RV-type system positioning guide and feather line 3D long-term locking lifting components

Abstract

The invention discloses an enhancing assembly for RV type system positioning guide and feather line 3D long-acting locking. The enhancing assembly comprises a guide, a guiding tube with a cavity, a handle sleeve and a breaking guide pin being disposed in the cavity of the guiding tube and penetrating the guiding tube. The handle sleeve includes a connecting portion and a joint portion connected tothe connecting portion. The connecting portion is connected onto the guiding tube. The joint portion is provided internally with a screw joint connected to an end portion, adjacent to a line outlet,of the guiding tube, and a syringe is connected cooperatively onto the screw joint. A line implanter is connected onto the handle sleeve through a connecting member, and the line implanter is disposedin parallel with the guiding tube. The line implanter is provided with openings at an end thereof far away from the connecting member, and the openings are evenly distributed and symmetrically arranged. The lines are penetrated through the openings. The device can turn an invasive surgery into a non-invasive surgery, thereby reducing the trauma, avoiding the damage to the peripheral vascular nerves, and having a good treatment effect with a long lasting time; and realizes the two-way function of the structural support of the lines and the filling of other materials.

Description

technical field [0001] The invention relates to the technical field of aesthetic medicine, in particular to a lifting assembly for RV-type system positioning guidance and feather thread 3D long-term locking. Background technique [0002] With the aging of the age structure and the continuous improvement of the quality of life, patients want to improve facial wrinkles, breast sagging, vaginal relaxation, etc. There are more and more anti-aging needs, and most of the treatment methods are surgery. At present, the non-surgical solution has a certain immediate effect and quick recovery, but the postoperative effect is often not maintained for a long time, and some need three to six months to repeat the treatment once or more times; the effect of the surgical solution is relatively long, and can last for about three years. However, the trauma is large, the recovery period is relatively long, and after the operation, it is often impossible to perform another operation or multiple ...

AI Technical Summary

Problems solved by technology

At present, the non-surgical solution has a certain immediate effect and quick recovery, but the postoperative effect is often not maintained for a long time, and some need three to six months to repeat the treatment once or more times; the effect of the surgical solution is relatively long, and can last for about three years. However, the trauma is large, the recovery period is relatively long, and it is often impossible to perform another operation or multiple operations after the operation. There is a risk of damage to important blood vessels, nerves and surrounding tissues, and there are problems such as incision scars.

[0003] At present, the guide pins used in thread carving technology are mainly divided into one-time and reusable, mainly for single direction, single thread, for long lines (more than 2 times the length of the guide pin) due to the lack of design, it is more difficult to use , it is not easy to achieve cross-regional closed tissue tightening of the wire

Reusable guide needle, difficult to feed the thread

Due to the original design of the guide needle, it is impossible to allow the guide needle to change its direction smoothly when it travels through the tissue, so it is difficult to realize the closed fixation of the suspended R-shaped and V-shaped, which affects the development of the operation and the final treatment. As a result, a lot of time for wire feeding and wire materials were wasted

In addition, forcibly using the existing guide needle is prone to depression at the turning point, which is difficult to recover, leading to serious complications in the entire treatment

[0004] Traditional thread engraving and injection techniques are performed separately, and it is not yet possible to combine the advantages of the wire material with the superiority of the injection material. In addition, when realizing injection or linear lifting, it is usually done by manipulation. For fine parts It is more difficult to continuously improve

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