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기록

Microscope, slide reader and method for microscopy

발명심사 중
24청구항 · 2 독립항
§ Ⅰ

개요

발명자

Daniel Schwedt; Tiemo Anhut

IPC 분류

G2B 21/16G1N 21/64G2B 21/8G2B 21/26

CPC 분류

G2B21/16G1N21/6458G2B21/8G2B21/26G1N2021/6463G1N2201/638G1N2201/105

A microscope having a light source for transmitting excitation light, an illumination beam path comprising a cylindrical optics unit for shaping the excitation light to form an illumination line and a scanning unit for linearly scanning the sample, a detection beam path for guiding emission light radiated by the sample onto a camera for recording images of the sample, and a control unit for controlling at least the scanning unit and/or the camera and for evaluating measurement data from the camera, the control unit being configured to synchronize respective readout regions on a sensor surface of the camera with a position of the excitation light in a sample region. For varying an axial pose of a plane in the sample optically conjugate to a sensor surface of the camera, the detection beam path comprises a controllable optics unit with variable refractive power, which is effective for the entire emission light that has propagated in the detection beam path to the camera.

원문 (중국어)

A microscope having a light source for transmitting excitation light, an illumination beam path comprising a cylindrical optics unit for shaping the excitation light to form an illumination line and a scanning unit for linearly scanning the sample, a detection beam path for guiding emission light radiated by the sample onto a camera for recording images of the sample, and a control unit for controlling at least the scanning unit and/or the camera and for evaluating measurement data from the camera, the control unit being configured to synchronize respective readout regions on a sensor surface of the camera with a position of the excitation light in a sample region. For varying an axial pose of a plane in the sample optically conjugate to a sensor surface of the camera, the detection beam path comprises a controllable optics unit with variable refractive power, which is effective for the entire emission light that has propagated in the detection beam path to the camera.