KR101473911B1 - Method and apparatus for producing image on glass - Google Patents

Abstract

The present invention relates to a method and device for forming an image on a glass and, more specifically, to a method and device for forming an image on a glass which uniformly distributes glitter powder on adhesive patterns formed to correspond to image patterns in a thin thickness when an image is formed on a glass using glitter powder and accurately forms an image having a thin thickness using glitter powder.

Description

TECHNICAL FIELD [0001] The present invention relates to a method and apparatus for generating an image on a glass,

More specifically, when an image is formed on a glass by using a glitter powder, a glitter powder is uniformly distributed to an adhesive pattern corresponding to an image pattern in a thin thickness, And more particularly, to a method and apparatus for generating an image with a thin thickness and brightly shiny powder.

Glass has transparency and is used for various windows and doors because it has heat and soundproof function from the outside. In many cases, such glass is not only subjected to the function of heat dissipation and soundproofing but also has a certain image on one side or both sides of the glass so as to have aesthetics. Typically, paints with colors are used to draw images on one or both sides of the glass. In recent years, a glossy material such as pearl, jewelery powder, glitter, etc. has been added to the image painted with color paint, The image of the branch is drawn.

Referring to FIG. 1, a conventional method 1 for generating an image using a glitter powder in a glass as described above will be described. The adhesive solution containing a glitter powder in a pattern of an image 11 to be formed on one surface of a glass 10 Draw with a brush.

The adhesive solution containing the glitter powder is prepared by putting the adhesive solution and the glitter powder into the mixing vessel 20 and mixing them. In the glue solution containing the glitter powder, the glitter powder is added to the bottom of the mixing vessel 20 by its own weight So that in the adhesive solution containing the glitter powder, the glitter powder is not mixed to the adhesive solution at a uniform density. Furthermore, in the case where the adhesive solution containing the glitter powder is applied to the brush 30 to draw the image 11 on one side of the glass 10, The adhesive solution 21 can not be drawn on one surface of the glass 10 with a uniform thickness.

When an image is formed on the glass according to the conventional method 1, a part of the image generated by using the glitter powder due to the adhesive solution mixed at a non-uniform density has no or little shiny powder and the image is not clear, Only a part of the image is drawn thick due to the thickness, and it is difficult to generate an accurate image.

Conventional method 2 for solving the problem of Conventional Method 1 in which no sparkling dust is present on a part of the generated image or the image is not clear is proposed.

In the case of the image forming method according to the conventional method 2, after the adhesive pattern is shown with the adhesive solution so as to correspond to the pattern 11 of the image 11 on the glass 10, a glitter powder is sprayed on the adhesive pattern, Images were generated using glitter powder by applying powder.

However, in the case of Conventional Method 2, the amount of the glitter powder supplied to the adhesive pattern is not uniform by applying glitter powder to the adhesive pattern around the adhesive pattern and bonding the glitter powder to the adhesive pattern. As a result, There is a problem that an image is generated in a rugged and unreformed form.

Furthermore, when an image is formed with different thicknesses, there is a problem that the image is damaged due to the abrasion of the glitter powder in some images formed with a thin thickness.

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made in view of the above problems, and it is an object of the present invention to provide an apparatus for generating an image on a glass using a glitter powder with uniform thickness.

Another object of the present invention is to provide an image forming apparatus capable of accurately producing an image on a glass by distributing glitter powder in an adhesive pattern with a uniform thickness and capable of accurately generating an image on a glass and preventing an image from being damaged only in a part of the image due to wear of the glitter powder Generating device.

In order to accomplish the object of the present invention, an apparatus for generating an image according to the present invention comprises a glitter feeder for storing glitter powder and supplying glitter powder, a glue feeder for glitter powder, And a net having a through hole having an area wider than the area of the glitter powder which uniformly distributes the glitter powder in a pattern. The adhesive pattern of the glass is formed on the glass so as to correspond to the image pattern to be generated in the glass .

Wherein the glitter feeding part includes a glitter storage part storing a glitter powder and having a supply path for supplying glitter powder to the glue part, and a shielding layer for shielding the supply of glitter powder to the glue part by intercepting the supply flow path do.

Preferably, the apparatus for producing a sparkling image according to the present invention further comprises an adhesive pattern hardening section for hardening the adhesive pattern distributed with the glitter powder.

Preferably, the apparatus for producing a sparkling image according to the present invention further comprises an air pressure injector for injecting air pressure into the glass to remove glitter dust distributed in the glass, except for the glitter powder distributed on the cured adhesive pattern.

Preferably, the apparatus for generating a sparkling image according to the present invention further includes an adhesive pattern forming unit for printing the adhesive pattern on one surface of the glass.

Preferably, the apparatus for generating a sparkling image according to the present invention further includes a vibrating part for vibrating the screen part up and down or right and left.

According to an aspect of the present invention, there is provided a method of forming an image on a glass surface, the method comprising: forming an adhesive pattern corresponding to an image pattern to be formed on one side of a glass; And uniformly dispersing the glitter powder into the adhesive pattern, and irradiating ultraviolet rays to the adhesive pattern to cure the adhesive pattern.

Preferably, the method of producing a sparkling image according to the present invention is characterized in that the sparkling powder is uniformly distributed in the adhesive pattern of the glass disposed at the lower end by passing the sparkling powder through the spark plug.

The method of producing a glitter image according to the present invention is characterized by further comprising the step of injecting air pressure into the glass after the step of curing the adhesive pattern to remove glitter powder distributed in addition to the adhesive pattern.

The method and apparatus for generating an image on a glass according to the present invention have various effects in comparison with the conventional methods as follows.

First, the image generating apparatus according to the present invention can uniformly distribute the glitter powder to the adhesive pattern through the net while the net is provided, so that an image having a uniform thickness can be generated by the glitter powder.

Second, the image generating apparatus according to the present invention generates an image with a uniform thickness of glitter powder, so that only a part of the image is removed, thereby preventing the image from being damaged.

Third, the image generating apparatus according to the present invention can control the amount of glitter powder distributed in the adhesive pattern by controlling the supply flow path of the glitter powder through the barrier, thereby adjusting the thickness of the image generated by the glitter powder .

Fourth, the image producing apparatus according to the present invention can easily remove the glitter powder distributed in the glass except for the glitter powder distributed on the cured adhesive pattern by injecting the air pressure into the glass using the air pressure jetting unit, The powder can be recycled into the recycling storage to recycle the glitter powder.

FIG. 1 is a view for explaining a conventional method of generating an image by using a glitter powder in a glass.
2 is a view for explaining an apparatus for generating an image on a glass according to an embodiment of the present invention.
FIG. 3 shows an example of a joining structure of a glitter feeding part and a frame part according to the present invention.
4 is a view for explaining a vibrating structure of a bottom part according to the present invention.
FIG. 5 shows an example in which the glitter powder is distributed in the adhesive pattern 211 of the glass 10 through the screen 140 in the image generating apparatus according to the present invention.
6 is a diagram for explaining a step of generating an adhesive pattern in the image generating method according to the present invention.
7 is a view for explaining the step of distributing the glitter powder to the glass 10 in the image generating method according to the present invention.
8 is a view for explaining the step of curing the adhesive pattern in the image forming method according to the present invention.
9 is a view for explaining a step of removing the glitter powder in the image generating method according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A method and an apparatus for generating an image on a glass according to the present invention will be described with reference to the accompanying drawings.

2 is a diagram for explaining an apparatus 100 for generating an image on a glass according to an embodiment of the present invention.

2, an adhesive pattern forming part 120 for forming an adhesive pattern corresponding to an image pattern to be created is disposed at one end of the upper surface of the support housing 110, A glitter feeding part 130, a thin film part 140 and an adhesive pattern hardening part 160 are disposed at the upper end of the upper surface of the support housing 110 in opposition to the upper surface of the support housing 110. Here, the supporting housing 110 is fixed with the component parts constituting the image producing device according to the present invention including the adhesive pattern forming part 120, the glitter feeding part 130, the grounding part 140 and the adhesive pattern hardening part 160 And a glass is disposed on the upper surface of the support housing 110 so that the user can use the work table to generate an image on the glass using the glitter feeding part 130, the grounding part 140 and the adhesive pattern hardening part 160 have. A roller transfer unit (not shown) is disposed on the upper surface of the support housing 110 so that the user places a glass having an adhesive pattern on a roller transfer unit (not shown) and transfers the image generation process line through a roller transfer unit The glass can be conveyed along the surface of the glass, and the glitter powder can be distributed by the adhesive pattern of the glass or the adhesive pattern can be hardened and the image can be easily generated.

The upper end of the upper surface of the support housing 110 is provided with a pneumatic injection hole 170 for injecting air with a high pressure of the glass. The upper surface of the support housing 110, which faces the pneumatic injection port 170, A collection hole 111 penetrating the support housing 110 is formed. The glass is placed on the upper surface of the support housing 110 to glitter powder is adhered to the adhesive pattern formed on one side of the glass and then the glitter powder distributed in addition to the adhesive pattern is removed. 100 removes the glitter powder by injecting the air pressure through the air pressure jetting port 170 and removes the glitter powder collected in the collection tube 190 through the collection hole 111 to prevent the glitter powder from flying out of the working space And can easily recycle the glitter powder to recycle the glitter powder.

More specifically, a stopper film 180 is disposed on the upper surface of the support housing 110 so as to oppose the pneumatic ejection port 170. The stopper film 180 is disposed on the upper surface of the support housing 110, So that the glitter powder is moved in the direction of the collecting hole 111.

Hereinafter, referring to FIG. 2, the function of each component of the apparatus for generating an image on a glass according to an embodiment of the present invention will be described in more detail. First, the adhesive pattern forming unit 120 forms an image The adhesive solution corresponding to the image is formed on the upper surface of the glass. Preferably, the adhesive pattern forming portion 120 is an adhesive pattern printing portion that prints an adhesive pattern using an adhesive solution.

The glass with the adhesive pattern is disposed on the upper surface of the support housing 110. The glitter feeder 130 stores the glitter powder and supplies the glitter powder to the net 140 disposed at the lower end of the glitter feeder 130. [ The light emitting portion 140 may be fixed to the glitter feeder 130 at the lower end of the glitter feeder 130 or may be integrally formed with the glitter feeder 130. In accordance with the present invention, And the glitter feeder 130 may be formed separately from each other.

The network 140 has a network having a transmission area larger than the area of the glitter powder. The network 140 uniformly distributes the glitter powder supplied from the glitter supply part 130 through the network in an adhesive pattern. Here, the amount of the glitter powder supplied from the glitter feeder 130 to the filler 140 may be adjusted, or the penetration area of the filler 140 may be adjusted to control the amount of glitter powder distributed in the adhesive pattern.

Preferably, the image generating apparatus according to the present invention further includes a vibrating unit 150, wherein the vibrating unit 150 can easily disperse the glitter powder supplied from the glitter feeding unit 130 to the holding unit 140 into an adhesive pattern So as to vibrate the net portion 140 as much as possible. The vibrating unit 150 may vibrate the vibrating unit 140 to vibrate the vibrating unit 140 to the left or to the left or to the right or to the left or to the left or to the upper or lower part of the vibrating unit 140. In various embodiments, And this is within the scope of the present invention. The connecting bar (not shown) of the vibrating unit 150 is connected to one end of the receiving unit 140 and the moving unit (not shown) of the vibrating unit 150 reciprocates the connecting bar vertically / horizontally, .

After the glitter powder is distributed on the adhesive pattern, the adhesive pattern hardening unit 160 preferably hardens the adhesive pattern, and the adhesive pattern hardening unit 160 irradiates ultraviolet rays (UV) with an adhesive pattern to harden the adhesive pattern. After the curing of the adhesive pattern is completed, the air pressure jetting hole 170 ejects high-pressure air into the glass to remove the glitter powder distributed in the glass, except for the glitter powder adhered to the adhesive pattern, (190) to collect the glitter powder.

Here, the glitter powder means a powder made of various kinds of materials capable of generating an image by distributing the fine powder of pearls, jewels and glitter in an adhesive pattern.

FIG. 3 shows an example of a joining structure of a glitter feeding part and a frame part according to the present invention.

3, the glitter feeding unit 130 includes a storage unit 131 for storing the glitter powder and supplying the glitter powder to the storage unit 140, and a storage unit 131 for storing the glitter powder stored in the storage unit 131. [ And a shielding film 135 for supplying or cutting off the shielding film 140 to the shielding portion 140. One end of the storage part 131 facing the storage part 140 is formed to have a reduced sectional area and a supply passage 133 extending from the storage part 131 at a reduced cross- Is formed. It is possible to control the amount of the glitter powder supplied from the storage section 131 to the storage section 140 by supplying the glitter powder to the storage section 140 through the supply passage 133 having a reduced cross sectional area.

The shielding layer 135 is hinged to the supply flow channel 133 and is connected to the supply flow channel 133. The shielding layer 135 is formed on the supply flow channel 133, Or slides in the insertion slot formed in the supply passage 133 to cut off the cross-sectional area of the supply passage 133. [ The cross sectional area of the supply flow path 133 supplied to the bottom portion 140 can be controlled according to the degree of sliding of the blocking layer 135 into the insertion slot and thus the amount of the sparkling powder supplied to the bottom portion 140 can be controlled have. Depending on the field to which the present invention is applied, a barrier membrane having various structures for controlling the amount of the glitter powder supplied from the supply channel 133 to the channel 140 may be used, which is within the scope of the present invention.

The shining part 140 is disposed at the lower end of the shining part 130 so as to receive the shining powder from the supply flow path 133. The shining powder is supplied uniformly to the adhesive pattern of the glass through the mesh formed in the shining part 140 . Preferably, the storage chamber 140 and the storage tank 131 are connected to each other through a connecting portion 141 having fluidity. The connection protrusion 143 is formed at one end of the connection portion 141 and the connection protrusion 143 is inserted into the connection hole 137 formed in the reservoir 131 to connect the connection portion 140 to the storage portion 131. The shining part 140 and the shiny supply part 130 are hermetically connected to each other through the connection part 141 having such fluidity and at the same time the shaving part 140 is moved up and down and left and right with reference to the shining part 130, The glitter powder of the net portion 140 can be smoothly distributed in the adhesive pattern of the glass.

4 is a view for explaining an example of vibration of a bottom part according to the present invention.

Referring to FIG. 4A, more specifically, the network 140 is connected to the connection unit 141, and the vibrating unit 150 vibrates the network 140 in a vertical direction. One end of the chamber 140 is connected to a connecting bar of the vibrating unit 150 and the connecting bar of the vibrating unit 150 is connected by the moving unit of the vibrating unit 150. [ In the vertical reciprocating motion, the chamber 140 vibrates obliquely upward and downward, and the glitter powder of the chamber 140 is distributed as an adhesive pattern of the glass through the mesh of the chamber 140.

Referring to FIG. 4B, more specifically, the network 140 is connected to the connection unit 141, and the vibrating unit 150 vibrates the network 140 in the left-right direction. When the connecting bar moves reciprocally in the left and right direction by the moving unit of the vibrating unit 150, the lower panel 140 is moved in the left and right direction, and the glitter powder of the lower panel 140 is moved through the net of the lower panel 140, And is distributed as an adhesive pattern.

FIG. 5 shows an example in which the glitter powder is distributed in the adhesive pattern 211 of the glass 10 through the screen 140 in the image generating apparatus according to the present invention. 5, the glitter powder of the screen portion 140 is distributed to the glass 10 through the net of the screen portion 140, and the glitter powder is uniformly distributed in the adhesive pattern 211 of the glass 10 So that an image having a uniform thickness can be generated by using a glitter powder in the glass 10.

FIGS. 6 to 9 are views for explaining a method of generating an image on a glass according to the present invention.

6, the adhesive pattern forming unit 120 forms an adhesive pattern 211 corresponding to a pattern of an image to be formed on the glass 10, do. In the present invention, the adhesive pattern forming unit 120 prints the adhesive pattern 211 using the adhesive solution. Since the printing method using the adhesive solution is widely known, detailed description thereof will be omitted.

The glass with the adhesive pattern 211 is placed on the upper surface of the support housing 110 so as to face the glitter feeder 130. In this case, do. The glitter feeder 130 feeds glitter powder to the straw 140 and the glitter powder is evenly distributed to the glass. At this time, the amount of the glitter powder distributed in the glass 10 can be adjusted according to the cross-sectional area of the mesh network 140 or the supply amount of the glitter powder supplied from the glitter feeder 130 to the grid 140, 10, the amount of the glitter powder adhered to the adhesive pattern 211 of the glass 10 is different. Even though the amount of glitter adhered to the adhesive pattern 211 is different, the glitter powder adheres to the adhesive pattern 211 with a uniform thickness.

8 illustrating a step of curing the adhesive pattern, the adhesive pattern hardening unit 160 includes a light source that emits ultraviolet rays. The adhesive pattern hardening unit 160 includes a glass having a shiny powder distribution Ultraviolet rays are irradiated to the adhesive pattern 211 of the adhesive layer 10 to cure the adhesive pattern. Various methods for curing the adhesive pattern 211 may be used depending on the field to which the present invention is applied, and this is within the scope of the present invention.

9, when the curing of the adhesive pattern 211 is completed, the glitter powder distributed on portions other than the adhesive pattern of the glass 10 should be removed. The air pressure jetting port 170 ejects a high-pressure air pressure to the glass 10 to remove glitter dust distributed on portions other than the adhesive pattern 211 of the glass. The glitter powder removed by the high-pressure air pressure is collected into the collection cylinder 190 through the collection hole 111 located at one end opposed to the air pressure injection port 170. [ The glitter powder removed by the high-pressure air pressure is blocked by the stopper membrane 180 and collected in the collecting cylinder 190 through the collecting hole 111. It prevents the glitter powder from flying out of the work space and easily recovers the glitter powder to recycle the glitter powder. Preferably, the pneumatic ejection orifice 170 is formed so as to inject a high-pressure air pressure as a whole onto the upper surface of the support housing 110 where the image forming operation is performed, thereby removing all of the glitter powder distributed on the upper surface of the support housing 110 It is possible.

  While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

10: glass 110: support housing
120: Adhesion pattern forming part 130: Glitter feeding part
140: Chamber 150:
160: Adhesive pattern hardening unit 170: Air pressure nozzle
180: stopper membrane 190: collection tube

Claims (9)

A support housing having a roller conveyance portion for conveying the glass along the process line;
A glitter feeder for storing the glitter powder and supplying the glitter powder;
A net having a through hole having an area wider than an area of the glitter powder uniformly distributing the glitter powder with the adhesive pattern of the glass supplied from the glitter supply part along the process line;
An air pressure spraying part located on the upper surface of the support housing and spraying air pressure to the glass conveyed along the process line to remove glitter powder distributed in the glass except for the glitter powder distributed on the cured adhesive pattern;
A collecting hole for collecting the glitter powder conveyed by the air pressure;
A stopper film positioned on the upper surface of the support housing so as to face the air pressure injection hole and guiding the glitter powder conveyed by the air pressure to the collection hole; And
And a vibrating part for vibrating the lower part of the upper part or the lower part,
The shining part is hermetically connected to the glitter feeding part through a connecting part of a fluid material,
Wherein the adhesive pattern of the glass is formed on the glass so as to correspond to an image pattern to be formed on the glass. The apparatus of claim 1, wherein the glitter feeder
A glitter storage unit storing the glitter powder and having a supply channel for supplying the glitter powder to the chamber; And
And a shielding film for shielding the supply of the glitter powder from the supply channel by blocking the supply flow channel. 3. The method according to claim 1 or 2,
And an adhesive pattern hardening unit for hardening the adhesive pattern on which the glitter powder is distributed. delete 4. The apparatus of claim 3, wherein the device for generating the sparkling image comprises:
And an adhesive pattern printing unit for printing the adhesive pattern on one surface of the glass. delete delete delete delete

Images