会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明申请
    • OPTOMETRIST CLIENT
    • OPTOMETRIST客户端
    • WO2011029531A1
    • 2011-03-17
    • PCT/EP2010/005246
    • 2010-08-26
    • CARL ZEISS MEDITEC AGBISCHOFF, MarkFIEDLER, JoachimMÄUSEZAHL, HolgerNAST, Patrick
    • BISCHOFF, MarkFIEDLER, JoachimMÄUSEZAHL, HolgerNAST, Patrick
    • G06F19/00
    • G06F19/3481G06F19/00G06Q50/24G16H10/60G16H40/63
    • A method of providing optometric parameters for an optometric procedure includes locating patient identification information on a central data storage by transmitting a search query from a computing device communicating with the central data storage. The search query generates a result set containing at least one patient having patient identification information substantially matching the search query. From the result set, a patient undergoing the optometric procedure is selected. An input form for this patient is then displayed with input fields corresponding to each of the optometric parameters. A qualified collector obtains the measurement values for the optometric parameters and inputs them into respective input fields. A data record containing the measurement values and the patient identification information is generated and transmitted to the central data storage. The data record can then be transmitted to a planning tool communicating with the central data storage for performing the optometric procedure.
    • 提供验光过程的验光参数的方法包括通过从与中央数据存储器通信的计算设备发送搜索查询来将患者识别信息定位在中央数据存储器上。 搜索查询生成包含至少一个具有与搜索查询基本匹配的患者识别信息的患者的结果集。 从结果集中,选择接受验光手术的患者。 然后,该患者的输入表格显示与每个验光参数对应的输入字段。 合格的收集器获得验光参数的测量值,并将其输入到相应的输入字段。 产生包含测量值和患者识别信息的数据记录并发送到中央数据存储器。 然后可以将数据记录传送到与中央数据存储器通信以进行验光过程的规划工具。
    • 3. 发明申请
    • METHOD AND APPARATUS FOR DETERMINING DEFECTS OF THE RETINA USING OBJECTIVE AND SUBJECTIVE INTERACTION WITH A PATIENT
    • 用于确定使用目标和与患者相互交互的REITNA的缺陷的方法和装置
    • WO2007082736A1
    • 2007-07-26
    • PCT/EP2007/000388
    • 2007-01-17
    • CARL ZEISS MEDITEC AGDICK, ManfredMÄUSEZAHL, HolgerSCHRÖDER, Eckhard
    • DICK, ManfredMÄUSEZAHL, HolgerSCHRÖDER, Eckhard
    • A61B3/02A61B3/103
    • A61B3/103
    • There is provided a method for determining defects of the retina of the eye by interaction between a patient and an examiner, comprising: projecting an image into the eye of the patient with an adaptive optical System to compensate distortions of the image due to aberrations of the eye and thus defining a first set of aberration data which correspond to the objective aberrations of the eye; determining the presence of distortions of the image as perceived by the patient by interaction of the patient with the examiner; modifying the optical characteristics of said adaptive optical System and obtaining a modified image of the image in the eye of the patient, in an attempt to correct for the distortions of the image as perceived by the patient in a subjective assessment thus defining a second set of adaptive data; comparing the first set of aberration data and the second set of adaptive data and determining the regions of the retina related to these sets of data in which these sets of data are different.
    • 提供了一种通过患者和检查者之间的相互作用来确定眼睛的视网膜的缺陷的方法,包括:用自适应光学系统将图像投影到患者的眼睛中,以补偿由于 从而限定对应于眼睛的目标像差的第一组像差数据; 通过患者与检查者的相互作用来确定患者感觉到的图像失真的存在; 修改所述自适应光学系统的光学特性并且获得患者眼睛中的图像的修改图像,以试图校正患者在主观评估中感知到的图像的扭曲,从而限定第二组 自适应数据; 比较第一组像差数据和第二组自适应数据,并确定与这些数据集不同的这些数据集相关的视网膜区域。
    • 9. 发明申请
    • PROCESS AND DEVICE FOR SHAPING SURFACES
    • 设备和方法的成形表面
    • WO1998018415A1
    • 1998-05-07
    • PCT/EP1997005828
    • 1997-10-22
    • AESCULAP MEDITEC GMBHKÜHNERT, JürgenMÄUSEZAHL, HolgerPIEGER, StefanSCHRÖDER, Eckhard
    • AESCULAP MEDITEC GMBH
    • A61F09/00
    • A61F9/00804A61F2009/00872A61F2009/00897B23K26/0622
    • A process and device for shaping surfaces, in particular lenses, by laser machining of the surfaces, are preferably used for photorefractive ceratectomy and for shaping ophthalmologically exact contact lenses. In order to ensure an at least acceptable partial correction of the surface to be machined after a sudden interruption of the surface machining process, the device has a scanning pulsed laser (1), a beam shaping unit (2) and a laser beam deflecting unit (3) which deflects the laser beam onto a surface (4) to be machined. The laser beam deflecting unit (3) and the beam shaping unit (2) can be controlled by a controlling unit (5) with co-operating first (6) and second (7) input units, a computing unit (8) to which the data from the first and second input units (6; 7) are supplied, a block generator (9) to which the data from the computing unit (8) are supplied and in which the individual laser machining co-ordinates for removing any predetermined individual layer of the surface are mutually associated, and a sequence generator (10) to which the data generated by the block generator (9), gathered into blocks which correspond to an individual machining zone, are supplied, and which orders the individual blocks into a predetermined sequence. A particular block sequence transmitted by the sequence generator (10) acts upon the laser beam deflecting unit (3) and beam shaping unit (2) in such a way that a complete partial correction of the surface (4) to be machined is ensured for each block sequence. Also provided is a central processing unit (11) which co-ordinates in a predetermined manner the switching and control of at least the laser unit (1), the beam shaping unit (2; 21) and the laser beam deflecting unit (3) depending on the control data from the control unit (5).
    • 本发明涉及一种装置和用于成形的表面,特别是透镜,由表面的激光烧蚀装置的方法。 优选地,本发明被应用到光折射角膜切削术和眼科精确成型隐形眼镜。 本发明的目的是提供一种保证在突然表面处理中止表面的可接受的部分校正要被处理的溶液是本至少是这样实现的,该装置包括用于激光扫描的脉冲激光(1),波束形成单元(2)和 包括激光束偏转单元(3),其将激光束偏转到待处理表面(4),其中,所述激光束偏转单元(3)和所述光束成形单元(2)由控制单元(5)由第一(6)和所述第二输入单元的交互 (7),计算单元(8),所述第一和第二输入单元(6; 7)的数据被馈送到一个块生成器(9)中,向其中计算单元数据(8)中得到被供给,并且其中对于单个激光照射的坐标 每个消融任意预先确定的烧蚀单独的表面层中的每个的zugeo 是RDnet,以及流发生器(10)到所述,单独的消融区域中的相应块相结合,从所述块生成器(9)生成的数据将被转发并在单个块中的摘要,和被带入一个预定的序列可被控制成 该气流发生器(10)作用的发送的某些块序列的激光束偏转单元(3)和以这样的方式使每在每种情况下块序列Öberflache的完整部分校正被加工(4)确保并进一步包括一个中央处理单元光束成形单元(2)(11 提供),留下响应于所述控制单元(5)的驱动数据和至少所述激光单元的切换控制(1),光束成形单元(2; 21),并在预先确定的方式协调了激光束偏转单元(3)。