuses on the problems on the skin surface, but also comprehensively considers the overall facial contour, muscle direction, fat distribution, skin texture and other aspects to achieve overall harmony and beauty.

[0004] Vector design refers to the precise design and planning for different facial areas and aging problems. Just as vectors have clear directions and sizes, the location, extent and direction of treatment are accurately determined to achieve the ideal anti-aging effect.

[0005] Anti-aging sculpting is a process of finely sculpting and treating the face or other parts of the body through various techniques and methods to reverse the signs of aging, such as reducing wrinkles, lifting sagging skin, improving facial contours, etc., to restore the skin to a youthful state.

[0006] However, the existing technology still has the following technical problems when used:

[0007] Current technology cannot develop corresponding anti-aging methods based on each person's facial aging conditions and facial aging areas, and cannot further follow up after the operation, and cannot track customer satisfaction and facial maintenance, making it inconvenient to further improve the technology based on customer feedback.

[0008] To this end, a four-dimensional aesthetic vector design anti-aging sculpture application technology is proposed to solve the above-mentioned problems. Summary of the Invention

[0009] The purpose of the present invention is to provide a four-dimensional aesthetic vector design anti-aging sculpture application technology to solve the problems raised in the above background technology.

[0010] To achieve the above-mentioned purpose, the present invention provides the following technical solution: a four-dimensional aesthetic vector design anti-aging precision sculpture application technology, the specific steps of the four-dimensional aesthetic vector design anti-aging precision sculpture application technology are as follows:

[0011] Step 1: Consultation and Assessment: First, conduct a face-to-face consultation with the client to understand their expectations, health status, and specific facial needs. A comprehensive facial analysis, including skin quality and structural characteristics, is performed using equipment and technology. Based on the information obtained from the analysis and combined with aesthetic principles, a personalized treatment plan is developed.

[0012] Step 2: Vector Design: Utilizing 3D scanning or other imaging technology, we create a three-dimensional model of the client's face, taking into account age-related changes and predicting the client's natural aging process over the next few years. These changes are incorporated into the design plan, with precise marking of the areas requiring adjustment and the extent of the adjustments, as well as determining injection points and filler dosage.

[0013] Step 3: Treatment: Clean the face and perform local anesthesia on the corresponding parts according to the treatment needs. Perform minimally invasive surgery and non-invasive treatment according to the previously designed vector diagram. Continuously observe the effect of the treatment and show it to the customer so that the customer can understand it. If they are not satisfied, timely adjustments will be made.

[0014] Step 4. Postoperative care follow-up: Provide customers with detailed postoperative care guidelines and arrange regular phone calls to understand their recovery status;

[0015] Step 5. Evaluation and Optimization: By comparing pre-operative photos and post-operative photos, we can understand whether the customer is satisfied with the surgery and give corresponding opinions. We can further improve the technology based on the opinions given by the customer.

[0016] Preferably, in step one, when analyzing the face, it is necessary to use a dermatoscope, a 3D skin imaging device, a skin detector, an optical coherence tomography device, a confocal microscope, a high-frequency ultrasonic scanner, a Wood's lamp, a thermal imaging camera, a bioelectrical impedance analysis device, and an AI-driven skin analysis software; the dermatoscope is used to observe details under the skin surface, such as pigmentation and blood vessel distribution, and provide high-resolution images, which are helpful for discovering early skin lesions; the 3D skin imaging device generates a three-dimensional model of the face, helps to accurately measure facial contours and skin texture, and can capture subtle skin changes, which is very useful for evaluating wrinkles, pore size, skin laxity, etc.; the skin detector uses multispectral imaging technology to comprehensively analyze various parameters of the skin, including spots, wrinkles, texture, pores, ultraviolet spots, red areas, brown areas, and porphyrin levels, and conducts objective data comparison to facilitate tracking of treatment effects; the optical coherence tomography device provides a surface layer of the skin and a few millimeters below the depth The detailed cross-sectional images help to understand the changes in the skin's hierarchical structure and observe subtle structural changes in the dermis; the confocal microscope acquires skin images at the cellular level in real time, which can be used to examine precancerous lesions or other skin diseases, and can directly observe living skin tissue without taking samples; the high-frequency ultrasonic scanner is used to assess the thickness of the skin and the state of its underlying tissue, and is suitable for monitoring deep changes in the skin during aging. It can penetrate deeper skin layers and provide information about skin elasticity and moisture content; the Wood's lamp irradiates the skin with ultraviolet rays of a specific wavelength to highlight certain types of skin problems, such as Propionibacterium acnes infection and fungal infection; the thermal imaging camera measures the temperature distribution on the skin surface and identifies inflammatory areas or other abnormal heat areas. It is non-contact and suitable for rapid large-area screening; the bioelectrical impedance analysis device is used to assess the water content of the skin; the AI-driven skin analysis software uses artificial intelligence algorithms to analyze the photos taken to automatically identify and quantify various skin problems.

[0017] Preferably, in step three, the minimally invasive surgery and non-invasive treatments include botulinum toxin injection, filler injection, laser treatment, and radiofrequency skin tightening.

[0018] Preferably, in step 4, the postoperative care guidelines include: using mild and non-irritating cleaning products on the treated area to avoid applying excessive pressure to the treated area to avoid affecting healing or causing displacement; if there is an incision or puncture point, it is necessary to follow the doctor's requirements for changing the dressing and removing the sutures, and use antibiotic ointment or other topical medications to prevent infection; increase the intake of foods rich in vitamin C and protein to promote tissue repair; avoid excessive drinking and smoking, and maintain good hydration to help skin recovery; take all medications prescribed by the doctor on time, including painkillers and antibiotics, and apply high SPF sunscreen when going out, and wear a sun hat or sunglasses for additional protection; avoid hot baths and sauna activities until the skin is fully recovered. After hyaluronic acid filling or botulinum toxin injection, avoid massaging the injection site in the short term to prevent the spread of the material.

[0019] Preferably, the specific contents of the treatment in step three include skin tightening and lifting, fat treatment and wrinkle treatment.

[0020] Preferably, skin tightening and lifting uses radio frequency or ultrasonic knife equipment to stimulate the contraction and regeneration of collagen in the dermis through thermal energy, thereby tightening the skin and lifting the facial contour; or thread carving technology is used to implant absorbable protein threads into the skin fascia layer, and use the lifting effect of the threads to restore sagging and loose tissues and stimulate collagen regeneration; fat treatment uses liposuction to remove excess fat to improve facial contours; and for the problem of depression caused by facial fat loss, autologous fat filling is performed, and fat is extracted from other parts of the body, processed and injected into the depressions of the face to make the face fuller; wrinkle treatment is to target different types of wrinkles with corresponding treatment methods. For dynamic wrinkles, botulinum toxin is injected to block the nerve impulses between nerves and muscles, relax over-contracted muscles, and achieve the effect of wrinkle removal; for static wrinkles, hyaluronic acid and collagen fillers are injected to fill the wrinkle depressions and make them smooth.

[0021] Compared with the prior art, the present invention has the following beneficial effects:

[0022] This application can develop a facial treatment plan suitable for each customer based on the facial condition of each customer, and after the treatment is completed, we will regularly visit the customer and further improve the technology based on the suggestions made by the customer, so as to make better progress in the technology. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 This is a flowchart of the technical steps. DETAILED DESCRIPTION

[0024] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0025] In the description of the present invention, it should be understood that the terms "upper", "lower", "front", "back", "left", "right", "top", "bottom", "inside", "outside", etc., indicating directions or positional relationships, are based on the directions or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific direction, be constructed and operated in a specific direction, and therefore should not be understood as limiting the present invention.

[0026] Example:

[0027] See also Figure 1 , the present invention provides a technical solution:

[0028] A four-dimensional aesthetic vector design anti-aging precision sculpture application technology, the specific steps of the four-dimensional aesthetic vector design anti-aging precision sculpture application technology are as follows:

[0029] Step 1: Consultation and Assessment: First, conduct a face-to-face consultation with the client to understand their expectations, health status, and specific facial needs. A comprehensive facial analysis, including skin quality and structural characteristics, is performed using equipment and technology. Based on the information obtained from the analysis and combined with aesthetic principles, a personalized treatment plan is developed.

[0030] Step 2: Vector Design: Utilizing 3D scanning or other imaging technology, we create a three-dimensional model of the client's face, taking into account age-related changes and predicting the client's natural aging process over the next few years. These changes are incorporated into the design plan, with precise marking of the areas requiring adjustment and the extent of the adjustments, as well as determining injection points and filler dosage.

[0031] Step 3: Treatment: Clean the face and perform local anesthesia on the corresponding parts according to the treatment needs. Perform minimally invasive surgery and non-invasive treatment according to the previously designed vector diagram. Continuously observe the effect of the treatment and show it to the customer so that the customer can understand it. If they are not satisfied, timely adjustments will be made.

[0032] Step 4. Postoperative care follow-up: Provide customers with detailed postoperative care guidelines and arrange regular phone calls to understand their recovery status;

[0033] Step 5. Evaluation and Optimization: By comparing pre-operative photos and post-operative photos, we can understand whether the customer is satisfied with the surgery and give corresponding opinions. We can further improve the technology based on the opinions given by the customer.

[0034] In step one, when analyzing the face, it is necessary to use a dermatoscope, a 3D skin imaging device, a skin detector, an optical coherence tomography device, a confocal microscope, a high-frequency ultrasonic scanner, a Wood's lamp, a thermal imaging camera, a bioelectrical impedance analysis device, and an AI-driven skin analysis software; the dermatoscope is used to observe details under the skin surface, such as pigmentation and blood vessel distribution, and provide high-resolution images, which are helpful for discovering early skin lesions; the 3D skin imaging device generates a three-dimensional model of the face, which helps to accurately measure facial contours and skin texture, and can capture subtle skin changes, which is very useful for evaluating wrinkles, pore size, skin laxity, etc.; the skin detector uses multispectral imaging technology to comprehensively analyze various skin parameters, including spots, wrinkles, texture, pores, ultraviolet spots, red areas, brown areas, and rhodopsin levels, and conducts objective data comparison to facilitate tracking of treatment effects; the optical coherence tomography device provides detailed images of the skin surface and a few millimeters below. Fine cross-sectional images help to understand changes in the skin's hierarchical structure and observe subtle structural changes in the dermis. The confocal microscope acquires skin images at the cellular level in real time, which can be used to examine precancerous lesions or other skin diseases, and can directly observe living skin tissue without taking samples. The high-frequency ultrasonic scanner is used to assess the thickness of the skin and the state of its underlying tissues, and is suitable for monitoring deep changes in the skin during aging. It can penetrate deeper skin layers and provide information about skin elasticity and moisture content. The Wood's lamp irradiates the skin with ultraviolet rays of a specific wavelength to highlight certain types of skin problems, such as Propionibacterium acnes infection and fungal infection. The thermal imaging camera measures the temperature distribution on the skin surface and identifies inflammatory areas or other abnormal heat areas. It is non-contact and suitable for rapid large-area screening. The bioelectrical impedance analysis device is used to assess the water content of the skin. The AI-driven skin analysis software uses artificial intelligence algorithms to analyze the photos taken to automatically identify and quantify various skin problems.

[0035] In step three, minimally invasive surgery and non-invasive treatments include botulinum toxin injection, filler injection, laser treatment, and radiofrequency skin tightening.

[0036] In step four, the postoperative care guidelines include: using mild, non-irritating cleaning products on the treated area, and avoiding excessive pressure on the treated area to avoid affecting healing or causing displacement; if there are incisions or puncture points, following the doctor's instructions for changing dressings and removing sutures, and using antibiotic ointments or other topical medications to prevent infection; increasing the intake of foods rich in vitamin C and protein to promote tissue repair; avoiding excessive drinking and smoking, and maintaining good hydration to help skin recovery; taking all medications prescribed by the doctor on time, including painkillers and antibiotics, and applying high-SPF sunscreen when going out, and wearing a sun hat or sunglasses for additional protection; avoiding hot baths and saunas until the skin is fully recovered. After hyaluronic acid fillers or botulinum toxin injections, avoid massaging the injection site in the short term to prevent the spread of the material.

[0037] The specific contents of the treatment in step three include skin tightening and lifting, fat treatment and wrinkle treatment.

[0038] Skin tightening and lifting uses radio frequency and ultrasonic knife equipment to stimulate the contraction and regeneration of collagen in the dermis through thermal energy, thereby tightening the skin and improving facial contours; or thread carving technology is used to implant absorbable protein threads into the skin fascia layer, and use the lifting effect of the threads to restore sagging and loose tissues and stimulate collagen regeneration; fat treatment uses liposuction to remove excess fat to improve facial contours; and for the problem of depression caused by facial fat loss, autologous fat filling is performed, and fat is extracted from other parts of the body, processed and injected into the depressions of the face to make the face fuller; wrinkle treatment uses corresponding treatment methods for different types of wrinkles. For dynamic wrinkles, botulinum toxin is injected to block the nerve impulses between nerves and muscles, relax over-contracted muscles, and achieve the effect of wrinkle removal; for static wrinkles, hyaluronic acid and collagen fillers are injected to fill the wrinkle depressions and make them smooth.

[0039] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. For those skilled in the art, it is obvious that the present invention is not limited to the details of the above exemplary embodiments, and the present invention can be implemented in other specific forms without departing from the spirit or basic characteristics of the present invention; therefore, no matter from which point of view, the embodiments should be regarded as exemplary and non-restrictive. The scope of the present invention is limited by the appended claims rather than the above description. Therefore, it is intended that all changes that fall within the meaning and scope of the equivalent elements of the claims are included in the present invention, and any figure signs in the claims should not be regarded as limiting the claims involved.

[0040] While embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions, and variations may be made to these embodiments without departing from the principles and spirit of the invention, and that the scope of the invention is defined by the appended claims and their equivalents.

Claims

1. A four-dimensional aesthetic vector design anti-aging sculpture application technology, characterized by: The specific steps of the four-dimensional aesthetic vector design anti-aging sculpture application technology are as follows: Step 1: Consultation and Assessment: First, conduct a face-to-face consultation with the client to understand their expectations, health status, and specific facial needs. A comprehensive facial analysis, including skin quality and structural characteristics, is performed using equipment and technology. Based on the information obtained from the analysis and combined with aesthetic principles, a personalized treatment plan is developed. Step 2: Vector Design: Utilizing 3D scanning or other imaging technology, we create a three-dimensional model of the client's face, taking into account age-related changes and predicting the client's natural aging process over the next few years. These changes are incorporated into the design plan, with precise marking of the areas requiring adjustment and the extent of the adjustments, as well as determining injection points and filler dosage. Step 3: Treatment: Clean the face and perform local anesthesia on the corresponding parts according to the treatment needs. Perform minimally invasive surgery and non-invasive treatment according to the previously designed vector diagram. Continuously observe the effect of the treatment and show it to the customer so that the customer can understand it. If they are not satisfied, timely adjustments will be made. Step 4. Postoperative care follow-up: Provide customers with detailed postoperative care guidelines and arrange regular phone calls to understand their recovery status; Step 5. Evaluation and Optimization: By comparing pre-operative photos and post-operative photos, we can understand whether the customer is satisfied with the surgery and give corresponding opinions. We can further improve the technology based on the opinions given by the customer.

2. The four-dimensional aesthetic vector design anti-aging precision carving application technology according to claim 1 is characterized by: In step 1, when analyzing the face, it is necessary to use a dermatoscope, a 3D skin imaging device, a skin detector, an optical coherence tomography device, a confocal microscope, a high-frequency ultrasonic scanner, a Wood's lamp, a thermal imaging camera, a bioelectrical impedance analysis device, and AI-driven skin analysis software; the dermatoscope is used to observe details under the skin surface, such as pigmentation and blood vessel distribution, and provide high-resolution images, which is helpful for discovering early skin lesions; the 3D skin imaging device generates a three-dimensional model of the face, helps to accurately measure facial contours and skin texture, and can capture subtle skin changes, which is very useful for evaluating wrinkles, pore size, skin laxity, etc.; the skin detector uses multispectral imaging technology to comprehensively analyze various parameters of the skin. The system can analyze the skin's surface area, including spots, wrinkles, texture, pores, UV spots, red areas, brown areas, and porphyrin levels, for objective data comparison, facilitating tracking of treatment effects. The optical coherence tomography device provides detailed cross-sectional images of the skin surface and several millimeters below, which helps to understand changes in the skin's hierarchical structure and observe subtle structural changes in the dermis. The confocal microscope acquires skin images at the cellular level in real time and can be used to examine precancerous lesions or other skin diseases, and can directly observe living skin tissue without taking samples. The high-frequency ultrasound scanner is used to assess the thickness of the skin and the condition of its underlying tissues, and is suitable for monitoring deep changes in the skin during aging. It can penetrate deeper skin layers and provide information on skin elasticity and moisture content. The Wood's lamp irradiates the skin with ultraviolet rays of a specific wavelength to highlight certain types of skin problems, such as Propionibacterium acnes infection and fungal infection; the thermal imaging camera measures the temperature distribution on the skin surface and identifies areas of inflammation or other abnormal heat zones. It is non-contact and suitable for rapid large-area screening; the bioelectrical impedance analysis device is used to assess the moisture content of the skin; and the AI-driven skin analysis software uses artificial intelligence algorithms to analyze the photos taken to automatically identify and quantify various skin problems.

3. The four-dimensional aesthetic vector design anti-aging sculpture application technology according to claim 1 is characterized by: In step three, minimally invasive surgery and non-invasive treatments include botulinum toxin injection, filler injection, laser treatment, and radiofrequency skin tightening.

4. The four-dimensional aesthetic vector design anti-aging sculpture application technology according to claim 1 is characterized by: In step four, the postoperative care guidelines include: using mild, non-irritating cleaning products on the treated area, and avoiding excessive pressure on the treated area to avoid affecting healing or causing displacement; if there are incisions or puncture points, following the doctor's instructions for changing dressings and removing sutures, and using antibiotic ointments or other topical medications to prevent infection; increasing the intake of foods rich in vitamin C and protein to promote tissue repair; avoiding excessive drinking and smoking, and maintaining good hydration to help skin recovery; taking all medications prescribed by the doctor on time, including painkillers and antibiotics, and applying high-SPF sunscreen when going out, and wearing a sun hat or sunglasses for additional protection; avoiding hot baths and saunas until the skin is fully recovered. After hyaluronic acid fillers or botulinum toxin injections, avoid massaging the injection site in the short term to prevent the spread of the material.

5. The four-dimensional aesthetic vector design anti-aging sculpture application technology according to claim 1 is characterized by: The specific contents of the treatment in step three include skin tightening and lifting, fat treatment and wrinkle treatment.

6. The four-dimensional aesthetic vector design anti-aging sculpture application technology according to claim 5 is characterized by: Skin tightening and lifting uses radio frequency and ultrasonic knife equipment to stimulate the contraction and regeneration of collagen in the dermis through thermal energy, thereby tightening the skin and improving facial contours; or thread carving technology is used to implant absorbable protein threads into the skin fascia layer, and use the lifting effect of the threads to restore sagging and loose tissues and stimulate collagen regeneration; fat treatment uses liposuction to remove excess fat to improve facial contours; and for the problem of depression caused by facial fat loss, autologous fat filling is performed, and fat is extracted from other parts of the body, processed and injected into the depressions of the face to make the face fuller; wrinkle treatment uses corresponding treatment methods for different types of wrinkles. For dynamic wrinkles, botulinum toxin is injected to block the nerve impulses between nerves and muscles, relax over-contracted muscles, and achieve the effect of wrinkle removal; for static wrinkles, hyaluronic acid and collagen fillers are injected to fill the wrinkle depressions and make them smooth.

Images