KR20230069754A - Shining ornament - Google Patents

Abstract

The present invention relates to a jewellery structure with continuous sparkle. A decoration (14) that receives light and sparkles by the action of light is coupled to a decoration body (31). A second spring fastener (32) is formed at the bottom of the decoration body (31) to which one end of a spirally wound elastic spring (11) is coupled. The decoration body (31) is contained inside a support body (21), and the other end of the elastic spring (11) is coupled to a first spring fastener (22) formed inside the support body (21) so that the decoration body (31) is supported only by the elastic spring (11), floating in the air. The elastic spring (11) easily vibrates even with a small external force, causing the decoration (14) to continuously sparkle with light. The purpose of the present invention is to provide a structure that allows vibration to occur easily, no matter which direction the structure is erected or laid down.

Description

An ornamental structure that continuously shines {SHINING ORNAMENT}

The present invention relates to an ornamental structure that continuously sparkles.

The present invention relates to an ornamental structure that continuously sparkles to cause reflection by light in various directions. The clump (ornament body) is used by being coupled to a support body such as a ring, earring, or necklace by accommodating jewels. It was common to use and fix it. The ornament looks shiny due to the refraction, reflection, interference, and scattering of light irradiated from a certain direction. As a result, it is difficult to recognize the light coming through the gem face in the direction of a certain direction, and it does not look shiny. In other words, the light does not shine so much that even if it is a large and good jewel, it does not shine enough to be called a jewel. In order to solve this problem, a configuration was proposed in which the support and the clumps were connected using means such as chains, bands, rings, etc. to give the jewels fluidity and make them shine more. .

In order to improve this, the applicant of the present invention has proposed Korean Patent Publication No. 10-2012-0097623 'a jewel cluster assembly having fluidity'. It includes an elastic spring, one end of which is fixed to the through-hole of the supporting body and the elastic spring, the other end of the elastic spring, and a jewel mounted on the sheath, and connects the support and the sheath with an elastic spring to form an elastic spring when an external stimulus is applied. The elasticity of the egg cell made it vibrate. In particular, it was possible to maximize the effect of refraction, reflection, scattering, etc. by light by continuously generating microscopic vibrations using an elastic spring with a small cross-section of metal. However, it is true that this configuration increases the effect of reflection by light compared to the conventional cluster assembly, but since both outer parts of the spring are inserted into the straight grooves of the penetrating part and fixed, the vibration of the cluster does not last long and the elastic spring does not shake. The degree was not great. In particular, since the eggshell vibrates only for about 1 to 2 seconds after an external stimulus is applied, and the vibration immediately disappears, there is a disadvantage in that the beautiful beauty of the jewel cannot be continuously provided.

In order to solve this problem, Korean Patent Publication No. 10-2018-0070186 proposes an accessory to enhance the effect of light, which is fixed to a support at only one point at the outermost end of the spring and a shell is fixed at the innermost end. By presenting , it was possible to increase the degree of fine tremor. However, in this case, depending on the fixed position of the elastic spring, if the vibration occurs well when erect, the vibration does not occur when laid down. However, there was a disadvantage that the vibration did not occur when erected.

The present invention has been devised to overcome the above problems, and an object of the present invention is to provide an egg house (ornament body)-support structure that allows vibration to occur well even when it is erected or laid down in any direction.

In order to achieve the above object, to provide an ornamental structure that continuously sparkles, the decoration body 31 receives light and the decoration 14 that shines by the action of light is combined, and the lower end of the decoration body 31 A second spring fastener 32 to which one end of the spirally wound elastic spring 11 is coupled is formed, and the decoration body 31 is contained inside the support 21, which is formed on the inside of the support 21 The other end of the elastic spring 11 is coupled to the first spring fastener 22, and the ornament body 31 is supported only by the elastic spring 11 and is suspended in the air, so that the elastic spring 11 has a small external force. It is also easily vibrated by so that the ornament 14 is continuously illuminated by light.

The first spring fastener 22 and the second spring fastener 32 have spring locking necks 24 and 34 formed below the spring locking heads 23 and 33, respectively, so that the spring locking necks 24 and 34 One end of the elastic spring may be coupled as winding.

The second spring fastener 32 has a plurality of spring locking necks 34 and spring locking heads 33 continuously formed to hang a plurality of elastic springs 11, and a plurality of first spring fasteners ( 22) is formed at a certain angle to the support body 21 so that the decoration body 31 can be supported by the elastic spring 11 in various directions.

An ornament through-groove 41 is formed between the ornament body 31 and the second spring fastening hole 32, and a long through-bar 42 penetrates through the ornament through-groove 41 and is formed inside the support body. Both sides are coupled to the rod fixture 43, but the decoration through groove 41 can prevent contact with the through rod 42.

The first spring fasteners 22 may be formed at different angles within the support body 21 so that the plurality of elastic springs 11 are placed on a plane as parallel as possible.

Spring engaging grooves 25.35 penetrating the spring engaging heads 23 and 33 are formed in the spring engaging heads 23 and 33 so that the ends of the elastic springs can pass through and be coupled.

The second spring fastener 32 may be formed obliquely with the accessory body 31 . In the case where several spring locking necks are formed, forming the second spring fastener 32 obliquely may be more advantageous in coupling.

In the case of the present invention, even if an elastic spring is used in the past, the vibration time, which was only tens of seconds, is increased several times, and vibration occurs in any direction, and an external force is newly applied just by changing the direction, so that vibration continues. have the effect of making it happen.

1 is a view showing an elastic spring
Figure 2 shows one embodiment according to the present invention;
Fig. 3 is a view showing the embodiment of Fig. 2 as seen from below;
4 is a view showing an embodiment of a first spring fastener;
5 is a view showing an embodiment of a second spring fastener;
Figure 6 is a view showing another embodiment of the second spring fastener

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. However, the present invention may be embodied in many different forms and is not limited to the embodiments described herein. In addition, in order to clearly describe the present invention in the drawings, parts that are not related to the description or parts that are already known are omitted, and similar reference numerals are attached to similar parts throughout the specification.

Figure 1 shows one embodiment of an elastic spring 11 according to the present invention. The elastic spring 11 has a spiral wound shape in order to have elasticity but to have a long length even in a narrow space as much as possible. It is called part (13). The figure shown is in the form of a spiral that becomes approximately circular, but it is possible to become a spiral that becomes approximately triangular, a spiral that becomes a square, or other polygonal shapes as needed. Either one of the first coupling portion 12 and the second coupling portion 13 can be coupled to the egg house (ornament body, 31) to which the decoration 14 is attached, and the other side can be coupled to the support body 21 . The support 21 refers to a part containing a jewel except for a jewel part in a normal accessory. The first coupling portion 12 or the second coupling portion 13 has a straight line shape bent at an angle with the spiral for coupling.

2 and 3 show a form of fixing the ornament 14 using the elastic spring 11. The support 21 is a shape for wearing the decoration 14 on the user's body and may be implemented in the form of earrings or necklaces having various shapes, but here, for convenience of explanation, which product is not specifically specified. However, it is possible to use various types of currently available items such as earrings, necklaces, rings, etc. depending on how the support 21 of the illustrated form is used. In addition, it is advantageous that the ornament 14 is a light conversion object such as a diamond or cubic, but other jewelry is not limited thereto.

A first spring fastener 22 for coupling the end of the elastic spring 11 to the support 21 is formed. The first spring fastener 22 may be formed in a different position depending on the shape of the support 21. In FIG. 2, it is formed on the side wall of the ring-shaped support 21 with a center hole, and if necessary, the side It may be formed on the bottom side, not on the side. .

The first spring fastening hole 22 is used to hang and fix the elastic spring 11, and the spring hanging head 23 has a larger diameter than the spring hanging neck 24, so when it is wound on the spring hanging neck 24 The width of the spring engaging head 23 is larger, making it difficult to fall out, and a spring engaging groove 25 may be formed through the spring engaging head 23, and the first coupling portion 12 opposite to the end of the elastic spring 11 ) Or the second coupling part 13 is coupled by winding the spring engaging neck 24 after passing through the spring engaging groove 25.

The decoration 14 is coupled to the support 21 via the elastic spring 11, and flows irregularly when an external stimulus is applied, and a light conversion object is attached to the decoration 14 to realize various optical effects during vibration. It can be. The ornament 14 is also called a moving body because it continuously moves by stimulation.

In Figure 5, when the decoration 14 is shown on the decoration body 31, the decoration body 31 and the decoration 14 are shown as having a similar shape, but this is only one embodiment, and the common plant 14 is the decoration body (31) can also be placed in a smaller size.

The decoration 14 is coupled to and stored in the decoration body 31 supporting the decoration 14, and a second spring fastener 32 may be formed at the lower end of the decoration body 31. The ornament body 31 is a structure for directly accommodating the ornament in order to couple the ornament to the support 21, and the support 21 can be said to be a part corresponding to the appearance of a necklace, ring, etc., which are commonly seen. The second spring fastening hole 32 is coupled to the first coupling part 12 or the second coupling part 13 corresponding to the other end of the elastic spring 11. In the drawing, the innermost part of the elastic spring 11 The second coupler 13 corresponding to the end couples. The second spring fastening hole 32 also penetrates the spring engaging head 33 to form a spring engaging groove 35, and a spring engaging neck 34 is formed below the spring engaging head 33 to form a spring engaging neck 34 ) so that the end of the elastic spring 11 is wound and coupled, and if necessary, the end can pass through the spring engaging groove 33. The protrusion 36 protrudes in a direction different from the direction in which the elastic spring 11 is wound, so that even if the second coupler 13 is separated from the spring engaging groove 33, the elastic spring 11 is caught by the protrusion 36. You can make sure it doesn't come off easily. The protrusion 36 may also be formed on the first spring fastener 21 .

In addition, if necessary, in order to prevent the decoration 14 from easily leaving the support 21, a ring-shaped decoration through groove 41 is formed at the bottom of the decoration body 31 and above the second spring fastener 32. It can be so that the through-bar 42 of the long form passes through the decoration through-hole 41. A second spring fastener 32 is formed below the ornament through groove 41.

Both ends of the through bar 42 are coupled by being inserted into the through hole fixture 43 formed inside the support 21, and since the decoration through hole 41 passes through the through bar, the decoration 14 is removed from the support 21. won't come off easily. This is because when the decoration 14 is coupled to the support only by the elastic spring 11 without a separate fixing means, there is a possibility that the decoration 14 separates and escapes even with a small impact. In addition, as far as possible, the through rod 41 does not touch the decoration through hole 41. This is because movement as a body can be restricted when the decoration through groove 41 touches the through rod 41.

However, when only one elastic spring 11 is used, it is difficult to support the decoration 14 and, as pointed out above, there is a disadvantage in that vibration of the body does not occur well when the angle is slightly tilted or erected. In the present invention, in order to overcome this disadvantage, a plurality of elastic springs 11 are used. Elastic springs 11 are coupled to the neck 34 one by one so that a plurality of elastic springs 11 can be used. In addition, a spring engaging groove 35 for coupling the end of the elastic spring may be formed at the most distal end of the spring engaging head 33. A plurality of first spring fasteners 22 may be formed in accordance with the number of elastic springs 11 on the inside or bottom surface of the support. In the case of two elastic springs 11, they are formed at an angle of about 180 degrees to each other To support the decorations 14 on both sides, and in the case of three, to form at an angle of about 120 degrees, to support the decorations 14 in three directions, and in the case of four, to form at an angle of about 90 degrees, four directions In order to support the decoration (14). When only one elastic spring 11 is used, it may be difficult to float the decoration 14 with only the elastic spring 11, so the elastic spring 11 is hung on the first spring fastener 22 and used. For this purpose, the first spring fastener 22 and the second spring fastener 32 had to be used so that they are arranged in a line with respect to the ground, but when two or more elastic springs are used, the first spring fastener to the ground Even when the sphere 22 and the second spring fastening member 32 are placed parallel to the ground, the ornament 14 does not touch other components and is supported by the elastic spring. Therefore, in the case of using only one elastic spring, it was possible to use it limitedly only for products such as necklaces, but in the structure according to the present invention, it is possible to use it not only for necklaces but also for other types of accessories such as rings, brooches, buttons, hairpins, etc. do.

If the direction in which the spring locking neck 34 is formed in the first spring fastener 22 is a vertical direction, the second spring fastener 32 is formed on almost the same plane, which is the direction of the second spring fastener 32 This is possible by adjusting the inclination toward the first spring fastener 22 little by little. If the support is made elongated, the plurality of elastic springs to be fastened can not be inclined, but the ornament 14 can be made without making the support elongated by simply adjusting the angle at which the first spring fastener 22 is coupled to the support. support is possible. Since the elastic spring is metallic and has a very small cross section, even if a plurality of elastic springs are used, the length of the second spring fastener 22 connected with several necks and heads is not greatly increased, and the elastic spring is slightly tilted and coupled. However, the overall length is not too long because the neck and head do not need to be thick.

11: elastic spring 12: first coupling part
13: second coupling part 14: decoration
21: support 22: first spring fastener
23: spring hanging head 24: spring hanging neck
25: spring hanging groove
31: decoration body 32: second spring fastener
33: spring hanging head 34: spring hanging neck
35: spring holding groove 36: protrusion
41: decoration through groove 42: through bar
43: through bar fixture

Claims (7)

As an ornamental structure that continuously shines,
The ornament body 31 receives light and is combined with a sparkling ornament 14 by the action of the light.
At the bottom of the decoration body 31, a second spring fastener 32 is formed to which one end of the spirally wound elastic spring 11 is coupled, and the decoration body 31 is contained inside the support 21.
The other end of the elastic spring 11 is coupled to the first spring fastener 22 formed inside the support 21 so that the ornament body 31 is supported only by the elastic spring 11 and is floating in the air. The elastic spring 11 is easily vibrated even by a small external force so that the ornament 14 continuously sparkles by light, an ornamental structure that continuously sparkles. The method of claim 1, wherein the first spring fastener (22) and the second spring fastener (32) have spring locking necks (24, 34) formed below the spring locking heads (23, 33), respectively, so that the spring locking mechanism An ornamental structure in which one end of an elastic spring is coupled to the neck (24, 34) as if it is wound, so that it continuously shines The method of claim 2, wherein the second spring fastening hole (32) has a plurality of spring locking necks (34) and a spring locking head (33) formed in succession so that a plurality of elastic springs (11) can be hung, and a plurality of The first spring fastener 22 is formed at a predetermined angle on the support 21 to support the ornament body 31 by the elastic spring 11 in various directions, a structure of ornaments that continuously sparkles. According to claim 3, between the decoration main body 31 and the second spring fastening hole 32, the decoration through groove 41 is formed, and the long-shaped through rod 42 penetrates the decoration through groove 41 to support the body. Both sides are coupled to the through-bar fixture 43 formed on the inside of the decoration through-groove 41 so as not to touch the through-bar 42, an ornamental structure that continuously shines 5. The method of claim 4, wherein the first spring fasteners (22) are formed at different angles in the support body (21) so that the plurality of elastic springs (11) are placed on planes as parallel as possible, so that they are continuously shiny. ornament structure The method of claim 5, wherein the spring engaging head (23,33) is formed with a spring engaging groove (25.35) penetrating the spring engaging head (23,33) so that the end of the elastic spring can pass through and be coupled. Structures of ornaments that make them sparkle The accessory structure of claim 6, wherein the second spring fastener (32) is formed obliquely with the accessory body (31) so as to continuously shine.

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