Full-automatic blood culture instrument

Abstract

The invention discloses a full-automatic blood culture instrument. The full-automatic blood culture instrument comprises at least one full-automatic blood culture module that can be cultured independently; the full-automatic blood culture module includes a box, a temporary culture bottle storage module, a bottle push module, a bottle rotating module, an XYZ triaxial manipulator, a culture detection module, a positive bottle output area, a negative bottle drawer and culture bottles. By the arrangement, the full-automatic blood culture function is realized, time is saved, the work flow is standardized, and manual error is avoided; meanwhile, positive results can be output at the first time, so that patients can get corresponding treatment in time; the full-automatic blood culture instrumentis simple in structure and can reduce the probability of failure; the full-automatic blood culture instrument has strong expansibility which is performed by simply connecting the full-automatic bloodculture modules with only one hose computer equipped with a control system, so that needs of larger scale culture can be met.

Description

technical field [0001] The invention relates to the field of automatic blood culture technology, in particular to an automatic blood culture instrument. Background technique [0002] There are no bacteria in the blood of a healthy human body. Once the blood is infected with bacteria, various discomforts may occur, such as bacteremia, sepsis, sepsis, etc., and severe cases may lead to death. To confirm whether there is a bacterial infection in the blood, a blood culture test is performed. Clinical data show that the mortality rate of bacteremia and sepsis is as high as 30-50%, and there are 10 people in every 100 hospitalized patients who need to carry out this test. [0003] For patients with severe sepsis, early diagnosis and reasonable treatment have a great impact on improving the treatment effect. The longer the delay in initiating treatment, the greater the chance of survival dropped, approaching 80 percent if a patient was treated with antibiotics within the first ho...

AI Technical Summary

Problems solved by technology

[0004] Existing blood culture instruments basically need to manually scan codes, insert bottles, and take bottles, and the workflow is more complicated and less efficient

The incubator needs to be opened when inserting and removing bottles, resulting in changes in the culture environment. At the same time, it is necessary to stop the shaking operation of the culture bottles in a large area, which will affect the culture process of other culture bottles

The number of culture bottles that can be accommodated in each culture device is limited, which cannot meet the larger culture needs of large hospitals

At the same time, during the cultivation process, the detection operator cannot timely understand the internal situation of the incubator

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