Life environment management system

Abstract

The invention discloses a life environment management system. The system comprises a ternary gas mixture incubator temperature, humidity, PH value and CO2 monitoring module, a single-gas internal mixing incubator temperature, humidity, PH value and CO2 monitoring module for detecting the temperature, the humidity, the PH value and the CO2 concentration in a single-gas internal mixing incubator, a monitoring module for detecting the content of liquid nitrogen in a liquid nitrogen cylinder and the temperature in the liquid nitrogen cylinder, a laboratory environment monitoring module for detecting the temperature, the humidity, the VOC content, the oxygen content and the PM2.5 value in a laboratory as well as an electronic display board module for monitoring detection parameters of all the modules and giving an alarm when the monitored parameters are abnormal. According to the system, WIFI is adopted for communication, wiring is not required, networking and maintenance are easy, and the monitored parameters can be extended infinitely; the system has multiple alarm modes and is controlled by a laboratory person when monitoring the parameters; all the modules can be extended freely, the monitored parameters can be inquired at any time, the system is convenient and quick to use, and monitored data can be referred by a life science research laboratory.

Description

technical field [0001] The invention belongs to the field of Internet of Things of medical and other life environment laboratories, and in particular relates to a life environment management system. Background technique [0002] The initial idea of ​​medical informatization in the Internet of Things is mobile, which requires mobile computing and intelligent identification. Since 2004, the upsurge of mobile medical care has emerged in the medical industry. The core of mobile medical care is the transformation of management concepts, from business systems to object management. , which is also the initial driving force of the Internet of Things. In the research application of the medical Internet of Things came the very important idea that all systems should be based on objects. The most important object in the medical industry is the patient. Surrounding the patient are doctors, nurses, medicines, equipment, and all systems related to the patient. If we manage these systems i...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the embodiment of the present invention is to provide a life environment management system, which aims to solve the problem that the existing medical Internet of Things platform cannot realize the networking, management and monitoring of instruments and equipment

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