KR20180119385A - Kit for making three dimensional artwork using pottery and method of three dimensional artwork using pottery - Google Patents

Abstract

The present invention relates to a kit for manufacturing a sculpture, in which a pottery is one of components thereof, and to a method for manufacturing and installing a sculpture using a pottery, wherein the kit comprises: a plurality of potteries having through-holes formed at the center of the bottom thereof, and formed in the same shape to be stacked with respect to each other; a ceramic module composed of a stiff reinforcing material inserted into the potteries; and one or more wick modules which are stiff rods constituting a frame having a shape formed by stacking the potteries by being inserted into the through-holes, wherein the ends of the stiff rods are coupled to each other by welding or screw connection to be horizontally connected in a line. According to the present invention, efforts, costs, and time for material selection and autonomous creation according to materials which may be caused whenever producing a sculpture can be reduced. Also, a sculpture can be conveniently manufactured by using a pottery which is almost discarded after grasses wither. A pottery which may be discarded can be recycled for a sculpture, and sculptures having the texture of a pottery can be mass-produced. In addition, the cheapest materials are used, and thus costs consumed to manufacture a sculpture are remarkably reduced. Not only common business operators but also individuals can easily obtain materials to manufacture a sculpture, and thus the outer appearance of a city including surrounding environments can be further variously and beautifully composed.

Description

[0001] The present invention relates to a kit for making sculptures using ceramics, and a method for manufacturing and installing sculptures using ceramics,

The present invention relates to a module-type kit and a method for manufacturing and installing a molding capable of producing various shapes of a molding. More particularly, the present invention relates to a kit for manufacturing a molding and a method for manufacturing and installing the molding using ceramics.

Modern society is a highly urbanized society. Therefore, buildings are constructed in a more uniform form for efficient use of urban space. These monumental buildings make the exterior of the city monotonous and desolate.

In order to make this modern urban landscape more colorful and beautiful, city planners or signatories often install various sculptures.

However, since one artwork is created by installing one artifact, it takes considerable cost and time to install one artifact in order to provide the work of artwork and the reward. In recent years, there has been a project to recruit aspiring art students and to preserve the beauty of the city in the form of a creative donation. However, most of them do not pay the price to be paid to the creator for creative work. There is no way the cost will be resolved.

To solve this problem, a module-type tool that can be easily used to relieve the effort of a new creation every time a molding is needed is required. However, these creative modules have been developed only for the purpose of children's toys, and the development of modules for the creation of sculptures has not been attempted.

Therefore, it is urgent to develop a module-type molding assembly kit that can be easily created by anyone with a prepared material.

Published Japanese Patent Application No. 10-2004-0090653 (published on October 26, 2004)

Accordingly, it is an object of the present invention to provide a molding material assembling kit using ceramics and a method of manufacturing and installing a molding using ceramics among module-type molding material assembling kits that can be easily created by anyone with materials prepared in advance do.

In order to achieve the above object, a kit for manufacturing a molding using ceramics according to the present invention comprises a ceramic body having a through hole formed at the center of a floor, a plurality of ceramic bodies formed to have the same shape and laminated to each other, and a rigid stiffener inserted into the ceramic body And at least one rigid bar constituting a skeleton of a shape formed by stacking a plurality of ceramics by being inserted into the through holes, wherein each end of the rigid rods is connected to each other by welding or screwing, And a wick module.

The plurality of ceramics are preferably made of the same shape but different sizes, and the rigid reinforcing material is a steel sheet inserted horizontally into cement or ceramics and formed to have a constant thickness.

Preferably, a ring-shaped elastic frame inserted between the outer circumferential surface of the rim of the steel sheet and the inner circumferential surface of the ceramics may be provided.

Preferably, the elastic frame is formed with one or more circular protrusions on the outer circumferential surface, and one or more circular grooves for inserting the protrusions are formed on the inner circumferential surface of the ceramics. The elastic frame has an outer circumferential surface A circular seating groove is formed.

In the meantime, the wick module preferably includes a rigid body formed to be long in the longitudinal direction, a threaded portion protruding from one end of the rigid body and having a thread formed on the outer circumferential surface thereof, and a hollow provided at the other end of the rigid body, And is composed of a plurality of rigid rods made up of insertion ends to which a thread is inserted and can be engaged.

Or the wicking module may include a plurality of rigid rods each having a rigid body formed to be elongated in the longitudinal direction and a threaded portion protruding from both ends of the rigid body and having threads formed on the outer circumferential surface thereof and a tube having a predetermined length, And the outer peripheral surface of the center has a quadrangular or hexagonal gripping head. Preferably, the threaded ends formed at both ends of the rigid rod are formed to have opposite threaded directions with respect to each other, The two rigid rods are coupled to the coupler by rotating the gripping head while the rigid rods are inserted into both ends of the coupler.

The wick module may further include a branch frame, which is preferably formed in a shape in which at least two rigid rods are branched from one of the rigid rods.

Preferably, the branch frame is composed of a branch bracket surrounding the branch point, one fixed branch fixedly coupled to the branch bracket, and two or more variable branches connected to the branch bracket along the hinge axis, And a plurality of angle adjusting holes are formed in the branch bracket along the inner end trajectory of each variable branch, and a plurality of angle adjusting holes are formed along the inner end trajectory of each variable branch, And a fixing nut for fixing the fixing bolt and the fixing bolt simultaneously inserted into the angle adjusting hole and the insertion hole are provided so that the angle of the variable branch is selected by the number of the angle adjusting holes Can be fixed.

Preferably, there is further provided a seating frame formed in a curved shape corresponding to the shape of the outer periphery of the ceramics, and a tightening frame composed of a coupling rod whose one end is coupled to a predetermined position of the seating rod and the other end is coupled to an end of the rigid rod. The porcelain module is stacked vertically and inclinedly so that the biased load of the laminated ceramic module is supported by the wick module, which is connected from the bottom of the tightly-fitting frame to the ground.

A method of manufacturing and installing a molding using ceramics according to the present invention comprises the steps of: preparing a framework of a molding by joining the rigid rods elongated in the longitudinal direction in parallel with each other at their ends; A step of inserting a porcelain into the interior of the porcelain, a step of inserting a rigid stiffener into the porcelain, and a step of stacking a plurality of porcelains having through holes at the center of the porcelain through the rigid rods in the through- To form a molding corresponding to the shape.

Preferably, the rigid stiffener is a circular skeleton steel sheet having a rigid material horizontally inserted into a cement or porcelain inlet filled in a ceramic body. In the center of the cement or skeleton steel plate, a hole through which the rigid rod can pass is formed, When the steel sheet is a rigid stiffener, a circular ring-shaped elastic frame is inserted between the inner circumferential surface of the ceramic and the outer circumferential surface of the skeleton steel plate, and one or more circular grooves are formed on the inner circumferential surface of the ceramics, and on the outer circumferential surface of the elastic frame, And the inner peripheral surface of the elastic frame forms a circular seating groove into which the rim of the skeleton steel plate is inserted.

The kit for manufacturing a molding using ceramics according to the present invention can be used to produce a large number of various shapes using a modular material in the production of a molding, so that it is possible to select various materials that can be followed each time a molding is manufactured, It is possible not only to save labor and time and cost, but also to recycle the ceramics which can be used as a waste in the form of sculptures, and to produce a large number of sculptures using the texture of ceramics, The cost for production can be greatly reduced, and since not only public operators but also individuals can easily obtain materials, the appearance of the city including the surrounding environment can be further diversified and beautifully formed.

1 is a front view of a kit for manufacturing a molding using ceramics according to the present invention,
Figure 2 is a perspective view of Figure 1,
3 is an exploded perspective view of a rigid rod and a coupler,
4A is a perspective view showing a first embodiment of a branching frame,
4B is a perspective view showing a second embodiment of a branching frame,
Fig. 4C is a front view showing the angle adjustment of the branch frame of Fig. 4B,
5A is an exploded perspective view of the ceramic module,
5B is a schematic view of the ceramic module,
FIG. 6A is a perspective view of a close-
Fig. 6B is a state in which the close-

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

A kit for manufacturing a molding using ceramics according to the present invention comprises a lamination ceramic module 10 and a wick module 20 for retaining the shape of the laminated ceramic module 10 through the laminated ceramic module 10 .

The porcelain module 10 includes a conventional porcelain 11 having a bottom through hole 111 through which water can be drained from the bottom of the porcelain module 10 and a porcelain 11 reinforcing the porcelain 11 such that the porcelain 11 is easily broken, And a rigid stiffener which is inserted into the ceramic ware (11).

Here, a plurality of ceramics 11 are manufactured in the same shape. The shape of the ceramics 11 is formed such that the width of the ceramics 11 gradually increases from the lower portion to the upper portion of the upper portion of the ceramics 11, 11 so as to be inserted in a predetermined depth so that a plurality of layers can be stacked.

However, as the ceramic 11 is stacked, the ceramic 11 in the lower layer receives a large load, so that the ceramic 11 in the lower layer may be broken. In addition, since the upper pottery 11 is also subjected to various types of forces, it is necessary to reinforce the rigidity to some extent.

Therefore, a rigid stiffener is inserted into the interior of the pottery 11.

2, the rigid stiffener may be a cement 13 or a skeleton steel plate 17 filled in the ceramic material 11 of the bottom two layers.

The skeleton steel plate 17 is made of a circular steel plate having the same diameter as the circle corresponding to the inner circumferential surface of the ceramics 11 at a predetermined height inside the ceramics 11. Therefore, when the skeleton steel plate 17 is horizontally inserted into the ceramic body 11, it is inserted and fixed in the form of interference fit at a predetermined height inside the ceramic body 11, so that even if force or impact is applied to the ceramic body 11 from the outside, .

Or a circular ring-shaped elastic frame 15 inserted between the outer circumferential surface of the skeleton steel plate 17 and the inner circumferential surface of the ceramics 11 so that the skeleton steel plate 17 is more robustly coupled to the inside of the ceramics 11.

5A and 5B, one or more circular protrusions 151 and 153 are formed on the outer circumferential surface of the elastic frame 15 in order to be rigidly installed inside the ceramics 11. 5A and 5B show two circular protrusions 151 and 153. Here, the upper protrusion is referred to as a first protrusion 151 and the lower protrusion is referred to as a second protrusion 153. FIG.

First grooves and second grooves 113 and 115 are formed in the inner circumferential surface of the ceramics 11 so as to correspond to the first and second protrusions 151 and 153 of the elastic frame 15 so that the first and second protrusions 151 and 153 can be inserted. So that the elastic frame 15 is firmly fixed inside the ceramics 11.

An inner groove 152 into which the skeleton steel plate 17 can be inserted in a tight fit so that the skeleton steel plate 17 can be firmly fixed to the inner circumferential surface of the elastic frame 15 is formed on the inner circumferential surface of the elastic frame 15, May be formed as shown in FIG. 5B.

That is, since the skeleton steel plate 17 is rigid, it can not be inserted firmly into the inner circumferential surface of the ceramics 11, so that the elastic frame 15 is provided in the middle, and the elastic frame 15, the skeleton steel plate 17, 11 are firmly connected to each other, the rigidity of the ceramics 11 can be secured.

Next, the wick module 20 will be described.

As shown in FIG. 3, the wick module 20 basically comprises a plurality of rigid rods 22 connected to each other at their ends and connected in parallel. The rigid rods 22 connected in parallel are inserted into the ceramic module 10 in such a manner that all of the bottom through holes 111 of the ceramic pieces 11 to be laminated are inserted into the ceramic module 10 so that the shape of the laminated ceramic 11 is maintained It acts as a skeleton.

The rigid rods 22 constituting the wick module 20 may be attached to each other at their end portions in the following manner.

Although not shown first, a plurality of rigid rods 22 can be connected to each other by being joined by welding the ends of the rigid rods 22.

The other end of the rigid rod 22 is formed with a female screw thread so that one end of one of the rigid rods 22 and the other end of another rigid rod 22 The plurality of rigid rods 22 can be connected to each other in a parallel manner by screwing them together.

As shown in FIG. 3, the rigid rods 22 can be connected to each other by couplers that are formed of male threads and interposed between the ends of the two rigid rods 22 to connect the two rigid rods 22 .

Both ends of the coupler 24 are hollow and are screwed to ends of the rigid rods 22 which are respectively disposed at both ends of the coupler 24 by forming a female screw hole on the inner circumferential surfaces of the both ends so that the two rigid rods 22 .

At this time, if the threads of both ends of the rigid rod 22 and the threads of both ends of the coupler 24 are in the same direction, there may be no thread to be connected through the coupler 24. Therefore, preferably, the two rigid rods and the dividing portions 222, which are formed at both ends of the rigid rod 22, are formed opposite to each other in the direction of the thread, The two rigid rods 22 are moved in the direction in which the two rigid rods 22 are moved closer to each other when the coupler 24 is rotated with the ends of the two rigid rods 22 sandwiched between both ends of the coupler 24, 24 and the two rigid rods 22 can be tightly coupled with each other, so that the joining between the rigid rods 22 can be made much easier.

In this case, the outer circumferential surface of the center of the coupler 24 is formed with a hexagonal bolt-type gripping head 242 so that rotation of the coupler 24 can be facilitated. Thus, the swinging rod 242 is easily rotated by a tool such as a wrench, 22 can be made more easily.

Meanwhile, the molding manufactured with the kit according to the present invention can be laminated in various shapes as well as laminated ceramics 11 only in one direction. The wick module 20 also needs to be joined in a branched form so that the ceramics 11 can be divided and stacked for various kinds of lamination of the ceramics 11.

The branching frame 26 is provided in the present invention so that the wick module 20 can be branched.

The branching frame 26 may be implemented in two embodiments.

In the first embodiment, as shown in FIG. 4A, one rigid rod 22 is joined to a bifurcated rigid rod 22 in a shape branched at one point. At this time, the rigid rods 22 can be joined to the rigid rods 22 by forming fixed branch frames or divisions 262 having the same shape as that of the threaded ends described above on the free ends where the rigid rods 22 extend to each other. The branching frame 26 of this first embodiment will be referred to as a fixed branching frame 26a in order to distinguish it from a branching frame whose angle is variable, which will be described later.

The second embodiment is a branched frame 26 of an adjustable angle that is branched as shown in Fig. 4B. This branching frame 26 is referred to as a variable branching frame 26b in order to distinguish it from the fixed branching frame 26a described in the first embodiment.

The variable branch frame 26b includes a branch bracket 263 for connecting the rigid rods 22 branched to each other at one point as shown in Fig. 4B, a fixed branch 264 fixedly coupled to the branch bracket 263, A variable branch 265 whose angle is adjustably coupled to the branch bracket 263 by a hinge axis 2632 and a fixing bolt 267 and a fixing nut 268 which fix the angle of the variable branch 265 .

A part of the variable branch 265 is inserted into the branch bracket 263 and a part of the variable branch 265 is coupled with the branch bracket 263 in such a manner as to protrude from the branch bracket 263 so as to be engaged with the rigid bar 22. [

4B, an insertion hole is formed at an end of the branch bracket 263 in the insertion direction, and a branch bracket 263 is provided with a plurality of angle adjusting holes 263 along a locus formed by the rotation of the variable branch 265, The fixing bolt 267 is inserted through the insertion hole and the angle adjusting hole 2631 at the same time as the angle adjusting hole 2631 and the insertion hole communicate with each other so that the adjustment of the variable branch 265 Can be fixed.

Due to such a structure, the angle at which the variable branching frame 26b branches can be adjusted by the number of the angle adjusting holes 2631. [ FIG. 4C shows a state in which the angle of the variable branch 265 is adjusted as described above.

Meanwhile, the kit for manufacturing a molding using the ceramics 11 according to the present invention may be provided with a tightening frame 30 separately for the stability of the manufactured molding.

6A, the contact frame 30 includes a seating rod 31 formed to correspond to the outer peripheral surface shape of the ceramic 11, one end connected to a predetermined position of the seating rod 31 and the other end connected to a rigid rod 22 And a coupling rod 32 coupled to the coupler 24 and having an end formed with a thread.

The operation of stabilizing the posture of the molding object due to the tightening frame 30 is shown in the drawing of Fig. 6B. 6B, the stability of the molding material is not improved by only the adhesive frame 30 itself. However, if only the adhesive frame 30 is prepared without any other structure, the rigid rod 22 or the rigid rod It can be easily prevented that the load of the molding product falls to one side as shown in FIG. 6B with the ceramic member 22 and the small number of ceramics 11.

By using the pottery which can be a waste by constituting the present invention as described above, it is possible to realize earthenware texture in the case of porcelain porcelain, and porcelain porcelain in a variety of shapes easily while providing porcelain porcelain with magnetic texture.

According to another aspect of the present invention, there is provided a method of manufacturing and installing a molding using ceramics, comprising the steps of: preparing a wick module 20 corresponding to a framework of a molding by joining the rigid rods 22, Preparing a ceramic module (10) by preparing a plurality of pottery containers in the form of a bottom through hole (111) at the center and inserting a rigid stiffener into the pottery; And then stacking the ceramics in order according to the shape of the framework to form the molding corresponding to the framework shape.

At this time, the rigid stiffener is a circular skeleton steel plate 17 of a rigid material which is horizontally inserted into the cement 13 or the porcelain inlet filled in the ceramic. The rigid rods 22 are provided at the center of the cement 13 or the skeleton steel plate 17, And the skeletal steel plate 17 is a rigid stiffener, a circular ring-shaped elastic frame 15 is inserted between the inner circumferential surface of the porcelain and the outer circumferential surface of the skeleton steel plate, and one or more circular grooves 113 and 115 are formed on the inner circumferential surface of the porcelain. And one or more circular protrusions 151 and 153 inserted in the circular grooves 113 and 115 are formed on the outer circumferential surface of the elastic frame 15. A circular protrusion 151 and a circular protrusion 151 are formed on the inner circumferential surface of the elastic frame 15, It is possible to form the inner grooves 152 of the inner ring 152. [

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventions. It will be apparent to those of ordinary skill in the art.

2: Ground 3: Decorative piece
10: Porcelain Module 11: Porcelain Body
13: Cement 15: Elastic frame
17: skeleton plate 20: wick module
22: Rigid rod 24: Coupler
26: branch frame 26a: fixed branch frame
26b: variable branch frame 30: tight contact frame
31: a seating rod 32: a coupling rod
111: bottom through hole 113: first groove
115: second groove 151: first projection
152: inner groove 153: second projection
171: steel plate center groove 221: rigid rod body
222: Rigid rods and divisions 241: Female threads
242: gripping head 261: fixed branching frame body
262: fixed branch frame or division 263: branching bracket
264: Fixed branch 265: Variable branch
267: Fixing bolt 268: Fixing nut
2631: angle adjustable ball 2632; Hinge axis
2641: fixed branch or division 2651: variable branch or division

Claims (11)

A porcelain module formed of a ceramic through which a bottom through hole is formed in the center of the bottom, a plurality of ceramic plates are formed in the same shape so as to be laminated, and a rigid stiffener inserted into the ceramic;
A plurality of rigid rods each having a diameter capable of being inserted into the bottom through hole are coupled to each other at end portions thereof to form a framework of a molding product formed by laminating and stacking the ceramics, Kits The method according to claim 1,
The plurality of ceramics are formed in the same shape but different sizes,
Wherein the rigid stiffener is a cement filled in a ceramic or a skeleton steel plate as a rigid base plate horizontally inserted into a ceramic, and a hole through which the rigid rod can pass is formed in the center of the cement or skeleton steel plate. Kits for making sculpture using. 3. The method of claim 2,
And a ring-shaped elastic frame inserted between an outer circumferential surface of the rim of the skeleton steel plate and an inner circumferential surface of the ceramics. The method of claim 3,
The elastic frame has one or more circular protrusions formed on the outer circumferential surface thereof,
One or more circular grooves into which the projections are inserted are formed on the inner circumferential surface of the ceramics,
Wherein the elastic frame is formed with a circular inner groove in which an outer circumferential surface of the rim of the skeleton steel plate is inserted, on an inner circumferential surface thereof. The method according to claim 1,
The wick module
A rigid rod body formed to be elongated in the longitudinal direction, a threaded portion protruding from one end of the rigid rod body and having a thread formed on the outer circumferential surface thereof, and a hollow provided on the inner circumferential surface of the rigid rod body at the other end thereof, And a plurality of rigid rods made up of a plurality of rigid rods capable of being inserted. The method according to claim 1,
The wick module
A plurality of rigid rods formed of a rigid rod body formed to be elongated in the longitudinal direction, a male threaded portion protruding from both ends of the rigid rod body and having a male screw acid formed on the outer circumferential surface thereof,
A tube having a predetermined length, the tube having an inner circumferential surface formed on both inner circumferential surfaces thereof with a female thread, and a cylindrical outer circumferential surface formed with a rectangular or hexagonal gripping head,
Wherein the threaded ends formed on both ends of the rigid rod body are formed in opposite directions to each other and the threads of the inner circumferential surfaces of both ends of the coupler are formed in opposite directions with respect to each other so that the rigid rods are inserted into both ends of the coupler Wherein the gripping head is rotated so that the two rigid rods are coupled to each other by a coupler. The method according to claim 6,
Wherein the wick module further comprises a branch frame that is formed in a shape in which at least two rigid rods are branched from one of the rigid rods. 8. The method of claim 7,
Wherein the branch frame comprises a branch bracket surrounding the branch point, one fixed branch fixedly coupled to the branch bracket, and two or more variable branches connected to the branch bracket along the hinge axis,
And a screw thread is formed on the outer circumferential surface of the free end of the free end protruding from the branch bracket so as to be coupled to the coupler,
A plurality of angle adjusting holes are formed in the branch bracket along the inner end locus of each variable branch, and an insertion hole communicating with the angle adjusting hole is formed in the inner end of the variable branch. The fixing bolt and the fixing bolt The fixing nut is fixed,
Wherein the angle of the variable branch is selected and fixed by the number of the angle adjusting holes. The method according to claim 1,
And a tightening frame formed of a fixing rod formed in a curved shape corresponding to the shape of the outer circumference of the ceramics, and a coupling rod having one end coupled to a predetermined position of the seating rod and the other end coupled to an end of the rigid rod,
Wherein a laminated ceramic module is stacked in a vertical direction and inclined so that a biased load of the laminated ceramic module is supported by a wick module connected to the contact frame and the bottom of the contact frame to the ground. Kits. Assembling rigid rods formed elongate in the longitudinal direction in parallel with each other to form a wick module as a skeleton of the molding;
Preparing a ceramic module by inserting a rigid stiffener into a plurality of pots in the form of a container in which a bottom through hole is formed in the center of the bottom;
A step of stacking a plurality of ceramics having a through hole at the center of the bottom thereof through a rigid rod in a bottom through hole according to the shape of the skeleton to form a molding corresponding to the shape of the wick module, How to make and install. 11. The method of claim 10,
Wherein the rigid stiffener is a circular skeleton steel plate of rigid material horizontally inserted into a cement or porcelain inlet filled in a pottery,
A hole through which the rigid bar can pass is formed at the center of the cement or skeleton steel plate,
Wherein when the skeleton steel plate is a rigid stiffener, a circular ring-shaped elastic frame is inserted between the inner circumferential surface of the porcelain and the outer circumferential surface of the skeleton steel plate, one or more circular grooves are formed on the inner circumferential surface of the ceramics, And the inner peripheral surface of the elastic frame is formed with a circular inner groove into which the rim of the skeleton steel plate is inserted.

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