Sterilization furnace used for culture materials for edible fungi

Abstract

The invention discloses a sterilization furnace used for culture materials for edible fungi. The sterilization furnace comprises a furnace body with an inner chamber and a furnace door installed on the furnace body, wherein the bottom of the inner chamber of the furnace body is provided with steam pipes supplying sterilization steam and arranged in rows; the furnace door includes a big furnace door, and a small furnace door located at the outer side of the big furnace door; one side edge of the small furnace door is provided with a hinge used for rotatable connection with the furnace body; the other side edge of the small furnace door is provided with a bearing seat; and the big furnace door is rotatably arranged on the bearing seat via a rotation shaft vertically arranged on the outside surface of the big furnace door. The furnace doors of the sterilization furnace provided by the invention are such designed that the support point of the big furnace door is arranged on the rotation shaft arranged on the outside surface of the big furnace door, so operation staff is can easily and conveniently open the furnace doors with less labor.

Description

technical field [0001] The invention relates to the field of edible fungi processing, in particular to a sterilization furnace for edible fungus culture material. Background technique [0002] Most of the current edible fungi use the bag culture mode, that is, the edible fungus strains are placed in the culture bag filled with compost to let them grow naturally, but there are often many miscellaneous bacteria in the untreated compost, if not treated If it is, the growth rate of edible fungi will be greatly delayed, so the edible fungi culture material must be sterilized. Most of the sterilization devices at the present stage use steam high temperature sterilization, but due to various restrictions, either the sterilization effect is not ideal, or the energy loss is serious, in short, the ideal effect cannot be achieved. At the same time, in order to improve the safety of the sterilization process, generally Furnace doors are all made of heavy steel plates, which makes it...

AI Technical Summary

Problems solved by technology

Most of the sterilization devices at the present stage use steam high temperature sterilization, but due to various restrictions, either the sterilization effect is not ideal, or the energy loss is serious, in short, the ideal effect cannot be achieved. At the same time, in order to improve the safety of the sterilization process, generally Furnace doors are all made of heavy steel plates, which makes it difficult for workers to open and close, resulting in low work efficiency

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