A biometric information measurement device according to the present invention is for measuring biometric information on the basis of images, of a subject, consecutively obtained in time series, the device comprising: a time-series signal generation unit for generating a plurality of first pixels that have a sensitivity range in the absorption wavelength band of haemoglobin, and that generate a first imaging signal on the basis of received light, a plurality of second pixels that have a long-wavelength side sensitivity range on the long-wavelength side and a short-wavelength side sensitivity range on the short-wavelength side with respect to the sensitivity range of the first pixels, of which the widths of the long-wavelength side sensitivity range and the short-wavelength side sensitivity range are smaller than the width of the sensitivity range of the first pixels, and that generate a second imaging signal on the basis of received light, and a time-series signal that is generated by time-serially connecting the representative values of the first imaging signal and the second imaging signal generated in time series； a signal component separation unit for separating the time-series signal into a plurality of signal components； and a biometric information component selection unit for selecting, from the plurality of signal components separated by the signal component separation unit, a signal component corresponding to biometric information.La présente invention concerne un dispositif de mesure d'informations biométriques destiné à mesurer des informations biométriques sur la base d'images d'un sujet acquises successivement en série, le dispositif comprenant : une unité de génération de signaux chronologiques pour générer une pluralité de premiers pixels ayant une plage de sensibilité dans la bande de longueur d'onde d'absorption de l'hémoglobine et génèrent un premier signal d'imagerie sur la base de la lumière reçue, une pluralité de seconds pixels qui ont une plage
