Intelligent adjustable self-heating inoculator for microbial experiments

Abstract

The invention discloses an intelligent adjustable self-heating inoculator for microbial experiments. The inoculator comprises a head inoculating loop, a sliding rod and a handle which are connected in sequence, wherein the head inoculating loop comprises an inoculating needle and two spliced inoculating loops; the inoculating needle is mounted at the top of the sliding rod; a sliding block track and two sliding blocks are arranged in the sliding rod; the bottoms of the spliced inoculating loops are connected with the sliding blocks; a gear shifting mechanism comprises a push button, a guide rail sliding block and two connecting rods; the guide rail sliding block is arranged at the handle; the push button is assembled on the guide rail sliding block in a sliding manner; the handle comprises a constant-temperature heating device and a temperature controller which are connected with a battery through wires; the constant-temperature heating device is used for heating and adjusting the temperature of the head inoculating loop; and the temperature controller electrically connected with the constant-temperature heating device is used for monitoring the environment temperature and the overall temperature of the head inoculating loop. The inoculator is simple to operate and low in cost, and can meet the requirements of various microbial experiments.

Description

technical field [0001] The invention relates to the technical field of microbial experiments, in particular to an intelligent adjustable self-heating inoculum for microbial experiments. Background technique [0002] The inoculation loop is a commonly used inoculation tool in bacterial culture. It is widely used in many disciplines such as microbial detection, cell microbiology, and molecular biology. It is an indispensable laboratory tool. Especially when cultivating microorganisms, it is necessary to use the inoculation loop to pick the strains for inoculation. [0003] In the general microbial experiment process, the inoculation loop needs to be burnt on the alcohol lamp until all the bacteria on the inoculation loop are dead, and then wait for it to cool down before proceeding to the next step. However, during the whole process, the experimenter cannot accurately know the temperature of the inoculation loop, which may easily lead to the death of bacteria due to improper ...

AI Technical Summary

Problems solved by technology

However, during the whole process, the experimenter cannot accurately know the temperature of the inoculation loop, which may easily lead to the death of bacteria due to improper operation by the experimenter; the temperature of the alcohol lamp is high during the use of the alcohol lamp, and the liquid on the inoculation loop is prone to burst when heated , causing danger; if a mistake occurs when taking bacteria, there will be too many bacteria on the inoculation loop, and repeated operations will waste time

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