KR20220022626A - Apparatus for Manufacturing Licorice Badges Using Vinyl and Manufacturing Method of Licorice Badges Using Thereof - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing licorice badges using vinyl and a method of manufacturing licorice badges using the same. The apparatus comprises: a first stirrer for primarily stirring oak sawdust and decomposed granite soil, respectively; and a second stirrer for secondly stirring the firstly stirred oak sawdust and decomposed granite soil to produce a raw material having no foreign substance; and a packing machine for packing the raw material. 1 part by weight of the decomposed granite soil is added with respect to 1 part by weight of the oak sawdust.

Description

Apparatus for Manufacturing Licorice Badges Using Vinyl and Manufacturing Method of Licorice Badges Using Thereof

The present invention relates to an apparatus for manufacturing a licorice medium using a vinyl and a method for manufacturing a licorice medium using the same, and more specifically, without using a container, and by manufacturing a licorice medium using a vinyl, there is no material cost and equipment cost for the container, It is automatic, so it is possible to mass-produce without labor cost, and it relates to a licorice medium manufacturing apparatus using a vinyl having a high porosity by mixing oak sawdust with Masato and a licorice medium manufacturing method using the same.

A small root plant is a plant with a single main root extending vertically downwards. When cultivating these rectilinear plants, if the main root encounters an obstacle such as a stone while growing, it splits from that part and grows, which has a significant adverse effect on the product quality. However, if it grows too deep, it is difficult to work with Rotary.

Licorice is also a recti-root plant, and it is not cultivated well due to differences in the growth environment, such as slow growth and split roots. Therefore, in order to protect and grow the root of licorice, a recti-root plant, a cultivation method using a container is required. However, the technology using the existing container, the initial investment cost is high, there is a problem that the price competitiveness is inferior compared to the relatively cheap imported products.

Republic of Korea Patent No. 10-1497874

In order to solve the above-mentioned problems, an object of the present invention is not to use a container, and by manufacturing a licorice medium using a vinyl, there is no material cost and no equipment cost for the container, and it is done automatically so that there is no labor cost and mass production is possible. To provide an apparatus for manufacturing a licorice medium using a vinyl having a high porosity and a method for manufacturing a licorice medium using the same.

In order to achieve the above object, an apparatus for producing a licorice medium using a vinyl and a method for manufacturing a licorice medium using the same include a first stirrer for first stirring each of oak sawdust and masato, and the firstly stirred oak sawdust and masato It is characterized in that it comprises a second stirrer for generating a raw material from which foreign substances are removed by secondary stirring, and a mouth sealing machine for sealing the raw material, and 1 part by weight of the Masato per 1 part by weight of the oak sawdust characterized in that it is added.

The second stirrer includes a column-shaped second stirring body portion, a first inlet portion provided on one end of the upper surface of the second stirring body portion, and receiving the oak sawdust stirred through the first stirrer; 2 It is provided on the other end of the upper surface of the stirring body, and a second inlet for receiving the stirred massato through the first stirrer, and one end inside the second stirring body, extending to the inner center of the second stirring body and a first screw located below the first inlet to agitate the oak sawdust received through the first inlet and move it to the inner central portion of the second stirring body, provided opposite the first screw , the second agitating body extending to the inner central portion, located below the second inlet, agitating the Masato received through the second inlet and moving the second stirring body to the inner central portion A screw, a first filter provided in the inner central portion of the second stirring body, spaced apart from the first screw end, formed in a mesh shape to filter foreign substances from the oak sawdust, and the second stirring body It is provided in the central part of the inner part, is spaced apart from the end of the second screw, and is formed in the form of a mesh to filter out foreign substances of the Masato, and a second filtering part is provided on the lower surface of the second stirring body part, and the first It is positioned between the filter part and the second filter part, and it is characterized in that it comprises an outlet for guiding the oak sawdust and the massato produced as raw materials by removing foreign substances to the next step.

The mouth bonggi, a pillar-shaped body portion, a switch located on the outer surface of the body portion, a control portion positioned inside the body portion, a frame provided extending from the front and rear surfaces of the body portion to one side, and the body; A hopper connected to the upper part and receiving the raw material generated by the second agitator, located inside the hopper, and rotating blades so that only a certain amount of the received raw material can be supplied to the body part, and a cylindrical shape a housing connected to one side of the body part and protruding to the other side to receive the raw material discharged from the body part; a screw connected to one side of the body part to extend into the housing and operate; It is covered with a vinyl that stores the raw material therein, is formed in a cylindrical shape, is divided into an upper part and a lower part, is located on one side of the housing, has a larger diameter than the housing, and when the vinyl is covered with the vinyl on one side of the housing, the vinyl Covering the covered housing, and extracting the vinyl and returning to the original position, it is located in the frame, characterized in that it is configured to include a conveyor belt for moving the extraction part.

The extraction unit includes an upper extraction unit located at the upper portion and a lower extraction unit located at the lower portion, and when the extraction unit covers the housing to extract the vinyl containing the raw material, the upper extraction unit and the lower extraction unit are combined When the extraction unit extracts the vinyl containing the raw material from the housing and moves to the original position, it is divided into the upper extraction unit and the lower extraction unit, and the lower extraction unit guides the vinyl to the next process.

A first step of preparing 1 part by weight of Masato based on 1 part by weight of oak sawdust using a licorice medium manufacturing apparatus, a second step of first stirring the oak sawdust and Masato by putting each of the oak sawdust and Masato into the first stirrer, A third step of introducing the firstly stirred oak sawdust into the first inlet of the second stirrer, and introducing the first stirred massato into the second inlet of the second stirrer, the first screw and A fourth step in which the second screw is operated to agitate the oak sawdust and massato, and move to the central portion of the second stirring body, and the oak sawdust and the massato moved to the inner central portion of the second stirring body are the A fifth step in which foreign substances are removed by the first filter unit and the second filter unit to be produced as a raw material and delivered to the outlet, a sixth step of delivering the raw material to the hopper, and a vinyl covering on one side of the housing A seventh step, an eighth step of turning on the switch of the mouth sealing machine, a ninth step in which only a certain amount of the raw material is delivered to the body portion by the wing portion, and the ninth step is accomplished by the control unit and a set time After that, the screw inside the housing is operated, and the raw material is delivered to the housing connected to the body part, and the tenth step is filled with the raw material in the plastic, and the tenth step is made by the control unit and the set time is set After the conveyor belt is operated, the extraction part moves in the direction to the housing, and the upper extraction part and the lower extraction part are combined to wrap the housing and extract the vinyl filled with the raw material; By the control unit, the eleventh step is performed, the conveyor belt operates in the opposite direction after a set time, and the extraction part is divided into the upper extraction part and the lower extraction part, and the twelfth step of transferring the vinyl to the next process It is characterized in that it proceeds.

The apparatus for producing a licorice medium using a vinyl according to the present invention and a method for manufacturing a licorice medium using the same have the following effects. By manufacturing the licorice medium using vinyl without using a container, there is an advantage in the material cost for the container and the equipment cost, and there is an advantage that it is done automatically, so there is no labor cost and mass production is possible. In addition, there is an advantage in that the porosity is high by mixing the oak sawdust with the massato.

1 is a flowchart of an apparatus for manufacturing a licorice medium using a vinyl according to the present invention.
2 is a view of a second stirrer according to the present invention;
3 is an image of a mouth bag according to the present invention.
4 is a method for manufacturing a licorice medium using a vinyl according to the present invention.

Hereinafter, a preferred embodiment of the apparatus for manufacturing a licorice medium using a vinyl according to the present invention and a method for manufacturing a licorice medium using the same will be described in detail with reference to the accompanying drawings.

The present invention relates to an apparatus for manufacturing a licorice medium using vinyl and a method for manufacturing a licorice medium using the same, comprising a first stirrer 100 for primary stirring of oak sawdust and Masato, respectively, and the primary stirred oak sawdust It is characterized in that it is configured to include a second stirrer 200 for generating a raw material from which foreign substances are removed by secondary stirring of Masato, and a mouth sealer 300 for sealing the raw material, the oak sawdust 1 weight It is characterized in that 1 part by weight of the Masato is added with respect to the part.

First, a first stirrer 100 is provided in the licorice medium manufacturing apparatus using the present invention vinyl. The first stirrer 100 serves to agitate the oak sawdust and the Masato, respectively. The first agitator 100 can be run for 10 minutes at 15 horsepower, and serves to loosen the lump or clumping of the oak sawdust and the massato.

Next, the second stirrer 200 is provided in connection with the first stirrer 100 . The second stirrer 200 serves to remove foreign substances from the first agitated oak sawdust and the first stirred massato to generate them as raw materials. By adding 1 part by weight of the oak sawdust with respect to 1 part by weight of the massato, it is possible to prepare a licorice medium having a high porosity. The second agitator 200 can be operated by 15 horsepower for 15 minutes, and is provided at one end of the column-shaped second stirring body 210 and the upper surface of the second stirring body 210, and the first The first inlet 220 receiving the oak sawdust stirred through the stirrer 100, and the second stirring body 210 are provided at the other end of the upper surface, and are stirred through the first stirrer 100. The second inlet 230 receiving the massato, and one end provided inside the second stirring body 210, extending to the inner central portion of the second stirring body 210, the first inlet 220 ) located below, agitating the oak sawdust received through the first inlet part 220 and moving the second agitating body part 210 to the inner central part of the first screw 240 and the first It is provided on the opposite side of the screw 240, extends to the inner central portion of the second stirring body portion 210, is located below the second inlet portion 230, and the massato received through the second inlet portion 230 A second screw 250 that stirs and moves the second stirring body 210 to the inner central portion, and the second stirring body 210 is provided in the inner central portion, and at the end of the first screw 240 The first filtering part 260, which is spaced apart and formed in the form of a mesh to filter foreign substances from the oak sawdust, and the second stirring body part 210 are provided in the inner central part, and the second screw 250 ends A second filtering part 270 which is located spaced apart from the sieve and formed in the form of a mesh to filter foreign substances from the Masato, and provided on the lower surface of the second stirring body part 210, the first filtering part 260 and It is located between the second filter part 270, and is characterized in that it comprises an outlet part 280 for guiding the oak sawdust and the Masato to the next step after the foreign substances have been removed and produced as a raw material.

First, the second stirrer 200 is provided with a second stirring body 210 . The second stirring body part 210 is a body constituting the second agitator 200, and may be provided in a columnar shape, and the shape is not limited.

Next, the second agitator 200 is provided with a first inlet 220 . The first inlet 220 is provided at one end of the upper surface of the second agitating body 210 , and serves to receive the oak sawdust stirred through the first agitator 100 .

Next, a second inlet 230 is provided in the second stirrer 200 . The second inlet 230 is provided at the other end of the upper surface of the second stirring body 210 , and serves to receive the stirred massato through the first stirrer 100 .

Next, the second agitator 200 is provided with a first screw 240 . The first screw 240 is provided at one end inside the second stirring body portion 210 and extends to the inner central portion of the second stirring body portion 210 . In addition, it is located below the first inlet 220 . This is to agitate the oak sawdust received through the first inlet 220 and move it to the inner central portion of the second stirring body 210 .

Next, the second agitator 200 is provided with a second screw 250 . The second screw 250 is provided on the opposite side of the first screw 240 and extends to the inner central portion of the second stirring body 210 . In addition, it is located below the second inlet 230 . This is to agitate the massato received through the second inlet part 230 and move it to the inner central part of the second stirring body part 210 .

Next, the second stirrer 200 is provided with a first filter 260 . The first filter portion 260 is provided in the inner central portion of the second stirring body portion 210, and is located apart from the end of the first screw 240. The first filter part 260 is provided in the form of a mesh and is stirred through the first screw 240, and then the second stirring body part 210 removes foreign substances contained in the oak sawdust moved to the inner central part. . Therefore, the mesh size of the first filter 260 may vary depending on the particle size of the oak sawdust.

Next, a second filter 270 is provided in the second stirrer 200 . The second filtering part 270 is provided in the inner central part of the second stirring body part 210 and is located apart from the end of the second screw 250 . The second filtering part 270 is provided in the form of a mesh and stirred through the second screw 250 , and then the second stirring body part 210 removes foreign substances contained in the mass which is moved to the inner central part. Accordingly, the mesh size of the second filter 270 may vary depending on the particle size of the massato.

Next, an outlet 280 is provided in the second stirrer. The outlet part 280 is provided on the lower surface of the second stirring body part 210 , and is located between the first filtering part 260 and the second filtering part 270 , and the first filtering part 260 . ), foreign substances are removed through the second filter 270 and serve to guide the oak sawdust and the massato produced as raw materials to the next step.

Next, the second stirrer 200 is connected to the mouth sealing machine 300 is provided. The mouth sealer 300 serves to seal the raw material. The mouth sealing device 300 includes a columnar body part 310, a switch 311 positioned on the outer surface of the body part 310, a control unit (not shown) positioned inside the body part, and the body part ( A frame 320 provided extending from the front and rear surfaces of the 310 to one side, and a hopper 330 connected to the upper portion of the body 310 and receiving the raw material generated by the second agitator 200 and , located inside the hopper 330, and formed in a cylindrical shape with a wing portion (not shown) that rotates so that the received raw material can be supplied to the body portion 310 only by a certain amount, and is formed in a cylinder shape, one side of the body portion 310 A housing 340 connected to and protruding to the other side to receive the raw material discharged from the body 310, and a screw 341 connected to one side of the body 310 and extending into the housing 340 ) and a vinyl (not shown) that is covered on the outside of the housing 340 and stores the raw material therein, is formed in a cylindrical shape, is divided into an upper part and a lower part, is located on one side of the housing 340, and the housing ( 340), and when the vinyl is covered on one side of the housing 340, the vinyl covered housing 340 is covered, the vinyl (not shown) is extracted and the extraction unit 350 is returned to the original position and , which is located in the frame 320 and is configured to include a conveyor belt 321 for moving the extraction unit 350 .

First, a body part 310 is provided in the mouth bag 300 . The body portion 310 is a body constituting the ipbonggi 300, and is provided in a columnar shape.

Next, a switch 311 is provided in the mouth sealing machine 300 . The switch 311 is provided on the outer surface of the body portion 310 and serves to operate the mouth sealing device 300 .

Next, a control unit (not shown) is provided in the mouth sealing device 300 . The control unit (not shown) is provided to operate the mouth sealing machine 300 step by step. Through the control unit (not shown), the mouth sealing machine 300 may be operated according to a time set by the user.

Next, a frame 320 is provided in the mouth sealing machine 300 . The frame 320 is provided to extend to one side from the front and rear surfaces of the body portion 310 , and serves as an element constituting the mouth bag 300 together with the body portion 310 .

Next, a hopper 330 is provided in the mouth sealing machine 300 . The hopper 330 is provided in connection with the upper portion of the body 310 , and serves to receive the raw material generated by the second stirrer 200 .

Next, a wing portion (not shown) is provided in the mouth sealing device 300 . The wing portion (not shown) is provided inside the hopper 330 and operates when the switch 311 is turned on. The wing portion (not shown) serves to supply the raw material received through the hopper 330 to the body portion 310 by a predetermined amount.

Next, a housing 340 is provided in the mouth sealing device 300 . The housing 340 is connected to one side of the body 310, is positioned to protrude to the other side, and has a cylindrical shape. The housing 340 serves to receive the raw material from the body 310 . In addition, a vinyl (not shown) is covered on one end of the housing 340 . The vinyl (not shown) is to use black mulching pe vinyl, and if it has properties of elasticity and elongation similar to black mulching pe vinyl, it is not limited to black mulching pe vinyl.

Next, a screw 341 is provided in the mouth sealing machine 300 . The screw 341 is connected to one side of the body 310 and extends into the housing 340 . The screw 341 is operated after a set time after the wing part (not shown) is operated by the control unit (not shown). The screw 341 serves to accommodate the raw material inside the housing 340 in vinyl (not shown). The set time can be arbitrarily set by the user.

Next, the extraction unit 350 is provided in the mouth sealing machine 300 . The extraction unit 350 is located on one side of the housing 340 and is formed in a cylindrical shape having a larger diameter than that of the housing 340 . The extraction unit 350 serves to extract the vinyl (not shown) in which the raw material is accommodated. The extraction unit 350 is composed of an upper extraction unit 351 located in the upper portion, and a lower extraction unit 352 located in the lower portion. When the extraction part 350 covers the housing 340 and extracts the vinyl (not shown) containing the raw material, the upper extraction part 351 and the lower extraction part 352 are coupled, and the extraction part ( When 350) extracts the vinyl (not shown) containing the raw material from the housing 340 and moves it to the original position, it is divided into the upper extraction part 351 and the lower extraction part 352, and the lower extraction part 352 is The vinyl (not shown) in which the raw material is accommodated is guided to the next process.

Next, a conveyor belt 321 is provided in the mouth sealing machine 300 . The conveyor belt 321 is located on the frame 320 . After the screw 341 is operated by the control unit (not shown), the conveyor belt 321 operates after a set time to move the extraction unit 350 . The set time can be arbitrarily set by the user.

Next, the operation of the licorice production apparatus using the present invention vinyl will be described in detail.

First, the first step of preparing 1 part by weight of Masato is made with respect to 1 part by weight of oak sawdust. By mixing the oak sawdust with the massato, it is possible to produce a licorice medium with a high porosity.

Next, a second step of first stirring the oak sawdust and the Masato by putting them into the first stirrer 100, respectively, is performed. The primary agitator can be operated for 10 minutes with 15 horsepower, and the oak sawdust and the massato that are agglomerated or agglomerated by the primary agitator are released.

Next, the firstly stirred oak sawdust is put into the first inlet part 220 of the second stirrer 200 , and the first stirred massato is added to the second inlet part of the second stirrer 200 . A third step of putting in 230 is performed.

Next, the first screw 240 and the second screw 250 are operated to agitate the oak sawdust and massato, and a fourth step of moving to the center of the second stirring body 210 is performed. The oak sawdust delivered through the first inlet 220 and the massato delivered through the second inlet 230 are stirred by the first screw 240 and the second screw 250 . and moves to the central part of the second stirring body part 210 . The first screw 240 and the second screw 250 may be operated with 15 horsepower for 15 minutes.

Next, the oak sawdust and the massato moved to the central part of the second stirring body part 210 are removed from foreign substances by the first filter part 260 and the second filter part 270 to be produced as raw materials. and the fifth step of being delivered to the outlet 280 is performed.

Next, a sixth step of transferring the raw material to the hopper 330 is performed. By delivering the raw material to the hopper 330, the raw material may be sealed.

Next, a seventh step of covering one side of the housing 340 with vinyl (not shown) is performed. The vinyl (not shown) is the vinyl (not shown) to contain the raw material.

Next, an eighth step of turning on the switch 311 of the mouth sealing machine 300 is performed.

Next, a ninth step in which the raw material delivered to the hopper 330 is delivered to the body 310 only by a predetermined amount by the wing (not shown) is performed. The wing portion (not shown) rotates at a constant speed and operates on the principle of controlling the supply amount.

Next, the ninth step is performed by the control unit (not shown) and the screw 341 inside the housing 340 is operated after a set time, and the housing 340 connected to the body 310 is A tenth step is performed in which the raw material is delivered and the raw material is filled in the vinyl (not shown). As the screw 341 rotates, it serves to push the raw material inside the housing 340 to the vinyl (not shown). In addition, the set time of the control unit (not displayed) can be arbitrarily set by the user.

Next, by the control unit (not shown), the 10th step is performed and the conveyor belt 321 is operated after a set time, and the extraction unit 350 moves in the direction of the housing 340, and the upper extraction The eleventh step of extracting the vinyl (not shown) filled with the raw material is performed by surrounding the housing 340 as the part 351 and the lower extraction part 352 are coupled. In addition, the set time of the control unit (not displayed) can be arbitrarily set by the user.

Next, by the control unit (not shown), the eleventh step is performed and the conveyor belt 321 is operated in the opposite direction after a set time, and the extraction unit 350 containing the vinyl (not shown) filled with the raw material ) is returned to its original position, and the vinyl (not shown) filled with the raw material is divided into the upper extraction part 351 and the lower extraction part 352, and the twelfth step is performed, in which the raw material is slid and transferred to the next process. The preparation of the licorice medium using the vinyl by the above step is completed.

Next, the stem diameter, root diameter, root length, and total length of licorice grown by the apparatus and method for producing a licorice medium using vinyl in the present invention will be described in detail. The stem diameter, root diameter, root length, and total length of licorice were calculated by extracting 10 licorice grown by each method and calculating the average value.

[Comparative Example 1]

After putting Masato into the first stirrer 100 and the second stirrer 200 to remove foreign substances and produce a uniform raw material, cover one side of the housing 340 with vinyl (not shown), turn on the switch 311 and turn on the mouth sealer (300) is operated to prepare a licorice medium using a vinyl filled with Masato, and licorice seeds are planted in the licorice medium and harvested 3 years later.

[Example 1]

After preparing 0.428 parts by weight of oak sawdust with respect to 1.000 parts by weight of Masato and putting them into the first stirrer 100 and the second stirrer 200 to remove foreign substances and produce a uniform raw material, a vinyl (not shown) on one side of the housing 340 ), turn on the switch 311 and operate the mouthpiece 300 to prepare a licorice medium using a vinyl filled with Masato and oak sawdust, and plant licorice seeds in the licorice medium and collect it 3 years later.

[Example 2]

After preparing 1.000 parts by weight of oak sawdust with respect to 1.000 parts by weight of Masato and putting them into the first stirrer 100 and the second stirrer 200 to remove foreign substances and produce a uniform raw material, vinyl (not shown) on one side of the housing 340 ), turn on the switch 311 and operate the mouthpiece 300 to prepare a licorice medium using a vinyl filled with Masato and oak sawdust, and plant licorice seeds in the licorice medium and collect it 3 years later.

[Example 3]

After preparing 2.333 parts by weight of oak sawdust with respect to 1.000 parts by weight of Masato and putting them into the first stirrer 100 and the second stirrer 200 to remove foreign substances and produce a uniform raw material, vinyl (not shown) on one side of the housing 340 ), turn on the switch 311 and operate the mouthpiece 300 to prepare a licorice medium using a vinyl filled with Masato and oak sawdust, and plant licorice seeds in the licorice medium and collect it 3 years later.

[Example 4]

After adding oak sawdust to the first stirrer 100 and the second stirrer 200 to remove foreign substances and produce a uniform raw material, it is delivered to a hope, and a vinyl (not shown) is covered on one side of the housing 340 and a switch ( 311) is turned on and the mouth sealer 300 is operated to prepare a licorice medium using a plastic filled with Masato, and licorice seeds are planted in the licorice medium and harvested 3 years later.

division Masato content Oak sawdust content Comparative Example 1 100% 0% Example 1 70% 30% Example 2 50% 50% Example 3 30% 70% Example 4 0% 100%

division stem diameter
(mm) root diameter
(mm) root length
(cm) Total length
(cm) Comparative Example 1 3.8 15 50 110 Example 1 5.1 25 53 123 Example 2 7.0 30 55 143 Example 3 4.9 20 52 122 Example 4 2.8 10 45 98

From Table 1 and Table 2, it can be confirmed that Example 2 has a thicker stem diameter and a larger root diameter than Comparative Examples 1, 1, 3, and 4, and has a longer root length and total length. This is considered to be due to the difference in the amount of Masato and oak sawdust. In Example 1, Masato and oak sawdust are added in a ratio of 70:30, so that the growth of licorice is better than when a licorice medium is made using only Masato, but compared to Example 2, the growth state of licorice is somewhat inferior. In addition, in Example 3, Masato and oak sawdust are added in a ratio of 30:70, so the content of Masato is somewhat insufficient, so that the growth of licorice may be poorer than in Examples 1 and 2. In Example 4, by adding only oak sawdust, the growth of licorice may be poorer than when using only Masato as in Comparative Example 1. In Example 2, Masato and oak sawdust are added in a ratio of 50:50, so that the particle size of Masato and oak sawdust is different, the porosity is increased, and thus drainage is performed smoothly, and the growth state of licorice is good with good air passage can be seen as lost.

As such, those skilled in the art to which the present invention pertains will understand that the above-described technical configuration of the present invention may be implemented in other specific forms without changing the technical spirit or essential characteristics of the present invention.

Therefore, the embodiments described above are to be understood as illustrative and not static in all respects, and the scope of the present invention is indicated by the following claims rather than the above detailed description, and the meaning and scope of the claims and their All changes or modifications derived from the concept of equivalents should be construed as being included above the present invention.

100: first stirrer 200: second stirrer
210: second stirring body part 220: first inlet part
230: second inlet 240: first screw
250: second screw 260: first filter
270: second filter 280: outlet
300: mouth stick 310: body part
311: switch 320: frame
321: conveyor belt 330: hopper
340: housing 341: screw
350: extraction part 351: upper extraction part
352: lower extraction part

Claims (5)

A first stirrer for primary agitation of oak sawdust and Masato, respectively;
a second stirrer for producing a raw material from which foreign substances have been removed by secondly stirring the firstly stirred oak sawdust and Masato;
It is characterized in that it comprises a; mouth sealing machine for sealing the raw material,
Licorice medium manufacturing apparatus using vinyl, characterized in that by adding 1 part by weight of the Masato with respect to 1 part by weight of the oak sawdust. The method of claim 1,
The second stirrer,
a second agitating body portion having a columnar shape;
a first inlet provided at one end of the upper surface of the second stirring body, and receiving the oak sawdust stirred through the first stirrer;
a second inlet portion provided on the other end of the upper surface of the second stirring body portion and receiving the stirred massato through the first stirrer;
It is provided at one end inside the second stirring body, extends to the inner central portion of the second stirring body, is located below the first inlet, agitates the oak sawdust received through the first inlet, and the second 2 A first screw that moves to the inner center of the stirring body;
It is provided on the opposite side of the first screw, extends to the inner central part of the second stirring body part, is located below the second inlet part, agitates the massato received through the second inlet part, and the second stirring body part a second screw that moves to the inner central part;
a first filtering part provided in the inner central part of the second stirring body part, spaced apart from the first screw end, and formed in a mesh shape to filter foreign substances from the oak sawdust;
a second strainer provided in the inner central portion of the second stirring body, spaced apart from the end of the second screw, and formed in a mesh shape to filter out foreign substances from the Masato;
an outlet provided on the lower surface of the second stirring body, positioned between the first and second filtering parts, and guiding the oak sawdust and the massato produced as raw materials by removing foreign substances to the next step; Licorice medium manufacturing apparatus using vinyl, characterized in that it comprises a. The method of claim 1,
The mouth sealer,
Column-shaped body portion;
a switch located on the outer surface of the body;
a control unit located inside the body;
a frame provided extending from the front and rear surfaces of the body to one side;
a hopper connected to the upper part of the body to receive the raw material generated by the second stirrer;
a wing portion positioned inside the hopper and rotating so that the received raw material can be supplied to the body only by a predetermined amount;
a housing formed in a cylindrical shape, connected to one side of the body and protruding to the other side to receive the raw material discharged from the body;
a screw connected to one side of the body and extending into the housing to operate;
a vinyl covering the housing and storing the raw material therein;
It is formed in a cylindrical shape, divided into an upper part and a lower part, is located on one side of the housing, has a larger diameter than the housing, and when the vinyl is covered on one side of the housing, the housing is covered with the vinyl, the vinyl is removed and the original position The extraction unit to return to;
Licorice medium manufacturing apparatus using vinyl, characterized in that it comprises; located in the frame, the conveyor belt for moving the extraction unit. 4. The method of claim 3,
The extraction unit,
The upper extraction part located on the upper part;
It consists of; a lower extraction part located in the lower part,
When the extraction part covers the housing and extracts the vinyl containing the raw material, the upper extraction part and the lower extraction part are combined,
When the extraction unit extracts the vinyl containing the raw material from the housing and moves to the original position, it is divided into the upper extraction unit and the lower extraction unit, and the lower extraction unit guides the vinyl to the next process. Licorice medium using vinyl manufacturing equipment. Using the licorice medium manufacturing apparatus of claim 1,
A first step of preparing 1 part by weight of Masato based on 1 part by weight of oak sawdust;
a second step of first stirring the oak sawdust and masato by putting them into a first stirrer, respectively;
a third step of introducing the firstly stirred oak sawdust into the first inlet of the second stirrer, and introducing the first stirred massato to the second inlet of the second stirrer;
a fourth step in which the first screw and the second screw are operated to agitate the oak sawdust and Masato, and move to the central part of the second stirring body;
a fifth step in which the oak sawdust and the massato, which have moved to the central part of the second stirring body part, are removed from foreign substances by the first filter part and the second filter part, and are produced as raw materials, and are delivered to the outlet part;
a sixth step of delivering the raw material to the hopper;
a seventh step of covering one side of the housing with a vinyl;
an eighth step of turning on the switch of the mouth sealing machine;
a ninth step in which only a certain amount of the raw material is delivered to the body part by the wing part;
a tenth step in which the ninth step is performed by the control unit, the screw inside the housing is rotated after a set time, the raw material is delivered to the housing connected to the body, and the raw material is filled in the plastic;
By the control unit, the tenth step is performed and the conveyor belt is operated after a set time, and the extraction unit moves toward the housing, and the upper extraction unit and the lower extraction unit are combined to surround the housing, the raw material 11th step of extracting the filled vinyl;
By the control unit, the eleventh step is performed and the conveyor belt operates in the opposite direction after a set time, so that the extraction unit containing the vinyl returns to its original position, and the raw material is divided into the upper extraction unit and the lower extraction unit A licorice medium manufacturing method using a licorice medium manufacturing apparatus using a vinyl comprising; a twelfth step in which the filled vinyl is transferred to the next process.

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