Abstract: A biological information display apparatus includes a pulse wave acquisition part, an index derivation part, a determination part, and a display control part. The pulse wave acquisition part acquires a pulse wave signal obtained by measuring a pulse wave of a subject person along a time axis. The index derivation part derives breathing function indexes which are indexes showing states of breathing function of the subject person. The determination part determines whether at least one of the derived multiple breathing function indexes is in a predetermined range as a range of a threshold showing that the subject person gets worse. When at least one of breathing function indexes is in the predetermined range, the display control part displays progress information showing the progress of multiple breathing function indexes since becoming in the predetermined range by the at least one of breathing function indexes.

Abstract: A main body portion is shaped in a cylinder and formed with an intake port which is a hole through which air from an outside flows into the cylinder. The main body portion has one end, which is provided with one-way valve to impede inflow of air from the outside, and the other end, which is not provided with the one-way valve and through which the subject breathes. The resistance setting unit variably sets a magnitude of an inflow resistance to air flowing into the main body portion. The pressure measurement unit measures a pressure of air moving in the cylinder of the main body portion as the intraoral pressure.

Abstract: An intraoral pressure signal is associated with a pulse wave signal along a time axis. As a calibration coefficient, a ratio of a variation in an amount of change in an amplitude of the pulse wave signal from a preset second reference value to a variation in an amount of change in the intraoral pressure represented by the intraoral pressure signal from a preset first reference value is calculated based on the acquired pulse wave signal and the acquired intraoral pressure signal. An absolute value of an intrathoracic pressure of the subject is calculated by multiplying an estimated intrathoracic pressure, which is a relative value of the intrathoracic pressure estimated based on the pulse wave signal, by the calibration coefficient.

Abstract: An auxiliary testing device assists a testing device for testing a respiratory function of a subject. The auxiliary testing device has a tubular member and a restraining member. The tubular member has a tubular shape and is connected to the testing device. The restraining member restrains a movement of a cheek of the subject.

Abstract: Provided is an intermediate member which is arranged between a motor housing (4) and a transmission case (2) and which has multiple motor housing supporting point positions (A) and transmission case supporting point positions (B). The intermediate member is coupled to the motor housing (4) at the motor housing supporting point positions (A). The transmission case supporting point positions (B) are each arranged in an angular region formed between a motor housing supporting line (C) and a motor housing supporting center line (D) which is the center between the motor housing supporting line (C) and another motor housing supporting line (C) adjacent thereto.

Abstract: Provided is an intermediate member which is arranged between a motor housing (4) and a transmission case (2) and which has multiple motor housing supporting point positions (A) and transmission case supporting point positions (B). The intermediate member is coupled to the motor housing (4) at the motor housing supporting point positions (A). The transmission case supporting point positions (B) are each arranged in an angular region formed between a motor housing supporting line (C) and a motor housing supporting center line (D) which is the center between the motor housing supporting line (C) and another motor housing supporting line (C) adjacent thereto.