10 results about "Temporary restoration" patented technology

The present disclosure discloses full-mouth zirconia implant method and system for full mouth reconstruction using one-piece ceramic zirconia dental implants. The full-mouth zirconia implant method comprises acquiring analog and digital impressions of tooth of patients; fabricating a temporary restoration based on acquired impressions; adapting medical professionals for administering anesthesia to the patients; placing the one-piece ceramic zirconia dental implants in a jaw of the patients; preparing at least four unextracted tooth for anchoring temporary restoration; anchoring and seating the temporary restoration on at least four unextracted tooth for avoiding premature contact with abutments of one-piece ceramic zirconia dental implants; initiating prosthodontic phase after healing period upon performing post-operative care; assessing smile of patients to determine whether an occlusal plane is parallel to a line connecting a tragus of an ear to an ala of nose of the patients; and placing a final restoration for the full mouth reconstruction.

The invention belongs to the technical field of computer aided design, and provides a generative adversarial network-based personalized dental restoration intelligent design method, which comprises the following steps of: marking a difference set part connected with a temporary restoration region in a wearing three-dimensional model as a carrying model; carrying out combined Boolean operation on the temporary restoration body area and the undertaking model to obtain a combined part, and recording the combined part as a stress model; identifying a stress shielding area on the stress model according to the stress nephogram; performing elastic correction on the stress shielding area of the temporary restoration area to obtain a three-dimensional model of the dental restoration; the wall thickness of the strong sub-region with an unstable stress path caused by overall stress shielding is corrected through the wall thickness difference value of the corresponding elastic correction weak sub-region, the problem that overall stress shielding is converted into a local stress peak value is reduced, stress transmission is uniform, and the problem that stability fluctuates due to the fact that the stress path changes along with time is solved.

1. The name of the design product: composite taper temporary repair screw. 2. The use of the design product: screw for fixing temporary denture of dental implant. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The invention discloses a transgingival three-dimensional shape shaping tool box for a temporary prosthesis and a manufacturing method of the transgingival three-dimensional shape shaping tool box. Comprising a body and a shaping groove, the shaping groove is formed in the body, and the shaping groove is used for providing a placement space for an implant substitute and simulating the structure of a natural tooth penetrating gingival three-dimensional form; wherein the body comprises an upper body and a lower body; the upper body and the lower body are detachably connected; the shaping groove comprises an implant replacement body placing structure and a gum-penetrating contour forming structure, the implant replacement body placing structure is connected with the periphery of the gum-penetrating contour forming structure, the implant replacement body placing structure is used for placing an implant replacement body matched with an implant, and the gum-penetrating contour forming structure is used for accommodating a temporary repair abutment connected with the implant replacement body; and a natural tooth gingival penetrating three-dimensional form is simulated.

The application discloses a combined digital guide plate system for free gingival grafting and belongs to the technical field of stomatology. The combined digital guide plate system for free gingival grafting comprises a base guide plate, a recipient site semi-thick incision indicating guide plate, a recipient site full-thickness incision indicating guide plate, a temporary restoration-soft tissue fixation clamping plate and a donor site indicating guide plate; the base guide plate is used for positioning and fixing the guide plates and the temporary restoration-soft tissue fixation clamping plate of the recipient site. The application covers the recipient site semi-thick incision indicating guide plate, the recipient site full-thickness flap incision indicating guide plate, the temporary restoration-soft tissue fixation clamping plate and the donor site indicating guide plate, and realizes the functional integration of the whole free gingival grafting treatment process in combination with the composite structure design of the base guide plate and the split accessory guide plate. The application can realize accurate positioning, avoid damaging anatomical structures, accurately prepare semi-thick flaps and full-thickness flaps, shorten the tooth loss period of the patient, prevent the rebound of the vestibular groove, and ensure the curative effect of the free gingival grafting.

To improve the accuracy of dental restoration, the present application provides a method for manufacturing a dental restoration prosthesis, comprising: a first step of generating design information of a temporary prosthesis; a second step of correcting the position of a temporary bonding portion formed in the manufactured temporary prosthesis to correspond to the implant information of the implant; a third step of forming a confirmation model aligned and fixed to a base model, and acquiring a first auxiliary scanning image of the confirmation model; a fourth step of virtually overlapping a virtual support portion at the lower part of a virtual restoration portion, and virtually correcting the position of a virtual bonding portion included in the virtual support portion based on the first auxiliary scanning image; and a fifth step of manufacturing and assembling a metal support portion and a restoration portion, thereby manufacturing a dental restoration prosthesis.

For the fabrication of prosthetic restorations, a process with the necessary software and hardware modifications is provided. This process allows the clinical surface of the required restoration to be fabricated and finalized in a commercial laboratory, a dental practice laboratory, or in laboratory-like facilities within a dental practice prior to the treatment appointment. During the treatment appointment, the cavity-facing surface (preparation interface) is adapted to the actual situation in the patient's mouth. The restoration, partially prepared in the dental laboratory, is thus delivered to the dental practice as a semi-finished product and completed there during the treatment appointment. This allows the patient to receive their final restoration directly in a single appointment, without a temporary restoration, and in a short amount of time.

The invention relates to a method for producing prosthetic restorations, together with the software and hardware modifications required for carrying out the method. By means of the method, the clinical surface of the required restoration is produced and finalised before the treatment session in a commercial laboratory, a practice laboratory, or laboratory-type facilities within a dental practice, while the side facing the cavity (the preparation interface) is adapted to the actual intraoral situation of the patient in the dental practice during the treatment session. The restoration partially finished in the dental laboratory is thus delivered to the dental practice as a semi-finished product and is completed there during the treatment session, so that the patient can be provided directly with the final restoration in one session, without a provisional restoration and within a short period of time.

A method is disclosed, for preparing a dental prosthesis. The method comprises performing a first scan of a plurality of scannable temporary abutments comprising the respective scannable member arranged on a respective dental implant. The method comprises performing a second scan of an interim prosthesis arranged on the plurality of scannable temporary abutments comprising the respective scannable member. The method comprises generating, using a computer aided design, CAD, software, a model of a final prosthesis based on the first scan and the second scan.

The application relates to the technical field of oral implant restoration, and discloses an integrated implant temporary restoration crown with an angle screw channel and a restoration body, which comprises an integrally formed upper crown section and a lower connecting section, the upper crown section is located above the lower connecting section, the lower connecting section is used for directly matching and connecting with a target implant, an angle screw channel is formed in the crown, the angle screw channel is obliquely extended from the outer surface of the upper crown section to the lower connecting section, and is used for allowing a locking screw to enter and be connected with an internal thread hole of the target implant; the restoration body comprises the target implant, the locking screw and the above-mentioned crown. According to the application, the upper crown section, the lower connecting section and the angle screw channel are integrally formed through 3D printing, the independent base and the intermediate connecting piece are reduced, and the preparation and assembly process of the temporary restoration body is simplified.