WO2019156270A1

WO2019156270A1 - Floating jewelry bezel assembly and method for manufacturing spring-type float of floating jewelry bezel assembly

Info

Publication number: WO2019156270A1
Application number: PCT/KR2018/001835
Authority: WO
Inventors: 이기성; 이태관
Original assignee: (주) 뉴실크로드
Priority date: 2018-02-12
Filing date: 2018-02-12
Publication date: 2019-08-15

Abstract

A floating jewelry bezel assembly and a method for manufacturing a spring-type float of the floating jewelry bezel assembly are provided. Provided is a method for manufacturing a spring-type float of a floating jewelry bezel assembly, which has a jewel-fixed jewelry bezel provided therein or comprises a jewelry bezel coupling part composed of a leaf spring and having a jewel directly provided therein, comprising: an emulsifier coating step of forming an emulsifier-coated layer on the upper surface of a metal plate; a film layering step of layering, on the emulsifier-coated layer, a film having a pattern corresponding to a jewelry bezel coupling part composed of a leaf spring; an exposure step of forming, on the emulsifier-coated layer, a pattern layer corresponding to the pattern of the film; a film removal step of removing the film having the pattern; and a plating step of plating a nickel alloy on the pattern layer formed by the exposure step so as to form the jewelry bezel coupling part made of a leaf spring.

Description

Floating convoluted assembly and spring type fluid manufacturing method of the flow convoluted assembly

The present invention relates to a method for producing a flock assembly and a fluid of the flock assembly, and more particularly, to a flow type flock assembly in which the fuzz is assembled into a spring type fluid manufactured in a pattern structure, and a method of manufacturing the flow type fuzz assembly. .

In general, jewelry (including semi-precious stones, such as cubic jewels) is used to decorate accessories such as rings, necklaces, earrings, bracelets, or belts or accessories such as bags or bags. In order to use such a jewel, a mess is required to fix the jewel.

It is common for a conventional obfuscator to be integrally formed with a main body such as a ring, a necklace, an earring, a bracelet, or fixed by welding or the like. In the case of such a fixed type of fuzz, if there is no motion in the fuzz or the main body, the gem face which can interact with the external light irradiated from a certain direction such as refraction, reflection, interference, scattering, etc. is also limited to only a predetermined face, so that the gem is not in a specific direction There is a problem that it is difficult to recognize the light emitted through the plane.

In addition, there is a limit to fully realize the beauty of the jewelry itself because the intensity of the emitted light, which can be recognized only in a specific direction, is not monotonous or there is no movement of the main body. This monotony can be resolved when the dwarf or the body holding it is displaced, but this inevitably involves excessive body movements of the wearer.

do.

On the other hand, there is disclosed a method of connecting a flexible medium such as a chain and a band between the main body and the obfuscation in an attempt to impart predetermined fluidity to the obfuscation without excessive body movement of the wearer, but this also provides a fluid to the obfuscation. An external stimulus having a predetermined intensity or more is required, and in addition to the obfuscation, the flexible medium also flows unnecessarily at the same time, and there is a problem in that the duration of the obstruction itself is relatively short.

On the other hand, in order to solve the above problems, the Republic of Korea Patent Office Publication No. 2012-97623 has been proposed a 'jewel fume assembly.

FIG. 1 is an exploded perspective view for explaining the 'jewely messy assembly', and FIG. 2 is an exploded perspective view for explaining the 'jewely messy assembly' according to another embodiment of Publication 2012-97623.

1 and 2, the jewelry disassembly assembly 100a disclosed in Korean Laid-Open Patent Publication No. 2012-97623 includes a support 100 having a ring-shaped through part 120; A mess 200 for mounting jewelry; And an elastic spring 300 having one end fixed to the inner circumference of the through part 120 and the other end fixed to the fuzzy 200 to align the fuzzy 200 in the axial direction of the through part 120. It includes, and as the elastic spring 300 vibrates by an external stimulus has the structure in which the fuzzy 200 vibrates inside the through part (120). This Patent Publication No. 2012-97623 is made of a metallic material having a predetermined elastic force and durable so that the elastic spring 300 can react to a fine external stimulus, it is manufactured by twisting the wire in a spiral.

However, the jewelry obfuscation assembly (100a) of the Patent Publication No. 2012-97623 is to produce a small size of the elastic spring 300 by spirally twisting the wire as described above to produce the elastic spring 300 in a plate or tubular shape There are difficulties and limitations in the manufacturing process. In other words, as the elastic spring 300 is manufactured by twisting a wire helically by a conventional spring manufacturing apparatus, a fuzzy coupling portion 200a, ie, a fuzzy coupling portion 200a provided at an inner end of the elastic spring 300, is provided. ) Is difficult to manufacture small, there is a limit to manufacturing small. Accordingly, since the fuzzy 200 has to be manufactured in a size corresponding to the fuzzy coupling part 200a provided in the elastic spring 300, the fuzzy 200 cannot be manufactured in a smaller size, and the single fuzzy ( Since only 200 is configured to be coupled to the messy coupling portion 200a, there is a structural problem in that a plurality of messy 200 cannot be installed in the elastic spring 300. Due to these problems, there is a limit in implementing the beauty of the jewelry itself without satisfying various consumer's preferences.

In addition, the jewelry obfuscation assembly (100a) of the Patent Publication No. 2012-97623 is in the coupling structure of the elastic spring 300 and the support 100, in the grooves (130, 230) provided in the through portion 120 of the support (100) A method of elastically coupling the elastic spring 300 or a method of fixing by welding is adopted. At this time, since the elastic coupling method is a structure fixed simply by the elastic coupling force of the elastic spring 300, when an external force is applied to the elastic spring 300, the elastic spring 300 is a penetrating portion 120 of the support 100. There is a problem that can be lost apart from. In addition, the welding method is less accurate because the welding operation must be performed in a state in which one end of the thin elastic spring 300 is inserted into the

grooves

130 and 230 provided in the through part 120 of the support 100. There is a difficult problem.

Accordingly, the present invention was made to solve the general problems of the conventional fuzzy assembly,

The problem to be solved by the present invention is to provide a flow-type granule assembly and a spring-type fluid manufacturing method of the flow-type obfuscated assembly to facilitate the manufacturing operation of the fluid by manufacturing the spring-type fluid in a pattern structure through the exposure process and the plating process. There is.

Another problem to be solved by the present invention is to provide a variety of obfuscation for the same area through a spring-type fluid is manufactured in a pattern structure can meet a variety of consumer preferences, flow type that can fully realize the beauty of the jewelry itself An object of the present invention is to provide a method for manufacturing a fuzzy assembly and a spring-type fluid of the flowable fuzzy assembly.

Another problem to be solved by the present invention is to improve the coupling structure of the support and the fluid can be carried out the coupling operation of the support and the fluid accurately and conveniently, the fluid type assembly can prevent the phenomenon that the fluid is separated from the support and The present invention provides a method for producing a spring-type fluid of the flow-type fuzzy assembly.

As a specific means of the present invention for solving the above problems;

In the fluid-type fuzzy assembly comprising a support, a spring-type fluid that is fixed to the support and provided with a messy coupling portion, and a messy groove provided in the messy coupling portion of the spring-type fluid,

The spring-type fluid is composed by providing a single or a plurality of convoluted coupling portion made of a leaf spring on the disc is formed a plurality of alignment grooves on the outer circumference,

The support is provided with a flow-type obfuscated assembly, characterized in that the annular assembly is provided with an alignment protrusion for locking the alignment groove of the spring-type fluid.

As a preferred embodiment, the plate spring coupling part may further include a deflection prevention piece.

In a preferred embodiment, the annular cover may be combined with the annular cover.

The manufacturing method for manufacturing the spring-type fluid of the above-described flow type fuzzy assembly,

In the spring-type fluid manufacturing method of the fluid-type obfuscated assembly comprising a spherical coupling portion of the plate spring is installed or the gem is fixed to the gem directly installed,

The spring-type fluid is an emulsifier coating step of forming an emulsifier coating layer on the upper surface of the metal plate, a film laminating step of laminating a film having a pattern corresponding to the fuzzy coupling portion of the plate spring on the emulsifier coating layer, and the film An exposing step of forming a pattern layer corresponding to the pattern of the emulsifier coating layer, a film removing step of removing the film on which the pattern is formed, and plated nickel alloy on the pattern layer formed by the exposing step to form a plate spring. It is provided with a spring-type fluid manufacturing method of the fluid-type fuzzy assembly, characterized in that it comprises a plating step to form a joint.

The fluid-type fuzzy assembly according to the present invention and the method of manufacturing the spring-type fluid of the fluid-type fuzzy assembly can be easily manufactured by manufacturing the spring-type fluid in a pattern structure through an exposure process and a plating process to easily perform the production of small sized fuzzy coupling parts. It can be, and there is an effect that can reduce the manufacturing cost.

In addition, the present invention can be provided with a single or a plurality of fuzzy coupling portion for the same area through a spring-type fluid that is manufactured in a pattern structure to install a single number of eggs as well as a number of eggs, satisfying various tastes of consumers It has the advantage of being able to realize the beauty of the jewelry itself.

On the other hand, the present invention is composed of a spring-type fluid to the disk, by providing an alignment groove in the disk, by installing an annular coupling having an alignment protrusion on the support to perform the coupling operation of the spring-type fluid and the support accurately and conveniently And, as the spring-type fluid is firmly assembled to the annular assembly there is an effect that can prevent the phenomenon that the spring-type fluid is separated.

Figure 1 is an exploded perspective view for explaining the 'non-jewel jewelry assembly' No. 2012-97623.

Figure 2 is an exploded perspective view for explaining the 'jewels obfuscated assembly' according to another embodiment of the Patent Publication No. 2012-97623.

Figure 3 is an exploded perspective view of the main parts excerpts for explaining the flow-type obfuscated assembly according to the present invention.

Figure 4 is a cross-sectional view for explaining the spring-type fluid in the flow type fuzzy assembly according to the present invention.

Figure 5 is a planar configuration diagram for explaining another embodiment of the spring-type fluid in the flow type fuzzy assembly according to the present invention.

6 is a cross-sectional view of the main excerpts of the flow-type obfuscated assembly according to the present invention.

Figure 7 is an exploded perspective view of the main excerpts for explaining another embodiment of the flow-type obfuscated assembly according to the present invention.

8 is a cross-sectional view of the main excerpts of the flow-type obfuscated assembly according to another embodiment of the present invention.

Figure 9 is a block diagram for explaining a spring-type fluid manufacturing method of the flow-type fuzzy assembly according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Here, the fluid type flock assembly of the present invention can be applied to accessory products such as rings, necklaces, earrings, bracelets, etc., as well as belts or accessories, such as bags or bags. It will be described as a preferred embodiment.

Referring to FIG. 3, the flow-type fuzzy assembly 1 of the present invention includes a support 2, a spring-type fluid 3, and a fuzzy 4, wherein the spring-type fluid 3 includes a disc 31. It consists of, the support 2 is configured to further comprise an annular conjugate (21).

The support 2 means a ring-shaped ring. As described above, the support 2 may refer to a pendant in the case of a necklace and earrings in addition to a ring, a ring-shaped bracelet in the case of a bracelet, and other belts and accessories and a subsidiary material. Can be. In this case, in the present invention, the annular assembly 21 may be installed on the support 2 by welding, or the annular assembly 21 may be integrally formed on the support 2 by a casting method. ) Is provided with an alignment protrusion 211 to which the alignment groove 33 of the spring type fluid 3 to be described later is locked.

The spring type fluid 3 is fixed to the annular assembly 21 of the support 2. Such a spring-type fluid 3 is made of a thin metal disk 31, such as a nickel-platinum alloy or a nickel-rhodium alloy, which can obtain a strength reinforcement effect and a cost reduction effect (nickel can be replaced with copper). The single disc 31 of the spherical coupling part 32, 32 'which consists of leaf springs is provided in the metallic original plate 31, or it is comprised by providing in multiple numbers as shown in FIG. At this time, the spring-type fluid (3) is manufactured in a pattern structure through an exposure process and a plating process as in the manufacturing method which will be described later, the fuzzy coupling portion 32 made of the plate spring through the manufacturing method is a disc It is formed integrally with. More preferably, as shown in an enlarged view of FIG. 4, the fugitive coupling part 32 formed of the leaf spring may further include a deflection preventing piece 321. Such a drooping prevention piece 321 is formed in a structure that connects the coil and the coil of the leaf spring, it is preferably composed of a curved shape to be extensible by the weight of the fuzzy 4 or jewelry 41 by the weight of the messy coupling portion (32) prevents sagging. In addition, a plurality of alignment grooves 33 are formed at the outer periphery of the disc 31, for example, at 90 ° intervals in the outer periphery of the disc 31.

The jewel 41 is fixed to the mess 4. Such a fuzzy 4 is made of a metal for accommodating the lower portion of the jewelry 41, in addition to the various structures, that is, a structure for fixing the jewelry 41 by a fixture in the form of teeth can be applied. Alternatively, the jewelry 41 may be directly fixed to the messy coupling part 32 without using a mess.

Therefore, the coupling state and the interaction between the components of the flow-type fuzzy assembly according to the present invention having the configuration as described above will be described.

4 and 6, first, the fuzzy 4 is coupled to the spring-type fluid (3). This coupling operation is performed by fixing the fuzz (4: or jewelry) to the flock coupling part 32 of the leaf spring by an adhesive method (other methods may be adopted). In other words, in the fuzzy coupling part 32 made of a leaf spring, the fuzzy 4 is fixed to the spring-type fluid 3 by fixing the fuzzy 4 to the circular space provided at the center by an adhesive method. In particular, when the spring-type fluid 3 has a structure in which a plurality of messy coupling portions 32 'are provided on the disc 31 as shown in FIG. 5, a messy 4 (or gemstone) is formed at each of the messy coupling portions 32'. Is fixed by adhesive method. When the obfuscation 4 is coupled to the spring-type fluid 3 as described above, the gems 41 accommodated in the obfuscator 4 are upward, downward, leftward, and rightward at the obturator coupling part 32 formed of a leaf spring by an external stimulus. It can flow and express the beauty of jewelry through refraction, reflection, interference and scattering of external light. In particular, in the case of combining a plurality of fuzz (4) to a plurality of fuzz coupling unit 34 'is the gem accommodated in each of the fuzz (4) by the external stimulus can be maximized to express the beauty of the jewelry.

Thereafter, the spring-type fluid 3 is coupled to the annular assembly 21 provided on the support 2. The coupling operation is performed by fixing the alignment groove 33 of the spring-type fluid 3 to the alignment protrusion 211 of the annular coupling 21 by welding or the like.

7 to 8, the annular cover body 22 may be fixedly coupled to the annular assembly 21 to which the spring type fluid 3 is coupled. As the fixing method of the annular assembly 21 and the annular cover body 22, a fitting method (fitting method by projections and grooves), a welding method, an adhesive method, and the like may be applied, and the spring-type fluid 3 is annular. The assembly 21 and the annular cover body 22 can be firmly assembled and fixed.

Therefore, the flow-type fuzzy assembly 1 according to the present invention is provided with a singular or plural number of fuzzy coupling portions 32 and 32 'for the same area through the spring-type fluid 3, so that the single-numbered fuzzy 4 is Of course, by installing a large number of ovary (4), it is possible to maximize the beauty of the jewelry, can meet a variety of consumer preferences, it is possible to fully realize the beauty of the jewelry itself.

In addition, the spring type fluid 3 is provided with an alignment groove 33 in the disc 31, and the support 2 is provided with an annular coupling 21 having an alignment protrusion 211, thereby providing a spring type fluid 3. And the coupling work of the support 2 can be performed accurately and conveniently. In particular, as the spring type fluid 3 is firmly assembled to the annular coupling 21 and the annular cover body 22, the phenomenon in which the spring type fluid 3 is separated can be prevented.

<Spring-type fluid manufacturing method of flow type fuzzy assembly>

Here, the spring-type fluid of the fluid type fuzz assembly may be defined as a structure including a fuzz coupling part made of a plate spring in which the fuzz fixed with gems is installed or the gems are directly installed.

Referring to Figure 9, the spring-type fluid manufacturing method of the flow type flock assembly is emulsifier coating step (S1), film lamination step (S2), exposure step (S3), film removal step (S4), plating step ( S5) is implemented.

The emulsifier coating step (S1) forms an emulsifier coating layer 20 on the upper surface of the metal plate 10. That is, an emulsifier coating layer 20 is formed by coating an emulsifier, which is a material (photosensitive liquid) that reacts to light, on a metal plate.

In the film lamination step S2, a film 30 having a pattern corresponding to a fuzzy coupling part formed of a leaf spring is formed on the emulsifier coating layer 20. Such a pattern of the film 30 is patterned in the singular or plural number of flocked coupling portion of the leaf spring, and includes a pattern to form an alignment groove.

In the exposing step S3, a pattern layer 40 corresponding to the pattern of the film 30 is formed in the emulsifier coating layer. In other words, in the exposure step S3, ultraviolet rays are exposed to transfer a desired pattern to the emulsifier coating layer 20 (photosensitive film). In the exposure step S3, either a positive method of removing the coating layer by reacting the lighted portion or a negative method of removing the coating layer by reacting the non-lighting portion may be applied. Can be.

In the film removing step S4, after the exposure step S3 is completed, the film 20 having the pattern is removed.

In the plating step (S5) to form a spring-type fluid (1) by plating a nickel alloy on the pattern layer 40 formed by the exposure step (S3) to form a fuzzy coupling portion and the alignment groove of the plate spring on the disc. .

Therefore, the spring-type fluid manufacturing method of the flow-type fuzzy assembly according to the present invention is easy to manufacture the manufacturing method by twisting the wire as in the conventional method by manufacturing the spring-type fluid in a pattern structure through the exposure process and the plating process In addition, there is an advantage in that it is possible to provide a plurality of coherent coupling parts as well as a single number for the same area.

On the other hand, the above-described embodiments are only given specific examples to enable those skilled in the art to easily understand and implement the present invention, and are not intended to limit the scope of the present invention. Therefore, it should be noted that various modifications or changes can be made to the above-described embodiments. The scope of the invention is defined in principle by the claims that follow.

1 fluid type assembly 2 support

3: Spring type fluid 4: Fuzzy

10 metal plate 20 emulsifier coating layer

21: annular conjugate 22: annular cover body

30 film 31 disc

32,32 ': messy coupling part 33: alignment groove

40: pattern layer 41: jewelry

211: alignment protrusion 321: deflection prevention piece

S1: emulsifier coating step S2: film lamination step

S3: exposure step S4: film removal step

S5: Plating Step

Claims

In the fluid-type fuzzy assembly comprising a support, a spring-type fluid that is fixed to the support and provided with a messy coupling portion, and a messy groove provided in the messy coupling portion of the spring-type fluid,

The spring-type fluid is composed by providing a single or a plurality of convoluted coupling portion made of a leaf spring on the disc is formed a plurality of alignment grooves on the outer circumference,

The support assembly is a flow type messy assembly, characterized in that the support is provided with an annular assembly is provided with an alignment projection is fixed to the alignment groove of the spring-type fluid.
The method of claim 1,

The messy coupling part of the leaf spring further comprises a deflection preventing piece.
The method of claim 1,

The annular assembly is a flow-type fuzzy assembly, characterized in that the annular cover body is coupled.
In the spring-type fluid manufacturing method of the fluid-type obfuscated assembly comprising a spherical coupling portion of the plate spring is installed or the gem is fixed to the gem directly installed,

The spring-type fluid is an emulsifier coating step of forming an emulsifier coating layer on the upper surface of the metal plate, a film laminating step of laminating a film having a pattern corresponding to the fuzzy coupling portion of the plate spring on the emulsifier coating layer, and the film An exposing step of forming a pattern layer corresponding to the pattern of the emulsifier coating layer, a film removing step of removing the film on which the pattern is formed, and plated nickel alloy on the pattern layer formed by the exposing step to form a plate spring. Spring-type fluid manufacturing method of the flow-type fuzzy assembly, characterized in that it comprises a plating step to form a joint.