KR101080283B1 - Ceramic vessel attached nozzle and method for manufacturing same - Google Patents

Abstract

The present invention relates to a porcelain container combined with a water tank and a method of manufacturing the same, comprising a porcelain body having a predetermined receiving space formed therein, and a water fountain formed integrally with the porcelain body so as to communicate with the receiving space of the porcelain body. In the container, the holder is formed by mutually coupling at least two guide tubes made of porcelain for guiding the contents inside the receiving space to the outside of the ceramic body in the longitudinal direction, each of the guide tubes are adjacent to each other By forming to have a constant coupling angle at the coupling portion that is mutually coupled with the guide pipe, there is an effect that can improve the water extraction and water saving feeling of the ceramic vessel combined with the water.

Pottery container, tea pipe, water fountain, feeling of water, feeling of water

Description

Ceramic vessel combined with a water tank and its manufacturing method {CERAMIC VESSEL ATTACHED NOZZLE AND METHOD FOR MANUFACTURING SAME}

The present invention relates to a porcelain container with a combination of water and a method of manufacturing the same, and more particularly, to a porcelain container with a combination of water to improve the feeling of water extraction and saving of the porcelain container by forming a water guide combined with a guide tube. It relates to a manufacturing method.

In general, as a container made of porcelain, for example, a kettle, a tea pipe, etc. are formed by combining a water guide for guiding the contents contained in the container, for example, drinking water or tea water to the outside.

Figure 1 is a perspective view for explaining a conventional water fountain, it was described by taking a multi-pipe as an example. Referring to FIG. 1, typically, the multi-pipe 100 forms a handle 110 and a water bottle 120 on a side thereof, and forms an injection hole 140 on which a lid 130 is seated.

At this time, the water tank 120 can be formed through a conventional spinning wheel, for example, by forming centrifugal force of the spinning wheel symmetrical to each other in the longitudinal direction, to artificially bend such a pipe in order to improve the water saving feeling As shown in FIG. 1, the water holder 120 is formed.

However, in the thus formed water bottle, the shape of the inner diameter is distorted at the bent portion, resulting in disturbance of the water stream. Therefore, in order to overcome such morphological limitations, a manufacturing method using a plaster mold or the like has been proposed, but this also has a problem in that the manufacturing process is complicated and the production time is long.

The present invention has been made to solve the above-mentioned problems, the object of the present invention is to easily bend the water of the porcelain container, the shape of the water stream exiting through the water can be kept constant without disturbing, improve the water saving feeling It is to provide a ceramic container and a manufacturing method thereof combined with a water bottle.

In order to achieve the above object, a first aspect of the present invention is a ceramic container including a ceramic body having a predetermined receiving space therein, and a water bottle formed integrally with the ceramic body so as to communicate with the receiving space of the ceramic body. In the water holder, at least two guide tubes made of porcelain for guiding the contents inside the receiving space to the outside of the porcelain body are formed by mutually coupling in the longitudinal direction, wherein the guide tubes are adjacent to each other. It is to provide a ceramic container combined with a water bottle, characterized in that it is formed to have a constant coupling angle at the coupling portion which is mutually coupled with the pipe.

Here, each of the guide tube has a different inner diameter, it is preferable that the guide tube forming the end of the water guide among the guide tube has the smallest inner diameter.

Preferably, a predetermined discharge port is formed at the end of the water bottle, and the discharge hole may have a funnel shape in which the inner circumferential surface of the water bottle is inclined from the outer diameter of the water bottle to the inner diameter direction.

Preferably, the inner diameter of the guide tube forming the end of the water guide among the guide tubes may have a uniform diameter in the longitudinal direction, or may be formed in a trapezoidal shape in which the inner diameter becomes narrower or wider toward the discharge port. .

Preferably, the porcelain body may be further formed with a handle formed integrally with the porcelain body, an inlet formed in the upper portion of the porcelain body and a lid seated on the inlet.

According to a second aspect of the present invention, there is provided a ceramic container including a ceramic body having a predetermined accommodation space formed therein, and a water tank formed on the outside of the ceramic body so as to communicate with the storage space of the ceramic body. Forming the porcelain body is formed integrally with the water reservoir using the water, wherein the water bottle, at least two guide tubes for guiding the contents inside the receiving space to the outside of the porcelain body at a constant coupling angle It is to provide a method of manufacturing a ceramic container combined with a water pad, characterized in that formed by mutually coupling in the longitudinal direction to have.

Here, the inner diameter of each of the guide tube is formed in a different size, it is preferable that the guide tube for forming the end of the water guide among the guide tube to have the inner diameter of the smallest size.

Preferably, a predetermined discharge port is formed at the end of the water bottle, and the discharge hole may be formed such that the inner circumferential surface of the water bottle has a funnel shape inclined in an inner diameter direction from an outer diameter of the water bottle.

Preferably, each of the guide tube and the porcelain body may be formed using a spinning wheel molding or injection molding using a mold of a predetermined shape.

Preferably, in the forming of the porcelain body, it may further comprise the step of forming a predetermined inlet in the upper portion of the porcelain body, the lid for seating on the inlet and the handle integrally with the porcelain body. have.

Preferably, the water bottle, (a) forming the water bottle integrally with the ceramic body; (b) cutting the water bottle in a predetermined area to form the at least two guide tubes each formed by dividing the water bottle into at least two parts; And (c) coupling the at least two guide tubes formed in step (b) to each other in the longitudinal direction to have a predetermined coupling angle.

Preferably, the water reservoir, (a ') forming a guide tube of any one of the at least two guide tubes integrally with the ceramic body; (b ') further forming a guide tube of the at least two guide tubes other than the guide tube formed integrally with the ceramic body using the clay; And (c ') coupling the guide tube formed in the step (b') to the end of the guide tube integrally formed with the porcelain body in the longitudinal direction to have a constant coupling angle.

Preferably, after the step (b) or (b '), it is preferable to further include a step of cutting the coupling portion for coupling each of the guide tube at an angle.

Preferably, after the step of forming the porcelain body, drying the porcelain body including the water fountain to roast in a kiln; And applying glaze to the first roasted porcelain body to roast the chaebol in the kiln.

According to the ceramic container and the manufacturing method of the present invention as described above coupled to the water container, it is possible to maintain the inner diameter of the water tank without distortion, and to combine a plurality of guide tubes to form a constant coupling angle, The inner diameter of each of the guide pipes is different from each other to form a water bottle, so that the feeling of water extraction and water saving through the water bottle can be improved.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the following embodiments of the present invention may be modified into various other forms, and the scope of the present invention is not limited to the embodiments described below. The embodiments of the present invention are provided to enable those skilled in the art to more fully understand the present invention.

Figure 2 is a perspective view for explaining a ceramic container combined with a water tank according to an embodiment of the present invention, but described by way of example, but not limited to, a water tank including a water jug, woojeok or yeonja in addition to the tea pipe It is possible to apply to all porcelain containers combined.

Referring to Figure 2, the ceramic container according to an embodiment of the present invention comprises a ceramic body 200 and the water tank 210.

The porcelain body 200 may be formed using, for example, clay, which is a raw material of porcelain. For example, an open inlet 220 may be formed on the porcelain body 200 to cover the inlet 220. For example, a predetermined lid 230 may be seated. Of course, the injection hole 220 is not formed separately, it is also possible that the water bottle 210 is used as a predetermined injection hole. In addition, if desired, it is also possible to form, for example, a predetermined handle 240 in one piece with the porcelain body 200 so as to be easy to grasp or hold by hand.

At this time, inside the injection hole 220, for example, a predetermined receiving space 250 for storing water or tea leaves, etc. is formed, and the porcelain body on the outside of the ceramic body 200 to communicate with the receiving space 250 The water container 210 is integrally formed with the 200.

The water bottle 210 communicates with the accommodation space 250 of the ceramic body 200 and guides the contents of the ceramic body 200 to the outside of the ceramic body 200, for example, drinking water or tea water. It does, but the form is not specifically limited.

This, the water tank 210 may be formed by at least two guide tubes having different inner diameters of ceramics, for example, first and second guide tubes 215 and 216 are mutually coupled in the longitudinal direction.

Of course, the number of guide tubes to be coupled is not limited to this, and if necessary, three or more different guide tubes may be formed to be mutually coupled, but for the sake of convenience, the first and second guide tubes are described below. The description is limited to 215 and 216.

At this time, the first and second guide pipes 215 and 216 are mutually coupled to have a constant coupling angle to form a water bag 210, which is intended to facilitate the desired saving water (絶 水).

Typically, the water tank 210 may be formed, for example, by spinning wheel, for example, by forming a tube symmetrical to each other in the longitudinal direction using the centrifugal force of the spinning wheel, and then for the purpose of saving water (絶 水) 210 is artificially bent appropriately.

However, the formed water bottle 210 is distorted in the stream of water as the shape of the inner diameter (D) is distorted at the bent portion, and there is a limitation in the manufacturing process in artificially bending the water bottle 210.

Accordingly, the first and second guide tubes 215 and 216 which are different from each other in the process of manufacturing the water bottle 210 are formed, and the respective guide pipes are coupled to each other to have a coupling angle at an angle. It can be bent without distortion of D), thereby making it easy to improve the water saving feeling.

That is, the first and second guide pipes 215 and 216, each of which has a cut surface formed to have a coupling angle of a predetermined angle, may be bent without distortion of the inner diameter D of the water bottle 210 by combining the cut surfaces facing each other. It is easy to improve the water saving feeling.

At this time, the guide tube 216 may be formed of porcelain, for example, unlike the above, in the case where three or more guide tubes are coupled to each other to form a water bottle 210, each guide tube is adjacent to each other It is possible to bend the water basin more effectively by being combined with the guide tube to have a constant coupling angle.

In the present invention, the inner diameter D of the second guide tube 216 may be formed to have an inner diameter D smaller than the inner diameter D of the first guide tube 215.

This causes the difference in the thickness of the inner diameter (D) at the coupling portion between the first guide tube 215 and the second guide tube 216, by using the water pressure resulting in the shape of the water stream discharged through the water tank 210 This is to allow you to fall powerfully wherever you want without being disturbed. That is, to improve the water extraction feeling of the water discharged through the water tank 210.

Of course, when three or more guide tubes other than two guide tubes are formed to be coupled to each other, it is preferable that the guide tube coupled to the end of the water holder 210 has the smallest inner diameter D. In such a case, it is possible to improve the water extraction feeling at the discharge port 260 by using the water pressure due to the difference in the thickness of the inner diameter at the coupling portion of each guide tube.

For example, when the ceramic body 200 containing drinking water or tea is inclined, a large force acts by the hydraulic pressure in the inclined direction. In this case, the first guide tube 215 and the second guide tube 216 are inclined. By generating a difference in the thickness of the inner diameter (D) and the water can be a force difference is discharged along the water (210).

At this time, the guide tube that is coupled to the end of the water tank 210, that is, the second guide tube 216 is, for example, the diameter of the entire inner diameter (D) uniform in the longitudinal direction so that the shape of the water stream can be more stable Is formed to have, or is formed in a trapezoidal shape that the inner diameter (D) becomes narrower or wider toward the discharge port 260, but is not limited thereto.

Of course, the inner diameter D of the first and second guide tubes 215 and 216 is not limited thereto, and if necessary, both the first and second guide tubes 215 and 216 have the same inner diameter D. It is also possible to form. In addition, both the first and second guide tubes 215 and 216 forming the porcelain body 200 and the water holder 210 may be formed to have a constant thickness between the inner circumferential surface and the outer circumferential surface thereof.

On the other hand, the porcelain container combined with the water tank according to the present invention can also be adjusted the amount of water discharged according to the size of the inner diameter (D) of the second guide tube (216).

For example, the internal diameter (D) of the second guide tube 216 is finely formed so that the amount of water discharged through the water reservoir 210 may also be reduced. It is possible to allow the water discharged from the) to slowly flow down by one drop.

On the other hand, the discharge port 260 at the end of the water tank 210, that is, the discharge port 260 at the end of the second guide tube 216 has a funnel shape, for example, in the direction of the inner diameter (D) from the outer diameter of the second guide tube 216. An inclined surface P may be formed. For example, the inner circumferential surface of the guide tube 216 may be formed in a tapered shape of an inclined shape, but is not limited thereto.

For example, this serves to prevent water from flowing down the surface of the water tank 210 when stopped while pouring water.

Typically, the water tank 210 formed of porcelain, for example, unlike the type coupled to a kettle made of a thin material, such as stainless steel or plastic, because the material is thick, the water flowing when stopped following the water does not stop neatly It flows out of 210.

Accordingly, the inclined surface P may be formed so that the water may be easily absorbed back into the water container 210 without flowing out of the water container 210 even when stopped while pouring water.

3A and 3B are perspective views illustrating a method of manufacturing a ceramic container combined with a water fountain according to an embodiment of the present invention.

3A and 3B, first, a porcelain body 300 having a predetermined accommodation space 350 formed therein, and the porcelain body 300 to communicate with the accommodation space 350 of the porcelain body 300. It forms a water body 310 made integrally.

At this time, the water fountain 310 performs the function of guiding the contents, such as drinking water or tea water contained in the receiving space 350 of the ceramic body 300 to the outside of the ceramic body 300, at least two guides The pipes may be formed by mutually bonding to have a constant bonding angle.

For example, in the present invention, the first and second guide tubes 315 and 316 different from each other may be formed by mutually coupling in the longitudinal direction to have a constant coupling angle. Of course, the number of guide tubes is not limited thereto, and it is also possible to form three or more guide tubes as necessary. For convenience of description, the first and second guide tubes 315 and 316 will be described below. Explain.

In addition, at a predetermined position above the porcelain body 300, an injection hole 320 for injecting contents into the accommodation space 350 and a lid 330 covering the injection hole 320 may be further formed, and the porcelain body 300 It is also possible to further form the handle 340 integrally with).

Each of the porcelain body 310 and the first and second guide tubes 315 and 316 may be formed through, for example, clay as a material for forming porcelain, and may be formed through a conventional porcelain molding method. It is possible.

To explain this in detail, depending on the nature or purpose of the ceramic container to be made of clay, that is, the raw material of the ceramic, such as silica, small portions (chamot), feldspar or limestone, and then crushed with various raw materials After the addition of plastic to prepare a clay having a plasticity, for example, spinning the clay in a desired shape to form a spinning wheel or, for example, a mold capable of molding a complex shape that is difficult to form a spinning wheel It can be formed by a method such as injection molding to be used.

In particular, in the case of each of the first and second guide tubes 315 and 316 for forming the water tank 310, that is, the water tank 310, injection molding using, for example, a mold, etc., is not used. After making various shapes that can be expressed in three dimensions such as animal shapes, plant shapes, or various geometric shapes by hand or by hand, for example, a perforation machine, etc., which can make a predetermined hole in clay, is used therein. By forming a predetermined guide hole capable of guiding water in, it is possible to form a variety of shapes of the water holder 310 through the combination of the first and second guide pipes 315 and 316.

On the other hand, the water tank 310 applied to the manufacturing method of the ceramic container combined with the water tank according to an embodiment of the present invention can be formed through various methods.

For example, of the first and second guide tubes 315 and 316 for forming the water bottle 310, the ceramic body 300 is formed integrally with the first guide tube 315, and then through an additional process The second guide tube 316 is separately formed. Of course, when three or more guide tubes are combined to form a water bottle 310, for example, after forming any one of the guide tubes of the three or more guide tubes integrally with the ceramic body 300, other than the above It is also possible to form the remaining guide tubes separately.

At this time, for example, the inner diameter (D) of the second guide tube 316 may be formed to be smaller than the inner diameter (D) of the first guide tube (315), the inner diameter (D) of the second guide tube (316) It is preferable to form in the longitudinal direction to have a uniform diameter, or to form a trapezoidal shape in which the inner diameter (D) becomes narrower or wider toward the discharge port (360).

This is to improve the water extraction feeling of the water discharged through the water tank 310 as described above. Of course, the present invention is not limited thereto, and both the first and second guide tubes 315 and 316 may have the same inner diameter D.

Subsequently, as shown in FIG. 3A, a coupling surface for coupling each of the first guide tube 315 and the second guide tube 316 to each other is cut at an appropriate position such that an inclined surface at an angle is formed.

At this time, the position of the cutting portion (C) is an area for making a coupling surface for coupling the first and second guide tubes 315 and 316, respectively, through the cutting the first and second guide tube 315 And 316 can be combined to have a certain coupling angle, through which it is possible to improve the water saving feeling of the water (310).

In addition, it is also possible to adjust the water saving feeling by adjusting the coupling angle, for example, by increasing the degree of bending, it is possible to improve the water saving feeling.

Subsequently, as shown in FIG. 3B, the second guide tube 316 is coupled to the inclined surface of the first guide tube 315 to form a water bottle 310 applied to an embodiment of the present invention.

Of course, in the case of forming the water bottle 310 by combining three or more guide tubes, it is possible to form a predetermined cutting portion on the coupling surface for each of the guide tubes to be combined to have a constant coupling angle.

At this time, in bonding the first and second guide pipes 315 and 316 to each other, for example, a predetermined soil water formed by mixing the clay with water at an appropriate ratio is applied to the bonding site to facilitate the bonding. can do. In addition, the outer peripheral surfaces of the laminated first and second guide tubes 315 and 316 may be appropriately trimmed to give a desired appearance.

On the other hand, as another method for forming the water tank 310, for example, through the manufacturing method of a conventional ceramic container, the water tank 310 made of one guide tube integrally with the ceramic body 300 is formed.

Subsequently, the formed water fountain 310 is cut in a predetermined region and the one guide tube is divided into two regions. That is, the water bottle 310 is cut in a predetermined region so that two different first and second guide tubes 315 and 316 are formed.

Of course, the present invention is not limited thereto, and the water fountain 310 may be cut into three or more regions instead of two regions.

Subsequently, the first and second guide tubes 315 and 316 are respectively recombined, and an engagement surface for joining each of the first and second guide tubes 315 and 316 is appropriate to form an inclined surface at an angle. Cut in position.

At this time, the position of the cutting portion (C) is an area for making a coupling surface for coupling each of the first guide tube 315 and the second guide tube 316 to each other, the first and second guide through this cutting The pipes 315 and 316 can be combined to have a certain coupling angle, thereby improving the water saving feeling of the water bottle 310 as described above.

In this case, in order to couple the second guide tube 316 to the inclined surface of the end of the first guide tube 315, the above-mentioned predetermined soil may be applied to a bonding site to facilitate the coupling thereof, and the overlapped first And the outer circumferential surfaces of the second guide tubes 315 and 316 may be appropriately trimmed to give a desired appearance.

Of course, the method of forming the water tank 310 is not limited to the above method, and in addition to this, it is possible to form the water tank 310 in various ways.

When the water bottle 310 is formed through the series of processes, a constant funnel shape, for example, is formed in the direction of the inner diameter D from the outer diameter of the water bottle 310 on the discharge hole 360 formed at the end of the water bottle 310. The inclined surface P is formed. For example, the inner circumferential surface of the water holder 310 may be formed to have a tapered shape inclined.

As described above, this serves to prevent water from flowing out of the water bottle 310 when the water is stopped while pouring.

Of course, the shape of the discharge port is not limited to this, it is possible to form in various forms in addition to the above.

Finally, after drying the porcelain body 300 including the formed water fountain 310 and roasted in a kiln, for example, glazes are applied to the roasted porcelain body 300, and then chaebol in the kiln again It is possible to complete the porcelain container combined with the water according to an embodiment of the invention.

Although a description has been given of a preferred embodiment for the ceramic container and the manufacturing method of the water container is combined according to the present invention described above, the present invention is not limited to this, but the claims and the detailed description of the invention and the scope of the accompanying drawings It is possible to carry out the transformation by the branch and this also belongs to this invention.

1 is a perspective view for explaining a conventional water bottle.

Figure 2 is a perspective view for explaining a ceramic vessel combined with a water fountain according to an embodiment of the present invention.

3A and 3B are perspective views illustrating a method of manufacturing a ceramic container combined with a water fountain according to an embodiment of the present invention.

Claims (15)

delete In a ceramic container comprising a ceramic body having a predetermined receiving space therein, and a water bottle formed integrally with the ceramic body so as to communicate with the receiving space of the ceramic body, The water holder is formed by mutually coupling at least two guide tubes made of porcelain for guiding the contents of the accommodation space to the outside of the porcelain body in the longitudinal direction, Each of the guide tubes is formed to have a constant coupling angle at the coupling portion that is mutually coupled with the guide tube adjacent to each other, each of the guide tube has a different inner diameter, forming the end of the water guide among the guide tubes A guide vessel is a ceramic vessel combined with a water fountain, characterized in that having the smallest inner diameter. In a ceramic container comprising a ceramic body having a predetermined receiving space therein, and a water bottle formed integrally with the ceramic body so as to communicate with the receiving space of the ceramic body, The water holder is formed by mutually coupling at least two guide tubes made of porcelain for guiding the contents of the accommodation space to the outside of the porcelain body in the longitudinal direction, Each of the guide tubes is formed to have a constant coupling angle at the coupling portion that is mutually coupled with the guide tube adjacent to each other, a predetermined discharge port is formed at the end of the water bottle, the discharge hole is the outer diameter of the water bottle Porcelain container combined with a water fountain, characterized in that formed in the shape of a funnel inclined in the inner diameter direction from. The method of claim 3, The inner diameter of the guide tube forming the end of the water bottle among the guide tube has a uniform diameter in the longitudinal direction, or the water pool is characterized in that formed in a trapezoidal shape narrower or wider inner diameter toward the discharge port Porcelain containers. The method according to claim 2 or 3, The porcelain body is a ceramic container combined with a water pad, characterized in that the handle is formed integrally with the porcelain body, the inlet formed in the upper portion of the porcelain body and the lid seated on the inlet. delete In the method of manufacturing a ceramic container comprising a ceramic body having a predetermined receiving space therein, and a water tank formed on the outside of the ceramic body to communicate with the receiving space of the ceramic body, Including the step of forming the water bottle integrally with the ceramic body using clay, The holder is formed by mutually coupling at least two guide tubes for guiding the contents of the inside of the receiving space to the outside of the ceramic body in the longitudinal direction to have a constant coupling angle, the inner diameter of each of the guide tubes of different sizes Forming, but the guide tube for forming the end of the guide tube of the guide tube is a method of manufacturing a ceramic container combined with the water, characterized in that formed to have an inner diameter of the smallest size. In the method of manufacturing a ceramic container comprising a ceramic body having a predetermined receiving space therein, and a water tank formed on the outside of the ceramic body to communicate with the receiving space of the ceramic body, Including the step of forming the water bottle integrally with the ceramic body using clay, The water reservoir is formed by mutually coupling at least two guide tubes for guiding the contents inside the accommodation space to the outside of the ceramic body in the longitudinal direction to have a constant coupling angle, and forms a predetermined discharge port at the end of the water reservoir. However, the discharge port is a method of manufacturing a ceramic container combined with the water pad, characterized in that the inner circumferential surface of the water tank is formed to have a funnel shape inclined in the direction of the inner diameter from the outer diameter of the water tank. The method according to claim 7 or 8, Each of the guide tube and the porcelain body is a method of manufacturing a porcelain container combined with a water fountain, characterized in that formed using a wheel molding or injection molding using a mold of a predetermined shape. The method according to claim 7 or 8, In the forming of the porcelain body, forming a predetermined injection hole in the upper portion of the porcelain body, and further comprising the step of forming a lid and a handle integrally with the porcelain body for seating on the injection hole Method of manufacturing a ceramic vessel combined with. The method according to claim 7 or 8, The water basin, (a) forming the water bottle integrally with the ceramic body; (b) cutting at least one portion of the water bottle to form at least two guide tubes formed by dividing the water bottle into at least two parts; And (c) a method of manufacturing a ceramic container combined with a water fountain, comprising the step of mutually mutually coupling the at least two guide tubes formed in the step (b) in a lengthwise direction to have a predetermined coupling angle. . The method according to claim 7 or 8, The water basin, (a ') integrally forming any one of the at least two guide tubes with the ceramic body; (b ') further forming of the at least two guide tubes other than the guide tube formed integrally with the ceramic body using the clay; And (c ') end of the guide tube formed integrally with the porcelain body, the guide tube formed in the step (b') characterized in that it comprises a step of mutually longitudinally mutually coupled to have a constant coupling angle Method of manufacturing a ceramic container combined with a water fountain. 13. The method of claim 12, After the step (b '), The method of manufacturing a ceramic container combined with a water bottle further comprising the step of cutting the coupling portion for coupling each of the guide tube at a predetermined angle. The method according to claim 7 or 8, After forming the porcelain body, Drying the porcelain body including the water fountain and roasting it in a kiln; And The method of manufacturing a ceramic container combined with a water fountain, further comprising the step of applying a glaze to the first roasted porcelain body and roasting chaebol in the kiln. 12. The method of claim 11, After step (b), The method of manufacturing a ceramic container combined with a water bottle further comprising the step of cutting the coupling portion for coupling each of the guide tube at a predetermined angle.

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