Manufacturing process for universe form of metal particles in glass

Abstract

The invention discloses a manufacturing process for forming a cosmic sky form by metal particles in glass. The process comprises the following steps: fusing gold and silver particles into glass, surrounding the gold and silver particles, fusing high-temperature-resistant European gemstone into the glass, fusing the gemstone and the metal particles, adjusting the shape, and preparing a flat elliptical universe black hole background glass rod, a gemstone hemisphere fused universe black hole background glass rod, a silver particle nebula glass rod and a universe black hole background fused nebula glass rod. Adding ground color, finally adjusting, annealing and cooling. According to the invention, high borosilicate glass, pure gold, pure silver and other metals are ingeniously used for making a star ring which is vivid to a universe main fixed star, metal particles surround and universe black hole vortex which is damaged by the metal particles, and the metal particles form a nebula-like glass ball, so that the metal particles with the diameter of about 0.01-1mm are formed in the glass ball; and the generated universe form pattern is more beautiful.

Description

Technical Field

[0001] The present invention relates to the technical field of glass lamp ornament production, and in particular to a production process of a cosmic starry sky shape formed by metal particles inside glass. Background Art

[0002] Glass universe starry sky ball is a common jewelry accessory nowadays, widely used in pendants, necklaces, bracelets, rings, glass ornaments, crafts, etc. However, the structure of the existing glass universe starry sky ball is relatively simple. The main technology on the market is the blue or red line star track formed by pure silver suspension in glass and flame spraying on glass after high-temperature vaporization of gold and silver. It is impossible to have dense metal particles on the star track, and it is impossible to meet the existing customers' demand for the artistic beauty of glass universe starry sky ball. In view of the above situation, the present invention cleverly creates: a manufacturing process for forming colorful nebulae, planetary belts, and star rings by ultrafine metal particles inside the glass, so as to make novel glass ball jewelry with more complex structure and beautiful appearance. The obvious difference between the process of the present invention and the prior art is that the star track of the prior art is formed by folding and rotating metal particles after high-temperature vaporization of metal particles and flame spraying on the glass. The metal particles cannot be seen by the naked eye in this star track, which is just a layer of metal film, which is called star track in the industry; the process of the present invention: the cosmic star track, star ring, planetary belt, nebula and other patterns inside the glass have dense metal particles visible to the naked eye, which is more in line with the natural landscape phenomenon of the universe. Summary of the invention

[0003] The purpose of the present invention is to provide a manufacturing process for the cosmic form formed by metal particles inside glass: a gold-silver particle nebula, a gold-silver particle planetary belt, and a gold-silver particle star ring, so as to present a better visual effect and solve the problems raised in the above background technology. To achieve the above purpose, the present invention provides the following technical solutions, taking silver metal as an example:

[0004] SI. Make a glass rod with gold and silver particles inside high borosilicate glass: use it to coat and wrap around one end of the glass rod to obtain component 1.

[0005] S2. Make a glass rod surrounded by gold and silver particles: use it to fuse to one end containing opal gemstone and obtain part 2.

[0006] S3. Make a glass rod with a high-temperature resistant opal gem inside: use it to fuse to component 2 and obtain component 3.

[0007] S4, fusion of gem glass rod and gold and silver particle rod: used to fuse parts 1 and 3 and obtain part 4.

[0008] S5. Make an oval flattened glass rod of gold and silver particles: use it to fuse component 4 and obtain component 5.

[0009] S6, fusion: fuse component 4 and component 5 to obtain component 6.

[0010] S7. Making a glass rod containing silver particles: used to fuse to component 6 and obtain component 7.

[0011] S8. Make a silver particle background cosmic pattern: fuse part 6 and part 7 to obtain part 8.

[0012] S9, adding background color, shaping and then annealing: adding background color, shaping and annealing to make the background of the glass ball more three-dimensional and beautiful, and obtaining component 9.

[0013] As a further solution of the present invention: the component 1 is a golden glass rod with dense gold and silver particles visible to the naked eye inside.

[0014] As a further solution of the present invention: the component 2 is a glass rod surrounded by gold and silver particles.

[0015] As a further solution of the present invention: the component 3 is a glass rod with opal gemstones wrapped inside the glass.

[0016] As a further solution of the present invention: the component 4 is a glass hemisphere with an opal gem in the center, surrounded by a yellow-blue band, and dense gold and silver particles in the band.

[0017] As a further solution of the present invention: the component 5 is a flat elliptical glass rod formed by spiraling colored glass with gold and silver particles inside.

[0018] As a further solution of the present invention: the component 6 is a hemispherical glass bead with gems inside, surrounded by silver particles and a cosmic black hole pattern background.

[0019] As a further solution of the present invention: the component 7 is a glass rod containing silver particles and having red, blue and yellow colors.

[0020] As a further solution of the present invention: the component 8 is a glass ball with gems, a ring of gold and silver particles, a black glass rod as the center, and a background of gold and silver particles swirling around it, in the shape of the universe.

[0021] As a further solution of the present invention: the component 9 is a cosmic-shaped glass ball with metal particles inside.

[0022] Compared with the prior art, the beneficial effects of the present invention are: the present invention ingeniously uses high borosilicate glass, pure gold, pure silver and other metals to produce a glass ball in the shape of a universe formed by metal particles visible to the naked eye, so that metal particles with a diameter of about 0.01-1 mm appear in the glass ball. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 Schematic diagram of the main structure of a glass ball that uses the manufacturing process of metal particles inside the glass to form a cosmic shape.

[0024] Figure 2 Schematic diagram of the process flow for the manufacturing process of forming a cosmic form of metal particles inside glass.

[0025] Described as a whole, it is obvious that the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0026] See also Figure 1 In the embodiment of the present invention, the present invention prepares a glass ball through the manufacturing process of the cosmic pattern and shape of metal particles inside the glass: the outer protective material of the glass ball is high borosilicate glass, the center of the glass ball is a high temperature resistant opal gem, the gem is surrounded by a glass color band containing silver particles in a vaporized and smoky color of gold and silver particles, and there are dense silver particles visible to the naked eye in the color band, the bottom of the glass ball is a cosmic black hole pattern swirled by gold and silver particles and colored glass, the edge of the cosmic black hole pattern inside the glass ball has a silver particle nebula in a vaporized and smoky color of silver particles, and the bottom color outside the glass ball is black high borosilicate glass.

[0027] The manufacturing equipment involved in the manufacturing process includes at least oxygen + flammable liquefied gas, a flamethrower, stainless steel tweezers, and a graphite film tool.

[0028] The consumable materials involved in the manufacturing process include at least high borosilicate glass rods, high borosilicate glass tubes, high temperature resistant opal gemstones, gold powder and silver powder.

[0029] like Figure 2 As shown, the process steps of the manufacturing process of the metal particle universe form inside the glass are as follows:

[0030] SI. Make a glass rod with gold and silver particles inside the high borosilicate glass. In order to describe it more vividly, it is called a planetary belt: take a section of transparent high borosilicate glass tube, put micron-grade gold and silver powder of 1000-12500 mesh into one end of the glass tube, rotate the glass tube, use the humidity in the air to make the gold and silver powder evenly stick to the inner wall of the glass tube, and pour out the excess gold and silver powder that is not stuck, use a high-temperature flame to burn the end of the glass tube with the gold and silver powder to soften and seal it; continue to heat the glass tube to melt the gold and silver powder on the inner wall of the glass and gather into small gold and silver particles visible to the naked eye. After high-temperature liquefaction, the gold and silver particles will evaporate and smoke to the inner wall, and then burn until the glass tube softens and shrinks to a solid state, and use tweezers to pull off a part of the outer transparent glass wrapped with the gold and silver particles. At this time, a glass rod wrapped with dense golden metal particles visible to the naked eye is obtained, and component 1 is obtained.

[0031] S2. Make the initial form of the gold and silver particle star ring: Take a piece of transparent glass rod, burn it with a high-temperature flame until it softens and pulls it into a pointed shape, apply part 1 in a circle on the tip of the glass, then connect another transparent glass rod, burn the coated part until it softens and rotate it to obtain part 2.

[0032] S3. Make a glass rod with a high-temperature resistant opal gem inside. For a more vivid description, call it the main star: take a high-borosilicate glass tube, put a round opal gem with a diameter of 3 mm into the tube, and burn it with a high-temperature flame until the glass softens and shrinks to completely wrap the gem, so that the outer layer of the gem is wrapped with a thin layer of glass, and obtain component 3.

[0033] S4, fusion of opal gem and gold and silver particle star ring: burn component 2 until softened, squeeze the gem of component 3 into the transparent glass in the center of the gold and silver particle star ring, fuse them and then break them, then take a transparent glass rod, burn it until softened, squeeze and fuse the gem end, and after breaking the glass rod, use graphite film to assist in shaping it into a semicircle to form a combination of the main star and star ring, and obtain component 4.

[0034] S5. Make a glass cosmic black hole background with gold and silver particles and colored glass swirling inside: take a black high-borosilicate glass rod, soften it and draw it to about 2MM, apply part 1 on the glass rod, transparent glass and colored glass rods, soften them and rotate and squeeze them into a circle, take 2 glass rods and connect them to the cross surface of the sphere, flatten and stretch them to an elliptical shape, so that it forms a glass rod in the shape of a cosmic black hole with a black center and colored glass around it with gold and silver particles swirling around it, and obtain part 5.

[0035] S6, fusion: fuse the gold and silver particle star ring glass hemisphere component 4 and the black hole background glass rod component 5 to obtain component 6.

[0036] S7. Make a glass rod in the shape of a cosmic nebula with silver particles inside: take a transparent glass tube, put micron-grade silver powder of 1000-12500 mesh into the glass tube, make the silver powder stick evenly to the inner wall of the glass tube, heat the glass tube to soften it and seal it, connect a transparent glass rod, heat one end of the glass tube with silver powder until it softens, rotate the glass tube so that its inner wall folds into a spiral shape and shrinks and squeezes it into a solid sphere, connect two glass rods on the horizontal surface, flatten the glass ball and stretch it to obtain component 7.

[0037] S8, fusion of silver particle nebula background glass rod: fuse the nebula silver particle component 7 to the black hole universe component side of component 6 to obtain component 8.

[0038] S9, add background color, make final adjustments and anneal: soften a black glass rod and cover one end of the nebula background of component 8 as the background color, then adjust the shape with a graphite film, anneal in an electronic annealing furnace at 560°C for 6 hours to make the gem stars, gold and silver particle star rings, gold and silver particle cosmic black holes, and silver particle nebula background in the glass ball more three-dimensional and beautiful, and obtain component 9.

[0039] This demonstration example mainly uses pure silver metal and a small amount of gold as a supplement. Other metals can be used to prepare glass balls of different shapes according to the process of the present invention. The process feature of the present invention is: the glass tube is naturally softened and shrunk to become solid, and the glass tube is spirally folded and solidified. The flame does not directly contact the metal particles. The micro-particle metal powder is melted at high temperature and then gathered into dense metal particles visible to the naked eye. After the metal particles are liquefied at high temperature, part of them evaporate and smoke onto the glass wall to form colored glass with metal particles inside. The glass rods prepared by this process can be used to make glass balls of various cosmic shapes.

[0040] It will be apparent to those skilled in the art that the invention is not limited to the details of the exemplary embodiments described above and that the invention can be implemented in other specific forms without departing from the essential features of the invention. Therefore, the embodiments should be considered in all respects as exemplary and non-restrictive, and the scope of the invention is defined by the appended claims rather than the foregoing description, and it is intended that all variations falling within the meaning and range of equivalent elements of the claims be included in the invention. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.

[0041] In addition, it should be understood that although this specification is described in terms of implementation methods, not every implementation method contains only one independent technical solution. This narrative method of the specification is only for the sake of clarity. Those skilled in the art should regard the specification as a whole. The technical solutions in each embodiment can also be appropriately combined to form other implementation methods that can be understood by those skilled in the art.

Claims

1. The process for producing the cosmic form of metal particles inside glass is characterized by: The process steps are as follows: SI, making a glass rod with gold and silver particles inside high borosilicate glass: coating and winding around one end of the glass rod, and obtaining component 1; S2. Making a glass rod surrounded by gold and silver particles: used to fuse to one end containing opal gemstone, and obtain component 2; S3, making a glass rod with a high temperature resistant opal gem inside the glass: used to fuse to component 2, and obtain component 3; S4, fusion of gem glass rod and gold and silver particle rod: used to fuse parts 1 and 3 and obtain part 4; S5, making an oval flattened gold and silver particle glass rod: used to fuse component 4 to obtain component 5; S6, fusion: fuse component 4 and component 5 to obtain component 6; S7, making a glass rod containing silver particles: used to fuse to component 6, and obtain component 7; S8, making silver particle background cosmic pattern: fuse part 6 and part 7 to obtain part 8; S9, adding background color, shaping and then annealing: adding background color, shaping and annealing to make the background of the glass ball more three-dimensional and beautiful, and obtaining component 9.

2. The process for manufacturing the cosmic form of metal particles inside glass according to claim 1, characterized in that: The component 1 is a golden glass rod with dense gold and silver particles visible to the naked eye at the end, which is used to make a planetary belt in the form of a universe.

3. The process for manufacturing the cosmic form of metal particles inside glass according to claim 1, characterized in that: The component 2 is a glass rod surrounded by gold and silver particles.

4. The process for manufacturing the cosmic form of metal particles inside glass according to claim 1, characterized in that: The component 3 is a glass rod with opal gemstones wrapped inside, which is used to make the main star of the cosmic form.

5. The process for manufacturing the cosmic form of metal particles inside glass according to claim 1, characterized in that: The component 4 is a glass hemisphere with an opal gem in the center, surrounded by a yellow-blue band, and dense gold and silver particles in the band, similar to the rings of Saturn.

6. The process for manufacturing the cosmic form of metal particles inside glass according to claim 1, characterized in that: The component 5 is a flat elliptical glass rod formed by spiraling colored glass with gold and silver particles inside.

7. The process for manufacturing the cosmic form of metal particles in glass according to claim 1, characterized in that: The component 6 is a hemispherical glass bead with gemstones, gold and silver particles surrounding it and a cosmic black hole pattern background.

8. The process for manufacturing the cosmic form of metal particles in glass according to claim 1, characterized in that: The component 7 is a glass rod containing silver particles and in the shape of a white-blue nebula.

9. The process for manufacturing the cosmic form of metal particles in glass according to claim 1, characterized in that: The component 8 is a glass ball with an opal gem as the main star, a star ring formed by a glass rod with gold and silver particles, a black glass rod as the center, and a background of gold and silver particles swirling around it, in the shape of the universe.

10. The process for manufacturing the cosmic form of metal particles in glass according to claim 1, characterized in that: The component 9 is a glass ball with a final shape and a universe-like shape of gold and silver particles inside. The process features are: Put metal powder into a glass tube, and the glass tube is softened at high temperature, shrunk and solidified, and the glass tube is spirally folded and solidified. The flame does not directly contact the metal particles, and the micro-particle metal powder is melted at high temperature and gathered into dense metal particles visible to the naked eye. The metal particles are liquefied at high temperature and partially evaporated and smoked onto the glass wall. A glass ball with a metal particle universe shape inside is made using this metal particle glass rod.

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