Microorganism inoculator of kneepiece

Abstract

The invention discloses a microorganism inoculator of kneepiece. The microorganism inoculator structurally comprises a handle, a spring, a pushing stem, a spray head, a pressing stem, a piston, an airpipe, a rotating cover, a liquid storing bottle, a duct, a thermometer, a lithium battery and an electric heating wire, wherein the spring is mounted on the inner side of the handle and is connectedwith the middle of the pushing stem; the spray head is mounted at the left end of the handle; the pressing stem is arranged at the middle of the handle; the pressing stem, the piston and the air pipeare in cooperation connection, the bottom of the handle is connected with the rotating cover, and the rotating cover is connected with the liquid storing bottle; the tail end of the spray head is connected with the duct; the thermometer is arranged on the inner wall of the liquid storing bottle; and the lithium battery is arranged at the bottom of the liquid storing bottle and is connected with the electric heating wire. According to the microorganism inoculator of kneepiece, the thermometer which is arranged can be used for monitoring the temperature of bacterial liquid, the electric heatingwire can be used for appropriate heating for the bacterial liquid according to experiment requirements, inoculating experiment of various kneepieces can be met, and the microorganism inoculator is simple to operate and high in practicality

Description

technical field [0001] The invention is a bent microbial inoculator, which belongs to the microbial inoculation technology. Background technique [0002] Traditional koji relies on the natural enrichment of various microorganisms in nature to compete for growth, reproduction and metabolism on the koji, forming a variety of beneficial microbial strains and enzyme systems. The survival rate and growth environment of microorganisms on the koji are not easy to control, and the current market The structure of the microbial inoculum above is single, and the utilization rate is low. The existing microbial inoculum cannot cope with the microbial inoculation of various bent blocks, and the quantity and quality of the flora cannot be guaranteed, which affects the utilization of bent blocks and the growth and reproduction of microorganisms. Contents of the invention [0003] Aiming at the deficiencies in the prior art, a bent microbial inoculator of the present invention has a struct...

AI Technical Summary

Problems solved by technology

[0002] Traditional koji relies on the natural enrichment of various microorganisms in nature to compete for growth, reproduction and metabolism on the koji, forming a variety of beneficial microbial strains and enzyme systems. The survival rate and growth environment of microorganisms on the koji are not easy to control, and the current market The structure of the microbial inoculator on the device is single, and the utilization rate is low. The existing microbial inoculator cannot cope with the microbial inoculation of various bent blocks, and the quantity and quality of the flora cannot be guaranteed, which affects the utilization of bent blocks and the growth and reproduction of microorganisms.

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