A mould for making a lacquerware table lamp
By designing a mold for a lacquerware table lamp, the problems of traditional lacquerware table lamps being opaque and having a monotonous decorative effect were solved, achieving multi-layered lighting effects and aesthetics, and meeting modern lighting needs.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- PINGYAO COUNTY TANGDU PUSH LIGHT LACQUER
- Filing Date
- 2025-08-01
- Publication Date
- 2026-07-31
AI Technical Summary
Traditional lacquer table lamps are opaque, have a monotonous decorative effect, lack a sense of depth, and are unable to meet diverse lighting needs, resulting in weak artistic expression.
Design a mold for a lacquerware table lamp. By setting light-transmitting holes and fillers in the mold and combining them with inlay techniques, a multi-layered light effect is formed. Various geometric shapes are formed by the magnetic attraction of the filler body and the splicing body, which enhances the aesthetics and light transmission of the table lamp.
This design achieves rich light transmission and layering in the lacquerware table lamp, enhancing its aesthetics and lighting effect. It combines traditional craftsmanship with modern design to meet diverse lighting needs.
Smart Images
Figure CN224575858U_ABST
Abstract
Description
Technical Field
[0001] This utility model belongs to the field of lacquerware craftsmanship, and specifically designs a mold for a lacquerware table lamp made from a mold. Background Technology
[0002] Lacquerware craftsmanship has a long history in my country, dating back to the Neolithic Age. It is renowned for its environmental friendliness, non-toxicity, beauty, and durability. Today, lacquerware, as an intangible cultural heritage, remains widely loved. Mainstream lacquerware designs primarily include cabinets, screens, jewelry boxes, lunch boxes, and bowls and plates. However, in today's rapidly changing world, lacquerware craftsmanship continues to explore and experiment with new products, such as lacquerware name card holders and creative cultural ornaments.
[0003] Using lacquerware to create table lamps is a bold attempt to combine lacquerware with modern lighting, aiming to enhance the aesthetics and practicality of home décor. Lacquerware table lamps integrate the essence of traditional craftsmanship with modern lighting technology, perfectly blending classical art with modern technology to add a touch of elegance to the home environment. The most common way to combine lacquerware in table lamps is to use sculpted lacquerware as the main body, often with carvings or paintings on the lacquerware. These lacquerware table lamps are more aesthetically pleasing than traditional table lamps and, compared to similar intangible cultural heritage porcelain table lamps, cleverly avoid the problem of fragility. They are also lighter and can fully showcase the beauty of traditional lacquerware. However, due to the material, lacquerware table lamps are almost opaque, have a simple decorative effect, lack depth, and are difficult to meet diverse lighting needs. Their artistic expression is also relatively weak, mostly concentrated in classical styles. Summary of the Invention
[0004] The purpose of this utility model is to provide a mold for a lacquerware table lamp, which is used to make the main body of the lacquerware table lamp.
[0005] The technical solution of this utility model is a mold for a lacquerware table lamp, which is set on a blank and includes a positioning component, several filling components, a support component, and a bolt seat. The bolt seat is installed on the blank and used for mold positioning. The positioning element is a circular ring with a mounting plate arranged along its inner diameter. The mounting plate has a through hole at its center, which corresponds to a bolt seat. The positioning element is then fixedly connected to the bolt seat using bolts. The outer mold component is a ring-shaped structure that fits onto the outside of the positioning component. Its inner circumference is circular, and several grooves are formed on the bottom edge of the outer mold component. The outer mold component is used to form mold grooves on the blank. The filler includes a filler body and a quick-release positioning rod. The rear end of the filler body is hinged to one end of the quick-release positioning rod. The quick-release positioning rod is an arc-shaped plate. The inner and outer surfaces of the arc-shaped plate are respectively matched and fitted with the inner wall of the outer mold and the outer wall of the positioning component. The filler body is set with a groove corresponding to the outer mold, and the groove of the outer mold is used to position the filler body.
[0006] The bottom surface of the outer mold and the filling body has the same curvature as the corresponding position of the tire blank, and they fit together tightly.
[0007] The filling body is provided with scale lines to indicate the height of the outer surface of the embryo.
[0008] The outer periphery of the outer mold is circular or polygonal.
[0009] The filling body is a cuboid, and magnets are embedded in the upper part of the front face and the two side faces of the cuboid.
[0010] The filling body also includes several splicing bodies, each splicing body having at least one planar geometric body, with a splicing body magnet on the plane of the geometric body, the splicing body magnet being attracted to the filling body magnet.
[0011] The filling body and the splicing body are of the same height.
[0012] The mounting plate of the positioning component is provided with support legs on the ground for supporting the positioning component.
[0013] The present invention provides a mold for making a lacquerware table lamp. The mold is used to produce the lacquerware body of the table lamp, which is more efficient and easier to demold. The lacquerware body of the table lamp made by the mold can transmit light through the internal light source, and has a rich sense of layering, making it more beautiful than traditional lacquerware table lamps. Attached Figure Description
[0014] Figure 1 This is a schematic diagram of the table lamp of this utility model.
[0015] Figure 2 This is a schematic diagram of the mold structure of this utility model.
[0016] Figure 3 This is a schematic diagram of the main structure of the filling element of this utility model.
[0017] Figure 4 A schematic diagram of the groove shape formed on the surface of the finished tire blank by a mold. Detailed Implementation
[0018] Example 1 like Figure 1-4As shown, a mold for a lacquerware table lamp includes a blank 1, an outer mold 2, a filler, and a positioning component 4. The blank 1 is made into a large shape using traditional clay or plaster molding techniques. Bolt seats 13 are then installed at the required positions on the outer surface of the large shape for positioning the mold. The positioning component 4 is a ring with an mounting plate 41 along its inner diameter. A through hole is provided in the center of the mounting plate, corresponding to the bolt seat 13. The positioning component 4 is fixedly connected to the bolt seat 13 by bolts. A support leg can be provided at the lower end of the positioning component 4 to facilitate its installation and prevent it from tilting and affecting the installation of other components.
[0019] The outer mold 2 is a ring-shaped structure that is fitted on the outside of the positioning component. In order to clearly and simply describe the structure, the outer and inner circumferences of the outer mold 2 in this embodiment are both circular. In actual use, circular grooves or polygonal grooves can be flexibly adjusted according to design needs. Several grooves are opened on the bottom edge of the outer mold 2. The outer mold 2 is used to form a mold groove on the blank. The purpose of the mold groove is to leave a slot hole on the large shape. When ramie cloth is layered on the blank later, the inside of the mold groove is not layered, so that a light-transmitting through hole 11 can be formed on the cloth blank.
[0020] The filling component includes a filling body 3 and a quick-release positioning rod 31. The rear end of the filling body 3 is hinged to one end of the quick-release positioning rod 31. The quick-release positioning rod 31 is an arc-shaped plate, and its inner and outer surfaces match and fit with the inner wall of the outer mold 2 and the outer wall of the positioning component 4, respectively. The filling body 3 is set with a groove corresponding to the outer mold 2, and the groove of the outer mold 2 is used to position the filling body. The bottom surfaces of the filling body 3 and the outer mold 2 have the same curvature as the corresponding position of the embryo, forming a tight fit. This facilitates the application of clay or plaster to refine the shape after the mold is installed on the large vessel. At the same time, the filling body is provided with scale lines to indicate the height of the outer surface of the embryo, that is, the height to be reached after the mold is installed and clay is applied to refine the shape. The main body of the filling body 3 is a cuboid to facilitate demolding. The mold can be quickly removed using the quick-release positioning rod 31. In this embodiment, the filling body shape is provided with a pointed tip 32 at the front end of the cuboid, which does not affect the demolding of the filling body.
[0021] All components in this invention are made of lightweight plastic, the filling body is hollow, and the overall mold is lightweight.
[0022] In this embodiment, a large vessel shape is first made of clay. Bolt seats 13 are then fixed to the large vessel design. Positioning parts 4 are then installed using bolts, and the filling body is mounted on the groove of the outer mold part 2. The quick-release positioning rod 31 is then adjusted to be vertical and fitted onto the outside of the positioning part 4. If the filling body slips out of the groove during the fitting process, it can be adjusted and re-inserted into the groove after the entire piece is fitted. After the mold is installed, clay is applied to the outer surface of the large vessel to refine and improve its shape. At this point, the scale lines on the filling body indicate the maximum thickness of the clay. The vessel is then air-dried, completing the creation of the blank. The blank is made using the above method, and a mold groove is formed on the blank using the outer mold part 2, leaving a through hole for light transmission during subsequent fabrication.
[0023] Ramie cloth is layered onto the blank and air-dried to form a cloth blank. The cloth blank is made using traditional techniques, and the specific process will not be described in detail. In this process, the filler plays an important role. After the ramie cloth is laid and air-dried, the filler that is slightly higher than the surface of the blank will be higher than the rest of the blank. This way, when the primer is applied later to make the surface of the object smooth, the paint in that position will be relatively thinner, which will allow light to pass through.
[0024] The method for removing the blank involves first disassembling the positioning component, then removing the outer mold component, using the quick-release positioning rod to pull out the filler component, and finally removing the blank using traditional methods. The specific structure of the mold minimizes the impact on the fabric during the blank removal process.
[0025] After removing the blank, the lacquerware is varnished. Multiple coats of varnish are applied until the outer wall of the vessel is smooth and continuous. Then, a polishing process is performed. The main body of the table lamp, made through the above process, can have LED beads installed on the base. The light will shine through the holes formed by the mold groove, making the lacquerware table lamp body more beautiful. At the same time, due to the role of the filler, the lacquer layer at the filler is thinner, and it will be slightly more translucent than other areas, making the layering better. In general, during the production process, in order to enhance the characteristics of this area, we will mix colored glass fragments into the lacquer when varnishing this area, further improving the light transmittance and color. When the base light is turned on, it forms a variegated effect, which is even more beautiful.
[0026] This embodiment uses a clay mold. The method for using a wooden mold is similar to that for the clay mold, except that grooves for accommodating the positioning parts, outer mold parts, and filling parts need to be pre-cut on the wooden mold. After the blank is made, the mold can be removed.
[0027] Example 2 The main purpose of the filler is to form a semi-transparent area around the light-transmitting hole, increasing the sense of light and layering of the lamp body. If the filler body is limited to a cuboid or a small deformation based on a cuboid, it is difficult to meet the design needs and has great limitations. Therefore, in this embodiment, magnets are embedded on the front end face and the upper part of the two side end faces of the filler body 3, and several splicing bodies are also included. Each splicing body has at least one planar geometric body, and a splicing body magnet is set on the plane of the geometric body. The splicing body magnet attracts the filler body magnet, so that various geometric shapes can be formed, providing better design effects without affecting the demolding of the filler body. When the filler body is pulled outward by the quick-release positioning rod 31, after exceeding the magnetic attraction, the filler body can be pulled out, and then the splicing bodies can be poured out in turn. It should be noted that the shape of the splicing body should not be too complicated in principle, otherwise it is easy to get stuck on the blank and cause demolding difficulties. Of course, if the use of clay or plaster molds is necessary, this mold will not affect it. It can be taken out from the inside after the blank is removed.
[0028] In this technical solution, a specific protrusion is formed on the cloth blank through ingenious mold design, thereby changing the thickness of the local lacquer layer, thus adjusting the light transmission of the lacquerware shape. Combined with the inlay technique to enhance the light transmission, the main body of the table lamp made from it can use the light emitted by the base to form a direct light-emitting position and a slightly translucent position on the main body of the table lamp. The two geometrically form a multi-layered lighting effect, which improves the overall aesthetics of the lacquerware table lamp. It is a full combination of traditional craftsmanship and modern design.
Claims
1. A shell-less lacquerware table lamp mold provided on a shell, characterized in that, Includes positioning components, several filler components, support components, and bolt seats. The bolt seat is installed on the blank and used for mold positioning. The positioning element is a circular ring with a mounting plate arranged along its inner diameter. The mounting plate has a through hole at its center, which corresponds to a bolt seat. The positioning element is then fixedly connected to the bolt seat using bolts. The outer mold component is a ring-shaped structure that fits onto the outside of the positioning component. Its inner circumference is circular, and several grooves are formed on the bottom edge of the outer mold component. The outer mold component is used to form mold grooves on the blank. The filler includes a filler body and a quick-release positioning rod. The rear end of the filler body is hinged to one end of the quick-release positioning rod. The quick-release positioning rod is an arc-shaped plate. The inner and outer surfaces of the arc-shaped plate are respectively matched and fitted with the inner wall of the outer mold and the outer wall of the positioning component. The filler body is set with a groove corresponding to the outer mold, and the groove of the outer mold is used to position the filler body.
2. The stripped lacquer radio table lamp mold of claim 1, wherein, The bottom surface of the outer mold and the filling body has the same curvature as the corresponding position of the tire blank, and they fit together tightly.
3. The stripped lacquer radio table lamp mold of claim 1 wherein, The filling body is provided with scale lines to indicate the height of the outer surface of the embryo.
4. The stripped lacquer radio table lamp mold of claim 1 wherein, The outer periphery of the outer mold is circular or polygonal.
5. The stripped lacquer radio table lamp mold of claim 1 wherein, The filling body is a cuboid, and magnets are embedded in the upper part of the front face and the two side faces of the cuboid.
6. The stripped lacquer radio table lamp mold of claim 1 wherein, The filling body also includes several splicing bodies, each splicing body having at least one planar geometric body, with a splicing body magnet on the plane of the geometric body, the splicing body magnet being attracted to the filling body magnet.
7. The stripped lacquer radio table lamp mold of claim 1 wherein, The filling body and the splicing body are of the same height.
8. The stripped lacquer radio table lamp mold of claim 1 wherein, The mounting plate of the positioning component is provided with support legs on the ground for supporting the positioning component.