PROBLEM TO BE SOLVED: To provide a visual target presentation device that can effectively use a space needed for an eye examination and can accurately perform the eye examination.SOLUTION: A visual target presentation device 2 comprises: a housing 3； a near sight eye chart 42 for a near sight examination provided inside the housing 3； a visual target presentation optical system 5 for presenting a luminous flux emitted from the near sight eye chart 42 to a subject's eye E； a housing driving part 31 for moving at least a portion of the housing 3 along an optical axis LA2 of the visual target presentation optical system 5； a photographing part 61 comprising a first camera and a second camera for photographing the subject's eye E substantially at the same time from directions different from each other； and a control device 7 for identifying a position of the subject's eye E in a direction of the optical axis LA2 by analyzing a plurality of images taken substantially at the same time by the first camera and the second camera, and performing control for adjusting a distance between the near sight eye chart 42 and the subject's eye E to a predetermined presentation distance by controlling the housing driving part 31 on the basis of the position of the subject's eye E.SELECTED DRAWING: Figure 2COPYRIGHT: (C)2020,JPO&INPIT【課題】検眼に必要な空間を有効に利用することができるとともに、正確な検眼を行うことができる視標呈示装置を提供すること。【解決手段】視標呈示装置２は、筐体３と、筐体３の内部に設けられた近用検査用の近用視表４２と、近用視表４２から放射された光束を被検眼Ｅに呈示する視標呈示光学系５と、視標呈示光学系５の光軸ＬＡ２に沿って筐体３の少なくとも一部を移動させる筐体駆動部３１と、互いに異なる方向から実質的に同時に被検眼Ｅを撮影する第１カメラおよび第２カメラを有する撮影部６１と、第１カメラおよび第２カメラにより実質的に同時に撮影された複数の画像を解析することにより光軸ＬＡ２の方向における被検眼Ｅの位置を特定し、被検眼Ｅの位置に基づいて筐体駆動部３１を制御することにより、近用視表４２と被検眼Ｅとの間の距離を所定の呈示距離に合わせる制御を実行する制御装置７と、を備える。【選択図】図２
