CN201099132Y - Image forming apparatus - Google Patents

Abstract

An image forming device comprises an image module and a light projecting module, wherein the image module comprises at least three transparent blocks, point cloud blocks are engraved in each transparent block by laser, and the transparent blocks are connected into a whole so that the point cloud blocks can form an image; the light projection module is arranged on one side of the image module and comprises three groups of light sources, the three groups of light sources respectively irradiate the transparent blocks in the same direction, and the cloud blocks of each point are subjected to the color mixing effect of the three groups of light sources, so that an image formed by the cloud blocks forms a color image; therefore, the utility model discloses with the product of carving in traditional monochromatic laser, by the color layering of image, the arrangement of layering point cloud block corresponds the light projector module of color layering, and with the combination of the quartzy material of total reflection, can accomplish the luminous interior carving image of colored.

Description

image forming device

technical field

The utility model belongs to a decorative product, in particular to an image forming device capable of forming colored images.

Background technique

It is known that the acrylic, crystal or glass ornaments sold in the market all have a crystal clear aesthetic feeling, so many people place them at home as decorations.

However, general acrylic, crystal or glass ornaments are presented in a transparent and monochrome form, relatively unchanged, and still lack aesthetic feeling.

Therefore, some people use laser engraving technology to engrave patterns or characters inside acrylic, crystal or glass ornaments, but the patterns produced by this kind of laser engraving only have a single color and lack aesthetic feeling.

Therefore, the inventor of the utility model is actively looking for a solution to the above-mentioned existing acrylic, crystal or glass ornaments, which have only a single color defect, after many years of research and development and manufacturing experience in related industries. After improvement, finally created a kind of image forming device that can really improve the above-mentioned deficiencies.

Contents of the invention

The purpose of this utility model is to provide an image forming device to overcome the defects of the above-mentioned traditional structure. By layering the color of the image, the arrangement of layered point cloud blocks, and the corresponding color layered light projection module, Combining with the total reflection crystal material, and through the processing of the laser engraving machine, the inner engraving image of the colored luminescent crystal can be completed.

Technical features for solving the problem: an image forming device, characterized in that it comprises:

An image module, the image module includes at least three transparent blocks, each transparent block has a point cloud block that is laser-engraved and can form an image with other transparent blocks, and each transparent block is connected into one;

A light projection module, the light projection module is set on one side of the image module, the light projection module includes three groups of light sources, and the three groups of light sources are respectively directed to illuminate each transparent block, so that each transparent block Each point cloud block in is irradiated by three groups of light sources in the same direction.

Wherein, the light projection module is arranged under the image module, and the three transparent blocks are respectively a first transparent block, a second transparent block and a third transparent block, and the first, second and In the third transparent block, there are respectively a first point cloud block, a second point cloud block and a third point cloud block formed by laser engraving, the first transparent block, the second transparent block and the first transparent block Three transparent blocks form an upright arrangement, and the opposite faces of the first transparent block, the second and the third transparent block can make the first, second and third point cloud blocks inside each transparent block form a The images are connected to each other as a whole.

Wherein, a first medium layer is provided between the first transparent block and the second transparent block, and a second medium layer is provided between the second transparent block and the third transparent block.

Wherein, the first medium layer and the second medium layer are adhesive layers.

Wherein, the first dielectric layer and the second dielectric layer are an air space layer.

Wherein, the first transparent block, the second transparent block and the third transparent block are pasted together.

Wherein, the first transparent block, the second transparent block and the third transparent block are locked and integrated.

Wherein, the light projection module includes a row of red light emitting diodes, a row of green light emitting diodes and a row of blue light emitting diodes, and the red light emitting diodes, green light emitting diodes and blue light emitting diodes are respectively oriented to make the point cloud block The upward irradiation direction of the color image is formed by the color mixing of the red light source, the green light source and the blue light source, so that the image composed of each point cloud block is formed.

Wherein, the light projection module includes a color filter for making the image composed of each point cloud block form a color image through irradiation with a full-spectrum light source, and the color filter is arranged on the bottom surface of the transparent block.

Wherein, the light projection module includes a color material layer for making the image formed by each point cloud block form a color image through irradiation with a full-spectrum light source, and the color material layer is arranged on the bottom surface of the transparent block.

Compared with the effect of the previous technology: In this way, in each transparent block of the image module of the utility model, each point cloud block is engraved, so that each point cloud block forms an image layer, and corresponds to the three colors of the light projection module The light source achieves the effect of color mixing, so that each transparent block can achieve the physical phenomenon of total reflection, and can achieve color luminous internal carving photos.

An image forming device provided by the utility model, because the utility model uses the traditional monochromatic laser engraving products, by layering the color of the image, the arrangement of layered point cloud blocks, and the corresponding color layering The combination of the light projection module and the total reflection crystal material, and the processing of the laser engraving machine can complete the color luminescent crystal engraving image.

About technology, means and effect thereof that the present utility model adopts, hereby give a preferred embodiment and coordinate drawing in detail in the back, believe that the above-mentioned purpose of the present utility model, structure and feature, when can get a deep and specific from it understanding.

Description of drawings

Fig. 1 is a three-dimensional appearance schematic diagram of the utility model.

Fig. 2 is a three-dimensional exploded schematic diagram of the utility model.

Fig. 3 is a schematic plan view of the utility model.

Fig. 4 is another embodiment figure of the utility model.

Detailed ways

First, please refer to Fig. 1 to Fig. 4, a kind of image shaping device of the present utility model, it comprises:

An image module 10, the image module 10 includes at least three transparent blocks, laser engraved dot cloud blocks in each transparent block, and each transparent block is connected into one, so that each point cloud block can form an image; wherein the The transparent block can be transparent such as acrylic, crystal or glass;

A light projection module 20, the light projection module 20 is arranged on one side of the image module 10, the light projection module 20 includes three-color light sources, and the three-color light sources illuminate each transparent block in the same direction, so that each The point cloud block is subjected to the color mixing effect of the three-color light source, so that the image formed by each point cloud block forms a color image when viewed by the eyes.

Wherein the light projection module 20 is arranged under the image module 10, and the three transparent blocks are respectively a first transparent block 11, a second transparent block 12 and a third transparent block 13, the first and the third In the second and third transparent blocks 11, 12, 13, a first point cloud block 111, a second point cloud block 121 and a third point cloud block 131 are respectively formed by laser engraving;

In addition, the first transparent block, the second transparent block and the third transparent block 11, 12, 13 form an upright arrangement, and make the first transparent block, the second and the third transparent block 11, 12, 13 The opposite surface is the first, second and third transparent blocks 11, 12 and 13 connected to each other and connected as a whole, and the first, second and third point cloud blocks 111 and 121 inside them , 131 form an image;

And between the first transparent block 11 and the second transparent block 12, a first medium layer 14 can be provided, and between the second transparent block 12 and the third transparent block 13, a second medium layer can be provided. Layer 15, the density of the first dielectric layer 14 and the second dielectric layer 15 is different from the density of the first, second and third transparent blocks 11, 12, 13, so that the light irradiates the first, second and third When the transparent blocks 11, 12, 13, the physical phenomenon of total reflection can be achieved;

Wherein when the first medium layer 14 and the second medium layer 15 are transparent glue, the first transparent block, the second transparent block and the third transparent block 11, 12, 13 form an adhesive combination; When the medium layer 14 and the second medium layer 15 are air, the first transparent block, the second transparent block and the third transparent block 11 , 12 , 13 are locked into one body.

In addition, the light projection module 20 of the present utility model can be a light emitting diode device, including a row of red light emitting diodes 21, a row of green light emitting diodes 22 and a row of blue light emitting diodes 23, and the red light emitting diodes 21, green light emitting diodes 22 and blue light-emitting diode 23, illuminate the first transparent block 11, the second transparent block 12 and the third transparent block 13 upwards respectively, so that the first point cloud block 111, the second point cloud block 121 and The third point cloud block 131 is affected by the color mixing effect of the red light source, the green light source and the blue light source, so that the image formed by the first point cloud block 111, the second point cloud block 121 and the third point cloud block 131 , forming a color image when viewed by the eye.

The light projection module 20 can be a color filter 24 arranged on the bottom of the first transparent block 11, the second transparent block 12, and the third transparent block 13, and then irradiates from the bottom of the color filter 24 with a full-spectrum light source. , so that the image composed of the first point cloud block 111 , the second point cloud block 121 and the third point cloud block 131 forms a color image.

Wherein the light projection module 20 can be the color material layer arranged on the bottom surface of the first transparent block 11, the second transparent block 12, and the third transparent block 13, and then irradiates from the bottom of the color material layer with a full-spectrum light source, so that The image composed of the first point cloud block 111 , the second point cloud block 121 and the third point cloud block 131 forms a color image.

With the above design, when the light projection module 20 emits light, the first point cloud block 111, the second point cloud block 121 and the third point cloud block 131 will be affected by the color mixing of the red light source, the green light source and the blue light source. The effect is to make the image formed by the first point cloud block 111, the second point cloud block 121 and the third point cloud block 131 form a color image when viewed by the eyes; for example, when the image is an apple, the first point cloud The apple pulp in the block 111 is just red, the top of the apple in the second point cloud block 121 is blue, and the apple leaf in the third point cloud block 131 is green.

The image module 10 of the present utility model improves the traditional monochromatic laser engraving product, and engraves each point cloud block in each transparent block of the image module 10 by processing the laser inner engraving machine, so that each point cloud The blocks form image layers, and corresponding to the three-color light sources of the light projection module 20 to achieve color mixing, so that each transparent block can achieve a physical phenomenon of total reflection, and can achieve a color luminous internally carved photo.

The three-color light source of the light projection module 20 of the present invention can be formed by mixing the pure colors of red, green and blue in natural colors. Of course, in order to increase the color scale, multi-spectral single colors can be integrated for color separation .

Each point cloud block of the image module 10 of the utility model forms image layers, which uses HalfTone technology to process the layered single-layer image data, so that the single-layer tone image can follow the point density and point group shape Distribution to display the gray scale of the tones.

The three-color light sources of the light projection module 20 of the present invention will cast monochromatic light sources (such as monochromatic light-emitting diode light sources) at the corresponding positions according to the sequence of layers, and can also be filtered at the bottom of each transparent block. A color film, or a layer of color material is coated, and then a full-spectrum light source is projected from the bottom to achieve color layering and form a color image.

In this utility model, in order to avoid mutual interference between the transparent blocks, each piece of material needs to be made separately, and finally the medium layer is pasted and combined or locked, and the materials are glued with a medium layer different from the density of each transparent block. Sticking combination or locking, in order to form a physical phenomenon of total reflection between the transparent blocks.

Claims (10)

1. an image building mortion is characterized in that, comprising:

One image module, this image module comprises at least three transparent blocks, has some cloud sector piece laser engraving and that can become an image with other transparent block mutual group in each transparent block, each transparent block connects to one;

One light projector module, this light projector module is located at a wherein side of image module, this light projector module includes three groups of light sources, and three groups of light sources are respectively towards in order to shining each transparent block, and then allows each point cloud sector piece in each transparent block be subjected to the same direction of three groups of light source colour mixtures irradiations.

2. image building mortion as claimed in claim 1, it is characterized in that, this light projector module is located at the below of image module, and three transparent blocks are respectively one first transparent block, one second transparent block and one the 3rd transparent block, and first, in second and third transparent block, has one first cloud sector piece that laser engraving forms respectively, one second cloud sector piece and is the cloud sector piece thirdly, this first transparent block, the second transparent block and the 3rd transparent block, form upright arrangement, and the first transparent block, the opposite face of second and third transparent block can make first of each transparent block inside, second and third cloud sector piece interconnects with forming an image and is integral.

3. image building mortion as claimed in claim 2 is characterized in that, between this first transparent block and the second transparent block, is provided with one first dielectric layer, and between this second transparent block and the 3rd transparent block, then is provided with one second dielectric layer.

4. image building mortion as claimed in claim 3 is characterized in that, this first dielectric layer and second dielectric layer are mucigel.

5. image building mortion as claimed in claim 3 is characterized in that, this first dielectric layer and second dielectric layer are an airspace layer.

6. image building mortion as claimed in claim 2 is characterized in that, this first transparent block, the second transparent block and the 3rd transparent block are pasted and combined.

7. image building mortion as claimed in claim 2 is characterized in that, this first transparent block, the second transparent block and the 3rd transparent block locking are integral.

8. image building mortion as claimed in claim 1, it is characterized in that, this light projector module comprises row's red light emitting diodes, row's green LED and row's blue LED, and red light emitting diodes, green LED and blue LED, respectively towards with so that some cloud sector piece is subjected to red light source, green light source and blue-light source colour mixture, and then the image that each point cloud sector piece is formed forms the upwards direction of illumination of chromatic image.

9. image building mortion as claimed in claim 1 is characterized in that, this light projector module includes in order to shine by full spectrum light source, and the image that each point cloud sector piece is formed forms the colour filter of chromatic image, and colour filter is located at transparent block bottom surface.

10. image building mortion as claimed in claim 1 is characterized in that, this light projector module comprises that in order to shine by full spectrum light source the image that each point cloud sector piece is formed forms the colorant layer of chromatic image, and the colorant layer is located at transparent block bottom surface.

Images