KR20090058697A - Production method for jewelry and accessory in gold, silver, bronze, gemstone and crystal - Google Patents

Abstract

A method for processing accessory is provided, which enables to express the unique personality and various colors and improves effectiveness and diversity. A method for processing accessory comprises: a film step of expressing a main body of the material to be processed and the design in the embossment presentation method; a photosensitive film output step for printing the film expressing the design in the intaglio presentation method; a sensitization process pre-step that adheres the film closely to prevent the bubble from being generated; a sensitization step that the sensitized material becomes corrosive along the shape of the film; a step of producing the bending stereoscopic perception of the surface; a step of washing; a step of filling the groove; and a high temperature deposition step for expressing the color.

Description

Processing methods for gold, silver, copper, pomegranate, minerals, crystals, glass, etc. for precious metals or accessories {Production method for jewelry and accessory in gold, silver, bronze, gemstone and crystal}

As described above, as a conventional technique, a technique of finishing at the stage of processing (groove technology) using a manual tool (power tool) and a laser is used, but it cannot satisfy a variety of materials. It was difficult to match the quality of the same standard, there was a limit to the use of the prior art.

 In addition, it is impossible to express a variety of colors on the processed part after processing, even if the design (various) was to produce only products of the same color.

In the present invention, the existing inefficient manufacturing process can be expressed first by using a CAD program or a similar function 3D or 2D program to simplify the representation of all designs, texts, and even pictures of people or objects. By maximizing the effect of infinite image expression, second, using photosensitive film to reduce the time and cost to utilize the designed design on the surface of the material 1: 1, the production efficiency was increased and the production cost was lowered. Third, using a compressor equipped with a special nozzle 60 (a nozzle capable of ejecting water and sand at a high pressure), the water, air, and sand prepared at an appropriate ratio may be By spraying 61, it is a suitable processing method as a uniform work method for the diversity of materials, so that the three-dimensional bending can be expressed in detail. Fourthly, beyond the step of making a groove in the material represented by the conventional technology, the part dug up after processing is compensated for, and the various pigments (glass pigments, ceramics, ceramic pigments) are selected by the desired color. Invented so that it can be deposited at a high temperature in the groove 70, to produce a unique new type of product with the same quality as a permanently permanent specifications.

Another object of the present invention is an efficient way to meet both the expression of a variety of colors and the unique personality of the modern consumer, beyond the limitations of the prior art, its efficiency and diversity, and gold, silver, copper, stone used in precious metals, accessories ), Minerals, crystals, glass, etc.

To provide.

As described, the present invention is made of gold, silver, copper, stone, minerals, crystals, glass, and various other materials (10). It can meet the demands, and there is no anxiety factors such as material permanence, discoloration, discoloration, deformation and departure of processed parts after processing. Rareness can be emphasized on valuable materials such as silver, copper, stone, minerals, crystals, glass, etc., improving the product's productability to high added value. You can.

The processing of the present invention is very fast, easy and uniform mass production is economical, and the value of the invention is high because the advanced or new technology is combined with the existing conventional technology.

The construction step of the present invention, ultrasonic waves so that the surface of the material 10 (gold, silver, copper, stone, minerals, crystals, glass) to be expressed without foreign matter Preparation stage of the material to be cleaned with

Design step of designing all the designs, texts of the desired shape to be expressed to the actual size of the surface to be expressed by CAD program or similar 3D or 2D program,

A photosensitive film output step of printing the designed design negative (negative-negative expression) film 21 or positive (positive-embossed) film 20 to a photosensitive printer;

After the photosensitive agent (liquid) 30 is applied to the surface of the workpiece 10 in a thickness conforming to a predetermined standard without bubbles (31), and before the photosensitive treatment of closely contacting the film (20, 21) so that no bubbles are generated thereon step,

After the photosensitive process using the lamp 40 that emits a certain amount of light from the upper portion of the material, the coating 31, the photosensitive agent 30 is corroded (50) according to the shape of the film (20, 21) in close contact Photosensitive stage becoming,

Water prepared at an appropriate ratio using a compressor equipped with a special nozzle 60 (a nozzle capable of ejecting water and air and sand at high pressure) on the corroded portion to be expressed. Spraying the air and sand at high pressure (61) to hit the corrosion surface, and precisely excavating the corrosion 50 of the surface of the material 10 (70), the intended design film (20, 21) to create a curved stereoscopic sense of the surface to be negative (negative-negative representation) (21) or positive (positive-embossed representation) (20),

The photoresist remaining on the surface of the material is ultrasonically cleaned with a film removal agent diluted with water to clean the surface of the material 10 and the recessed groove 70 such that there is no foreign matter.

Selecting the pigments (glass pigments, ceramics, porcelain pigments, resin pigments) to be used according to the desired color, and filling the grooves 70 flat with the same height as the surface (80),

The technique of the present invention is achieved by baking in a kiln according to the molding temperature and time suitable for the characteristics of pigments (glass pigments, ceramics, porcelain pigments), through a high temperature deposition step expressing the intended design and color.

Therefore, by painting with a paint or acrylic paint on the grooves, which were expressed by the prior art, the peeling, discoloration, and discoloration during use are completely eliminated, and pigments for each color (glass pigments, ceramics, ceramic pigments, resin pigments) ) Can be used and stored permanently by overcoming the limitations of discoloration, discoloration, deformation and departure.

1 is a side view of a pretreatment step for corroding a desired design to a surface according to the present invention,

Figure 2 is a side view of the step of eroding the surface of the shape designed according to the present invention using a lamp,

3 is a perspective view of a step of processing the corroded surface in an intaglio or embossed form using a compressor equipped with a special nozzle 60 (a nozzle capable of ejecting water and sand at high pressure) according to the present invention; ,

Figure 4 is a perspective view of the finishing step in the engraving (embossed) form according to the present invention,

Figure 5 is a perspective view of the process completed by putting the pigment (glass pigment, ceramic, porcelain pigment, resin pigment) in the intaglio (embossed) portion processed according to the present invention,

Figure 6 is a front view of the step to finish the product according to the present invention.

Description of the main parts of the drawing-

(10) the body of the material to be processed

(20) Film expressing intended design with positive-positive expression (Positive)

(21) A film that expresses the intended design in negative representation (negative).

(30) Photoresist (liquid)

(31) Photoresist (liquid) applied to the surface of material to be processed

(40) lamps for dimming

(50) the surface of the material corroded through the photosensitive step

60 high pressure water and sand jetted by nozzle

(70) Grooves in the form of intaglio

(80) The surface of the finished material by bringing the pigment into close contact with the indented area

(90) Products processed according to the present invention

Claims (8)

After processing the material (gold, silver, copper, stone, minerals, crystals, glass, glass) having a certain shape, the design shape designed on the surface and the surface pattern A unique accessory and accessory ornament comprising a unique intaglio or embossed pattern having a pigmented coating of various colors in the intaglio or embossed patterned groove. The material of the material is gold, silver, copper, stone, minerals and crystals (Crystal), glass (Glass) unique accessories and accessories ornaments that can be processed in a variety of ways. Unique accessories and accessory ornaments that can be processed directly on the surface of the material. Design to work on the material of the material (CAD) program or similar to the 3D, 2D program of the function that can be expressed by simplifying the picture of the design (Text), pictures (people) or objects Unique accessories and accessories ornaments. Negative (negative-negative expression) (21) or positive (positive-embossing) (20) film of the design (CAD) program or similar function 3D, 2D program on the surface of the material Unique accessories and accessory accessories that feature UV-sensitized light, which can be processed into the intended form. Using a compressor equipped with a special nozzle (a nozzle capable of ejecting water, air, and sand at high pressure), the part that is corroded by exposing light to the surface of the material is sprayed at a high pressure. 61) hitting the corrosion surface, and precisely excavating the corrosion 50 portion of the surface of the material 10, 70, the negative design of the intended design film (20, 21) (21) or positive (20) unique accessories and accessory trinkets characterized by creating a curved surface of the surface. Color-deposited pigments (glass pigments, ceramics, porcelain pigments, resin pigments) on the processed grooved surface of the material at high temperature, overcoming the limitations of discoloration, discoloration, deformation, departure, etc. so that they can be permanently used and stored. Unique accessories and accessory accessories that feature processing. Accessories and accessory ornaments made by the high temperature deposition of various designs, pigments of various colors on the material, are unique accessories and accessory ornaments characterized by the ability of modern consumer to meet the needs of a wide range of consumption patterns.

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