KR20180091535A - Frame manufacturing method using hologram film - Google Patents

Abstract

The present invention relates to a method for manufacturing a frame using a hologram film, and more particularly the present invention includes: a step of positioning a printing target cut into a specific size on a prepared UV printer printing part; a printing target fixing step of fixing the printing target on a surface of the printing part by using a fixing means such that the printing target positioned on the UV printer printing part is not moved when the printing target is printed; a step of adjusting a height of a UV printer according to a printing area of the printing target fixed to the UV printer printing part; a first printing head part distance adjusting step of setting the printing head part of the UV printer, from which printing ink is ejected, to maintain a specific interval from a surface of the printing target, which will be printed; a step of printing an image in the printing area of the printing target by performing a printing command of an image that is to be printed, by using a controller or a computer connected to the UV printer after the first printing head part distance adjusting step of adjusting the distance the UV printer printing head part from the surface of the printing target; a step of attaching a hologram film prepared on an upper surface of the image after the printing target, in which the image is printed on a surface thereof, is separated from the UV printer printing part; and a frame assembling step of cutting and removing a peripheral portion of the hologram film attached to the upper surface of the printed image and assembling the prepared frame in a periphery of the printing target by inserting the frame into the periphery of the printing target. Accordingly, various feelings may be provided for a single target.

Description

Technical Field [0001] The present invention relates to a frame manufacturing method using a hologram film,

The present invention relates to a method of manufacturing a frame using a holographic film, and more particularly, to a method of manufacturing a frame using a holographic film, and more particularly, To a surface of a frame to provide a variety of feelings for a single object.

A hologram is a medium in which three-dimensional stereoscopic images are displayed using a phenomenon of interference of light. The hologram is made by using the principle of holography. The film on which the used hologram is recorded can be referred to as a hologram film.

Since the development of holograms, many industries have used holograms and holography techniques for a variety of applications. A specific image is recorded on a hologram film to display images recorded on the film at various angles according to the interference effect of light. Some of the tourism and idea products that have various and lively feelings have been introduced.

That is, hologram techniques conventionally commercialized or used in the industry are often used to record specific markings, shapes, landscapes, and figures on a hologram film and then attach it to a specific product so that the image recorded on the hologram film is mass- So that a single hologram can be used by a plurality of people.

As described above, the conventional hologram product, which is conventionally produced in large quantities regardless of the taste or the will of the user or the buyer, is completed in a manner that the product is completed. Thus, the buyer can only use the hologram product There is a disadvantage that it can not be purchased.

Conventionally, a frame, such as a glass plate, is placed on a front surface of a picture or picture after a printed picture, a printed picture or a picture or a drawn picture is placed on the front surface of a fixed frame of a certain size, So that it is possible to prevent the pictures or pictures fixed on the screen from being damaged from the outside.

Conventional frame frames constructed in this manner are configured to provide only a flat feeling, and methods of imparting a three-dimensional feeling as a sculpture or indirectly imparting a three-dimensional feeling to the surface through expressions of concavity, convexity, depth, However, there was a limitation in expressing the three-dimensional feeling in the feature in which the object to be expressed is expressed on a plane.

- Patent Registration No. 10-0236617 (Registered: Oct. 10, 1999, Title of the Invention: Method of producing hologram film using ultraviolet curable paint) - Registered Utility Model No. 20-0285324 (Registered Date: Jul. 30, 2002, name of design: album ground with film formed with hologram processing layer)

The present invention has been made in order to solve the problems of conventional products which are inferior in creativity and can not meet the taste or will of the user among various products using the conventional hologram technique. In particular, in the case of a hologram film And to provide a method of manufacturing a frame and a frame using the holographic film that can easily produce an original hologram frame.

In addition, the present invention not only provides a variety of feelings to those who eliminate the monotony and boredom that have arisen due to the fact that the object to be displayed on the frame only provides a generally flat feeling, but also to display various colors and images according to the type of the holographic film The present invention also provides a frame and a method of providing the frame using the holographic film that can provide a frame that is not easily inferior.

According to an aspect of the present invention, there is provided a method of manufacturing a frame using a holographic film, the method comprising: placing a printing object cut to a predetermined size in a prepared UV printer printing unit; A printing object fixing step of fixing the printing object placed on the UV printer printing section to the surface of the UV printer printing section using fixing means; Aligning the height of the UV printer in accordance with the printing area of the printing object fixed to the UV printer printing section; A first step of adjusting a distance between the print head unit of the UV printer to which the printing ink is ejected and a predetermined distance from the surface of the printing object to be printed; An image printing step of printing an image on a printing area of a printing object by performing a printing command of an image to be printed using a control unit or a computer connected to a UV printer after a step of adjusting the distance between the surface of the printing object and the UV printer print head; Attaching a prepared hologram film to a surface on which the image is printed after removing the fixing means from the printing object on which the image is printed on the surface and separating from the UV printer printing portion; And a frame assembling step of assembling the prepared frame by inserting the prepared frame into the frame of the printed object after cutting the frame part of the holographic film attached to the surface of the printed object according to the size of the printed object.

According to another aspect of the present invention, there is provided a method of manufacturing a frame using a holographic film, the method comprising the steps of: placing a printing object cut in a predetermined size on a prepared UV printer printing unit; A fixing step of fixing the printing object placed on the UV printer printing section to the UV printer printing section using fixing means; Aligning the height of the UV printer in accordance with the printing area of the printing object fixed to the UV printer printing section; A first step of adjusting a distance between the print head unit of the UV printer to which the printing ink is ejected and a predetermined distance from the surface of the printing object to be printed; A step of adjusting the distance between the surface of the printing object and the UV printer print head, and a step of performing a printing command of an image to be printed at the first printing density using a control unit or a computer connected to the UV printer, Performing printing; Adjusting the distance between the surface of the printing object and the UV printer print head during the primary printing step; A first printing completion step of completing the first printing while performing the second step of the distance adjustment of the print head part 1 or 2 times; After the completion of the primary printing, the same image used in the primary printing is secondarily printed on the surface of the printing object at the second printing density through the control of the computer, A secondary print performing and finishing step to be completed; Attaching a prepared hologram film to a surface on which an image is printed after separating the printed object with the image printed on the surface from the UV printer printing portion; And a frame assembling step of cutting and removing the edge of the hologram film attached to the surface of the printing object in accordance with the size of the printing object, and then assembling the prepared frame by inserting it into the frame of the printing object.

Particularly, in the first step of adjusting the distance of the print head portion, the distance between the front end of the print head portion and the surface of the print object is adjusted to be maintained at an interval of 1.5 mm to 2 mm, And the distance from the surface of the object is adjusted so as to be maintained at an interval of 1.5 mm to 1.7 mm.

The UV printer print head unit includes an ink jet unit for jetting UV ink and a lamp irradiator including a UV lamp. The ink irradiating unit irradiates ink within 0.3 to 0.5 seconds after the ink is jetted from the ink jet unit So that the ink ejected onto the printing object can be quickly cured.

The method of manufacturing a frame using the holographic film according to the present invention is configured to attach a holographic film to a surface of an image printed using a UV printer to assemble the frame, The product can be manufactured so that it can meet various consumer's equipment.

In particular, by providing only a flat feeling, it is possible to provide a three-dimensional feeling by attaching a hologram film, which is able to avoid the disadvantages of the conventional frame, which was only capable of rendering a monotonous and tangible image, thereby giving curiosity and appreciation of images at various angles So that it can provide a frame that can increase the interest.

In addition, the present invention can provide visual interest by providing the effect that the hologram film is attached to the front of the image and the color or shape of the image is changed according to the viewing angle and the incident light, Thereby providing a useful effect that can be further increased.

1 is a process diagram of a method for manufacturing a frame using a holographic film according to a first embodiment of the present invention,
FIG. 2 is a process diagram of a method for manufacturing a frame using a holographic film according to a second embodiment of the present invention,
3 is a perspective view of a UV printer according to an embodiment of the present invention, which is used in a process of manufacturing a frame using a holographic film according to the present invention.
4 is a block diagram of the configuration of the UV printer control unit.

The present invention relates to a method of manufacturing a frame that is assembled by attaching a hologram film to a surface of a printing object on which an image is printed after printing an image on a printing object using a UV printer.

Hereinafter, a method of manufacturing a frame using a holographic film according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a flow chart briefly showing a manufacturing process for a method of manufacturing a frame using a holographic film according to an embodiment of the present invention.

As shown in the figure, in a method of manufacturing a frame using a hologram according to an embodiment of the present invention, a printing object cut to a predetermined size is placed on a prepared UV printer printing unit (S1) The printing object is fixed to the UV printer printing portion so as to be closely adhered to the surface of the UV printer printing portion so as not to flow at the time of image printing (S2), and the height of the UV printer is adjusted in accordance with the printing region of the printing object fixed to the UV printer printing portion And a height adjustment step (S3) for setting and aligning the displacement, etc. are performed.

Next, a print head distance adjustment step (S4) is performed to set the print head part of the UV printer in which the printing ink is ejected to be kept at a predetermined distance from the surface of the printing object to be printed. An image printing step (S5) in which an image is printed on a printing area of a printing object by performing a printing operation command for an image to be printed using a computer or a control unit connected to a UV printer after performing a step 1 of adjusting the distance to the printing head of the printer .

After the image is printed on the surface of the printing object, the printing object is separated from the UV printer printing portion and the prepared holographic film is adhered on the printed surface (S6), and the edge portion of the hologram attached to the surface of the printing object is printed (S7), and the frame assembly is completed.

In the present invention, description of the technical structure of the UV printer is omitted, and the UV printer includes a self-programmed image print control program Or a separate control computer and a monitor are provided, so that an image to be printed is stored in the control unit or the computer, and then the image is printed after performing a separate processing operation.

The printing object to be used in the frame manufacturing process of the present invention is Pomax, which is a product produced by foaming extrusion using PVC as a raw material. Since it has advantages of plastic and wood, it is easy to process and it is light in weight. In the present invention, a surface image is printed by using a pomace material having a size of about 1 to 5 mm to produce a frame.

In addition, the fomax used as the printing object mainly uses a white color, but a fomax having a color depending on an image to be printed may be used. The thickness of the fomax can also be manufactured in accordance with the type and standard of a printer to be used.

The fixing step S2 of fixing the printing object after the printing object is placed on the printing part of the UV printer is fixed by fixing means to prevent the printing object from moving arbitrarily on the upper surface of the printing part during printing, A double-sided tape which is attached to the edge of the bottom surface of the adhesive tape or the printing object to easily fix the edge portion of the printing object to the printing portion and presses the upper surface of the printing portion to maintain the adhesive state.

In addition, it is possible to further enhance the print quality of an image to be printed by fixing the central portion of the print object while preventing the center portion of the print object from being lifted from the upper surface of the print portion when the print object is fixed to the surface of the print portion.

Further, in the height adjustment step (S3) of the UV printer performed after placing the printing object on the printing section of the UV printer, the height of the printing section of the printer is primarily adjusted according to the thickness of the printing object, (S4) of adjusting the distance between the print head and the surface of the print object on which the ink is to be printed, and adjusting the distance between the surface of the print object and the surface of the print head Since the interval adjustment is a very important factor that can influence the print quality when the actual image is printed on the print object, it is necessary to precisely adjust the distance between the print object surface and the print head portion.

In the first step S4 of adjusting the distance of the print head according to the first embodiment of the present invention, the interval between the surface of the print object and the print head is adjusted so that 1.5 to 2.0 mm is maintained so that the image can be printed.

After the image is printed on the surface of the printing object, the prepared hologram film is attached to the upper surface of the printed image (S6). After attaching the hologram film to the upper surface of the image, the hologram film protruding outside the printing object rim The frame is cut to a size equal to or slightly smaller than that of the printing object by using scissors to arrange the frame portion of the holographic film, and then the prepared frame is assembled at the frame of the printing object (S7). Finally, the frame manufacturing process is completed.

FIG. 2 is a flowchart illustrating a manufacturing process for a method of manufacturing a frame using a holographic film according to a second embodiment of the present invention.

As shown in the figure, in the manufacturing process of the frame according to the second embodiment of the present invention, the printing object cut to a predetermined size is placed on the prepared UV printer printing unit (S1), and the printing object placed on the printing unit of the UV printer A printing object fixing step S2 for fixing the printing object to the printing unit using fixing means is performed so as not to flow when the image is printed.

A UV printer height adjusting step (S3) of adjusting the height of the UV printer in accordance with the printing area of the printing object fixed on the printing part after fixing the printing object on the UV printer printing part, A print head distance adjustment step (S4) is performed in which the print head portion is set so as to maintain a proper gap with the surface of the printing object to be printed.

 Adjusting the distance between the surface of the printing object and the UV printer print head After performing step 1 (S4), a command to print an image to be printed at the first print density is performed using a computer or a control unit connected to the UV printer, And performs primary printing for printing (S5).

(S6) of adjusting the distance between the surface of the printing object and the UV printer print head while checking the image printed on the surface of the printing object during the primary printing, (S6) is performed once or twice while completing the primary printing (S7).

After the completion of the first printing (S7), the same image used for the first printing is printed on the surface of the printing object at the second printing density set through the control of the computer or the control unit, while the second printing head distance adjustment step (S8). After completion of the secondary printing and completion (S8) for completion of printing, fixing means coupled to the rim of the printing object is removed to separate the printing object from the UV printer printing portion, A prepared holographic film is attached to the surface of the printing object (S9).

After the hologram film is attached to the surface of the printing object, the edge of the hologram film protruding outside the printing object is cut and removed in accordance with the size of the printing object, and the prepared frame is sandwiched between the edges of the printing object The assembly of the frame using the holographic film is completed.

The method of manufacturing a picture frame using the holographic film according to the second embodiment of the present invention is similar to the method of manufacturing a picture frame according to the first embodiment, There is a difference in that the second printing is performed by further performing the second step of adjusting the distance of the print head after the completion of the first printing.

That is, in the method of manufacturing a frame using the holographic film according to the second embodiment of the present invention, which is a plurality of processes, some processes are the same as those of the first embodiment, The distance between the print head and the surface of the print medium is adjusted so that the distance between the print head and the surface of the print medium is maintained to be 1.5 to 1.7 mm, So that the state can be maintained.

In general, when the printing command is issued using a UV printer, the distance to the printing area is automatically adjusted by the printer itself. However, in the second embodiment of the present invention, the printing head distance adjustment step 2 is added So that the color and resolution of the printed image can be improved.

The reason why the primary printing and the secondary printing are performed is that the color of the ink ejected to the printing object during the primary printing is not clear and the ink ejection traces are left in the secondary printing, Thereby improving the print quality by preventing ink droplet traces from being left behind.

In the method of manufacturing a frame using the hologram film according to the second embodiment of the present invention, the resolution of the image in the first printing is unidirectional printing at 720 dpi × 720 dpi and the resolution of the image in the secondary printing is 1440 dpi × 1440 dpi. Or the unidirectional printing may be performed at 720 dpi x 720 dpi for the primary printing and the bidirectional printing may be performed at 1440 dpi x 1440 dpi for the secondary printing.

An embodiment of the UV printer 10 used to manufacture the frame according to the method of manufacturing a frame using the holographic film according to the first and second embodiments of the present invention is schematically shown in Fig. 3, 4 shows a block diagram of the control unit 30 for controlling the printing of the UV printer 10 in a simple block diagram.

3 and 4, a UV printer 10 is used in a method of manufacturing a frame using a holographic film according to the present invention. In the UV printer 10, image data to be printed is stored, A control unit 30 is provided on one side of the main body 11 to control printing to be performed on the main body 11.

The upper surface of the main body 11 of the UV printer 10 is provided with a printing unit 12 in a planar form on which the printing object 20 can be placed. And a print head unit 14 is provided so as to be movable in such a manner that an image necessary for printing can be printed.

The printing object 20 requiring printing is fixed using the fixing means 25 in a state of being mounted on the printing portion 12 having a planar structure provided on the upper surface of the main body 11, The height adjustment of the printer is performed after the print head 14 is moved to the position where the print head 14 is moved and the image is printed after the precision interval between the print head 14 and the surface of the print object 20 is adjusted.

In the embodiment shown in the figure, only the configuration in which the control unit 30 is provided on one side of the main body 11 of the UV printer 10 is shown. However, the control command of the control unit 30 may be transmitted through a separate computer and monitor Can be realized.

As shown in FIG. 4, the controller 30 includes a predetermined microcomputer 31 and is configured to be able to process data and information necessary for printing. The controller 30 basically includes a data storage unit A data processing unit 33 for processing data with an image to be printed through editing and processing through stored data, a height adjusting unit 32 for automatically adjusting the height between the printing object placed on the printing unit and the printer, And a power supply controller 35 for controlling power supply for operation of each part.

In addition, the print head unit 14, in which ink is jetted through the command of the control unit 30, is provided with an ink jetting unit 15 for jetting the stored ink according to the processed signal, And a lamp irradiating unit 16 capable of applying light of a certain degree of illumination so that the ink can be quickly cured.

Therefore, the UV LED lamp of the lamp irradiating unit 16 is turned on immediately after the ink is sprayed from the ink spraying unit 15, and the ink is irradiated toward the surface of the printing object so that the ink can be rapidly cured, And a UV LED lamp is irradiated from the lamp irradiating unit 16 within 0.1 to 0.3 seconds after the ink is sprayed from the ink spraying unit 15.

10: UV printer 11:
12: print section 14: print head section
15: ink jetting part 16: lamp irradiation part
20: printing object 25: fixing means
30:
31: Micom 32: Data storage unit
33: data processing unit 34: height adjusting unit
35: Power supply control unit

Claims (4)

Placing the printed object cut to a predetermined size in a prepared UV printer printing portion;
A fixing step of fixing the printing object on the surface of the printing part by using fixing means so that the printing object placed on the UV printer printing part does not flow during printing;
Adjusting the height of the UV printer in accordance with the printing area of the printing object fixed to the UV printer printing unit;
A first step of adjusting a distance between the print head unit of the UV printer to which the printing ink is ejected and a predetermined distance from the surface of the printing object to be printed;
A step of adjusting the distance between the surface of the printing object and the UV printer print head, a step of printing an image on the printing area of the printing object by performing a print command of the image to be printed using a control unit or a computer connected to the UV printer;
Attaching a prepared holographic film to an upper surface of the image after separating the printing object on which the image is printed on the surface from the UV printer printing portion;
And a frame assembling step of assembling the prepared frame by inserting the prepared frame into the frame of the printing object after cutting the frame part of the holographic film attached to the upper surface of the printed image according to the size of the printing object, Gt; Placing the printed object cut to a predetermined size in a prepared UV printer printing portion;
A fixing step of fixing the printing object placed on the UV printer printing unit to the UV printer printing unit using fixing means so that the printing object does not flow during printing;
A printer height adjusting step of adjusting the height of the UV printer in accordance with the printing area of the printing object fixed to the UV printer printing unit;
A first step of adjusting a distance between the print head unit of the UV printer to which the printing ink is ejected and a predetermined distance from the surface of the printing object to be printed;
A step of adjusting the distance between the surface of the printing object and the UV printer print head, and a step of performing a printing command of an image to be printed at the first printing density using a control unit or a computer connected to the UV printer, Performing printing;
Adjusting the distance between the surface of the printing object and the UV printer print head during the primary printing step;
A first printing completion step of completing the first printing while performing the second step of the distance adjustment of the print head part 1 or 2 times;
After the completion of the primary printing, the same image used in the primary printing is secondarily printed on the surface of the printing object at the second printing density through the control of the controller or the computer, Performing and completing a secondary printing;
A hologram film attaching step of attaching a prepared hologram film to the upper surface of the image after separating the printing object having the image printed on the surface thereof from the UV printer printing section;
And a frame assembly step of cutting and removing the frame part of the holographic film attached to the upper surface of the image according to the size of the printing object and then assembling the prepared frame by inserting the prepared frame into the frame of the printing object. Way. 3. The method according to claim 1 or 2,
In the first step of adjusting the distance of the print head portion, the distance between the leading end of the print head portion and the surface of the print object is adjusted to be maintained at an interval of 1.5 mm to 2 mm,
Wherein the step of adjusting the distance between the printing head and the printing object is performed by adjusting the distance between the front end of the printing head and the surface of the printing object so that the distance between the front end and the printing object is maintained between 1.5 mm and 1.7 mm. . The method of claim 3,
The UV printer print head unit includes an ink jetting unit for jetting UV ink and a lamp irradiating unit including a UV lamp
Wherein the lamp irradiating unit is turned on within 0.3 to 0.5 seconds after the ink is jetted from the ink jetting unit to cure the ink jetted onto the printing object.

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