Fat chamber three-dimensional lifting positioning device

Abstract

The technical problem to be solved by the present invention is to provide a convenient positioning device for three-dimensional lifting of fat compartments, which can accurately and effectively lift sagging fat compartments. The technical solution adopted by the present invention to solve its technical problem is: a three-dimensional lifting positioning device for fat compartments, which is composed of a surface indicator card, a depth indicator rod, and a tissue probe, wherein: the surface indicator card is composed of three layers from bottom to top, namely, release paper, a high-viscosity single-sided adhesive film, and a low-viscosity single-sided adhesive sticker, and the sticker surface has anatomical positioning points, cutting marking lines, horizontal needle insertion and extraction guide lines, and vertical needle insertion and extraction guide lines; the depth indicator rod is composed of a handle and a scale rod, and the scale rod has a scale scale, and the handle is fixedly connected to the scale rod; the tissue probe is composed of a needle tip and a needle rod, and the needle rod has a scale.

Description

Technical Field

[0001] The invention relates to a three-dimensional lifting and positioning device for a fat chamber. Background Art

[0002] As the human body ages, the fat compartments of the face and body sag first, followed by the skin being pulled down. Therefore, resetting the sagging fat compartments is the most effective way to improve the aging state. Traditional thread-lifting and surgical methods are limited by surgical instruments and surgical approaches, making it difficult to locate and effectively lift sagging fat compartments, greatly reducing the effectiveness of the surgery. Therefore, accurate positioning of the fat compartments and appropriate access diameters are the key to improving the efficiency of fat compartment lifting. Summary of the invention

[0003] The technical problem to be solved by the present invention is to provide a convenient fat chamber three-dimensional lifting and positioning device to accurately and effectively lift the sagging fat chamber.

[0004] The technical solution adopted by the present invention to solve the technical problem is:

[0005] A three-dimensional lifting and positioning device for a fat chamber, comprising a surface indicator card, a depth indicator rod, and a tissue probe, wherein:

[0006] The surface indicator card is composed of three layers from bottom to top: release paper, high-viscosity single-sided adhesive film and low-viscosity single-sided adhesive sticker. The sticker surface has anatomical positioning points, cutting marking lines, horizontal needle insertion and extraction guide lines, and vertical needle insertion and extraction guide lines;

[0007] The depth indicator rod is composed of a handle and a scale rod, the scale rod is provided with a scale scale, and the handle is fixedly connected to the scale rod;

[0008] The tissue probe is composed of a needle tip and a needle rod, the needle rod is provided with a scale, and the needle rod is provided with one or more wire buckles;

[0009] Furthermore, the surface indicator card is designed in a triangular shape according to the mid-face fat compartment complex.

[0010] Furthermore, the surface indicator card is designed to be semicircular according to the morphology of the nasolabial fat compartment.

[0011] Furthermore, the surface indicator card is designed to be a right triangle according to the morphology of the mandibular fat compartment.

[0012] Furthermore, the surface indicator card is designed into a quadrilateral according to the shape of the mid-cheek fat compartment.

[0013] Furthermore, the surface indicator card is designed in a fan shape according to the morphology of the forehead fat compartment.

[0014] Furthermore, the surface indicator card is designed to be semicircular according to the morphology of the breast fat compartment.

[0015] Furthermore, the surface indicator card is designed to be trapezoidal according to the morphology of the buttocks fat compartment.

[0016] Before use, according to the length and width of the fat chamber that needs to be lifted on the patient's face, cut the size of the surface indicator card, stick the surface indicator card to the area to be lifted, pierce the skin at the needle entry and exit points with a sharp needle, insert the scale rod of the depth indicator rod into the needle exit hole, leave it in place after reaching the predetermined depth, then vertically insert the tissue probe needle into the needle entry point, after reaching the predetermined depth, turn the needle 90°, after walking a certain distance at the predetermined depth and layer, reach the needle exit hole, the needle tip against the lower end of the scale rod, and vertically exit the needle from the skin to ensure that the needle thread runs at the predetermined layer. Finally, insert the scale rod into the needle entry hole, leave it in place after reaching the predetermined depth, then vertically insert the tissue probe needle into the needle exit hole, after reaching the predetermined depth, turn the needle 90°, after walking a certain distance at the predetermined depth and layer, reach the needle entry hole, the needle tip against the lower end of the scale rod, and vertically exit the needle from the skin to ensure that the needle thread runs at the predetermined layer to form a closed loop. During the passage of the tissue probe, absorbable and non-absorbable sutures of different specifications and shapes can be inserted into the needle tube of the tissue probe according to clinical needs, or the sutures can be brought to the required points through the tissue probe by a suture clip and knotted to lift the fat compartment.

[0017] The beneficial effects of the present invention are: accurate positioning of the fat compartment, making it possible to accurately lift the fat compartment in three dimensions. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] The present invention will be further described below in conjunction with the accompanying drawings.

[0019] Attached Figure 1 Schematic diagram of an embodiment of the present invention

[0020] Attached Figure 2 Main view of the surface indicator card

[0021] Attached Figure 3 Schematic diagram of the surface indicator card of the mid-face fat compartment complex

[0022] Attached Figure 4 Schematic diagram of the nasolabial fat compartment surface indicator card

[0023] Attached Figure 5 Schematic diagram of the mandibular fat compartment surface indicator card

[0024] Attached Figure 6 Schematic diagram of the middle cheek fat compartment surface indicator card

[0025] Attached Figure 7 Schematic diagram of the forehead fat compartment surface indicator card

[0026] Attached Figure 8 Schematic diagram of the breast fat compartment surface indicator card

[0027] Attached Fig. 9 Schematic diagram of the buttocks fat compartment surface indicator card

[0028] Attached Fig.10 Schematic diagram of a clinical example of the nasolabial fat compartment surface indicator card

[0029] Description of Figure Numbers:

[0030] 11-Fat chamber three-dimensional lifting positioning device

[0031] 12-Surface indicator card

[0032] 13-Release paper

[0033] 14- Single-sided adhesive film

[0034] 15- Stickers

[0035] 16-Anatomical positioning points

[0036] 17- Cutting Marking Line

[0037] 18-Horizontal needle insertion and extraction guide wire

[0038] 19-Vertical needle insertion and removal guide wire

[0039] 21-Depth indicator rod

[0040] 22-Handle

[0041] 23- scale rod

[0042] 24-Ruler scale

[0043] 31-Tissue Probe

[0044] 32-needle tip

[0045] 33-needle bar

[0046] 34-Scale

[0047] 35-Line Buckle

[0048] 41-needle hole

[0049] 42-Pinhole

[0050] 51-Suture DETAILED DESCRIPTION

[0051] 1. Please refer to the attached Figure 1 , Figure 2 As shown, the present invention is a three-dimensional fat chamber lifting and positioning device (11), which is composed of a surface indicator card (12), a depth indicator rod (21), and a tissue probe (31), wherein:

[0052] The surface indicator card (12) is composed of three layers from bottom to top: a release paper (13), a high-viscosity single-sided adhesive film (14) and a low-viscosity single-sided adhesive sticker (15); the sticker (15) has anatomical positioning points (16), cutting marking lines (17), horizontal needle insertion and removal guide lines (18), and vertical needle insertion and removal guide lines (19) on its surface;

[0053] The depth indicating rod (21) is composed of a handle (22) and a scale rod (23), the scale rod (23) is provided with a scale scale (24), and the handle (22) is fixedly connected to the scale rod (23);

[0054] The tissue probe (31) is composed of a needle tip (32) and a needle rod (33). The needle rod is provided with a scale (34). The needle rod (33) is provided with one or more thread buckles (35).

[0055] 2. Please refer to the attached Figure 3 As shown, the surface indicator card (12) is designed to be triangular according to the complex morphology of the mid-face fat compartment.

[0056] 3. Please refer to the attached Figure 4 As shown, the surface indicator card (12) is designed to be semicircular according to the shape of the nasolabial fold fat chamber.

[0057] 4. Please refer to the attached Figure 5 As shown, the surface indicator card (12) is designed to be a right triangle according to the morphology of the mandibular fat compartment.

[0058] 5. Please refer to the attached Figure 6 As shown, the surface indicator card (12) is designed into a quadrilateral according to the shape of the mid-cheek fat compartment.

[0059] 6. Please refer to the attached Figure 7 As shown, the surface indicator card (12) is designed in a fan shape according to the shape of the forehead fat chamber.

[0060] 7. Please refer to the attached Figure 8 As shown, the surface indicator card (12) is designed to be semicircular according to the shape of the breast fat compartment.

[0061] 8. Please refer to the attached Fig. 9 As shown, the surface indicator card (12) is designed to be trapezoidal according to the shape of the buttocks fat compartment.

[0062] Please see attached Fig.10As shown, (a). According to the width of the patient's face, cut the size of the surface indicator card (12) to determine the four entry and exit points A, B, C, and D. Remove the release paper (13) under the surface indicator card (12), stick the surface indicator card (12) between the areas to be lifted, and use the injection needle to pierce the skin at points A, B, C, and D; (b). Insert the three depth indicator rods (21) into points B, C, and D according to the preoperative designed depth; insert the needle (32) of the tissue probe (31) into point A at the set depth. After reaching the predetermined depth, turn the needle 90° and move a certain distance at the predetermined depth and level; (b). Towards point B, The tissue probe (31) sneaks under the tissue at a set depth; (c) When reaching point B, the needle (32) of the tissue probe (31) contacts the lower end of the depth indicator rod (21); (d) Then the needle is removed from point B vertically to the skin surface, ensuring that the needle thread runs at a predetermined level and most of it is removed, but the needle (32) on the other side of the tissue probe (31) remains in the tissue depth set before the operation; (e) A depth indicator rod (21) is inserted into point A according to the depth designed before the operation; the tissue probe (31) The probe (31) moves toward point C at a set depth under the tissue. When reaching point C, the needle (32) of the tissue probe (31) contacts the lower end of the depth indicator rod (21) and then mostly passes through point C. However, the needle (32) on the other side of the tissue probe (31) remains in the tissue depth set before the operation. The probe (31) moves toward point A at a set depth under the tissue. (f) When reaching point A, the needle (32) of the tissue probe (31) contacts the lower end of the depth indicator rod (21) and then completely passes through point A. The same method is used between points C and D.

[0063] During the passage of the tissue probe (31), absorbable and non-absorbable sutures of different specifications and shapes can be inserted into the needle tube (33) of the tissue probe (31) according to clinical needs. The sutures are brought to the required points through the tissue probe (31) and knotted between the sutures, so that the local fat compartment is lifted.

[0064] Clinical Examples

[0065] Please see attached Fig.10As shown, a lady, 40 years old, went to the hospital for treatment due to deepening of the nasolabial folds. The doctor planned to perform a nasolabial fold fat chamber lift on the patient. According to the width of the patient's face, the surface indicator card (12) was cut to size to determine the four entry and exit points A, B, C, and D. The release paper (13) under the surface indicator card (12) was removed, and the surface indicator card (12) was attached between the nasolabial folds and the zygomatic process. The skin at points A, B, C, and D was pierced with an injection needle, and the three depth indicator rods (21) were inserted into the three points B, C, and D according to the depth designed before the operation; the needle (32) of the tissue probe (31) was inserted into point A according to the set depth, and the tissue probe (31) was inserted toward point B. The probe (31) is inserted into the tissue at a set depth. When the probe (31) reaches point B, the needle (32) of the probe (31) contacts the lower end of the depth indicator rod (21) and then mostly penetrates from point B, but the needle (32) on the other side of the probe (31) remains in the tissue depth set before the operation. A depth indicator rod (21) is inserted into point A at the depth designed before the operation. The probe (31) is inserted into the tissue at a set depth toward point C. When the probe (31) reaches point C, the needle (32) of the probe (31) contacts the lower end of the depth indicator rod (21) and then mostly penetrates from point C, but the needle (32) on the other side of the probe (31) remains in the tissue depth set before the operation. The probe (31) is inserted into the tissue at a set depth toward point A. When the probe (31) reaches point A, the needle (32) of the probe (31) contacts the lower end of the depth indicator rod (21) and then completely penetrates from point A. The same method is used between points C and D.

[0066] During the passage of the tissue probe (31), absorbable and non-absorbable sutures of different specifications and shapes can be inserted into the needle tube (33) of the tissue probe (31) according to clinical needs, and the sutures are brought to the required points through the tissue probe (31), and knots are tied between the sutures to lift the nasolabial groove.

Claims

1. A three-dimensional fat chamber lifting and positioning device (11), comprising a surface indicator card (12), a depth indicator rod (21), and a tissue probe (31), characterized in that: The surface indicator card (12) is composed of three layers from bottom to top: a release paper (13), a high-viscosity single-sided adhesive film (14) and a low-viscosity single-sided adhesive sticker (15); the sticker (15) has anatomical positioning points (16), cutting marking lines (17), horizontal needle insertion and removal guide lines (18), and vertical needle insertion and removal guide lines (19) on the surface; The depth indicating rod (21) is composed of a handle (22) and a scale rod (23), the scale rod (23) is provided with a scale scale (24), and the handle (22) is fixedly connected to the scale rod (23); The tissue probe (31) is composed of a needle tip (32) and a needle rod (33), the needle rod is provided with a scale (34), and the needle rod (33) is provided with one or more thread buckles (35); The surface indicator card (12) is designed to be a triangle according to the mid-face fat compartment complex, a semicircle according to the nasolabial fat compartment, a right triangle according to the mandibular fat compartment, a quadrilateral according to the mid-cheek fat compartment, and a fan according to the forehead fat compartment. The absorbable and non-absorbable sutures of different specifications and shapes are inserted into the needle tube of the tissue probe, the sutures are brought to the required points through the tissue probe, and knots are tied between the sutures to lift the local fat compartment.

2. The three-dimensional lifting and positioning device (11) for the fat compartment as claimed in claim 1, characterized in that: The surface indicator card (12) is designed to be semicircular according to the shape of the breast fat compartment.

3. The fat compartment three-dimensional lifting and positioning device (11) as claimed in claim 1, characterized in that: The surface indicator card (12) is designed to be trapezoidal according to the shape of the buttocks fat compartment.

Images