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    • 9. 发明申请
    • MULTI-FOCAL SPOT GENERATOR AND MULTI-FOCAL MULTI-SPOT SCANNING MICROSCOPE
    • 多焦点发生器和多焦点多点扫描显微镜
    • WO2009066252A2
    • 2009-05-28
    • PCT/IB2008054860
    • 2008-11-19
    • KONINKL PHILIPS ELECTRONICS NVSTALLINGA SJOERDBAKKER LEVINUS PVOSSEN DIRK L J
    • STALLINGA SJOERDBAKKER LEVINUS PVOSSEN DIRK L J
    • G02B3/00G02B21/00G02B27/00
    • G02B27/0087G02B3/0006G02B21/004
    • The invention relates to a spot-generator (10) having: an entrance surface (12) for receiving an incident light beam (20) and an exit surface (14) for transmitting the light beam, the entrance surface defining an entrance side (16) and the exit surface defining an exit side (18), wherein the spot generator is designed to modulate the incident light beam to generate on the exit side a plurality of separate light spots. According to the invention, the plurality of light spots comprises a first light spot (22) generated in a first focal plane (24) and a second light spot (26) generated in a second focal plane (28), the first focal plane and the second focal plane being essentially perpendicular to the mean propagation direction of the exit light beam, and wherein the first light spot (22) differs from every other light spot generated on the exit side by the spot generator in the projection of its position on a plane essentially perpendicular to the mean propagation direction of the exit light beam. Advantageously, the light spots of the plurality of separate light spots have identical spectra. The invention further relates to a multi-spot scanning microscope and to a method of generating an image of a microscopic sample. Advantageously, the method comprises the step of generating a three- dimensional image of the sample.
    • 本发明涉及点光发生器(10),其具有:用于接收入射光束(20)的入射表面(12)和用于透射光束的出射表面(14),入射面限定入射侧(16 )和所述出射表面限定出射侧(18),其中所述光斑发生器被设计成调制所述入射光束,以在所述出射侧产生多个单独的光斑。 根据本发明,多个光点包括在第一焦平面(24)中产生的第一光点(22)和在第二焦平面(28)中产生的第二光点(26),第一焦平面和 所述第二焦平面基本上垂直于所述出射光束的平均传播方向,并且其中所述第一光点(22)在其位置的投影中由所述光点发生器在出射侧产生的每隔一个光点不同 平面基本上垂直于出射光束的平均传播方向。 有利地,多个分开的光点中的光点具有相同的光谱。 本发明还涉及多点扫描显微镜和产生微观样品图像的方法。 有利地,该方法包括产生样本的三维图像的步骤。
    • 10. 发明申请
    • MULTI-SPOT SCANNING OPTICAL DEVICE FOR IMAGING OF A SAMPLE
    • 用于成像成像的多点扫描光学装置
    • WO2008152605A1
    • 2008-12-18
    • PCT/IB2008/052338
    • 2008-06-13
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.VOSSEN, Dirk, L. J.BAKKER, Levinus, P.
    • VOSSEN, Dirk, L. J.BAKKER, Levinus, P.
    • G02B21/36G02B21/00
    • G02B21/0032G02B21/008G02B21/367
    • The invention relates to a method for imaging a sample (5) with a multi-spot scanning microscope, comprising: - generating an array (4) of light spots (S), - irradiating the sample (5) with the array (4) of light spots (S), the light spots (S) interacting with the sample (5) and being imaged on a detector (8), forming an array of image light spots (S'), - scanning the array (4) of light spots (S) into a plurality of positions (Pl, P2, P3) in the sample, - for each position (Pl, P2, P3) of the array (4) of light spots (S) in the sample (5), recording an image of the corresponding array (7) of image light spots (S') on the detector (8), - calculating the relative positions of the array (7) of image light spots (S') on the detector (8) between the recorded images, - calculating the relative positions of the array (4) of light spots (S) in the sample (5) between the recorded images, on the basis of the calculated relative positions of the array (7) of image light spots (S') on the detector (8), and - constructing a complete image of the sample (5) on the basis of the images recorded on the detector (8), the recorded images being attributed to corresponding positions of the array (4) of light spots (S) in the sample (5), these positions taking into account the calculated relative positions of the array (7) of light spots (S) in the sample (5).
    • 本发明涉及一种用多点扫描显微镜对样品(5)进行成像的方法,包括: - 产生光斑阵列(4), - 用阵列(4)照射样品(5) 的光斑(S),与样品(5)相互作用并在检测器(8)上成像的光点(S),形成图像光斑(S')的阵列, - 扫描阵列(4) - 样品中的多个位置(P1,P2,P3)中的光点(S) - 对于样品(5)中的光斑(S)的阵列(4)的每个位置(P1,P2,P3) 将图像光点(S')的相应阵列(7)的图像记录在检测器(8)上, - 计算检测器(8)上的图像光点(S')的阵列(7)的相对位置 ), - 基于所计算的图像阵列(7)的相对位置,计算记录图像之间的样本(5)中的光点阵列(4)的相对位置(4) 检测器上的光斑(S') (8),并且 - 基于记录在检测器(8)上的图像构建样本(5)的完整图像,所记录的图像归因于光点阵列(4)的相应位置, 在样品(5)中,这些位置考虑到样品(5)中的光斑(S)的阵列(7)的计算的相对位置。