An eyeglasses lens measurement device that measures an eyeglasses lens of eyeglass, the eyeglasses lens measurement device comprising: a light source that emits a measurement light flux toward the eyeglasses lens; a transmissive display that transmits the measurement light flux from the light source, and displays an index pattern formed by arranging a plurality of indexes; a display control means that controls a display of the index pattern; a detector that detects the measurement light flux passing through the eyeglasses lens and the transmissive display; an optical characteristic acquisition means that acquires an optical characteristic of the eyeglasses lens, based on a detection result of the detector; and a lens information acquisition means that acquires lens information different from the optical characteristic of the eyeglasses lens, based on a detection result of the detector, wherein the display control means causes the transmissive display to display the index pattern to acquire the optical characteristic by the optical characteristic acquisition means, and the display control means causes the transmissive display not to display at least a part of the index pattern to acquire the lens information by the lens information acquisition means, characterized in that: the transmissive display includes a first transmissive display capable of displaying a first index pattern, and a second transmissive display capable of displaying a second index pattern and disposed at a position different from a position of the first transmissive display in an optical axis direction, and the detector detects the measurement light flux that transmits the first transmissive display and further transmits the second transmissive display, and wherein the display control means individually controls a display of the first index pattern and a display of the second index pattern, and at least a part of the second index pattern is not displayed in a case where the first index pattern is displayed, and the second index pattern is displayed in a case where at least a part of the first index pattern is not displayed. a light source that emits a measurement light flux toward the eyeglasses lens; a transmissive display that transmits the measurement light flux from the light source, and displays an index pattern formed by arranging a plurality of indexes; a display control means that controls a display of the index pattern; a detector that detects the measurement light flux passing through the eyeglasses lens and the transmissive display; an optical characteristic acquisition means that acquires an optical characteristic of the eyeglasses lens, based on a detection result of the detector; and a lens information acquisition means that acquires lens information different from the optical characteristic of the eyeglasses lens, based on a detection result of the detector, wherein the display control means causes the transmissive display to display the index pattern to acquire the optical characteristic by the optical characteristic acquisition means, and the display control means causes the transmissive display not to display at least a part of the index pattern to acquire the lens information by the lens information acquisition means, characterized in that: the transmissive display includes a first transmissive display capable of displaying a first index pattern, and a second transmissive display capable of displaying a second index pattern and disposed at a position different from a position of the first transmissive display in an optical axis direction, and the detector detects the measurement light flux that transmits the first transmissive display and further transmits the second transmissive display, and wherein the display control means individually controls a display of the first index pattern and a display of the second index pattern, and at least a part of the second index pattern is not displayed in a case where the first index pattern is displayed, and the second index pattern is displayed in a case where at least a part of the first index pattern is not displayed. the transmissive display includes a first transmissive display capable of displaying a first index pattern, and a second transmissive display capable of displaying a second index pattern and disposed at a position different from a position of the first transmissive display in an optical axis direction, and the detector detects the measurement light flux that transmits the first transmissive display and further transmits the second transmissive display, and wherein the display control means individually controls a display of the first index pattern and a display of the second index pattern, and at least a part of the second index pattern is not displayed in a case where the first index pattern is displayed, and the second index pattern is displayed in a case where at least a part of the first index pattern is not displayed.