序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
61 DENTAL ARTICULATOR FOR POSITIONING THE ARCADES WITHOUT THE USE OF PLASTER PCT/IB2010053391 2010-07-26 WO2011045680A2 2011-04-21 MONTEIRO GERAS JORGE AVELINO; DE MARE EDELI
This patent application refers to a mechanical equipment that, when used in conjunction with a device to determine the position of the superior arcade of the patient, based on landmarks on the skull of the same, allows accurate reproduction of the position of the dental arches, represented by plaster models and simulation of mandibular movements. These models are connected to the equipment, through a unique positioning mechanical system, eliminating the use of plaster to fix the same. The patent, now required, includes features cf the equipment currently called "articulator" and "face-bow" and adds new features m an unprecedented and innovative way. The set of the equipment is light weighted, and easy to handle, allowing up to 50% reduction in the time required for assembly and adjustments when compared to the equipment market, and its guide system makes the reproduction of mandibular movements very accurate, avoiding errors in diagnosis and treatment.
62 METHOD AND DEVICE FOR THE TRANSFER OF A JAW MODEL IN RELATION TO A HINGE AXIS PCT/DE2007002161 2007-11-29 WO2008064666A2 2008-06-05 KLETT ROLF
The invention relates to a method and a registering system for the transfer of a jaw model in relation to a hinge axis, for example, in an articulator, and to a connection device for connecting a lower jaw adapter (1) to a measuring carrier (4), and a bite carrier (3) for producing a bite key. The invention is characterised in that the transfer of the mandibular joint geometry, especially the exact position of the hinge axis of the patient, can be carried out in a state of assembly or an articulator using only a hinge axis determination relative to the lower jaw of the patient. The transfer of the facial arc required until now in prior art is rendered superfluous by the invention. Moreover, the possibilities of use of the transfer in relation to the hinge axis are extended, modularised and simultaneously simplified and accelerated. Sources of error are eliminated, and the expenditure on equipment and costs of the transfer of the model can be critically reduced.
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