TWM517197U - 3D photonic stone - Google Patents

Abstract

An artificial precious stone with 3D microstructure inside, which can highly reflect lights. This effect can be seen especially under dark environment or under LED lighting. It can be carved and is semi-transparent. It is an amazing artificial material for LED mood lighting design, and can be used as an indirect light device with embedded backlight. The surface had proved as nano-scaled smooth without defect. This creation could be applied to designs of illumination in the sentimental environment to achieve the effects of not easily becoming dirty, easily being cleaned, indication, and pleasing to the eyes.

Description

3D photon jade

This creation is about an artificial jade device with an optical microstructure but a surface with a nano-smooth surface and can be engraved, especially with translucent properties that highly reflect and scatter light.

The "ceramic bead" of the previous M397430 patent relating to the present invention is a ceramic bead which incorporates a far-infrared ceramic powder and has a surface flatness of a nanometer level, and is a natural ceramic material which is added with a far-infrared ceramic powder to a nano-grinding device. The raw material/powder is ground to the nanometer level, and then subjected to a high-temperature process in a high-temperature furnace sintered by a conventional ceramic, controlled in a plurality of stages, sintered, and made to have a flat bead shape.

In addition, the aforementioned M455066 patent relating to the present invention discloses a light-shadow which is highly reflective to light, mainly made of quartz, has an optical microstructure inside, and has a surface of a nanometer smooth surface, which can highly reflect and scatter light, so that It can produce self-illuminating effects in low light environment and high light (LED light source, sunshine) environment, which can be applied to situational lighting design to achieve lighting, indication and aesthetic effects.

The problem to be solved by this creative work is that the technology of the patent No. M397430 is mainly designed for aesthetics, wearing, fitness and placement, so the ceramic beads are completely non-transparent. Another problem to be solved in this creation is the previous case - that is, M455066 is a highly reflective A ray of light that scatters light, but it does not have the property of being engraved and processed.

The technical means of solving the problem in this creation will be to add feldspar, kaolin and other materials to the quartz material to reduce the brittle condition and make it an artificial jade device that can be engraved and processed.

Compared with the previous technology, this creation can produce self-illuminating effects in low light environment and high light (LED light source, sunshine) environment, and can be engraved and processed. It can be applied to situational lighting design, adding photonic jade of backlight. It can be used as an indirect light source device to achieve illumination, indication and aesthetic effects. It is an art component that can be applied to devices in the fields of cultural creation, leisure, music, interior design and architecture.

11‧‧‧Water Drop Photon Jade

12‧‧‧ Flat photon jade

21‧‧‧Upper curved surface

22‧‧‧Upper plane

31‧‧‧ Lower plane

32‧‧‧ Lower plane

41‧‧‧ lower margin

42‧‧‧lateral side

50‧‧‧Nano-grade particles

51‧‧‧Reflection

52‧‧‧scatter

53‧‧‧ penetration

54‧‧‧ Engraving surface

55‧‧‧Backlight

56‧‧‧scattered light

Figure 1: Appearance of a drop-shaped photon jade.

Figure 2: Appearance of a flat photon jade.

Figure 3: Schematic diagram of internal structure and direction of light travel.

Figure 4(a): Front view of the appearance of photonic jade engraving.

Figure 4(b): Schematic view of the appearance of photonic jade engraving.

Figure 5: Schematic diagram of a photon jade indirect light source device incorporating a backlight.

The photon jade appearance, as shown in Fig. 1, is a water-drop type photon jade (11), which has a curved surface facing upwardly above the curved surface (21) and below the upper curved surface (21) but spaced below it (31) ), between the outer edge of the upper arc surface (21) and the outer edge of the lower plane (31) and connecting the lower edge faces (41) of the both, The curvature and radius of the middle and lower edge surface (41) are smaller than the curvature and radius of the upper arc surface (21), and the position of the lower plane (31) enables the photon jade to be convex as a whole.

The appearance of photon jade, as shown in Fig. 2, is a flat-type photon jade (12), which is located above the upper plane (22), below the upper plane (22) but at a distance below it (32), a side edge surface (42) between the outer edge of the upper plane (22) and the outer edge of the lower plane (32), wherein the height of the side edge surface (42) is not high - much smaller than the upper plane (22) / The length of the lower plane (32), and the position of the lower plane (32) enables the photon jade as a whole to be convex.

Internally, the optical microstructure is evenly distributed, and the surface is a nano-smooth surface (that is, the difference between the topmost height and the bottommost height of all the bumps does not exceed the nanometer size); it can also be highly reflective and scattered. The light, as a whole, is translucent, that is, if it is revealed by an enlarged view, as shown in Fig. 3, part of the incident light is reflected (51) when it contacts the nano-sized particles (50), and some incident light contacts the nano-sized particles. It is scattered (52), and some of the incident light can still penetrate (53) when it contacts the nano-sized particles. Therefore, regardless of the direction of the incident light source, it has a self-luminous effect around it.

Moreover, in this embodiment, if the material mainly composed of quartz is added to feldspar, kaolin and other materials to reduce the brittle fracture, the artificial jade device can be engraved and processed; the 3D photon processed by the engraving The front view and the top view of the jade are shown in Figures 4(a) and 4(b), respectively. The engraving process is exemplified by the flat type of the second figure, and the engraved surface 54 can be carved into the text and/or Or pattern. The photon jade added to the backlight 55 can be an indirect light source device. As shown in Fig. 5, the scattered light 56 can produce a self-luminous effect.

Whether it is a water drop type or a flat type, the present invention has produced a plurality of color finished products at present, but this embodiment is only one of the embodiments of the present creation, and the creation can still be made at any time. Various changes, extensions, and applications should be made as needed to further expand its functionality. These are still within the scope of the patent application of this creation.

12‧‧‧ Flat photon jade

22‧‧‧Upper plane

32‧‧‧ Lower plane

42‧‧‧lateral side

54‧‧‧ Engraving surface

55‧‧‧Backlight

56‧‧‧scattered light

Claims (8)

A 3D photon jade having a curved surface facing upwardly above the curved surface (21), below the upper curved surface (21) but spaced apart from below the plane (31), below the upper curved surface (21) a lower edge surface (41) between the edge and the outer edge of the lower plane (31), wherein the curvature and radius of the lower edge surface (41) are smaller than the curvature of the upper curved surface (21) and The radius and the position of the lower plane (31) make the whole convex shape; and the 3D photon jade is composed of quartz material mixed with feldspar and kaolin material, wherein the feldspar and kaolin material system can reduce the 3D The probability of brittle cracking in photon jade. A 3D photon jade having an outer surface (22) above, but below, a plane (32) below the upper plane (22), an outer edge and a lower plane of the upper plane (22) (32) a side edge surface (42) between the outer edges and connecting the two, wherein the height of the side edge surface (42) is much smaller than the length and width of the upper plane (22) is much smaller than the lower plane ( 32) The length, width, and position of the lower plane (32) make the whole convex; and the 3D photon jade is composed of quartz material mixed with feldspar and kaolin materials, among which feldspar and kaolin materials It can reduce the probability of brittle cracking of the 3D photon jade. The 3D photonic jade as claimed in claim 1 or 2, comprising an optical microstructure uniformly distributed at all positions therein, and the 3D photon jade surface has a nanometer smoothness. The 3D photon jade as claimed in claim 3, wherein the optical microstructure is composed of nano-sized particles (50), which are highly reflective and scattered, and translucent. The 3D photon jade as claimed in claim 1 or 2, wherein the 3D photon jade is blue. The 3D photon jade as claimed in claim 1 or 2, wherein the 3D photon jade is pink. The 3D photon jade as claimed in claim 1 or 2, wherein the 3D photon jade comprises a surface engraved with text and a pattern. The 3D photon jade as described in claim 1 or 2 is placed on the back side with a backlight (55) to make the 3D photon jade an indirect light source device.