Method suitable for edible mushroom stick sterilization, bag supporting plate and grid frame

Abstract

The invention relates to a bag supporting plate for edible mushroom sticks. The bag supporting plate comprises a bag supporting plate body, wherein a supporting part for supporting the mushroom sticksis arranged on the bag supporting plate body, and the supporting part is a supporting through groove formed by limiting the bale supporting plate body. The invention further discloses a grid frame for the edible mushroom sticks. The grid frame comprises a grid frame body, wherein a plurality of bag supporting plates are arranged on the grid frame body. The invention further discloses a method suitable for edible mushroom stick sterilization. The method comprises the steps that to-be-sterilized mushroom sticks are placed on the bag supporting plates arranged on the grid frame, one mushroom stick is placed on each bag supporting plate, and then sterilization is carried out. The bag supporting plate is reasonable in structural design, and one mushroom stick is placed on each bag supporting plate in the using process, so that stacking extrusion is avoided in the sterilizing process; steam phase spaces exist among the mushroom sticks, so that the mushroom sticks are heated evenly, temperature rising is fast, the sterilizing period is greatly shortened, steam consumption is reduced, the using efficiency of a sterilizing cabinet is improved, and the cooling time is greatly shortened; andthe bag supporting plate can prevent the mushroom sticks from deforming during sterilization.

Description

technical field [0001] The invention relates to the technical field of edible fungus cultivation, in particular to a method suitable for sterilizing edible fungus sticks; the invention also discloses a support plate and a grid frame for edible fungus sticks. Background technique [0002] In the prior art, after the edible fungus sticks are bagged, they are manually placed and stacked on the sterilization vehicle. The number of layers of the sterilization vehicle is usually 3-5 layers, and then sent into the sterilization cabinet for sterilization. After the end, send it to the cooling room to cool down. This technology has the following drawbacks: [0003] 1. During sterilization, the bacteria rods are stacked together, resulting in long sterilization cycle and large steam consumption. Increased sterilization costs. [0004] 2. Due to the stacking, the cooling time of the bacteria sticks after sterilization is long, which requires a large space in the cooling room and hig...

AI Technical Summary

Problems solved by technology

[0003] 1. During sterilization, the bacteria sticks are stacked together, resulting in long sterilization cycle and large steam consumption

increase the cost of sterilization

[0004] 2. Due to the stacking, the cooling time of the bacteria rod after sterilization is long, which requires a large cooling room space and high construction cost of the cooling room

Cooling in the cooling room generally takes about 36 hours. The bacteria sticks sterilized on the first day cannot be inoculated on the second day, causing the area of ​​the cooling room to double, and correspondingly increasing the cost of cooling, purification, and construction of the cooling room.

[0005] 3. During the high-temperature sterilization process of the bacteria sticks, the medium is softened, and the stacking and extrusion of each other causes the deformation of the lower layer of the bacteria sticks, which will affect the accuracy of the next process of bacteria stick inoculation

[0006] 4. Most of the bacteria sticks can only be placed on the sterilization rack manually, which requires a large number of workers and high labor intensity

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