Abstract: A bone conduction hearing-aid system includes an intracorporeal unit that is embedded under a scalp and that includes an intracorporeal vibration generator configured to generate vibration by receiving a magnetic field frequency, and an extracorporeal unit that is disposed extracorporeally, that is configured to generate the magnetic field frequency and to apply the magnetic field frequency to the intracorporeal unit, and that is configured to generate vibration by an extracorporeal vibration generator. The vibration generated by the intracorporeal unit and the vibration generated by the extracorporeal unit vibrate a skull.

Abstract: A method for generating a learned model applied to a prediction device that predicts a probability that a subject develops delirium based on a moving image in which the subject appears is provided. The method includes: acquiring first data corresponding to the moving image in which the subject appears; generating, based on the first data, second data corresponding to changes over time in relative positions of a plurality of feature points in a body of the subject in the moving image; generating third data indicating a determination result as to whether the subject develops delirium based on the moving image; and generating the learned model by causing a neural network to learn using the second data and the third data.

Abstract: A recording device includes an acquisition unit configured to acquire vital signs through a sensor device having a plurality of electrodes, a recording unit configured to record a bipolar potential of a main channel which is defined by combining the plurality of electrodes, using the vital signs, an addition unit configured to add a mark to each waveform plotted based on variation of the bipolar potential over time, at a predetermined position on a time axis, and an adjusting unit configured to adjust a position of the mark added to each waveform. The adjusting unit is configured to adjust the position of the mark added to the bipolar potential of the main channel, based on bipolar potentials of reference channels including electrodes included in the main channel.

Abstract: A physiological information measurement device includes a sensor connected to an airbag containing air, the sensor being configured to measure pressure received by the airbag from a subject, and a processor configured to process a measurement result of the sensor to obtain information on a dynamic pressure and a static pressure of the subject, and a detector configured to detect an abnormality in a path from the airbag to the sensor, based on a change in the dynamic pressure and/or the static pressure.

Abstract: A muscle relaxation monitoring device includes a stimulation output unit configured to stimulate a nerve via a stimulation electrode attached to a living body of a subject, a signal detection unit configured to detect, as an electrical signal, a physiological signal generated from a muscle in response to the stimulation to the nerve by the stimulation output unit, via a lead-out electrode attached to the living body, and a controller configured to cause the stimulation output unit to stimulate the nerve, and determine an abnormal installation cause of the lead-out electrode, based on the electrical signal detected by the signal detection unit.

Abstract: An information processing apparatus configured to process information acquired from a probe including a base having flexibility to bend along a surface of subject's body and a plurality of ultrasound transducers arranged on the base at predetermined intervals. The information processing apparatus includes a controller configured to acquire transmission information, which relates to ultrasound emitted from the ultrasound transducers of the probe whose base is attached to the subject along the surface of the subject's body, and first reception information, which relates to first reflection received by first ultrasound transducers of the ultrasound transducers after the ultrasound is reflected by a first target, and calculate parameters, which relate to a curve of the base, from the transmission information, the first reception information, and the predetermined intervals between the first ultrasound transducers.

Abstract: A physiological information processing method for automatically acquiring information relevant to a fluid flowing through a body of a subject using an ultrasonic sensor. The ultrasonic sensor includes a plurality of ultrasonic elements. The physiological information processing method includes acquiring reflection signals of ultrasonic waves, identifying, among the ultrasonic elements, two or more ultrasonic elements facing a vessel through which the fluid flows, analyzing a reflection signal of an ultrasonic wave associated with a first ultrasonic element of the two or more ultrasonic elements, analyzing a reflection signal of an ultrasonic wave associated with a second ultrasonic element of the two or more ultrasonic elements, identifying an angle of the vessel with respect to the irradiation direction of the ultrasonic wave, analyzing the reflection signal of the ultrasonic wave associated with the first ultrasonic element or the second ultrasonic element, and acquiring information relevant to the fluid.

Abstract: A pulse discrimination device is configured to receive an electrical signal from a living body in which a functional pulse propagates at a predetermined time interval, and is configured to discriminate between the functional pulse and a noise pulse which are included in the electrical signal. The pulse discrimination device includes: a pulse detector configured to sequentially detect an electrical pulse included in the electrical signal based on variation in an intensity of the electrical signal received from the living body; and a pulse discrimination unit configured to determine whether the electrical pulse detected by the pulse detector is the functional pulse or the noise pulse based on a detection interval of the electrical pulse detected by the pulse detector and a pulse time predetermined based on the predetermined time interval.

Abstract: An electrocardiogram analyzer includes: an electrocardiogram measuring unit configured to measure an electrocardiogram based on an electrocardiographic signal of an electrode attached to a subject; a motion measuring unit configured to measure motion based on motion information of a sensor attached to the subject; and an analyzer configured to analyze occurrence of serious arrhythmia based on the electrocardiogram measured by the electrocardiogram measuring unit and the motion measured by the motion measuring unit.

Abstract: A physiological information analysis device includes an obtaining unit, a determination unit, and a notification controller. The obtaining unit obtains a plurality of pieces of physiological information related to a subject. The determination unit determines effectiveness of the plurality of pieces of physiological information. The notification controller issues, when effectiveness of corresponding first physiological information and second physiological information among the plurality of pieces of physiological information matches, predetermined notification according to the effectiveness, and issues the predetermined notification according to the effectiveness of any physiological information of the first physiological information and the second physiological information when the effectiveness of the first physiological information and the effectiveness of the second physiological information do not match.

Abstract: A physiological information measurement device includes a pressure controller configured to control an applied pressure of a cuff to a predetermined site of a subject, a pulse detector configured to detect pulses from a pressure received by the cuff from the predetermined site, a physiological information detector configured to detect physiological information on the subject, a noise classification unit configured to classify whether detection data detected by the pulse detector is noise based on the physiological information, and a blood pressure calculator configured to calculate a blood pressure of the subject based on a plurality of the pulses that are classified as not noise by the noise classification unit.

Abstract: A physiological information measurement device includes: a pressure controller executes a measurement of increasing or decreasing an applied pressure of a cuff with respect to a predetermined site of a subject from an initial value; a pulse detector detects a pulse from a pressure received by the cuff from the predetermined site; a pulse determination unit determines whether the pulse detected by the pulse detector is a correctly detected pulse; a blood pressure calculation possibility determination unit determines whether calculation of a blood pressure of the subject is possible based on the pulse detected by the pulse detector; and a blood pressure calculator calculates the blood pressure of the subject based on a plurality of the pulses determined to be correctly detected by the pulse determination unit.

Abstract: A fixing device in which the direction of a tube can be easily fine-adjusted is provided. A fixing device has: an arm portion which extends in the X direction; a fixation portion which is to fix a tube; and a rotation portion which is disposed between the arm portion and the fixation portion, and which rotates the fixation portion about the X direction.

Abstract: A patient information processing method is executed by one or more processors, and the method includes obtaining a plurality of pieces of vital data of a patient, calculating a vital score indicating a condition of the patient using at least the plurality of pieces of vital data, and generating summary information related to the vital score and/or the plurality of pieces of vital data during a specific period.

Abstract: A patient information processing method is executed by one or more processors, and the method includes obtaining a plurality of pieces of patient information each of which is associated with respective one of a plurality of patients, and determining a display order of the pieces of patient information to be displayed on a patient information list screen based on first information and second information different from the first information. The determining the display order includes determining the display order of the pieces of patient information based on the first information such that the pieces of patient information to be displayed on the patient information list screen are displayed early according to a value of the first information, and determining a display order of patient information of patients having the same value of the first information based on the second information.

Abstract: A control device is configured to: cause an inflating/deflating device to initiate a first air feeding to a cuff with a prescribed flow rate; calculate an estimated value of a capacity volume of the cuff based on a time length for which the internal pressure inflates from a first value to a second value; cause the inflating/deflating device to perform at least air exhausting before an inflation of the internal pressure reaches a steady state to deflate the internal pressure; determine, based on the estimated value, an air feeding flow rate for obtaining a prescribed inflating speed; cause the inflating/deflating device to initiate a second air feeding to the cuff with the air feeding flow rate before the internal pressure reaches zero; and measure blood pressure of the subject while the second air feeding is performed.

Abstract: A venous pressure measurement apparatus includes: a pressure controller that causes an internal pressure of a cuff to be attached to a subject, to change; a pressure detector that detects the internal pressure of the cuff; and a processor that causes the pressure controller to change the internal pressure of the cuff, acquires a statistical value relating to a distribution of amplitudes of a plurality of pressure changes corresponding to pressure vibration that occurs in the cuff, and that is detected by the pressure detector, and estimates a venous pressure of the subject based on a change of the statistical value due to the change of the internal pressure of the cuff.

Abstract: A display control device includes processing circuitry configured to: obtain an intracardiac electrocardiogram of a subject; generate visualization data representing an excitation state of a myocardium based on the intracardiac electrocardiogram; determine a type of excitation dynamics of the myocardium based on the visualization data; and display, on a stereoscopic image of a heart of the subject, a site from which the intracardiac electrocardiogram is obtained with a color in accordance with a ratio of the determined type of the excitation dynamics.

Abstract: A vital signs information processing apparatus includes an obtaining unit configured to obtain vascular dynamic information indicating a circulation state of blood of a subject; and a processor configured to perform a normalization processing on the vascular dynamic information to obtain an index value of pain evaluation of the subject. The processor is configured to calculate a reference value, based on the vascular dynamic information obtained in a reference period before a start of a treatment event related to a treatment for the subject, calculate a target value, based on the vascular dynamic information obtained after the start of the treatment event, and calculate a ratio of the target value to the reference value as the index value, as the normalization processing.

Abstract: To provide a muscular relaxation monitoring device, a muscular relaxation monitoring method and a muscular relaxation monitoring program capable of accurately grasping a muscular relaxation state of a subject. An input/output unit obtains a first reaction, a second reaction, a third reaction and a fourth reaction which are the first to fourth stimulation reaction values of four consecutive stimulations of a muscle. A display unit displays a display screen. A control unit generates the display screen in which a display effect of the first reaction and the fourth reaction is different from a display effect of the second reaction and the third reaction.