KR200359058Y1 - Structure of Coupling for Jewellery or Imitation having Cubic Shape - Google Patents

Abstract

The present invention connects a plurality of gems or artificial gemstones in a cubic form, such as diamonds, to each other and connects the connected gemstones to a string of a bracelet or a necklace to use as a decoration for a bracelet or a necklace. In the connection structure to facilitate the smoothing, a plurality of gems are brought into contact with each of the first and second holes through each other and then wrapped around the space of these abutments and the welding fluid (gold) Or silver) to form a linkage and penetrate the left and right ends of jewels, etc., which are connected in a number of ways, so that a single necklace can be completed, or a necklace string is formed in these first and second holes. By connecting the two to each other by passing through it without the housing or other means of storage according to each shape of the jewelry You can connect to the seats.

Description

Structure of Coupling for Jewelery or Imitation having Cubic Shape}

The present invention relates to a connection structure that connects a plurality of gems or artificial gems made of a cubic shape such as diamonds to each other, and more specifically, connects a plurality of gems or artificial gems made of a three-dimensional shape to each other and connects the connected gems to a bracelet or The present invention relates to a connection structure for smoothly connecting a jewel or an artificial gem to be used as a bracelet or a necklace ornament.

In general, necklaces or bracelets are made of straps of precious metal or leather, and the ends are connected to each other, or three-dimensional jewelry or artificial jewelry is embedded in a housing, and then fixed with a fixing piece and the housings and the housings are fixed. It is worn by connecting it to a string such as a necklace and causing a different aesthetic.

A connection structure of a conventional three-dimensional gem or artificial gem is shown in FIG. 1, which will be described in detail with reference to the accompanying drawings.

Figure 1a is an exploded perspective view showing that the jewelry is contained in the housing as a conventional jewelry connection structure, Figure 1b is a perspective view showing a necklace connected by each housing as a conventional jewelry connection structure.

The jewelry (including artificial jewelry) 10 is inserted into the housing 20 in which the jewelry 10 is contained, and the fixing piece 22 is bent to compress the upper surface of the jewelry 10 so as to be firmly attached to the housing 20. And the plurality of housings 20, 30, 40 are connected to each other by connecting straps 24, 26 such as precious metal or leather, and then to the housings 20, 40 at the ends of both left and right sides. It is connected to the string 50 of the necklace (including bracelets or anklets, etc. below) such as to complete the necklace 60, and when the user wears the necklace 60, each housing 20, 30, 40 The gems contained in) shine and create new aesthetics.

However, the conventional necklace has a problem in that separate housings are required and separate materials and manpower are required to manufacture these housings, and bending the fixing piece of the housing by inserting jewelry or artificial jewelry into the housing. In addition, there is a drawback in that it takes in manpower and is inefficient, and there is also a problem that each housing is required according to the change in the size or shape of the gem or artificial gemstone, and the economic loss due to the consumption of unnecessary materials and manpower can also be ignored. There is a drawback.

The present invention is to solve the problems of the connection method and structure of the jewelry or artificial jewelry used for the conventional necklace, it is used directly to connect a certain three-dimensional jewelry or artificial jewelry to each other without a housing or other means of storage There is a technical challenge in making it possible.

Figure 1a is an exploded perspective view showing that the jewelry is contained in the housing as a conventional jewelry connection structure.

Figure 1b is a perspective view showing a necklace connected by each housing as a conventional jewelry connection structure.

Figure 2a is a perspective view schematically showing that the ball was drilled in the gemstone to form a connection structure of the present invention.

Figure 2b is a perspective view showing that the gemstone of Figure 2a processed to produce a three-dimensional gemstone.

Figure 3a is a perspective view showing a structure connecting the jewelry, etc. using the subject innovation.

Figure 3b is a perspective view showing a structure connecting the jewelry, etc. using the present invention means of connection.

※ Explanation of code about main part of drawing ※

100: gemstone 110, 210, 212, 214, 310, 312, 314: gemstone

220, 222, 224, 226, 228, 230, 320, 322, 324, 326, 328, 330: through hole

240, 242, 244, 246: conjugate 342, 344: connecting line

400, 500: necklace file

The present invention provides a gem or artificial gem by drilling a gem or artificial gem having a certain three-dimensional shape after drilling a hole in the gemstone, and after making a plurality of gems or artificial gems provided in contact with each other, Form a connector that allows the silver or gold welding solution to penetrate the inside and wrap around the jewel's abutment, and connects the strings of precious metal or plated metal to the connectors at the left and right ends of many gems or artificial gems. It is possible to realize the technical task of the present invention by configuring as a decoration of a necklace or bracelet (anklets).

The present invention first and second holes penetrating up and down a predetermined portion of the gemstone before processing the gemstone into a certain form of three-dimensional gemstone or artificial gemstone (hereinafter referred to as "jewel", etc.) After drilling), the gemstone is processed into a three-dimensional shape of a certain shape, but the gemstones are processed while maintaining the first and second holes as they are.

In this way, a plurality of gems and the like are brought into contact with each of the first holes and the second holes, and then wrapped around the spaces of these abutments, and the welding solution (gold or silver) penetrates into the interior of these balls. Without forming a sieve and connecting a string to the left and right ends of a jewelry or the like connected in this way to complete a necklace, or by passing a necklace string through these first and second holes without welding. The necklace can be decorated with jewelry.

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

Figure 2a is a perspective view schematically showing that the ball is drilled in the gemstone to form a connection structure of the present invention, Figure 2b is a perspective view showing that the three-dimensional gemstone is manufactured by processing the gemstone of Figure 2a, Figure 3a is a connection FIG. 3B is a perspective view showing a structure in which jewelry is connected using a sieve, and FIG. 3B is a view showing a structure in which jewelry is connected using a string.

For the connection structure of the present invention, forming a hole penetrating through the jewelry is the most important key point, first, imagine the shape of the gemstone 110 to be processed in the gemstone 100, the first hole 102 penetrating up and down ) And the second hole 104 are formed and processed into the shape of the three-dimensional gemstone 110 imagined. Thus, forming the balls (102, 104) first in the gemstone 100 is a gemstone having a beautiful angle when the ball (102, 104) is formed in the gemstone (110) after processing the gemstone 100 into the gemstone (110) If the shape of the 110 may be damaged, the jewelry 102 may be damaged due to the balls 102 and 104, so that the jewelry 110 may be damaged in advance.

When a ball is formed and gemstones having various shapes are provided, the gemstones can be directly connected to the gemstones and used as ornaments for necklaces.

First, in order to connect the first gemstone 210 and the second gemstone 212, the twelfth hole 222 and the thirteenth hole 224 are connected to each other, and then the first solution is made of silver or gold solution. The first jewelry 210 is formed by welding the right side portion of the gemstone 210 and the left side portion of the second gemstone 212 and the twelfth hole 222 and the thirteenth hole 224 to form a second assembly 242. The second jewelry 212 is connected. In this manner, the second gemstone 212 and the third gemstone 214 connect the fourteenth hole 226 and the fifteenth hole 228 to form a third binder 244 as a silver or gold solution. The second jewelry 212 and the third jewelry 214 are connected.

After this connection, the eleventh hole 220 and the sixteenth hole 230 at the far left and right ends are welded with gold or silver wires or the plated wires with a gold or silver solution so that the eleventh hole 220 is closed. It is connected to the necklace string 400 through the first combination 240, the sixteenth hole 230 is connected to the necklace string 400 through the fourth coupling body 246 is completed one necklace. At this time, the number of gems is not limited, and the shape of the gemstones can be connected to each other regardless of diamond shape, rectangle, circle shape or water drop shape.

Secondly, the tenth gem 310, the eleventh gem 312 and the twelfth gem 314 are placed in a row, and then the gold or silver necklace string 500 passes through the twenty-first hole 320. After passing through the twenty-second hole 322, the first connection portion 342 is formed while passing through the twenty-third hole 324, and the twenty-fourth hole 326 and the twenty-fifth hole 328 are formed again. By passing through to form a second connection portion 344, and again through the 26th hole 330 is to complete the necklace as a zigzag connection structure. The number of gemstones is also unlimited, and the shapes of the gemstones can be connected to each other regardless of diamond shape, square shape, round shape or droplet shape.

In the above description of the preferred embodiment of the present invention, the present invention is not limited to the above-described embodiment, but can be modified and modified within the scope without departing from the spirit of the technical idea of the present invention, such modifications and Modified technical ideas should also be considered to fall within the following utility model registration claims.

By forming a through-hole in the jewelry as described above, and providing a structure that connects the jewelry and the through-hole of the jewelry by welding or to each other by a string to be used as a decoration such as necklaces, bracelets or anklets, As a simple structure and process, it is possible to connect jewelry and jewelry, and it is possible to connect jewelry and jewelry without the housing or other storage means according to each shape of the jewelry. It is possible to use the jewelry as it is, and to reduce the material required for the housing, and the beautiful gemstones can be used as ornaments for necklaces, so that the aesthetic expression becomes more beautiful. There is.

Claims (4)

In connecting a number of jewelry used as a decoration such as a necklace or bracelet, Imagine the shape of the first, second and third gems 210, 212, and 214 to be processed in the gemstone 100 and left and right through the holes. 224, 228) and the right hole, the 12th, 14th and 16th holes (222, 226, 230); In order to connect the first gemstone 210 and the second gemstone 212, the twelfth hole 222 and the thirteenth hole 224 are connected to each other, and then the first gemstone 210 is formed of silver or gold. A second assembly 242 formed by welding a right side portion of the second jewelry 212 with a left side portion and a twelfth hole 222 and a thirteenth hole 224; In order to connect the second gemstone 212 and the third gemstone 214, the fourteenth hole 226 and the fifteenth hole 228 are connected to each other, and then the second gemstone 212 is made of silver or gold solution. A third assembly 244 formed by welding a right side portion of the third jewelry 214 and a left side portion of the third jewelry 214 and the fourteenth hole 222 and the fifteenth hole 224; In order to connect the eleventh hole 220 and the necklace line 400 of the first jewelry 210 at the far left end, the eleventh hole 220 and the necklace line 400 are made of silver or gold solution. A first assembly 240 formed by welding a left portion of the 210 and an eleventh hole 220; And In order to connect the sixteenth hole 230 and the necklace string 400 of the third jewelry 214 on the far right end, the sixteenth hole 230 and the necklace string 400 are formed of silver or gold solution. A connection structure of a cubic gem or artificial gem, characterized in that it comprises a fourth assembly (240) formed by welding the right side of the 214 and the sixteenth hole (230). In connecting a number of jewelry used as a decoration such as a necklace or bracelet, Imagine the shapes of the tenth, eleventh, and twelfth gems 310, 312, and 314 to be processed in the gemstone 100, and the left and right holes penetrated up and down. 324, 328) and the twenty-second hole, twenty-fourth hole and twenty-sixth hole (322, 326, 330) as the right hole; In order to connect the tenth gem 310 and the eleventh gem 312, the necklace string 500 passes from the top to the bottom of the twenty-first hole 320, and passes through the bottom surface of the tenth gem 310. A first connecting line 342 formed to pass from the bottom to the top of the ball 322; In order to connect the eleventh jewelry 312 and the twelfth jewelry 314, the necklace string 500 is continuously connected to the first connection string 342 and passes from the top to the bottom of the twenty-third hole 324. A second connecting line 344 formed to pass from the lower portion of the twenty-fourth hole 326 to the upper portion through the lower surface of the eleventh jewelry 312; The second connection line 344 passes through the twenty-fifth hole 328 from the top to the bottom and passes through the twenty-six hole 330 from the bottom to the top through the bottom surface of the twelfth jewelry 314, and then again the necklace line 500 The connecting structure of cubic gems or artificial gems, characterized in that leading to). The method according to claim 1 or 2, Connection structure of a cubic gem or artificial gems, characterized in that the jewelry or artificial gems can be connected regardless of the number. The method according to claim 1 or 2, Connection structure of the cubic-shaped gemstone or artificial gemstone, characterized in that the shape of the gemstone or artificial gemstone is diamond, square, round or water droplets.