WO2018012891A1 - Container for mushroom cultivation - Google Patents

Abstract

The present invention relates to a container for mushroom cultivation, more specifically to a container for mushroom cultivation having a width that is greater than the thickness to thus reduce areas of excessive heat and maintain thermal uniformity by facilitating smooth flow of high-temperature air attendant with growth and development of mushrooms, and due to a vortex phenomenon of the air, comprising carbon dioxide generated from growth and development of mushrooms and injected oxygen, the present invention provides an optimal environment for growth and development of mushrooms. The container for mushroom cultivation is characterized by comprising: a mushroom culture medium carrier unit (21) for housing therein a mushroom culture medium; and a mushroom culture medium cover (22) on top of the mushroom culture medium carrier unit (21), wherein the mushroom culture medium cover (22) comprises a container air circulation unit (23) provided with a plurality of through-holes which allow circulation of air between the outside air and air in the container space created by the mushroom culture medium carrier unit (21) and mushroom culture medium cover (22), and through which grown mushrooms protrude to the outside.

Description

Mushroom Cultivation Container

The present invention relates to a mushroom cultivation container, and more particularly, to a mushroom cultivation container wider than the thickness to reduce the portion overheated while the hot air flow according to the mushroom growth smoothly thermally uniform, mushroom The present invention relates to a mushroom cultivation container that provides an optimal environment in mushroom growth through vortex phenomena caused by air containing carbon dioxide and oxygen introduced through growth.

In general, in mushroom cultivation, the mushroom strain of the mushroom medium grows well under a predetermined condition, so that conditions such as temperature and humidity are adjusted. To this end, the humidity and temperature is generally controlled in the mushroom cultivation room, and the mushroom cultivation container in the form of a bottle is used as a general conventional mushroom cultivation container.

Heat is generated during mushroom growth, and this heat is generated throughout the medium. Therefore, in the case of the bottle-type mushroom cultivation container, the heat generated deep inside is far from the entrance of the upper portion, so that high temperature heat is not easily released. Will not. Thus, the heat from the entrance and the distant place creates a significant temperature, while the carbon dioxide produced by the mushroom growth is also poorly discharged.

On the other hand, in the conventional mushroom cultivation container, the place close to the entrance has a problem that the circulation of the air is too good to achieve a cold state similar to the external temperature.

That is, some mushrooms must be formed at a high temperature, but in the prior art, the entrance portion forms a low temperature such as the outside due to active air circulation, which eventually causes the mushroom growth to be inhibited.

As described above, the mushroom cultivation container according to the prior art has a problem that it is difficult to grow mushrooms of high quality because the mushroom growth is not constant because the temperature or carbon dioxide density is made unevenly, depending on the distance from the entrance and the structure of the air circulation. .

[Preceding technical literature]

[Patent Documents]

(Patent Document 1) Registered Patent No. 10-1122434 (announced March 09, 2012)

(Patent Document 2) Registered Patent No. 10-1214311 (August 20, 2012)

(Patent Document 3) Registered Patent No. 10-1522692 (announced May 26, 2015)

The present invention for solving the above problems is to achieve a wider width than the thickness so that there is no overheated portion compared to other parts to be thermally uniform so that a constant and uniform mushroom is grown.

And another object of the present invention, the heat generated by the growth of the mushroom rises to form a flow in a wide space under the lid to achieve a thermally uniform state even if hot heat is generated.

In addition, another object of the present invention is to form a long groove for inducing the flow of hot air of various forms even if the heat is distributed in a wide width to smooth the discharge of the hot air to prevent the overheated portion occurs.

In addition, another object of the present invention, by preventing the sudden discharge of heat due to the vortex phenomena such as carbon dioxide and oxygen flowing into the mushroom growth to ensure that the temperature inside the mushroom cultivation container is maintained uniformly To be done.

The present invention for achieving the above object, the mushroom medium carrier 21 containing the mushroom cultivation medium therein; And a mushroom medium lid 22 positioned above the mushroom medium carrier 21, wherein the mushroom medium lid 22 is formed by the mushroom medium carrier 21 and the mushroom medium lid 22. Mushroom cultivation container is characterized in that it comprises a container air circulation unit 23 including one or more through-holes mushrooms grow to form a through-hole forming an air circulation between the air and the outside air in the container space.

In a preferred embodiment of the present invention, the mushroom medium carrier 21 is made wider than the upper and lower thickness, the mushroom medium lid 22, mushrooms by the mushroom medium in the mushroom medium carrier 21 In the state where the hot air warmed according to the growth is raised to the lower part of the mushroom medium lid 22 as the upper side of the mushroom carrier carrier 21, the air is widely distributed in the bottom of the mushroom medium lid 22. It includes a hot induction coating groove 24, which is an elongated long groove formed in the upper direction and directed to the upper portion 23, wherein the hot induction groove 24 is connected to the center from the edge of the mushroom medium lid 22 and several radial High temperature induction spinning groove 241 which is a long long groove forming a; And a high temperature side induction coating groove 242 forming a long groove by connecting the plurality of high temperature induction spinning grooves 241 and the container air circulation part 23 distributed in a plurality.

In a preferred embodiment of the present invention, the mushroom cultivation container 20 provides a mushroom cultivation container, characterized in that it comprises a container support 26 to form a square bottom to support the bottom.

In a preferred embodiment of the present invention, covering the top of the mushroom medium lid 22 and comprises a harvest transparent cover 27 made of transparent or translucent, the harvest transparent cover 27, the mushroom medium lid 22 At least one mushroom growth through hole 271 formed in a position corresponding to at least one container air circulation part 23 formed in the growing and growing mushroom; And a lid border bottom portion 222 that is a circular groove of the upper surface edge of the mushroom medium lid 22, and includes a round lid insertion lower jaw 272 extending downward from the edge of the harvest transparent cover 27. It provides a mushroom cultivation container, characterized in that.

In a preferred embodiment of the present invention, the container air circulation part 23, the hot air by the mushroom growth in the mushroom medium carrier 21 is discharged to the outside and the outside air is mushroom medium carrier ( 21) and the circulation flow hole 231 introduced into the mushroom medium lid 22 formed therein; A vortex induction barrier 232 having a cylindrical shape that forms a vertical axis in a vertical direction as a circular wall surface for forming the circulation flow hole 231; A high temperature collecting round upper wall 233 forming a horizontal plane while surrounding the upper portion of the circulation flow hole 231; A round collecting slope 234 which is inclined downward from the outside of the high temperature collecting round upper wall 233 and leads to an upper surface of the mushroom medium lid 22; And a space formed around the circulation flow hole 231, the inner side of which is in contact with the vortex inducing barrier 232, the outer side of which is in contact with the round trapping slope 234, and the upper side of which is in contact with the high temperature collecting round upper wall 233. Space portion 235, the wide vortex round forming space portion 235, the hot air caused by the growth of mushrooms in the mushroom carrier carrier portion 21 vortex induction barrier 232 and the round trapping slope 234 It provides a mushroom cultivation container, characterized in that to form a space temporarily contained below the high temperature collecting round upper wall 233 below.

The present invention constituted as described above has an effect of growing a uniform mushroom uniformly by thermally making the portion wider than the thickness so that there is no overheated portion compared to other portions.

And another effect of the present invention is that the heat generated by the growth of the mushroom rises to form a flow in a wide space under the lid to achieve a thermally uniform state even if hot heat is generated.

In addition, another effect of the present invention, even if the heat is distributed in a wide width to form a long groove to induce the flow of hot air of various forms to facilitate the discharge of the hot air is not generated overheated portion.

In addition, another effect of the present invention, by preventing the sudden discharge of heat due to the vortex phenomena such as carbon dioxide and oxygen flowing into the mushroom growth to ensure that the temperature inside the mushroom cultivation container is maintained uniformly It is made of.

In particular, in the present invention, the hot air is not immediately discharged, but stays in the vortex space around the through-hole so that the heat does not suddenly escape, so that the thermal state is stably maintained and the cultivation of even mushrooms is provided. It is.

1 is a perspective view of a mushroom cultivation container according to the present invention.

Figure 2 is for a mushroom cultivation container according to the present invention, a perspective view of the container support is removed below.

3 is a mushroom cultivation container according to the present invention, a perspective view of the mushroom medium carrier and the mushroom medium lid is separated.

Figure 4 is a bottom perspective view of the mushroom medium lid of the mushroom cultivation container according to the present invention.

5 is a plan view of the mushroom medium lid of the mushroom cultivation container according to the present invention.

6 is a cross-sectional view taken along line A-A of Figure 5, a cross-sectional view of the container air circulation of the mushroom medium lid of the mushroom cultivation container according to the present invention.

Figure 7 is an illustration of a mushroom cultivation system installed mushroom cultivation container according to the present invention.

8 is an exemplary view illustrating a mushroom medium in the mushroom medium carrier portion of the mushroom cultivation container according to the present invention.

9 is a view showing a state in which the mushroom grows from the mushroom cultivation container according to the present invention, Figure 10 is an exemplary view showing an example of easily harvesting the mushrooms grown in the mushroom cultivation container according to the present invention using a harvesting transparent cover.

Hereinafter, with reference to the accompanying drawings will be described in detail.

That is, the mushroom cultivation container 20 according to the present invention, as shown in Figure 1 to 10 attached to, such that the mushroom medium for the growth of the mushroom is contained in the mushroom cultivation container 20 to grow the mushrooms.

The mushroom medium and mushrooms do not require a particular kind or form, and are generally applied to the mushroom medium used, the mushroom medium referred to in the present invention refers to that containing the mushroom strain so that the mushroom can grow, medium The characteristics of are generally used and are not limited to specific ones. And the mushroom can be a variety of mushrooms, including shiitake mushroom, oyster mushroom, leaf mushroom, ganoderma lucidum mushroom, mushroom mushroom, matsutake mushroom, roe deer mushroom, etc., if the mushroom used in the present invention, It can be seen that it provides an environment to grow, and can be used for the cultivation of a variety of mushrooms, such as experiments to grow well in other mushrooms.

Looking at the detailed configuration of the mushroom cultivation container 20 according to the present invention, there is provided a mushroom medium carrier 21 containing a mushroom cultivation medium therein.

Particularly, in the mushroom cultivation container 20 according to the present invention, the mushroom medium carrier 21 containing the mushroom cultivation medium may have a wide area and may have a horizontal plane shape such as square, triangle, circle, polygonal shape, and the like. In order to make it easier to use, it is preferable to form a circle as in the example of the accompanying drawings. In addition, the thickness of the upper and lower is relatively low compared to the width in the horizontal direction, to prevent overheating by the heat generated during the mushroom cultivation in the mushroom medium carrier 21 as a whole, while the air circulation is well, mushroom growth This is done well.

The mushroom medium is contained in the medium carrier space 211 in the medium medium carrier 21, the carrier vertical wall 212, which is a peripheral wall is a low length of the shorter than the width of the medium carrier space 211 Height is achieved. The upper edge of the carrier vertical wall 212 has a predetermined width to form a carrier round jaw 213 reinforced with rigidity by bending in a 'c' shape, and the mushroom badge lid described later in the same shape as the carrier round jaw 213. Lid 221 of the lid border 221 is overlapped to form a stable state. That is, since the carrier round jaw 213 and the lid rim 221 are formed to be bent in a 'c' shape to each other, even if the fluctuation in the lateral direction acts on the mushroom badge lid 21 covered with the mushroom carrier carrier 21 ( 22) does not shake and maintains a stable binding state.

In addition, the carrier vertical wall 212 of the mushroom carrier carrier 21 may be further provided with a rocking preventing vertical projection 214 protruding inward or outward in a longitudinal length of the vertical direction to give rigidity. Thus, the mushroom carrier carrier 21 and the mushroom cultivation container 20, etc. are laid in a layer, the medium is contained, or the mushroom grows to the top, even if the weight of the mushroom pressed the carrier of the mushroom carrier carrier 21 Since the rigidity of the vertical wall 212 is maintained, the overall shape is kept stable.

And it is to include the mushroom medium lid 22 which is located above the mushroom medium carrier 21. That is, the mushroom medium carrier 21 is made wider than the thickness of the upper and lower. The mushroom medium carrier 21 and the mushroom medium lid 22, etc. to block the penetration of harmful bacteria or foreign matter from the outside and to preserve the temperature in the mushroom cultivation container 20 to some extent to enable the growth of mushrooms. Thus, by the mushroom medium carrier 21 and the mushroom medium lid 22, the upper and lower thicknesses are formed lower than the width, and by forming a large area to prevent thermal overheating, thereby resulting in an uneven state of mushroom growth due to overheating prevent. In addition, by forming a wide space between the upper portion of the medium contained in the mushroom carrier carrier 21 and the mushroom medium lid 22 to the side, the air superheated by the mushroom growth flows in a wide space under the mushroom medium lid 22. By forming a possible space-forming structure, the entire uniform temperature is formed, thereby allowing the mushrooms to grow constantly.

As described above, the mushroom cultivation container 20 according to the present invention has a wider width and lower height than the width, and prevents overheating by the flow of air at a high temperature as the mushroom grows by air flows into the free space formed by the lid. Even in a uniform state is to grow mushrooms are good.

The mushroom medium lid 22 is formed by the mushroom medium carrier 21 and the mushroom medium lid 22 to form a through-hole forming an air circulation between the air and the outside air in the container space grows and comes out It is to include a container air circulation unit 23 including one or more through holes.

That is, the air in the mushroom cultivation container 20 is discharged to the outside through the through-hole formed in the center of the container air circulation unit 23, and the fresh air from the outside flows into the mushroom cultivation container 20 to have a good effect on mushroom growth. You can do it.

In addition, as the mushrooms grow over time, the mushrooms are exposed to the outside as they grow through the through-holes of the container air circulation unit 23.

The through-hole of the container air circulation 23 for this may be one or more, in the example of the accompanying drawings showing a total of five through-holes.

And the mushroom medium lid 22, the hot air warmed in accordance with the mushroom growth by the mushroom medium in the mushroom medium carrier 21, as the upper side of the mushroom medium carrier 21 as the mushroom medium lid 22 In the elevated state, the mushroom medium lid 22 is to include the hot air induction groove 24, which is a long elongated groove formed in the upward direction to guide the air to the air circulation portion 23 widely distributed in the bottom.

Thus, the hot air generated during the mushroom growth gradually rises and is brought into contact with the lower portion of the mushroom medium lid 22, which is the upper portion of the mushroom medium carrier 21. Then it flows to the container air circulation portion 23 formed with a through-hole along the high temperature induction groove 24 is discharged to the outside.

The hot induction groove 24 is to form a hot induction slot groove 241, which extends from the edge of the mushroom medium lid 22 to the center and is a long long groove forming a plurality of radial. Thus, as a whole, as shown in the example of Figure 5 by forming a plurality of high temperature induction grooves 241 leading to the edge and the center of the mushroom medium lid 22, the edge of the mushroom medium carrier 21 and the mushroom medium lid 22 B) hot air gathered to the upper part such as the center may flow along the hot induction spinning groove 241 toward the container air circulation part 23.

In addition, the hot induction coating groove 24 includes a high temperature induction coating groove 242 forming a long groove by connecting a plurality of the high temperature induction spinning groove 241 and the container air circulation portion 23 distributed in a plurality. That is, the high temperature side induction coating groove 242 is formed by being connected to the high temperature induction chamfer groove 241 formed over the edge or the center of the mushroom cultivation container 20, so that the hot air flowing along the high temperature induction vacancy groove 241 is hot Along the side induction groove 242 is to flow to the container air circulation (23) side.

As such, the hot air spread widely over the mushroom cultivation container 20 flows to the container air circulation unit 23 along the high temperature induction coating grooves 24 such as the high temperature induction spinning groove 241 and the high temperature side induction coating groove 242. To be discharged.

And the bottom of the mushroom cultivation container (20) is to include a container support 26 to form a square. Such vessel holder 26 is generally shown as an example of a rectangular shape as in the accompanying drawings, it is easy to position the mushroom cultivation container 20 in the mushroom cultivation system 10 of the shelf type as shown in FIG.

In addition to cover the top of the mushroom medium lid 22 and comprises a transparent transparent cover 27 made of translucent.

Thus, the harvest transparent cover 27 is formed at a position corresponding to the one or more container air circulation portion 23 formed in the mushroom medium lid 22, the mushroom grows to grow at least one mushroom growth through the outside (271) ) To form.

The harvest transparent cover 27 is to be placed on the mushroom medium lid 22, the upper portion of the hot collecting round around the circulation flow hole 231 protruding upward from the container air circulation portion 23 of the mushroom medium lid 22 The mushroom growth hole 271 is fitted around the transparent cover hole insertion protrusion 236 projecting in a circular shape to the top surface of the wall 233. Therefore, the mushroom growth through hole 271 is caught in the transparent cover through-insert insertion projections 236 projected inward, and finally the transparent cover 27 is positioned stably to the predetermined position of the mushroom medium lid 22, thereby harvesting transparent cover ( The mushroom growth through hole 271 of 27) and the circulating flow through hole 231 of the mushroom medium lid 22 are made to coincide with each other, so that the mushroom can grow well outside when the mushroom grows.

* And the transparent harvest cover 27 is located on the top of the lid border bottom portion 222, which is a circular groove of the top edge of the mushroom medium lid 22, inserting a circular lid extending downward from the edge of the harvest transparent cover 27 It includes a round lower jaw 272. That is, the mushroom badge lid 22 is formed with a lid border 221 forming a predetermined height, the lid border 221 inside the lid border lower than the height of the lid border 221 generally forming the lid height of the mushroom lid 22 The edge bottom portion 222 is formed, and the lid insertion round lower jaw 272 of the harvest transparent cover 27 is positioned on the top of the lid border bottom portion 222. As a result, the lid insertion round lower jaw 272 is positioned on the lid border bottom portion 222 of the mushroom medium lid 22 and is caught out of the lid border 221 outward so that the harvest transparent cover 27 is not detached to the outside and is stable. Will maintain its position.

The lid insertion round lower jaw 272 is to form a lateral height to the height of the upper transparent harvest cover 27, the mushroom badge lid 22 and the same as the height of the upper through-hole.

Therefore, the mushroom growth holes 271 of the transparent harvesting cover 27 are provided in correspondence with the through-holes of the container air circulation portion 23 of the mushroom medium lid 22, respectively. Thus, as in the example of FIG. 9, the growing mushrooms can be exposed to the outside.

Thus, when the mushrooms are grown, the mushrooms grow through the through-holes of the container air circulation section 23 of the mushroom medium lid 22 and the mushroom growth through holes 271 of the harvested transparent cover 27, and eventually grow mushrooms The mushrooms grown on the upper surface of the harvest transparent cover 27 around the ball 271 is located.

When harvesting the mushrooms, only the transparent cover 27 harvested only need to be lifted from the mushroom medium lid 22 and the mushroom cultivation container (20). Then, as in the example of FIG. 10, the mature mushroom is separated from the mushroom cultivation container 20 by the harvesting transparent cover 27 to easily harvest the mushroom. As the mushrooms are harvested as they are grown using the transparent harvesting cover 27 as described above, the mushrooms are not damaged by the soft mushrooms, and the mushrooms are not touched by hand even during the separation process, thereby maintaining the state of the mushroom products at high quality.

In the mushroom cultivation container 20 according to the present invention provided as described above, a detailed structure of the container air circulation unit 23 described above will be described.

In the case of such a container air circulation unit 23, the hot air is not immediately discharged during mushroom growth, but is discharged to the outside while circulating the air in a vortex.

That is, the container air circulation part 23, the hot air by the mushroom growth in the mushroom medium carrier 21 is discharged to the outside and the outside air is the mushroom medium carrier 21 and the mushroom medium lid 22 A circulating flow hole 231 introduced into the interior is formed.

In addition, the container air circulation part 23 includes a vortex induction barrier 232 having a cylindrical shape that forms a vertical axis in the vertical direction as a circular wall surface for forming the circulation flow hole 231.

That is, the vortex induction barrier 232 forms a cylindrical shape while forming the circulation flow through-hole 231, and the hot air rising to the mushroom cultivation vessel 20 by the vortex induction barrier 232 is the vortex induction barrier 232. Do not pass through the vortex induction barrier 232 will remain in the space formed on the outer surface.

The container air circulation unit 23 includes a high temperature collecting round upper wall 233 forming a horizontal plane while surrounding the upper portion of the circulation flow hole 231. The high temperature collecting round upper wall 233 is naturally located at a higher level than the circulation flow through hole 231, and the hot air flows into a space formed by the lower portion of the circulation flow through hole 231 and the high temperature collecting round upper wall 233. It is gathering.

In addition, the container air circulation part 23 includes a round collecting slope 234 which is inclined downward from the outside of the high temperature collecting round upper wall 233 and extends to the top surface of the mushroom medium lid 22.

In addition, the container air circulation part 23 is a space formed around the circulation flow hole 231, the inner side is in contact with the vortex induction barrier 232, and the outer side is in contact with the round trapping slope 234, and the upper side is a hot collecting round upper wall. It includes a wide vortex round forming space portion 235 in contact with (233).

Accordingly, the wide vortex round forming space portion 235 has a high temperature collecting round upper portion where hot air caused by mushroom growth in the mushroom carrier carrier portion 21 is higher than the vortex induction barrier 232 and the round collection slope 234. It forms a space temporarily contained below the wall 233.

Therefore, the hot air is generated due to the growth of the mushrooms growing in the mushroom cultivation container 20, so that the hot air rises to the upper side of the mushroom cultivation container 20, thereby spreading widely on the bottom surface of the mushroom medium lid 22. And the container air circulation portion formed with a circulation flow through-hole 231 by the hot side induction coating groove 242 and the like flowing along the high temperature induction slot groove 241 of the hot induction coating groove 24 formed radially on the mushroom medium lid ( 23) to the side.

The lower portion of the vortex induction barrier 232 has a lower or similar height, compared to the height of the mushroom medium lid 22 or the high temperature induction groove 24, so that the container air circulation 23 immediately discharges to the outside. Rather, it is blocked by the vortex induction barrier 232 and is located in the wide vortex round forming space portion 235 that is outside the vortex induction barrier 232.

In the wide vortex round forming space portion 235, a relatively large space is formed by forming the high temperature collecting round upper wall 233 at a higher height than the height of the mushroom medium lid 22, the hot induction groove 24, or the like. While the hot air is gathered from various places around the circulation flow hole 231, the vortex flow is mixed with each other.

As a result, the hot air is not immediately discharged and has a state contained in the mushroom cultivation container 20 to some extent to prevent the temperature change of the mushroom cultivation container 20 from changing rapidly.

Conventionally, since the hot air generated during mushroom growth is generated because it is far from the through-hole through which air flows from the mushroom medium, the air in the distant place is difficult to be easily discharged, while the air near the through hole is easily discharged to the outside and overall Uneven heat or air circulation can lead to poor mushroom growth.

In the present invention, the mushroom medium carrier 21 of the mushroom cultivation container 20 has a form having a wide width sideways as in the example of the accompanying drawings, the hot air generated during mushroom growth is generally raised to the top , Mushroom culture container 20 is collected on the lower surface of the mushroom medium lid (22).

While gathering into the container air circulation part 23 by the high temperature induction groove 24, it spreads widely under the mushroom medium lid 22 of a wide width. In general, the temperature inside the mushroom cultivation container 20 is uniform and uniform. It is maintained that no particular portion has an unbalanced temperature condition that forms a high temperature as conventionally. This is good for mushroom growth.

In addition, carbon dioxide is generated during mushroom growth, and new oxygen is introduced to help mushroom growth. During this, the hot air containing carbon dioxide is not immediately discharged to the outside, but is discharged after being temporarily mixed around the container air circulation 23.

* That is, carbon dioxide is larger than air, so it does not try to be discharged immediately, but gathers in the vicinity of the container air circulation part 23 to form a constant positive pressure. At the same time, because of the high temperature of mushroom growth, it is discharged to some extent, and thus cold air containing new oxygen is introduced. This is to achieve a vortex phenomenon in which the air flowing in, hot air including carbon dioxide, etc. are mixed with each other in the wide vortex round forming space portion 235 forming a large space of the container air circulation 23.

The air that is introduced therein does not lower the temperature of the mushroom cultivation container 20 too suddenly, while the heat of the mushroom cultivation container 20 does not suddenly fall out, such that the temperature of the mushroom cultivation container 20 is kept constant. You will have the advantage of Therefore, according to the present invention, because the temperature conditions or oxygen inflow, etc. inside the mushroom cultivation container 20 is made smoothly, it is possible to grow mushrooms made of good quality.

The embodiments of the present invention have been described in detail above, but since the embodiments have been described so that those skilled in the art to which the present invention pertains can easily carry out the present invention, The technical spirit of the present invention should not be interpreted limitedly.

[Description of the code]

10: mushroom cultivation system 20: mushroom cultivation container

21: mushroom badge carrier 22: mushroom badge lid

23: container air circulation 26: container support

27: harvest transparent cover

Claims (3)

Mushroom medium carrier 21 containing the mushroom cultivation medium therein; And It includes a mushroom medium lid 22 which is located above the mushroom medium carrier 21, The mushroom medium lid 22 is a mushroom that grows to form a through-hole forming an air circulation between the air and the outside air in the container space formed by the mushroom medium carrier 21 and the mushroom medium lid 22 to grow and come out In the mushroom cultivation container comprising a container air circulation unit 23 including the above-described through holes, The container air circulation unit 23, The hot air flow by the mushroom growth in the mushroom medium carrier 21 is discharged to the outside and the outside air flows into the inside formed by the mushroom medium carrier 21 and the mushroom medium lid 22 (231); A vortex induction barrier 232 having a cylindrical shape that forms a vertical axis in a vertical direction as a circular wall surface for forming the circulation flow hole 231; A high temperature collecting round upper wall 233 forming a horizontal plane while surrounding the upper portion of the circulation flow hole 231; A round collecting slope 234 which is inclined downward from the outside of the high temperature collecting round upper wall 233 and leads to an upper surface of the mushroom medium lid 22; And The space formed around the circulation flow hole 231, the inner side is in contact with the vortex induction barrier 232, the outer side is in contact with the round trapping inclined surface 234, the upper side is in contact with the hot collecting round upper wall 233 is a wide vortex round forming space Including a portion 235, The wide vortex round forming space portion 235 is a hot collecting round upper wall where hot air by mushroom growth in the mushroom carrier carrier portion 21 is higher than the vortex induction barrier 232 and the round trapping slope 234. (233) Mushroom cultivation container, characterized in that to form a space temporarily contained down. The method of claim 1, The mushroom medium carrier 21 is made of a wider than the thickness of the upper and lower, The mushroom medium lid 22, In the state in which the hot air warmed according to the mushroom growth by the mushroom medium in the mushroom medium carrier 21 is raised to the bottom of the mushroom medium lid 22 as the upper side of the mushroom medium carrier 21, the mushroom medium lid ( 22) includes a hot induction groove 24, which is a long elongated groove formed in the upward direction to guide the elevated air widely distributed at the bottom into the container air circulation 23, The high temperature induction groove 24, A high temperature induction slot groove 241 which extends from the edge of the mushroom medium lid 22 to the center and is a long elongated groove forming a plurality of radials; And Mushroom cultivation container, characterized in that it comprises a plurality of high temperature induction groove groove 241 and the hot air induction coating groove 242 forming a long groove by connecting the container air circulation portion 23 distributed in a plurality. The method of claim 1, It includes a container support 26 for supporting the bottom of the mushroom cultivation container 20 to form a square shape, Covering the top of the mushroom medium lid 22 and comprises a transparent harvesting cover 27 made of transparent or translucent, The harvest transparent cover 27, At least one mushroom growth through hole 271, which is formed at a position corresponding to at least one container air circulation part 23 formed on the mushroom medium lid 22, and grows out of the mushroom medium; And Located on the top of the lid border bottom portion 222, which is a circular groove of the top edge of the mushroom medium lid 22, that includes a round lid insertion round lower jaw 272 extending downward from the edge of the harvest transparent cover 27 Mushroom cultivation container characterized in that.

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