Non-contact vital sign monitoring

Current technologies to allow continuous monitoring of vital signs in pre-term infants in the hospital require adhesive electrodes or sensors to be in direct contact with the patient. These can cause stress, pain, and also damage the fragile skin of the infants. It has been established previously that the colour and volume changes in superficial blood vessels during the cardiac cycle can be measured using a digital video camera and ambient light, making it possible to obtain estimates of heart rate or breathing rate.

  • Video Signal

    Region of interest extraction for a one minite video of the light intensity of pixels from the red, green and blue channels of interest,Reflectance PPG signal derived from pictures.

  • HR estimated

    Heart rate estimates derived from the reflectance PPG signal extracted from the three colour channels of the video camera.

  • Clinical study

    Monitoring of pre-term infants, for at least 24 hours consecutive week each, in the high-dependency care area of the Neonatal Intensive Care Unit (NICU) at the national tertiary hospital.

Pxierra Ai Baby Monitor

Pxierra Ai visual vital radar is a AIOT edge-computing technology that acquires multimodal low-latitude data from the image of people’s skin through spectral signal analysis of continuous images, and realizes indicators such as live detection, posture detection, pulse frequency, heart rate variability, respiratory rate, hyperventilation, core body temperature change, blood oxygen monitoring based on ultra-low-power edge computing inference calculation software and hardware system, and Through IoT protocols, it establishes timely and high-value connections with services such as audio and video message pushing and remote intelligent healthcare, and becomes an ideal means of online intelligent care for the elderly, mothers and infants, and patients as an important component of remote patient monitoring systems.

  • Posture detection

    Through AI detection algorithm, we make judgments on babies due to unsafe sleeping posture and make alarms.

  • Heart rate estimation

    Captures and processes the periodic changes of blood in the skin, and calculate the waveform and heart rate value of pulse.

  • Respiration detection

    Based on multimodal spectral signal and motion signal and effective estimation of respiratory rate and index

  • Awake detection

    The child's body movement pattern recognition is used to determine whether the child is awake or not.

  • Non-contact Sensing

    No microwave radiation and skin contact side effects, no eye damage to the NIR exposure.

  • P2P communication

    P2P communication ensures that remote video and audio are only under the control of authorized users.

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Other Feature

  • AI Advanced Chip

  • Weak Light Vision

  • Internet Of Things

  • Edge-Computing

  • Room Humiture

  • Warm Night light

  • AI Assistant

  • Privacy Protection

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