Edible fungus liquid inoculating device

Abstract

The invention discloses an edible fungus liquid inoculating device, comprising a rack and a horizontal transport mechanism arranged on the rack for transporting a tray, and the horizontal transport mechanism is provided with a plurality of material-blocking mechanisms for blocking the movement of the tray along the transport direction of the tray at intervals; a positioning mechanism for clampinga culture container body in the tray is arranged above the material-blocking mechanism at the most front end of the rack; and the device further comprises a cover-opening mechanism for opening a bottle cover and an inoculation pipeline mechanism for conducting uniform inoculation for all culture containers in the tray. When the material-blocking mechanism at the most front end of the horizontal transport mechanism along the transport direction blocks a cargo, a detection signal is generated, and the detection signal is transmitted to a control device; and the control device sequentially controls the positioning mechanism, the cover-opening mechanism and the inoculation pipeline mechanism in response to the detection signal. The edible fungus liquid inoculation device can effectively prevent invasion of planktonic bacteria, and is high in automation degree, high in efficiency and uniform in inoculation.

Description

technical field [0001] The invention relates to the technical field of edible fungi production machinery, more specifically, it relates to an edible fungus liquid inoculation method and its device. Background technique [0002] Industrialized cultivation of edible fungi is the industrialized production mode with the most modern agricultural characteristics. At present, industrial production will enter a mature and rapid development stage, but as a key link in the industrial production of edible fungi, liquid inoculation technology is still very backward. In the prior art, the inoculation of liquid strains is still at the stage of manual inoculation. During the inoculation, the inoculation spray gun is held in one hand, and the cover removal and upper cover of the culture container are completed with the other hand. This inoculation operation has the following problems in the actual production process: ①The degree of automation is low, the labor intensity is high, and the pr...

AI Technical Summary

Problems solved by technology

This inoculation operation has the following problems in the actual production process: ①The degree of automation is low, the labor intensity is high, and the procedures of pulling out the cap, inoculating, and capping are all manual operations, which has poor coordination and low production efficiency; ②Because it is manually buckled Inoculate with the trigger of the spray gun, so the amount of inoculation in each bag is inconsistent, resulting in poor consistency of the bacteria status of the bacteria bag; ③ It takes a long time to switch back and forth between each process, and it takes a long time to open the cover when the bacteria are inoculated, which leads to the out of culture container. Invasion of planktonic bacteria affects the quality of strains

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