PROBLEM TO BE SOLVED: To certainly continuously acquire a static image of a prescribed region.SOLUTION: This ophthalmic photographing device includes: a base a moving stage horizontally movably disposed on the base a photographing part including a photographic optical system, and disposed on the moving stage a drive mechanism three-dimensionally moving the photographing part relatively to the moving stage an alignment displacement detection means having sensors receiving reflected light from an eye, and detecting alignment displacement of the photographing part to the eye based on reception signals from the sensors a control means controlling the drive mechanism based on the detection result from the alignment displacement detection means, and operating the photographic optical system to acquire a plurality of static images of the prescribed region and a movable range change means restricting a movable range of the photographing part by the drive mechanism to a first movable range before the operation of the photographic optical system, and expanding the movable range to a second movable range with respect to a moving direction from an initial position of the photographing part during the operation of the photographic optical system.COPYRIGHT: (C)2013,JPO&INPIT【課題】 所定部位の静止画像の連続取得を確実に行うことができる。【解決手段】 基台と、基台の上に水平方向に移動可能に配置された移動台と、撮影光学系を備え移動台の上に配置された撮影部と、移動台に対して撮影部を3次元方向に移動させる駆動機構と、眼からの反射光を受光するセンサを有し、センサからの受光信号に基づいて眼に対する撮影部のアライメントずれを検出するアライメントずれ検出手段と、アライメントずれ検出手段からの検出結果に基づいて駆動機構を制御すると共に、撮影光学系を作動させて所定部位の静止画像を複数枚取得する制御手段と、撮影光学系の作動前において、駆動機構による撮影部の可動範囲を第1の可動範囲に制限する一方、撮影光学系の作動中において、撮影部の初期位置からの移動方向に関して可動範囲を第2の可動範囲に広げる可動範囲変更手段を備える。【選択図】 図10
