Manufacturing method of gem painting and gem painting

Abstract

The invention discloses a manufacturing method of a jewel painting and the jewel paint.The manufacturing method comprises the following steps that (1) materials are prepared, specifically, ores are classified, the classified ores are ground, and multiple jewel particles of different specifications and sizes are obtained; (2) making a picture: selecting corresponding gem particles according to elements of the picture; and according to the color depth, the gem particles with different specifications and sizes are arranged in a layered manner. The jewel painting manufactured through the method is high in layering sense and stereoscopic impression, high in artistic value and high in artistic expressive force, and the economic benefits of the jewel painting can be improved.

Description

Technical Field

[0001] The invention relates to the technical field of artwork production, and in particular to a production method of a gemstone painting and a gemstone painting. Background Art

[0002] Traditional art paintings are made by applying chemical pigments on drawing paper. However, the disadvantage is that chemical pigments have poor stability. Over time, the color of the painting will fade, reducing its collection value.

[0003] Natural gemstones are crystal clear and colorful, and can maintain their colorful effects for a long time. Therefore, gemstone paintings made from natural gemstones can be stored for a long time. However, existing gemstone paintings are mainly made of scraps produced during the processing of gemstones, and a layer of gemstone powder is simply laid on the picture. The pictures of gemstone paintings have no sense of hierarchy, poor three-dimensional effect, low artistic value, and cannot improve economic benefits. Summary of the invention

[0004] The purpose of the present invention is to overcome the above-mentioned problems and provide a method for making a gem painting. The gem painting made by this method has a strong sense of layering and three-dimensionality, high artistic value, strong artistic expression, and can improve the economic benefits of the gem painting.

[0005] Another object of the present invention is to provide a gemstone painting.

[0006] The purpose of the present invention is achieved through the following technical solutions:

[0007] A method for making a gemstone painting comprises the following steps:

[0008] (1) Preparation of materials:

[0009] Classify the ores, grind and process the classified ores to obtain gemstone particles of various sizes;

[0010] (2) Screen production:

[0011] (2.1) Select the corresponding gemstone particles according to the elements of the picture;

[0012] (2.2) Gemstone particles of different sizes are arranged in layers according to the depth of their colors.

[0013] In a preferred embodiment of the present invention, in step (1), the ore is classified and the classified ore is ground to obtain gemstone particles of various sizes, including:

[0014] (1.1) Material selection: Classify and select the ores according to the different colors of the picture;

[0015] (1.2) Purification and classification of materials: Each piece of ore is cleaned and purified, and the ore is further classified according to the depth of color;

[0016] (1.3) Material grinding: Grind the ore to obtain gemstone particles of different sizes.

[0017] Preferably, in step (1.3), the specific steps of grinding the ore to obtain gemstone particles of different sizes are:

[0018] (1.3.1) Grinding the ore to obtain gemstone particles of different sizes;

[0019] (1.3.2) The gemstone particles are screened and classified through different sieves to obtain gemstone particles of various sizes and specifications.

[0020] In the above steps, the ore was classified twice. First, it was classified according to different colors. Then, based on this classification, the ores of different colors were cleaned and purified, and then classified according to the depth of color. According to the aesthetic requirements of the picture, the ore was ground into gemstone particles of different sizes. Some gemstone particles as small as dust were used as the base of the picture, and some with a diameter of 3 to 5 mm were used for embellishment to increase the artistic effect of the picture.

[0021] Preferably, different screens include 60 mesh screens, 80 mesh screens, 100 mesh screens, 120 mesh screens, 200 mesh screens, 220 mesh screens, and 300 mesh screens. In the above structure, the 60 mesh screen can screen out 60 mesh gemstone particles, and by analogy, screen out gemstone particles of different meshes (i.e., different sizes); the size of the gemstone particles will determine the depth of the color, generally from light to dark, the corresponding mesh will be larger, that is, the finer the gemstone particles, the darker the color formed after accumulation, and vice versa, the coarser the gemstone particles, the lighter the color formed after accumulation. By screening gemstone particles of different sizes, different color depths can be obtained, and different particle sizes are combined to make gemstone paintings, and the sense of hierarchy is richer.

[0022] Preferably, in step (2.2), the specific steps of arranging gemstone particles of different sizes in layers according to the depth of color are as follows: according to the depth of color, the gemstone particles are stacked and arranged in order from small to large, and the smallest gemstone particles are used as the base as the first layer, and the gemstone particles larger than the first layer are used as the second layer, and so on, and the gemstone particles located in the top layer are the largest. In the above structure, the sizes of the gemstone particles in the bottom layer (first layer), the gemstone particles in the second layer, the gemstone particles in the third layer, and the gemstone particles in the top layer increase in sequence; by adopting the above method, the color stacking, the distinct depth, and the strong sense of hierarchy in the structure are achieved, the content of the picture is sublimated, and the artistic value of the gemstone painting is enhanced.

[0023] Preferably, in step (2.2), when the gemstone particles are arranged, the gemstone particles are bonded by a fusion agent.

[0024] Preferably, each layer of gemstone particles needs to be left to stand for more than 20 hours to allow the fusion agent to dry thoroughly and ensure the quality of the gemstone painting.

[0025] Preferably, the ore is a natural ore.

[0026] A gemstone painting is produced by a production method.

[0027] Compared with the prior art, the present invention has the following beneficial effects:

[0028] 1. The production method of the present invention classifies the ore to obtain gemstone particles of various sizes and specifications. The gemstone particles of various sizes and specifications are arranged in layers according to the depth of color to form a gemstone painting, which has a strong sense of three-dimensionality and layering, and the picture is more vivid and lifelike, thereby enhancing the artistic value of the gemstone painting and making the artistic expression stronger, thereby improving the economic benefits of the gemstone painting.

[0029] 2. Compared with the five traditional production methods of enamel, filigree, sand painting, mechanism painting, and inlay, the production method of the present invention uses gemstone particles of different sizes to make gemstone paintings, which not only retains the inherent brilliance of gemstone colors but also presents the effect of texture layers. Moreover, the paintings can be preserved for a long time and will not change color for hundreds of years. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 The present invention is a flowchart of a method for making a gemstone painting.

[0031] Figure 2 This is a schematic diagram of classifying ore in step (1) of the present invention. DETAILED DESCRIPTION

[0032] In order to enable those skilled in the art to better understand the technical solution of the present invention, the present invention is further described below in conjunction with embodiments and drawings, but the embodiments of the present invention are not limited thereto.

[0033] Example 1

[0034] See also Figure 1-Figure 2 This embodiment discloses a method for making a gemstone painting, comprising the following steps:

[0035] (1) Material preparation: Classify the ore, grind the classified ore, and obtain gemstone particles of various sizes. The specific steps are as follows:

[0036] (1.1) Material selection: Classify and select the ores according to the different colors of the picture;

[0037] (1.2) Purification and classification of materials: Each piece of ore has different shades of color and is mixed with miscellaneous stones; each piece of ore is cleaned and then purified, and the ore is further classified according to the depth of color;

[0038] (1.3) Grinding of materials: Grinding the ore to obtain gemstone particles of different sizes; the specific steps are as follows:

[0039] (1.3.1) Grind the purified and classified ore into gemstone particles of different sizes according to the aesthetic requirements of the picture;

[0040] (1.3.2) The size of the gemstone particles will determine the depth of the color. Generally, from light to dark, different sizes of gemstone particles will be ground. This is mainly done by screening and classifying gemstone particles of different sizes through different sieves, thus obtaining gemstone particles of various sizes and specifications.

[0041] (2) Screen production:

[0042] Each painting will be sublimated artistically according to the content expressed in the picture. The specific steps are:

[0043] (2.1) Select the corresponding gemstone particles according to the elements of the picture;

[0044] (2.2) According to the depth of color, gemstone particles of different sizes are arranged in layers. Specifically, according to the depth of color, gemstone particles are stacked from small to large, that is, from fine particles to coarse particles. The smallest gemstone particles after purification and grinding are used as the base. The gemstone particles are bonded with a fusion agent. The smallest gemstone particles (the first specification) are used as the first layer. Depending on the picture, they are left to dry for more than 20 hours. Gemstone particles larger than the first layer (the second specification) are used as the second layer. And so on. The gemstone particles on the top layer (the nth specification) are the largest.

[0045] See also Figure 2 In the above steps, the ore was classified twice. First, it was classified according to different colors. Then, on the basis of this classification, the ores of different colors were cleaned and purified, and then classified according to the depth of color. According to the aesthetic requirements of the picture, the ore was ground into gemstone particles of different sizes. Some gemstone particles as small as dust were used as the base of the picture, and some with a diameter of 3 to 5 mm were used for embellishment to increase the artistic effect of the picture.

[0046] See also Figure 2 In step (1.1), there are many colors of ore, for example, color 1 ore is red ore, color 2 ore is blue ore, color 3 ore is green ore, color 4 ore is black ore, etc. The ore is classified according to color into red ore (color 1 ore), blue ore (color 2 ore), green ore (color 3 ore), black ore (color 4 ore) and other categories. In step (1.2), the ore classified in step (1.1) is reclassified; each ore has different shades of color, which are divided into dark color ore and light color ore; for example, the color of red ore is not uniform, part of it is dark red and part of it is light red; after cleaning the ore, remove the miscellaneous stones, and then separate the dark red and light red parts to achieve purification, and classify the different shades of color into dark red ore and light red ore. Or the shades are divided into three gradients of dark red, red and light red for classification, and the classification is adapted to the requirements of the picture.

[0047] In step (2.1) and step (2.2), the elements of the picture may include one or more combinations of people, flowers, mountains, rivers, etc. The elements of the picture are specific images, which mainly depend on the works to be created. The elements of the pictures of different works may be different. The specific steps of selecting the corresponding gem particles according to the elements of the picture are: according to the elements on the picture, such as specific images of people, flowers, mountains, rivers, etc., the corresponding gem particles are selected according to the shape and color of the lines depicting these specific images. For example, red ore (such as ruby ​​or spinel) can be used for pink flowers, and gem particles obtained from red ore are selected; yellow ore (such as beeswax, opaque or semi-opaque amber is called honey wax, tree resin liquid fossil) can be used for the core of the flower, and gem particles obtained from yellow ore are selected; green ore (such as emerald, green tourmaline) will be used for green leaves, and gem particles obtained from green ore are selected, and according to the depth of color, the smallest green tourmaline gem particles are used for base. In order to make these specific images more vivid and lifelike, color fading will be performed. There are two ways to achieve color fading. The first is to select gemstone particles of the same color but different shades. The second is to use gemstone particles of different sizes to stack thickness. Both of the above methods will make the picture more artistic.

[0048] See also Figure 2 In step (2.2), the sizes of the gemstone particles in the bottom layer (first layer), the gemstone particles in the second layer, the gemstone particles in the third layer, and the gemstone particles in the top layer increase in sequence; the above method is adopted to achieve color stacking, distinct shades, and a strong sense of hierarchy in the structure, which sublimates the content of the picture and enhances the artistic value of the gemstone painting. When laying each layer of gemstone particles, the gemstone particles are bonded by a fusion agent. Each layer of gemstone particles needs to be left to stand for more than 20 hours, in order to wait for the fusion agent to dry thoroughly and ensure the production quality of the gemstone painting.

[0049] See also Figure 2In step (1.3.2), different screens include 60 mesh screens, 80 mesh screens, 100 mesh screens, 120 mesh screens, 200 mesh screens, 220 mesh screens, and 300 mesh screens. In the above structure, the 60 mesh screen can screen out 60 mesh gemstone particles, and by analogy, screen out gemstone particles of different meshes (i.e., different sizes). In this embodiment, there are 60 mesh gemstone particles, 80 mesh gemstone particles, 100 mesh gemstone particles, 120 mesh gemstone particles, 200 mesh gemstone particles, 220 mesh gemstone particles, and 300 mesh gemstone particles; the screen of this embodiment is not limited to the above meshes. The size of the gemstone particles will determine the depth of the color. Generally, from light to dark, the corresponding mesh number will be larger, that is, the finer the gemstone particles, the darker the color formed after stacking, and vice versa, the coarser the gemstone particles, the lighter the color formed after stacking. By screening gemstone particles of different sizes, you can get different color depths, and combining different particle sizes to make gemstone paintings has a richer sense of layering.

[0050] See also Figure 2 Specifically, gemstone particles of various sizes can be divided into No. 1 specification gemstone particles, No. 2 specification gemstone particles, ... etc.; No. 1 specification gemstone particles correspond to the smallest gemstone particles, that is, 300-mesh gemstone particles, No. 2 specification gemstone particles are the next largest, that is, 220-mesh gemstone particles, and so on.

[0051] The ore is a natural ore, which is of relatively high value, and the different shades of color areas on the ore are easy to purify and classify.

[0052] The fusing agent may be a transparent high-strength adhesive, such as glue.

[0053] In the process of implementation, the production method of this embodiment, in order to pursue the exquisite perfection of the picture and enhance the artistic value of gem painting, summarizes the experience of five traditional crafts, namely enamel, filigree, sand painting, mechanism painting, and gem inlay, thus disclosing a new painting method. And set corresponding drawing tools; achieve the effect that gem painting not only retains the gorgeousness of the gem's innate color but also presents the effect of texture layering, which is more in line with the fusion of nature and beauty of jewelry painting, and ensures that gem painting will not change color after hundreds of years.

[0054] Example 2

[0055] This embodiment discloses a gemstone painting, which is produced by the production method of embodiment 1; the gemstone painting includes drawing paper or drawing board, on which a drawing layer is drawn, and the drawing layer is a pattern layer with a pattern drawn; the picture is produced on the drawing layer. Specifically, the smallest (smallest specification) gemstone particles are bonded to the painting layer through a fusion agent to form a base, as the first layer, and the production process of the gemstone painting is completed by referring to step (2.2) in embodiment 1.

[0056] The gemstone painting also includes a picture frame, and the drawing paper or drawing board is installed on the picture frame.

[0057] The above is a preferred embodiment of the present invention, but the embodiment of the present invention is not limited to the above content. Any other changes, modifications, substitutions, combinations, and simplifications made without departing from the spirit and principles of the present invention should be equivalent replacement methods and are included in the protection scope of the present invention.

Claims

1. A method for making a gemstone painting, characterized in that: The following steps are involved: (1) Preparation of materials: Classify the ores, grind and process the classified ores to obtain gemstone particles of various sizes; (2) Screen production: (2.1) Select the corresponding gemstone particles according to the elements of the picture; (2.2) Gemstone particles of different sizes are arranged in layers according to the depth of their colors.

2. The method according to claim 1, characterized in that: In step (1), the ore is classified and the classified ore is ground to obtain gemstone particles of various sizes, including: (1.1) Material selection: Classify and select the ores according to the different colors of the picture; (1.2) Purification and classification of materials: Each piece of ore is cleaned and purified, and the ore is further classified according to the depth of color; (1.3) Material grinding: Grind the ore to obtain gemstone particles of different sizes.

3. The method according to claim 2, characterized in that: In step (1.3), the specific steps of grinding the ore to obtain gemstone particles of different sizes are as follows: (1.3.1) Grinding the ore to obtain gemstone particles of different sizes; (1.3.2) The gemstone particles are screened and classified through different sieves to obtain gemstone particles of various sizes and specifications.

4. The method according to claim 3, characterized in that: The different sieves include 60 mesh sieve, 80 mesh sieve, 100 mesh sieve, 120 mesh sieve, 200 mesh sieve, 220 mesh sieve and 300 mesh sieve.

5. The manufacturing method according to claim 3, characterized in that: In step (2.2), the specific steps of arranging gemstone particles of different sizes in layers according to the depth of color are as follows: according to the depth of color, the gemstone particles are stacked and arranged in order from small to large, with the smallest gemstone particles as the base as the first layer, and the gemstone particles larger than the first layer as the second layer, and so on. The gemstone particles on the top layer have the largest particles.

6. The method according to claim 5, characterized in that: In step (2.2), when the gemstone particles are arranged, the gemstone particles are bonded by a fusion agent.

7. The manufacturing method according to claim 6, characterized in that: Each layer of gemstone particles needs to be left to stand for more than 20 hours.

8. The manufacturing method according to claim 1, characterized in that: The ore is a natural ore.

9. A gem painting, characterized in that: The gemstone painting is produced by the production method according to any one of claims 1-8.

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