KR200322397Y1 - The air flow mushroom cuitivation container - Google Patents

Abstract

The present invention is designed to supply oxygen evenly to the entire floor from the inner side of the container when cultivating mushrooms using a Cordyceps cultivation plate (cultivation container), which enables the culture to be activated, as well as during frequent humidification (moisture when sterilizing the medium). When the spawn liquid is excessively transferred during the inoculation of excessive or liquid spawn, water flows down into the grooves at the bottom to prevent rotting or contamination caused by the direct contact with the humidified water when the cordyceps are incubated. The flow of water is naturally evaporated by the internal culture temperature to maintain a proper moisture in the container relates to a method for helping the faster growth and growth of cordyceps (mushroom).

To this end, the present invention tiled the grooves of a certain thickness on the inner wall and the bottom surface of the redistribution container, and in particular, the wall surface is connected to the groove of the bottom vertically from the top of the container.

Description

Oxygen inflow mushroom cultivation container {THE AIR FLOW MUSHROOM CUITIVATION CONTAINER}

The present invention is a bottle-shaped cultivation container which is generally used as a cultivation container for artificially grown mushrooms. The surface of the bottle has a flat inner surface and the medium and the container are in close contact with each other. If the lower part of the medium is rotted or contaminated due to no oxygen inflow, the culture and growth also proceeds very slowly (all organisms grow smoothly when the oxygen supply is smooth).

The present invention has been invented to improve the problem of low production efficiency due to the high failure rate and long growing period when cultivated by the existing mushroom cultivation container.

In fact, when cultivated as an oxygen inflow cultivation container through experiment, the cultivation period of about 1/2 was shorter than the existing bottle cultivation (bottle cultivation 80 days / oxygen inflow type 40 days).

The present design is designed to allow continuous inflow of oxygen in any direction by connecting the air groove on the floor and the vertical groove on the wall, so that the floor surface area is tiled to arrange a constant groove and the wall surface connected to the groove on the floor. The vertical groove of the container is designed from the top of the container so that even if the fruiting body grows, oxygen is continuously introduced to the lower part. (The mushroom cultivation plate of the present invention only contains 1/2 of the medium, so the air groove on the wall It penetrates up to the upper part, and through this, oxygen supply to the bottom of the medium is smooth.)

Figure 1 is a bird's eye view of the entire cultivation container.

Figure 2 is a cross-sectional view of the bottom and wall of the cultivation container

〈Description of the main parts of the drawings

1. Wall of cultivation container 2. Vertical air passage

3. Bottom surface of cultivation container 4. Bottom air passage

The present design is designed to supply oxygen evenly to the entire floor from the inner side of the container during the cultivation of Cordyceps sinensis (mushroom), which enables the culture to be activated, as well as water flows down into the grooves dug at the bottom during frequent humidification. When mushrooms are incubated, the silkworm, which is a medium, is prevented from rot or contamination caused by direct contact with moistened water, and the spilled water naturally evaporates itself by the internal culture temperature to maintain proper moisture in the container. To a faster culture and growth.

Hereinafter, described in detail by the accompanying drawings as follows.

The wall of the cultivation vessel is vertically dug out (2 in Fig. 2), starting from the top of the container and connected to the bottom groove (4 in Fig. 2) to facilitate the inflow of oxygen.

The grooves at the bottom are designed to be smaller than the size of the medium because the medium may fall into the grooves and interfere with the inflow of air.

As described above, the present invention improves the problem that the air inflow of the existing mushroom cultivation container is not smooth and the problem of rotting or fouling caused by the water collected on the bottom directly contacting the medium when over-humidified is a certain amount of oxygen throughout the medium. By supplying evenly to prevent contamination of the medium and activating the culture by reducing the cultivation period by half and completely eliminate the defective rate can be expected to increase productivity dramatically.

Claims (1)

1. A container for mushroom cultivation, characterized by forming a groove of a constant thickness on the entire inner wall and bottom of all containers for mushroom cultivation. 2. A container for mushroom cultivation, characterized in that the groove vertically from the top of the container is connected to the groove of the bottom.