KR20090006323A

KR20090006323A - Method for manufacturing polyhedron accessories

Info

Publication number: KR20090006323A
Application number: KR1020070069546A
Authority: KR
Inventors: 박옥섭
Original assignee: (주)젬코쥬얼리
Priority date: 2007-07-11
Filing date: 2007-07-11
Publication date: 2009-01-15

Abstract

A polyhedron decoration kit manufacturing method is provided to create deluxe outlook by realizing the effect of glittering by using various forms of lights. A polyhedron decoration kit manufacturing method comprises: a first process(S10) manufacturing a plurality of rubber molds for manufacturing polyhedron metal tool; a second process(S20) manufacturing a plurality of polyhedron wax decoration kits; a third process(S30) manufacturing the polyhedron wax decoration kit tree; a fourth process(S40) manufacturing the tree shape gypsum mold by using the polyhedron wax decoration kit tree; a fifth process(S50) manufacturing the polyhedron decoration kit tree by melting, injecting, and cooling the metal material in the tree shape gypsum mold; and a sixth process(S60) cutting the surface of each polyhedron decoration kit at the specified angle and constant interval.

Description

Method for manufacturing polyhedron ornaments {Method for manufacturing polyhedron accessories}

The present invention relates to a method for manufacturing a decorative tool, and more particularly, to form a plurality of reflective surfaces cut at a specific angle and a predetermined interval on the surface of the polyhedral decorative tool having a central stone formed in the center of each light when the light reflected on the reflective surface This reflection is directed to a method of producing a polyhedron ornaments that have a stylish and luxurious aesthetic while producing a sparkling effect with various forms of light.

The general polyhedron ornaments are formed in the shape of a polyhedron metal tool such as 18K or 14K fixed to the edge of the center stone, and are manufactured in square, rhombus, circle, oval, and the like.

Referring to FIG. 1, a conventional polyhedral ornamental tool 10 is a pair of polyhedral metal tools 11 formed by casting a metal alloyed with a base metal of 18K, 14K, etc. into a square, rhombus, circle, oval, or the like. 11a) is fixed to the fixing mechanism 20 such as a vise, and then the center stone 12 is seated on the polyhedral metal tools 11 and 11a, and then the joint portions of the polyhedral metal balls 11 and 11a are joined. Manufactured through a process.

Since the conventional polyhedral decorative tool 10 is manufactured by fixing the polyhedral metal tools 11 and 11a to the fixing mechanism 20 such as a vise and joining the joint parts thereof, the manufacturing process and the processing of the joint parts are performed. Productivity is reduced because the work must be performed separately, there is a problem that the use is limited because the size of the product can not be miniaturized.

In addition, the conventional polyhedron ornaments have limitations in maximizing the beauty of the product due to casting and joining processing, and furthermore, there is a problem in that the labor cost and the cost of the product are increased because productivity is low and working time is long.

In fact, the polyhedral ornaments manufactured by the conventional method as described above are used to show the decorative effect by attaching to the linkage of the necklace and detaching and attaching them to existing products as jewelry or independent units. Therefore, there is a disadvantage that can not be used in accessories of jewelry, such as earrings and bracelets.

The conventional polyhedron ornaments as described above have a low drawback and are not used at present due to their disadvantages and high price.

The present invention is to solve the above-mentioned conventional problems, an object of the present invention is to manufacture a plurality of polyhedral wax ornaments by seating the center stone on a plurality of polyhedral wax tools without a joint portion manufactured using a rubber mold, After joining and fixing the plurality of polyhedral wax ornaments in a tree shape to a wax bar prepared in advance, a tree-shaped gypsum mold was produced, and then a metal (for example, base metal) was made of 18K or 14K or the like in the tree-shaped gypsum mold. Alloyed metal) is melted, injected and cooled to produce a polyhedron ornament tree having a plurality of polyhedron ornaments fixed in a tree shape on a metal rod, and then the polyhedron ornaments fixed on the polyhedron ornament tree are made of metal. Peeling off the rod and cutting the surface of each polyhedron ornament at a specific angle and at a predetermined interval. It is to provide a method for producing a polyhedron ornament.

Another object of the present invention is to form a polyhedron ornaments in the shape of a rectangle, rhombus, circle, oval, water droplets, etc., and to form a reflective surface cut in a predetermined pattern on the surface of the polyhedron ornaments to reflect the light on the reflective surface It is to provide a manufacturing method of polyhedron ornaments that can create a stylish and luxurious aesthetic while creating a sparkling effect with various forms of light.

Another object of the present invention to improve the work process and productivity of the polyhedron ornaments to improve the quality of the product while at the same time increasing the size and size of the product to provide a polyhedral ornaments manufacturing method to maximize the various decorative effects will be.

Still another object of the present invention is to provide a method for manufacturing a polyhedron ornament, which enables mass production of a polyhedron ornament, thereby reducing the cost of the product and simultaneously forming a joint portion of the polyhedron ornament to have a beautiful aesthetic. will be.

In order to achieve the object of the present invention as described above, the polyhedron decorative article manufacturing method according to the present invention, a plurality of polyhedral metal tools manufactured in the same shape as the real thing in order to produce a polyhedral decorative tool rubber for producing a plurality of polyhedral metal tools A first step of manufacturing a mold; Then, a second step of manufacturing a plurality of polyhedral wax ornaments by seating a central stone on the plurality of polyhedral wax tools; A third step of manufacturing a polyhedral wax ornament tool tree by bonding and fixing the plurality of polyhedral wax ornaments in a tree shape to a wax rod prepared in advance; A fourth step of producing a tree-shaped plaster mold from the polyhedral wax ornament tree; A fifth process of manufacturing a polyhedral ornament tool tree in which a plurality of polyhedral ornaments are fixed in a tree shape to a metal rod by melting, injecting and cooling a metal in the tree-shaped plaster mold; And a sixth process of removing the polyhedron ornaments fixed to the polyhedron ornament tree from a metal bar and cutting the surface of each polyhedron ornament at a specific angle and at a predetermined interval.

According to the present invention as described above, it is possible to mass-produce a polyhedron ornament having a reflecting surface whose surface is cut at a specific angle and at regular intervals without a joint portion, without any limitation in size or size, in various shapes and at a low price. In particular, it is an invention that has the effect that the light is reflected on the cut reflective surface to create a stylish and luxurious aesthetic while producing a sparkling effect of various forms of light.

The present invention can form a polyhedron ornaments without a joint part integrally to have a beautiful aesthetic and at the same time can be miniaturized to maximize the decorative effect and the utilization of the detachable attachment to existing products as a precious metal ornament or an independent unit to produce a variety of expressions have.

The present invention is an invention that can be mass-produced to reduce the construction cost and labor costs and at the same time reduce the cost of the product.

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

2 to 10, first to prepare a plurality of polyhedral metal tool rubber molds for manufacturing a plurality of polyhedral metal tools manufactured in the same shape as the real in order to manufacture a polyhedral decorative tool (S10), the preferred embodiment It is as shown in FIG. 3 and FIG.

That is, as shown in FIG. 3, first, a mold 30 having a plurality of molds 31 formed thereon capable of separately compressing a plurality of polyhedral metal tools 11 ′ is seated on the bottom plate 40. In each of the mold 31, the lower rubber plate 50, polyhedron metal tool (11 '), the upper rubber plate 60 is sequentially stacked, and then the upper part of the mold 30 is closed with an upper plate 70 After the bottom plate 40 and the top plate 70 are press-fitted and heated, and then cooled, the rubber mold is cut up and down to remove the polyhedral metal tool 11 'and at the same time wax is injected into the inner surface. A wax injection hole 81 is formed to produce a plurality of polyhedral metal tool rubber molds 80.

In this case, it is preferable to heat the mold 30 for about 30 to 40 minutes at a temperature of approximately 150 ° while press-fitting the bottom plate 40 and the top plate 70, and the rubber mold 80 is separated up and down. When cutting as possible, it is preferable to cut the middle portion in a wavy shape using a knife, and the front surface of the rubber mold 80 is formed with a wax injection hole 81 to be connected to the inner surface.

In addition, when the connection hole 13 through which the ring or the line can be inserted is formed in the polyhedron metal tool 11 ′, the rubber mold 80 for manufacturing a plurality of polyhedral metal tool through which the connection hole 13 through which the ring or the line can be inserted is formed. ) Can be formed.

After the plurality of polyhedral metal tool rubber molds 80 are manufactured as described above, wax is injected into the rubber mold 80, and a plurality of polyhedral wax tools having the same shape as the plurality of polyhedral metal tools without a joint part are formed. After the preparation, a plurality of polyhedral wax ornaments were prepared by seating a central stone on the plurality of polyhedral wax tools (S20), and the preferred embodiment is shown in FIG. 5.

That is, as shown in Figure 5, injecting the wax to the rubber mold 80 through the wax injection hole 81 in the state in which the rubber mold 80 separated up and down as described above, and then the rubber The mold 81 is separated up and down again to manufacture a plurality of polyhedral wax tools 90 having the same shape as a plurality of polyhedral metal tools without a joint portion, and then a center stone 12 is formed on the plurality of polyhedral wax tools 90. It is seated to prepare a plurality of polyhedral wax ornaments 90 '.

After the plurality of polyhedral wax ornaments 90 'are manufactured as described above, the plurality of polyhedral wax ornaments 90' are pre-prepared on a wax rod 101 as shown in FIG. Bonding and fixing in shape to produce a polyhedral wax ornament tree 100 (S30).

In this case, it is preferable to join and fix approximately 150-200 pieces of said polyhedral wax ornaments 90 'to the one wax rod 101 with a pharynx.

After the polyhedral wax ornament tree 100 is manufactured as described above, a tree-shaped gypsum mold is manufactured from the polyhedral wax ornament tree 100 (S40), and a preferred embodiment is shown in FIG. 7.

That is, as shown in Figure 7, the polyhedral wax ornaments tree 100 is fixed to the fixing plate 110 in an upright state, the polyhedral wax ornaments tree 100 so that the fixing plate 110 is located on the floor After the plurality of through-holes 121 are formed on the outer surface and inserted into the cylindrical container 120 having the upper and lower portions open, the holes 121 of the outer surface of the cylindrical container 120 are sealed with a tape 122 or the like. After injecting and curing the plaster into the cylindrical container 120, the tape 122 sealing the hole 121 of the outer surface of the cylindrical container 120 is released, and then the cylindrical container from which the fixing plate 110 is removed. Heat 120 to melt the entire polyhedral wax ornament tree 100 through the bottom of the polyhedral wax ornament tree 100 located at the bottom of the cylindrical container 120 from which the fixing plate 110 is removed. Inside the tubular container 120 A received status removing the polyhedron wax tree decoration equipment 100 to prepare a tree-like plaster mold 130 in the same space of a polyhedron shape with a wax tree decoration tool 100 is formed.

In this case, when the cylindrical container 120 from which the fixing plate 110 is removed is heated at about 600 to 730 ° for 10 hours in an electric furnace, the polyhedral wax ornament tree 100 inside the tree-shaped plaster mold 130 is melted. In the case of the polyhedral wax ornament tool tree 100 flowing down to the bottom surface of the tree-shaped plaster mold 130 and remaining therein, it is completely removed while being burned by the high heat of the electric furnace.

After the tree-shaped gypsum mold 130 is manufactured as described above, metal (for example, metal alloyed with 18K or 14K alloyed base metal) is melted and cooled in the tree-shaped gypsum mold 130. A plurality of polyhedron ornaments are prepared in a tree shape in which a plurality of polyhedral ornaments are fixed to a metal bar in a tree shape (S50), and the preferred embodiment is shown in FIG. 8.

That is, as shown in FIG. 8, the metal container is melted, injected and cooled in the tree-shaped gypsum mold 130 accommodated in the cylindrical container 120, and then the cylindrical container is discharged from the high-pressure washing apparatus. 120, a polyhedral ornament tool tree 140 in which a plurality of polyhedral ornaments 10 'are fixed to a metal rod 141 in a tree shape by washing and removing the tree-shaped plaster mold 130 inside is manufactured. .

At this time, the metal material through the hole 131 formed in the bottom of the tree-shaped gypsum mold 130, that is, the polyhedral wax ornaments through the bottom of the polyhedral wax ornaments tree 100 located at the bottom of the cylindrical container 120 The tree 100 is melted and then injected through the formed holes 131.

After the polyhedron ornament tree is manufactured as described above, each of the polyhedral ornaments 10 'fixed to the polyhedron ornament tree 140 is detached from the metal rod 141 and the respective polyhedron ornaments After cutting the connecting rod attached to one side of 10 ', the surface of the polyhedral ornament 10' is cut at a specific angle and at a predetermined interval to form a reflecting surface 14 (S60). A plurality of polyhedral ornaments 10 'with 14) are made.

In this case, the surface of each of the polyhedral ornaments (10 ') with either one of the two platform (Two Platform Faceting Unit), the milling cutter is cut at a specific angle and a predetermined interval, and both ends are used in Figs. Preferred embodiments are shown.

9 and 10, each of the polyhedral ornaments 10 ′ separated from the polyhedron ornament tree 140 is first adhesively fixed to the fastener 150 and the polyhedral ornaments 10 ′ are Adhesive fixing fixture 150 is inserted and fixed to the bottom of the angle adjuster 160 for rotating the polyhedral ornaments (10 ') so that the surface of the polyhedral ornaments (10') is cut at a specific angle and a predetermined interval. do.

In this state, the angle adjuster 160 is installed on the fixing member 171 of both ends 170, in which the hinge shaft 161 is formed on both sides of the body 165 formed on the upper portion of the angle adjuster 160 It is inserted into and fixed in the fixing groove 174 of the fixing piece 173 formed on the outer circumferential surface of the fixing member 171, and is rotatably fixed in the front and rear direction. From this time, the angle adjuster 160 is adjusted to adjust the polyhedral decorative tool ( 10 ') by rotating the polyhedron ornament 10' in close contact with the polishing plate 172 of both ends 170, the surface of the edge of the polyhedron ornament 10 'is cut at a specific angle and the reflective surface (14) is formed.

On the other hand, in order to form a plurality of reflective surface 14 in the polyhedral ornaments (10 ') by holding the handle 162 of the angle adjuster 160 by hand and pushed upward to the spring formed on the upper portion of the handle (162) While pressing the 163, the shaft connected to the handle 162 is in close contact with the body 165, and pushes the angle adjuster 160 to the upper portion, and when the handle 162 is rotated, the angle adjusting plate 164 is a specific angle When rotated to the fixing mechanism 150 is also rotated to cut the surface of the cross-sectional decoration tool (10 ') to form a reflective surface (14).

By repeating the above-described method to form a plurality of reflecting surface 14 and shining light on the reflecting surface 14 of the polyhedral ornaments (10 '), the light is reflected to produce a sparkling effect with various forms of light It is designed to have a luxurious aesthetic sense (see Fig. 10).

On the other hand, after manufacturing a plurality of polyhedral metal tool manufacturing rubber mold 80 formed with a connection hole 13 to insert a ring or a string formed in the step S10, and performs the above steps S20 to S60 The edge surface of the polyhedral ornament 10 'having a connecting hole 13 to which a line is formed is cut at a specific angle.

Figure 11 and Figure 12 is a perspective view of another embodiment of the present invention polyhedron ornaments, the polyhedron ornaments can be used to produce a circular, oval, water droplets and square, rhombus shape.

The polyhedron decorative article manufacturing method according to the present invention described above is not limited to the above-described embodiment, and those skilled in the art without departing from the gist of the present invention claimed in the following claims. Ramen has the technical spirit to the extent that anyone can make various changes.

Figure 1 is an embodiment showing a conventional polyhedron ornaments manufacturing process.

Figure 2 is a flow chart showing a method for producing a polyhedron ornament according to the invention.

Figure 3 is an embodiment showing a rubber mold manufacturing process for producing a plurality of polyhedral metal tool according to the present invention.

Figure 4 is an embodiment showing a process for producing a plurality of polyhedral wax ornaments according to the present invention.

5 is a separated state of the rubber mold of the present invention.

Figure 6 is an embodiment showing a polyhedral wax ornaments tree manufacturing process according to the present invention.

Figure 7 is an embodiment showing a tree-shaped gypsum mold manufacturing process according to the present invention.

Figure 8 is an embodiment showing a polyhedron ornaments tree manufacturing process according to the present invention.

Figure 9 is an embodiment showing a surface cutting treatment process of the polyhedral ornaments according to the present invention.

Figure 10 is a perspective view of the present invention polyhedron ornaments.

11 is a perspective view of another embodiment of the present invention polyhedron ornament.

12 is a perspective view of another embodiment of the present invention polyhedron ornament.

10,10 ': polyhedron ornament 11,11a, 11': polyhedral metal fitting

12: center seat 13: connection hole

14: reflection surface 20: fixing mechanism

30: mold 31: mold

40: bottom plate 50: lower rubber plate

60: upper rubber plate 70: top plate

80: rubber mold 81: wax inlet

90: polyhedral wax tool 90 ': polyhedral wax tool

100: polyhedral wax ornament tree 101: wax rod

110: fixed plate 120: cylindrical container

121: hole 122: tape

130: tree-shaped plaster mold 131: hole

140: polyhedron ornament tree 141: metal rod

150: fixed mechanism 160: angle adjuster

161: hinge axis 162: handle

163: spring 164: angle adjuster

165: body

170: both ends 171: fixing member

172: abrasive plate 173: fixing piece

174: fixing groove

Claims

A first process of manufacturing a plurality of polyhedral metal tool rubber molds 80 for manufacturing a polyhedral metal tool 11 'with a plurality of polyhedral metal tools 11' manufactured in the same shape as the real object in order to manufacture the polyhedral decorative tool 10 ';

After the wax is injected into the rubber mold 80 to produce a plurality of polyhedral wax tools 90 having the same shape as a plurality of polyhedral metal tools 11 'without a joint, the plurality of polyhedral wax tools 90 A second process of manufacturing a plurality of polyhedral wax ornaments 90 'by seating the central stone 12 on the corestone 12;

A third step of manufacturing a polyhedral wax ornament tool tree 100 by bonding and fixing the plurality of polyhedral wax ornaments 90 'to a rod 101 prepared in advance in a tree shape;

A fourth process of manufacturing a tree-shaped gypsum mold 130 by using the polyhedral wax ornament tree 100;

A fifth process of manufacturing a polyhedral ornament tool tree 140 in which a plurality of polyhedral ornaments 10 'are fixed to a metal bar 141 in a tree shape by melting, injecting and cooling a metal in the tree-shaped plaster mold 130. process; And

The polyhedron ornaments 10 'fixed to the polyhedron ornament tree 140 are removed from the metal bar 141 to cut the surface of each polyhedron ornament 10' at a specific angle and at a predetermined interval. A sixth process of processing to form the reflective surface 14;

Polyhedron ornaments manufacturing method characterized in that consisting of.

The method of claim 1, wherein in the first process, a plurality of polyhedral metal tools 11 'having a connection hole 13 through which a ring or a line can be inserted are formed, and a plurality of connection holes 13 through which a ring or a line can be inserted. Polyhedron decorative article manufacturing method characterized by producing a rubber mold (80) for the production of polyhedral metal tools.

3. The bottom plate 40 according to claim 1 or 2, wherein in the first step, the mold 30 is formed with a plurality of molds 31 for pressing the plurality of polyhedral metal tools 11 'separately. The lower rubber plate 50, the polyhedral metal tool 11 ′, and the upper rubber plate 60 are sequentially stacked on each mold 31 in a state of being seated on the mold 31, and then the upper part of the mold 30 is stacked on the upper plate 70. ), The bottom plate 40 and the top plate 70 are heated while press-fitting and cooling, and then a wax injection hole 81 is formed on the front surface of the rubber mold 80 and cut to separate up and down. Method for producing a polyhedron decorative tool, characterized in that the rubber mold 80 for producing a plurality of polyhedral metal tool used in the second process by removing the polyhedral metal tool (11 ').

The method of claim 3, wherein in the second process, wax is injected into the rubber mold 80 through the wax injection hole 81 in a state in which the rubber mold 80 separated up and down is combined, and then the rubber mold ( 80 is separated up and down again to manufacture a plurality of polyhedral wax tools 90 having the same shape as a plurality of polyhedral metal tools 11 'without a joint portion, and then a center stone ( 12) A polyhedron decorative article manufacturing method characterized in that for producing a plurality of polyhedral wax ornaments 90 '.

The polyhedral wax ornament tool 100 according to claim 1, wherein in the fourth process, the polyhedral wax ornament tool tree 100 is fixed to the fixing plate 110 in an upright position, such that the fixing plate 110 is positioned at the bottom. ) Is inserted into a cylindrical container 120 having a plurality of through-holes 121 formed on the outer surface and having an upper and lower part open, and then sealing the holes 121 of the outer surface of the cylindrical container 120, and then the cylindrical container. (120) After gypsum is injected into the inside to harden, the sealing of the hole 121 of the outer surface of the cylindrical container 1200 is released, and then the cylindrical container 120 from which the fixing plate 110 is removed is heated, thereby fixing the fixing plate 110. The tubular container 120 is melted through the hole 131 of the bottom of the polyhedral wax ornament tool tree 100 located at the bottom of the removed tubular container 120 to melt the entire polyhedral wax ornament tool tree 100. Received inside Polyhedral wax ornaments manufacturing method, characterized in that to remove the polyhedral wax ornaments tree 100 to form a tree-shaped gypsum mold 130 is formed in the same space as the polyhedral wax ornaments tree 100 therein. .

The method according to claim 1 or 5, wherein in the fifth process, a metal is dissolved and injected into the tree-shaped gypsum mold 130 accommodated in the cylindrical container 120, and then cooled, and then the cylindrical container with high pressure water. (120) by washing and removing the tree-shaped gypsum mold 130 inside to manufacture a polyhedral ornament tool tree 140, in which a plurality of polyhedral ornaments 10 'are fixed to a metal rod 141 in a tree shape. Polyhedron ornaments manufacturing method characterized in that.

The method of claim 1, wherein in the sixth step, each of the polyhedral ornaments 10 'fixed to the polyhedron ornament tree 140 is removed from the metal rod 141, and the respective polyhedral ornaments 10' When the surface of the cutting process at a specific angle and a predetermined interval, the polyhedron decorative article manufacturing, characterized in that to form a reflective surface 14 by performing a cutting process with any one of the two platform (Two Platform Faceting Unit), milling cutter Way.

The method of claim 1 or 7, wherein both ends 170, the polyhedron ornament 10 'is bonded to the bottom of the fixing mechanism 150, the fixing mechanism 150 of the angle adjuster 160 Inserted and fixed to the inner surface of the handle 162 formed on the bottom surface, the spring 163 is axially stored on the inner surface of the shaft formed on the upper portion of the handle 162, the upper portion of the angle adjusting plate 164 is integrally formed, A body 165 is formed in the middle of the spring 163 and the angle control plate 164, the hinge shaft 161 is formed on both sides of the body 165, a plurality formed on the outer peripheral surface of the both ends 170 Polyhedron ornaments manufacturing method characterized in that it is fixed to the inner surface of the fixing member (171).