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    • 2. 发明公开
    • ARTICULATOR - SEMIADJUSTABLE, ARCON
    • ARTICULATOR - SEMIADJUSTABLE,ARCON
    • EP3209239A1
    • 2017-08-30
    • EP14835689.2
    • 2014-11-18
    • F ARTICULATOR DENT EOOD
    • Filtchev, Andon Dimitrov
    • A61C11/02A61C11/06A61C11/00
    • A61C11/022A61C11/003A61C11/06A61C11/087
    • Articulator—semiadjustable, arcon with lower and upper parts that could be detached from one another or interconnected, with two mechanical joints. An upper horizontal shoulder (5) is fixed to an elevator (4), said elevator (4) is connected to an upper vertical body (11) and can move vertically to adjust the vertical position. A lower vertical body (10) is fixed to the base (1) and holds an axis with two joint heads (14). The upper vertical body (11) is pivotably connected to the lower vertical body (10) through the two joint heads (14), the distance between the joint heads can vary due to an elastic element (18), thus reproducing the lateral shift. The articulation between the vertical bodies (11 and 10) can be locked and unlocked via an elbow shaped piece (13). The articulator lower part has an incisive platform (8) with a position angle that could be adapted.
    • 铰接式半调节器,带有下部和上部的弧形,可以通过两个机械接头相互分离或相互连接。 上部水平肩部(5)固定在升降机(4)上,所述升降机(4)连接到上部垂直本体(11)并可垂直移动以调节垂直位置。 下部垂直体(10)固定在基座(1)上并用两个接头(14)固定轴。 上部垂直本体11通过两个接头14可枢转地连接到下部垂直本体10上,接头之间的距离可以由于弹性元件18而变化,从而再现侧向偏移。 竖直体(11和10)之间的关节可以通过弯头形件(13)锁定和解锁。 咬合架下部具有可调整的角度的锐角平台(8)。
    • 4. 发明公开
    • 3-D orthognathic surgery simulation
    • 3-D-Simulation von orthognathischer Chirurgie
    • EP1955671A1
    • 2008-08-13
    • EP07102091.1
    • 2007-02-09
    • Universiteit Antwerpen
    • Okkerse, WalterOkkerse, BertBrys, EgiedBrebels, AdriaanVerbist, Paul
    • A61C11/02A61C11/08A61C13/00
    • A61C11/022A61B17/8866A61B34/10A61B2034/105A61C11/025A61C11/08A61C13/0004
    • The invention relates to a method for simulating an orthognathic operation, wherein, to simulate the displacement of the upper dental arch (105) of the patient caused by the surgical intervention to be applied to the maxilla (106) during said orthognathic surgery, the angular and translational position of an upper mounting plate (526) of a 3-D orthognathic surgery simulator (510) carrying a model (317) of said upper dental arch (105) is readjusted by rotating said upper mounting plate (526) around at least two, preferably three of three orthogonal axes X,Y and Z with respect to a rotation point (522) fixed to an arm (521) of said 3-D orthognathic surgery simulator (510), and translating said arm (521) substantially parallel to at least one of the same three orthogonal axes X,Y,Z.
    • 本发明涉及一种用于模拟正射手术的方法,其中模拟由所述外科手术引起的在所述正前方手术期间应用于上颌骨(106)的患者的上牙弓(105)的位移, 并且通过旋转所述上安装板(526)至少围绕所述上牙弓(105)的模型(317)的携带所述上牙弓(105)的模型(317)的3-D正射手术模拟器(510)的上安装板(526)的平移位置 两个,优选三个正交轴X,Y和Z中的三个相对于固定到所述3-D正射手术模拟器(510)的臂(521)的旋转点(522),并且将所述臂(521)基本平行 到相同的三个正交轴X,Y,Z中的至少一个。
    • 8. 发明公开
    • ALIGNMENT OF DENTAL MODEL USING 2D PHOTOGRAPH
    • AUSRICHTUNGZAHNÄRZTLICHERMODELLE MITTELS 2D-FOTOGRAFIE
    • EP3021787A1
    • 2016-05-25
    • EP14742483.2
    • 2014-07-17
    • 3Shape A/S
    • FISKER, RuneNONBOE, Sven
    • A61C11/02A61C9/00
    • A method for setting the axis of rotation between a virtual maxillary model and a virtual mandible model to a virtual hinge axis representing the axis of rotation of the mandibular condyles includes the steps of, obtaining at least one 2D photograph of the face of a patient comprising at least one facial feature, obtaining a virtual dental model comprising the virtual maxillary model and the virtual mandible model representing at least a part of the dental situation of the patient, aligning the virtual dental model with the at least one facial feature, determining the virtual hinge axis based on the at least one 2D photograph, and setting the axis of rotation to the virtual hinge axis.
    • 将虚拟上颌模型和虚拟下颌骨模型之间的旋转轴线设置为表示下颌髁旋转轴线的虚拟铰链轴线的方法包括以下步骤:获得患者面部的至少一张2D照片,包括 至少一个面部特征,获得包括所述虚拟上颌模型和所述虚拟下颌模型的虚拟牙科模型,所述虚拟下颌模型代表所述患者牙齿状况的至少一部分,将所述虚拟牙齿模型与所述至少一个面部特征对准, 铰链轴基于至少一个2D照片,并将旋转轴设置到虚拟铰链轴。