KR20200016575A - Hibiscus syriacus Ceramic Ware manufacturing method and Hibiscus syriacus craft manufacturing method using this Hibiscus syriacus Ceramic Ware - Google Patents

Abstract

Disclosed are a Hibiscus syriacus pottery manufacturing method and a Hibiscus syriacus craftwork manufacturing method using the Hibiscus syriacus pottery. The disclosed Hibiscus syriacus pottery manufacturing method comprises the following steps: a) preparing a plate; b) preparing a piece of petals; c) molding a calyx unit; d) preparing female and male stamens; e) a flower molding step of molding a molded flower in a shape of Hibiscus syriacus; f) a primary drying step; g) a secondary drying step; h) a primary firing step; i) a secondary firing step; and j) a third firing step.

Description

Hibiscus syriacus ceramic Ware manufacturing method and Hibiscus syriacus craft manufacturing method using this Hibiscus syriacus Ceramic Ware}

The present invention relates to a method of manufacturing Mugunghwa pottery and a method of manufacturing Mugunghwa pottery crafts using the Mugunghwa pottery. More specifically, Mugunghwa is made in the form of pottery to enhance the storage value by creating a beautiful and luxurious compared to the harmony made of conventional synthetic resin. The present invention relates to a method for manufacturing Mugunghwa pottery, which can further inspire patriotism, and a method for producing Mugunghwa pottery crafts using the Mugunghwa pottery.

Mugunghwa is a plant belonging to the deciduous shrub of Mallowaceae. It is a national flower of Korea, which symbolizes Korea, and has various petal colors such as white (sandalwood), pink (redwood), purple (blue), and red. Colorful flowers bloom in various ways.

On the other hand, there are a lot of cases of using such Mugunghwa as indoor or outdoor ornaments, and when decorating indoors and outdoor by inserting the Mugunghwa into a vase with fresh flowers, it is difficult to use it for a long time even if you continuously change water. There was a problem.

In addition, in order to solve the problem of using the green light as a flower, there are cases where the use of the green light is made of synthetic materials. However, the green light is too light and coarse, so it is meaningless to store it for generations. As a result, the storage value was very low.

On the other hand, the Mugunghwa-like landscape landscaping device disclosed in Korean Patent No. 10-0939749 is a synthetic resin, and the petals on the upper side of the calyx as a material, and the flower tufts formed with scattering holes in the inner side are combined in sequence, and the inside of the calyx is red, green, and blue. Although it is disclosed that the composition of the Mugunghwa flower with three LEDs at the same time, the Mugunghwa composition is also composed of a harmonious form, so the structure is very coarse to show the beauty and luxury.

Republic of Korea Patent Registration 10-0939749.

The present invention was devised to solve the conventional problems as described above, it is possible to produce a beautiful and luxurious compared to the harmony made of conventional synthetic resin by making the hibiscus in the form of porcelain can not only improve the storage value, The purpose of the present invention is to provide a method of manufacturing Mugunghwa pottery that can inspire patriotic feelings as it blooms in all seasons, and a method of manufacturing Mugunghwa pottery crafts using this Mugunghwa pottery.

To achieve the above object, the method of manufacturing Mugunghwa pottery of the present invention comprises the steps of: a) preparing a plate having a thickness of 4mm using a plate-bearing material of clay material; b) preparing five pieces of petals by dipping a mold for petals on the manufactured plate; c) forming a calyx fragment by dipping into the calyx mold on the plate, and forming the calyx portion by rolling the calyx fragment into a circle; d) removing a small amount of the raw material of clay to form a circular bar having a predetermined length, and then stamping it with a tool on the outer circumferential surface of the circular bar to form a plurality of irregularities to roughen the outer circumferential surface to manufacture a male and female drinking table; e) by using the five pieces of petals in order to overlap the side ends of the five pieces of petals in order to form a conical petal portion, and to attach the lower end of the conical petal portion to the calyx, and to the inner center of the conical petal portion Flower molding step of forming the molding flower of the Rose of Sharon shape by bonding the female and female bar; f) primary drying step of drying each of the plurality of molded flowers produced through the flower molding step in a paper cup 55 to 60 minutes so as not to deform the shape; g) a second drying step of second drying the plurality of shaped flowers that have undergone the first drying step for 10 to 11 days to completely remove moisture; h) After putting the plurality of dried flowers completely dried through the step g) on the kiln shelf to be a kiln material, and kiln by a predetermined temperature every predetermined time so that the temperature of 25 ~ 30 ℃ to the final 900 ℃ for 20 hours The primary firing step to make the primary calcining while increasing the temperature of the; i) taking out the plurality of shaped flowers that have undergone the first firing step from the kiln, immersing the plurality of shaped flowers in the glaze to undergo a glazing process, and then applying the plurality of shaped flowers to which the glaze is applied. After putting on the kiln material, the secondary firing step to make the secondary kiln at a temperature of 1280 ℃ over 10 hours; j) taking out the plurality of shaped flowers that have passed through the second kiln firing step, applying a pigment to the plurality of shaped flowers, and then placing the plurality of shaped flowers on the bottom of the kiln to be a kiln, 3 It comprises a third firing step to make the Mukgunghwa ceramics by completing the third firing while increasing the temperature of the kiln by a predetermined temperature every predetermined time so that the temperature of 25 ~ 30 ℃ from the final 800 ℃ during the time; It is done.

The primary causticity may be made of oxidizing plasticity, the secondary causticity may be made of reducing calcining, and the tertiary causticity may be made of oxidizing oxidizing.

The primary kiln firing may be configured to prevent the cracking phenomenon of the hibiscus pottery is manufactured to be fired for twice the time compared to the secondary kiln firing.

In the first firing step, after the firing is completed, it is preferable to tear off the material in the kiln in a state where the temperature of the kiln reaches 150 ° C. after 24 hours, and to remove the first calcined shaped flower from the kiln.

In the secondary firing step, a reduction technique for blocking oxygen in the kiln is applied, and while the temperature in the kiln is 950 ° C, the short wave behind the kiln is prevented to adjust the amount of oxygen to maintain a reduced state up to 1200 ° C, but after 1200 ° C. It may be configured to open the kiln door after 24 hours after finishing firing while keeping the shortwave behind the kiln open for at least 1 hour after opening the shortwave behind the kiln.

The glaze is composed of 42% by weight of feldspar, 16% by weight of marble, 18% by weight of quartz, 19% by weight of pottery stone, and 5% by weight of zinc. Can be.

On the other hand, the method of manufacturing the Mugunghwa crafts using Mugunghwa pottery according to an embodiment of the present invention comprises the steps of: a) molding a plate having a thickness of 4mm using a clay-plated raw material, and b) forming a mold for petals on the manufactured plate. Preparing 5 pieces of petals by dipping; c) dipping the calyx with a calyx mold to form a calyx piece, rolling the calyx pieces into a circle, and forming a calyx part; d) the Removing a small amount of raw material of clay and forming a circular bar having a predetermined length, and then stamping the outer circumferential surface of the circular bar with a tool to form a plurality of irregularities to roughen the outer circumferential surface to prepare a male and female drinking table; e) the above 5 Using a piece of petals, the side ends of the five pieces of petals are sequentially stacked to form a conical petal portion, and the conical petals The bottom of the splicing portion is joined to the calyx portion, and the flower molding step of forming a cross-shaped molding flower by gluing up the male and female stand in the inner center of the cone-shaped petal portion, and f) a plurality of the manufactured through the flower molding step First drying step of drying each of the molded flowers of the flowers in a paper cup 55 to 60 minutes so as not to deform the shape, g) 10 to 11 to completely remove the moisture of the plurality of molded flowers passed through the first drying step After the second drying step of drying for a second day, and h) a plurality of molded flowers completely dried through the step g) on the kiln shelf to be a kiln, the final from 25 ~ 30 ℃ for 20 hours The primary firing step is performed to increase the temperature of the kiln by a predetermined temperature every predetermined time such that the temperature is 900 ° C., and i) the plurality of shaped flowers that have undergone the primary firing step. After taking out of the kiln, the plurality of molding flowers are immersed in the glaze to go through the glazing process, and then put the plurality of molding flowers coated with glaze on the shelf of the kiln to serve as a kiln, 1280 ℃ over 10 hours After the secondary firing step to achieve a second kiln firing at a temperature of, j) take out the plurality of shaped flowers passed through the secondary kiln firing step in the kiln, and after applying a pigment to the plurality of molded flowers, After putting a plurality of molded flowers on the kiln of the kiln as a kiln, the third baking is performed while raising the temperature of the kiln by a predetermined temperature every predetermined time so that the temperature is from 25-30 ℃ to the final 800 ℃ for 3 hours. Mugunghwa pottery manufacturing step consisting of a third firing step to complete the Mugunghwa pottery; k) preparing a base plate printed with dry supervision and designed with a Taegeuk pattern line; l) attaching the white Mugunghwa porcelain manufactured by the Mugunghwa porcelain manufacturing step to the margin except for the part where the Kongon supervision of the base plate is printed and the part of the Taeguk pattern line, and of the Taeguk pattern line of the base plate. Attaching the red rose of sharon to the upper region, the red rose of sharon manufactured through the manufacturing step, and attaching the green rose of sharon to the lower region of the Taegeuk pattern line of the base plate. It is characterized by including.

According to the above, the present invention can produce a beautiful and luxurious compared to the harmony made of the conventional synthetic resin by making the hibiscus in the form of porcelain improves the storage value, there is an effect that can be very useful as an interior decoration material .

In addition, the Mugunghwa crafts using the Mugunghwa pottery of the present invention can produce Mugunghwa crafts shaped like Taegeukgi using the Mugunghwa porcelain produced, and the Mugunghwa crafts produced according to this can be represented by the Mugunghwa and the Taegeukgi in dual, Not only is there a feature that can be effectively used to inspire, there is an effect that can be usefully used as interior decoration materials of various national institutions.

1 is a block diagram showing a method for manufacturing Mugunghwa pottery according to an embodiment of the present invention;
2 to 8 is a view for explaining the petal, calyx, male and female preparation of Figure 1 and the process of forming the rose of sharon flower,
9 is a view for explaining the firing step of FIG.
10 is an actual production picture of the rose of pottery manufactured by the method of manufacturing the rose of sharon according to an embodiment of the present invention,
11 is a block diagram showing a method for manufacturing a rose of sharon craft using the rose of sharon of the present invention,
12 is a view for explaining the manufacturing of the base plate of FIG.
Figure 13 is an actual production picture of the Mugunghwa crafts produced by the Mugunghwa crafts using the Mugunghwa pottery of the present invention.

Objects, other objects, features and advantages of the present invention will be readily understood through the following preferred embodiments associated with the accompanying drawings. However, the present invention is not limited to the embodiments described herein and may be embodied in other forms. Rather, the embodiments introduced herein are provided to ensure that the disclosed contents are thorough and complete, and that the spirit of the present invention can be sufficiently delivered to those skilled in the art.

In the present specification, when a component is mentioned as being on another component, it means that it may be formed directly on the other component or a third component may be interposed therebetween. In addition, in the drawings, the thickness of the components are exaggerated for the effective description of the technical content.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. In this specification, the singular also includes the plural unless specifically stated otherwise in the phrase. As used herein, the words 'comprises' and / or 'comprising' do not exclude the presence or addition of one or more other components.

In describing the following specific embodiments, various specific details are set forth in order to explain and understand the invention in more detail. However, one of ordinary skill in the art can understand that the present invention can be used without these various specific details. In some cases, it is mentioned in advance that parts of the invention that are commonly known and do not relate significantly to the invention are not described in order to prevent confusion in explaining the present invention without cause.

Hereinafter, referring to FIGS. 1 to 10, a description will be given of a method for manufacturing Mugunghwa pottery according to an embodiment of the present disclosure.

Mugunghwa pottery manufacturing method of the present invention is a plate manufacturing (s10), petals, calyx, female surgery table production (s20), Mugunghwa flower molding (s30), primary drying and secondary drying (s40), primary firing step (s50) It is configured to include a secondary firing step (s60), a third firing step (s70).

In the manufacturing of the plate (s10), the clay is made of clay, and a clay plate made of clay is used in the applicator to prepare a 4 mm thick plate.

In this case, the plate may be sprayed every predetermined time so that the plate is not dried out of the plate to prevent the plate is dried.

Petals, calyx, female operating table manufacture (s20) is the step of manufacturing five pieces of petals, the pieces are made of pieces and rolled the prepared pieces to form a calyx section, and the small pieces of clay in the form of a round bar After molding, it is configured to include a step of producing a male and female operating table by forming a groove on the outer circumferential surface of the circular bar by scratching with a tool on the outer circumferential surface of the circular bar.

In the step of preparing five pieces of petals, prepare a mold for petals that can cut out the pieces of petals 10 as shown in FIG. 2, and then cut the pieces of petals from the plate by dipping the molds for petals into the plate prepared through step s10. Dip (10). At this time, the horizontal length (h2) of each petal 10 may be such that the 49mm vertical length (h1) has a size of 78mm.

The step of forming the calyx portion, prepare a calyx mold that can take out the piece pieces as shown in Figure 3, dip the calyx mold on the plate to take the piece piece 20 from the plate. At this time, the piece piece (s20) is formed in a wave pattern at the top, the distance (h3) from the mountain to the bottom of the wave may be made of 34mm, the distance (h4) from the valley of the wave to the bottom 25mm. The piece piece 20 thus cut out can be formed into a cylindrical calyx 21 by rolling both ends in a circular shape and attaching both ends thereof. At this time, the diameter of the cylindrical calyx 21 may be configured to be 34mm.

In the manufacturing of the female and female bar, a predetermined amount of clay material is removed, rolled on the floor and pushed to form a circular bar shape, and then the female circumference bar 30 having a plurality of irregularities 31 formed by taking a tool with the outer circumferential surface of the molded circular bar. ). In the present invention, the female and female bar 30 may have a width h7 of 10 mm and a height h6 of 45 mm.

Rose of sharon flower molding (s30) is applied to the side ends of the petals (10) adjacent to each other while overlapping the soil grass (slip) on the side ends of the prepared five petals 10, conical petal portion 11 as shown in FIG. 7, the lower end of the petal part 11 thus formed is joined to the prepared calyx part 21 as shown in FIG. 7, and as shown in FIG. 8, the female and female bar 30 prepared in the inner center of the petal part 11 is formed. By standing and joining), the shaped flower 40 of the green light shape is molded.

At this time, when the lower end of the petal part 11 is joined to the calyx part 21, the pressure is applied to the lower end of the petal part 11 to be molded to collect a predetermined portion, and then the soil water (the bottom of the petal part 11) After sufficiently coating the slip, the petal part 11 and the calyx part 21 can be joined by soil water (slip) by raising the cylindrical calyx part 21. In the present invention, the vertical and horizontal (h8, h9) of the petal portion 11 is each 98mm, preferably made of the same size.

In addition, when the male and female bar 30 in the inner center of the petal portion 11 when joining, after fully applying soil (slip) to the lower end of the female and female bar 30, stand in the inner center of the petal portion 11 and tools Using a portion of the lower outer peripheral surface of the male and female operating table 30 can be spread to the petal portion 11 to make the bonding stable.

First drying and second drying (s40) is composed of a first drying step and a second drying step.

In the first drying step, the molding flower 40 is dried in a paper cup so that the shape of the plurality of molding flowers manufactured through the flower molding step (s30) may be dried for 55 to 60 minutes while maintaining a stable standing state. have.

The second drying step is dried for 10 to 11 days to completely remove the moisture of the molded flower 40 after the first drying step.

In the first firing step (s50), the dried flower 40 is placed on the shelf 52 of the kiln 50 to serve as a kiln, and the temperature in the kiln for 25 hours is from 25 to 30 ° C to a temperature of the final 900 ° C. To increase the temperature of the kiln by a predetermined temperature every predetermined time such that the primary kiln firing can be achieved. At this time, the primary kiln firing may be applied to the oxidizing method of the oxygen supply is made in the kiln.

For example, the primary kiln firing of the present invention gradually increases the temperature in the kiln by 25-30 ° C. every hour for 25 hours during the initial 10 hours so that the temperature in the kiln becomes 300 ° C. after 10 hours, 10 After the time from 20 hours to 58 to 62 ℃ to increase the temperature every hour by adjusting the temperature so that the temperature in the kiln to the final 900 ℃ it is possible to achieve the primary calcining.

On the other hand, after finishing the first kiln firing for 20 hours, after 24 hours in the state of the kiln temperature is 150 ℃ to remove the material in the kiln can be taken out of the kiln molded flower 40.

In the second firing step (s60), after the first kiln firing is finished, the molded flower 40 taken out of the kiln is immersed in the glaze for 2-3 seconds to undergo the glazing process, and then the plurality of molded flowers coated with the glaze are different. After the kiln is placed on the kiln shelf, the secondary kiln is formed at a temperature of 25 to 30 ° C. at a final temperature of 1280 ° C. over 10 hours. After passing through the secondary kiln, the glaze is melted and a gloss is formed on the molded flower 40.

For example, the secondary kiln firing of the present invention increases the temperature in the kiln by 180-250 ° C every hour for 1 hour during the initial 5 hours so that the temperature in the kiln becomes 950 ° C after 5 hours, and 5 hours After that, increase the temperature by 60 ~ 70 ℃ every 1 hour for 4 hours to 1200 ℃ after 9 hours, and then increase the temperature to 80 ℃ for 1 hour, then adjust the temperature to reach the final 1280 ℃. Firing can be achieved.

The glaze is prepared by mixing 4 kg of water per kg of mixed powder consisting of 42% by weight of feldspar, 16% by weight of marble, 18% by weight of quartz, 19% by weight of pottery stone, and 5% by weight of zinc. That is, the mixed powder consisting of 42% by weight of feldspar, 16% by weight of marble, 18% by weight of quartz, 19% by weight of pottery stone, and 5% by weight of zinc and water is configured to be mixed with a weight ratio of 1: 4.

In addition, in the present invention, the primary calcining property of the primary firing step (s50) is configured to be slowly fired for twice as long as the secondary calcining property of the secondary firing step (s60), thereby preventing the cracking phenomenon of the rose of sharon. It can be configured to.

In addition, in the present invention, the secondary kiln firing of the secondary firing step (s60) is applied a reducing firing technique that blocks the oxygen in the kiln, by controlling the amount of oxygen by preventing short waves behind the kiln in the state that the temperature in the kiln is 950 ℃. After maintaining the reduced state to 1200 ℃, and after 1200 ℃, open the short wave behind the kiln and finish firing while keeping the short wave behind the kiln for more than 1 hour. 40 is configured to be taken out.

The present invention by the first drying and the second drying (s40) by the moisture drying of the molded flower 40, shrinkage is made at a shrinkage of 10% compared to the initial size of the molded flower 40, the first firing step In (s50), compared to the molding flower 40 at the start of the primary causticity, the shaped flower 40 in the state where the primary causticity is completed is contracted at a shrinkage rate of 0.2%, and the second firing step (s60). In, the molded flower 40 in the state where the secondary burned plastic is completed compared to the molded flower 40 at the start of the secondary casted plastic is contracted at a shrinkage rate of 5%. After molding the molded flower 40 through clay, shrinkage is achieved at a shrinkage of 15.2% while undergoing primary drying and secondary drying (s40), primary firing step (s50) and secondary firing step (s60). Get up.

In the third firing step (s70), the pigment of the predetermined color on the petal portion 11, calyx portion 21, the female operating table 30 of the molded flower 40 taken out of the kiln after finishing the second kiln firing (s60) After the paint, put the pigmented molded flower 40 on the kiln shelf, and then, after raising the temperature of the kiln by a predetermined temperature every predetermined time so that the temperature of 25 ~ 30 ℃ to the final 800 ℃ for 3 hours As the 3rd kiln is fired, Mugunghwa pottery is completed. At this time, the third causticity is applied to the oxidizing method of oxygen is supplied to the kiln.

For example, the third kiln firing of the present invention increases the temperature in the kiln by 250-300 ° C. every hour from 25-30 ° C., and after 3 hours, adjusts the temperature so that the temperature in the kiln reaches the final 800 ° C. It can make the caustic fire.

Mugunghwa pottery prepared by the method of manufacturing the Mugunghwa of the present invention is very stylish and foolish to produce a luxury, thereby maximizing the storage value.

The Mugunghwa pottery manufacturing method of the present invention, by changing the color of the pigment painted on the petal portion 11 in the third firing step (s70), the Mugunghwa pottery of various colors such as blue Mugung ware, red Mugung pottery, white Mugung pottery Can be produced.

The present invention as described above can be used to manufacture the Mugunghwa crafts shaped as a national flag using the Mugunghwa pottery manufactured through the above-mentioned Mugunghwa pottery manufacturing method. Hereinafter, an embodiment of the present invention will be described with reference to FIGS. 11 to 13. It describes a method for manufacturing Mugunghwa craft using Mugunghwa pottery according to the present invention.

11 is a block diagram of a method for manufacturing a rose of sharon craft using a rose of sharon according to an embodiment of the present invention, in step S10 for manufacturing a rose of sharon, in addition to the step s70 and the base plate manufacturing (s80), the rose of sharon is attached (s90). ) Is additionally included. In this case, step s10 to step s70 for manufacturing the rose of pottery are the same as the above-described manufacturing method of the rose of pottery, so description thereof will be omitted and only the additional process will be described.

The present invention prepares and prepares a red rose of sharon, blue rose of sharon, white rose of sharon through the method of manufacturing the rose of sharon described above.

Subsequently, the base plate manufacturing (s80) prints the dry supervision unit 61 on the base plate 60 made of a synthetic resin material such as acrylic, as shown in FIG. 12, and the Taegeuk pattern line 63 in the center of the base plate 60. Designed and prepared by the dry supervision section 61, the base plate 60 is printed with the Taegeuk pattern line 63 is prepared.

Next, the installation of the rose of sharon prepared on the base plate 60 using an adhesive, but installed in the blank area (c1) is not marked with the gungon supervision section 61 and Taegeuk pattern line 63 prepared white rose of sharon pottery Tightly attached and installed tightly, the upper area (c2) of the Taegeuk Gyeyang line 63 to install red red hibiscus, and the lower area (c3) of the Taegeuk Gyeyang line (63) to the blue Mugunghwa ceramics By attaching and installing, as shown in FIG. 13, the Mugunghwa crafts using Mugunghwa pottery shaped as a national flag can be completed.

The Mugunghwa pottery that embodies the Korean flag is not only able to inspire patriotism as a chrysanthemum, but also because it is a craft that embodies the national flag of Korea using this Mugunghwa pottery. In addition, it is very refined and beautiful, which enhances the aesthetics and thus makes it possible to produce a luxurious atmosphere as a decorative material.

While the invention has been shown and described in connection with preferred embodiments for illustrating the principles of the invention, the invention is not limited to the configuration and operation as such is shown and described. Rather, it will be apparent to those skilled in the art that many changes and modifications can be made to the present invention without departing from the spirit and scope of the appended claims. Accordingly, all such suitable changes, modifications, and equivalents should be considered to be within the scope of the present invention.

10 ... Sculpture Petals
11 ... petals
21 ... Calyx
30 ... male and female
40 ... Plastic Flower
50 ... kiln
52 ... shelves
60 ... base plate
61.Kongon Supervision Department
63.Taeguk Glyph Line

Claims (7)

a) preparing a plate having a thickness of 4 mm using a clay-containing raw material using a plater;
b) preparing five pieces of petals by dipping a mold for petals on the manufactured plate;
c) forming a calyx fragment by dipping into the calyx mold on the plate, and forming the calyx portion by rolling the calyx fragment into a circle;
d) removing a small amount of the raw material of clay to form a circular bar having a predetermined length, and then stamping it with a tool on the outer circumferential surface of the circular bar to form a plurality of irregularities to roughen the outer circumferential surface to produce a male and female drinking table;
e) by using the five pieces of petals in sequence so that the side ends of the five pieces of petals are overlapped to form a conical petal portion, and the lower end of the conical petal portion is joined to the calyx, and bonded to the inner center of the conical petal portion Flower molding step of forming the molding flower of the Rose of Sharon shape by bonding the female and female bar;
f) primary drying step of drying each of the plurality of molded flowers produced through the flower molding step in a paper cup 55 to 60 minutes so as not to deform the shape;
g) a second drying step of second drying the plurality of shaped flowers that have undergone the first drying step for 10 to 11 days to completely remove moisture;
h) After putting the plurality of dried flowers completely dried through the step g) on the kiln shelf to be a kiln material, and kiln by a predetermined temperature every predetermined time so that the temperature of 25 ~ 30 ℃ to the final 900 ℃ for 20 hours The primary firing step to make the primary calcining while increasing the temperature of the;
i) taking out the plurality of shaped flowers that have undergone the first firing step from the kiln, immersing the plurality of shaped flowers in the glaze to undergo a glazing process, and then applying the plurality of shaped flowers to which the glaze is applied. After putting on the kiln material, the secondary firing step to make the secondary kiln at a temperature of 1280 ℃ over 10 hours;
j) taking out the plurality of shaped flowers that have passed through the second kiln firing step, applying a pigment to the plurality of shaped flowers, and then placing the plurality of shaped flowers on the bottom of the kiln to be a kiln, 3 It comprises a third firing step to make the Mukgunghwa ceramics by completing the third firing while increasing the temperature of the kiln by a predetermined temperature every predetermined time so that the temperature of 25 ~ 30 ℃ from the final 800 ℃ during the time; Mugunghwa pottery manufacturing method.
The method of claim 1,
The primary kiln is made of oxidizing oxide, the secondary kiln is made of reducing firing, the third kiln is made of oxidizing fire, Mugunghwa ceramics manufacturing method characterized in that.
The method of claim 2,
The primary kiln firing method is a hwakgung pottery manufacturing method, characterized in that to prevent the cracking phenomenon of the hibiscus ware which is configured to be produced for twice the time compared to the secondary kiln firing.
The method of claim 2,
The primary firing step, after firing, after 24 hours in the state of the kiln temperature of 150 ℃ to break the material in the kiln and the primary fired molded flower, characterized in that taken out of the kiln.
The method of claim 2,
In the secondary firing step, a reduction technique for blocking oxygen in the kiln is applied, and while the temperature in the kiln is 950 ° C, the short wave behind the kiln is prevented to adjust the amount of oxygen to maintain a reduced state up to 1200 ° C and then 1200 ° C After opening the short wave behind the kiln for more than 1 hour while maintaining the open short wave after the kiln finish firing, after 24 hours is configured to open the kiln door.
The method of claim 1, wherein the glaze,
Mugunghwa pottery, characterized in that a mixture made of 42% by weight of feldspar, 16% by weight of marble, 18% by weight of quartz, 19% by weight of pottery stone, and 5% by weight of zinc is mixed with water at a weight ratio of 1: 4. Manufacturing method.
a) forming a plate having a thickness of 4 mm using a raw material of clay,
b) preparing 5 pieces of petals by dipping a mold for petals on the plate;
c) forming a calyx fragment by dipping into the calyx mold on the plate, and forming the calyx portion by rolling the calyx fragment into a circle;
d) removing a small amount of the raw material of clay to form a circular bar having a predetermined length, and then stamping it with a tool on the outer circumferential surface of the circular bar to form a plurality of irregularities to roughen the outer circumferential surface to manufacture a male and female drinking table;
e) by using the five pieces of petals in order to overlap the side ends of the five pieces of petals in order to form a conical petal portion, and to attach the lower end of the conical petal portion to the calyx, and to the inner center of the conical petal portion A flower molding step of forming the rose flower shape by joining the male and female tables,
f) a primary drying step of drying each of the plurality of molded flowers produced through the flower molding step in a paper cup 55 to 60 minutes so as not to deform the shape;
g) a second drying step of second drying the plurality of shaped flowers that have undergone the first drying step for 10 to 11 days to completely remove moisture;
h) After putting the plurality of dried flowers completely dried through the step g) on the kiln shelf to be a kiln material, and kiln by a predetermined temperature every predetermined time so that the temperature of 25 ~ 30 ℃ to the final 900 ℃ for 20 hours The primary firing step to achieve a primary firing while increasing the temperature of,
i) taking out the plurality of shaped flowers that have undergone the first firing step from the kiln, immersing the plurality of shaped flowers in the glaze to undergo a glazing process, and then applying the plurality of shaped flowers to which the glaze is applied. After putting on the kiln ash, the secondary firing step to achieve a secondary kiln at a temperature of 1280 ℃ over 10 hours,
j) taking out the plurality of shaped flowers that have passed through the second kiln firing step, applying a pigment to the plurality of shaped flowers, and then placing the plurality of shaped flowers on the bottom of the kiln to be a kiln, 3 Mugunghwa pottery manufacturing step consisting of the third firing step to complete the Mugunghwa ceramics by raising the temperature of the kiln by a predetermined temperature every predetermined time so that the temperature of 25 ~ 30 ℃ to the final 800 ℃ during the time ;
k) preparing a base plate printed with dry supervision and designed with a Taegeuk pattern line;
l) attaching the white Mugunghwa porcelain manufactured by the Mugunghwa porcelain manufacturing step to the margin except for the part where the Kongon supervision of the base plate is printed and the part of the Taeguk pattern line, and of the Taeguk pattern line of the base plate. Attaching the red rose of sharon to the upper region, the red rose of sharon manufactured through the manufacturing step, and attaching the green rose of sharon to the lower region of the Taegeuk pattern line of the base plate. Mugunghwa crafts using the Mugunghwa pottery, characterized in that it comprises a.

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