PROBLEM TO BE SOLVED: To provide a novel technique capable of highly accurately measuring optical characteristics of an ophthalmic lens.SOLUTION: An ophthalmic lens measuring apparatus includes: a first measurement optical system (a reflex-measurement projection system and reflex-measurement light receiving system, and a wavefront measurement optical system)； a distance specification part 124； and optical characteristic value calculation part (a lens refractive power calculation part 125). The first measurement optical system measures optical characteristics by projecting light to a lens under test, and receiving return light from a diffuse reflection member to which the light transmitting through the lens under test is projected. The distance specification part specifies a distance between the lens under test and the diffuse reflection member in an optical axis direction of the first measurement optical system. The optical characteristic value calculation part calculates an optical characteristic value of the lens under test on the basis of the optical characteristic value acquired by the first measurement optical system and the distance specified by the distance specification part.SELECTED DRAWING: Figure 10【課題】眼科レンズの光学特性を高精度に測定するための新たな技術を提供する。【解決手段】眼科レンズ測定装置は、第１測定光学系（レフ測定投射系及びレフ測定受光系、波面測定光学系）と、距離特定部１２４と、光学特性値算出部（レンズ屈折力算出部１２５）とを含む。第１測定光学系は、被検レンズに光を投射し、被検レンズを透過した光が投射された拡散反射部材からの戻り光を受光することにより光学特性測定を行う。距離特定部は、第１測定光学系の光軸方向における被検レンズと拡散反射部材との間の距離を特定する。光学特性値算出部は、第１測定光学系により得られた光学特性値と距離特定部により特定された距離とに基づいて被検レンズの光学特性値を求める。【選択図】図１０
