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    • 25. 发明授权
    • High-speed measuring device and method based on a confocal microscopy principle
    • 基于共焦显微镜原理的高速测量装置和方法
    • US07582855B2
    • 2009-09-01
    • US10593471
    • 2005-03-18
    • Joachim Pfeiffer
    • Joachim Pfeiffer
    • G02B7/04G01B11/24G02B21/00
    • G02B21/0084A61C9/0066G01B11/0608G02B21/006
    • The invention relates to a measuring device and a method based on a confocal microscopy principle. The inventive device comprises a light source (1), a diaphragm unit (3) for limiting a beam, an imagine optical system (4) for focusing the light (5) which is irradiated by said source on a measurable object (6) and passes through said diaphragm unit. Said device also comprises an optical system (10) for receiving the light (5) reflected from the object and passing through said optical system or another diaphragm unit disposed in an observation beam (7) and an image receiver (10) which is provided with at least two radiation-sensitive sensor elements (13, 14) (pixel). Said invention is characterized in that, in order to obtain the image of an altitude information-containing measurement, the device is also provided with means (11) for modifying the beam optical path length disposed between the light source (1) and/or the image receiver (10), on one side, and the object (6) on the other and the optical distance (d) of a focal point is modifiable in a predetermined manner. In addition, said intention makes it possible to influence the dependence of an accumulation of charges (Q13, Q14) in at least two sensor elements (13, 14) on the light intensity of the observation beam (7) during the exposure time in such a way that a correlation associated with the optical distance (d) of an image plane can be carried out by the imagine optical system (4), thereby making it possible to reconstitute the altitude co-ordinate (zs) of the object by distributing the intensity values obtained during the exposure time from at least two sensor elements (13, 14).
    • 本发明涉及一种基于共焦显微镜原理的测量装置和方法。 本发明的装置包括光源(1),用于限制光束的光阑单元(3),用于将由所述光源照射的光(5)聚焦在可测量物体(6)上的想象光学系统(4) 通过所述隔膜单元。 所述装置还包括一个光学系统(10),用于接收从物体反射并穿过所述光学系统的光(5)或设置在观察光束(7)和图像接收器(10)中的另一光圈单元, 至少两个辐射敏感传感器元件(13,14)(像素)。 本发明的特征在于,为了获得含有高度信息的测量的图像,该装置还设置有用于修改设置在光源(1)和/或 一方面的图像接收器(10)和另一方的物体(6)和焦点的光学距离(d)可以以预定的方式修改。 此外,所述意图使得可以在曝光时间期间影响至少两个传感器元件(13,14)中的电荷累积(Q13,Q14)对观察光束(7)的光强度的依赖性 与图像平面的光学距离(d)相关联的相关性可以由想象光学系统(4)执行的方式,从而可以通过分布对象来重建对象的高度坐标(zs) 在从至少两个传感器元件(13,14)的曝光时间期间获得的强度值。
    • 26. 发明申请
    • Method and Device for Producing Dental Prosthesis Elements
    • 用于生产牙科假体元件的方法和装置
    • US20090081616A1
    • 2009-03-26
    • US11988803
    • 2006-07-17
    • Joachim Pfeiffer
    • Joachim Pfeiffer
    • A61C13/20A61C13/08
    • A61C13/0004A61C9/0046B33Y50/00B33Y80/00
    • The invention relates to a method for producing a dental prosthesis element (7), according to which the dental prosthesis element (7) is manually reworked. Construction data (17, 17′, 17″) relating to the dental prosthesis element to be produced is recorded together with measurement data (7′) relating to the dental prosthesis element (7) to be produced and is reproduced on a display (4), the measurement data having been recorded by means of a three-dimensional measurement device (2). The invention also relates to one such method whereby a 3D data record of the tooth situation (14) is reproduced on the display (4) instead of the construction data. The invention further relates to a device for the partial manual treatment of the dental prosthesis element. Said device comprises a three-dimensional measurement device (2), a display (4), and a computer unit (3) comprising means for the correlation and comparison of two data records and for graphically presenting the data generated by the comparison.
    • 本发明涉及一种用于制造牙科修复元件(7)的方法,根据该方法,人造牙修复元件(7)被手工修复。 与要制造的牙科修复元件相关的构造数据(17,17',17“)与要生产的牙科修复元件(7)相关的测量数据(7')一起记录在显示器上 4),测量数据已经通过三维测量装置(2)记录。 本发明还涉及一种这样的方法,其中在显示器(4)上再现了齿状态(14)的3D数据记录,而不是构造数据。 本发明还涉及一种用于部分手动治疗牙科假体元件的装置。 所述设备包括三维测量设备(2),显示器(4)和计算机单元(3),其包括用于两个数据记录的相关和比较的装置,以及用于图形地呈现通过比较生成的数据。