A method of producing transparent jewelry by dripping UV resin onto transparent fishing line to create a waterdrop appearance.
Patent Information
- Application Number
- TR202611764
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- Filing Date
- 2026-07-15
- Publication Date
- 2026-09-21
Smart Images
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Abstract
Description
1 TARIFF "Transparent material given a water droplet appearance by dropping UV resin onto it." Jewelry Production Methods Techn k Area 5 The invention relates to technologies for the production of jewelry and accessories; more specifically, to transparent mesh. The controlled application of a resin that can be cured with ultraviolet (UV) light, the resin's The formation of droplets of varying volumes and geometries on a carrier medium, the word The subject is the integration of droplets with a carrier medium by curing them under UV light. and a production process that enables the creation of transparent decorative jewelry with a natural water droplet appearance. method le lg ld r. The invention is used in the production of necklaces, earrings, bracelets, anklets, brooches and similar decorative jewelry. controlled formation of resin droplets on a usable, transparent MS-na surface shaping, gradual curing, and three-dimensional droplet integration with the carrier material. It includes the CBR production method aimed at obtaining their structures. 15 The invention also includes molds, production templates and multi-stage resin application used in the production process. through techniques, the positional accuracy of droplets is integrated with the carrier ms. a method that includes production steps aimed at creating its structure and volumetric geometry lg ld r. State of Technology 20 Today, decorative jewelry production uses glass, crystal, acrylic, natural stone, metal, and polymer-based materials. Various types of synthetic limes are widely used, especially transparent or Semi-transparent jewelry contains glass beads, crystal stones, cast resin pieces, and similar decorative elements on carrier wires, chains or other fasteners It is used by fixing it. 25 However, in known production methods, different volumes and on a transparent carrier mesh are possible. Direct formation of resin droplets of various sizes, droplets with carrier elements its integration and three-dimensional volumetric appearance resembling a natural water droplet No integrated CBR production method aimed at its creation has been encountered. The decorative elements used in current applications are mostly pre-manufactured, independent 30s. Because the parts are made of steel, the production process requires additional assembly operations, carrier A natural and integrated structure cannot be created between the decorative and non-decorative elements. This... In addition, reducing the visibility of the carrier element allows droplets to be of different volumes. Controlled creation and providing an optical effect similar to a real water droplet, with double domes. Obtaining geometry involves various technical difficulties in existing production methods. 35 It contains. Furthermore, in the techniques used, it is possible to precisely detect droplets of different sizes and shapes on the same product. positioning in this way ensures repeatability of production and aesthetic integrity. 2 5 that use a combination of molding, production template and multi-stage curing processes for preservation purposes. There is no adequate technical solution regarding the integrated CBR production method. Therefore, decorative jewelry with a natural water droplet appearance on transparent MSN is more popular. A new method that enables the production of sensitive, repeatable and integrated carbon dioxide. A technical solution is needed. Purpose of the Invention 10 The main purpose of this invention is to produce a resin that can be cured with ultraviolet (UV) light on a transparent MSI substrate. By applying it in a controlled manner, the carrier matrix is integrated with the natural water droplet structure. It is a new and developing technology that enables the production of transparent decorative jewelry with a similar appearance. The goal is to offer a production method. Another purpose of the invention is to improve the mold, production template and multi-stage 15 used in the production process. Thanks to the resin application technique, the resin droplets are placed in predetermined locations. Enabling controlled creation in different volumes and geometries, thus improving production precision. and to increase repeatability. The other purpose of the invention is to create resin droplets on a carrier medium. By ensuring integration with the carrier element through a phased curing process, 20 to increase the mechanical strength of the droplets and their positional stability during use The goal is to obtain a protective structure. The invention also aims to apply the resin to each surface of the droplets in separate stages. by curing it, to create a three-dimensional volumetric structure, thus resembling a natural water droplet. The aim is to achieve an optical appearance resembling a natural one. 25 Another aim of the invention is to produce products of different sizes, shapes, and characteristics using the same basic production method. decorative jewelry such as necklaces, earrings, bracelets, anklets and similar items with droplet designs capable of production, suitable for mass production, feasible and standardizable. The goal is to improve production methods. Explanation of Figures 30 Figure 1: Placement of the transparent membrane into the mold cavity on the silicone mold and resin. The curable resin is injected into the mold cavity in a controlled manner via the application tip. The diagram showing its implementation is shown in section k. Figure 2: UV curing of curable resin inside a silicone mold together with transparent nylon. It is cured by exposure to UV rays emitted from a light source and placed inside the mold for 35 minutes. This is a schematic view showing the creation of the sten len form. Figure 3: Transparent mesh applied to the jewelry production template obtained after the curing process. The jewelry is made by applying the cured resin in drop form at regular intervals throughout the process. The schematic diagram shows the creation of the decorative pattern. 3 Figure 4: Decorative patterns created with resin drops obtained as a result of the method. 5 schematic view of the finished piece of jewelry, ready for use, containing all the elements. It shows. Explanation of References in Figures Reference Number Part Name 1 Transparent ms na 2. Curable resin 3 S l con mold 4 Mold cavities UV light source 6 UV rays 7 drops of resin 8 Recipe application tips 9 Jewelry making templates Finished jewelry Description of the Invention 10 The invention relates to the controlled application of a curable resin (2) onto transparent ms (1), applied curable resin (2) via UV rays (6) emitted from UV light source (5) water droplets are formed by curing and sequentially carrying out certain production stages. a production method that enables the production of transparent decorative jewelry (10) which has the appearance l şk nd r. 15 The production method implemented within the scope of the invention is; transparent msn (1) silicone mold (3) Placement of the curable resin (2) in the appropriate position inside the resin application tip (8) (4) application of the applied curable resin to the mold cavity (2) UV light The kbr structure is cured by UV rays (6) emitted from the source (5) and integrated with ms na (1). creation, then placing ms nan (1) on the jewelry production template (9), jewelry production 20 Drops of curable resin (2) onto the points determined on the template (9) (7) The application of the resin drops (7) in such a way as to create a repeat UV ray (6) As a result of the curing and production processes, the finished jewelry (10) is obtained. It includes the stages of the process. 4 The production process in the preferred application form of the invention is primarily done using a silicone mold (3) 5 The preparation begins with the S l con mold (3), in accordance with the design of the jewelry to be produced. It includes at least one pre-formed mold cavity (4). The mold cavity (4) is the production In the first stage of the process, in a way that will ensure the integration of transparent ms (1) with the process It is structured. Then transparent ms na (1), sl con mold (3) is placed along the mold cavity (4) 10 It is placed in the appropriate tension and position. The transparent mesh (1) mold cavity (4) Its position within the frame determines the structural integrity of the jewelry to be created in subsequent production stages. It is determined in a way that will provide this. After the transparent ms (1) is placed inside the mold, the curable resin (2), resin It is applied to the mold cavity (4) in controlled amounts via the application tip (8). 15 The applied curable resin (2) will partially or completely surround the transparent membrane (1). It accumulates inside the mold cavity (4) as shown in the figure. The amount of curable resin (2) applied at this stage depends on the geometry of the mold cavity (4) and The amount of the invention in question can be changed according to the design of the jewelry to be produced. It is not of a nature to limit its scope. 20 The curable resin (2) applied to the mold cavity (4) inside the silicone mold (3), UV Curing process by exposure to UV rays (6) emitted by light source (5) It is kept. As a result of this process, the curable resin (2) undergoes changes in its chemical structure. It hardens through reaction and integrates with transparent ms na (1) to form a kbr structure. The curing process depends on the properties of the curable resin (2) used, and the appropriate light 25 This can be achieved by selecting the intensity, wavelength, and application duration. These parameters, This can vary depending on the type of resin used, and it may limit the scope of protection of the invention. It is not in the picture. With the completion of the curing process, the structure formed inside the silicone mold (3) sufficient mechanical strength is achieved and in the subsequent stages of the production process, as shown in figure 30. It is becoming able to maintain its integrity. Thus, transparent ms na (1), silicone mold (3) A substructure that can be processed as a single piece thanks to the cured resin structure formed within it. It constitutes. The structure obtained at this stage will be used to create the resin drop (7) that will be carried out later. It forms the initial carrier section for the processes. Thus, the subsequent production 35 The resin drops to be applied in the stages (7) in the specified locations and in a controlled manner A suitable foundation for its creation is obtained. The structure, which is removed from the silicone mold (3) and integrated with transparent msna (1), jewelry production template (9) prepared in accordance with the design of the jewelry to be produced It is placed. The jewelry production template (9) will form the shape of the jewelry to be produced. a placement guide specifying the locations and arrangement where the drops (7) will be applied It is in the wire. Transparent ms na (1), along the placement lines on the jewelry production template (9) appropriate 5 After being positioned as shown, the curable resin (2) is applied through the resin application tip (8). The product is applied in controlled amounts to predetermined points on the template. The applied curable resin (2) comes into contact with the transparent mesh (1) and is formed in different volumes and sizes. It produces resin drops (7). The volumes, shapes, distances to each other and arrangements of the resin drops (7), 10 The design of the jewelry to be produced can be changed, but the same production method is used. Decorative jewelry with different geometric arrangements can be produced. Therefore, resin... The number of drops (7), their dimensions, shape and order of application are protected under the invention. Its scope is not limited by any specific characteristics and can be modified according to design requirements. After the formation of the resin drops (7), the applied curable resin (2) was treated with UV 15 Curing is achieved by UV rays (6) emitted by the light source (5). Thus The resin drops (7) become integrated with transparent ms na (1) and the production process is next It is being prepared for the next stage. After the initial surfaces of the resin drops (7) are cured, the structure continues in the production process. It is carefully inverted. Thus, the resin drops (7) are 20 during the first application. The parts that come into contact with the surface and are not treated with resin are made workable. The exposed surface of each drop of resin (7) on the inverted structure is the resin. The recurable resin (2) is applied via the application tip (8). Thus, each one The resin drop (7) acquires a volumetric structure in such a way as to surround the transparent ms (1). After the completion of the second application of the curable resin (2), the applied curable resin is treated with UV 25 It is re-cured by UV rays (6) emitted by the light source (5). This process As a result, the resin droplets (7) were cured on each surface, their mechanical strength was increased and It forms a PBR structure with three-dimensional volumetric geometry. The resin drops obtained at this stage (7) are placed in their desired positions on transparent ms (1). By protecting it, it acquires a transparent and integrated CBR appearance resembling a natural water droplet. Production m 30 With the completion of the process, the transparent msn (1) integrated with different volumes and In the dzl m, the finished jewelry (10) containing resin drops (7) is obtained. Industrial and Application Form of the Invention The invention is in the jewelry, jewelry design, decorative accessory production and similar manufacturing sectors. It can be implemented by real or legal persons engaged in the activity of serial or boutique production. 35 suitable jewelry production method. The production method described in the invention is transparent ms na (1), curable resin (2), silicone con using mold (3), UV light source (5), resin application tip (8) and jewelry making template (9) It is being carried out. Production process; transparent mesh (1) on silicone mold (3) Placement of the curable resin (2) into the cavity (4) via the resin application tip (8) 40 application, UV rays (6) emitted from the UV light source (5) applied to the resin curing, transferring the resulting structure onto the jewelry production template (9), on the template 6 Formation of resin drops (7) at the specified points, re-curing processes 5 It includes the stages of making and obtaining the completed set (10). The method described within the scope of the invention includes necklaces, earrings, bracelets, anklets, brooches, hair accessories and It can be used in the production of similar decorative jewelry products. The same production principle applies. Products with different sizes, shapes, droplet counts, droplet arrangements and designs, while being protected. It can be produced. 10 Thanks to the invention, during the production of resin drops (7) formed on transparent ms (1) controlled positioning, ensuring the same geometric layout in every production run, and production... The process can be made repeatable. Thus, production based on hand craftsmanship becomes possible. By reducing variations, a more standardized and sustainable LRBR production process is achieved. The invention can be easily integrated into the existing jewelry production infrastructure, and is suitable for small-scale production. from workshops to industrial production facilities, in diverse production environments. It is applicable. The equipment and materials used in the production process have the same technical function. The system can be replaced with equivalent systems, and these changes are fundamental to the invention. The production principle does not change. Thanks to the method obtained through invention, transparent decorative 20 with a natural water droplet appearance Jewelry, high repeatability in the production process, controlled droplet placement, production. By ensuring standardization and adaptability to different designs, in an economical and efficient way. It can be produced. Thanks to these features, the invention has the potential to become an industrial product in the jewelry manufacturing sector. It offers a feasible production method using wire mesh.
Claims
7 REQUESTS 1. A decorative coating is applied to the transparent MSW to create a natural water droplet appearance. It is a jewelry production method, and its characteristic is; transparent MS (1) on a silicone mold (3). Placement of resin into the mold cavity (4) in the said mold cavity (4) The application of the curable resin (2) through the application tip (8) The curable resin (2) is exposed to UV rays (6) emitted from the UV light source (5). Obtaining the initial structure of the transparent ms na (1) integrated with kbr by leaving , 10 The initial structure is removed from the SL mold (3) and placed on the jewelry production template (9) Placement of resin on the transparent mesh (1) by applying resin to the predetermined points. Formation of resin drops (7) in different volumes and geometries through the tip (8), Curing of the formed resin droplets (7) with UV rays (6), turning the structure upside down Application of recurable resin (2) to the opposite surfaces of the resin drops (7) 15 and three-dimensional natural water droplets by being exposed to UV rays (6) for the k nc time decorative jewelry (10) by obtaining the resin drops (7) which have the appearance The production method characterized by its creation.
2. Production method according to claim 1, its characteristic is; transparent fishing line (1), silicone mold (3) fixed by stretching linearly along the mold gap (4) on it and 20 thus the positional accuracy of the areas where the curable resin (2) will be applied is to ensure.
3. Production method according to claim 2, its characteristic is; applied to the mold cavity (4) the curable resin (2) emitted from the UV light source (5) together with the transparent fishing line (1). Curing by exposure to UV rays (6), resulting in a transparent 25 Integrated with fishing line (1), mechanical strength increased and subsequent production process The goal is to obtain an initial structure that can maintain its shape integrity in all stages.
4. Production method according to claim 3, its characteristic is that the initial structure is made from a silicone mold (3) separated and placed on the jewelry making template (9) and the jewelry making template (9), 30 The key is to keep the initial structure stable throughout the production process.
5. Production method according to claim 4, and its feature is transparent through the resin application tip (8). It can be cured in controlled amounts at predetermined points on ms na (1). By applying resin (2), resins with different diameters, volumes and geometries are obtained. 35 is the formation of drops (7).
6. The production method according to claim 5, and its characteristic is that the resin droplets formed (7) are UV by exposing the surface form to UV rays (6) emitted from the light source (5) It is subjected to an initial volumetric curing process in a way that will protect it.
7. Production method according to claim 6, characterized by; the structure after the initial curing process is 40 inverting the resin droplets (7) onto the opposite surfaces of the recurable resin (2) by applying the resin and exposing it to UV rays for the second time (6) Natural water droplets are formed by creating volumetric structures on both surfaces of the droplets (7). The goal is to achieve the desired appearance. 8 8. The production method according to claim 7, its characteristic is; resin drops (7), decorative 5 Depending on the design of the jewelry (10), different diameters, different volumes, spherical, ellipsoidal or they can be formed in extended geometries and at different intervals.
9. The production method according to claim 8, its characteristic is; the jewelry production template (9), resin drops (7) at predetermined positions on transparent fishing line (1) It serves as a guide to ensure that it is created with repeatable accuracy. 10 10. Production method according to claim 9, its characteristic is; the curable resin used (2), It has a transparent resin structure that can be cured under ultraviolet light and the curing process subsequently, the opto-k maintains its transparency, preserving the natural water droplet appearance. etmes d r.