Cell deep low-temperature storage monitoring system

Abstract

The invention provides a cell deep low-temperature storage monitoring system that comprises a data acquisition module, a data transmission module, a data processing module and an information service module. The data acquisition module is provided with a plurality of sensing devices and is connected with the data transmission module. The data transmission module is provided with a plurality of temperature hubs, and is connected with the data processing module. The data processing module communicates with the information service module. The cell deep low-temperature storage monitoring system achieves real-time temperature measurement, monitoring, tour inspection, alarm and quality status analysis beyond visual range, and achieves objective and reliable data, quality accident traceability, non-contact real-time cell temperature modern monitoring beyond visual range.

Description

technical field [0001] The invention relates to the field of cold storage, in particular to a cell cryogenic cold storage monitoring system. Background technique [0002] At present, with the rapid development of IT technology, radio frequency communication technology, Internet communication technology, and digital measurement and control technology, a new sunrise industry --- the Internet of Things is growing rapidly in all walks of life. Cell technology, as a modern disease control, medical, military High-end professional technologies in related fields such as scientific research and scientific research have become one of the cutting-edge professional technologies that affect the national economy and people's livelihood. Due to the specific dependence of cell technology on the environment, cell activity has special and professional requirements for environmental factors such as temperature and humidity. Cell products In the links of sampling, development, production, trans...

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Problems solved by technology

[0003] The deep low temperature vitrification storage of cells is currently the most widely used advanced storage technology. Its core elements are temperature change rate and stable temperature monitoring. Currently, in the development, production, transportation and storage of cell products, one method is The living environment of cells is monitored by manual measurement and paper records. This method consumes a lot of labor, and the measurement error varies from person to person. It is difficult to retrieve and analyze the vast paper data. For some cells that are invasive to the human body , the harm to the human body cannot be effectively reduced. The second method is to use special equipment for individualized and discrete storage and monitoring. This method has improved the measurement consistency, but manual recording and analysis are still required. In addition, due to Its sampling points are fixed and limited in number, so there is no flexibility in practical applications

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