KR20190112902A - LED commemorative plaque and manufacturing method - Google Patents

Abstract

The present invention relates to an LED light emitting memorial tablet made by using a UV printing method and a fabrication method thereof, the memorial tablet being given to a recipient to commemorate winning and the like, wherein a memorial object is stood out after light is projected to the memorial tablet by using an LED, thereby improving aesthetic qualities and maximizing interior designing effects. To this end, the memorial tablet comprises: a main body (100) having a characteristic of being transparent; a front surface printing layer (200) having an impermeable quality after being UV-printed by a UV ink of an arbitrary color on the front surface of the main body (100); a rear surface printing layer (300) having an impermeable quality after being UV-printed by a UV ink of a color contrasted with the color of the front surface printing layer (200) on the rear surface of the main body (100); a notice portion (S) through which light is permeable, and which is formed as a portion that is not UV-printed at a predetermined position on the front surface printing layer (200); and a lighting member (400) projecting light on the main body (100). Here, the notice portion (S) is stood out by being exposed in the color of the rear surface printing layer (300), which is contrasted with the color of the front surface printing layer (200), or is stood out after the light of the lighting member (400) penetrates the notice portion (S).

Description

LED emission type plaque using UV printing method and its manufacturing method {LED commemorative plaque and manufacturing method}

The present invention is to be awarded to the subjects in order to commemorate the prize, etc., LED light-type commemorative plaque using a UV printing method to irradiate the light using the LED on the memorial plaque to highlight the monument, improve the aesthetics and maximize the interior effect; The manufacturing method is related.

In general, a memorial plaque is a kind of ornament that is given to a person in order to commemorate outstanding achievements or prizes. The memorial plaque shows the purpose of the memorial plaque by putting the personal information, achievements, and contents of the prize winner in front of the memorial plaque.

This memorial plaque used an impervious body that does not transmit light with wood, metal, or synthetic resin. However, recently, a light-transmitting body such as crystal and glass is widely used, and a transmissive body such as crystal and glass is used. It is widely used, and in order to highlight the transmissive body, self-luminous memorial plaques using reflectors, lights, etc. have been developed.

For example, referring to Korean Patent Laid-Open Publication No. 10-2011-0136359, as a support for a crystal plaque that supports a crystal plaque, an insertion groove is formed on an upper surface of a pedestal formed of a metal material, and the crystal is inserted into the insertion groove. It is made of the same material as the plaque and installed by inserting the supporting parts having different colors so that the crystal plaque can be attached to the upper surface of the supporting part.

In addition, referring to the prior art Utility Model Publication No. 20-2013-0003342, LED trophy, a pedestal body having a storage space therein; A trophy fixed to an upper surface of the pedestal body via an adhesive; And a light emitting unit provided inside the pedestal main body to irradiate light toward the trophy when power is applied.

However, in the conventional case, a memorial plaque having a transmissive body has a light scattering light in which a phrase expressed in an intaglio or emboss is transmitted through the front of the main body of the transmissive body since light is transmitted through the whole direction of the memorial plaque when the light is irradiated with an LED light. Due to poor visibility, the incidence efficiency of the commemorative plaque was remarkably reduced, and the light transmitted through the main body of the commemorative plaque was strong and caused the adverse effect of the interior.

In addition, in the conventional case, the lighting of the memorial plaque is provided inside the pedestal supporting the main body, and the operation of turning on or off the lighting has a structure of manually operating a switch connected to the main body of the light, which makes the operation of the light cumbersome. Usually, only the light of the first selected solid color is illuminated, so the incidence function of the commemorative plaque is very monotonous, and the aesthetics were falling significantly.

Korean Patent Publication No. 10-2011-0136359 has been presented. Korean Utility Model Publication No. 20-2013-0003342 is presented.

The present invention is to solve the conventional problems, it is not good visibility by scattering light transmitted through the phrase expressed on the main body of the memorial plaque to solve the problem that the incidence efficiency of the memorial plaque drops remarkably, the omnidirectional plaque It is an object of the present invention to provide a LED emitting type plaque and a method of manufacturing the same using a UV printing method to solve the problem that the brightness of the light transmitted through the strong effect of the interior adverse effects.

In addition, the present invention has another object to solve the problem that the operation of the lighting is cumbersome, and the aesthetics are significantly reduced due to the monotony of the illumination.

The present invention to solve this object;

As a commemorative plaque,

A main body having a transparent characteristic;

A front printing layer having an impermeability by being UV-printed with UV ink of any color on the front of the main body;

A rear printing layer having an impermeability by being UV-printed with UV ink of a color contrasted with the color of the front printing layer on the back of the main body;

A post part formed of a part not UV-printed at a predetermined position of the front printing layer to transmit light;

It is configured to include a lighting member for irradiating light to the main body,

The posting portion is exposed to the color contrasting with the front printing layer in the color of the back printing layer, or the LED light-emitting commemorative plaque using a UV printing method, characterized in that the light of the illumination member is transmitted through the posting portion. to provide.

According to the present invention, UV printing is performed on the front and rear of the body of the commemorative plaque with UV ink, respectively, and the front printing surface of the main body is made of letters, pictures, images, etc. suitable for the purpose of the commemorative plaque so that light is transmitted. The front and back printing surfaces of the main body are made of colors that contrast with each other, so that the posting parts are highlighted so that the posting parts of the commemorative plaque are exposed to the colors of the back printing surfaces without light. In the case of the LED light irradiation, the light is emitted to the placard of the memorial plaque, and the placard of the memorial plaque has good visibility, and the light is exposed only to a certain part, thereby maximizing the effect of the interior.

In addition, as the structure of the commemorative plaque can be arbitrarily changed to various colors while the commemorative plaque is operated with a remote controller, the commemorative plaque provides convenience for lighting operation and the aesthetics of the commemorative plaque is improved by the variety of illumination colors. .

1 to 2 is a view showing the LED light emitting commemorative plaque using a UV printing method according to a first embodiment of the present invention.
Figure 3 is a view showing a manufacturing method of the LED light type commemorative plaque using the UV printing method according to the present invention.

With reference to the accompanying drawings, the LED light emitting commemorative plaque using the UV printing method according to the present invention and its manufacturing method will be understood by the embodiments described in detail below.

Meanwhile, in describing the embodiments, detailed descriptions of components that are widely known and used in the art to which the present invention belongs or do not belong will be omitted, which omit unnecessary descriptions, and accordingly the present invention. To convey the gist more clearly.

1 to 3 are diagrams for explaining the LED light-emitting commemorative plaque using a UV printing method and a manufacturing method according to each embodiment of the present invention.

Looking at the memorial plaque 1 according to this, the transparent body 100; An impermeable front printed layer 200; An impermeable back printing layer 300; Post portion S through which light is transmitted; It is configured to include a lighting member 400 for irradiating light.

In addition, looking at the method of supporting the memorial plaque, the preparation step (S510) for preparing the main body 100; A printing step (S520) of printing the front printed layer 200, the rear printed layer 300, and the posting portion S by printing; Drying step (S530) for drying the printed portion; It is configured to include an assembly step (S540) to complete the memorial plaque (1).

Hereinafter, as an embodiment of the basic configuration of the present invention, the configuration of each part of the LED light-emitting commemorative plaque 1 using the UV printing method according to the first embodiment will be described in detail with reference to FIGS. 1 is a front view of the memorial plaque, FIG. 2 is a front view and a side view of the memorial plaque.

First, the main body 100;

It has a transparent characteristic, it is to be a support for performing the ornament function of the memorial plaque (1).

For example, the body 100; Although it is made of a material having a transparent property such as glass, crystal, etc., according to the purpose of the memorial plaque (1) has a variety of shapes, such as square, round, triangular, polygon, etc., in the present invention based on the main body 100 of the square plate form As shown.

At this time, the main body 100 does not form an oblique angle to the side of the main body 100 to prevent diffuse reflection of light emitted from the lighting member 400. The main body 100 may apply a pretreatment agent to the surface of the main body 100 to be resistant to moisture or ultraviolet exposure.

And, the front printing layer 200;

The front surface of the main body 100 is UV-printed with UV ink of any color to have an impermeability, and the light irradiated from the lighting member 400 is not transmitted to the front of the main body 100.

For example, the front printing layer 200; The front layer of the main body 100 is a printing layer that is UV-printed using a UV printing machine with UV ink, and serves as an outer base of the plaque 1, and the front printing layer 200 has a thickness of 0.01 mm to 0.02 mm using a UV printing machine. Print

When the front printed layer 200 is printed at 0.01 mm or less, there is almost no three-dimensional touch by hand, and when the front printed layer 200 or more is cured, the curing time is long and the front printed layer 200 may not be completely cured.

The front printing layer 200 is a background printed with dark UV ink, but may be formed as a dark image or a picture according to a selection.

In this case, the front printing layer 200 is printed with UV inks of colors other than bright colors such as white, and preferably a dark color such as black so as not to transmit light.

In addition, the front printing layer 200; The method further includes printing the inner layer 210 printed with the UV-based ink of the light-based color inside the main body 100 and the base layer 220 printed with the UV-based ink of the dark-based color on the outer surface of the inner layer 210. .

The inner layer 210 is printed with bright index UV inks to make the color of the base layer 220 brighter and to shine the light of the lighting member 400 inside the main body 100.

The base layer 220 is printed with UV ink having a dark color on the outer surface of the front printing layer 200 so as not to transmit the light of the lighting member 400.

And, the rear printing layer 300;

The back of the main body 100 is UV printed with UV ink of a color contrasted with the color of the front printing layer 200 has an impermeability, and the light emitted from the lighting member 400 is transmitted to the back of the main body 100 It is to make the post portion S formed in the front printing layer 200 stand out.

For example, the back printing layer 300; The back layer of the main body 100 is a UV printing layer printed with UV ink using a UV printer to form the interior of the commemorative plaque (1), and the rear printing layer 300 using a UV printer with a thickness of 0.01 mm to 0.02 mm. Print

When the rear printing layer 300 is printed at 0.01 mm or less, there is almost no three-dimensional touch to the hand, and when it is 0.02 mm or more, the curing time is long and the rear printing layer 300 may not be completely cured.

The back printing layer 300 is printed with UV ink of a color other than a dark color such as black, and preferably a bright light such as white to reflect light. The back printing layer 300 is printed in a light-based color that can easily reflect light, so that light scattered to the inside of the main body 100 is dispersed and scattered so that the subtle light can be irradiated toward the main body 100 side. .

At this time, by printing the back printing layer 300 in white, the back printing layer 300 in the post portion (S) formed as a portion that is not printed on the front printing layer 200 in the absence of light of the lighting member 400. As white is projected, the publication portion S on which the light-based color is projected by the rear-printed layer 300 from the dark-based index front printed layer 200 is highlighted.

And, the posting portion (S) is;

The light is transmitted through a portion that is not UV printed at a predetermined position of the front printing layer 200, and is formed of letters, pictures, images, etc. to suit the object of awarding the commemorative plaque (1). It is for posting.

For example, the posting portion (S) is; The front printing layer 200 is formed by providing a blank portion that is not printed in the form of letters, pictures, images, etc. suitable for the purpose of the memorial plaque 1 in the process of UV printing.

Here, the posting portion (S) is exposed to the color contrasting with the front printing layer 200 in the color of the back printing layer 300, or the light of the illumination member 400 to be described later post portion (S) It can be transmitted through and highlighted.

At this time, the posting portion (S) is formed without being printed on the front printing layer 200 so that the light emitted from the inside of the main body 100 is transmitted to the posting portion (S), the posting portion (S) is highlighted, Alternatively, the rear printing layer 300 of the main body 100 may be projected onto the posting part S, and the posting part S may be highlighted to the front of the main body 100, and may be appropriate for the purpose of the commemorative plaque (1). As the posting part (S) consisting of images is dramatically highlighted, the visibility of the posting part (S) of the commemorative plaque (1) is greatly improved, and only the posting part (S) of a specific part is exposed to light, thereby maximizing the effect of the interior. do.

And, the lighting member 400;

The main body 100 is irradiated with light, and the memorial plaque 1 is fixed to the installation position as a supporting part supporting the main body 100.

Lighting member 400 according to the basic embodiment of the present invention; Pedestal 410, LED module 420, it is composed of a remote control unit 430.

For example, the lighting member 400; The main body 100 further includes a pedestal 410 supporting the main body 100 while being seated.

The pedestal 410 is formed by forming a seating hole 411 in which the main body 100 is seated inside the upper surface in a plate shape, and may be made of the same material as the metal, wood, synthetic resin, or the main body 100.

At this time, the pedestal 410 may utilize a UV bond to secure the main body 100 to the seating hole 411, the LED module 420 before the main body 100 is seated in the seating hole 411 ), And inserts electrical and electronic components for the operation of the LED module 420, such as the receiver 431a.

In addition, the lighting member 400; The main body 100 is provided as a seat on which the light is radiated upward from the bottom of the main body 100, and further includes an LED module 420 in which various colors of light are arbitrarily changed.

The LED module 420 is manufactured in a form capable of supplying power to the printed circuit board in a state in which a plurality of LEDs having different colors are provided on the printed circuit board, and the LED module 420 is provided with a battery, Alternatively, a power cable for supplying external power separately from the battery may be connected.

At this time, the part connecting the power cable to the LED module 420 can be applied to the connector connection by the micro 5-pin cable, other connector configuration can also be selectively applied.

The battery of the LED module 420 may be replaced by a detachable method, and charging of the battery may also be performed through a power cable, and when the battery is charged, electrical and electronic components for charging are added.

For example, as the LED module 420 may be arbitrarily changed by a plurality of LEDs of different colors, the color of the light irradiated to the main body 100 is diversified to improve aesthetics and to enhance interior decoration. The utilization becomes higher.

In addition, the lighting member 400; It further includes a remote control unit 430 to turn on or off the LED module 420 by using the infrared communication of the remote control 432, and randomly change the color of the light.

The remote controller 430 includes a remote controller 432 having a receiver 431a connected to the LED module 420 for irradiating light and a transmitter 431b for infrared communication with the receiver 431a. The receiving unit 431a is provided inside the pedestal 410 in a state connected to the LED module 420, and the receiving position of the receiving unit 431a is exposed to the outside.

At this time, the remote control 432 is capable of infrared communication with the receiver 431a using the transmitter 431b, and can change the color of the LED module 420 or turn on or off the light of the LED module 420. A plurality of buttons are provided, and the transmitter 431b controls the LED module 420 while performing infrared communication with the receiver 431a at every press of the button.

For example, as the remote control unit 430 is further added, the light of the LED module 420 of the memorial plaque 1 can be arbitrarily changed to various colors while the remote controller 432 is manipulated to control the lighting of the memorial plaque 1. Providing convenience, the aesthetics of the memorial plaque 1 is improved by the variety of illumination colors.

Hereinafter, the configuration of each part of the LED light-type commemorative plaque 1 using the UV printing method according to the first embodiment of the present invention will be described in detail with reference to FIG. 3 is a process flowchart of a method of manufacturing a commemorative plaque.

First, the preparation step (S510);

In the state obtained by processing the main body 100 in an arbitrary form, it is a step of performing a pretreatment operation on the main body 100.

For example, the preparation step (S510); By processing the workpiece of the material having a transparent property such as glass, crystal, etc. to obtain the main body 100, the main body 100 is processed so as not to form oblique angle to the side of the main body 100 during processing to prevent diffuse reflection of light The pretreatment is performed by applying a pretreatment agent so that the main body 100 is resistant to moisture or UV exposure.

In addition, the preparing step (S510); It further includes a pretreatment step 511 to apply a pretreatment to the surface of the processed body 100 to perform a pretreatment operation.

The pretreatment step 511 is a task for pretreating the surface of the main body 100 when the main body 100 is processed to a desired form and completed, and spraying the pretreatment agent onto the surface of the main body 100 in a spray form. Alternatively, a method of moving and applying the main body 100 to a place where the pretreatment agent is applied may be selected.

And, the printing step (S520) is;

By printing with a UV color of any color on the back of the main body 100 to form a back printing layer 300, by printing with a UV ink of a color contrasted with the color of the back printing layer 300 on the front of the main body 100 The front printed layer 200 is formed, and the posting portion S for displaying the use of the commemorative plaque 1 as a portion which is not printed on the front printed layer 200 is formed.

For example, the printing step (S520) may include; After the preparation step (S510) is a task to form a UV printing on the back printing layer 300, the front printing layer 200, the posting portion (S) on the body 100 obtained by using a UV printer, respectively.

In addition, the printing step (S520); It further includes a taping process 521 for attaching a tape to a side of the main body 100, that is, the non-printing surface on which the front printing layer 300 and the front printing layer 200 are not formed, to partition the printing area before the printing operation. .

In the taping process 521, light is generated during the printing process by dividing the printing area by attaching the taping to the non-printed surface of the back printing layer 300 and the front printing layer 200 while having a low light reflectance. This is to improve the printing efficiency by reducing the reflection and to prevent the print head from being damaged.

In this case, it is preferable that the tape in the taping process 521 has a dark background so that the light reflectance is low and flexible so as to efficiently perform the taping operation, and to reduce the light reflection on the print head of the printer during the printing process. Has a background.

At this time, the main body 100 after the taping operation is put into a UV printing machine for UV printing, the main body 100 is seated at a position corresponding to the printing coordinates of the UV printing machine, the side of the main body 100 is not printed By supporting the jig of the foam material to the thickness of the main body 100 so as not to transmit light.

On the other hand, the main body 100 put into the UV printing machine prints the first rear printing layer 300, the entire back of the main body 100 or as much as you want to produce the area of the back by printing with a bright series of UV ink such as white The printed layer 300 is formed, and the printing thickness thereof is 0.01 mm to 0.02 mm.

When the back printing layer 300 is formed on the main body 100, the main body 100 is turned over and put back into the UV printing machine, and then the same taping operation and supporting operation using the jig are performed, and the front of the main body 100 is The front printing layer 200 is formed by printing with UV ink on the whole or as much as desired area, and the printing thickness is 0.01mm to 0.02mm.

Here, the front printing layer 200 is printed on the front surface of the main body 100 with UV-based ink of a bright color such as white to form the inner layer 210 first, and then the dark layer on the outer surface of the inner layer 210. Each of the base layers 220 printed with UV ink of color is formed.

In this case, the base layer 220 is a background made of a dark-based color, but may be formed into a dark-based image, a picture, etc. according to a selection.

Meanwhile, in the process of forming the front printing layer 200, a posting part S is simultaneously formed as an area where printing is not performed on the front surface of the main body 100, and the posting part S forms the commemorative plaque 1. It is composed of letters, pictures, images, etc. according to the recipient.

Here, the printing step (S520), by printing a predetermined UV ink in the selected area by a program available in the UV printer to form the front printing layer 200, the rear printing layer 300, respectively, the posting portion (S) may be embodied at a predetermined position at the same time in the process of forming the front printing layer 200 as a blank portion in the form of arbitrary characters, pictures and images.

When the printing of the back printing layer 300, the front printing layer 200, the posting portion (S) is completed, the work to remove the tape and jig formed by taping before printing.

In addition, the printing step (S520); When the printing of the back printing layer 300, the front printing layer 200, the posting portion (S) is completed, the cleaning process 522 for washing the surface of the main body 100 using a cleaning solution further comprises.

The washing process 522 may be applied to the surface of the main body 100 while washing the pretreatment agent, and having a property of protecting the rear printing layer 300, the front printing layer 200, and the posting part S. Remove the pretreatment and coat and protect the printed surface.

And, the drying step (S530);

The front printed layer 200 and the back printed layer 300 is a process for drying by UV curing.

For example, the drying step (S530); After the printing step (S520), the front printing layer 200 and the rear printing layer 300 is printed and formed, the front printing layer 200 and the rear printing layer 300 is dried using a UV lamp to print the front printing layer ( 200), the back printing layer 300 is cured to obtain a printing surface integrated with the main body 100.

And, the assembling step (S540);

The pedestal 410 is provided with the lighting member 400, and the main body 100 is seated and assembled adjacent to the lighting member 400 to the prepared pedestal 410 to complete the commemorative plaque 1.

For example, the assembling step (S540); Preparing a pedestal 410 is provided with a seating hole 411, the body 100 is seated on the upper inside, the pedestal 410 is made of metal, wood, synthetic resin or a plate made of the same material as the body 100 Forming a mounting hole 411 in which the main body 100 is seated in the upper inside of the pedestal 410 in the state of manufacturing to form a specific shape by processing.

At this time, inserting the LED module 420 for irradiating the light above the seating hole 411 into the pedestal 410, the remote control unit 430 for remotely controlling the LED module 420 Installed to complete the pedestal 410.

The main body 100 having the front printing layer 200 and the rear printing layer 300 is seated in the seating hole 411 of the completed base 410 as described above, and the main body is bonded to the seating surface using UV bonds. The commemorative plaque 1 is completed by attaching the 100 and the pedestal 410.

As explained above. Although the invention has been shown in the description and drawings illustrating certain preferred embodiments, the terms used herein are intended to facilitate the description of the invention, the meanings limited to these terms and the scope of the claims are limited. Not for

The present invention may be variously modified, modified, modified, etc. by one of ordinary skill in the art without departing from the spirit and scope of the invention represented by the claims according to the above embodiments. Anyone can easily see that you can.

One; Commemorative plaque S; Posting part
100; Main body 200; Front printing layer
300; Back printing layer 400; Lighting member
410; Pedestal 420; LED module
430; Remote control

Claims (4)

As a commemorative plaque,
A main body 100 having a transparent characteristic;
A front printing layer 200 which is UV-printed with UV ink of any color on the front of the main body 100 and has an impermeability;
A rear printing layer 300 which is UV-printed with UV ink having a color contrasted with the color of the front printing layer 200 on a rear surface of the main body 100 and has an impermeability;
A post part S formed as a part not UV-printed at a predetermined position of the front printing layer 200 to transmit light;
It is configured to include a lighting member 400 for irradiating light to the main body 100,
The posting portion S is exposed by the color of the rear printing layer 300 in contrast with the front printing layer 200, or the light of the lighting member 400 is transmitted through the posting portion S, LED light emitting commemorative plaque using a UV printing method characterized in that it becomes. The method of claim 1,
The illumination member 400 is a LED light-emitting commemorative plaque using a UV printing method further comprising a support 410 supporting the main body 100 while the main body 100 is seated. The method of claim 1,
The lighting member 400 is provided as a surface on which the main body 100 is seated, and irradiates light upwardly from the bottom of the main body 100, using a UV printing method further including an LED module 420 in which various colors of light are arbitrarily changed. LED luminous commemorative plaque. As a manufacturing method of the LED light type commemorative plaque using the UV printing method,
A preparation step (S510) of performing a pretreatment operation on the main body 100 in a state obtained by processing the main body 100 in an arbitrary shape;
After the preparation step, the back of the main body 100 by printing with any color UV ink to form a rear printing layer 300, the front of the main body 100 of the color contrasted with the color of the rear printing layer 300 Printing with UV ink to form the front printing layer 200, the printing step (S520) to form a posting portion (S) for the display of the purpose of the commemorative plaque (1) as a portion that is not printed on the front printing layer (200) Wow;
After the printing step, the drying step (S530) for drying by UV curing the front printing layer 200 and the back printing layer 300;
After the drying step, prepare a pedestal 410 is provided with a lighting member 400, the main body 100 is seated and assembled adjacent to the lighting member 400 side to the prepared pedestal 410 to complete the memorial plaque (1) Manufacturing method of the LED light type commemorative plaque using the UV printing method comprising an assembly step (S540).

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