Dynamic monitoring type bacterial culture equipment

Abstract

The invention relates to dynamic monitoring type bacterial culture equipment. The equipment comprises a sealed incubator, wherein a sampling monitoring device is arranged in the middle of the incubator; a sample rack capable of accommodating multiple culture dishes is arranged beside the sampling monitoring device; a multi-dimensional manipulator capable of grabbing the culture dishes from the sample rack, an uncapping manipulator capable of opening and closing culture dish caps, a real-time monitoring device capable of dynamically monitoring the culture dishes and a bar code reader used for identifying bar codes on each culture dish are arranged on the sampling monitoring device; the incubator is configured with a computer; the real-time monitoring device can photograph the culture dishes and transmit pictures to a mobile terminal through a computer network. According to the dynamic monitoring type bacterial culture equipment, complicated manual procedures are saved, automatic sampling, uncapping and dynamic monitoring functions can be realized simultaneously, dynamic information of bacterial growth can be mastered at any time and fed back to a worker in a laboratory in time, and accordingly, follow-up detection work can be carried out in time.

Description

technical field [0001] The patent of the present invention relates to a device for bacterial cultivation of microbial samples, specifically a dynamic monitoring type bacterial cultivation device. Background technique [0002] In hospital clinical and medical research trials, it is often necessary to perform bacterial culture on patient samples. The general bacterial culture instruments that appear on the market now are to inoculate the sample into a petri dish by streaking, put it inside the incubator, and provide a stable temperature environment and a gas environment such as carbon dioxide or nitrogen for cultivation. After culturing for 24 hours, observe the bacterial growth on the petri dish, and pick colonies for further bacterial detection. This method has the following defects: it is impossible to know the growth of bacteria on the petri dish in real time, and the acquisition of information on the dynamic growth of bacteria is limited. The results of the cultivation ...

AI Technical Summary

Problems solved by technology

This method has the following defects: it is impossible to know the growth of bacteria on the petri dish in real time, and the acquisition of information on the dynamic growth of bacteria is limited. The results of the culture can only be known after a child, which wastes a great opportunity for clinical treatment

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