Integrated kit and matched device and using method thereof

Abstract

The invention belongs to the technical field of medical blood gas biochemical detection equipment, and relates to an integrated kit and a matched device thereof. The matched device consists of an integrated kit, an interface seat assembly, an analyzer bracket, a guide rail and a liquid path system; the integrated kit is composed of an encryption chip assembly, a kit body, a waste liquid bag assembly, a kit cover, a cleaning liquid bag assembly and a reagent bag assembly; and a cleaning liquid bag, a waste liquid bag and various standard liquid reagent bags are all internally packaged and sealed in the independent integrated kit in a combined and double-layer sealing mode. A double-needle layout is adopted on the waste liquid exhaust assembly, one needle is responsible for recovering wasteliquid, and the other needle is responsible for exhausting or overflowing the waste liquid; and once the waste liquid bag is filled with waste liquid or the waste liquid overflows along with gas, thewaste liquid can be reliably and completely recycled through the liquid path system, the safety of an operator is guaranteed to the maximum extent, and the integrated kit and the matched device can beapplied to medical diagnosis and clinical treatment of pneumonia infected by similar novel coronaviruses and used in cooperation with a blood gas biochemical analyzer.

Description

technical field [0001] The invention relates to the technical field of medical blood gas biochemical detection equipment, in particular to an integrated kit for a blood gas biochemical analyzer and its supporting device and usage method. Background technique [0002] At present, the blood gas biochemical analyzer is an indispensable medical device in the diagnosis, prevention and control, and clinical treatment of pneumonia caused by the new coronavirus infection. It is generally equipped with several reagent packs, a cleaning solution pack with a larger capacity and a larger capacity for each use. Large waste liquid recovery package; Among them, several reagent packages need to be put into a reagent box respectively, and then the reagent box is put into the instrument, a cleaning solution package with a larger capacity and a waste liquid recovery package with a larger capacity need to be placed in the Next to the blood gas biochemical analyzer, it not only takes up a lot of...

AI Technical Summary

Problems solved by technology

For example: the application number is 201720371711.9 Chinese utility model patent, the application discloses a kind of glycosylated hemoglobin analyzer matching detection kit, the structure adopted is: the liquid supply ports of all reagent bags are arranged on the top of the kit, and the kit and There is a space between the reagent bags for accommodating waste liquid, and the waste liquid return port of the analyzer communicates with this space; its disadvantages are: the structure is more complicated, the sealing is more strict, and it is very difficult to withstand external shocks during transportation. It is easy to be damaged, and the application reliability is poor. Once the waste liquid leaks or leaks out of the bag, it will cause a huge biological pollution problem, especially in the closed kit or waste liquid recovery bag, which will be entrained during the infusion process. Gas, once the gas reaches a certain level, the exhaust problem will rise to the main contradiction, and a reliable solution must be found to completely avoid the occurrence of biological pollution problems

Images