Improved edible fungus inoculating machine

Abstract

The invention provides an improved edible fungus inoculating machine, and relates to the field of processing machines. The improved edible fungus inoculating machine comprises a machine frame, a conveying mechanism which consists of a conveying belt and conveying troughs, a disinfecting mechanism which is positioned above the conveying belt, an inoculating mechanism and a control unit; the inoculating mechanism is provided with a strain crushing trough, wherein the bottom of the strain crushing trough is communicated with an inoculating pipe, a strain grasping roller and a pushing device which rotate inversely are arranged in the strain crushing trough, and an inclined material inlet is formed in the side wall of the strain crushing trough. Grasping needles are arranged at the upper end of the outer wall of the grasping roller; stirring forks are arranged at the lower end of the grasping roller; the grasping needles are in clearance fit with the inside wall of the strain crushing trough to crush a strain; the strain can be crushed into fine strain particles; the crushing effect of the strain crushing trough is good. According to the improved edible fungi inoculating machine, the inoculating machine integrates feeding, strain crushing and inoculating, so that processing steps and processing devices of an edible fungus inoculating machine are greatly reduced; the edible fungus inoculating machine is more compact and portable, and is convenient to use; meanwhile, the improved edible fungus inoculating machine is provided with the disinfecting machine for disinfecting a fungus bag; cross infection among fungus bags is effectively avoided; normal germination and growth of the strain are ensured.

Description

technical field [0001] The invention relates to the field of processing machines, in particular to an improved edible fungus inoculation machine. Background technique [0002] Inoculation machine is one of the key links in the production of edible fungi, also called seeder. If the inoculation technique is not up to standard, it will cause bacterial contamination and the survival rate is low. Therefore, the inoculation must be carried out under aseptic conditions in strict accordance with the aseptic operating procedures. In existing factories and workshops, manual inoculation is still the main method, but in manual inoculation, workers will directly contact the bacterial bag, and the bacterial bag is easily contaminated. Moreover, the manual inoculation method also has defects such as slow inoculation speed, inaccurate inoculation amount, and high labor cost. [0003] The patent application is 201310478301.0 for a fully automatic inoculation edible fungus inoculation machi...

AI Technical Summary

Problems solved by technology

If the inoculation technique is not up to standard, it will cause bacterial contamination and the survival rate is low. Therefore, the inoculation must be carried out under aseptic conditions in strict accordance with the aseptic operation procedures.

In the existing factories and workshops, manual inoculation is still the main method, but in manual inoculation, workers will directly contact the bacterial bag, and the bacterial bag is easily contaminated

Moreover, the manual inoculation method also has defects such as slow inoculation speed, inaccurate inoculation amount, and high labor cost.

[0003] The patent application is 201310478301.0 for a fully automatic inoculation edible fungus inoculation machine, but the bacteria are easily infected due to the unsealed mechanical structure during the push process, which affects the inoculation effect of the fungus bag

In this application, the crushing structure of the edible fungus inoculator has poor crushing performance, and the crushed bacteria particles are relatively large, which is easy to cause inoculation blockage in the inoculation structure, which increases the inoculation time of the inoculation machine and reduces the inoculation efficiency

In addition, several inoculation points share the same crushing mechanism, which is very easy to cause cross infection. In addition, the inoculation method is press-in, which will produce a bad situation of external tightness and internal looseness, which will affect the feeding and germination of the bacteria after inoculation. The edible fungus inoculator is bulky, causing inconvenient transportation and taking up a lot of space

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