KR100885706B1 - Laver with pattern and pattern making apparatus and method for manufacturing thereof - Google Patents

Abstract

The present invention relates to a laver formed with a pattern, more specifically, by using a natural powder material having a variety of colors on the surface of the wet laver to form a trademark and pattern, such as letters, pictures, logos, as well as to add a variety of decorative functions The present invention relates to a laver and a pattern forming apparatus for manufacturing the same, and a method of manufacturing the same.

The laver formed with the pattern according to the present invention, sprinkled with a natural powder material on one surface of the wet laver herbicide is applied to the surface to form a pattern, such as letters, pictures, logos, fixing the pattern on the wet laver formed It is dried so that the pattern is integrated with the seam surface.

To this end, a pattern forming apparatus including a screen plate forming a pattern by perforated perforations, and a powder container filled with natural powder materials is formed, and a conventional pattern of various patterns using natural powder materials is provided. It is manufactured including a glyph forming step and glyph fixing step to form a pattern.

According to the present invention thus formed, the pattern is formed in the wet steaming state, so that no deformation is produced as a finished product. The pattern formed in the surface of the steam improves the reliability of the product and maximizes the advertising effect.

In addition, advertisements such as pictures are formed on the surface of the finished product, which not only induces children to eat laver well but also maximizes the merchandise.

Gold, Haitai, Glyph, lettering, picture, logo, color.

Description

Laver with pattern and a pattern forming apparatus and method for manufacturing the same

1 is a block diagram showing a laver production method according to the prior art.

Figure 2 is a cross-sectional view showing the dried seaweed formed the pattern using the adhesive according to the prior art.

Figure 3 is a perspective view showing the formation of a pattern by using a laser irradiation apparatus in the drying steam according to the prior art.

Figure 4 is a plan view showing the steaming glyphs of various patterns formed in accordance with the present invention.

Figure 5 is a schematic perspective view showing the formation of a pattern on the wet steaming according to an embodiment of the present invention.

Figure 6 is a schematic cross-sectional view showing a glyph forming apparatus for forming a pattern on the wet steaming according to the present invention.

Figure 7 (a) (b) (c) (d) is a schematic process diagram showing a process of forming a pattern using a pattern forming apparatus according to the present invention.

Figure 8 is a schematic perspective view showing a supply pipe for providing a natural powder material to the pattern forming apparatus according to the present invention.

Figure 9 is a block diagram showing the detailed steps of producing a patterned laver according to the present invention.

10 is a process block diagram showing a glyph forming step and a dehydration step according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

1: seaweed with pattern 2: seam surface

3: wet laver 10: glyph

20: screen plate 21: perforation

30: powder container 31: natural powder material

40: glyph forming apparatus 50: striking device

60 powder feed pipe

The present invention relates to a laver formed with a pattern, more specifically, by using a natural powder material having a variety of colors on the surface of the wet laver to form a trademark and pattern, such as letters, pictures, logos, as well as to add a variety of decorative functions The present invention relates to a laver and a pattern forming apparatus for manufacturing the same, and a method of manufacturing the same.

Generally, laver is a wet body, also called Haitai, and contains alginic acid, which is effective in preventing and treating hypertension arteriosclerosis by reducing blood cholesterol levels and strengthening blood vessel walls in the human body. In addition, it contains little fat, rich in protein, vitamin B, and rich minerals play an important role in the treatment of anemia, skeletal and tooth formation, and iodine prevents thyroid edema and makes hair beautiful.

In addition, laver is a good source of vitamin A because it contains a lot of carotene and is a commercially available laver that is inexpensive and rich in nutrients, so it is loved as a licorice of common people table.

Although laver is in the spotlight as a food containing abundant nutrients, almost no laver is simply dried and provided, so it does not meet the various tastes of consumers.

Looking at the method of manufacturing laver as a general finished workpiece with reference to Figure 1, laver as a finished workpiece on the table, removing the foreign matter from the seaweed collected from the sea (110) and the laver from which the foreign matter is removed Washing and cutting step (120) for washing and cutting not tangled in seawater and broth, and the herb step (130) to form a rectangular laver produced by spreading the cut seaweed on a rectangular laver drying, Dehydration step (140) for removing water from the wet seaweed of the herbicide step, and the drying step (150) for transporting and drying the dehydrated wet seaweed and the separation step of separating the dried seaweed from the rectangular foot ( 160) and processed.

As such, as a finished processed product produced in recent years, various natural ingredients are added to increase nutrients, or patterns such as letters and simple shapes can be formed to give an identification power to the surface and to feel visual curiosity and appetite. .

As a method for this purpose, referring to FIG. 2, a pattern 156 is printed using a plotter using a spray nozzle on a surface of a drying steam 154 that is dried and completely processed. Then, a pattern was formed on the surface of the dried laver 154 including a pressure-sensitive adhesive containing water and a coating component in a colorant made of a natural material to print the pattern.

However, since the liquid adhesive and the colorant are added to form the pattern 156 on the surface of the dried laver 154 as the finished molded article, the shape of the dried laver 154 is distorted, as shown. There is a problem that causes a change in shape. In addition, there is a problem that needs to go through the drying process once again to solve this problem.

As another method, the pattern 153 may be formed by locally heating the sheet-like dried laver 154 using a laser irradiation device 151 or the like as shown in FIG. 3.

More specifically, while the transfer of the drying steam 154 by the transfer device 155, locally irradiated with laser light by the laser irradiation device 151 on one surface of the drying steam 154 to roast locally by local heating Through the operation to form a pattern 153, such as letters or figures on the surface of the drying steam 154.

However, such a method is difficult to form processed laver having a variety of colors, and there is a fear of brittleness when moving the dry laver as a finished product because the part heated by local heating is weaker than other parts. Moreover, there exists a possibility of destroying the steaming inherent zero soil by heating.

The present invention is to solve the problems as described above, such as pineapple powder, green tea, green onions, carrots in a wet steaming state, not a dried molded product to form a pattern of various patterns on the surface of the seaweed as a finished processed product It is an object of the present invention to provide a laver and a manufacturing method for manufacturing the same, in which a sprinkled natural material is formed so that a trademark or advertisement such as letters, graphics, and logos can be spontaneously formed by sprinkling powder with powder. .

In addition, to form a pattern on one side or both sides of the wet seaweed, the screen plate formed with a pattern to apply the nutritionally excellent powdered natural materials to the wet seaweed, the pattern formation including a powder canister and powder supply tube filled with various colors It is an object to provide a device.

In order to achieve the above object, the laver formed with the pattern according to the present invention is removed from the sea to remove foreign substances, including the water in the cut state of the rectangular wet laver herbicide, and one surface of the wet laver Sprinkle natural powders formed by drying natural materials with color on them and apply them to the surface to form patterns such as letters, pictures and logos.

Then, the wet laver formed with the pattern is dried so that the pattern is integrated with the laver surface.

At this time, the natural powder material is dried and powdered natural materials having a color such as green tea, pine powder, paprika, carrot, baeknyeoncho, garlic, green onion, Molochia, green seaweed, each has its own color.

In addition, the natural powder material, a desired pattern is formed according to the pattern of the perforated perforations, and the pattern is formed on the surface of the wet laver using a plate-shaped screen plate comprising a partition wall for partitioning the perforations by color.

To this end, the screen plate is placed on top of the wet laver, and the desired pattern is formed on the surface of the wet laver by passing natural powder materials having different colors into the perforations separated by the partition wall.

As described above, a pattern forming apparatus for forming a pattern such as a letter, a picture, or a logo by using a natural powder material having various colors on the surface of the wet laver that is herbicide is constructed as follows.

The glyph forming apparatus may include a screen plate having a pattern of various patterns formed by a perforation penetrating to cover the herbaceous wet laver, and a powder passage formed on the screen plate on which the perforation is formed and filled with the natural powder material. A powder supply pipe communicating with the powder container and the connection hose and supplying the natural powder material filled into the powder container by gravity, and moving the screen plate and the powder container up and down so that the screen plate and the powder container can be positioned above the wet steaming machine. It is configured to include a support for supporting it.

And, it comprises a striking device for applying a momentary vibration to the screen plate, the powder container and the support on one side.

Accordingly, by the operation of the striking device is characterized in that the natural powder material in the powder barrel passes through the perforations of the screen plate to form a pattern of various patterns on the surface of the wet steaming.

At this time, if necessary, the pattern forming apparatus includes a mesh plate having a pore size such that natural material powder can pass by vibrating between the screen plate and the powder container.

In addition, the glyph forming apparatus is a plate shape formed to protrude to the lower portion of the support portion for supporting the powder container, in contact with the upper surface of the foot according to the shanghai east of the support portion, the wet seaweed made by the foot placed therein It comprises a blocking plate to form an isolated space.

The powder container of the pattern forming apparatus configured as described above is partitioned into a plurality of zones by a detachable inner partition wall according to the shape of the pattern and the color used, and each of the partitioned natural powder materials has different colors. Is filled.

In addition, the powder canister partitioned into the plurality of zones is communicated by a powder supply pipe and a connection hose for supplying the natural powder material filled in each zone, and the powder supply pipe forms a circulation loop so that the natural powder material filled therein is continuously circulated. Is moved.

Accordingly, the powder barrel always maintains the state filled with the natural powder material.

As such, the laver formed with the pattern is produced through the foreign matter removing step, washing and cutting step, herbicide step, glyph forming step, glyph fixing step, drying step and separation step.

First, the foreign material removal step to remove the foreign matter from the seaweed collected from the sea. Then, the washing and cutting step is put into the seawater and broth to remove the foreign matter wet seaweed and cut to avoid tangling.

Subsequently, the herbicide step spreads the cut wet laver on a rectangular laver drying foot to form a rectangular laver.

And, the pattern forming step, to place the pattern forming apparatus comprising a screen plate formed by the pattern of the pattern by the perforation penetrated on top of the wet seaweed made by the foot, various colors through the perforation of the screen plate Pass the natural powder of the material, to form a pattern, such as letters, pictures, logos on the surface of the wet seaweed.

In addition, the pattern fixing step, by pressing the coated plate coated on the wet laver with the pattern, so that the natural powder material forming the pattern is located between the pieces of the wet laver to be integrated.

In the drying step, the wet laver having the pattern is transferred to a drying chamber or a drying apparatus to dry the wet laver to integrate the pattern and the laver.

In addition, the separating step separates the dried laver from the rectangular foot.

As described above, the laver formed with the pattern is sprinkled with natural powder material on the surface of the wet laver in the pattern forming step and the pattern fixing step to form the pattern.

More specifically, the wet steam transfer process for transferring the wet steaming to the glyph forming apparatus, the dehydration process of absorbing or compressing the upper portion of the transferred wet steam using a sponge or a pressing plate to remove water, and the dewatering Glyph forming device positioning process for positioning the glyph forming device including a screen plate formed with a desired pattern according to the pattern of perforations penetrated on the top of the wet seaweed, and the pattern on the surface of the wet seaweed by passing natural powder material through the screen plate Natural powder material coating process to form a, and the gypsum plate forming process to remove the glyph forming device and transfer the wet gim formed on the glyph plate to remove the glyph forming device, the pressing plate coated surface A powder-fixing process for fixing the natural powder material to form a pattern by pressing it between pieces of the wet laver, and forming the pattern. The wet steam comprises a transfer process for transferring to a drying chamber or a drying device.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 4 is a plan view showing the lattice formed of the pattern of the various patterns according to the present invention, Figure 5 is a schematic perspective view showing the formation of a pattern in the wet laver according to an embodiment of the present invention, Figure 6 is in accordance with the present invention A schematic cross-sectional view showing a pattern forming apparatus for forming a pattern in wet steaming.

First, 'wet laver' described below refers to laver in a state of containing water as a herbicide step, and 'dry laver' refers to laver in a state of not containing water as a finished processed product.

As shown, the seaweed (1) formed with a variety of patterns according to the present invention is not a dried seaweed of the finished product is not yet dehydrated yet has a natural color having a variety of colors on the seaweed seaweed surface (2) containing water The pattern 10 is characterized by forming a pattern 10 by spraying or applying powder material.

To this end, the pattern (10) formed in the laver (1) formed with the pattern is a number indicating a simple figure pattern (10a) and the producer and the like having a single color, as shown in Figure 4 (a) and It is formed by including the character pattern 10b and the logo pattern 10c etc. of producers, etc. so that it may have identification power. In addition, as shown in Figure 4 (b), it is possible to form a picture pattern (10d) having a variety of colors.

At this time, the natural powder material that penetrates the laver surface 2 to form the pattern 10 is manufactured by drying and powdering natural materials having various colors such as red, green, yellow, and white to have their respective colors. However, referring to the picture pattern (10d) of Figure 4 (b), in order to express the yellow (a), it is preferably dried to a powder state by drying a natural material having yellow, such as pine powder, yellow paprika.

In addition, to express red (b) carrots or red paprika and dried to use in a powder state, to express white (c) garlic, onions, paprika, green onions and other natural materials having a white and dried to powder state Use it to make.

In addition, green natural materials such as green seaweed, green tea, Molokia, and leek are used to express green (d), and baeknyeoncho is used to express purple or black (e).

As such, the natural powder material having each color increases the nutrients of the seaweed as a finished processed product by forming a pattern (10) on the surface of the sea, including the respective nutrients. You can also encourage them to eat seaweed.

In addition, the laver (1) formed with the pattern according to the present invention is formed by protruding a pattern on the surface of the laver because the pattern (10) is formed by applying a natural powder material having various colors as described above to the surface of the wet laver. It penetrates into the wet seam surface and forms a pattern.

The natural powder material is sprayed on the surface of the wet laver to be applied to form a pattern. Referring to FIG. 5, the natural powder material 31 forms a pattern 10 on the surface of the wet laver 3. In order to use the screen plate 20 in which the perforations 21 are formed according to the patterns 10 of various patterns.

In this case, the perforation 21 forms a pattern shape with a plurality of small holes, or if necessary, forms a pattern shape as a whole through-hole instead of a small hole.

In addition, the screen plate 20 is a plate shape having a size that can sufficiently cover one surface of the wet seaweed (3) made by the foot, it is made by a plurality of perforations 21 penetrating through the screen plate (20) Patterns of various patterns desired by the user are formed on the surface.

The screen plate 20 is placed at an upper portion of the wet laver 3, which is herbicided on the foot, at a predetermined interval, and the natural powder material 31 is formed on the pattern formed by the perforations 21 of the screen plate 20. Apply.

At this time, the applied natural powder material 31 is sprayed on the surface of the wet seaweed (3) located in the lower portion through the perforation (21) of the screen plate 20, the surface of the wet seaweed (3) Position to form the pattern 10 of the shape desired by the user.

In addition, the natural powder material 31 is contained in the powder container 30 according to each color is sprayed on the screen plate 20 is applied.

In addition, in order to form the pattern 10 having various colors as shown in the figure, it is necessary to partition the perforations 21 of the screen plate 20 forming the respective pattern patterns for each color. This is to prevent the natural powder material 31 to be sprayed on the neighboring perforations 21 to pass through the neighboring perforations 21 to form an incorrect pattern on the upper side of the wet laver. The partition wall 22 partitioning the perforations 21 to form a pattern of the required color is formed to protrude upwardly integrally with the screen plate 20.

At this time, the partition wall 22 partitions the perforations 21 for each color according to the pattern 10 having a pattern in the shape desired by the producer, and natural powder for each color through the perforations 21 located in each partitioned area. The material 31 is applied so that an accurate pattern is formed on the surface of the wet steaming 3.

Accordingly, when expressing various colors, the color 10 is expressed in each zone without affecting the neighboring perforations 21 to form a pattern 10 having various colors as a whole.

In addition, by replacing the patterned screen plate 20 as needed can produce a variety of seaweed with a variety of patterns in one facility.

FIG. 6 is a schematic cross-sectional view showing a pattern forming apparatus 40 to form a pattern on the surface of the wet steaming machine 3 in detail. Referring to this, the pattern forming apparatus 40 is perforated according to various pattern patterns. A screen plate 20 having a 21 formed thereon, and a powder container 30 positioned above the screen plate 20 so that the screen plate 20 becomes a bottom surface and supplies natural powder material 31 to the screen plate. And it is configured to include a support 44 for supporting them to move so as to be positioned at a predetermined interval with the upper surface of the wet steaming (3).

In addition, the glyph forming apparatus 40 is configured to include a striking device 50 for generating a vibration of the glyph forming apparatus by the momentary blow on one side.

Accordingly, when the support 44 of the pattern forming apparatus 40 is moved downward, the upper surface of the herbicide wet steamer 3 and the screen plate 20 are positioned at a predetermined interval f. When the powder container 30 is shaken by the blow generated by the striking device 50, the natural powder material 31 filled in the powder container 30 passes through the perforations 21 of the screen plate 20. It is sprinkled on the wet laver 3 to form a pattern.

Subsequently, the wet laver 3 having a pattern formed in accordance with the pattern formed by the perforations 21 of the screen plate 20 is transferred to a drying chamber or a drying apparatus and dried.

More specifically, the screen plate 20 is a plate shape having a size that can cover the wet seaweed (3) herbicide on the foot, a variety of letters, logos, pictures, etc. desired by the producer through the perforation (21) The pattern of the pattern is formed.

And, the upper portion of the screen plate 20 is a pattern formed by the perforations 21 is filled with a powder container 30 is filled with a natural powder material 31 therein. Preferably, the powder barrel 30 has a size that can sufficiently cover the upper surface of the screen plate 20 to sprinkle the internal natural powder material at a time.

In addition, the upper portion of the powder container 30 is communicated by the powder supply pipe 60 and the connection hose 61 for transporting the natural powder material 31 filled inside the pattern forming apparatus 40 outside.

At this time, preferably, the powder supply pipe 60 is located at the upper portion of the powder container 30, and as the pattern is formed on the surface of the wet steaming machine 3, the natural powder material 31 in the powder container 30 is used. The natural powder material in the supply pipe 60 is supplied into the powder container 30 by gravity through the connection hose 61.

Accordingly, the powder barrel 30 is always filled with the natural powder material (31).

In addition, between the screen plate 20 and the powder container 30, if necessary, to form a mesh plate 43 having a pore enough to pass through the natural material powder by vibration.

Therefore, in the pattern forming apparatus 40 in the state of not hitting the striking device 60, the natural powder material 31 in the powder container 30 is lowered by the mesh pore size of the mesh plate 43. It is located in the powder container 30 without exiting.

In addition, when the blow is generated by the striking device 60, the natural powder material 31 passes through the mesh of the mesh plate 43 and passes through the perforations 21 of the screen plate 20 by the vibration. Sprinkle on top of 3).

In addition, the powder barrel 30 is divided into a plurality of zones by the inner partition 32 as needed. At this time, the inner partition 32 is formed detachably, and the natural powder material 31 having different colors is filled in the space in each partitioned area.

In addition, the zone formed by the inner partition wall 32 of the powder barrel 30 is in communication with the powder supply pipe 60 and the connection hose 61 for supplying the natural powder material 31 of different colors, respectively.

This is to apply the natural powder material 31 of various colors at once through the perforations 21 formed in the screen plate 20 when forming a pattern having a variety of colors as shown in the figure.

Subsequently, the support part 44 includes the screen plate 20 and the powder container 30 therein, and the support part 44 is movable up and down by a mechanical operation so that the wet steamer 3 The screen plate 20 is positioned at intervals f so as to form a pattern on the top.

In addition, a plate-shaped blocking plate 41 is formed on the side of the support 44 to protrude downward from the support 44 while covering the side of the support 44 including the powder container 30.

At this time, the blocking plate 41 is a powder barrel 30, the screen plate 20 and the mesh plate 43 to absorb the vibration of the support 44 moving in accordance with the movement of the pattern forming apparatus 40 The support 44 including the protrusion 44 is formed to protrude so that it can be seated, and a spring 42 is formed on the upper portion of the protrusion 41a.

In addition, the blocking plate 41 is in contact with the upper surface of the foot on which the wet seaweed 3 is placed when the pattern forming apparatus 40 moves downward according to the mechanical operation.

At this time, the wet laver 3 made by the blocking plate 41 is located in an isolated space formed by the blocking plate 41, and the natural powder material 31 is placed on the upper part of the wet laver 3. When forming a pattern on the wet seam (3) is prevented from being scattered to the outside.

The glyph forming apparatus 40 configured as described above is vibrated by the striking force applied by the striking device 50, and the natural powder material 31 in the powder container 30 is the mesh plate 43 and the screen plate 20. Passed through and sprayed on the surface of the wet seaweed (3) to form a pattern.

7 (a) (b) (c) (d) are schematic process diagrams showing a process of forming a pattern using a pattern forming apparatus according to the present invention.

Referring to FIG. 7 (a), the pattern forming apparatus 40 described above is mechanically operated on the upper part of the wet laver 3 formed on the foot to form a pattern on the surface of the wet laver 3. Is moved. At this time, preferably the foot 4 on which the wet laver 3 is placed is also moved upwards.

Subsequently, referring to FIG. 7 (b), the blocking plate 41 of the pattern forming apparatus 40 lowered downward comes into contact with the upper surface of the footrest 4 and the spring 42 of the blocking plate 41. Powder container 30 and the screen plate 20 by the elastic force of the) is located on the top of the wet steaming (3) without shaking.

At this time, the wet laver 3 is located in the space formed by the blocking plate 41.

In addition, referring to FIG. 7 (c), the striking device 50 strikes the pattern forming apparatus 40, and thus the pattern forming apparatus 40 vibrates momentarily. At this time, the natural powder material 31 in the powder container 30 is sprinkled down by vibrating force and gravity, and passes through the perforations 21 of the mesh plate 43 and the screen plate 20 so that the wet laver 3 Glyphs on the surface.

As such, the pattern-forming apparatus 40 having the pattern is moved upward by a subsequent mechanical manipulation. As shown in FIG. 7 (d), the pressing plate 70 having the surface coated 71 is the pattern. The upper surface of the formed wet laver 3 is pressed.

At this time, the pressing plate 70 has a size that can cover the wet steaming (3), the natural powder material 31 to form a pattern on the surface of the wet steaming by the pressing force of the pressing plate 70 is wet It is located between pieces of laver to be fixed.

8 is a schematic perspective view showing a supply pipe for providing a natural powder material to the pattern forming apparatus according to the present invention.

The powder container of the pattern forming apparatus for forming a pattern on the wet steam described above is divided into a plurality of sections by an inner partition to form a pattern having various colors as shown in the figure, and each section is connected to the hose 61. It communicates with the powder supply pipe 60 which conveys each natural powder material 31 by this.

At this time, the powder supply pipe 60 is located in the upper portion of the powder container to introduce the natural powder material into the powder container by gravity.

In addition, the powder supply pipe 60 forms a circulation loop so that the natural powder material 31 therein is always circulated along the powder supply pipe 60 by an external force.

In addition, a hose connector 62 is formed at one side of the powder supply pipe 60 so that each connection hose 61 can be connected.

Therefore, when the natural powder material in the powder container is used according to the operation of the pattern forming apparatus, the natural powder material is always filled in the powder container because the natural powder material in the powder supply pipe 60 is introduced into the powder container as much as the used. have.

Referring again to FIG. 6, in general, when manufacturing laver as a finished product, one piece of laver is not formed on one foot, but a plurality of pieces of laver are produced at a time using a plurality of foots.

At this time, a plurality of glyph forming apparatus 40 is used to form a pattern on the surface of the wet gypsum forming each seaweed, the glyph forming apparatus 40 is automated like a robot arm to the wet seaweed on the plurality of feet Patterns can be formed at one time according to various patterns.

Figure 9 is a step block diagram showing the detailed steps of producing a patterned laver according to the present invention. 10 is a process block diagram showing a glyph forming step and a dehydration step according to the present invention.

Referring again to Figure 4 (a) (b) and Figures 6 and 9, the patterned laver (1) according to the present invention is a pattern forming apparatus for forming a pattern, including the step of manufacturing a conventional dried laver ( 40), and a pattern forming step (S4) and the pattern fixing step (S5) to form a pattern of various patterns using a natural powder material.

In more detail, looking at the method of manufacturing the laver (1) is a pattern is formed as follows.

First, the seaweed collected from the sea is washed in each semester and the foreign matter removal step (S1) of removing foreign matter and other algae attached to the seaweed. At this time, in order to remove the foreign matter more finely by using a foreign matter remover to remove the fine foreign matter.

In addition, the laver from which the foreign matters have been removed is subjected to a washing and cutting step (S2), in which the laver soaked in the seawater and broth is dispersed and then washed to remove the salt included in the laver. The laver is cut into fine sizes by a cutter.

Subsequently, the cut laver is conveyed by a conveying device and passes through the herbicide step (S3) to form a rectangular laver produced on a foot having a rectangular frame shape, in the herbicide step to have a general shape of a laver.

At this time, the seaweed of the herbicide step is a wet seaweed (3) containing the water, the pieces of seaweed are tangled and attached to each other to form a shape.

Next, the pattern forming step (S4) to form a pattern on the surface of the wet seaweed of the herbicide step (S3).

At this time, a separate glyph forming apparatus 40 is used to form the glyph in the glyph forming step (S4), using a screen plate 20 in which the glyphs of various patterns are formed by perforation into a desired shape by the producer. Sprinkle or apply natural powder material 31 on top to form a pattern 10 such as letters, pictures, logos, numbers.

To this end, first, the wet seaweed is pressed using a sponge or a pressing plate, and water is removed to some extent, and then a pattern is formed using the pattern forming apparatus.

Subsequently, the wet laver in which the pattern is formed is fixed through a pattern fixing step (S5), and the natural powder material 31 which forms the pattern by pressing the pressing plate coated on the wet laver in which the pattern is formed is wet laver. (3) to be located and integrated between the pieces constituting.

Then, the wet laver formed with the pattern is transferred into a drying chamber or a drying apparatus to undergo a drying step (S6), whereby the wet laver is transformed into a dry laver as a finished product.

At this time, the process of drying seaweed has a lot of influence on the commerciality of seaweed. It is most important to manage the humidity of the seaweed in an optimal state. In addition, the temperature of the drying chamber is also considered important.

Subsequently, the dried laver placed in the claw is transferred to the packaging step as needed through a separation step (S7) separated from the claw of the rectangle to be a finished product.

As described above, the laver (1) formed with the pattern according to the present invention forms a pattern on the surface of the wet laver using the glyph forming apparatus 40 between the herbicide step (S3) and the drying step (S6), the pressing plate The pattern is made by fixing the pattern to the wet seaweed formed.

Referring to Figure 10, look at the glyph forming step (S4) and glyph fixing step (S5) to form the pattern as follows.

Basically, in order to form patterns of various patterns by using natural materials on the surface of the wet laver, the wet laver transfer process (11) and dehydration process (12), the pattern forming device positioning process (13), natural powder material by the blow The application process 14, the glyph forming apparatus removal process 15, the powder fixing process 16 by the pressing plate, the transfer process 17 into the drying chamber or drying apparatus.

First, the wet laver transfer process 11 is a process of transferring the wet laver spread on the foot of the herbicide step to the region where the pattern forming apparatus is located, and is transferred using a transfer device such as a conveying conveyor.

In addition, the dehydration process 12 is a process of removing the moisture of the wet seaweed by the sponge or the pressing plate, when forming a pattern on the surface of the wet seaweed, the natural powder material forming the pattern is well between the wet seaweed pieces. Make sure it contains the right amount of water to penetrate and prevent the pattern from spreading to the side.

As such, the glyph forming apparatus including the screen plate on which the desired glyph is formed according to the pattern of the perforation penetrated to the upper portion according to the glyph forming apparatus positioning process 13 is placed on the upper side of the wet laver through the dehydration process 12. .

Then, the natural powder material application process 14 by the blow is made, wherein the blow is applied to the pattern forming apparatus by vibrating so that the natural powder material is sprinkled on top of the wet laver by momentary vibration to form a pattern. Preferably, an automatic striking device is used so that the same striking force is always applied using an inverter or the like.

In addition, it may be formed separately from the pattern forming apparatus to apply a natural vibration to the pattern forming apparatus to apply a natural powder material.

Subsequently, the glyph forming apparatus removing process 15 is transferred by the glyph forming apparatus having a pattern formed on the surface of the wet laver, and the wet laver formed with the glyph is transferred to a place where the pressing plate is formed if necessary.

In addition, according to the pattern fixing process 16 by the pressing plate, the pressing plate having the surface coated on the upper surface of the wet laver having the pattern is pressed. Accordingly, the moisture of the wet laver is finally removed, and the pattern formed by the natural powder material is placed between the pieces of the wet laver to form a fixed and complete pattern.

Subsequently, according to the transfer process 17 into the drying chamber or the drying apparatus, the wet laver in which the pattern is formed is subjected to a drying process and is in a dry laver state as a finished processed product.

The present invention described above is limited to the above-described embodiment and the accompanying drawings as various substitutions and modifications can be made within a range without departing from the technical spirit of the present invention for those skilled in the art. It doesn't happen.

The laver formed with the pattern of the present invention made as described above and the manufacturing method for manufacturing the same do not cause deformation as a finished product because the pattern is formed in a wet lamination state, and the consumer's reliability is improved by the trademark pattern formed on the surface. Advertising effect is maximized.

In addition, advertising patterns such as pictures are formed on the surface of the finished product can not only induce children to eat seaweed, but also maximize the merchandise.

Claims (10)

delete delete delete In forming patterns such as letters, pictures, and logos using natural powder materials of various colors on the surface of wet laver that is herbaceous, A screen plate having a pattern of various patterns formed by a perforation penetrating at a predetermined distance away from the herbicidal wet laver and covering the wet laver; A powder passage formed at an upper portion of the screen plate on which the perforation is formed and filled with the natural powder material; A powder supply pipe communicating with the powder container through a connection hose and supplying a natural powder material filled into the powder container by gravity; A support part for moving the screen plate and the powder container up and down so as to be positioned above the wet steamer and supporting the screen plate and the powder container; It comprises a striking device for applying a momentary vibration to the screen plate, powder container and the support; Between the screen plate and the powder container is provided a mesh plate having a pore size enough to pass through the natural material powder by vibrating, the lower portion of the support for supporting the powder container in accordance with the shanghaidong of the support Installing a blocking plate in contact with an upper surface to form an insulated space for placing the wet laver herbicide inside the foot; The powder canister is partitioned into a plurality of zones by a detachable inner partition wall, and each of the divided compartments is filled with a natural powder material of a different color, and the powder canister partitioned into the plurality of zones is provided in each zone. It is in communication with the powder supply pipe for supplying the filled natural powder material and the connection hose, the powder supply pipe forms a circulation loop to continuously circulate the natural powder material filled therein; When the screen is not in contact with the upper surface of the wet steamed herb, the natural powder material in the powder barrel passes through the perforations of the screen plate by hitting the striking device to form patterns of various patterns on the surface of the wet steam. Glyph forming device to form a pattern to be. delete delete delete delete A debris removing step of removing debris from seaweed collected from the sea; Washing and cutting the wet laver from which the foreign substances have been removed, into the sea water and the broth, and washing the cut seam not to be tangled; A herbicide step of spreading the cut wet laver on a rectangular laver drying foot to form a rectangular laver; The pattern forming apparatus including a screen plate formed by the pattern of the pattern formed by the perforation penetrates the upper portion of the wet steamed herb to the foot, and through the punching of the screen plate through the natural powder material of various colors A pattern forming step of forming a pattern of letters, pictures, logos, etc. on the surface of the wet laver; A pattern fixing step of pressing the coated plate coated on the patterned wet laver so that the natural powder material forming the pattern is located between pieces of the wet laver; A drying step of transferring the wet laver in which the pattern is formed to a drying chamber or a drying apparatus to integrate the pattern and laver; A method of manufacturing a laver formed with a pattern, characterized in that the dried laver is separated into a step of separating the dried laver from the shape of a pattern, such as letters, pictures, logos in various patterns on the surface of the laver. The pattern forming step and the glyph fixing step, A wet laver feeding process for transferring the wet laver to the pattern forming apparatus; A dehydration process of absorbing and compressing the upper portion of the transferred wet laver by using a sponge or a pressing plate to remove water; A glyph forming device positioning process of positioning a glyph forming device including a screen plate on which a desired glyph is formed according to a pattern of perforations penetrated on the dehydrated wet laver; A natural powder material coating process of passing natural powder material through the screen plate to form a pattern on the surface of the wet laver; A glyph forming apparatus removing process of removing the glyph forming apparatus while transferring the wet laver with the glyph formed to the pressing plate; A powder-fixing process of compressing the upper surface of the wet laver with the pattern on a surface-coated pressing plate to form a pattern between the pieces of the wet laver; The method of manufacturing a patterned laver characterized in that it comprises a transfer process for transferring the wet laver in which the pattern is formed to a drying chamber or a drying apparatus.

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