KR101868734B1

KR101868734B1 - Pop art producing method using brush spattering methods

Info

Publication number: KR101868734B1
Application number: KR1020170016861A
Authority: KR
Inventors: 이대연
Original assignee: 이대연
Priority date: 2017-02-07
Filing date: 2017-02-07
Publication date: 2018-06-19

Abstract

The present invention relates to a method of producing pop art by using a brush spattering technique. More specifically, the method comprises: a painting material preparation step of preparing a painting brush, paints, and a rice paper to paint; a paint spattering step of flattening the prepared rice paper, and spattering the paints over the rice paper by using the brush; a step of obtaining brush spattering image data by taking a plurality of photographs of the rice paper with the paints thereon through a camera by predetermined area or size; a step of uploading brush spattering image data into a computer by connecting the camera storing the brush spattering image data with the computer in which an image editing program is installed; a step of making a brush tool for painting by using the uploaded brush spattering image data by activating the image editing program installed in the computer; a rough sketch making step of making a rough sketch by generating a layer for painting by fetching the brush spattering image data from the image editing program installed in the computer; a painting step of making or editing a painting by painting incomplete parts of the rough sketch through the brush tool made with the brush spattering image data; and a step of storing the completed painting in the computer, and transmitting the stored painting to a UV printer to print the completed painting on a printing object prepared in the printer.

Description

[0001] The present invention relates to a pop art production method using brush frying,

More particularly, the present invention relates to a method of making a pop art using a brush fryer, and more particularly, to a method of manufacturing a pop art using a fountain pen, The present invention relates to a pop art production method using a brush fryer, which can produce an original pop art using various tools provided by an image editing program.

Pop art is a form of figurative art that has been accepted as an area of art in the mid-twentieth century by popular media visuals such as mass media and advertisements as the trend of figurative art.

Figurative art is a concept that is opposed to abstract art. It is classified as an art field that depicts a variety of objects that are visible, and is recognized as a similar meaning to naturalism. However, It can be said that it is the boundary between the abstract art and the naturalism which is used as a concept distinguishable from the abstract art.

The technological development of the mass media, such as photography and printing, spirit and radio, has become an important factor in the formation of popular culture. As a result, many new forms of popular culture such as movies, pop and jazz music, As the public can easily sympathize with it, the consumption is done by the commercial system such as general goods of industrial society.

In other words, under the banner of "the best art of the public is the best art", it expresses the expression of popular visual image such as mass media and advertisement in the field of art as "pop art" And other materials such as the daily life of the work as a material to represent the reality of the industrial society can be expressed as art.

Therefore, this pop art is in a tendency to grow a lot with the development of the industry occupying an area of art.

However, this conventional pop art was perceived as an area of artists, and it was difficult to express various emotions and rituals that ordinary people have.

- Patent Registration No. 10-1340936 (Registered on December 31, 2013, title of invention: pop art portraiture technique) - Patent Publication No. 10-2016-22579 (Publication date: 2016.03.02, entitled: How to make a portrait using pop art portrait technique)

It is an object of the present invention to provide a pop art making method using a brush fryer which solves the difficulties of conventional pop art production and makes it easy for the general public to produce.

In particular, the present invention aims to provide a pop art making method using brush frying which enables a pop art to be produced using an image editing program that can be readily used by the general public in accordance with an image editing technique using a computer and a program. have.

In order to accomplish the above object, the present invention provides a method of making a pop art using a deep-fried batter, comprising the steps of: preparing a picture material for preparing a paintbrush, a paint, and a picture book; Frying the paint by spreading the prepared flowerpot right on the paintbrush and frying or burying the paint on the paintbrush; A step of photographing a plurality of photographs by dividing a colored paper having a paint into a certain range or size by using a photographing machine to obtain fried image data; Connecting a photo photographer in which fried brush image data is stored to a computer in which an image editing program is installed, to upload fried brush image data to a computer; Activating an image editing program installed in the computer to produce a brush tool as a drawing tool using the uploaded brush fog image data; Drawing a sketch of a sketch by creating a layer to draw a picture by calling up the pre-stored fried image data in an image editing program installed in a computer; A drawing step of drawing or editing a desired picture while drawing an incomplete portion in a sketch using a brush tool made of image data of a brush fry; Storing the completed drawing in a computer, and transmitting the stored drawing to a UV printer, and outputting the completed drawing to a printing object prepared in the printer.

Attaching a hologram film to a surface of a print object printed using the UV printer; And a frame assembling step of cutting and removing the frame of the hologram film attached to the upper surface of the image according to the size of the object to be printed and assembling the prepared frame to the edge of the object to be printed.

It is further preferable that when outputting a picture completed with the UV printer, a picture is output in a state where a distance between the print head of the UV printer and the surface of the object to be printed is maintained at 1.5 to 1.7 mm.

When the pop art is completed through the pop art making method using the brush fry according to the present invention, it is possible to draw unique and interesting shapes compared to the conventional art.

Especially, it can acquire a very wide variety of images according to the method of performing frying using paints on painted paper, and it is possible to make and edit pictures by using various brush tools produced by image editing program through various types of images. This will provide a useful effect that allows you to create a creative picture with your own unique artistic techniques.

Particularly, it is possible to attach a hologram film on the completed picture so that a flat picture can be viewed in a three-dimensional manner, and a pop art that can provide various aesthetics according to various angles and angle of incidence can be provided do.

1 is a view showing a manufacturing process of a pop art making method using a brush fry according to the present invention,
FIG. 2 to FIG. 8 are photographs showing a main process of an actual process of drawing a picture according to a pop art production method using a brush fry according to the present invention,
FIG. 9 is a main configuration diagram of a control unit of a UV printer used in a pop art making method using frying according to the present invention,
FIG. 10 is a completed embodiment of a finished work using the pop art making method using the deep frying according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, with reference to the accompanying drawings, a detailed description will be given of a method for manufacturing a pop art using brush fry according to the present invention.

FIG. 1 is a flowchart showing a specific process according to the method of manufacturing a pop art using a brush fry according to the present invention. FIG. 2 to FIG. 8 are flowcharts of a pop art production process according to the pop art production process using the brush fry according to the present invention. And photographs of the main processes.

First, a pop art making process using the deep frying according to the present invention will be described with reference to the entire process diagram shown in FIG.

First, a picture material preparation step (S1) for preparing picture pens, paints, and picture papers for drawing pictures is required.

Brushes are used to mean 'brushes' or 'brushes' which are generally used as a tool for drawing pictures, and will be collectively referred to as 'brushes' in the following description for convenience of understanding of the present invention.

The ready-made wallpaper is spread out properly, and the step (S2) of frying the paint is performed in which a random image is drawn while the paint is splashed or buried on the wallpaper.

The step of frying the paint (S2) means that the paint on the brush is poured or buried on the paper by the paint applied to the brush by the brush.

As described above, by repeating the frying operation several times, various pattern patterns and shapes are formed on the wire, and a basic pattern to be used for drawing a picture is prepared.

It is preferable that the paint which is put on the brush during the brush frying operation is not a monochromatic color but that the brush frying operation is performed by using various colors necessary in consideration of the grill drawing finally.

In this way, the brush frying is performed using the brush painted on the flower paper, and then the photo fryer of various patterns formed for the flowerpot is photographed (S3) using a photographic camera such as a mobile phone or a digital camera.

Digital image data is obtained by photographing various patterns formed on the colored paper 10 using the photographing machine 30 in various directions and angles and at various positions.

After acquiring the digital image of the fry by using the photographing machine, the digital still image data is uploaded to the computer by connecting the photographing machine to the computer equipped with the image editing program (S4).

The digital image of the deep fried brush stored in the photographing machine is moved to a computer on which the image editing program is installed. The image editing program installed in the computer is a program capable of editing commonly used graphs, illustrations and images. For example, You can use various image editing programs such as Illustrator (Adobe), PhotoScape, and Paint Tool.

After uploading the photographed image by frying on the computer with the image editing program installed, the image editing program installed on the computer is activated, and the uploaded image of the fried brush image is fetched and the surrounding and background color are neatly arranged , And the brush tool is manufactured using the fried brush image (S5).

After creating a variety of brush tools using the brush fry images, a new layer is created and sketches are sketched (S6). Using the brush tool created with the fried brush image data in the sketched sketch, And the drawing is completed to complete the drawing (S7).

It is possible to perform a borderline drawing operation of drawing a black borderline line of a certain thickness on the outer border of the layer according to need in the layer and sketch sketching process and to draw the thickness of the borderline line of the layer of 0.5 mm to 15 mm desirable.

The image editing program installed in the computer includes a variety of functions for each developer. However, there is a brush function as one of the drawing tools that a user can use for drawing or editing a picture. In the present invention, We will make a brush tool and use it for painting.

In the image editing program, although the brush making technique is different for each program, the freshener image to be used as the basic base of the brush is activated on the computer monitor, and the color, contrast, brush shape and type of the image are selected If necessary, remove the noise included in the image, save the brush name, and then select the brush tool for the next picture.

After the completed picture is stored in the computer, the stored picture is transferred to the UV printer, and the completed picture is outputted to the printing object prepared in the printer (S8), so that the pop art using the deep frying according to the present invention is produced.

In addition, an additional holographic film is attached to the surface of the printed object printed on the printed image (S9), a holographic film protruding outside the frame of the printed object is cut out, and a frame is assembled on the frame of the printed object (S10) Improved pop art can be produced.

Hereinafter, the main steps of the pop art production according to the main processes will be described mainly with reference to FIGS. 2 to 8.

FIG. 2 shows a process of splashing or embedding a paint using a paint brush using a prepared paint material. In the embodiment shown in the drawing, a process of frying paint on a paint board using ink with paint is shown have.

As shown in Fig. 2, a brush with ink is placed on the flower paper, and the ink is shaken in the forward and backward directions. The ink that is poured out from the brush with the ink is splashed to the flowerpot or the brush with the ink is simply buried in the flower paper to form various patterns or shapes I will fry the brush.

After frying so that various patterns or shapes are formed on the phosphorus paper in such a manner, frying image data obtained by photographing various shapes or patterns formed on the phosphorus paper in various directions, angles, and positions using a photographing machine Is uploaded to the computer in which the image editing program is installed, an image as shown in FIG. 3 is displayed on the computer screen.

Since the image of fried brushstroke image data displayed on the computer screen is displayed as it is, the color, texture, and blurring of the ink caused by brush frying are displayed as they are, so it is possible to clean up the ground color, After the image is corrected to a clear image as shown in FIG. 4, a brush tool is manufactured using the modified image.

The brush tool creation can produce a wide variety of brush tools as much as frying image data, and brush tools can be made as necessary by taking into account the brush tool to be used for the sketch drawn in the sketch.

In this way, various brush tools are produced by using the image editing program, and then the unfinished sketch is completed by using the brush tool made of the brush frying image around the sketched sketch. In accordance with the feature of the sketch, various brush tools 5 to 7 to complete the picture.

After completion of the final picture as shown in FIG. 7, the completed picture is stored in a computer, and the stored picture is transmitted to a UV printer as shown in FIG. 8 to output a completed picture to the printing object prepared in the printer. Pop art is made using fried brush.

In addition, a hologram film is additionally attached to the surface of the printed material to provide various effects of the output image, a pop art which improves the commerciality by assembling a frame on the edge of the printing object after arranging the edges of the hologram film Can be produced.

In the present invention, a pop art is produced using a Pomax material.

In addition, the control unit of the UV printer used in the pop art production of the present invention includes the main components as shown in Fig.

That is, the control unit 10 of the UV printer used for making pop art according to the present invention includes a predetermined microcomputer 11 so as to control a print command process. The microcomputer 11 includes a data storage unit 12 for storing received data, A data processing unit 13 for processing the data so as to draw a picture according to the received control command, a height adjusting unit 14 for adjusting the height of the printing object and the print head seated on the printing unit, 15).

When outputting a picture finished with the UV printer, a picture is outputted in a state in which the height is adjusted so that the interval between the print head 16 of the UV printer and the surface of the object to be printed is maintained at 1.5 to 1.7 mm, And the resolution is printed clearly.

The height adjustment of the print head unit 16 is automatically adjusted by the control unit, but it is more preferable to manually adjust the height of the print head unit 16 so as to maintain a proper gap with the surface of the print object .

The printing head unit 16 includes an ink jetting unit 17 for directly jetting ink to a printing object and a UV LED for irradiating light so that the ink jetted onto the printing object can be quickly cured without smearing The lamp irradiating unit 18 is provided and the UV LED lamp is turned on in the lamp irradiating unit 18 within 0.1 to 0.3 seconds after the ink is sprayed onto the ink spraying unit 17 so that the injected ink can be quickly cured .

FIG. 10 shows another example of the pop art production using the above-described brush frying process, which is completed according to the pop art production process. A color image as shown in Fig. 10 may be produced after the brush tool is manufactured.

A person skilled in the art can easily draw or edit a picture through a variety of known image programs using a computer. However, the present invention is not limited to the use of a known image program, Photographing, and acquiring digital image data, and then making it with a brush tool and drawing a picture.

In other words, by using a random brush frying method with various shapes and shapes, and by making various brush tools according to the worker's intention, it is possible to easily draw an unstructured original picture The present invention will be described in detail.

10:
11: Microcomputer 12: Data storage unit
13: Data processing unit 14: Height adjusting unit
15: power supply control unit 16: printhead unit
17: Ink jetting part 18: Lamp irradiation part

Claims

A step of preparing a picture material for preparing a picture book and a picture book for drawing a picture and a picture;
Frying the paint by spreading the prepared flowerpot right on the paintbrush and frying or burying the paint on the paintbrush;
A step of photographing a plurality of photographs by dividing a colored paper having a paint into a certain range or size by using a photographing machine to obtain fried image data;
Connecting a photo photographer in which fried brush image data is stored to a computer in which an image editing program is installed, to upload fried brush image data to a computer;
Activating an image editing program installed in the computer to produce a brush tool as a drawing tool using the uploaded brush fog image data;
Drawing a sketch of a sketch by creating a layer to draw a picture by calling up the pre-stored fried image data in an image editing program installed in a computer;
A drawing step of drawing or editing a desired picture while drawing an incomplete portion in a sketch using a brush tool made of image data of a brush fry;
Storing the completed picture in a computer, and transmitting the stored picture to a UV printer, and outputting the completed picture to a printing object prepared in the printer.

The method according to claim 1,
Attaching a hologram film to a surface of a printing object printed using a UV printer;
And a framing assembly step of cutting and removing the frame in accordance with the size of the printing object and assembling the prepared frame on the frame of the printing object, Production method.

3. The method according to claim 1 or 2,
And a picture is output in a state in which the interval between the print head of the UV printer and the surface of the object to be printed is maintained at 1.5 to 1.7 mm when the picture finished with the UV printer is outputted. Production method.