KR20190119716A - Accessory with image expanding function - Google Patents

Abstract

The present invention relates to an ornament having an image expansion function, which uses an optical principle to see images or pictures embedded in an ornament by expanding the same through a jewel stone without a jewel stone and an image expansion unit in an ornament body separately, and increases a light emitting amount of the jewel stone. A jewel decoration unit joined to an ornament body comprises: a lens unit which is coupled and fixed to an upper side of a housing, is formed as a jewel having a surface in an entirely hexagonal crystal by a diamond cutting, and has a convex lens on a central part of the surface; a light determining unit which is provided in a lower side of the lens unit in the housing to determine an amount of light incident on the lens unit, and has a reflecting plate facing the lens unit; and a film which is provided in a lower side of the light determining unit in the housing and has various images or pictures reduced and printed thereon. Accordingly, the present invention allows various images or pictures printed on the film to be seen as an expanded illusion with naked eyes through the lens unit with light incident inside the housing through a lower side of the housing.

Description

Accessories with image expanding function {Accessory with image expanding function}

The present invention relates to an ornament having an image magnification function, and more particularly, to enlarge a photograph or an image embedded in an ornament directly through a jewelry egg using an optical principle without separately providing a jewelry egg and an image enlargement unit in the ornament body. The present invention relates to an ornament having an image magnification function so that the light emitting amount of a gem egg can be increased.

As is well known, ornaments are intended to highlight the beauty and refinement of appearance by the wearing of the body, such as rings, arms, necklaces, hairpins, and earrings.

Recently, the trinkets have been proposed to enlarge the picture or the picture of the interior of the ornaments, as an example of the patent publication 10-2011-0126892 (2011.11.24.). This has been suggested.

The ornament and its manufacturing method are attached to a picture or a picture in the center of the body for the jewelry having a key ring, by mounting a convex lens on it to enlarge the picture and picture through the convex lens, and the surrounding of the convex lens The small size of the jewel eggs are attached.

However, such conventional ornaments are difficult to post family photos or images, which are inconvenient to expose to the outside as photographs or pictures are unnecessarily exposed to the outside, and the image enlargement unit makes use of the original aesthetic sense of jewelry embedded with jewelry. There are limitations, and the overall size is inevitably increased, resulting in inconvenience of wearing, and it is difficult to apply various ornaments such as rings or necklaces having a small size.

Patent Registration 10-0794299 (January 14, 2008.) Patent Application Publication No. 10-2011-0126892 (Nov. 24, 2011.). Patent Registration 10-1288382 (July 22, 2013.) Public Use Room 20-2018-0000273 (released January 26, 2018)

Therefore, the present invention was devised to solve the conventional problems as described above, the object of which is embedded in the jewelry directly through the jewelry egg using the optical principle without having to separately provide the jewelry egg and the image enlargement in the jewelry body, respectively The present invention provides an ornament with an image enlargement function to enlarge a photo or an image and to increase the amount of light emitted from a jewel egg.

One aspect of the ornament having an image magnification function according to the present invention for achieving the object of the present invention, in the jewelry body is attached to the jewelry, the jewelry is coupled and fixed to the upper side of the housing, the surface is A lens part formed of a gem shape having a hexagonal crystal shape as a whole by diamond cutting, and having a convex lens formed at the center of the surface; A photonic crystal part disposed under the lens part in the housing to determine an amount of light incident on the lens part side and having a reflecting plate directed toward the lens part side; A film provided under the photonic crystal part in the housing and reduced and printed with various pictures or images; and various pictures or images printed on the film with light incident into the housing through the lower side of the housing. It is characterized in that the virtual image enlarged to the naked eye through the lens unit.

In addition, the lens unit is composed of a surface portion, and a coupling protrusion formed integrally protruding from the lower portion of the surface portion, the housing is an inner diameter corresponding to the outer diameter of the coupling protrusion so that the upper portion is fitted to the outside of the coupling protrusion of the lens portion; A lens support tube integrally formed with a lens insertion portion having a height, and an assembly protrusion portion whose inner diameter is reduced by the stepped portion A subsequent to the lower side of the lens insertion portion; An inner diameter of the support tube assembly groove portion having an inner diameter and a height corresponding to an outer diameter of the assembly protrusion portion and the lower side of the support tube assembly groove portion so as to be coupled to the outer side of the assembly protrusion of the lens support tube. The reduced film support protrusion is integrally formed, and a light blocking plate is integrally formed at a boundary between the support tube assembly groove and the film support protrusion, and a photonic crystal hole is formed in the center of the light blocking plate, and an upper side of the light blocking plate is provided. A photonic crystal connecting tube provided with a reflecting plate having the same shape as that of the light blocking plate; It is fitted to the outside of the photonic crystal tube, the taper is reduced to the inner diameter corresponding to the film toward the lower side is formed, the film support ring integrally provided with a glass plate on the lower side opening;

In addition, the photonic crystal portion is characterized in that the inclined surface is further formed on the reflecting plate so that light can be concentrated on the convex lens side of the lens portion.

As described above, the present invention does not include a jewelry egg and an image enlargement unit separately in the ornament body, and allows the user to enlarge the photograph or image embedded in the jewelry directly through the jewelry egg by using an optical principle, thereby facilitating external exposure. Photographs, images, and stationery can be enlarged when needed directly through jewelry eggs of jewelry without any inconvenience, and the area and space previously occupied by the image enlargement section are removed so that rings, necklaces, etc. It can be applied to jewelry, which is not only compatible, but also prevents the use of jewelry's embedded jewelry's aesthetic senses, and is not inconvenient to wear. Having the effect to be able to make the quality improvement of the ornament by the brightness to have do.

1 is a perspective view showing the ornaments having an image magnification function according to the present invention.
Figure 2 is an exploded perspective view showing the overall configuration of the jewelry decoration of the present invention.
3 is a cross-sectional view showing the assembled state of FIG.
4 is a cross-sectional view showing another embodiment of the present invention.
5 is a plan view of a state in which an image printed on a film is shown as an enlarged virtual image by the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail according to the embodiment of the ornament having an image magnification function according to the present invention.

1 is a perspective view showing the ornament having an image enlargement function according to the present invention, Figure 2 is an exploded perspective view showing the overall configuration of the jewelry ornament of the present invention, Figure 3 is a cross-sectional view showing the assembled state of Figure 2, As shown in FIG. 1, the present invention is a jewelry (1) consisting of a single jewelry egg is attached to the ornament body 100, such as a ring or necklace, and if you look inside the jewelry (1), photos, images, stationery, etc. As shown in FIG. 5, it is characterized in that it can be viewed as an enlarged virtual image.

In more detail, the jewelry decoration unit 1 includes a lens unit 10 and a housing 20 supporting the lens unit 10, and a light quantity determining unit is formed inside the housing 20. 30 and the film 40 are provided to view various photographs or images printed on the film 40 as light incident through the lower side of the housing 20 as an enlarged virtual image through the lens unit 10. It is configured to be.

The lens unit 10 is a surface portion 11, the coupling protrusion 12 is formed integrally protruding toward the lower side of the surface portion 11, the surface portion 11 is a hexagonal crystal as a whole by diamond cutting It is made of a jewel shape having a shape, and a convex lens 11a is formed at the center of the surface portion.

Jewels, such as diamonds and cubic, etc., which generally have a brilliance, generally consist of hexagonal crystals, and emit light with mysterious light while refracting light projected from various surfaces according to the hexagonal crystals. Since the gem cannot be a jewelry by itself, it is set on the setting structure. The smaller one is usually polished with a Brilliant cut that determines the angle of the total reflection.

The light quantity determining unit 30 plays an important role in determining the amount of light such as an aperture so that the enlarged virtual image of the film 40 is not blurred and distorted when the lens unit 10 is looked into the eye.

The amount of light entering through the housing 20 is determined through a small hole, and the enlarged virtual image can be clearly seen without being distorted by being made in consideration of the height of the lens unit 10 and the film 40. ) Is a circular film with a relatively small diameter of about 1 ~ 2mm in diameter and is made by miniaturizing images, pictures, and texts that the wearer wants.

On the other hand, the housing 20 is composed of a lens support tube 210, a photonic crystal connector 220 and a film support ring 230 to be assembled and disassembled replacement, the lens support tube 210 is the upper portion A lens inserting portion 211 having an inner diameter and a height corresponding to an outer diameter of the coupling protrusion 12 so as to be fitted to the outside of the coupling protrusion 12 of the lens unit 10, and the lens inserting portion 211 Subsequently, the assembly protrusion 213 of which the inner diameter is reduced by the stepped portion A 212 is integrally formed on the lower side.

The photonic crystal connection tube 220 is a support tube assembly groove having an inner diameter and a height corresponding to an outer diameter of the assembly protrusion 213 so that an upper portion may be fitted to the outside of the assembly protrusion 213 of the lens support tube 210 ( 221 and a film support protrusion 223 whose inner diameter is reduced by the stepped portion B 222 successively to the lower side of the support tube assembly groove 221 is integrally formed.

In addition, the photonic crystal connector 220 is formed with a light blocking plate 224 integrally formed at the boundary between the support tube assembly groove 221 and the film support protrusion 223, the photonic crystal hole in the central portion of the light blocking plate 224 224a is formed, and a reflecting plate 225 having the same shape as that of the light blocking plate 224 is provided on the upper side of the light blocking plate 224.

The film support ring 230 is fitted to the outside of the photonic crystal connecting tube 220, the taper 231 is formed to be reduced to the inner diameter corresponding to the film 40 toward the lower side, the glass plate ( 231 is integrally fixed and provided.

Next will be described the assembly process of the jewelry (1) of the present invention configured as described above. First, the coupling protrusion 12 of the lens unit 10 is inserted into and fixed to the lens insertion unit 211 of the lens support tube 210 constituting the housing 20 so that the lens unit 10 is the lens insertion unit 211. ) So that it doesn't break out.

Then, the assembly protrusion 213 of the lens support tube 210 is inserted into the support tube assembly groove 221 of the photonic crystal connecting tube 220, and the film supporting protrusion 223 of the photonic crystal connecting tube 220 is supported by the film. It is inserted into the ring 230, in which the film 40 is placed on the glass plate 231 inside the film support ring 230 and the film 40 is supported by the film support protrusion 223 to flow It is fixed stably without being made.

The film support ring 230 is tapered (231) is formed so that the diameter gradually decreases toward the lower side, the inner diameter of the upper side is larger than the outer diameter of the film support protrusion 223, the inner diameter is gradually reduced toward the lower side is interference fit By combining in such a way that it can be connected and coupled with the photonic crystal tube 220 without a separate coupling means.

In the present invention assembled as described above, as shown in FIG. 3, light enters into the film support ring 230 through the glass plate 231 of the film support ring 230 and enters the film 40. The amount of light, ie, the amount of light, is determined by the photonic crystal hole 224a formed in the center of the light blocking plate 224 of the photonic crystal part 30, such as an aperture, in the light inside the support ring 230. The size of the photonic crystal hole 224a is determined to be the optimal size together with the height with the lens portion when fabricated through repeated tests and results.

In addition, the light passing through the photonic crystal hole 224a is refracted by the convex lens 11a formed at the center of the lens unit 10 to focus on the image of the film 40 incident with the light. As shown in FIG. 3, the image is enlarged as a virtual image.

On the other hand, the reflector plate 225 may add a color in the form of a mirror, when the hologram process can be implemented a variety of colors according to the viewing angle, as shown in Figure 4 the light of the lens unit 10 If the inclined surface 225a is further formed on the reflecting plate 225 to be concentrated toward the convex lens 11a, the sharpness of the enlarged virtual image and the amount of light divergence of the jewel-shaped lens unit 10 may be increased.

As described above, the present invention does not include the jewelry egg and the image enlargement part separately in the ornament body, so that the photo or the image embedded in the jewelry can be directly enlarged through the jewelry egg using an optical principle so that the external exposure is inconvenient. , You can enlarge the stationery when you need it directly through the jewelry egg of the jewelry without any inconvenience, and by removing the area and space occupied by the image enlargement part, you can use it for small rings or necklaces without any size limitation. It can be applied and not only compatible, but also prevents to bring out the aesthetic sense of jewelry embedded with gemstones, and there is no inconvenience to wear it. It is possible to improve the quality of jewelry by.

Although the above has been described in detail with the ornament having an image enlargement function according to the present invention, which is only the most preferred embodiment of the present invention, the present invention is not limited to this, the scope of the appended claims Determined and defined. In addition, anyone of ordinary skill in the art will be able to make various modifications and imitations according to the description of the specification of the present invention, but it will be apparent that this is also outside the scope of the present invention.

1: jewelry
10: lens unit
11: surface portion 11a: convex lens
12: coupling protrusion
20: housing
210: lens support tube 211: lens insert
212: stepped portion A 213: assembly protrusion
220: photonic crystal connecting portion 221: support tube assembly groove
222: stepped portion B 223: film support protrusion
224: light blocking plate 224a: photonic crystal hole
225: reflector 225a: inclined surface
230: film support ring 231: taper
232: glass plate
30: photonic crystal part 40: film

Claims (3)

In the jewelry body 1 is attached to the jewelry body 100,
The jewelry decoration part 1 is coupled and fixed to the upper side of the housing 20, the surface is made of a gem shape having a hexagonal crystal shape as a whole by the diamond cutting, the convex lens 11a at the center of the surface A formed lens unit 10;
A photonic crystal part 30 provided below the lens part 10 in the housing 20 to determine the amount of light incident on the lens part 10 side, and having a reflecting plate 225 facing the lens part 10 side; ;
A film 40 provided below the photonic crystal part 30 in the housing 20 and reduced in photographs, images, and the like, and configured to include a film 40 formed inside the housing 20 through a lower side of the housing 20. Ornaments having an image enlargement function, characterized in that the various images or images printed on the film by the light incident to the eye can see the virtual image enlarged to the naked eye through the lens unit (10).
The method of claim 1,
The lens unit 10 is composed of a surface portion 11 and the coupling protrusion 12 integrally protruded from the lower portion of the surface portion 11,
The housing 20 has a lens insertion part 211 having an inner diameter and a height corresponding to an outer diameter of the coupling protrusion 12 so that an upper portion thereof is fitted to the outside of the coupling protrusion 12 of the lens unit 10; A lens support tube 210 integrally formed with an assembly protrusion 213 whose inner diameter is reduced by the stepped portion A 212 to the lower side of the lens insertion unit 211;
A support tube assembly groove 221 having an inner diameter and a height corresponding to an outer diameter of the assembly protrusion 213 so that an upper portion thereof may be fitted outside the assembly protrusion 213 of the lens support tube 210, and the support tube. Subsequently, the film support protrusion 223 whose inner diameter is reduced by the stepped portion B 222 is integrally formed to the lower side of the assembly groove 221, and between the support tube assembly groove 221 and the film support protrusion 223. The light blocking plate 224 is integrally formed at the boundary, and the photonic crystal hole 224a is formed in the center of the light blocking plate 224, and the upper side of the light blocking plate 224 has the same shape as the light blocking plate 224. A photonic crystal connection tube 220 having a reflector plate 225;
The taper 231 is fitted to the outside of the photonic crystal connecting tube 220, and is tapered to an inner diameter corresponding to the film 40 toward the lower side, and the glass plate 232 is integrally provided at the lower side opening. Film support ring 230; ornaments having an image enlargement function, characterized in that consisting of.
The method of claim 1,
The photonic crystal part 30 is an ornament having an image enlargement function, characterized in that the inclined surface (225a) is further formed on the reflector plate 225 so that light can be concentrated to the convex lens (11a) side of the lens unit (10).

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