5 results about "Nose prosthesis" patented technology

An intelligent controllable super-deformation nose prosthesis belongs to the field of plastic surgery medical instruments and is characterized in that a concave hollow omega-shaped structure frame main body shell layer, a Janus interface outer coating and an intelligent response material are combined to construct a'anatomy-structure-function 'integrated nose prosthesis, a micropore design and a hydroxyapatite coating are performed on the ventral side of the nose prosthesis, and the micro-pore design and the hydroxyapatite coating are performed on the ventral side of the nose prosthesis. A nose prosthesis structure with high fitness and high stability is formed, smooth design and spermidine coating are carried out on the back side of the nose prosthesis, so that envelope formation is inhibited, envelope constraint is avoided, and the super-directional deformation performance is achieved in combination with the design of the concave hollow omega-shaped structure. By applying the intelligent response material, non-invasive deformation adjustment can be carried out through temperature signals in an operation or after the operation, and the clinical requirements of fine adjustment in the operation and after the operation are met. The nasal prosthesis can be applied to the scenes of plastic surgery, postoperative modification, repair and reconstruction and the like, and the higher-level medical and aesthetic requirements are met.

The application discloses a facial implant, which comprises an outer nose prosthesis, a nose column prosthesis and a nasal septum prosthesis, one side of the nasal septum prosthesis is connected with the inner arc side of the outer nose prosthesis, and adjacent sides of the nasal septum prosthesis are connected with the nose column prosthesis, and the facial implant is symmetrically arranged about the plane where the nasal septum prosthesis is located; the facial implant is prepared based on silk fibroin. The facial implant is prepared by using silk fibroin, has good mechanical properties and biocompatibility, can be effectively plasticized, and can promote tissue repair and regeneration.

The utility model relates to the technical field of medical cosmetology, and discloses an anatomical nose prosthesis carving auxiliary device which comprises an operation table top, an annular cover is fixedly connected to the upper surface of the operation table top, a first air hole is formed in the operation table top, and an air suction mechanism is fixedly connected to the bottom of the operation table top. A first hollow cylinder is fixedly connected to the right side of the air suction mechanism, and sealing plates are fixedly connected to the right side of the first hollow cylinder and the bottom of the operation table top. According to the auxiliary device, through cooperation of the operation table top, the annular cover, the first air hole, the air suction mechanism, the first hollow cylinder, the sealing plate, the second hollow cylinder, the screen and the baffle, the auxiliary device can automatically suck chippings or dust generated by carving the nasal prosthesis into the second hollow cylinder; therefore, the auxiliary device has the function of automatically collecting chippings or dust generated by carving the nose prosthesis, and medical staff do not need to manually clean an operation table top when carving the nose prosthesis.

The application relates to an intelligent controllable super-deformation nose prosthesis, belonging to the field of plastic surgery medical instruments, which combines an inner concave hollow omega-shaped structure frame main body shell layer, a Janus interface outer coating and intelligent response materials to construct an anatomic-structure-function integrated nose prosthesis, performs micropore design and hydroxyapatite coating on the ventral side of the nose prosthesis to form a high-adhesion and high-stability nose prosthesis structure, performs smooth design and spermidine coating on the dorsal side of the nose prosthesis to inhibit envelope formation and avoid envelope constraint, combines the inner concave hollow omega-shaped structure design to realize super-orientation deformation performance, and the application of the intelligent response materials can realize non-invasive deformation adjustment through a temperature signal during or after surgery to meet the clinical requirements of intraoperative and postoperative fine adjustment. The nose prosthesis can be applied to plastic surgery, postoperative modification, repair and reconstruction scenes to meet higher-level medical and aesthetic requirements.

The present application relates to the field of biological medical materials and preparation technology, and specifically provides a 3D printing nose prosthesis based on a preset folding line sheet origami structure, the nose prosthesis is made of a biocompatible material, is integrally formed in a foldable sheet form through a 3D printing technology, and is provided with a plurality of preset folding line origami structures on the nose prosthesis, the nose prosthesis can be implanted into the body after being folded along the preset folding lines, and is unfolded along the preset folding lines after being implanted, so as to form a three-dimensional nose support structure; a preparation method of the 3D printing nose prosthesis based on the preset folding line sheet origami structure specifically includes five steps. Through the sheet structure and the preset folding line design, the present application significantly reduces the manufacturing and operation difficulty; the implantation can be completed through a small incision, so that the surgical incision and the infection probability are reduced; the folding and unfolding paths are controllable, and the unfolded form is stable; the material and the printing process selection range are wide, and the adaptability is strong; and the present application is beneficial to the realization of personalized customization and clinical popularization and application.