Edible fungus continuous inoculation machine

Abstract

The invention relates to an edible fungus continuous inoculation machine, and belongs to the field of edible fungi. The problems existing in an existing inoculation technology is solved. The machine comprises a fungus liquid injection device, an oxygen-increasing agent injection device, an inoculation bin and sight glass; the fungus liquid injection device and the oxygen-increasing agent injectiondevice are arranged on the upper portion of the inoculation bin, the sight glass is arranged on the side wall, close to the upper portion, in the inoculation bin, the sight glass is used for monitoring whether or not the inoculation bin is full of fungous materials, the fungus liquid injection device is used for spraying the fungus liquid to the inoculation bin, and the oxygen-increasing agent injection device is used for spraying an oxygen-increasing agent to the inoculation bin; fungus liquid injection device comprises a liquid storage tank, an inoculation pump, a main pipeline and multiplebranch pipelines; the oxygen-increasing agent injection device comprises an oxygen-increasing agent hopper, a vibrating feeder, an oxygen-increasing pipe and a vibrating screen; the inoculation bin comprises a cylindrical bin, an auger and a discharge valve, and the cylindrical bin is internally provided with the auger.

Description

technical field [0001] The invention belongs to the field of edible fungi and relates to a fungus inoculation device. Background technique [0002] Inoculation is an important link in the production of edible fungi. The temperature and humidity of the inoculation environment must be suitable, especially the air needs to be clean and dust-free. The number of colonies of miscellaneous bacteria must be accurately controlled in a low range, otherwise it will cause contamination of the fungus material and affect the growth of edible fungi. . [0003] The traditional method of inoculation technology is manual inoculation in the inoculation room. Operators frequently enter and exit the inoculation room, and the disinfection is not complete, and it is easy to bring miscellaneous bacteria into the inoculation room. The use of chemical drugs in the process of disinfection and sterilization pollutes the environment and endangers the health of inoculated personnel. And there is artifi...

AI Technical Summary

Problems solved by technology

[0003] The traditional method of inoculation technology is artificial inoculation in the inoculation room. Operators frequently enter and exit the inoculation room, and the disinfection is not complete, and it is easy to bring miscellaneous bacteria into the inoculation room

The use of chemical drugs in the process of disinfection and sterilization pollutes the environment and endangers the health of inoculated personnel

Moreover, there are problems of uneven artificial inoculation, low efficiency, difficulty in controlling the number of strains, and affecting the germination rate

Moreover, the inoculation room is bulky, requires high equipment, cannot be moved, is only suitable for small-scale production, and has high construction costs.

[0004] Aiming at the problem of bacterial material contamination in traditional artificial inoculation, those skilled in the art have proposed an inoculation device, such as Chinese patent CN205727168U discloses a mobile aseptic air inoculation device in a shed, although the whole process of the device can be aseptic However, manual operations are still required, which is inefficient and labor-intensive

[0005] With the further update of technology, Chinese patent CN203206784U discloses a kind of edible fungus inoculation machine, which can realize automatic inoculation operation, but its mechanism is complex, prone to failure, independent process, difficult to cooperate with other processes to form production Wire

Images