Intelligent real-time detection system and real-time detection method thereof

Abstract

The invention provides an intelligent real-time detection system and a real-time detection method thereof. The system comprises a real-time detection apparatus, a medical institution system server, acloud server and a plurality of clients, wherein the real-time detection apparatus is in communication connection with the medical institution system server and the cloud server; the cloud server is in communication connection with the clients; the real-time detection apparatus comprises a real-time detection apparatus body and an information reading mechanism; and the information reading mechanism is fixed to the real-time detection apparatus body. According to the intelligent real-time detection system and the real-time detection method thereof, information of specimens and reagents can be automatically obtained; functional internet-of-things is formed; required internet-of-things services are realized; and the system has the advantages of high intelligent level and convenient use and maintenance.

Description

technical field [0001] The invention relates to the field of real-time detection devices, in particular to an intelligent real-time detection system and a real-time detection method thereof. Background technique [0002] At present, point-of-care testing instruments (POCT) are more and more commonly used in medical institutions. Existing instruments of this type are limited in intelligence, and still need to manually enter specimen information and patient information, and operators need to manually select test items on the instrument. , and manually confirm the startup test. At the same time, the test result data can only be printed or uploaded to the hospital's LIS (Laboratory Information System) system through a directly connected printer; the secondary processing or application of the test result data has nothing to do with the instrument. It is entirely the behavior of hospital testing personnel; and it is impossible to automatically analyze and actively intervene in th...

AI Technical Summary

Problems solved by technology

[0002] At present, point-of-care testing instruments (POCT) are more and more commonly used in medical institutions. Existing instruments of this type are limited in intelligence, and still need to manually enter specimen information and patient information, and operators need to manually select test items on the instrument. , and manually confirm the startup test

At the same time, the test result data can only be printed or uploaded to the hospital's LIS (Laboratory Information System) system through a directly connected printer; the secondary processing or application of the test result data has nothing to do with the instrument. It is entirely the behavior of hospital testing personnel; and it is impossible to automatically analyze and actively intervene in the operating status of the instrument. Usually, after the instrument fails, a manual phone call is required for after-sales service support; the experience of using and maintaining is poor

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