Verfahren und einrichtung zur festlegung der position dentaler implantate

The invention concerns a procedure and a mechanism for the selection of the position, the type and/or the Pr ready ion technology of dentaler implants. With the insertion yon Knochenquantit [t and the Knochenqualit t of two substantial parameters with the prognosis of a successful implantation place to implants in the Kiefer Gesichtsbereich. These parameters are both fur the surgical procedure, and fur the prothetische supply yon grocer meaning. W hrend the bone offer by existing picture-giving procedures to be sufficiently seized knows, is statements more ber the Knochenqualit t only to insufficient extent available. In vivo essentially so far two procedures (intra, and post office-operationally) exist, which have a prognostic meaning f r the Implantatstabilit t which can be expected. Out dutch statements waiter the reached prime supply measurement of the torque or the resonant frequency of resulting results to these procedures with rstabilit t of the implants. By Pr&parationstechnik the choice of the pilot hole regarding depth, form and diameter as well as the Preparation of the bone at the implant position are understood. For example US describes 5,898,112 A a mechanism, which seizes the torque w&hrend screwing dentaler implants in into the Kieferknochen. From the torque as function of the time and/or angle of rotation a statement waiter the erwartbare Implantatstabilit&t is met. With this method generally groove a Absch can tzung more ber the by surgery accurate procedure (which concerns the methodology and choice of the implant) as well as an inter+operational Absch tzung the reached prime rstabilit t be met, however an optimization of the implant position in Abh&ngigkeit of the bone characteristics not be taken place. Procedures, which meet a statement waiter the Stability of the implants which can be expected after the implantation, have the same disadvantage. R ckschl sse on the Knochenqualit&t can be made conditioned alone from this method groove, since the Dreb_moment of to viefen other factors, as is ngig for example the diameter of the borehole, abh. Post office-operational procedures, how the measurement of the Implantatstabilit t by means of resonant frequency analysis or Periotest (with dutch knocking with defined Stroke is determined, how far a deflection angesto K@rpers m6g enen! I is) again give information fibre the implant bone group and not directly more ber the Knochenqualit t, even if a connection is assignable. With the past procedures from there the Knochenqualit t too little is included into the planning of the implantation. The task of the available invention consists from there of creating a mechanism being llt with the help of those a statement fibre the optimal position, type or Preparation f r dentale implants in the Kieferknochen due to measuring data, which were taken up before the implantation, gef can. From there ssliche statement fibre is to be met k6nnen before the implantation one verl, in which places of the Kieferknochens maximum prime rstabilit t under adherence to the correct surgical procedure can be expected. The disadvantages of well-known procedures and mechanisms, which only a statement fibre the prime rstabilitat the implants already set make k6nnen are thereby avoided and/or are reduced. Gel6st becomes invention in accordance with e the task in verfahrensma iger regard by the fact that before the implantation from Bildaufnahmeeinheiten coming graphic data are converted into actually well-known way into bone density values and ffir a ausgewahlte implant position from the bone density values for quantification the prime which can be expected is determined rstabilit t on the torques which can be expected when inserting the implants referred values due to empirical data and the bone density values and the zugeh6rigen of torque values ffir the ausgewahlte implant position is represented. Thus become by invention in accordance with e the procedure from the data, as e.g. graphic data of a Computertomografen, herrfihrenden of picture-giving procedures, which were converted into bone density values, for quantification the prime which can be expected determines the torque values of dentaler implants which can be expected rstabilit t. Thus this procedure for the Unterstfitzung of the selection serves on the one hand the optimal position ffir implants, which presumably maximum Primarstabilit offers t in the sense of a surgical planning. On the other hand a Pr ready ion technology before the operation, adapted to the found Knochenqualit t, can be specified, in order to offer to the surgeon maximum security and to reach maximum prime rstabilitat. Thus a M6glichkeit exists, already before the surgical interference a statement fibre the one which can be expected