[Problem] The purpose of the present invention is to provide a biological information measurement apparatus capable of measuring biological information from a distance with good precision. [Solution] The biological information measurement apparatus is provided with an antenna (A1) for radiating transmission signals (TS) and receiving reflection signals (RS), a transmission unit (2) for generating transmission signals (TS), a detection unit (3), and a control unit (C5) for processing information signals (JS), and is characterized in that: the control unit (C5) calculates pulse from a first biological signal (F1) of the information signal (JS) and calculates respiration from a second biological signal (F2) of the information signal (JS) and when calculating pulse from the first biological signal (F1), if the values calculated from the values corresponding to first characteristic points (CP1) of the first biological signal (F1) are obtained as a group of constant values, which fall within a specified range within a specified time, the pulse is calculated from the group of constant values, and if the calculated values are not obtained as a group of constant values, the corresponding values in the vicinity of third characteristic points of the first biological signal (F1) that correspond to the second characteristic points (CP2) of the second biological signal (F2) are extracted and the pulse is calculated from the characteristic values calculated using the corresponding values.Lobjet de la présente invention est de fournir un appareil de mesure dinformations biologiques capable de mesurer des informations biologiques à distance avec une bonne précision. La solution selon linvention porte sur appareil de mesure dinformations biologiques pourvu dune antenne (A1) permettant démettre des signaux de transmission (TS) et de recevoir de signaux de réflexion (RS), une unité de transmission (2) permettant de générer des signaux de transmission (TS), une unité de détection (3), e
