Non-contact vital sign detecting instrument for monitoring tumble

Abstract

The invention discloses a non-contact vital sign detecting instrument for monitoring tumble, and relates to the technical field of life information monitoring. The non-contact vital sign detecting instrument comprises a millimeter wave detector, a camera sensor, a signal collector, a signal processor, an antenna and a mobile software APP. The non-contact vital sign detecting instrument thoroughlygets rid of cumbersome operation during wearing traditional contact equipment or instruments, adopts the non-contact millimeter wave detector, ensures that the detection range can reach the fact thatno dead angle is in a whole room, ensures that breath, heartbeat and images of an elder are transmitted to the mobile software APP in real time to give an alarm when the elder suddenly falls down through the millimeter wave detector and the camera sensor, preliminarily knows the tumble severity of the elder, reduces the error rate, improves the monitoring accuracy, guarantees the safety of elderlypeople living alone, and reduces the fatality rate and disability rate caused by delayed treatment of the falling down elder.

Description

technical field [0001] The invention relates to the technical field of vital information monitoring, in particular to a non-contact vital sign detector for monitoring falls. Background technique: [0002] After the 20th century, the whole world is entering the era of global aging at an unimaginable speed. my country also entered an aging society at the end of the 20th century. It is expected that by 2050 it will enter the stage of deep aging and become the most aging country. This will also bring huge pressure and challenges to our society from many aspects. [0003] The elderly living alone are prone to various dangers in daily life, such as falls, burns, scalds, etc., especially the incidence of falls is the highest. According to foreign statistics, about 1 / 3 of the 65-year-olds fall at least once a year, and the proportion of falls is as high as 25% of the deaths of the elderly. Falls are very likely to cause fractures and visceral shocks in the elderly; It will further...

AI Technical Summary

Problems solved by technology

The system provides a remote life monitoring system based on non-contact life detectors, including non-contact human life detectors, infrared thermometers, cameras, displays, network communication equipment and monitoring equipment. The signal collected by the thermometer is transmitted to the display for display; the signal collected by the non-contact human life detector, infrared thermometer and camera is transmitted to the monitoring equipment through the network communication equipment, but the monitoring range of the system is small, and it cannot guarantee the elderly Monitoring during the event

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