The present invention, - Illumination means for illuminating the retina of the eye of a patient by projecting the first beam comprises a first light source (s) that is operably linked to a structure having a through hole Projecting means for projecting onto the retina of the patients second or more light beams and one with a second light source for more than one-1 - Sensor means for capturing one or more images of the retina to accept light reflected by the retina the light receiving surface - Adjusting means for adjusting the focus of the image of the retina at the light-receiving surface of the sensor means - Actuating means designed to move the said projecting means and said adjusting means - On fundus camera includes a processing means for generating a control signal for the actuating means by analyzing the image of the retina taken by the sensor means. The projection means is disposed coaxially with the illumination means along the same axis (a), the projection means and the second light beam through a lens at least held by a hollow body that is operatively coupled to the through-hole I want to project a.この発明は、-貫通孔を有する構造物に作動的に結合する1つ以上の第1光源を備え第1ビームを投射して患者の眼の網膜を照明する照明手段;-1つ以上の第2光源を備え1つ以上の第2光ビームを患者の網膜上に投射する投射手段;-受光面で網膜による反射光を受入れて網膜の1つ以上の画像を撮像するセンサ手段;-前記センサ手段の受光面における網膜の画像の焦点合わせを調整する調整手段;-前記調整手段と前記投射手段とを移動させるように設計された作動手段;-前記センサ手段によって撮像された網膜の画像を解析して前記作動手段用の制御信号を生成する処理手段を備える眼底カメラに関する。前記投射手段は同じ軸(a)に沿って前記照明手段と同軸に配置され、前記投射手段は前記貫通孔に作動的に結合した中空体によって保持された少なくともレンズを介して前記第2光ビームを投射する。
