Multilayer push type microorganism constant temperature drug-sensitive incubator

Abstract

The invention discloses a multilayer push type microorganism constant temperature drug-sensitive incubator. The multilayer push type microorganism constant temperature drug-sensitive incubator comprises a thermostat and a conveying box as well as a heating device and a control system, wherein a main body of a rotating device is arranged at the upper end and the lower end of the inner wall of the thermostat by virtue of bearings, the rotating device is an overall formed by sequentially overlaying and fixing multiple layers of annular cavities, each layer of annular cavity is also uniformly partitioned into multiple independent units along the radial direction by a supporting plate, and each independent unit is numbered and then is used for containing a matched cultivation box; an inner drive air cylinder mechanism is arranged in a hollow cavity; and a shell of the conveying box is connected with the side wall, arranged at one side of the inlet outlet, of the thermostat in a sealing manner, and an outer drive air cylinder mechanism, a conveying mechanism and a detection mechanism are arranged in the conveying box. The multilayer push type microorganism constant temperature drug-sensitive incubator disclosed by the invention can realize put-into and fetch operations of any cultivation box.

Description

Technical field: [0001] The invention relates to the technical field of body fluid microbial drug-sensitivity culture and detection equipment, in particular to a multi-layer pushing type microbial constant-temperature drug-sensitivity incubator. Background technique: [0002] When detecting bacterial animal diseases in the laboratory, diagnostic methods such as bacterial morphology inspection, isolation and culture, biochemical identification, pathogenicity test, and serological examination are usually used, and routine drug susceptibility tests are performed on the isolated strains. At present, special devices for microbial drug susceptibility cultivation and medical testing, especially micro-continuous detection devices for rapid culture and identification of mycobacteria, are mainly carried out in a constant temperature environment in a liquid culture solution, and multiple observations are required during the cultivation process. It was found that the liquid culture solu...

AI Technical Summary

Problems solved by technology

There are disadvantages such as high requirements, cumbersome operation and long time-consuming

Generally, it takes more than five days to get the diagnosis and drug susceptibility results. Before the drug susceptibility results come out, we can only rely on the experience of clinical veterinarians to judge the treatment. Due to the widespread existence of bacterial drug resistance, the best treatment time is often delayed, resulting in repeated epidemics. , so that out of control, huge losses

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