Animal vital sign monitoring device

Abstract

The invention discloses an animal vital sign monitoring device. The device comprises a remote sensing implant, a wireless communication module and a monitoring module, wherein the remote sensing implant is implanted in a to-be-monitored animal body and used for acquiring vital sign information in the to-be-monitored animal body and sending the vital sign information to the wireless communication module; the wireless communication module is used for performing data conversion on the received vital sign information and sending the vital sign information after data conversion to the monitoring module; the monitoring module monitors vital signs according to the converted vital sign information. The remote sensing implant is implanted into the to-be-monitored animal body to monitor vital sign information and cannot fall off or be scratched off and cannot affect normal activities of animals, and effectiveness and accuracy of monitoring data are improved.

Description

technical field [0001] The invention relates to the technical field of medical monitoring, in particular to an animal vital sign monitoring device. Background technique [0002] Animal vital sign monitoring is widely used in the medical field and is an essential part of disease monitoring and health data collection. It has important application prospects in both clinical application and health management. The traditional vital sign monitoring is to contact the sensor with the body surface and transmit the information to the terminal device in the form of waveform and digital. Vital sign information is generally extremely weak, accompanied by power frequency interference, contact noise, respiratory baseline drift, dynamic artifacts, and signal crosstalk. Therefore, the accuracy of vital sign information detection has always been an important problem. [0003] When it comes to monitoring the vital signs of small animals in the awake state, such as small animals such as mice, ...

AI Technical Summary

Problems solved by technology

[0003] When it comes to the monitoring of vital signs of small animals in an awake state, such as small animals such as mice, rabbits, hedgehogs, snakes, and turtles, it is difficult to use wearable monitoring devices for these animals because most of these animals have fur or hard shells , using contact sensors cannot directly obtain accurate vital sign information

Furthermore, the use of wearable monitoring equipment to collect vital sign information is also easy to be bitten, damaged or scratched off by animals, which will affect the collection of data

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