KR102119209B1 - Method for producing Seasoning for Mountainchain Tripe and Large Intestine - Google Patents

Abstract

The present invention relates to a production method of tripe and large intestine, which comprises a first mixing step of injecting a viscous liquid sauce on cow′s intestines composed of the tripe and large intestine using an injector.

Description

Method for producing seasoning for large quantities of liquid containing organic ingredients, and method for producing Changchang{Method for producing Seasoning for Mountainchain Tripe and Large Intestine}

The present invention relates to a method for manufacturing a sheep, a large intestine, and more specifically, a sheep and a large intestine are effectively grown and seasoned after adding the seasoning to the large intestine in order to provide the consumer with a good taste due to the good seasoning. The present invention relates to an amount of good taste, a quantity capable of providing a large intestine, a method for manufacturing the large intestine, and a device while effectively removing the fishy taste and the characteristic odor of the intestine.

Daechang is a large intestine of cattle and is used for roasting. There are four cows, and the four cows are named lump, honeycomb, double fold, and pleated, and when they are used as ingredients, they are called sheep, pear, celestial, and makchang in order. The second place, Jeolchang, is also known as a beehive because its net shape is strongly embedded in the shape of a honeycomb. Usually, the amount is usually grilled, the changchang is tang, and the natural leaves are eaten with oil, or the tang and makchang are grilled.

In addition, the cow and the pig intestine are different, while the cow calls the fourth place the intestine, but the pig calls the large intestine (large intestine) the intestine, and also distinguishes the small intestine of the cow from the big intestine and the large intestine.

Anything contained in a cow's large intestine and giblets is collectively referred to as a'gob'. If the product in the giblets is delicious, the product in the large intestine is a lump of oil. That is, when the cow's large intestine is turned into a tube shape by turning the large intestine of the cow, the lump of oil on the surface of the large intestine is filled into the tube in the form of a product.

Conventionally, in order to clean the large intestine, it was first immersed in water to remove blood and foreign matter, and was softened to soften the large intestine. In the conventional method of cultivation, commercially available meat softening enzymes'Projjim S'and'Miso Jjim' were used, and the above products were made by adding vegetable proteolytic enzymes extracted from pineapples, etc., in a powder form. , About 4g per 500g for chicken, 2g for pork, and 6g for intestines such as large intestines, and then grown by refrigeration and aging. In addition, traditionally, a method of grinding meat such as ribs by grinding pears or radishes in seasoning is used, but it is rarely used because the effect of lotus meat is not great in the changchang.

Korean Patent Publication No. 2011-0130855

The present invention is to effectively increase the amount and the size of the large intestine, and then add the sauce to the quantity and the large size in order to provide the tasteful large size to the consumer. It is intended to provide a method and apparatus.

The technical problem of the present invention is not limited to the technical problem mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the following description.

A method and apparatus for manufacturing sheep and spears according to an embodiment of the present invention include a first mixing step of first mixing the organic viscous liquid source into a small intestine composed of sheep and spears using a sprayer.

In one implementation, the cleaning step of removing and cleaning and cutting impurities in the small intestine consisting of sheep and large intestines; A base step of adding the basic seasoning material including salt and sugar with a vegetable flavor to the trimmed beef intestine; Heating the soy sauce dilution with water added to the soy sauce for 1 to 2 hours and then cooling at a low temperature to form a source extract; Preparing a liquid sauce by low-temperature treatment by adding starch syrup and sugar to the source extract; Forming powdery viscous liquid sauce by adding brown powder to the low temperature processed liquid sauce and aging at 4-8°C; After the first mixing step, a second mixing step of mixing various materials using a mixed spray device for the small intestine composed of the sheep and the large window; And after the first mixing step and the second mixing step, further comprising the step of maturing the small intestine consisting of the amount of the sauce and various materials in the maturation chamber and the intestine, the basic seasoning material is 1 kg of cattle intestine Based on, including 1 to 30 g of shochu, 1 to 30 g of sesame oil, 1 to 30 g of salt, 10 to 50 g of sugar, 10 to 50 g of garlic, and 1 to 20 g of pepper powder, the salt with the scent of vegetables crushes vegetables To obtain a vegetable crushed product; Mixing the vegetable lysate and fibrinolytic enzyme, followed by hydrolysis to prepare a plant lysate; Preparing a mixed solution by mixing the vegetable crushing solution and salt; And spray drying the mixed solution to obtain a powder, wherein the vegetable is green onion, garlic or onion, the blowing temperature of air for the spray drying is 170 to 200°C, and the blowing temperature during spray drying is 95 ~ 105 ℃ and spraying the mixture at a rate of 300 ~ 600kg per hour, the fibrinolytic enzyme, pectinase (pectinase), beta-glucanase (β-glucanase), cellulase (cellulase) and hemicellulase (hemicellulase) Any one or more selected from among, the injector is formed with a flow path therein, the main body is provided with a handle so that the user can grab, and connected to one side of the flow path from the outside of the main body to the high pressure inside the flow path A compressor for providing air, and a tank part provided outside of the main body and receiving a liquid source therein, and communicating with a branch path branched from the flow path to input a liquid source into the flow path. , It is provided on the other end of the flow path, a nozzle for spraying the liquid source, the main body, a trigger for adjusting the amount of high-pressure air flowing into the flow path through the compressor, and the flow of the A hinge is installed on the inner wall as a medium, and is installed so that the branch passage is sealed at the entrance of the branch passage, and the opening amount of the branch passage is adjusted by high pressure air flowing into the inside of the flow passage when the trigger is operated. A check valve is included, but in front of the nozzle, a pulverizer for decomposing the liquid source sprayed through the nozzle into fine particles is further included, and the pulverizer includes a plurality of crushing networks, and the plurality of The grinding network is rotated on the outer circumferential surface of the main body adjacent to the nozzle via a rotating body, so that a single or plural grinding network is disposed in front of the nozzle, and the tank part has a capsule inlet on the upper portion to form a liquid source therein. A built-in capsule is accommodated, an inner wall is formed with an auger for drilling a hole in the built-in capsule, and a receiving tank in which a communication pipe communicating with the branch passage is formed at the lower part. , A capsule for sealing the capsule inlet and rotatably installed on the capsule inlet from side to side to rotate the capsule accommodated inside the receiving tank from side to side, so that the hole is expanded by the auger, The lower surface of the cap is formed in close contact with the upper surface of the capsule accommodated inside the receiving tank, the mixing spray chamber, a chamber in which various powder materials are mixed and stored; A mixing unit installed inside the chamber to supply the powdered material to be mixed while supplying a liquid material for mixing the powdered material and mixing it with the powdered material; A liquid mixture supply unit installed on one side of the mixing unit to spray the liquid material into the mixing unit space; A control unit electrically connected to the liquid mixture supply unit to control the liquid mixture supply unit; The mixing unit is formed at the end of the powder input and discharge ports for introducing the powder material to be mixed or discharging the mixed powder material to the chamber; A display unit displaying a supply flow rate and supply time for supplying the liquid material and a mixing time and mixing speed of the powder material mixed with the liquid material on a digital or analog display; And it is formed in the lower portion of the chamber, including a shock absorber for absorbing vibration and shock, the liquid mixture supply unit, a liquid supply container for receiving the liquid material; A main body that is connected to the lower portion of the liquid supply container and receives the liquid material to be sprayed to provide an input environment as a signal of the control unit; A liquid jet nozzle installed on the front of the main body and inserted into one side of the mixing portion to spray the liquid material into the mixing portion; The main body and the liquid injection nozzle include a gas discharge pipe for discharging gas generated during the mixing process to the outside in the mixing part, and the buffer device includes: a support plate fixed to a lower portion of the chamber; A buffer member fixed to a lower surface of the support plate to perform a buffer action; A pin member fixed to the lower surface of the support plate and passing through the buffer member; And a bracket in which a circular receiving groove is fixed to the support surface and into which the pin member is inserted, and the inner diameter of the receiving groove is formed larger than the outer diameter of the pin member so that the pin member can flow laterally. , A first slide plate is fixed on the lower surface of the buffer member, and a second slide plate is fixed on the upper surface of the bracket, so that a slide can be moved between the buffer member and the bracket, and no bracket for fixing the bracket on the upper surface of the support surface. A shrinking mortar is formed, a screw portion is formed on an upper outer circumferential surface of the pin member, and a screw groove is formed on a lower surface of the support plate, so that the pin member is screwed to the lower surface of the support plate.

In one embodiment, the aging chamber further includes a hot air circulation module, the hot air circulation module is formed on the inside of the aging chamber, the upper duct for introducing the air to the inside; A lower duct formed at a lower portion inside the aging chamber and discharging the internal air of the upper duct; And a central duct formed between the upper duct and the lower duct to discharge internal air of the upper duct. A filter formed in at least one of the inside of the lower duct and the inside of the central duct to prevent foreign matter from entering; A suction fan for introducing air into the hot air circulation module; It is formed of an air quality meter formed in at least one area of the filter.

According to one aspect of the present invention, it is possible to effectively cultivate sheep and large intestines and provide a good intestinal to the consumers, by spraying and adding the sauce evenly to the sheep and large intestines, and then aging it to effectively smell the fishy taste and unique odor of the intestines. It has the effect of providing a good amount of taste and a method and apparatus for manufacturing large intestines while removing.

1 shows a method for manufacturing sheep and spears according to an embodiment of the present invention.
2 to 5 show an injector according to an embodiment of the present invention.
6 shows a mixed spray device according to an embodiment of the present invention.
7 and 8 show a shock absorber according to an embodiment of the present invention.
9 and 10 show an air circulation module according to an embodiment of the present invention.

For a detailed description of the present invention, which will be described later, reference is made to the accompanying drawings that illustrate, by way of example, specific embodiments in which the invention may be practiced. These examples are described in detail enough to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different, but need not be mutually exclusive. For example, the specific shapes, structures, and properties described herein can be implemented in other embodiments without departing from the spirit and scope of the invention in connection with one embodiment. In addition, it should be understood that the location or placement of individual components within each disclosed embodiment can be changed without departing from the spirit and scope of the invention. Therefore, the following detailed description is not intended to be taken in a limiting sense, and the scope of the present invention, if appropriately described, is limited only by the appended claims, along with all ranges equivalent to those claimed. In the drawings, similar reference numerals refer to the same or similar functions throughout several aspects.

1 shows a method for manufacturing sheep and spears according to an embodiment of the present invention.

Referring to FIG. 1, the method for manufacturing a sheep and a large intestine according to an embodiment of the present invention, first, in the cleaning step (S11), removes impurities in the small intestine composed of the sheep and the large intestine, and washes and cuts them. In the process of grooming sheep and spears, you can add or subtract the organic pineapple juice, a softener, depending on the meat quality.

In the base step (S12), the base seasoning material including salt and sugar with vegetable flavor is added to the intestine trimmed through the trimming step (S11) to perform base seasoning. Here, the basic seasoning means the base between the sheep and the window. The basic seasoning ingredients are 1 to 30 g of shochu, 1 to 30 g of sesame oil, 1 to 30 g of salt with vegetable flavor, 10 to 50 g of sugar, 10 to 50 g of garlic, and 10 to 50 g of pepper powder based on the amount of cattle and 1 kg of large intestine. It is preferred to contain 1 to 20 g. It is also possible to use edible oil or perilla oil in place of the sesame oil. These basic seasoning ingredients are mixed well with pre-cleaned cattle and large intestines, and then aged at low temperature. In the context of aging at a low temperature, the low temperature means an image 4 to 15°C, preferably 4 to 8°C, more preferably 4 to 6°C. In addition, here, the salt flavored with vegetables, after crushing the organic vegetables to obtain a vegetable crushed product, and then mixed with the vegetable lysate and fibrinolytic enzyme, hydrolyzed to prepare a plant crushing solution. The crushing may be performed through various means, for example, grinding using a grinder or the like, or grinding using a mixer equipped with a blade. Here, the vegetable crushed product is obtained by crushing a vegetable, and refers to a vegetable juice (also referred to as a'juice liquid') and fiber. That is, in the present invention, the fibrin component is removed as in the prior art, and not only the juice is used, but a crushed product containing fiber is used as a whole. Since the previous flavored salt uses only the juice liquid in the step of preparing the flavor component of the vegetable, a significant amount of residual fiber remains. However, since fiber also has a rich flavor as an intrinsic component of vegetables, when utilized, it can further enhance the intrinsic flavor of vegetables. In addition, there is an additional advantage that the production cost can be significantly lowered if the fiber is actively used without being discarded. Subsequently, after mixing the vegetable crushing liquid and salt to prepare a mixed liquid, the mixture was spray dried to obtain a powder. By mixing fibrinolytic enzyme with vegetable lysate, it decomposes and solubilizes insoluble fibrin of vegetable, making it suitable for spray drying in the following step, and makes it possible to utilize the unique flavor and active ingredient of fiber. In addition, the vegetables here may be oily leek, garlic or onion. In addition, the blowing temperature of air for spray drying is 170 to 200°C, and when spray drying, the blowing temperature is 95 to 105°C, and the mixed solution is sprayed at a rate of 300 to 600kg per hour. In addition, the fibrinolytic enzyme, pectinase (pectinase), beta-glucanase (β-glucanase), cellulase (cellulase) and hemicellulase (hemicellulase) may include any one or more selected from. Here, spray-drying is a method in which fine particles of a liquid produced by spraying a mixed liquid or a concentrated liquid through a nozzle are dried while free-falling in a drying container to produce fine powder. As it is manufactured in powder form, unlike the general drying method, there is no need for a step of crushing after drying. In addition, the mixed liquid sprayed inside the drying chamber of the spray dryer is dried into a powder within a few seconds, and the dried powder is dried at a temperature of 40°C or less. By reaching the inside, changes in flavor and nutrients of vegetables can be minimized.

In the source extract forming step (S13), the soy sauce diluent to which water is added to the soy sauce is heated for 1 to 2 hours and then cooled at low temperature to form the source extract. The method of preparing the sauce extract is prepared in a soy sauce diluent mixed with a ratio of water and soy sauce of 4:1, and the special sauce, spear, and various vegetables are put in a pressure vessel, heated for 1 to 2 hours, and cooled at low temperature. Get the source extract. Vegetables put into the pressure vessel together may be organic radishes, whole cabbage, cabbage, onions, green onions, carrots, and the like. In addition, the source extract may further include organic sweet pepper, sesame leaves, whole garlic, licorice, cinnamon, and the like.

In the liquid source preparation step (S14), starch syrup and sugar are added to the sauce extract to be processed at low temperature to produce a liquid sauce. The prepared sauce extract is gradually cooled at room temperature, and then a starch syrup, sugar, etc. are added to it and processed at low temperature to prepare a liquid sauce. By adding starch syrup and sugar, viscosity is added to the sauce extract.

In the first mixing step (S15 ), the liquid source and the small intestine may be first mixed by spraying the viscous liquid source into the small intestine composed of sheep and large intestines using an injector.

In the second mixing step (S16), after the first mixing step, the small intestine composed of the sheep and the large window may be secondly mixed by mixing various organic materials using a mixed spray. The present invention can be mixed by spraying the organic sauce or ingredients over two times, the large intestine, the sauce, seasoning, ingredients, etc. are evenly added to the quantity, large intestine to produce a good quantity, large intestine.

In the aging step (S17), after the first mixing step (S16) and the second mixing step (S17), the intestine may be aged in a aging room composed of a mixture of sauce and various ingredients and a large intestine. The aging room may further include an air circulation module in order to maintain the temperature of the internal air uniformly.

In one embodiment, the present invention may further include a viscous liquid source forming step. In the step of forming the viscous liquid source, brown powder is added to the liquid source processed at a low temperature and aged at 4-8° C. to form a viscous liquid source. By adding brown powder, the liquid sauce can be more viscous and the adhesion to special and large windows can be increased. After getting thick, the finished liquid sauce can be cooled and then aged at low temperature for about 24 hours to produce a viscous liquid sauce.

2 to 5 show an injector according to an embodiment of the present invention.

2 to 5, the injector 100 according to an embodiment of the present invention includes a body 110, a compressor 120, a tank 130, a nozzle 140, a trigger 150, and a check valve ( 160).

The main body 110 is a member in which a flow path 111 is formed, and the flow path 111 is a space in which high pressure air flows from the compressor 120 and moves. The main body 110 may be manufactured in a gun type so that a user can easily hold it by hand and spray a liquid source.

The compressor 120 is a member that generates high-pressure air, and the high-pressure air generated by the compressor 120 is connected to one side of the flow path 111 described above via the connection pipe 121. The compressor 120 connected to one side of the flow path 111 provides high pressure air into the flow path 111, and the high pressure air provided inside the flow path 111 is provided with a nozzle 140 provided on the other side of the flow path 111. ). Compressed air provided by the compressor 120 is determined by the pressure of the compressed air provided by the operation of the trigger 150 to be described later. On the other hand, the compressor 1200 may be provided with a holder 122 for mounting the main body 110.

The tank 130 is provided outside the main body 100, and is in communication with the branch path 112 branched from the flow path 111. The branch path 112 is connected to the tank 130 and serves as a connection passage through which the liquid source flows from the tank 130 into the flow path 111, and the liquid source introduced into the flow path 111 is It is mixed with high-pressure air flowing into the flow path from the compressor 120 and injected through the nozzle 140. The tank unit 130 includes a receiving tank 131, a cap 132, and a close protrusion 132-1. The receiving tank 131 is a bowl-shaped member having a receiving space formed therein. The receiving tank 131 is formed with a capsule inlet 130-1 to allow the capsule 10 with a liquid source to be inserted therein. The lower portion of the receiving tank 131 is formed with a communication pipe (131-1), the communication pipe (131-1) is in communication with the branch path 112, the liquid source stored inside the capsule (10) to the flow path (111) It plays a role of allowing it to flow. On the other hand, the inner wall of the receiving tank 131 is formed with auger 131-2 for drilling a hole in the capsule 10 inserted into the receiving tank 131, such auger 131-2 is the receiving tank (131 ) Can be installed on the bottom surface or sidewall. The cap 132 is a member that opens and closes the capsule inlet 130-1, and is rotatably installed on the capsule inlet 130-1 from side to side, and a contact protrusion 132-1 is protruded from the bottom surface. The cap 132 serves to allow the liquid source stored in the capsule 10 to flow into the flow path 111 by breaking the capsule 10 inside the receiving tank 131. When the capsule 10 is sealed in the inside of the receiving tank 131 with the cap 132 in the input state, the capsule 10 is pressed by the lower side and drilled by the auger 131-2. At this time, when the auger (131-2) is at the bottom of the receiving tank (131), a hole is drilled in the lower portion of the capsule (10). ) A hole is drilled in the side.

In addition, the contact protrusion (132-1) is formed protruding on the lower surface of the cap 132 and is in close contact with the upper surface of the capsule 10 inserted into the receiving tank 131, the contact protrusion (132-1) is the capsule (10) When the user rotates the cap 132 from side to side while in close contact with the upper surface of the capsule, the hole of the capsule 10 is widened by the auger 131-2, and a large amount of liquid source is discharged to the outside of the capsule 10. Can be.

The nozzle 140 is a member installed on the other side of the flow path 111, and such a nozzle 140 is an outlet through which a liquid source mixed with air is discharged. It is preferable that the nozzle 140 is sprayed with fine particles so that the liquid source permeates the sheep and the intestine well. In the present invention, a pulverizer 141 for finely crushing the liquid source may be installed in front of the nozzle 140. . The pulverizer 141 may include a plurality of crushing nets 141-1, and the plurality of pulverizing nets 141-1 are rotated on the outer circumferential surface of the main body 110 via a rotating body 141-2. A singular or a plurality of grinding networks may be disposed in front of the nozzle 140, and the rotating body 141-2 is preferably detachable to the outer circumferential surface of the main body 110. The grinder 141 may include various shapes of crushing nets 411. The rotating body (141-2) includes a rod member (141-3), a hinge portion (141-4) and a rotating portion (141-5), the rod member (141-3) is installed on the outer peripheral surface of the body (110) The end is formed to extend to a position adjacent to the nozzle 140. The hinge part 141-4 is a member provided at an end of the rod member 141-3, and a plurality of rotating parts 141-5 are rotatably installed on the hinge part 141-4. 141-5) are provided with a plurality of grinding nets 141-1, respectively.

The trigger 150 is a member that is installed on the main body 110 to adjust the amount of high-pressure air flowing from the compressor 120 to the flow path 111, and the trigger 150 is operated by a user who grabs the main body 110. It can be arranged in a convenient position.

The check valve 160 is a member that is rotatably installed on the inner wall of the flow path 111 via a hinge 161 and a spring 162, and the check valve 160 is applied to high pressure air flowing into the flow path 111. When it is rotated to open the branch path 112 or when high pressure air disappears, the branch path 112 is sealed by the elastic restoring force stored in the spring 162 when opened. The remaining one surface of the check valve 160 is vertically disposed in the direction of high pressure air, and is manufactured to receive the pressure of the high pressure air well, and the above-described trigger 150 flows into the flow path 111 high pressure air The opening amount of the branch furnace 112 can be adjusted by adjusting the amount of. The amount of the liquid source flowing from the receiving tank 131 is adjusted according to the degree of opening of the branch furnace 112 to adjust the injection amount.

6 shows a mixed spray device according to an embodiment of the present invention.

Referring to FIG. 6, the mixed injection device 200 according to an embodiment of the present invention includes a chamber 210, a mixing unit 220, and a liquid mixture supplying unit 230, and includes various materials, sources, amounts, and large windows. You can mix uniformly.

The chamber 210 is a space in which various powder materials are mixed and stored.

The mixing unit 220 is installed inside the chamber 210, the powder material to be mixed is input, and at the same time, the liquid material for mixing the powder material is supplied and mixed with the powder material, and the mixing unit 220 is a chamber It is rotatably installed at 210. The mixing unit 220 may accommodate a sheep, a large window, a sauce, and the like inside. The driving unit of the mixing unit 220 may be installed at a connection portion with the chamber 210. In addition, the liquid mixture supply unit 230 is installed on one side of the mixing unit 220 to spray the liquid material into the space of the mixing unit 220, it is a device for promoting the mixing of the powder material. Therefore, the mixing injection apparatus 200 inputs the powder materials to be mixed into the mixing section 220 inside the chamber 210, and in this state, uses the liquid mixture supplying section 230 to mix the liquid material inside the mixing section 220. In order to facilitate the mixing between the liquid material, the powder material, the amount, and the large window, the mixing unit 220 is rotatable. The mixing unit 220 may further include a powder input and discharge port 221 that is formed at its end to input powder material to be mixed or discharges the mixed powder material, amount, and window to the chamber 210. The powder input and discharge port 221 may be screwed to the stopper 222 for its opening and closing. When the powder input and discharge port 221 of the mixing unit 220 is located at the top, the powder material to be mixed is opened by opening the stopper 222, and mixing of the powder material in the mixing unit 220 is completed to input the powder. And when the discharge port is located at the bottom, the mixed powder material may be moved to the chamber 210 by opening the stopper 222.

In addition, the mixed injection device 200 may further include a control unit 240 electrically connected to the liquid mixture supply unit 230 to control the liquid mixture supply unit 230. The control unit 240 is a controller for controlling the mixed injection device 200, and can control the flow rate and time for supplying the liquid material through the control unit 240, the type of powder material, the powder material to be injected, the amount, and the window The supply condition can be controlled according to the amount of.

In addition, the liquid mixture supply unit 230 is a liquid supply container 231 in which the liquid material inputted to mix the powder material is accommodated, and is connected to the lower portion of the liquid supply container, and receives the liquid organic compound sprayed to the control unit The main body 232 that provides the input environment with the signal of 240 and is installed on the front side of the main body 232 and is inserted into one side of the mixing unit 220 to spray the liquid organic compound into the mixing unit 220 It may include a liquid injection nozzle 233. The liquid supply container 231 is made of a metal and plastic material, and the liquid jet nozzle 233 is made of stainless steel and one or more nozzle holes having a diameter of 100 μm to 5 mm may be formed.

The liquid mixture supply unit 230 is composed of a liquid supply container 231, a main body 232, and a liquid jet nozzle 233 to mix the liquid material of the liquid supply container 231 through the liquid jet nozzle 233. ) It can be sprayed inside. The liquid material and the powder material injected through the liquid jet nozzle 233 are mixed to promote mixing of the powder material.

In addition, the main body 232 and the liquid injection nozzle 233 may further include a gas discharge pipe 234 capable of discharging gas generated during the mixing process inside the mixing part 220 to the outside. The control unit 240 further includes a display unit 241 for displaying a supply flow rate and a supply time for supplying the liquid material and the mixing time and mixing speed with the powder material, quantity, window, and sauce mixed with the liquid material on a digital or analog display. It can contain. The control unit 240 can control the supply flow rate and supply time of the liquid material injected through the switches formed on the display unit 241, and control the mixing time and mixing speed of the mixed powder material, amount, window, and sauce. Can be.

7 and 8 show a shock absorber according to an embodiment of the present invention.

7 and 8, the shock absorber 300 according to an embodiment of the present invention is arranged to be movable on a fixed plate 320 fixed to the lower surface of the chamber 210 and a lower surface of the fixed plate 320 The supporting plate 310, a buffer member 330 fixed to the lower surface of the supporting plate 310, and a pin member fixed to the center of the lower surface of the supporting plate 310 to prevent the supporting plate 310 from falling off the upper surface of the supporting surface It includes a bracket 360 is fixed to the upper surface of the support surface, and is inserted so that the pin member 340 can flow laterally within a set range.

The fixing plate 320 may be fastened with a bolt to the lower surface of the chamber 210 or fixed by welding or the like. The fixing plate 320 is formed in the form of a square plate and is formed of a metal material such as steel to maintain strength. And, a non-shrinking mortar 321 for fixing the bracket 360 is formed on the upper surface of the support surface. That is, after applying the non-constriction mortar 321 to the upper surface of the support surface, and then fixing the bracket 360 on the upper surface of the non-condensation mortar 321, when the non-contraction mortar 321 is cured, the bracket 360 is non-condensation mortar It becomes a state fixed to the upper surface of (321). Depending on the embodiment, it is also possible to fasten the bracket 360 to the upper surface of the support surface with an anchor bolt or the like.

The bracket 360 is a plate made of stainless steel, and a storage groove 362 in which the pin member 340 is accommodated is formed in the center. Here, the inner diameter of the receiving groove 362 is formed larger than the outer diameter of the pin member 340 to maintain a gap between the inner surface of the pin member 340 and the receiving groove 362 so that the pin member 340 is the receiving groove In the state inserted in 362, it is possible to rotate, move laterally, or move up and down.

The first slide plate 350 is fixed to the lower surface of the fixing plate 320, and the second slide plate 352 is fixed to the upper surface of the support plate 310 so that the first slide plate 350 and the second slide plate 352 are fixed. This is in contact with each other so that the slide can be moved. In addition, a lubricant or grease is added between the first slide plate 350 and the second slide plate 352 to smoothly move the slide between the two slide plates.

The first slide plate 350 and the second slide plate 352 may be applied with various plates such as a fluorine resin plate capable of smoothly sliding while withstanding the load of the chamber 21.

A seating groove 312 on which the second slide plate 352 is seated is formed on an upper surface of the support plate 310, and the height of the seating groove 312 is formed smaller than the height of the second slide plate 352, so that the second The slide plate 352 may protrude to the upper surface of the support plate 310.

The support plate 310 may be formed in the form of a circular plate or a square plate, and the buffer member 330 fixed to the lower surface of the support plate 310 may also be formed in a circular or square shape.

The pin member 340 is formed of a high-strength material having strong strength, and serves to prevent the shock absorber 300 from being detached from the upper surface of the support surface. The pin member 340 is moved in the lateral direction with the pin member 340 inserted into the storage groove. And since it is possible to rotate and move up and down, it is possible to sufficiently respond to the up and down vibration and lateral flow of the chamber 210.

The pin member 340 passes through the center of the buffer member 330 and is fixed to the lower surface of the support plate 310 by a screw fastening method. That is, a screw groove 314 is formed in the center of the lower surface of the support plate 310 and a screw portion 342 is formed on the upper outer circumferential surface of the pin member 340 to be screwed together.

9 and 10 show an air circulation module according to an embodiment of the present invention.

Referring to Figure 1, the air circulation module 400 according to an embodiment of the present invention may be formed in at least one region of the aging chamber 410, and the aging chamber 410 uniformly maintains the temperature of the internal air.

The air circulation module 400 is formed on the inside of the aging chamber 410, and is formed on the upper duct 431 that flows the upper air therein, and on the lower portion inside the aging chamber 410, inside the upper duct 431. It is formed between the lower duct 432 and the upper duct 431 and the lower duct 432 for discharging air, inside the central duct 433, the lower duct 432 for discharging the internal air of the upper duct 431, and It is formed in at least one area of the inside of the central duct 433 and is provided in at least one area of the filter 434 for preventing foreign matter from entering, the suction fan 435 and the filter 434 for introducing air into the air circulation module 400. It can be formed by the air quality meter 436 is formed.

The upper duct 431 is located near the heat supply module 30 installed in the aging room 410 and flows heat or dry wind discharged from the heat supply module 30. At this time, by driving the suction fan 435, it is possible to control the amount of heat or dry wind flowing in. Thereafter, heat or dry wind is sent to the central duct 433 and the lower duct 432 to homogenize the thermal efficiency and material quality inside the aging chamber 410.

The air quality measuring device 436 includes a body including a first display window and a second display window, a first air quality display member formed in the first display window, and a first air quality display member formed in the second display window. The first air quality display member has a visually constant rate of change when the level of fine particles in the air is higher than a set value, but the rate of change is greater than the rate of change of the second air quality display member. In addition, the first air quality display member includes a charged non-woven fabric, and the second air quality display member includes a non-charged non-woven fabric.

Although described above with reference to embodiments, those skilled in the art understand that various modifications and changes can be made to the present invention without departing from the spirit and scope of the present invention as set forth in the claims below. Will be able to.

100: sandblast
200: mixed injection device
300: shock absorber
400: air circulation module

Claims (2)

And a first mixing step of first mixing by spraying the liquid source into the small intestine composed of a sheep and a large window using an injector,
A cleaning step of removing impurities in the intestine composed of sheep and large intestines, washing and cutting to clean;
A base step of adding the basic seasoning material including salt and sugar with a vegetable flavor to the trimmed beef intestine;
Heating the soy sauce dilution with water added to the soy sauce for 1 to 2 hours and then cooling at a low temperature to form a source extract;
Preparing the liquid sauce by low-temperature treatment by adding starch syrup and sugar to the source extract;
After the first mixing step, a second mixing step of mixing various materials using a mixed spray device for the small intestine composed of the sheep and the large window; And
After the first mixing step and the second mixing step, further comprising an aging step of aging the small intestine consisting of the amount and the large intestine mixed with sauce and various materials in the aging room,
The basic seasoning materials include 1 to 30 g of shochu, 1 to 30 g of sesame oil, 1 to 30 g of salt with vegetable flavor, 10 to 50 g of sugar, 10 to 50 g of garlic, and 1 to 20 g of pepper powder based on 1 kg of intestine. and,
Salt with the vegetable flavor,
Crushing organic vegetables to obtain vegetable crushed products; Mixing the vegetable lysate and fibrinolytic enzyme, followed by hydrolysis to prepare a plant lysate; Preparing a mixed solution by mixing the plant crushing solution and salt; And it is prepared through the step of obtaining a powder by spray drying the mixed solution,
The vegetables are organic leek, garlic or onion,
The blowing temperature of the air for the spray drying is 170 ~ 200 ℃, the ventilation temperature during spray drying is 95 ~ 105 ℃, spraying the mixed solution at a rate of 300 ~ 600kg per hour,
The fibrinolytic enzyme is any one or more selected from pectinase, beta-glucanase, cellulase and hemicellulase,
The injector,
A flow path is formed inside, a body provided with a handle to allow a user to grasp, a compressor connected to one side of the flow path from the outside of the main body, and a compressor for providing high pressure air into the flow path, and the outside of the body It is provided in the inside, the liquid source is accommodated, the tank portion to communicate with the branch path branched from the flow path to input the liquid source into the interior of the flow path, the liquid source is provided at the other end of the flow path A nozzle for injecting, and a trigger for adjusting the amount of high-pressure air flowing into the flow path through the compressor, and installed on the inner wall of the flow path through a hinge, are provided through the hinge, It is installed so that the branch path is sealed at the inlet, and a check valve for adjusting the opening amount of the branch path by high-pressure air flowing into the flow path during operation of the trigger is included. In front of the nozzle, A pulverizer for decomposing the liquid source sprayed through the nozzle into fine particles is further included,
The pulverizer includes a plurality of crushing nets, and the plurality of crushing nets are rotated via a rotating body on an outer circumferential surface of the main body adjacent to the nozzle, so that a single or a plurality of crushing nets are disposed in front of the nozzle. The tank portion, the capsule inlet is formed on the upper side is accommodated inside the capsule containing a liquid source, the inner wall is formed with auger for drilling a hole in the embedded capsule, the lower portion is formed with a communication pipe communicating with the branch path A receiving tank and a cap for closing the capsule inlet and rotatably installed on the capsule inlet from side to side to rotate the capsule accommodated inside the accommodation tank to the left and right, so that the hole is expanded by the auger. This is included, the lower surface of the cap is formed in close contact with the top surface of the capsule accommodated inside the receiving tank,
The mixed spray value,
A chamber in which various powder materials are mixed and stored; A mixing unit installed inside the chamber to supply the powdered material to be mixed while supplying a liquid material for mixing the powdered material and mixing it with the powdered material; A liquid mixture supply unit installed on one side of the mixing unit to spray the liquid material into the mixing unit space; A control unit electrically connected to the liquid mixture supply unit to control the liquid mixture supply unit; The mixing unit is formed at the end of the powder input and discharge ports for introducing the powder material to be mixed or discharging the mixed powder material to the chamber; And a display unit displaying a supply flow rate and a supply time for supplying the liquid material and a mixing time and a mixing speed between the powder material, amount or window mixed with the liquid material on a digital or analog display,
The liquid mixture supply unit,
A liquid supply container in which the liquid material is accommodated; A main body that is connected to the lower portion of the liquid supply container and receives the liquid material to be sprayed to provide an input environment as a signal of the control unit; A liquid jet nozzle installed on the front of the main body and inserted into one side of the mixing portion to spray the liquid material into the mixing portion; The main body and the liquid injection nozzle includes a gas discharge pipe for discharging the gas generated during the mixing process from the inside of the mixing section to the outside, a method comprising a liquid source made of organic material, and a method for manufacturing large windows.

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