PROBLEM TO BE SOLVED: To achieve an ophthalmologic inspection apparatus enabling wide-range imaging while reducing the burden required to a subject as much as possible by reducing a time required for imaging.SOLUTION: This apparatus has: an inspection optical system including an illumination optical system for illuminating the anterior part of an eye 2 to be inspected from the diagonally forward right and an imaging optical system for receiving the reflection light an optical system moving mechanism 95 for allowing the inspection optical system to rotationally move on the basis of designated inspection conditions and a position designating section 109 for accepting designation of the position of the part to be inspected of the eye 2. If the inspection conditions show panoramic imaging including the part to be inspected, the imaging optical system first performs first imaging in a state where the inspection optical system is moved to a first imaging position by the optical system moving mechanism 95 on the basis of designated positional information of the part to be inspected, and then, subsequently performs second imaging in a state where the inspection optical system is rotationally moved by a predetermined angle for panoramic imaging from the previous imaging position. Thus, a region including the part to be inspected is imaged.COPYRIGHT: (C)2013,JPO&INPIT【課題】撮影に要する時間を短縮化し、被験者に求める労力をなるべく少なくしながらも、広い範囲の撮影を可能にする眼科用検査装置を実現する。【解決手段】 被検眼2の前眼部を斜め前方から照明する照明光学系及びこの反射光を受光する撮影光学系を含む検査光学系と、指定された検査条件に基づいて前記検査光学系を回転移動させる光学系移動機構95と、被検眼2の被検部位の位置の指定を受け付ける位置指定部109と、を有する。前記検査条件が前記被検部位を含むパノラマ撮影である場合、撮影光学系は、まず指定された前記被検部位の位置情報に基づいて光学系移動機構95によって前記検査光学系が第1撮影位置に移動された状態で第1撮影を行った後、光学系移動機構95によって前記検査光学系を直前の撮影位置から所定のパノラマ撮影用回転角だけ回転移動された状態で引き続き第2撮影を行うことで、前記被検部位を含む領域の撮影を行う。【選択図】 図7
