Automatic edible fungus solid inoculation system

Abstract

The invention discloses an automatic edible fungus solid inoculation system. The automatic edible fungus solid inoculation system comprises a rack, a matrix conveying device, a fungus stick forming device, a punching device, a strain feeding device, a coating device and a fungus stick stacking device. The fungus stick forming device is used for receiving the sterile matrix output by the matrix conveying device; and the punching device is arranged at the position, corresponding to the fungus stick forming device, of the rack and comprises a punching pipe and a driving mechanism capable of driving the punching pipe to be inserted into the sterile matrix. The strain feeding device comprises a strain distributing mechanism, an air blowing mechanism and a conveying pipeline; the two ends of theconveying pipeline are connected with the air blowing mechanism and the upper end of the punching pipe respectively, and a strain block shaping mechanism is arranged in the strain distributing mechanism; the conveying pipeline communicates with the output end of the strain distributing mechanism through a branch pipe; and the coating device is arranged between the forming device and the fungus stick stacking device. According to the inoculation system, assembly line type automatic production is achieved, labor investment is reduced, and introduction of pollution sources is reduced.

Description

technical field [0001] The invention relates to the technical field of fungal cultivation equipment, in particular to an automatic edible fungus solid inoculation system. Background technique [0002] In the prior art, the production of bacterial sticks is generally to first cut the adhesive tape used to seal the inoculation hole, then pack the raw materials into bacterial sticks and punch holes on the bacterial sticks, then stick adhesive tape on the holes for sealing, and then seal the sealed holes. The bacteria sticks are sterilized, the adhesive tape is removed after cooling, then inoculated and the adhesive tape is pasted after inoculation, and finally the stack culture is performed. [0003] However, only automatic inoculation has been realized in the current bacterium stick inoculation process, such as patent 201510168401.2 - an automatic inoculation machine suitable for bacterium sticks, which provides a kind of inoculation mechanism that utilizes punching inoculatio...

AI Technical Summary

Problems solved by technology

[0003] However, only automatic inoculation has been realized in the current bacterium stick inoculation process, such as patent 201510168401.2 - an automatic inoculation machine suitable for bacterium sticks, which provides a kind of inoculation mechanism that utilizes punching inoculation to operate separately, but this This type of inoculation machine can only be used to inoculate the existing bagged and packaged bacterial sticks. The process of bagging the matrix and the process between bagging and inoculation is still manual.

Moreover, due to manual operation, the bagged bacteria sticks must be sterilized before inoculation, and in the process from disinfection to inoculation, it still relies on manual or other equipment for handling. This process is prone to pollution, and the operation is cumbersome and automatic. low level

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