KR100607375B1 - Double tank type stirring device and batch processing system for mushroom cultivation medium using the same - Google Patents

Abstract

By adopting the double tank method, the agitator is stirred while circulating the double tank to improve the physical properties of the agitator and to allow natural circulation mixing and ripening, rather than the forced compression mixing method, which is a conventional method, and mushrooms using the same. A batch processing system of cultivation medium is disclosed. A stirring device according to the present invention includes a housing, a stirring portion, and a driving means. The housing has a double tank shape in which a plurality of stirring chambers are formed side by side, and a central movement path and a side movement path are formed at the center and both ends so that the stirring chambers communicate with each other between the stirring chambers to exchange contents with each other. And the stirring portion is rotatably mounted in the stirring chamber in the longitudinal direction in the stirring chamber, the stirring blade is formed so as to have a helical shape symmetrical with both sides from the center of the stirring shaft, the stirring blade of the center and the opposite side of any one of the stirring blades Scoops are mounted at both ends of the scoop so as to be spread toward the center moving side and the side moving side. On the other hand, the side of the housing has a drive motor for driving to rotate the stirring shaft. The batch processing system of the mushroom cultivation medium using the stirring device formed as described above is a mixed fermentation device and a mixed fermentation device further comprising a spray pipe for water supply, a temperature control circulation pipe, and an oxygen supply blower tube in the stirring device. It is composed of an input device installed in, a discharge inoculation device that is automatically seeded as the medium is sent out, and a control device that controls all of them.

Description

Double tank type stirring device and batch processing system of mushroom cultivation medium using same {dealing with collective system of culture medium and Double tank type mixer}

1 is a perspective view showing a mushroom cultivation medium fermenter according to the prior art,

2 is a perspective view showing a stirring device according to the present invention,

3 is a perspective view showing in detail the housing shown in FIG.

4 is a state diagram showing the flow of mixing of the stirring target in the stirring chamber,

5 is a use state diagram showing the operating state of the drive means,

6 is a perspective view schematically showing a batch processing system of mushroom cultivation medium according to the present invention, and

7 is a cross-sectional view briefly showing the interior of the seed inoculator shown in FIG. 6.

<Explanation of symbols for the main parts of the drawings>

100: stirring device 110: housing

114: stirring chamber 116: the central movement path

118: side movement road 120: door

130: stirring section 132: stirring shaft

134: stirring blade 138: baffle plate

140a, b: scoop 150: driving means

152: drive motor 154: reducer

158: gear 160: sprocket

200: batch processing device for mushroom cultivation medium

210: mixed fermentation device 212: spray tube

216: circulation pipe 218: blowing fan

230: input device 250: discharge inoculation device

260: seed inoculator 280: control device

The present invention is a double-tank screw mutual movement stirring device, the screw is moved to the center portion of one tank while rotating the screw in the other tank rotates in the opposite direction, while the contents are distributed to both sides to circulate naturally The present invention relates to a batch processing system of a mushroom cultivation medium capable of preparing a medium and inoculating mushroom spawn on the medium by using a stirring device and a stirring device.

In general, agitation is mainly used in the chemical industry. In addition, depending on the type of agitation, it is divided into a tank stirrer and a fluid stirrer, the oldest of which can be seen in Tere Metallica (1556) by G. Agricola. Since then, as the chemical industry has evolved, various types of agitators have been created, most of which are now tank agitators. The structure of the tank stirrer is an apparatus for stirring in a tank, and it is classified into various types, such as a propeller type, an Orr type, a turbine type, and a spiral shaft type, according to the type of the stirring blade. The propeller type is used for liquid agitation with low viscosity or for liquids containing solid particles. The lower form is the simplest for low viscosity applications. The turbine type uses centrifugal force and is quite efficient. Finally, the spiral shaft type is used for stirring the highly viscous object. The movement of the liquid in the stirrer also has a great influence on the stirring effect, which has various effects depending on the shape of the vessel, the shape and position of the stirrer, and the presence of a baffle plate. Generally, the presence of a baffle plate has a good stirring effect. In the chemical industry, it is most often used for chemical reactions, followed by combination dissolution cleaning dispersion adsorption, which is also used for heat transfer. Household electric washing machines are also one of the agitators. In addition, a mobile stirrer is used to pump and mix fluids by means of a pump, which is suitable for continuous mixing of low-viscosity liquids.

Such agitators are often used in the production apparatus of the medium for the production of the medium for agriculture, in particular for cultivating mushrooms. The mushroom cultivation medium is a key to whether the high-quality mushrooms can be produced according to aging and mixing.

Most mushroom cultivation medium is provided with a stirring shaft 3 which is rotated by external power in its longitudinal direction in a cylindrical single tank 2, as shown in Fig. 1, on the outer peripheral surface of the stirring shaft 3; A spiral stirring blade 4 is formed. And a plurality of baffle plate 5 is formed on the stirring blade (4). The stirring device 1 is moved while the stirring shaft 3 and the stirring blades 4 are rotated by the power unit while the agitated objects in the tank 2 are mixed with each other by the baffle plate 5. It is aged over time according to proper moisture and temperature control. At this time, in order to maximize the stirring effect, the agitated object is not moved only in one direction but moves in the opposite direction to each other. The stirring blade 4 may be formed in the direction CCW.

However, the stirring device (1) has a lot of problems in mixing and maturing only when the agitated material is moved to each other or in the opposite direction, only circulating in the center or both sides, the smooth stirring is not achieved come.

On the other hand, in the conventional stirring apparatus, an input hopper into which a closed surface to be used as a medium is introduced is formed in the upper portion of the tank, and a discharge port discharged from the opposite side is formed in the lower portion. In order to use the stirring device without a separate input device and discharge device, it is necessary to pour a large amount of manpower and put the media raw material directly into the input hopper, and receive the medium discharged from the lower part of the discharge port to inoculate the mushroom spawn in a separate seed inoculation device. Has been a hassle.

The present invention has been made to solve the conventional problems as described above, the object of the present invention by adopting a double tank method, the stirring to be stirred while circulating the double tank to be able to mix and mature without agitation To provide a device.

Still another object of the present invention is to provide the above-mentioned stirring device with water, temperature and blowing device for ripening the medium, the feeding device to automatically feed the medium raw material to the side of the stirring device, and the ripening in the lower part of the stirring device. It is to provide a batch processing system of mushroom cultivation medium including a discharge inoculation device for automatically inoculating mushroom seed as the finished medium is discharged.

In order to achieve the above object, the present invention,

A housing having a double tank shape in which a plurality of stirring chambers are formed side by side, and a central movement path and a side movement path formed at a central portion and at both ends thereof so that the stirring chamber communicates with each other between the stirring chambers;

In the stirring chamber, the stirring shaft is rotatably mounted in the longitudinal direction, and stirring blades are formed to have a spiral shape in which both sides are symmetrical with respect to the center of the stirring shaft, and at both ends of the stirring blades and opposite ends of the stirring blades on the opposite side. Stirring part is mounted to the scoop so as to be pumped toward the center movement side and the side movement path; And

On the side of the housing provides an agricultural stirring device comprising a drive means having a drive motor for driving the stirring shaft to rotate in the opposite direction, respectively.

In addition, the present invention,

A mixing fermentation device including a stirring device having the above configuration, a water supply unit for supplying water to the stirring device, a cooling and heating unit for maintaining a temperature in the stirring device, and a blowing unit for introducing external air into the stirring device;

An input device having an input pipe with a built-in input screw shaft for feeding an agitated object to the stirring device;

A discharge inoculation device equipped with a seed inoculator in a discharge tube having a discharge screw shaft built therein to transfer the medium discharged from the mixed fermentation device to the outside and inoculate mushroom seed; And

A batch processing system for mushroom cultivation medium, characterized in that it comprises a control device for automatically controlling the mixing fermentation device, the input device and the discharge inoculation device.

Here, the water supply unit is provided with a spray tube formed with a plurality of spray holes on the upper side of the stirring chamber.

And the cooling and heating unit is installed in a zigzag shape circulation pipe connected to the boiler on the lower surface of the housing.

In addition, the seed seed injector is placed in the upper part of the center of the discharge pipe, the seed stock storage chamber in which the seed stock is stored, the rotating shaft rotatably mounted while passing through the lower part of the seed stock storage chamber, and integrally mounted in the middle of the rotation shaft to discharge the seed stock as the rotating shaft is rotated. It is composed of a spatula to be screwed out to the screw side, a pulley mounted to one end of the rotating shaft, and a belt for rotating loosened connected to the motor for driving the discharge screw.

Hereinafter, with reference to the accompanying drawings, a description will be given of a double tank type agitating device and a batch processing system for mushroom cultivation medium using the same according to an embodiment of the present invention.

Figure 2 is a perspective view showing a stirring apparatus according to the present invention, and Figure 3 is a perspective view showing in detail the housing shown in FIG.

The stirring device 100 according to the present invention includes a housing 110, a stirring unit 130, and a driving unit 150 as shown in FIGS. 2 and 3.

The housing 110 has a double tank shape in which a plurality of stirring chambers 114 having a semi-cylindrical shape are formed between partition walls 112 formed in a longitudinal direction at an inner center thereof. A central moving path 116 is formed at the center of the partition wall 112 to communicate the respective stirring chambers 114, and both side ends of the partition wall 112 are similarly connected to the respective stirring chambers 114. 118 is formed. At this time, the central moving path 116 is formed with a door 120 for opening and closing the central moving path 116. The stirring unit 130 and the driving means 150 are installed in the housing 110 formed as described above.

The stirring unit 130 has a stirring shaft 132 mounted in the longitudinal direction in each stirring chamber 114. A spiral stirring blade 134 is formed on the outer circumferential surface of the stirring shaft 132. At this time, the stirring blade 134 has a spiral shape of one side and the other side in the opposite direction from the center bisecting the stirring shaft 132. In more detail, the stirring blade 134 is a spiral shape that proceeds to the center of the stirring shaft 132 at both ends of the stirring shaft 132. Alternatively, the stirring blade 134 may be in the form of a spiral running from the center of the stirring shaft 132 to both ends of the stirring shaft 132. Here, a plurality of support pipes 136 are integrally formed with the stirring shaft 132 and the stirring blade 134 to fix and support the stirring blade 134 to the stirring shaft 132. Each of these support pipes 136 is attached with a baffle plate 138. At this time, the baffle plate 138 is attached in a direction substantially perpendicular to the longitudinal direction of the stirring chamber 114. In addition, scoops 140a and 140b having a plate shape are attached to both ends of the central portion of any one of the stirring blades 134 and the other stirring blade 134. At this time, the scoops 140a and 140b serve to spread the agitated object in each stirring chamber 114. Therefore, the scoops 140a and 140b should be formed adjacent to the central moving path 116 and the side moving path 118.

On the other hand, the driving means 150 is for rotating the stirring unit 130 is installed on the side of the housing 110, the driving motor 152 is disposed on the lower end of the stirring shaft 132. The drive motor 152 is connected to the reducer 154 is rotated at a constant speed. In addition, the upper side of the reducer 154 is provided with a pair of gears 158 which are connected to the reducer 154 and the chain 156a again and meshed with each other, and each gear 158 again has a stirring shaft 132 and a chain. 156b. At this time, the reduction gear 154 is connected to any one of the pair of gears 158, each gear 158 and each stirring shaft 132 is mounted on the end of the stirring shaft 132, the sprocket 160 is mounted It is connected by the chain 156b. Here, the stirring shaft 132 in the stirring chamber 114 should always be rotated only in a certain direction. Preferably, the stirring shaft 132 should scoop the dry matter toward the partition 112 by the scoops 140a and 140b. It should always be rotated to face outwards. In addition, the stirring blade 134 having the scoop 140a formed at the center of the stirring blade 134 transfers the agitated object from both sides of the stirring chamber 114 to the center as the stirring shaft 132 is rotated outward. On the contrary, the stirring blades 134 having the scoops 140b formed at both ends of the stirring blades 134 are to be transported from the center of the stirring chamber 114 to both sides as the stirring blades 134 are rotated outward.

Hereinafter, the state of use of the stirring device 100 formed as described above will be briefly described.

4 is a state diagram showing the mixing flow of the agitated object in the stirring chamber, and FIG. 5 is a state diagram showing the operating state of the driving means.

First, the agitated material to be mixed is filled in the stirring chamber 114. When the agitated object is filled, the power is turned on to operate the driving motor 152. When the drive motor 152 is operated, the reducer 154 connected to the drive motor 152 is rotated, and the gear 158 connected to the reducer 154 and the chain 156a is rotated again. As shown in FIG. 5, when the reducer 154 and the gear 158 on the left side are connected to the chain 156a, the chain 156b is preferably rotated counterclockwise, and the reducer 154 and the right side thereof. If the gear 158 of the chain 156a is connected to the chain 156a is preferably rotated clockwise. When the gears 158 are engaged with each other and rotated, the sprocket 160 connected by the gear 158 and the chain 156b is rotated so that the stirring shafts 132 disposed in the stirring chamber 114 rotate in opposite directions.

As the stirring shaft 132 is rotated, the stirring blade 134 and the support pipe 136 formed on the stirring shaft 132 are rotated in a spiral shape, and the obstacles attached to the stirring blade 134 and the support pipe 136 are rotated. The agitated objects are moved in the spiral direction of the stirring blade 134 by the plate 138. That is, as shown in FIG. 4, in the stirring chamber 114 on the left side, the agitated object is moved from both sides of the stirring chamber 114 to the center side, and in the stirring chamber 114 on the right side, the stirring object 114 is stirred. Is moved from the center of the two sides. At this time, the agitated object is moved and is lifted up by the scoops 140a and 140b at the center and both ends. The agitated object to be pumped up is crossed to the opposite stirring chamber 114 through the central moving path 116 and the side moving path 118 formed at the center and both sides of the partition wall 112. As such, while the stirring shaft 132 is rotated, the agitated material is mixed while circulating each of the stirring chambers 114, and the appropriate temperature and humidity are maintained to ripen the agitated material. On the other hand, although not shown in the figure, a discharge port (not shown) through which the agitated material is discharged is formed at the lower side of the central moving path 116. Therefore, to use the agitated material is completed and mixed through the discharge port, if the central movement path 116 and the side movement path 118 is open, the agitated material is not discharged to the discharge port. So the door 120 is formed in the central movement path 116 and should close the door 120 when all mixing and ripening is completed.

On the other hand, using the agitator 100 as described above to configure the batch processing system 200 of the mushroom cultivation medium.

6 is a perspective view schematically showing a batch processing system of mushroom cultivation medium according to the present invention, and FIG. 7 is a cross-sectional view schematically showing the interior of the seed inoculator shown in FIG. 6.

As shown in FIG. 6, the batch processing system 200 of the mushroom cultivation medium includes a mixing fermentation device 210, an input device 230, a discharge inoculation device 250, and a control device 280.

The mixing fermentation apparatus 210 is a water supply unit for supplying proper moisture to the medium in the stirring chamber 114 in the above-described stirring apparatus 100, the cooling, heating unit, maintaining the temperature in the stirring chamber 114, the stirring chamber ( It further includes a peripheral portion of the blowing unit for supplying the appropriate oxygen to the medium in 114).

The water supply part has a spray pipe 212 disposed horizontally in the longitudinal direction on the upper side of the stirring chamber 114. The spray tube 212 is connected to an external water storage tank (not shown), and a plurality of spray holes 214 are formed on the outer circumferential surface of the spray tube 212.

The cooling and heating unit has a circulation pipe 216 disposed in a zigzag shape on a lower surface of the housing 110 in a boiler structure installed on a lower surface of the housing 110, that is, on an outer lower surface of the stirring chamber 114. The circulation pipe 216 circulates hot water applied from an external boiler (not shown) to heat the internal stirring chamber 114. On the contrary, when cold water is applied to the circulation pipe 216, the stirring chamber 114 is cooled.

The blower has a blower fan 218 that sucks or discharges outside air on the side or upper surface of the housing 110 as a device for supplying appropriate oxygen to the sealed housing 110.

The mixing fermentation device 210 formed as described above is provided with an input device 230, discharge inoculation device 250 and the control device 280.

The input device 230 is disposed on the side of the housing 110, and has an input pipe 232 for transferring a closed surface or the like, which is a raw material of the medium. An injection screw shaft 234 for transferring the medium to the inside of the injection pipe 232 is disposed. And the outside of the input pipe 232 has a motor 236 for driving the input screw shaft 234 and a power transmission means for connecting the motor 236 and the input screw shaft 234. Specifically, the power transmission means is connected by a chain (not shown). Naturally, in order for the input device 230 to be installed in the housing 110, an input hopper 238 connected to the upper end of the input device 230 must be formed on the upper side surface of the housing 110.

And the discharge inoculation device 250 is connected to the outlet (not shown) of the stirring device 100 and when the fermentation is completed is discharged to the discharge port is discharged to the outside along the discharge inoculation device 250 automatically The device is seeded. The discharge inoculation device 250 has a discharge pipe 252 extending from the bottom of the discharge port to the outside of the housing 110. At this time, the discharge screw shaft 254 for transferring the discharged medium is disposed inside the discharge pipe 252, the motor 256 and the motor 256 for driving the discharge screw shaft 254 outside the discharge pipe 252. ) And a power transmission means for connecting the discharge screw shaft (254). Specifically, the power transmission means is connected by a chain (not shown). In addition, the seed inoculator 260 is mounted at an intermediate point of the discharge pipe 25. The seed inoculator 260 is connected to the motor 256 with a belt 258 together with the discharge screw shaft 254 as shown in FIG. 7, and a certain amount of the seed spawn is discharged by the driving force of the motor 256. Falls to (254). Preferably, the seed inoculator 260 is equipped with a rotating shaft 264 penetrating the lower part of the seed holding chamber 262, and rotates together with the rotating shaft 264 at the center of the rotating shaft 264 so that a certain amount of seed is supplied. A spatula 268 is formed, and a pulley 266 connected to the belt 258 is mounted at one end of the rotation shaft 264.

On the other hand, the control device 280 collectively controls the mixing fermentation device 210, the input device 230 and the discharge inoculation device 250. In detail, the mixing fermentation device 210 controls the power of the stirring device (100). And it controls the amount of water flowing into the spray pipe 212 of the water supply. The hot water or cold water flowing into the circulation tube 216 of the cold and heating parts is controlled, and the boiler is controlled to maintain the temperature of the hot water by checking the temperature in the stirring chamber 114. The blower fan 218 is controlled. In addition, by operating the motor 236 in the input device 230 to adjust the input amount of the raw material, by operating the motor 256 of the discharge inoculation device 250 so that the seed is inoculated into the medium automatically while transferring the medium do.

The following briefly describes the state of use of the batch processing system 200 of the mushroom cultivation medium formed as described above.

First, the agitation chamber 114 to which the medium is to be aged must be sterilized before starting the system. This sterilization may be performed through the water supply unit. The hot water is introduced into the spray tube 212 and discharged into the spray hole 214 to clean and sterilize the inside of the stirring chamber 114. Of course, the operation of the water supply may be operated in the control device 280. Next, the input device 230 is operated in the control device 280, and the raw material of the medium is put into the lower end of the input device 230. The medium is transferred to the upper side by the input screw shaft 234 of the input device 230 is stored in the stirring chamber 114 through the input hopper 238. In addition, by operating the power of the stirring device 110 in the control device 280 to rotate the stirring shaft 132. As the stirring shaft 132 is rotated, the media raw materials are mixed while circulating the stirring chamber 114. When the appropriate medium raw material is added, the dosing device 230 is stopped and the medium is aged.

First of all, water is supplied to mature the medium. Moisture is supplied to the stirring chamber 114 through the spray tube (212). And set the temperature according to aging. The temperature control is managed by the cooling and heating unit, and according to the operation of the control unit 280, hot water heated in a boiler (not shown) is supplied to the circulation pipe 216 disposed on the lower surface of the housing 110 to provide the housing ( Warm the entire lower surface of 110). Therefore, heat is transferred into the stirring chamber 114 to maintain an appropriate temperature. In this case, a temperature sensor (not shown) for sensing a temperature should be disposed in the stirring chamber 114, and such a temperature sensor may be connected to the control device 280. In addition, since the housing 110 is a closed space, external fresh air must be introduced. Similarly, the blower fan 218 is operated by the controller 280.

As such, when the medium is mixed with the stirring apparatus 110 while maintaining the appropriate humidity, temperature, and oxygen, the medium is aged.

When the aging is completed, the door 120 in the housing 110 is closed and the ripened medium is discharged through the outlet. At this time, the medium must be cooled before the medium is discharged. In the cooling of the medium, cold water is supplied from the controller 280 to the circulation pipe 216 to drastically lower the temperature in the stirring chamber 114. As the cooling is completed, the medium is discharged.

The medium discharged to the outlet falls directly to the discharge inoculation device 250. At this time, the medium falling from the lower portion of the discharge pipe 252 is transported by the discharge screw 254. This discharge inoculation device 250 is also operated by the control of the control device 280. The seed that falls from the seed inoculator 260 falls on the medium transported along the discharge screw shaft 254, and the seed is mixed in the medium by the rotation of the discharge screw shaft 254. Therefore, the medium is seeded at the end of the discharge pipe 252 in the state inoculated with the seedlings, and then wrapped in a plastic bag or the like. Here, the seed inoculator 260 is the belt 258 is rotated by the motor 256 is rotated, the pulley 266 and the rotating shaft 264 is rotated again by the belt 258, the center of the rotating shaft 264 Spatula 268 formed in the dropping the spawn to the medium to be transported while rotating with the rotating shaft 264.

As described above, the double tank type stirring device according to the present invention and the batch processing system for mushroom cultivation medium using the same are placed in a stirring device with any substance that requires stirring, mixing, or ripening, and the agitated material is automatically stirred in the stirring chamber. The circuit can be smoothly mixed with the agitated substance, and has the advantage of producing a high quality mixture and the ripened substance.

In addition, the double tank type agitating device according to the present invention and the batch processing system for mushroom cultivation medium using the same are able to inoculate mushroom seed spawn automatically when discharging the medium produced in the mixed fermentation device. The advantage is that the process can be processed at once.

Although described above with reference to a preferred embodiment of the present invention, those skilled in the art can be variously modified and changed within the scope of the invention without departing from the spirit and scope of the invention described in the claims You will understand.

Claims (9)

A housing having a double tank shape in which a plurality of stirring chambers are formed side by side, and a central movement path and a side movement path formed at a central portion and at both ends thereof so that the stirring chamber communicates with each other between the stirring chambers; In the stirring chamber, the stirring shaft is rotatably mounted in the longitudinal direction, and a stirring blade is formed to have a spiral shape in which both sides are symmetrical with respect to the center of the stirring shaft, and the central and opposite stirring blades of any one of the stirring blades are formed. Both ends of the stirring portion is mounted to the scoop so as to be pumped up toward the central movement path and the side movement path; And Agricultural side stirring device on the side of the housing includes a drive means having a drive motor for driving the stirring shaft to rotate in the opposite direction, respectively. The agricultural stirring device according to claim 1, wherein the central moving path is provided with a door for opening and closing. The agricultural stirring device according to claim 1, wherein a plurality of support pipes connected to the stirring blades are integrally formed on the stirring shaft. 4. The agricultural stirring device according to claim 3, wherein a baffle plate is attached to the support pipe. According to claim 1, wherein the drive means is a drive motor, a reducer connected to the drive motor, a pair of gears which are connected to each other and rotated in engagement with the reducer, mounted on the end of the stirring shaft and the gear and Agricultural agitation device, characterized in that consisting of a chain connected to the sprocket. A mixing fermentation device comprising a stirring device, a water supply unit for supplying water to the stirring device, a cooling and heating unit for maintaining a temperature in the stirring device, and a blowing unit for introducing external air into the stirring device; An input device having an input pipe with a built-in input screw shaft for inputting the agitated object to the stirring device; A discharge inoculation device equipped with a seed inoculator in a discharge tube having a discharge screw shaft built therein to transfer the medium discharged from the mixed fermentation device to the outside and inoculate mushroom seed; And It includes a control device for automatically controlling the mixing fermentation device, the dosing device and the discharge inoculation device, the stirring device, A housing having a double tank shape in which a plurality of stirring chambers are formed side by side, and a central movement path and a side movement path formed at a central portion and at both ends thereof so that the stirring chamber communicates with each other between the stirring chambers; In the stirring chamber, the stirring shaft is rotatably mounted in the longitudinal direction, and a stirring blade is formed to have a spiral shape in which both sides are symmetrical with respect to the center of the stirring shaft, and the central and opposite stirring blades of any one of the stirring blades are formed. Both ends of the stirring portion is mounted to the scoop so as to be pumped up toward the central movement path and the side movement path; And Side of the housing is a batch processing system of mushroom cultivation medium, characterized in that the drive means having a drive motor for driving the stirring shaft to rotate in the opposite direction, respectively. The batch processing system of the mushroom cultivation medium according to claim 6, wherein the water supply unit is provided with a spray tube having a plurality of spray holes formed above the stirring chamber. The system of claim 6, wherein the cooling and heating unit comprises a circulation pipe connected to the boiler in a zigzag shape on the lower surface of the housing. According to claim 6, The seed inoculator is placed integrally above the central portion of the discharge pipe, the seed storage chamber, the seed storage is stored, the rotating shaft is rotatably mounted while passing through the lower portion of the seed storage chamber, and integrally mounted in the middle of the rotating shaft Mushrooms, characterized in that consisting of a spatula for spreading the spawn to the discharge screw side, the pulley mounted on one end of the rotating shaft, the belt is connected to a motor for driving the discharge screw as the rotating shaft is rotated Batch Processing System for Cultivation Medium.

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