KR960004009B1 - Formation method of embossing - Google Patents

Abstract

The method is for forming embossings in the spring-connected meshes used in manufacturing accessaries. It comprises a step of forming the spring meshes by connecting a number of springs; a step of determing the thickness of the embossing by drawing a spring by a constant distance; a step of pushing the drawn springs; a step of forming embossings by connecting a special spring to the spring meshes; and a step of pushing the spring of one end of the embossing.

Description

Embossing Formation Method of Spring Connecting Mesh for Making Auxiliary Accessories

1 is a view showing an example of chain formation of the spring connection mesh.

2 is a connection process diagram of the spring connection mesh according to FIG.

3 is a manufacturing completeness diagram of a conventional spring connection network.

4 is an embodiment of processing the ornaments of the spring connection mesh.

5 is a view showing an initialization operation for forming an embossing according to the present invention.

6 is a view showing a selection process and a first alignment process according to the present invention.

Figure 7 is a cross-sectional view of the embossing forming a working process for forming the embossing of the present invention.

8 is a schematic representation of embossing formation according to the present invention.

* Explanation of symbols for main parts of the drawings

2a, 2b: spring mesh 5a: jewelry

7a: embossing 8a: connecting spring

The present invention relates to a spring connection mesh for fabricating auxiliary accessories, and more particularly to a method of forming an embossing of the spring connection mesh for forming the embossing.

Typical spring connection nets for the production of auxiliary accessories in the shape of spring connection nets have a flat top surface and no embossed surface.

Auxiliary accessories are ornaments such as necklaces including accessories.

The chain, which is the basic material of such a spring connection mesh, can be wound at equal intervals by winding the wire around a straight rod 1a as shown in FIG. 1 to form a chain having a predetermined spring shape. Spring-shaped chains are currently produced in automated machines.

When a single chain is wound around another single chain, such as a second tile, the former chain and the later chain are wound and connected.

Such a connection can be made into a spring mesh shape having a larger area as shown in FIG. 3 by a myriad of chain bonds.

According to FIG. 3, the spring meshes 2a having a large area are manufactured by continuously connecting chains having the same phenomenon as one spring-shaped chain, and the spring meshes 2a on the plane are merely continuous twisting. It only requires a connection and does not accompany any other additional work.

In other words, by hanging the other chain on one chain and continuing the connecting operation to rotate in the direction of the inclination proceeds, the desired spring mesh (2a) can be obtained by using the spring mesh 2a produced in this way Craft jewelry. The process of forming the ornament is to place the spring mesh 2a on the support plate 3a as shown in FIG. 4, and to produce the ornament shape 5a of the planned shape by the press working machine 4a.

In the manufacturing step of the jewelry (5a) a large amount of jewelry (5a) can be formed regularly.

The shape of the ornament (5a) made of the spring mesh (2a) as a material has a flat top and bottom surface and has a monotonous shape formed with a hole of the perforation can not escape from the monotonous design when the product is manufactured as an ornament.

An object of the present invention is to improve the monotonous design of the ornament by forming embossing on the surface of the spring mesh used as fabrication material of the spring mesh ornaments.

Spring mesh manufacturing method of the present invention for achieving the above object is to determine the thickness of the embossing by the initialization step of connecting the individual springs in series and the spring mesh formed by the initialization step at a predetermined interval Selecting step, the first alignment step for pushing and aligning each spring passed through the selection step, and the connection step of forming the embossed by connecting the spring mesh passed through the alignment step with a separate spring, and through the connection process Embossing is formed on the spring mesh through a second alignment step of aligning the spring at one end of the formed embossing to align.

More specific manufacturing process of the present invention will be described.

The embossed spring mesh manufacturing method of the present invention starts with an initialization step of connecting one spring chain and another spring chain to another spring 6a in a state in which neighboringly arranged spring chains are shown in FIG.

In the initializing step, when a random number is assigned according to the connection order of each spring, the second and third springs are connected to the 3rd and 5th springs and the 4th springs are sequentially connected. The concatenation of is odd at one end, and even at the other end, with arbitrary lengths of "ℓ" and "ℓ '" at both ends.

After the initialization process of connecting the spring is formed a spring mesh having a predetermined width.

When the initialization process is finished, choose a work.

The leveling operation determines the width of the embossing 7a by determining a width of the embossing 7a by raising a predetermined number of springs at equal intervals.

FIG. 6 shows a selection operation to obtain the best appearance of embossing when the spring diameters are 0 and 60. Three lines are separated from the even-numbered bands and two lines are pulled out.

For example, run 2, 4, 6, pull out lines 8 and 10, run 12, 14, 16 and run 18, 20 ... in the same order.

After completing the picking operation, as shown in Fig. 6, turn the springs of odd numbered lines 1, 3, 5, 7, 9 ... to the point "A" and the other side reaches the point "B". To perform the first alignment operation to align the spring continuously from the beginning to the end.

After finishing the first alignment work, roll 1, 3, 5, and 7 rounds in the odd numbered bands, and connect lines 1, 7 with another spring 8a as shown in the cross-sectional view of FIG. Leave 11, 13, 15, and 17 round and continue the connection work to connect 11, 17 with another spring (8a). This rounded part forms the embossing (7a) of the spring mesh (2a). will be.

When the embossing 7a is formed on the spring mesh 2b, the second alignment operation for pushing and aligning the other end is performed to form a finished product of the embossing spring mesh for jewelry.

The embossing 7a formation of the spring mesh 2b through the above working process can make the spacing of the embossing 7a wider or narrower.

In other words, in the embodiment of the selection operation, the 2, 4, 6 lines are floated and the 8, 10 lines are pulled out. However, if the 8, 10, and 12 lines are pulled out, the three lines are pulled out. Widens

Alternatively, assuming that lines 2, 4, 6, and 8 are floated and lines 8 and 10 are drawn out, only the embossing width is widened and the spacing is not widened.

Embossing formation of the spring mesh produced through the manufacturing method of the present invention as described above can provide a spring mesh for making jewelry of a better design and can freely adjust the spacing and width of the array of embossing.

In particular, it is possible to avoid the monotony of the conventional flat spring mesh can improve the product design and mass production.

Claims (1)

An initializing step of forming a spring mesh by connecting a plurality of springs in series and arranging a plurality of springs; a step of extracting the spring mesh formed by the initializing step at a predetermined interval to form embossing; and the selecting step A first alignment step of aligning by pushing the odd-numbered side of each spring through the alignment step, a connection step of forming the embossing by connecting the spring mesh passed through the alignment step with a separate spring, and an even number of embossing formed through the connection step Embossing forming method of the spring connection mesh for fabricating auxiliary accessories, characterized in that to form the embossed spring mesh through the second alignment step to align the spring protruding from the stand.