Six-item inverse-age LX contour lifting method based on multi-component collaboration

Abstract

The invention relates to the technical field of medical cosmetology, and solves the problems of improvement and collaboration of inner and outer contours and insufficient optimization of light and shadow partitions in an existing face lifting injection method. According to the technical scheme, supporting point positions are determined through a fixed-point supporting assembly according to facial anatomical structures and aesthetic standards; the injection assembly accurately injects filling materials into layers and is matched with the fixed-point supporting assembly; the lifting assembly synchronously improves the outer contour line definition and the internal supporting structure and cooperates with the assembly; the light and shadow strengthening assembly reshapes face highlight so as to reduce the folding degree and is matched with the lifting assembly to achieve light and shadow partition strengthening. The material assembly provides a fill material that meets medical beauty safety standards. The facial comprehensive improvement is realized through cooperation of multiple components, and the technical requirements of facial rejuvenation and facial refinement in the field of medical cosmetology are met.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of medical cosmetology, in particular, to a six-item anti-aging LX contour lifting method based on multi-component cooperation. According to the facial anatomical aesthetic standard, under strict sterile operation, through precise injection filling and hierarchical processing, the method synchronously improves the clarity of facial internal and external lines and the supporting structure, and reshapes the facial highlight points to optimize the light and shadow partition, which is suitable for the technical needs of facial rejuvenation and contour refinement in the field of medical cosmetology. BACKGROUND

[0002] With the rapid development of the beauty industry, the demand for facial lifting is increasing, but the existing technology still has significant deficiencies in achieving synchronous lifting of the whole face contour, strengthening of light and shadow partition, and visual small face effect. Traditional contour lifting technology is often limited to single-dimensional improvement, such as local improvement of relaxation by injection filling or physical lifting means, but it cannot fully cover the multi-level needs of facial anatomical structure, and the internal and external contour lifting is not balanced, the facial light and shadow partition effect is not good, and the visual small face effect is difficult to achieve accurately. In addition, the technical operation is complex and the precision is insufficient, which is difficult to meet the natural, significant and comprehensive rejuvenation needs of the seeker, so there is an urgent need for an innovation that can comprehensively solve the above problems.

[0003] In view of the above difficulties, how to accurately achieve synchronous lifting of facial contour, strengthen light and shadow partition effect and achieve visual small face target through an innovative technical solution has become the core of current medical beauty technology development. Although the existing technology has made some progress in the improvement of injection tools, safe injection methods and local contour optimization, it has not yet formed a comprehensive system that can integrate the whole face anatomical structure, aesthetics and multi-component cooperation technology. Therefore, the development of facial contour lifting technology that can solve all problems at the same time not only meets the market demand, but also is an important direction to promote the development of medical beauty industry towards precision and individualization. SUMMARY

[0004] Technical problems to be solved

[0005] The existing technology has the following technical defects in facial rejuvenation and remodeling:

[0006] 1. Lack of precision: traditional injection methods lack precise positioning support based on facial anatomical structure and aesthetic standards, resulting in uneven distribution of filling materials and difficulty in achieving targeted improvement;

[0007] 2. Incomplete whole face contour optimization: existing technology usually only focuses on adjusting a single contour (such as external or internal contour), which cannot simultaneously optimize the internal and external contour lines of the face, resulting in limited overall lifting effect;

[0008] 3. Lack of three-dimensionality: The facial light and shadow are chaotic, and the distinction between light spots and shadow areas is not clear, which fails to enhance the three-dimensionality and refinement of the face and makes it difficult to achieve the desired visual effect.

[0009] Technical solution

[0010] To address the aforementioned technical problems, this invention provides a six-component anti-aging LX contour lifting method based on multi-component collaboration, the technical solution of which is as follows:

[0011] 1. Support components: Based on facial anatomy and aesthetic standards, key support points are determined from a full-face frontal +45° perspective; specifically, this includes: conducting a comprehensive facial and aesthetic assessment of the patient, ruling out surgical contraindications, and accurately marking the support points of each zone by marking.

[0012] 2. Lifting Components: Simultaneously improves the clarity of the facial contour lines and internal support structure, and works with the injection components to achieve simultaneous lifting of the inner and outer contours; after the procedure, patients are informed of precautions and regular follow-ups are conducted to observe the recovery process.

[0013] 3. Light and Shadow Enhancement Component: Reshapes facial highlights, reduces facial folds, and works with the lifting component to achieve zoned enhancement, making facial light and shadow zones clearer, enhancing the sense of depth and refinement.

[0014] 4. Material Components: Provides filling materials that meet medical aesthetic safety standards and works in conjunction with injection components; the selection of filling materials and the injection volume control of the fixed-point support components are matched to the zoned fixed-point support operation, enabling precise filling of different areas and layers.

[0015] Beneficial effects

[0016] By applying the technical solution of this invention, the following beneficial effects can be achieved:

[0017] 1. Precise Injection and Comprehensive Optimization: Through the cooperation of the fixed-point support component and the injection component, the filling material is precisely distributed in the target layer, solving the problem of insufficient precision in traditional methods; the improved components simultaneously improve the inner and outer contours, achieving comprehensive optimization of the entire contour.

[0018] 2. Three-dimensionality and visually slimmer face effect: The light and shadow enhancement component reshapes highlights and reduces folding, achieving clear division of facial areas, significantly enhancing facial three-dimensionality and ultimately achieving a visually slimmer face effect.

[0019] 3. Safety and controllability: The material components provide standard filling materials, and combined with aseptic operation procedures and postoperative follow-up, the safety and long-term stability of the technical solution are ensured.

[0020] In summary, this invention effectively solves the problems of insufficient accuracy, comprehensiveness, and three-dimensionality in facial rejuvenation reshaping by the synergistic cooperation between components, and provides an innovative solution for facial contour optimization. Attached Figure Description

[0021] Figure 1 A diagram illustrating the precise marking of injection support points on a beautiful woman's face (front view + 45° angle). Detailed Implementation

[0022] This embodiment provides a six-step anti-aging LX contour lifting method based on multi-component collaboration. This method achieves precise facial contour lifting and aesthetic enhancement through the coordinated use of a fixed-point support component, injection, lifting component, light and shadow enhancement component, and material component. The specific steps and details are described in detail below with reference to the accompanying drawings.

[0023] 1. Implementation method of fixed-point support components The support components are used to determine key support points based on facial anatomy and aesthetic standards, viewed from a +45° angle on the front of the face. In practice, a comprehensive facial examination and aesthetic assessment are first conducted on the patient, including skin elasticity, fat distribution, bone structure, and symmetry, while ruling out contraindications for surgery (such as coagulation disorders, sexually transmitted infections, etc.). Then, from a +45° angle on the full front of the face, key points are marked on the patient's face using professional aesthetic assessment tools (such as a 3D facial scanner) or a marking template. For example, two points are marked in the temple area, three points are marked above the cheekbone area, and four points are marked along the jawline from the angle of the jaw to the chin, totaling nine core support points. The spacing between each point is controlled at 1.0-1.5 cm to ensure even support and conformity to facial layers. A medical marker pen, which is blue and does not easily smudge, is used for marking, and photos are taken after marking for future injection reference.

[0024] 2. Implementation methods of the component The injection unit is used to precisely inject filler material into the target layer through specific injections, and works in conjunction with the positioning unit to achieve precise injection. Before injection, strict adherence to aseptic procedures is maintained, including disinfection of the injection area with povidone-iodine, draping with sterile drapes, and using disposable sterile syringes (1ml or 3ml) and needles (preferably 27G-30 blunt needles). During injection, a multi-layered injection technique is employed based on the marked points on the positioning support unit.

[0025] • Superficial (1-2mm subcutaneous): Inject molecular filler (such as sodium hyaluronate, concentration 20mg / ml), dosage 0.05-0.1ml / point, used to improve skin texture and fine lines; - Mid-layer (3-5mm subcutaneous): Inject medium molecular filler (such as poly-L-lactic acid, concentration 10mg / ml), dosage 0.1-2ml / point, used to support soft tissue;

[0026] • Deep layers (surface or SMAS layer): Inject macromolecular filler (such as hydroxyapatite spheres, 30% concentration) at a rate of 0.2-0.3 ml / point for structural support. Control the injection rate at 0.1 ml / s to avoid material buildup or nodule formation. Gently massage the injection site after injection to ensure even material distribution.

[0027] 3. Implementation methods for the proposed components The lifting component is used to simultaneously improve the clarity of the outer contour lines and the internal support structure, and works in conjunction with the component to achieve synchronous lifting of the inner and outer contours. Manual lifting techniques are then employed after injection.

[0028] • External contour lifting: Use your thumb and forefinger to lift upwards along the jawline, cheekbone and temples, hold for 3 seconds per area, repeat 3 times;

[0029] • Support Enhancement: Acupressure massage (pressure -3N) is applied to the injection points to promote material and tissue bonding, enhancing support. After the lift, a facial contour improvement device is used to assess the effect (e.g., a jawline angle increase of -10°). Post-operatively, patients are informed of precautions (corresponding to claim 5), including avoiding contact with the skin for 24 hours and avoiding strenuous exercise for one week. Follow-up appointments are scheduled at one week, one month, and three months post-surgery to assess recovery through photographs.

[0030] 4. Implementation of the Lighting and Shadow Enhancement Component The lighting enhancement component is used to reshape facial highlights, reduce creases, and work in conjunction with the lifting component to enhance lighting through zoning. In specific implementation, this is achieved through lighting zoning:

[0031] • Highlight reshaping: Apply a light product (such as a matte light containing silica) to the highest point of the bone, the bridge of the nose, and the brow bone, at a rate of 0.01-0.02 g / cm².

[0032] • Reduced folds: Use concealer (such as a hyaluronic acid-containing soft-focus concealer) on shadowed areas like nasolabial folds and marionette lines, applying 0.02-0.03 ml / cm². This enhances facial contouring through light and shadow contrast, creating a more defined face shape, such as increasing highlight area by 20% and shadow area by 15% in the cheekbone region.

[0033] 5. Implementation of material components The material component is used to provide filler material that meets medical aesthetic safety standards and works in conjunction with the injection component. Material selection must meet the following conditions:

[0034] • Material type: Depending on the facial region, cross-linked sodium hyaluronate (20mg / ml) is used for the temporal region, poly-L-lactic acid (10mg / ml) is used for the cheekbone region, and hydroxyapatite microspheres (concentration 30%) are used for the mandibular border.

[0035] • Injection volume control: Dosage is based on the zone markings of the support components, such as 0.5-10ml for the temporal region, 1.0-20ml for the zygomatic region, and 1.5-5ml for the mandibular region. Materials must be FDA or CE certified, and the expiration date and packaging integrity must be checked before use.

[0036] 6. Inter-component cooperation relationship The relationships between the components are as follows:

[0037] • The fixed-point support component provides precise injection points, avoiding injection deviation;

[0038] • The injection component provides material support to ensure a long-lasting lifting effect; the lifting component optimizes the facial structure for the light and shadow enhancement component, making the light and shadow zones more natural;

[0039] • The material components provide safe materials for the injection components, ensuring biocompatibility.

[0040] Through the above steps, the facial lifting injection method in this embodiment achieves full-process optimization from precise positioning to material injection contour lifting and then to light and shadow aesthetics, solving the problems of inaccurate positioning, uneven lifting and single effect of injection method, and finally achieving a clear facial contour and natural youthful technical effect.

Claims

1. A six-element anti-aging LX contour lifting method based on multi-component collaboration, characterized in that, The procedure consists of the following steps: a targeted support step, which determines key support points based on facial anatomy and aesthetic standards, from a full-face +45° perspective; an injection step, which precisely injects filler material into the target layer using specific injection techniques, in conjunction with the targeted step to achieve precise injection; a lifting step, which simultaneously improves the clarity of the facial contour lines and internal support, in conjunction with the injection step to achieve simultaneous contour lifting; a light and shadow enhancement step, which reshapes highlights and reduces facial folds, in conjunction with the lifting step to achieve zoned light and shadow enhancement; and a material step, which uses filler material that meets medical aesthetic safety standards, in conjunction with the injection step to provide the material.

2. The six-element anti-aging LX contour lifting method based on multi-component collaboration according to claim 1, characterized in that, Before the fixed-point support step, the procedure also includes: a comprehensive facial examination and aesthetic assessment of the patient, and ruling out any contraindications for surgery.

3. The six-element anti-aging LX contour lifting method based on multi-component collaboration according to claim 1, characterized in that, The specific point-marking step is used to: accurately mark key support points on the face of the patient at a +45° angle from the front, based on facial anatomy and aesthetic standards, and clarify the support points of each zone.

4. The six-element anti-aging LX contour lifting method based on multi-component collaboration according to claim 1, characterized in that, The injection procedure strictly follows the medical aesthetic aseptic operation standards during the injection operation.

5. The six-element anti-aging LX contour lifting method based on multi-component collaboration according to claim 1, characterized in that, After achieving simultaneous lifting of the inner and outer contours, the steps also include: informing the patient of postoperative precautions and conducting regular follow-ups to observe recovery.

6. The six-element anti-aging LX contour lifting method based on multi-component collaboration according to claim 1, characterized in that, The selection and injection volume control of the filling material provided in the material step are coordinated with the partitioned and fixed-point support operation in the fixed-point support step to achieve precise filling of different areas and layers.

7. The six-element anti-aging LX contour lifting method based on multi-component collaboration according to claim 1, characterized in that, The enhancement step reshapes the high points of the face by reducing facial folds, making the light and shadow zones of the face clearer, thereby achieving a smaller face effect.

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